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+{
+ "cells": [
+  {
+   "cell_type": "markdown",
+   "id": "5421f438",
+   "metadata": {},
+   "source": [
+    "<div class=\"jupyter-biolm-header\">\n",
+    "    <img style=\"float: left; padding-right: 10px; height: 60px\" src=\"https://d31e6ufxekikrt.cloudfront.net/static/ui/images/logo.png\">\n",
+    "    <p>\n",
+    "    <br>\n",
+    "    <br>\n",
+    "    <br>\n",
+    "    </p>\n",
+    "</div>\n",
+    "\n",
+    "# Antibody Engineering\n",
+    "\n",
+    "Comprehensive antibody engineering workflow using BioLM.ai models."
+   ]
+  },
+  {
+   "cell_type": "markdown",
+   "id": "08762079-1e8b-4022-b25f-137764cab9e3",
+   "metadata": {},
+   "source": [
+    "Antibodies are highly specific proteins with incredible binding prowess, important immune mediated interactions and high therapuetic potential. Benefiting from recent machine learning success in biology, and specifically protein design , computational antibody engineering has become extremely accessible. In the following guides, motivated by the binder design challenges proposed with the BenchBB dataset and the expediency of the BioLM SDK and API, several ML methods for antibody engineering are demonstrated.\n",
+    "\n",
+    "Binder design is largely partisan to two categories, de-novo binder and variant (also called diversified) binder design. \n",
+    "\n",
+    "---\n",
+    "\n",
+    "- **variant binder design** revolves around modifying existing antibodies already posessing desirable properties inorder to improve certain capabilities. These properies could be a stable / non immunogenic framework, already present binding capability, etc. These methods require an existing moelcule to base further development off of and are thus limited to a smaller design space.\n",
+    "- **de-novo binder design**, is the novel and disimilar creation of protien binder. It has the advantages of potentially circumventing evolutionary and historical constraints accessing a larger design space as well as side-stepping IP concerns. Fully de-novo antibody design if intended for therapuetic use may run immunogenic risks requiring further humanization. For this reason many antibody engineering efforts restric themselves to the CDRs and surronding regions\n",
+    "\n",
+    "\n",
+    "These first series of guides will focus on variant design methods. Four of the proposed BenchBB targets ('IL7Ra', 'PDL-1', 'EGFR' and 'MBP') have solved structures of antibodies in complex with the target deposited in the pdb."
+   ]
+  },
+  {
+   "cell_type": "markdown",
+   "id": "973ae702",
+   "metadata": {},
+   "source": [
+    "## Import Required Libraries"
+   ]
+  },
+  {
+   "cell_type": "code",
+   "execution_count": 57,
+   "id": "b8ed5dc9",
+   "metadata": {
+    "scrolled": true
+   },
+   "outputs": [],
+   "source": [
+    "from IPython.display import JSON\n",
+    "import requests\n",
+    "import json\n",
+    "import os\n",
+    "import numpy as np\n",
+    "import pandas as pd\n",
+    "import matplotlib.pyplot as plt\n",
+    "import seaborn as sns\n",
+    "import time\n",
+    "\n",
+    "from pathlib import Path\n",
+    "from sklearn.decomposition import PCA\n",
+    "from Bio import PDB\n",
+    "from Bio.PDB import *\n",
+    "\n",
+    "from biolmai import BioLM\n",
+    "from matplotlib.font_manager import fontManager, FontProperties\n",
+    "font_path = \"../font/Geist-Regular.ttf\"\n",
+    "fontManager.addfont(font_path)\n",
+    "prop = FontProperties(fname=font_path)\n",
+    "sns.set_theme(font=prop.get_name(), style=\"white\", context='notebook', palette='pastel')"
+   ]
+  },
+  {
+   "cell_type": "markdown",
+   "id": "f773ffbc",
+   "metadata": {},
+   "source": [
+    "## Machine Learning Based Cadidate Proposal for Antibody Engineering\n",
+    "\n",
+    "A key component in variant binder design is candidate proposal. Starting with the base protein, variants are created with substitutions, insertions and deletions with the goal of maintaining the functionality of that base protein while potentially improving on important parameters. How those modifications are proposed though has a significant impact on resource cost and success rate. If these variants were proposed by random modification, the candidate space becomes tremendous, scaling exponentially with the number of mutations n, and evaluation of those candidates becomes computationally intractable. Smart heuristics and clever sampling schemes can bring the number of candidates down to manageable levels while maintaining a relatively high expectation of success. One way to do this is to use ML methods to sample the space drawing from models 'learning' the distribution of functional and evolutionarily plausable proteins. The ideal proposal method would only propose functional candiates meeting all desired specifications and properties. A realistic proposal method can be thought of as proposing 'likely' candidates at a scale that can be passed through other additional filters before selecting variants with high confidence to be experimentally tested.\n",
+    "\n",
+    "Since the ultimate goal is binding, AntiFold, an inverse folding method that conditions on existing antibody structure and antigen complexes, is selected to generate cnadidate antibody sequences. Four IMGT annotated PDBs corresponding to the targets from the BenchBB dataset are read into strings and then processed by the BioLM SDK."
+   ]
+  },
+  {
+   "cell_type": "code",
+   "execution_count": 58,
+   "id": "5af9b5ae",
+   "metadata": {
+    "scrolled": true
+   },
+   "outputs": [
+    {
+     "name": "stdout",
+     "output_type": "stream",
+     "text": [
+      "Loaded PDBs for targets: ['MBP', 'EGFR', 'PDL1', 'IL-7RALPHA']\n"
+     ]
+    }
+   ],
+   "source": [
+    "# Load PDBs from BenchBB dataset\n",
+    "target_pdbs = {}\n",
+    "pdb_dir = Path('data/protein/benchbb_antibody_targets')\n",
+    "\n",
+    "for pdb_file in os.listdir(pdb_dir):\n",
+    "    if pdb_file.endswith('.pdb'):\n",
+    "        if '3c09' in pdb_file:\n",
+    "            target = 'EGFR'\n",
+    "        elif '5x8m' in pdb_file:\n",
+    "            target = 'PDL1'\n",
+    "        elif '5bjz' in pdb_file:\n",
+    "            target = 'MBP'\n",
+    "        elif '6p67' in pdb_file:\n",
+    "            target = 'IL-7RALPHA'\n",
+    "        else:\n",
+    "            continue\n",
+    "        \n",
+    "        # Store PDB string\n",
+    "        with open(pdb_dir / pdb_file, 'r') as f:\n",
+    "            target_pdbs[target] = f.read()\n",
+    "\n",
+    "print(f\"Loaded PDBs for targets: {list(target_pdbs.keys())}\")"
+   ]
+  },
+  {
+   "cell_type": "code",
+   "execution_count": 59,
+   "id": "b0f3ad57-54e9-4d1c-b2bf-bf289cefa6ab",
+   "metadata": {},
+   "outputs": [
+    {
+     "name": "stdout",
+     "output_type": "stream",
+     "text": [
+      "\n",
+      "MBP:\n",
+      "  Chain C: EVQLVESGGGLVQPGGSLRLSCAASGFNLS... (length 228)\n",
+      "  Chain L: QMTQSPSSLSASVGDRVTITCRASQSVSSA... (length 213)\n",
+      "  Chain A: KIEEGKLVIWINGDKGYNGLAEVGKKFEKD... (length 367)\n",
+      "\n",
+      "EGFR:\n",
+      "  Chain H: QVQLVQSGAEVKKPGASVKVSCKASGYTFT... (length 216)\n",
+      "  Chain L: DIQMTQSPSSLSASVGDRVTITCSASSSVT... (length 211)\n",
+      "  Chain D: KKVCNGIGIGEFKDSLSINATNIKHFKNCT... (length 191)\n",
+      "\n",
+      "PDL1:\n",
+      "  Chain B: EVQLVESGGGLVQPGGSLRLSCAASGFTFS... (length 214)\n",
+      "  Chain C: IVLTQSPGTLSLSPGERATLSCRASQRVSS... (length 213)\n",
+      "  Chain A: AFTVTVPKDLYVVEYGSNMTIECKFPVEKE... (length 116)\n",
+      "\n",
+      "IL-7RALPHA:\n",
+      "  Chain A: EVQLQQSGPELVKPGASVKMSCKASGYTFS... (length 223)\n",
+      "  Chain B: DIVMTQSHKFMSTLVGDRVSITCKASQDVS... (length 213)\n",
+      "  Chain K: DYSFSCYSQLEVNGSQHSLTCAFEDPDVNT... (length 188)\n"
+     ]
+    }
+   ],
+   "source": [
+    "from biotite.structure.io.pdb import PDBFile, get_structure\n",
+    "from biotite.structure.residues import get_residues\n",
+    "from biotite.structure.info import one_letter_code\n",
+    "from io import StringIO\n",
+    "\n",
+    "# Explicit set of valid 3-letter residue names with defined 1-letter codes\n",
+    "VALID_RESIDUES = {\n",
+    "    \"ALA\", \"ARG\", \"ASN\", \"ASP\", \"CYS\", \"GLN\", \"GLU\", \"GLY\",\n",
+    "    \"HIS\", \"ILE\", \"LEU\", \"LYS\", \"MET\", \"PHE\", \"PRO\", \"SER\",\n",
+    "    \"THR\", \"TRP\", \"TYR\", \"VAL\"\n",
+    "}\n",
+    "\n",
+    "def extract_sequences_from_pdb_str(pdb_str, chain_ids, verbose=False):\n",
+    "    \"\"\"\n",
+    "    Extract ATOM-derived one-letter sequences from specified chains in a PDB string.\n",
+    "    \n",
+    "    Returns:\n",
+    "      dict: {chain_id: sequence_string}\n",
+    "    \"\"\"\n",
+    "    pdbf = PDBFile.read(StringIO(pdb_str))\n",
+    "    structure = get_structure(pdbf, model=1)\n",
+    "\n",
+    "    seqs = {}\n",
+    "    for chain in chain_ids:\n",
+    "        chain_array = structure[structure.chain_id == chain]\n",
+    "        if chain_array.array_length() == 0:\n",
+    "            print(f\"⚠️ No atoms for chain '{chain}'\")\n",
+    "            continue\n",
+    "\n",
+    "        res_ids, res_names = get_residues(chain_array)\n",
+    "        if len(res_ids) == 0:\n",
+    "            print(f\"⚠️ No residues found in chain '{chain}'\")\n",
+    "            continue\n",
+    "\n",
+    "        seq = ''\n",
+    "        for name in res_names:\n",
+    "            if name in VALID_RESIDUES:\n",
+    "                seq += one_letter_code(name)\n",
+    "            else:\n",
+    "                if verbose:\n",
+    "                    print(f\"⚠️ Unknown residue '{name}' → skipping\")\n",
+    "                # or optionally: seq += 'X'\n",
+    "        seqs[chain] = seq\n",
+    "\n",
+    "    return seqs\n",
+    "\n",
+    "\n",
+    "\n",
+    "\n",
+    "\n",
+    "target_chains = {\n",
+    "    \"EGFR\": ['H', 'L', 'D'],\n",
+    "    \"PDL1\": ['B', 'C', 'A'],\n",
+    "    \"MBP\": ['C', 'L', 'A'],\n",
+    "    \"IL-7RALPHA\": ['A', 'B', 'K'],\n",
+    "}\n",
+    "\n",
+    "\n",
+    "\n",
+    "# Extract sequences\n",
+    "target_chain_seqs = {}\n",
+    "for target, pdb_str in target_pdbs.items():\n",
+    "    chains = target_chains[target]\n",
+    "    target_chain_seqs[target] = extract_sequences_from_pdb_str(pdb_str, chains)\n",
+    "\n",
+    "# Example printout\n",
+    "for target, chain_dict in target_chain_seqs.items():\n",
+    "    print(f\"\\n{target}:\")\n",
+    "    for chain_id, seq in chain_dict.items():\n",
+    "        print(f\"  Chain {chain_id}: {seq[:30]}... (length {len(seq)})\")"
+   ]
+  },
+  {
+   "cell_type": "markdown",
+   "id": "e802172c-a69b-4a75-99db-89a781f44257",
+   "metadata": {},
+   "source": [
+    "Now that the pdb strings are in memory additional parameters including which chains correspond to the antibody heavy and light chains or the target are specified. The regions of the antibody to be (re)designed are selected as well as the number of returned variants. "
+   ]
+  },
+  {
+   "cell_type": "code",
+   "execution_count": 60,
+   "id": "224fbe8c-55d0-4e85-acab-b4dc7bb1184b",
+   "metadata": {},
+   "outputs": [],
+   "source": [
+    "# Generate variants using AntiFold\n",
+    "\n",
+    "payloads = {}\n",
+    "\n",
+    "\n",
+    "payloads['EGFR'] = {\n",
+    "        \"params\": {\n",
+    "    \"num_seq_per_target\": 100,\n",
+    "    \"sampling_temp\": 0.8,\n",
+    "    \"regions\": [\n",
+    "      \"CDR1\",\n",
+    "      \"CDR2\",\n",
+    "      \"CDR3\"\n",
+    "    ],\n",
+    "    \"light_chain\": \"L\",\n",
+    "    \"heavy_chain\": \"H\",\n",
+    "    \"antigen_chain\": \"D\"\n",
+    "  },\n",
+    "        \"items\": [\n",
+    "            {\n",
+    "                \"pdb\": target_pdbs['EGFR']\n",
+    "            }\n",
+    "        ]\n",
+    "    }\n",
+    "\n",
+    "\n",
+    "\n",
+    "\n",
+    "payloads['PDL1'] = {\n",
+    "        \"params\": {\n",
+    "    \"num_seq_per_target\": 100,\n",
+    "    \"sampling_temp\": 0.8,\n",
+    "    \"regions\": [\n",
+    "      \"CDR1\",\n",
+    "      \"CDR2\",\n",
+    "      \"CDR3\"\n",
+    "    ],\n",
+    "    \"light_chain\": \"C\",\n",
+    "    \"heavy_chain\": \"B\",\n",
+    "    \"antigen_chain\": \"A\"\n",
+    "  },\n",
+    "        \"items\": [\n",
+    "            {\n",
+    "                \"pdb\": target_pdbs['PDL1']\n",
+    "            }\n",
+    "        ]\n",
+    "    }\n",
+    "\n",
+    "\n",
+    "\n",
+    "payloads['MBP']= {\n",
+    "        \"params\": {\n",
+    "    \"num_seq_per_target\": 100,\n",
+    "    \"sampling_temp\": 0.8,\n",
+    "    \"regions\": [\n",
+    "      \"CDR1\",\n",
+    "      \"CDR2\",\n",
+    "      \"CDR3\"\n",
+    "    ],\n",
+    "    \"light_chain\": \"L\",\n",
+    "    \"heavy_chain\": \"C\",\n",
+    "    \"antigen_chain\": \"A\"\n",
+    "  },\n",
+    "        \"items\": [\n",
+    "            {\n",
+    "                \"pdb\": target_pdbs['MBP']\n",
+    "            }\n",
+    "        ]\n",
+    "    }\n",
+    "\n",
+    "\n",
+    "payloads['IL-7RALPHA'] = {\n",
+    "        \"params\": {\n",
+    "    \"num_seq_per_target\": 100,\n",
+    "    \"sampling_temp\": 0.8,\n",
+    "    \"regions\": [\n",
+    "      \"CDR1\",\n",
+    "      \"CDR2\",\n",
+    "      \"CDR3\"\n",
+    "    ],\n",
+    "    \"light_chain\": \"B\",\n",
+    "    \"heavy_chain\": \"A\",\n",
+    "    \"antigen_chain\": \"K\"\n",
+    "  },\n",
+    "        \"items\": [\n",
+    "            {\n",
+    "                \"pdb\": target_pdbs['IL-7RALPHA']\n",
+    "            }\n",
+    "        ]\n",
+    "    }\n"
+   ]
+  },
+  {
+   "cell_type": "markdown",
+   "id": "ab01b73a-824f-4504-b902-c9b7531a1ed1",
+   "metadata": {},
+   "source": [
+    "Submitting the pdbs and params to the BioLM SDK generates 100 variants for each target along with model specific metrics like score and global_score."
+   ]
+  },
+  {
+   "cell_type": "code",
+   "execution_count": 6,
+   "id": "f100be5f-0f43-4fd2-9691-5d4052fde8a3",
+   "metadata": {
+    "scrolled": true
+   },
+   "outputs": [
+    {
+     "name": "stdout",
+     "output_type": "stream",
+     "text": [
+      "Antifold generation took 43.8358 seconds.\n",
+      "Generated 100 variants for MBP\n",
+      "Antifold generation took 19.3139 seconds.\n",
+      "Generated 100 variants for EGFR\n",
+      "Antifold generation took 21.2159 seconds.\n",
+      "Generated 100 variants for PDL1\n",
+      "Antifold generation took 22.7458 seconds.\n",
+      "Generated 100 variants for IL-7RALPHA\n"
+     ]
+    }
+   ],
+   "source": [
+    "samples_dfs = []\n",
+    "for target, pdb_str in target_pdbs.items():\n",
+    "    \n",
+    "    start = time.time()\n",
+    "    result = BioLM(entity=\"antifold\", action=\"generate\", items=payloads[target][\"items\"], params=payloads[target][\"params\"])\n",
+    "    end = time.time()\n",
+    "    print(f\"Antifold generation took {end - start:.4f} seconds.\")\n",
+    "    samples_df = pd.DataFrame(result['sequences'])\n",
+    "    samples_df[\"target\"] = target\n",
+    "    samples_dfs.append(samples_df)\n",
+    "    \n",
+    "    print(f\"Generated {len(samples_df)} variants for {target}\")\n",
+    "samples_dfs = pd.concat(samples_dfs)"
+   ]
+  },
+  {
+   "cell_type": "markdown",
+   "id": "7ad3bb93-fabf-43e4-9cd6-2400b0eea85a",
+   "metadata": {},
+   "source": [
+    "Now that the variants are generated, the exact differences can be inspected to make sure the parameters of the generation method were correctly followed. Multiple sequence alignments and CDR extraction are great tools to examing differences among variants especially considering the conserved framworks.  Visualizing 10 of the variants against the parent heavy sequence."
+   ]
+  },
+  {
+   "cell_type": "code",
+   "execution_count": 18,
+   "id": "1a437bf9-ef82-4b0c-ad5a-d4a122eaf6eb",
+   "metadata": {
+    "scrolled": true
+   },
+   "outputs": [],
+   "source": [
+    "import biotite.sequence as seq\n",
+    "import biotite.sequence.align as align\n",
+    "import biotite.sequence.graphics as graphics\n",
+    "\n",
+    "\n",
+    "sequences = dict(zip(\n",
+    "    [\"P\"] + samples_dfs[samples_dfs[\"target\"] == \"EGFR\"].index.tolist()[:9],\n",
+    "    [target_chain_seqs[\"EGFR\"][\"H\"]] + samples_dfs[samples_dfs[\"target\"] == \"EGFR\"][\"heavy\"].tolist()[:9]\n",
+    "))\n",
+    "\n",
+    "# Convert to ProteinSequence objects\n",
+    "protein_seqs = [seq.ProteinSequence(s) for s in sequences.values()]\n",
+    "\n",
+    "# Now run align_multiple\n",
+    "alignment, order, guide_tree, distance_matrix = align.align_multiple(\n",
+    "    protein_seqs,\n",
+    "    matrix=align.SubstitutionMatrix.std_protein_matrix(),\n",
+    "    gap_penalty=-5,\n",
+    ")\n",
+    "\n",
+    "# Order alignment according to guide tree\n",
+    "alignment = alignment[:, order.tolist()]\n"
+   ]
+  },
+  {
+   "cell_type": "code",
+   "execution_count": 19,
+   "id": "6a3f7cd0-78cd-4081-ac64-048f2f0e03f8",
+   "metadata": {},
+   "outputs": [
+    {
+     "data": {
+      "image/png": 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",
+      "text/plain": [
+       "<Figure size 1500x800 with 2 Axes>"
+      ]
+     },
+     "metadata": {},
+     "output_type": "display_data"
+    }
+   ],
+   "source": [
+    "labels = np.array(list(sequences.keys()))[order]\n",
+    "fig, ax = plt.subplots(figsize=(15.0, 8.0), constrained_layout=False)\n",
+    "graphics.plot_alignment_type_based(\n",
+    "    ax, alignment, color_scheme=\"blossom\",\n",
+    "    symbols_per_line=50, symbol_size=10,\n",
+    "    labels=labels, label_size=10,\n",
+    ")"
+   ]
+  },
+  {
+   "cell_type": "markdown",
+   "id": "096238be-2193-4c1c-91c2-fe69f6a55d2d",
+   "metadata": {},
+   "source": [
+    "Visualizing the differences in the variants compared to the parent sequence, all of the variability is contained within the CDR regions as expected. Utitlizing ANARCI renumbering to extract the unique CDRS (Alternatively the BioLM SADIE-Antibody API can also do this). EX \n",
+    "\n",
+    "```python\n",
+    "sadie_heavy = pd.DataFrame(BioLM(entity=\"sadie-antibody\", action=\"predict\", type=\"sequence\", items=samples_dfs[\"heavy\"].tolist(), params = {\"allowed_chain\": [\"H\"]}))\n",
+    "sadie_light = pd.DataFrame(BioLM(entity=\"sadie-antibody\", action=\"predict\", type=\"sequence\", items=samples_dfs[\"heavy\"].tolist(),  params = {\"allowed_chain\": [\"K\", \"L\"]}))\n",
+    "\n",
+    "```"
+   ]
+  },
+  {
+   "cell_type": "code",
+   "execution_count": 42,
+   "id": "79f8060c-b1db-4fa9-8310-66ea8bb8e308",
+   "metadata": {},
+   "outputs": [],
+   "source": [
+    "import pandas as pd\n",
+    "from abnumber import Chain\n",
+    "\n",
+    "def extract_cdrs_abnumber(df, heavy_col='heavy', light_col='light', scheme='chothia'):\n",
+    "    def extract_cdrs(seq):\n",
+    "        if pd.isna(seq) or not seq:\n",
+    "            return {'cdr1': None, 'cdr2': None, 'cdr3': None}\n",
+    "        try:\n",
+    "            chain = Chain(seq, scheme=scheme)\n",
+    "            return {\n",
+    "                'cdr1': chain.cdr1_seq,\n",
+    "                'cdr2': chain.cdr2_seq,\n",
+    "                'cdr3': chain.cdr3_seq\n",
+    "            }\n",
+    "        except Exception as e:\n",
+    "            print(f\"Failed to extract CDRs: {e}\")\n",
+    "            return {'cdr1': None, 'cdr2': None, 'cdr3': None}\n",
+    "\n",
+    "    cdr_data = []\n",
+    "    for _, row in df.iterrows():\n",
+    "        heavy_cdrs = extract_cdrs(row.get(heavy_col))\n",
+    "        light_cdrs = extract_cdrs(row.get(light_col))\n",
+    "\n",
+    "        cdr_data.append({\n",
+    "            'heavy_cdr1': heavy_cdrs['cdr1'],\n",
+    "            'heavy_cdr2': heavy_cdrs['cdr2'],\n",
+    "            'heavy_cdr3': heavy_cdrs['cdr3'],\n",
+    "            'light_cdr1': light_cdrs['cdr1'],\n",
+    "            'light_cdr2': light_cdrs['cdr2'],\n",
+    "            'light_cdr3': light_cdrs['cdr3'],\n",
+    "        })\n",
+    "\n",
+    "    cdr_df = pd.DataFrame(cdr_data)\n",
+    "    return pd.concat([df.reset_index(drop=True), cdr_df], axis=1)\n",
+    "\n"
+   ]
+  },
+  {
+   "cell_type": "code",
+   "execution_count": 43,
+   "id": "9c33cb24-98fd-4f00-83c1-bac2ee92abac",
+   "metadata": {},
+   "outputs": [],
+   "source": [
+    "df_cdrs = extract_cdrs_abnumber(samples_dfs)"
+   ]
+  },
+  {
+   "cell_type": "markdown",
+   "id": "56043f32-a45e-410f-ad89-70b2e621eb21",
+   "metadata": {},
+   "source": [
+    "Visualizing the CDRs, we see the most diversity in CDR H3 the longest CDR and a region often highly responsible for much of an antibodies binding strength, there is mroe significant overlap among variants in the other CDR regions."
+   ]
+  },
+  {
+   "cell_type": "code",
+   "execution_count": 48,
+   "id": "d95dd1a5-d7c1-4dc4-9d2e-0020b4f98737",
+   "metadata": {},
+   "outputs": [],
+   "source": [
+    "df_melt = df_cdrs.melt(\n",
+    "    value_vars=[\n",
+    "        'heavy_cdr1', 'heavy_cdr2', 'heavy_cdr3',\n",
+    "        'light_cdr1', 'light_cdr2', 'light_cdr3'\n",
+    "    ],\n",
+    "    var_name='Chain_CDR',\n",
+    "    value_name='CDR_Seq'\n",
+    ")\n",
+    "\n",
+    "# Extract 'Chain' and 'CDR' from the column names\n",
+    "df_melt['Chain'] = df_melt['Chain_CDR'].apply(lambda x: 'heavy' if 'heavy' in x else 'light')\n",
+    "df_melt['CDR'] = df_melt['Chain_CDR'].apply(lambda x: 'CDR1' if 'cdr1' in x else ('CDR2' if 'cdr2' in x else 'CDR3'))\n",
+    "\n",
+    "# Count unique sequences\n",
+    "cdr_counts = (\n",
+    "    df_melt.groupby(['Chain', 'CDR'])['CDR_Seq']\n",
+    "    .nunique()\n",
+    "    .reset_index()\n",
+    "    .rename(columns={'CDR_Seq': 'Unique_Count'})\n",
+    ")"
+   ]
+  },
+  {
+   "cell_type": "code",
+   "execution_count": 49,
+   "id": "c305f901-4870-4bd4-b362-781b3acf5e42",
+   "metadata": {},
+   "outputs": [
+    {
+     "data": {
+      "image/png": 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",
+      "text/plain": [
+       "<Figure size 800x600 with 1 Axes>"
+      ]
+     },
+     "metadata": {},
+     "output_type": "display_data"
+    }
+   ],
+   "source": [
+    "plt.figure(figsize=(8, 6))\n",
+    "sns.barplot(data=cdr_counts, x='CDR', y='Unique_Count', hue='Chain')\n",
+    "plt.title('Number of Unique CDR Sequences by Region and Chain')\n",
+    "plt.ylabel('Unique Sequence Count')\n",
+    "plt.xlabel('CDR Region')\n",
+    "plt.tight_layout()\n",
+    "plt.show()"
+   ]
+  },
+  {
+   "cell_type": "markdown",
+   "id": "a4af6dfa-e551-4919-8f4e-d7d99a6d0e32",
+   "metadata": {},
+   "source": [
+    "Now that the sequences of the varainats have been examined, the data and scores returned by the AntiFold response can be visualized. The varaiants for each target seem to follow some clear patterns. The score and global score have a similar thread across targets and the number of mutations does not exceed much past 30, or approximately 10% of the sequences modified (consistent with the 3 CDRs for heavy and 3 CDRs for light chains being targeted)."
+   ]
+  },
+  {
+   "cell_type": "code",
+   "execution_count": 50,
+   "id": "bf92d188-c0e8-4299-baf5-2eed0efddc07",
+   "metadata": {},
+   "outputs": [
+    {
+     "data": {
+      "image/png": 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",
+      "text/plain": [
+       "<Figure size 1143.75x1000 with 20 Axes>"
+      ]
+     },
+     "metadata": {},
+     "output_type": "display_data"
+    }
+   ],
+   "source": [
+    "features = ['global_score', 'score', 'mutations',\n",
+    "       'seq_recovery']\n",
+    "targets = ['target']\n",
+    "g = sns.pairplot(samples_dfs[features + targets], hue='target')"
+   ]
+  },
+  {
+   "cell_type": "markdown",
+   "id": "7a79897f-7d91-491e-ab0e-6d9edbb4888f",
+   "metadata": {},
+   "source": [
+    "Finally these candidates are saved for further scoring and evaluation through additional machine learning based antibody methods."
+   ]
+  },
+  {
+   "cell_type": "code",
+   "execution_count": 53,
+   "id": "070c59e4-a428-484e-a4f9-6c1caf2e5a96",
+   "metadata": {},
+   "outputs": [],
+   "source": [
+    "df_cdrs[[\"heavy\", \"light\", \"global_score\", \"score\", \"mutations\", \"seq_recovery\", \"target\",'heavy_cdr1', 'heavy_cdr2', 'heavy_cdr3',\n",
+    "        'light_cdr1', 'light_cdr2', 'light_cdr3']].to_csv(\"data/protein/benchbb_antibody_targets/variant_candidates.csv\", index=False)"
+   ]
+  },
+  {
+   "cell_type": "code",
+   "execution_count": null,
+   "id": "76d432e6-a895-4818-8f45-8bbf52d14276",
+   "metadata": {},
+   "outputs": [],
+   "source": []
+  }
+ ],
+ "metadata": {
+  "kernelspec": {
+   "display_name": "Python [conda env:biolm] *",
+   "language": "python",
+   "name": "conda-env-biolm-py"
+  },
+  "language_info": {
+   "codemirror_mode": {
+    "name": "ipython",
+    "version": 3
+   },
+   "file_extension": ".py",
+   "mimetype": "text/x-python",
+   "name": "python",
+   "nbconvert_exporter": "python",
+   "pygments_lexer": "ipython3",
+   "version": "3.11.5"
+  }
+ },
+ "nbformat": 4,
+ "nbformat_minor": 5
+}
diff --git a/content/9.1_Intrinsic_Scoring_for_Antibody_Engineering.ipynb b/content/9.1_Intrinsic_Scoring_for_Antibody_Engineering.ipynb
new file mode 100644
index 0000000..c4bef6b
--- /dev/null
+++ b/content/9.1_Intrinsic_Scoring_for_Antibody_Engineering.ipynb
@@ -0,0 +1,336 @@
+{
+ "cells": [
+  {
+   "cell_type": "markdown",
+   "id": "5421f438",
+   "metadata": {},
+   "source": [
+    "<div class=\"jupyter-biolm-header\">\n",
+    "    <img style=\"float: left; padding-right: 10px; height: 60px\" src=\"https://d31e6ufxekikrt.cloudfront.net/static/ui/images/logo.png\">\n",
+    "    <p>\n",
+    "    <br>\n",
+    "    <br>\n",
+    "    <br>\n",
+    "    </p>\n",
+    "</div>\n",
+    "\n",
+    "# Antibody Engineering\n",
+    "\n",
+    "Comprehensive antibody engineering workflow using BioLM.ai models."
+   ]
+  },
+  {
+   "cell_type": "markdown",
+   "id": "08762079-1e8b-4022-b25f-137764cab9e3",
+   "metadata": {},
+   "source": [
+    "Antibodies are highly specific proteins with incredible binding prowess, important immune mediated interactions and high therapuetic potential. Benefiting from recent machine learning success in biology, and specifically protein design , computational antibody engineering has become extremely accesible. In the following guides, motivated by the binder design challenges proposed with the BenchBB dataset and the expediency of the BioLM SDK and API, several ml methods for antibody engineering are demonstrated.\n",
+    "\n",
+    "---\n",
+    "## Previously\n",
+    "\n",
+    "Using a structure and antigen conditioned candidate proposal method, 100 variants were generated for four of the proposed BenchBB targets ('IL7Ra', 'PDL-1', 'EGFR' and 'MBP') containing solved structures of antibodies in complex with the target deposited in the pdb.\n",
+    "\n",
+    "---\n",
+    "\n",
+    "While a pre-requisite goal of binder design is molecules that bind, there are additional factors to consider especially with respect to more specific binder goals such as therapuetic potential and manufacturability. The prediction of these properties in-silico for generated variants then becomes another important task, Several of these additional factors can be laeled as intrinsic or extrinsic. The distinction in intrinsic and extrinsic properties can change modeling approaches.\n",
+    "\n",
+    "- **Intrinsic properties** are the properties that pertain only to the antibody sequences (and thus structure) themselves or standard interactions (think hydrophobicity as most proteins have to interact with H20 and this shaped the evolutionary trajectory) that are conditioned on. This can include thermostability (which can affect shelf life and transport considerations for therapuetics), solubility and expression (which can affect yeild and manufacturing capability), self aggregation (antibodies ability to bind to itself), viscosity and immunogenicity / humanness (some might argue this belongs in the extrinsic property category).\n",
+    "-  **Extrinsic properties** are the properties that pertain to the antibodies interactions with other molecules and environments. Binding falls into this category as does other PPI base properties including specificity and cross reactivity / promiscuity. \n",
+    "\n",
+    "Protein language models that have been trained on large corpus of protein sequences can be  reasonably expected to capture some intrinsic properties as a base level of thermostability and solubility, etc must have been selected for during evolution in order for these proteins to be functional. These models can score sequences using likelihoods which can be thought of as a ranking proxy for how \"natural\" the scored sequence is with respect to the models' training data (in the case of PLMs this is natural proteins). A few limitations of this scoring appproach is that without further interpretive tools / analysis, individual intrinsic properties are difficult to decouple from the rankings. Furthermore de-novo and very disimilar proteins might be scored poorly the further out of distribution they are, and again without further analysis it can be difficult to determine why (is it a nonfunctional protein or bypassed evolutionary trajectory).\n",
+    "\n",
+    "Below several PLM scoring methods are demonstrated\n"
+   ]
+  },
+  {
+   "cell_type": "markdown",
+   "id": "973ae702",
+   "metadata": {},
+   "source": [
+    "## Import Required Libraries"
+   ]
+  },
+  {
+   "cell_type": "code",
+   "execution_count": 3,
+   "id": "b8ed5dc9",
+   "metadata": {},
+   "outputs": [],
+   "source": [
+    "from IPython.display import JSON\n",
+    "import requests\n",
+    "import json\n",
+    "import numpy as np\n",
+    "import pandas as pd\n",
+    "import matplotlib.pyplot as plt\n",
+    "import seaborn as sns\n",
+    "import time\n",
+    "\n",
+    "from pathlib import Path\n",
+    "from sklearn.decomposition import PCA\n",
+    "from Bio import PDB\n",
+    "from Bio.PDB import *\n",
+    "\n",
+    "from biolmai import BioLM\n",
+    "from matplotlib.font_manager import fontManager, FontProperties\n",
+    "font_path = \"../font/Geist-Regular.ttf\"\n",
+    "fontManager.addfont(font_path)\n",
+    "prop = FontProperties(fname=font_path)\n",
+    "sns.set_theme(font=prop.get_name(), style=\"white\", context='notebook', palette='pastel')"
+   ]
+  },
+  {
+   "cell_type": "markdown",
+   "id": "9729f2f2",
+   "metadata": {},
+   "source": [
+    "# Sequence Based Scoring of Candidates\n",
+    "\n",
+    "Variants are scored using ESM-C (a high performing general protein language model by Evolutionary Scale) and IgBERT, an antibody specific paired language model that consideres both antibody chains together. ESM-C scores should reflect \"general\" protein \"naturalness\" and IgBERT paired antibody \"naturalness\" potentially capturing or biasing towards different intrinsic properties.\n",
+    "\n",
+    "First generated variants are loaded and then scored using the BioLM SDK."
+   ]
+  },
+  {
+   "cell_type": "code",
+   "execution_count": 4,
+   "id": "e5a4a77d-bd91-4b8a-9349-7cbafc88b04b",
+   "metadata": {},
+   "outputs": [],
+   "source": [
+    "samples_df = pd.read_csv(\"data/protein/benchbb_antibody_targets/variant_candidates.csv\")"
+   ]
+  },
+  {
+   "cell_type": "code",
+   "execution_count": 5,
+   "id": "62e62946",
+   "metadata": {},
+   "outputs": [],
+   "source": [
+    "def batch_and_score_esmc(\n",
+    "    df,\n",
+    "    column='sequence'\n",
+    "):\n",
+    "    \"\"\"\n",
+    "    Sends sequences in batches to a model API, collects logits, and computes log-probabilities.\n",
+    "\n",
+    "    Assumes:\n",
+    "        - Response includes:\n",
+    "            - logits: list[list[float]] of shape (L+1, 20)\n",
+    "            - vocab_tokens: list[str] of canonical amino acids (length 20)\n",
+    "    \n",
+    "    Returns:\n",
+    "        List of dicts: {'sequence': str, 'log_prob_sum': float}\n",
+    "    \"\"\"\n",
+    "    results=[]\n",
+    "    sequences = df[column].tolist()\n",
+    "\n",
+    "    start = time.time()\n",
+    "    result = BioLM(entity=\"esmc-300m\", action=\"encode\",type=\"sequence\", items=sequences, params={\"include\": ['logits']})\n",
+    "    end = time.time()\n",
+    "    print(f\"ESMC scoring took {end - start:.4f} seconds.\")\n",
+    "\n",
+    "    for seq, item in zip(sequences, result):\n",
+    "        logits = np.array(item[\"logits\"])  # shape (L+1, 20)\n",
+    "        vocab_tokens = item[\"vocab_tokens\"]\n",
+    "\n",
+    "        log_prob_sum = 0.0\n",
+    "        for pos, aa in enumerate(seq):\n",
+    "            try:\n",
+    "                aa_idx = vocab_tokens.index(aa)\n",
+    "            except ValueError:\n",
+    "                log_prob_sum += float('-inf')\n",
+    "                continue\n",
+    "\n",
+    "            logits_slice = logits[pos]\n",
+    "            # numerically stable log_softmax\n",
+    "            max_logit = np.max(logits_slice)\n",
+    "            exps = np.exp(logits_slice - max_logit)\n",
+    "            log_probs = logits_slice - max_logit - np.log(np.sum(exps))\n",
+    "\n",
+    "            log_prob_sum += log_probs[aa_idx]\n",
+    "\n",
+    "        results.append({\n",
+    "            \"sequence\": seq,\n",
+    "            \"log_prob_sum\": float(log_prob_sum)\n",
+    "        })\n",
+    "\n",
+    "    return results\n"
+   ]
+  },
+  {
+   "cell_type": "code",
+   "execution_count": 6,
+   "id": "bc2c355f-d51d-4e26-9ba5-b96b7cf6adab",
+   "metadata": {
+    "scrolled": true
+   },
+   "outputs": [
+    {
+     "name": "stdout",
+     "output_type": "stream",
+     "text": [
+      "ESMC scoring took 529.7984 seconds.\n",
+      "ESMC scoring took 680.2055 seconds.\n"
+     ]
+    }
+   ],
+   "source": [
+    "esmc_heavy = pd.DataFrame(batch_and_score_esmc(samples_df, \"heavy\")).rename(columns={\"log_prob_sum\": \"esmc_lp_heavy\"})\n",
+    "esmc_light = pd.DataFrame(batch_and_score_esmc(samples_df, \"light\")).rename(columns={\"log_prob_sum\": \"esmc_lp_light\"})\n",
+    "samples_df = samples_df.merge(esmc_heavy, how=\"left\", left_on=\"heavy\", right_on=\"sequence\")\n",
+    "samples_df = samples_df.merge(esmc_light, how=\"left\", left_on=\"light\", right_on=\"sequence\")"
+   ]
+  },
+  {
+   "cell_type": "code",
+   "execution_count": 7,
+   "id": "d708ac53-2c44-460f-baae-c1a77d4a5fcf",
+   "metadata": {},
+   "outputs": [],
+   "source": [
+    "def batch_and_score_igbert(\n",
+    "    df,\n",
+    "    heavy_col='heavy',\n",
+    "    light_col='light'\n",
+    "):\n",
+    "    \"\"\"\n",
+    "    Sends heavy/light chain pairs in batches to an API, and collects log-probs from response.\n",
+    "\n",
+    "    Assumes:\n",
+    "        - Response includes:\n",
+    "            - results: list of dicts\n",
+    "                - each has 'log_prob' key with a float\n",
+    "    Returns:\n",
+    "        List of dicts: {'heavy': str, 'light': str, 'log_prob': float}\n",
+    "    \"\"\"\n",
+    "    results = []\n",
+    "    heavy_list = df[heavy_col].tolist()\n",
+    "    light_list = df[light_col].tolist()\n",
+    "\n",
+    "    data = [{\"heavy\": h, \"light\": l} for h, l in zip(heavy_list, light_list)]\n",
+    "\n",
+    "    start = time.time()\n",
+    "    result = BioLM(entity=\"igbert-paired\", action=\"predict\", items=data)\n",
+    "    end = time.time()\n",
+    "    \n",
+    "    print(f\"IgBERT scoring took {end - start:.4f} seconds.\")\n",
+    "\n",
+    "    for (h, l), item in zip(zip(heavy_list, light_list), result):\n",
+    "        log_prob = item.get(\"log_prob\", float('-inf'))\n",
+    "        results.append({\n",
+    "            \"heavy\": h,\n",
+    "            \"light\": l,\n",
+    "            \"log_prob\": log_prob\n",
+    "        })\n",
+    "\n",
+    "    return results\n"
+   ]
+  },
+  {
+   "cell_type": "code",
+   "execution_count": 8,
+   "id": "084f0aa1-3189-467b-8223-d22aa187afa2",
+   "metadata": {},
+   "outputs": [
+    {
+     "name": "stdout",
+     "output_type": "stream",
+     "text": [
+      "IgBERT scoring took 847.0409 seconds.\n"
+     ]
+    }
+   ],
+   "source": [
+    "igbert_paired = pd.DataFrame(batch_and_score_igbert(samples_df)).rename(columns={\"log_prob\": \"igbert_lp\"})\n",
+    "samples_df = samples_df.merge(igbert_paired, how=\"left\", on=[\"heavy\",\"light\"])"
+   ]
+  },
+  {
+   "cell_type": "markdown",
+   "id": "3a348ac0-b91a-4ce6-a7d3-5f95ee5f8046",
+   "metadata": {},
+   "source": [
+    "With the lp scores computed, the separate scores for the heavy and light chain by ESMC are added and then all the scores are normalized by the token length of the sequences for comparison across targets as the length of the tokens affects the total number of terms in the sum."
+   ]
+  },
+  {
+   "cell_type": "code",
+   "execution_count": 9,
+   "id": "724f8b26-50ab-44c2-b6bc-a99280c3c2a4",
+   "metadata": {},
+   "outputs": [],
+   "source": [
+    "normalized_samples_df = samples_df\n",
+    "normalized_samples_df[\"esmc_lp_combined\"] = normalized_samples_df[\"esmc_lp_light\"] + normalized_samples_df[\"esmc_lp_heavy\"]\n",
+    "normalized_samples_df[\"heavy_len\"] = normalized_samples_df[\"heavy\"].str.len()\n",
+    "normalized_samples_df[\"light_len\"] = normalized_samples_df[\"light\"].str.len()\n",
+    "normalized_samples_df[\"esmc_lp_combined_normalized\"] = normalized_samples_df[\"esmc_lp_combined\"] /  (normalized_samples_df[\"heavy_len\"] +  normalized_samples_df[\"light_len\"])\n",
+    "normalized_samples_df[\"esmc_lp_heavy_normalized\"] = normalized_samples_df[\"esmc_lp_heavy\"] /  normalized_samples_df[\"heavy_len\"]\n",
+    "normalized_samples_df[\"esmc_lp_light_normalized\"] = normalized_samples_df[\"esmc_lp_light\"] /  normalized_samples_df[\"light_len\"]\n",
+    "normalized_samples_df[\"igbert_lp_normalized\"] = normalized_samples_df[\"igbert_lp\"] /  (normalized_samples_df[\"heavy_len\"] +  normalized_samples_df[\"light_len\"])"
+   ]
+  },
+  {
+   "cell_type": "markdown",
+   "id": "858fd7c0-f1c8-46f0-869c-17cb33e9e4bc",
+   "metadata": {},
+   "source": [
+    "Finaly visualizing theses normalized scores against the AntiFold scores. The AntiFold score and IgBert lp look to follow a more consistent trend across targets as might be expected of two AntiBody specific models while the ESM-C combined lps have much less overlap between targets and don't show an obvious ranking corresponding to either of the antibody specific scores."
+   ]
+  },
+  {
+   "cell_type": "code",
+   "execution_count": 10,
+   "id": "5c241adb-33c1-490d-bceb-06e19fc2b388",
+   "metadata": {},
+   "outputs": [
+    {
+     "data": {
+      "image/png": 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",
+      "text/plain": [
+       "<Figure size 1393.75x1250 with 30 Axes>"
+      ]
+     },
+     "metadata": {},
+     "output_type": "display_data"
+    }
+   ],
+   "source": [
+    "score_features = ['score', \"esmc_lp_combined_normalized\", \"esmc_lp_light_normalized\",\"esmc_lp_heavy_normalized\", \"igbert_lp_normalized\"]\n",
+    "g = sns.pairplot(normalized_samples_df[score_features + ['target']], hue='target', palette='Paired')"
+   ]
+  },
+  {
+   "cell_type": "code",
+   "execution_count": null,
+   "id": "cde06f47-7831-4f27-9f29-f6b19382293a",
+   "metadata": {},
+   "outputs": [],
+   "source": []
+  }
+ ],
+ "metadata": {
+  "kernelspec": {
+   "display_name": "Python [conda env:biolm] *",
+   "language": "python",
+   "name": "conda-env-biolm-py"
+  },
+  "language_info": {
+   "codemirror_mode": {
+    "name": "ipython",
+    "version": 3
+   },
+   "file_extension": ".py",
+   "mimetype": "text/x-python",
+   "name": "python",
+   "nbconvert_exporter": "python",
+   "pygments_lexer": "ipython3",
+   "version": "3.11.5"
+  }
+ },
+ "nbformat": 4,
+ "nbformat_minor": 5
+}
diff --git a/content/9.2_Structural_Scoring_for_Antibody_Engineering.ipynb b/content/9.2_Structural_Scoring_for_Antibody_Engineering.ipynb
new file mode 100644
index 0000000..a25877b
--- /dev/null
+++ b/content/9.2_Structural_Scoring_for_Antibody_Engineering.ipynb
@@ -0,0 +1,921 @@
+{
+ "cells": [
+  {
+   "cell_type": "markdown",
+   "id": "5421f438",
+   "metadata": {},
+   "source": [
+    "<div class=\"jupyter-biolm-header\">\n",
+    "    <img style=\"float: left; padding-right: 10px; height: 60px\" src=\"https://d31e6ufxekikrt.cloudfront.net/static/ui/images/logo.png\">\n",
+    "    <p>\n",
+    "    <br>\n",
+    "    <br>\n",
+    "    <br>\n",
+    "    </p>\n",
+    "</div>\n",
+    "\n",
+    "# Antibody Engineering\n",
+    "\n",
+    "Comprehensive antibody engineering workflow using BioLM.ai models."
+   ]
+  },
+  {
+   "cell_type": "markdown",
+   "id": "08762079-1e8b-4022-b25f-137764cab9e3",
+   "metadata": {},
+   "source": [
+    "Antibodies are highly specific proteins with incredible binding prowess, important immune mediated interactions and high therapuetic potential. Benefiting from recent machine learning success in biology, and specifically protein design , computational antibody engineering has become extremely accesible. In the following guides, motivated by the binder design challenges proposed with the BenchBB dataset and the expediency of the BioLM SDK and API, several ML methods for antibody engineering are demonstrated.\n",
+    "\n",
+    "---\n",
+    "## Previously\n",
+    "\n",
+    "Using a structure and antigen conditioned candidate proposal method, 100 variants were generated for four of the proposed BenchBB targets ('IL7Ra', 'PDL-1', 'EGFR' and MBP) containing solved structures of antibodies in complex with the target deposited in the pdb. Then the varaints were scored using sequence based PLM's for a proxy on desiredd intrinsic poperties\n",
+    "\n",
+    "---\n",
+    "\n",
+    "One way to model binding is stucture prediction of variant and target compelex. From a predicted complex (assuming it is accurate) popular MD, energy based or rosetta caluculations can be used. Additionally many structure prediction methods offer confidence scores that can be used to rank the quality of poses and have even been demonstrated to correlate with binding success. Furthermore, large changes in rmsd and self consistency from a base structure in the case of varaint design (if the structure is available) can illuminate changes in epitope or neutrilization effects as well as being another way to rank variants.\n"
+   ]
+  },
+  {
+   "cell_type": "markdown",
+   "id": "973ae702",
+   "metadata": {},
+   "source": [
+    "## Import Required Libraries"
+   ]
+  },
+  {
+   "cell_type": "code",
+   "execution_count": 36,
+   "id": "b8ed5dc9",
+   "metadata": {},
+   "outputs": [],
+   "source": [
+    "from IPython.display import JSON\n",
+    "import requests\n",
+    "import json\n",
+    "import numpy as np\n",
+    "import pandas as pd\n",
+    "import matplotlib.pyplot as plt\n",
+    "import seaborn as sns\n",
+    "import time\n",
+    "import py3Dmol\n",
+    "from pathlib import Path\n",
+    "from sklearn.decomposition import PCA\n",
+    "from Bio import PDB\n",
+    "from Bio.PDB import *\n",
+    "import os\n",
+    "from biolmai import BioLM\n",
+    "from matplotlib.font_manager import fontManager, FontProperties\n",
+    "font_path = \"../font/Geist-Regular.ttf\"\n",
+    "fontManager.addfont(font_path)\n",
+    "prop = FontProperties(fname=font_path)\n",
+    "sns.set_theme(font=prop.get_name(), style=\"white\", context='notebook', palette='pastel')"
+   ]
+  },
+  {
+   "cell_type": "markdown",
+   "id": "9729f2f2",
+   "metadata": {},
+   "source": [
+    "# Structure Based Scoring of Candidates\n",
+    "\n",
+    "First generated variants are loaded along with the parent pdbs, then the structures of the variants with their specific target are co-folded with the results being compared against the solved structures."
+   ]
+  },
+  {
+   "cell_type": "code",
+   "execution_count": 38,
+   "id": "e5a4a77d-bd91-4b8a-9349-7cbafc88b04b",
+   "metadata": {},
+   "outputs": [
+    {
+     "name": "stdout",
+     "output_type": "stream",
+     "text": [
+      "Loaded PDBs for targets: ['MBP', 'EGFR', 'PDL1', 'IL-7RALPHA']\n"
+     ]
+    }
+   ],
+   "source": [
+    "samples_df = pd.read_csv(\"data/protein/benchbb_antibody_targets/variant_candidates.csv\")\n",
+    "samples_df[\"Source\"] = \"Variant\"\n",
+    "# Load PDBs from BenchBB dataset\n",
+    "target_pdbs = {}\n",
+    "pdb_dir = Path('data/protein/benchbb_antibody_targets')\n",
+    "\n",
+    "for pdb_file in os.listdir(pdb_dir):\n",
+    "    if pdb_file.endswith('.pdb'):\n",
+    "        if '3c09' in pdb_file:\n",
+    "            target = 'EGFR'\n",
+    "        elif '5x8m' in pdb_file:\n",
+    "            target = 'PDL1'\n",
+    "        elif '5bjz' in pdb_file:\n",
+    "            target = 'MBP'\n",
+    "        elif '6p67' in pdb_file:\n",
+    "            target = 'IL-7RALPHA'\n",
+    "        else:\n",
+    "            continue\n",
+    "        \n",
+    "        # Store PDB string\n",
+    "        with open(pdb_dir / pdb_file, 'r') as f:\n",
+    "            target_pdbs[target] = f.read()\n",
+    "\n",
+    "print(f\"Loaded PDBs for targets: {list(target_pdbs.keys())}\")"
+   ]
+  },
+  {
+   "cell_type": "code",
+   "execution_count": 6,
+   "id": "c9585ff7-5159-4f23-8e7e-cbfe93e680bd",
+   "metadata": {},
+   "outputs": [],
+   "source": [
+    "from biotite.structure.io.pdb import PDBFile, get_structure\n",
+    "from biotite.structure.residues import get_residues\n",
+    "from biotite.structure.info import one_letter_code\n",
+    "from io import StringIO\n",
+    "\n",
+    "# Explicit set of valid 3-letter residue names with defined 1-letter codes\n",
+    "VALID_RESIDUES = {\n",
+    "    \"ALA\", \"ARG\", \"ASN\", \"ASP\", \"CYS\", \"GLN\", \"GLU\", \"GLY\",\n",
+    "    \"HIS\", \"ILE\", \"LEU\", \"LYS\", \"MET\", \"PHE\", \"PRO\", \"SER\",\n",
+    "    \"THR\", \"TRP\", \"TYR\", \"VAL\"\n",
+    "}\n",
+    "\n",
+    "def extract_sequences_from_pdb_str(pdb_str, chain_ids, verbose=False):\n",
+    "    \"\"\"\n",
+    "    Extract ATOM-derived one-letter sequences from specified chains in a PDB string.\n",
+    "    \n",
+    "    Returns:\n",
+    "      dict: {chain_id: sequence_string}\n",
+    "    \"\"\"\n",
+    "    pdbf = PDBFile.read(StringIO(pdb_str))\n",
+    "    structure = get_structure(pdbf, model=1)\n",
+    "\n",
+    "    seqs = {}\n",
+    "    for chain in chain_ids:\n",
+    "        chain_array = structure[structure.chain_id == chain]\n",
+    "        if chain_array.array_length() == 0:\n",
+    "            print(f\"⚠️ No atoms for chain '{chain}'\")\n",
+    "            continue\n",
+    "\n",
+    "        res_ids, res_names = get_residues(chain_array)\n",
+    "        if len(res_ids) == 0:\n",
+    "            print(f\"⚠️ No residues found in chain '{chain}'\")\n",
+    "            continue\n",
+    "\n",
+    "        seq = ''\n",
+    "        for name in res_names:\n",
+    "            if name in VALID_RESIDUES:\n",
+    "                seq += one_letter_code(name)\n",
+    "            else:\n",
+    "                if verbose:\n",
+    "                    print(f\"⚠️ Unknown residue '{name}' → skipping\")\n",
+    "                # or optionally: seq += 'X'\n",
+    "        seqs[chain] = seq\n",
+    "\n",
+    "    return seqs\n"
+   ]
+  },
+  {
+   "cell_type": "code",
+   "execution_count": 7,
+   "id": "5e8df0d2-4602-4a2c-8ac9-5fc2733c7037",
+   "metadata": {
+    "scrolled": true
+   },
+   "outputs": [
+    {
+     "name": "stdout",
+     "output_type": "stream",
+     "text": [
+      "\n",
+      "MBP:\n",
+      "  Chain C: EVQLVESGGGLVQPGGSLRLSCAASGFNLS... (length 228)\n",
+      "  Chain L: QMTQSPSSLSASVGDRVTITCRASQSVSSA... (length 213)\n",
+      "  Chain A: KIEEGKLVIWINGDKGYNGLAEVGKKFEKD... (length 367)\n",
+      "\n",
+      "EGFR:\n",
+      "  Chain H: QVQLVQSGAEVKKPGASVKVSCKASGYTFT... (length 216)\n",
+      "  Chain L: DIQMTQSPSSLSASVGDRVTITCSASSSVT... (length 211)\n",
+      "  Chain D: KKVCNGIGIGEFKDSLSINATNIKHFKNCT... (length 191)\n",
+      "\n",
+      "PDL1:\n",
+      "  Chain B: EVQLVESGGGLVQPGGSLRLSCAASGFTFS... (length 214)\n",
+      "  Chain C: IVLTQSPGTLSLSPGERATLSCRASQRVSS... (length 213)\n",
+      "  Chain A: AFTVTVPKDLYVVEYGSNMTIECKFPVEKE... (length 116)\n",
+      "\n",
+      "IL-7RALPHA:\n",
+      "  Chain A: EVQLQQSGPELVKPGASVKMSCKASGYTFS... (length 223)\n",
+      "  Chain B: DIVMTQSHKFMSTLVGDRVSITCKASQDVS... (length 213)\n",
+      "  Chain K: DYSFSCYSQLEVNGSQHSLTCAFEDPDVNT... (length 188)\n"
+     ]
+    }
+   ],
+   "source": [
+    "# Extract sequences per target\n",
+    "\n",
+    "target_chains = {\n",
+    "    \"EGFR\": ['H', 'L', 'D'],\n",
+    "    \"PDL1\": ['B', 'C', 'A'],\n",
+    "    \"MBP\": ['C', 'L', 'A'],\n",
+    "    \"IL-7RALPHA\": ['A', 'B', 'K'],\n",
+    "}\n",
+    "\n",
+    "\n",
+    "\n",
+    "# Extract sequences\n",
+    "target_chain_seqs = {}\n",
+    "for target, pdb_str in target_pdbs.items():\n",
+    "    chains = target_chains[target]\n",
+    "    target_chain_seqs[target] = extract_sequences_from_pdb_str(pdb_str, chains)\n",
+    "\n",
+    "# Example printout\n",
+    "for target, chain_dict in target_chain_seqs.items():\n",
+    "    print(f\"\\n{target}:\")\n",
+    "    for chain_id, seq in chain_dict.items():\n",
+    "        print(f\"  Chain {chain_id}: {seq[:30]}... (length {len(seq)})\")"
+   ]
+  },
+  {
+   "cell_type": "code",
+   "execution_count": 9,
+   "id": "c359f17c-12f1-44ca-90b8-9c43770d5dcd",
+   "metadata": {},
+   "outputs": [
+    {
+     "data": {
+      "text/html": [
+       "<div>\n",
+       "<style scoped>\n",
+       "    .dataframe tbody tr th:only-of-type {\n",
+       "        vertical-align: middle;\n",
+       "    }\n",
+       "\n",
+       "    .dataframe tbody tr th {\n",
+       "        vertical-align: top;\n",
+       "    }\n",
+       "\n",
+       "    .dataframe thead th {\n",
+       "        text-align: right;\n",
+       "    }\n",
+       "</style>\n",
+       "<table border=\"1\" class=\"dataframe\">\n",
+       "  <thead>\n",
+       "    <tr style=\"text-align: right;\">\n",
+       "      <th></th>\n",
+       "      <th>target</th>\n",
+       "      <th>heavy</th>\n",
+       "      <th>light</th>\n",
+       "      <th>target_seq</th>\n",
+       "      <th>Source</th>\n",
+       "    </tr>\n",
+       "  </thead>\n",
+       "  <tbody>\n",
+       "    <tr>\n",
+       "      <th>0</th>\n",
+       "      <td>MBP</td>\n",
+       "      <td>EVQLVESGGGLVQPGGSLRLSCAASGFNLSSSSIHWVRQAPGKGLE...</td>\n",
+       "      <td>QMTQSPSSLSASVGDRVTITCRASQSVSSAVAWYQQKPGKAPKLLI...</td>\n",
+       "      <td>KIEEGKLVIWINGDKGYNGLAEVGKKFEKDTGIKVTVEHPDKLEEK...</td>\n",
+       "      <td>Parent</td>\n",
+       "    </tr>\n",
+       "    <tr>\n",
+       "      <th>1</th>\n",
+       "      <td>EGFR</td>\n",
+       "      <td>QVQLVQSGAEVKKPGASVKVSCKASGYTFTSHWMHWVRQAPGQGLE...</td>\n",
+       "      <td>DIQMTQSPSSLSASVGDRVTITCSASSSVTYMYWYQQKPGKAPKLL...</td>\n",
+       "      <td>KKVCNGIGIGEFKDSLSINATNIKHFKNCTSISGDLHILPVAFRGD...</td>\n",
+       "      <td>Parent</td>\n",
+       "    </tr>\n",
+       "    <tr>\n",
+       "      <th>2</th>\n",
+       "      <td>PDL1</td>\n",
+       "      <td>EVQLVESGGGLVQPGGSLRLSCAASGFTFSRYWMSWVRQAPGKGLE...</td>\n",
+       "      <td>IVLTQSPGTLSLSPGERATLSCRASQRVSSSYLAWYQQKPGQAPRL...</td>\n",
+       "      <td>AFTVTVPKDLYVVEYGSNMTIECKFPVEKELDLAALIVYWEMEDKN...</td>\n",
+       "      <td>Parent</td>\n",
+       "    </tr>\n",
+       "    <tr>\n",
+       "      <th>3</th>\n",
+       "      <td>IL-7RALPHA</td>\n",
+       "      <td>EVQLQQSGPELVKPGASVKMSCKASGYTFSDYYMHWVKQSHGKSLE...</td>\n",
+       "      <td>DIVMTQSHKFMSTLVGDRVSITCKASQDVSTTVAWYQQKPGQSPKL...</td>\n",
+       "      <td>DYSFSCYSQLEVNGSQHSLTCAFEDPDVNTTFEICGALVEVKCLNF...</td>\n",
+       "      <td>Parent</td>\n",
+       "    </tr>\n",
+       "  </tbody>\n",
+       "</table>\n",
+       "</div>"
+      ],
+      "text/plain": [
+       "       target                                              heavy  \\\n",
+       "0         MBP  EVQLVESGGGLVQPGGSLRLSCAASGFNLSSSSIHWVRQAPGKGLE...   \n",
+       "1        EGFR  QVQLVQSGAEVKKPGASVKVSCKASGYTFTSHWMHWVRQAPGQGLE...   \n",
+       "2        PDL1  EVQLVESGGGLVQPGGSLRLSCAASGFTFSRYWMSWVRQAPGKGLE...   \n",
+       "3  IL-7RALPHA  EVQLQQSGPELVKPGASVKMSCKASGYTFSDYYMHWVKQSHGKSLE...   \n",
+       "\n",
+       "                                               light  \\\n",
+       "0  QMTQSPSSLSASVGDRVTITCRASQSVSSAVAWYQQKPGKAPKLLI...   \n",
+       "1  DIQMTQSPSSLSASVGDRVTITCSASSSVTYMYWYQQKPGKAPKLL...   \n",
+       "2  IVLTQSPGTLSLSPGERATLSCRASQRVSSSYLAWYQQKPGQAPRL...   \n",
+       "3  DIVMTQSHKFMSTLVGDRVSITCKASQDVSTTVAWYQQKPGQSPKL...   \n",
+       "\n",
+       "                                          target_seq  Source  \n",
+       "0  KIEEGKLVIWINGDKGYNGLAEVGKKFEKDTGIKVTVEHPDKLEEK...  Parent  \n",
+       "1  KKVCNGIGIGEFKDSLSINATNIKHFKNCTSISGDLHILPVAFRGD...  Parent  \n",
+       "2  AFTVTVPKDLYVVEYGSNMTIECKFPVEKELDLAALIVYWEMEDKN...  Parent  \n",
+       "3  DYSFSCYSQLEVNGSQHSLTCAFEDPDVNTTFEICGALVEVKCLNF...  Parent  "
+      ]
+     },
+     "execution_count": 9,
+     "metadata": {},
+     "output_type": "execute_result"
+    }
+   ],
+   "source": [
+    "\n",
+    "target_chain_seqs_standard = []\n",
+    "target_chain_mapping = target_chains = {\n",
+    "    \"EGFR\": {'H': 'heavy', 'L': 'light', 'D': 'target_seq'},\n",
+    "    \"PDL1\": {'B' : 'heavy', 'C': 'light', 'A': 'target_seq'},\n",
+    "    \"MBP\": {'C': 'heavy', 'L':'light', 'A': 'target_seq'},\n",
+    "    \"IL-7RALPHA\": {'A': 'heavy', 'B': 'light', 'K': 'target_seq'},\n",
+    "}\n",
+    "\n",
+    "for target, chain_dict in target_chain_seqs.items():\n",
+    "    _parent_dict = {\"target\": target}\n",
+    "    for chain_id, seq in chain_dict.items():\n",
+    "        _parent_dict[target_chain_mapping[target][chain_id]] = seq\n",
+    "    target_chain_seqs_standard.append(_parent_dict)    \n",
+    "\n",
+    "parent_df = pd.DataFrame(target_chain_seqs_standard)\n",
+    "parent_df[\"Source\"] = \"Parent\"\n",
+    "parent_df"
+   ]
+  },
+  {
+   "cell_type": "code",
+   "execution_count": 10,
+   "id": "cbf6992a-03b3-4607-ad6a-03c47523e778",
+   "metadata": {},
+   "outputs": [],
+   "source": [
+    "samples_df = pd.concat([parent_df, samples_df])"
+   ]
+  },
+  {
+   "cell_type": "code",
+   "execution_count": 21,
+   "id": "54d592ed-2da7-4b85-aecd-053e0c3002dd",
+   "metadata": {},
+   "outputs": [
+    {
+     "name": "stdout",
+     "output_type": "stream",
+     "text": [
+      "\n",
+      "MBP (target chain only):\n",
+      "ATOM      1  N   LYS A   1     -25.266 -22.849  47.898  1.00  0.00           N  \n",
+      "ATOM      2  CA  LYS A   1     -26.323 -23.641  48.512  1.00  0.00           C  \n",
+      "ATOM      3  C   LYS A   1     -25.808 -24.439  49.701  1.00  0.00           C  \n",
+      "ATOM      4  O   LYS A   1     -24.696 -24.965  49.678  1\n",
+      "\n",
+      "EGFR (target chain only):\n",
+      "ATOM      1  N   LYS D 310     -25.331  12.248 -47.196  1.00  0.00           N  \n",
+      "ATOM      2  CA  LYS D 310     -24.379  11.706 -46.154  1.00  0.00           C  \n",
+      "ATOM      3  C   LYS D 310     -22.975  12.348 -46.176  1.00  0.00           C  \n",
+      "ATOM      4  O   LYS D 310     -22.349  12.421 -47.233  1\n",
+      "\n",
+      "PDL1 (target chain only):\n",
+      "ATOM      1  N   ALA A  18      30.627  85.052  81.072  1.00  0.00           N  \n",
+      "ATOM      2  CA  ALA A  18      31.818  85.729  80.588  1.00  0.00           C  \n",
+      "ATOM      3  C   ALA A  18      31.667  87.235  80.747  1.00  0.00           C  \n",
+      "ATOM      4  O   ALA A  18      32.592  87.891  81.225  1\n",
+      "\n",
+      "IL-7RALPHA (target chain only):\n",
+      "ATOM      1  N   ASP K  17       1.795 -75.358 -20.525  1.00  0.00           N  \n",
+      "ATOM      2  CA  ASP K  17       2.364 -74.658 -19.381  1.00  0.00           C  \n",
+      "ATOM      3  C   ASP K  17       1.601 -73.368 -19.098  1.00  0.00           C  \n",
+      "ATOM      4  O   ASP K  17       1.447 -72.523 -19.979  1\n"
+     ]
+    }
+   ],
+   "source": [
+    "from biotite.structure.io.pdb import PDBFile, get_structure\n",
+    "from io import StringIO\n",
+    "\n",
+    "def extract_target_chain_pdbs(target_pdbs: dict, target_chains: dict) -> dict:\n",
+    "    \"\"\"\n",
+    "    Extract only the target chain (labeled 'target_seq') from each PDB string \n",
+    "    and return a dictionary with PDB strings containing only that chain.\n",
+    "\n",
+    "    Args:\n",
+    "        target_pdbs (dict): {target_name: full_pdb_string}\n",
+    "        target_chains (dict): {target_name: {chain_id: role}}\n",
+    "\n",
+    "    Returns:\n",
+    "        dict: {target_name: pdb_string_of_target_chain_only}\n",
+    "    \"\"\"\n",
+    "    extracted_pdbs = {}\n",
+    "\n",
+    "    for target, pdb_str in target_pdbs.items():\n",
+    "        chain_map = target_chains[target]\n",
+    "        target_chain_ids = [cid for cid, role in chain_map.items() if role == \"target_seq\"]\n",
+    "        if not target_chain_ids:\n",
+    "            print(f\"⚠️ No 'target_seq' chain found for target '{target}'\")\n",
+    "            continue\n",
+    "        target_chain_id = target_chain_ids[0]\n",
+    "\n",
+    "        # Read PDB structure\n",
+    "        pdbf = PDBFile.read(StringIO(pdb_str))\n",
+    "        structure = get_structure(pdbf, model=1)\n",
+    "\n",
+    "        # Filter structure for target chain\n",
+    "        target_atoms = structure[structure.chain_id == target_chain_id]\n",
+    "        if target_atoms.array_length() == 0:\n",
+    "            print(f\"⚠️ Chain '{target_chain_id}' not found in target '{target}'\")\n",
+    "            continue\n",
+    "\n",
+    "        # Write filtered structure back to PDB format\n",
+    "        out_buf = StringIO()\n",
+    "        new_pdbf = PDBFile()\n",
+    "        new_pdbf.set_structure(target_atoms)\n",
+    "        new_pdbf.write(out_buf)\n",
+    "        extracted_pdbs[target] = out_buf.getvalue()\n",
+    "\n",
+    "    return extracted_pdbs\n",
+    "\n",
+    "\n",
+    "\n",
+    "\n",
+    "target_pdbs_target_only = extract_target_chain_pdbs(target_pdbs, target_chains)\n",
+    "\n",
+    "# Print the first few lines of each extracted chain\n",
+    "for target, pdb_str in target_pdbs_target_only.items():\n",
+    "    print(f\"\\n{target} (target chain only):\\n{pdb_str[:300]}\")"
+   ]
+  },
+  {
+   "cell_type": "markdown",
+   "id": "defbee62",
+   "metadata": {},
+   "source": [
+    "# 3. Structural Validation of Candidates\n",
+    "\n",
+    "Fold variants and calculate RMSD from parent structures. Below are the target seqs as defined via PDB fasta entries. Note that not all these residues are extracted from the pdb structures since comparing structure predictions is simplified with an equal number of atoms between prediction and truth."
+   ]
+  },
+  {
+   "cell_type": "code",
+   "execution_count": 11,
+   "id": "6fbd653c",
+   "metadata": {
+    "scrolled": true
+   },
+   "outputs": [],
+   "source": [
+    "target_seqs = {}\n",
+    "target_seqs[\"PDL1\"] = \"AFTVTVPKDLYVVEYGSNMTIECKFPVEKELDLAALIVYWEMEDKNIIQFVHGEEDLKVQHSSYRQRARLLKDQLSLGNAALQITDVKLQDAGVYRCMISYGGADYKRITVKVNAPYHHHHHH\"\n",
+    "target_seqs[\"EGFR\"] = \"LEEKKVCNGIGIGEFKDSLSINATNIKHFKNCTSISGDLHILPVAFRGDSFTHTPPLDPQELDILKTVKEITGFLLIQAWPENRTDLHAFENLEIIRGRTKQHGQFSLAVVSLNITSLGLRSLKEISDGDVIISGNKNLCYANTINWKKLFGTSGQKTKIISNRGENSCKATGQVCHALCSPEGCWGPEPRDCVSCRNVSRGRECVDKHHHHHH\"\n",
+    "target_seqs[\"IL-7RALPHA\"] = \"GSHMESGYAQNGDLEDAELDDYSFSCYSQLEVNGSQHSLTCAFEDPDVNTTNLEFEICGALVEVKCLNFRKLQEIYFIETKKFLLIGKSNICVKVGEKSLTCKKIDLTTIVKPEAPFDLSVVYREGANDFVVTFNTSHLQKKYVKVLMHDVAYRQEKDENKWTHVNLSSTKLTLLQRKLQPAAMYEIKVRSIPDHYFKGFWSEWSPSYYFRTPEINNSSGEMD\"\n",
+    "target_seqs[\"MBP\"] = \"MKHHHHHHHHHHSSDYKDDDDKGENLYFQGSKIEEGKLVIWINGDKGYNGLAEVGKKFEKDTGIKVTVEHPDKLEEKFPQVAATGDGPDIIFWAHDRFGGYAQSGLLAEITPDKAFQDKLYPFTWDAVRYNGKLIAYPIAVEALSLIYNKDLLPNPPKTWEEIPALDKELKAKGKSALMFNLQEPYFTWPLIAADGGYAFKYENGKYDIKDVGVDNAGAKAGLTFLVDLIKNKHMNADTDYSIAEAAFNKGETAMTINGPWAW\"\n",
+    "\n",
+    "\n"
+   ]
+  },
+  {
+   "cell_type": "markdown",
+   "id": "74924fef-cfb5-4543-9f3a-da365c699b87",
+   "metadata": {},
+   "source": [
+    "For some structure prediction methods MSAs (Multiple Sequence Alignments) are reported to increase structure accuracy. The BioLM SDK provides GPU backed access MSAs from up to 3 databases (Note: that this is time consuming and can consume compute rapidly, as such only 1 variant will have msas generated). Furthermore the alignment files can grow quite large and may need to be written to disk."
+   ]
+  },
+  {
+   "cell_type": "code",
+   "execution_count": 13,
+   "id": "9b1077c4-070c-430b-ac06-c9fd675c2983",
+   "metadata": {
+    "scrolled": true
+   },
+   "outputs": [
+    {
+     "name": "stdout",
+     "output_type": "stream",
+     "text": [
+      "MSA generation took 578.8894 seconds.\n"
+     ]
+    }
+   ],
+   "source": [
+    "\n",
+    "def extract_msa(d):\n",
+    "\n",
+    "        return {key: value[1] for key, value in d.items()}\n",
+    "\n",
+    "\n",
+    "for i, row in samples_df.iterrows():\n",
+    "    if i>0:\n",
+    "        break\n",
+    "    h = row[\"heavy\"]\n",
+    "    l = row[\"light\"]\n",
+    "    target = row[\"target\"]\n",
+    "    target_seq = target_seqs[target]\n",
+    "\n",
+    "\n",
+    "\n",
+    "    \n",
+    "    \n",
+    "    start = time.time()\n",
+    "    msa_result = BioLM(entity=\"alphafold2\", action=\"encode\",type=\"sequence\", items=[h,l,target_seq], params={\"databases\": [\"mgnify\", \"small_bfd\", \"uniref90\"],\"algorithm\": \"mmseqs2\"})\n",
+    "    end = time.time()\n",
+    "    print(f\"MSA generation took {end - start:.4f} seconds.\")\n",
+    "\n",
+    "    \n"
+   ]
+  },
+  {
+   "cell_type": "markdown",
+   "id": "4a89fb87-6d3f-43e5-89ab-9e243356e690",
+   "metadata": {},
+   "source": [
+    "First by predicting the structure of just the heavy and light chains of the variants and parents the rmsd difference between the parents and variants predicted structures can be extracted."
+   ]
+  },
+  {
+   "cell_type": "code",
+   "execution_count": 14,
+   "id": "8c33c001-404e-4e31-a45b-3817988cf545",
+   "metadata": {},
+   "outputs": [
+    {
+     "name": "stdout",
+     "output_type": "stream",
+     "text": [
+      "ab3 structure prediction took 285.5659 seconds.\n"
+     ]
+    }
+   ],
+   "source": [
+    "def batch_and_predict_ab3(\n",
+    "    df,\n",
+    "    heavy_col='heavy',\n",
+    "    light_col='light'\n",
+    "):\n",
+    "    \"\"\"\n",
+    "    Sends heavy/light chain pairs in batches to an API, and collects pdbs from response.\n",
+    "\n",
+    "    Assumes:\n",
+    "        - Response includes:\n",
+    "            - results: list of dicts\n",
+    "                - each has 'pdbs' key with a pdb str\n",
+    "    Returns:\n",
+    "        List of dicts: {'heavy': str, 'light': str, 'pdb': str}\n",
+    "    \"\"\"\n",
+    "    results = []\n",
+    "    heavy_list = df[heavy_col].tolist()\n",
+    "    light_list = df[light_col].tolist()\n",
+    "\n",
+    "    data = [{\"H\": h, \"L\": l} for h, l in zip(heavy_list, light_list)]\n",
+    "\n",
+    "    start = time.time()\n",
+    "    result = BioLM(entity=\"abodybuilder3-language\", action=\"predict\", items=data)\n",
+    "    end = time.time()\n",
+    "    \n",
+    "    print(f\"ab3 structure prediction took {end - start:.4f} seconds.\")\n",
+    "\n",
+    "    for (h, l), item in zip(zip(heavy_list, light_list), result):\n",
+    "        results.append({\n",
+    "            \"heavy\": h,\n",
+    "            \"light\": l,\n",
+    "            \"ab3_pdb\": item[\"pdb\"]\n",
+    "        })\n",
+    "\n",
+    "    return results\n",
+    "\n",
+    "\n",
+    "\n",
+    "ab3_results = batch_and_predict_ab3(samples_df)"
+   ]
+  },
+  {
+   "cell_type": "code",
+   "execution_count": 18,
+   "id": "2df30276-21ca-4df5-a8d5-a5fa745e49a9",
+   "metadata": {},
+   "outputs": [],
+   "source": [
+    "structure_results = samples_df.merge(pd.DataFrame(ab3_results), how = \"left\", on = [\"heavy\", \"light\"])"
+   ]
+  },
+  {
+   "cell_type": "code",
+   "execution_count": 34,
+   "id": "8fb3d5ba-ad8a-4b57-ad56-be3d71b64506",
+   "metadata": {},
+   "outputs": [],
+   "source": [
+    "import pandas as pd\n",
+    "import biotite.structure.io.pdb as pdbio\n",
+    "import biotite.structure as struc\n",
+    "import io\n",
+    "import numpy as np\n",
+    "\n",
+    "def extract_ca_coords(atom_array):\n",
+    "    # Use only Cα atoms (1 per residue)\n",
+    "    return atom_array[atom_array.atom_name == \"CA\"].coord\n",
+    "\n",
+    "def compute_ab3_rmsd(df: pd.DataFrame) -> pd.DataFrame:\n",
+    "    rmsd_list = []\n",
+    "\n",
+    "    for target, group in df.groupby(\"target\"):\n",
+    "        parent_rows = group[group[\"Source\"] == \"Parent\"]\n",
+    "        variant_rows = group[group[\"Source\"] == \"Variant\"]\n",
+    "\n",
+    "        if len(parent_rows) != 1:\n",
+    "            raise ValueError(f\"Target '{target}' must have exactly one Parent structure.\")\n",
+    "\n",
+    "        # Load parent\n",
+    "        parent_pdb_str = parent_rows.iloc[0][\"ab3_pdb\"]\n",
+    "        parent_file = pdbio.PDBFile.read(io.StringIO(parent_pdb_str))\n",
+    "        parent_struct = parent_file.get_structure(model=1)\n",
+    "        parent_coords = extract_ca_coords(parent_struct)\n",
+    "\n",
+    "        if len(parent_coords) == 0:\n",
+    "            print(f\"⚠️ Skipping target '{target}' — no Cα atoms found in parent.\")\n",
+    "            continue\n",
+    "\n",
+    "        for idx, row in variant_rows.iterrows():\n",
+    "            variant_pdb_str = row[\"ab3_pdb\"]\n",
+    "            variant_file = pdbio.PDBFile.read(io.StringIO(variant_pdb_str))\n",
+    "            variant_struct = variant_file.get_structure(model=1)\n",
+    "            variant_coords = extract_ca_coords(variant_struct)\n",
+    "\n",
+    "            if len(variant_coords) == 0:\n",
+    "                print(f\"[WARN] Skipping variant {idx} for target '{target}' — no Cα atoms.\")\n",
+    "                rmsd = np.nan\n",
+    "            elif len(parent_coords) != len(variant_coords):\n",
+    "                print(f\"[WARN] Length mismatch for target '{target}', variant {idx}:\")\n",
+    "                print(f\"       Parent CA atoms:  {len(parent_coords)}\")\n",
+    "                print(f\"       Variant CA atoms: {len(variant_coords)}\")\n",
+    "                rmsd = np.nan\n",
+    "            else:\n",
+    "                transform = struc.superimpose(parent_coords, variant_coords)[1]\n",
+    "                aligned_coords = transform.apply(variant_coords)\n",
+    "                rmsd = struc.rmsd(parent_coords, aligned_coords)\n",
+    "\n",
+    "            rmsd_list.append((idx, rmsd))\n",
+    "\n",
+    "    df[\"ab3_rmsd\"] = np.nan\n",
+    "    for idx, rmsd in rmsd_list:\n",
+    "        df.at[idx, \"ab3_rmsd\"] = rmsd\n",
+    "\n",
+    "    return df\n"
+   ]
+  },
+  {
+   "cell_type": "code",
+   "execution_count": 26,
+   "id": "ee039341-2a53-4c74-9ef1-2499263ac492",
+   "metadata": {
+    "scrolled": true
+   },
+   "outputs": [],
+   "source": [
+    "structure_results = compute_ab3_rmsd(structure_results)"
+   ]
+  },
+  {
+   "cell_type": "code",
+   "execution_count": 41,
+   "id": "6cc53270-be14-47e2-ab90-c4f305430393",
+   "metadata": {},
+   "outputs": [],
+   "source": [
+    "import seaborn as sns\n",
+    "import matplotlib.pyplot as plt\n",
+    "import pandas as pd\n",
+    "\n",
+    "def plot_swarm_with_stats(df, x_col, y_col, hue_col=None, figsize=(6, 6)):\n",
+    "    \"\"\"\n",
+    "    Plots a swarmplot and prints mean and std of y_col grouped by x_col (and optionally hue_col).\n",
+    "\n",
+    "    Parameters:\n",
+    "        df (pd.DataFrame): Input data.\n",
+    "        x_col (str): Column for x-axis grouping.\n",
+    "        y_col (str): Column for y-axis values.\n",
+    "        hue_col (str): Optional column for hue grouping.\n",
+    "        figsize (tuple): Figure size.\n",
+    "    \"\"\"\n",
+    "    # Plot\n",
+    "    plt.figure(figsize=figsize)\n",
+    "    sns.swarmplot(data=df, x=x_col, y=y_col, hue=hue_col, dodge=True)\n",
+    "    plt.title(f\"Swarmplot of {y_col} grouped by {x_col}\" + (f\" and {hue_col}\" if hue_col else \"\"))\n",
+    "    plt.tight_layout()\n",
+    "    plt.show()\n",
+    "\n",
+    "    # Print stats\n",
+    "    group_cols = list({x_col, hue_col} if hue_col else {x_col})\n",
+    "    stats = df.groupby(group_cols)[y_col].agg(mean='mean', std='std').reset_index()\n",
+    "\n",
+    "    # Round for cleaner printing\n",
+    "    stats['mean'] = stats['mean'].round(3)\n",
+    "    stats['std'] = stats['std'].round(3)\n",
+    "\n",
+    "    print(\"\\nGroup Statistics (mean ± std):\")\n",
+    "    print(stats.to_string(index=False))\n"
+   ]
+  },
+  {
+   "cell_type": "code",
+   "execution_count": 42,
+   "id": "1428f80f-b8ce-4c3d-a0b2-30e0e1e25801",
+   "metadata": {},
+   "outputs": [
+    {
+     "data": {
+      "image/png": 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",
+      "text/plain": [
+       "<Figure size 600x600 with 1 Axes>"
+      ]
+     },
+     "metadata": {},
+     "output_type": "display_data"
+    },
+    {
+     "name": "stdout",
+     "output_type": "stream",
+     "text": [
+      "\n",
+      "Group Statistics (mean ± std):\n",
+      "    target  mean   std\n",
+      "      EGFR 1.485 0.143\n",
+      "IL-7RALPHA 1.059 0.085\n",
+      "       MBP 1.552 0.135\n",
+      "      PDL1 1.215 0.104\n"
+     ]
+    }
+   ],
+   "source": [
+    "plot_swarm_with_stats(structure_results, x_col=\"target\", y_col=\"ab3_rmsd\", hue_col=\"target\")"
+   ]
+  },
+  {
+   "cell_type": "markdown",
+   "id": "79ff85a7-0ace-4e0b-848d-6726b650fa75",
+   "metadata": {},
+   "source": [
+    "We can see that the mean RMSD difference between each variant is above 1 A with standard deviations for the targets ranging from 0.085 to 0.14. This self consistency score can be seen to some extent as a proxy for how well the inversefolding model worked. Do the new variants adopt a similar fold and conformation to the parent. One thing to consider is the flexible nature of the CDR regions however, and often the unbound and bound shape of these regions can be different. Therefore cofolding against the target should provide a better proxy for \"binding\" than free antibody prediction. "
+   ]
+  },
+  {
+   "cell_type": "code",
+   "execution_count": 28,
+   "id": "9b49cbe8-b22a-4587-abba-52ad0c569c4c",
+   "metadata": {},
+   "outputs": [],
+   "source": [
+    "immunefold_inputs = []\n",
+    "for i, row in samples_df[samples_df[\"target\"] == \"EGFR\"].iterrows():\n",
+    "\n",
+    "    h = row[\"heavy\"]\n",
+    "    l = row[\"light\"]\n",
+    "    target = row[\"target\"]\n",
+    "    target_pdb = target_pdbs_target_only[target]\n",
+    "\n",
+    "    \n",
+    "    \n",
+    "    immunefold_inputs.append({\"H\": h, \"L\": l, \"pdb\": target_pdb})\n",
+    "def batch_list(lst, n):\n",
+    "    \"\"\"\n",
+    "    Split a list into chunks of size n.\n",
+    "\n",
+    "    Args:\n",
+    "        lst (list): The list to split.\n",
+    "        n (int): The batch size.\n",
+    "\n",
+    "    Returns:\n",
+    "        list of lists: A list where each sublist has at most n elements.\n",
+    "    \"\"\"\n",
+    "    return [lst[i:i + n] for i in range(0, len(lst), n)]\n",
+    "\n",
+    "immunefold_inputs = batch_list(immunefold_inputs, 1)\n",
+    "\n",
+    "immunefold_outputs = BioLM(entity=\"immunefold-antibody\", action=\"predict\", items=immunefold_inputs[:10])"
+   ]
+  },
+  {
+   "cell_type": "markdown",
+   "id": "a18366b2-17a9-45ed-bed6-b176190e76b7",
+   "metadata": {
+    "scrolled": true
+   },
+   "source": [
+    "Visualizing the outputs of immunefold we see the antibody in compelx with Extracellular Domain III of EGFR. Similar RMSD calculations like those demonstrated with AbodyBuilder can be used and since the output is in complex the predicted structure can be compared to the *solved* structures used as the original input. Interface calculations, MD and perturbation methods can also be used on the complex similar to pipelines used after docking methods. A caviat is that any downstream analysis depends on the accuracy and confidence of the predicted structure. If binding site and binding orientation are incorrect, antibody and antigen structure analysis can be very misleading. Thus confidence metrics such as PLDDT and PTM can be useful in slecting appropriate structures for further analysis and in fact, in some cases been used as thresholds for binder selection. Because of this physics based analysis of predicted complexes remains a robust approach as relaxation, potentials and other techniques can help ensure the validity and quality of the complex."
+   ]
+  },
+  {
+   "cell_type": "code",
+   "execution_count": 37,
+   "id": "9b30ae9a-0ee3-4498-8406-78f8cb2f2d11",
+   "metadata": {},
+   "outputs": [
+    {
+     "data": {
+      "application/3dmoljs_load.v0": "<div id=\"3dmolviewer_17514285313564095\"  style=\"position: relative; width: 800px; height: 400px;\">\n        <p id=\"3dmolwarning_17514285313564095\" style=\"background-color:#ffcccc;color:black\">You appear to be running in JupyterLab (or JavaScript failed to load for some other reason).  You need to install the 3dmol extension: <br>\n        <tt>jupyter labextension install jupyterlab_3dmol</tt></p>\n        </div>\n<script>\n\nvar loadScriptAsync = function(uri){\n  return new Promise((resolve, reject) => {\n    //this is to ignore the existence of requirejs amd\n    var savedexports, savedmodule;\n    if (typeof exports !== 'undefined') savedexports = exports;\n    else exports = {}\n    if (typeof module !== 'undefined') savedmodule = module;\n    else module = {}\n\n    var tag = document.createElement('script');\n    tag.src = uri;\n    tag.async = true;\n    tag.onload = () => {\n        exports = savedexports;\n        module = savedmodule;\n        resolve();\n    };\n  var firstScriptTag = document.getElementsByTagName('script')[0];\n  firstScriptTag.parentNode.insertBefore(tag, firstScriptTag);\n});\n};\n\nif(typeof $3Dmolpromise === 'undefined') {\n$3Dmolpromise = null;\n  $3Dmolpromise = loadScriptAsync('https://3Dmol.org/build/3Dmol-min.js');\n}\n\nvar viewer_17514285313564095 = null;\nvar warn = document.getElementById(\"3dmolwarning_17514285313564095\");\nif(warn) {\n    warn.parentNode.removeChild(warn);\n}\n$3Dmolpromise.then(function() {\nviewer_17514285313564095 = $3Dmol.createViewer(document.getElementById(\"3dmolviewer_17514285313564095\"),{backgroundColor:\"white\"});\nviewer_17514285313564095.zoomTo();\n\tviewer_17514285313564095.addModel(\"ATOM      1  N   GLN H   1       8.075  -9.686  18.160  1.00 84.33           N  \\nATOM      2  CA  GLN H   1       6.768  -9.098  17.885  1.00 84.33           C  \\nATOM      3  C   GLN H   1       6.907  -7.677  17.345  1.00 84.33           C  \\nATOM      4  O   GLN H   1       7.665  -6.872  17.890  1.00 84.33           O  \\nATOM      5  CB  GLN H   1       5.903  -9.098  19.146  1.00 84.33           C  \\nATOM      6  CG  GLN H   1       4.478  -9.582  18.914  1.00 84.33           C  \\nATOM      7  CD  GLN H   1       3.643  -9.579  20.181  1.00 84.33           C  \\nATOM      8  OE1 GLN H   1       4.118  -9.188  21.252  1.00 84.33           O  \\nATOM      9  NE2 GLN H   1       2.393 -10.016  20.068  1.00 84.33           N  \\nATOM     10  N   VAL H   2       6.146  -7.502  16.543  1.00 88.02           N  \\nATOM     11  CA  VAL H   2       6.200  -6.194  15.899  1.00 88.02           C  \\nATOM     12  C   VAL H   2       5.480  -5.161  16.764  1.00 88.02           C  \\nATOM     13  O   VAL H   2       4.334  -5.371  17.168  1.00 88.02           O  \\nATOM     14  CB  VAL H   2       5.577  -6.232  14.485  1.00 88.02           C  \\nATOM     15  CG1 VAL H   2       5.580  -4.839  13.856  1.00 88.02           C  \\nATOM     16  CG2 VAL H   2       6.328  -7.223  13.598  1.00 88.02           C  \\nATOM     17  N   GLN H   3       6.109  -4.099  16.904  1.00 94.26           N  \\nATOM     18  CA  GLN H   3       5.540  -3.051  17.745  1.00 94.26           C  \\nATOM     19  C   GLN H   3       5.976  -1.668  17.271  1.00 94.26           C  \\nATOM     20  O   GLN H   3       7.126  -1.478  16.869  1.00 94.26           O  \\nATOM     21  CB  GLN H   3       5.943  -3.257  19.206  1.00 94.26           C  \\nATOM     22  CG  GLN H   3       4.927  -4.048  20.019  1.00 94.26           C  \\nATOM     23  CD  GLN H   3       5.336  -4.209  21.472  1.00 94.26           C  \\nATOM     24  OE1 GLN H   3       6.395  -3.731  21.889  1.00 94.26           O  \\nATOM     25  NE2 GLN H   3       4.499  -4.886  22.251  1.00 94.26           N  \\nATOM     26  N   LEU H   4       5.047  -0.818  17.304  1.00 96.74           N  \\nATOM     27  CA  LEU H   4       5.299   0.606  17.115  1.00 96.74           C  \\nATOM     28  C   LEU H   4       4.942   1.393  18.372  1.00 96.74           C  \\nATOM     29  O   LEU H   4       3.788   1.385  18.808  1.00 96.74           O  \\nATOM     30  CB  LEU H   4       4.501   1.138  15.922  1.00 96.74           C  \\nATOM     31  CG  LEU H   4       4.805   0.502  14.564  1.00 96.74           C  \\nATOM     32  CD1 LEU H   4       3.834   1.019  13.508  1.00 96.74           C  \\nATOM     33  CD2 LEU H   4       6.247   0.780  14.155  1.00 96.74           C  \\nATOM     34  N   VAL H   5       5.925   2.083  18.953  1.00 98.27           N  \\nATOM     35  CA  VAL H   5       5.737   2.844  20.184  1.00 98.27           C  \\nATOM     36  C   VAL H   5       5.978   4.328  19.916  1.00 98.27           C  \\nATOM     37  O   VAL H   5       7.077   4.724  19.522  1.00 98.27           O  \\nATOM     38  CB  VAL H   5       6.675   2.346  21.307  1.00 98.27           C  \\nATOM     39  CG1 VAL H   5       6.473   3.165  22.581  1.00 98.27           C  \\nATOM     40  CG2 VAL H   5       6.440   0.862  21.579  1.00 98.27           C  \\nATOM     41  N   GLN H   6       4.923   5.111  20.141  1.00 98.43           N  \\nATOM     42  CA  GLN H   6       4.993   6.544  19.872  1.00 98.43           C  \\nATOM     43  C   GLN H   6       5.322   7.326  21.140  1.00 98.43           C  \\nATOM     44  O   GLN H   6       5.178   6.809  22.250  1.00 98.43           O  \\nATOM     45  CB  GLN H   6       3.676   7.043  19.274  1.00 98.43           C  \\nATOM     46  CG  GLN H   6       3.312   6.383  17.952  1.00 98.43           C  \\nATOM     47  CD  GLN H   6       2.065   6.977  17.323  1.00 98.43           C  \\nATOM     48  OE1 GLN H   6       1.181   6.249  16.861  1.00 98.43           O  \\nATOM     49  NE2 GLN H   6       1.987   8.303  17.300  1.00 98.43           N  \\nATOM     50  N   SER H   7       5.686   8.569  20.918  1.00 98.50           N  \\nATOM     51  CA  SER H   7       5.991   9.451  22.040  1.00 98.50           C  \\nATOM     52  C   SER H   7       4.720   9.897  22.754  1.00 98.50           C  \\nATOM     53  O   SER H   7       3.616   9.732  22.229  1.00 98.50           O  \\nATOM     54  CB  SER H   7       6.774  10.674  21.562  1.00 98.50           C  \\nATOM     55  OG  SER H   7       6.125  11.289  20.462  1.00 98.50           O  \\nATOM     56  N   GLY H   8       4.925  10.401  23.956  1.00 98.36           N  \\nATOM     57  CA  GLY H   8       3.809  10.753  24.819  1.00 98.36           C  \\nATOM     58  C   GLY H   8       3.070  11.997  24.362  1.00 98.36           C  \\nATOM     59  O   GLY H   8       3.538  12.711  23.473  1.00 98.36           O  \\nATOM     60  N   ALA H   9       1.956  12.240  24.955  1.00 98.35           N  \\nATOM     61  CA  ALA H   9       1.086  13.363  24.618  1.00 98.35           C  \\nATOM     62  C   ALA H   9       1.822  14.691  24.765  1.00 98.35           C  \\nATOM     63  O   ALA H   9       2.682  14.838  25.637  1.00 98.35           O  \\nATOM     64  CB  ALA H   9      -0.163  13.350  25.495  1.00 98.35           C  \\nATOM     65  N   GLU H  10       1.450  15.670  23.937  1.00 98.03           N  \\nATOM     66  CA  GLU H  10       2.088  16.982  23.876  1.00 98.03           C  \\nATOM     67  C   GLU H  10       1.055  18.102  23.965  1.00 98.03           C  \\nATOM     68  O   GLU H  10      -0.054  17.974  23.443  1.00 98.03           O  \\nATOM     69  CB  GLU H  10       2.907  17.123  22.590  1.00 98.03           C  \\nATOM     70  CG  GLU H  10       3.977  16.054  22.423  1.00 98.03           C  \\nATOM     71  CD  GLU H  10       5.336  16.477  22.957  1.00 98.03           C  \\nATOM     72  OE1 GLU H  10       5.421  17.521  23.643  1.00 98.03           O  \\nATOM     73  OE2 GLU H  10       6.325  15.759  22.687  1.00 98.03           O  \\nATOM     74  N   VAL H  11       1.479  19.167  24.641  1.00 98.40           N  \\nATOM     75  CA  VAL H  11       0.709  20.405  24.708  1.00 98.40           C  \\nATOM     76  C   VAL H  11       1.556  21.569  24.201  1.00 98.40           C  \\nATOM     77  O   VAL H  11       2.664  21.799  24.692  1.00 98.40           O  \\nATOM     78  CB  VAL H  11       0.216  20.690  26.144  1.00 98.40           C  \\nATOM     79  CG1 VAL H  11      -0.616  21.970  26.185  1.00 98.40           C  \\nATOM     80  CG2 VAL H  11      -0.591  19.507  26.676  1.00 98.40           C  \\nATOM     81  N   LYS H  12       0.996  22.222  23.219  1.00 98.37           N  \\nATOM     82  CA  LYS H  12       1.754  23.287  22.568  1.00 98.37           C  \\nATOM     83  C   LYS H  12       0.892  24.530  22.367  1.00 98.37           C  \\nATOM     84  O   LYS H  12      -0.327  24.429  22.216  1.00 98.37           O  \\nATOM     85  CB  LYS H  12       2.305  22.809  21.224  1.00 98.37           C  \\nATOM     86  CG  LYS H  12       3.289  21.654  21.334  1.00 98.37           C  \\nATOM     87  CD  LYS H  12       4.613  22.103  21.939  1.00 98.37           C  \\nATOM     88  CE  LYS H  12       5.615  20.958  22.007  1.00 98.37           C  \\nATOM     89  NZ  LYS H  12       6.904  21.386  22.628  1.00 98.37           N  \\nATOM     90  N   LYS H  13       1.607  25.642  22.380  1.00 98.31           N  \\nATOM     91  CA  LYS H  13       0.950  26.913  22.092  1.00 98.31           C  \\nATOM     92  C   LYS H  13       0.831  27.141  20.587  1.00 98.31           C  \\nATOM     93  O   LYS H  13       1.630  26.617  19.809  1.00 98.31           O  \\nATOM     94  CB  LYS H  13       1.713  28.071  22.738  1.00 98.31           C  \\nATOM     95  CG  LYS H  13       1.763  28.007  24.257  1.00 98.31           C  \\nATOM     96  CD  LYS H  13       2.308  29.299  24.854  1.00 98.31           C  \\nATOM     97  CE  LYS H  13       2.279  29.269  26.376  1.00 98.31           C  \\nATOM     98  NZ  LYS H  13       2.757  30.555  26.964  1.00 98.31           N  \\nATOM     99  N   PRO H  14      -0.188  27.888  20.188  1.00 98.41           N  \\nATOM    100  CA  PRO H  14      -0.306  28.189  18.759  1.00 98.41           C  \\nATOM    101  C   PRO H  14       0.945  28.855  18.191  1.00 98.41           C  \\nATOM    102  O   PRO H  14       1.541  29.716  18.844  1.00 98.41           O  \\nATOM    103  CB  PRO H  14      -1.506  29.138  18.697  1.00 98.41           C  \\nATOM    104  CG  PRO H  14      -2.318  28.807  19.907  1.00 98.41           C  \\nATOM    105  CD  PRO H  14      -1.383  28.432  21.021  1.00 98.41           C  \\nATOM    106  N   GLY H  15       1.289  28.371  17.057  1.00 98.05           N  \\nATOM    107  CA  GLY H  15       2.474  28.895  16.397  1.00 98.05           C  \\nATOM    108  C   GLY H  15       3.716  28.061  16.650  1.00 98.05           C  \\nATOM    109  O   GLY H  15       4.702  28.169  15.918  1.00 98.05           O  \\nATOM    110  N   ALA H  16       3.626  27.284  17.639  1.00 98.24           N  \\nATOM    111  CA  ALA H  16       4.764  26.430  17.969  1.00 98.24           C  \\nATOM    112  C   ALA H  16       4.841  25.231  17.028  1.00 98.24           C  \\nATOM    113  O   ALA H  16       4.027  25.100  16.112  1.00 98.24           O  \\nATOM    114  CB  ALA H  16       4.673  25.960  19.419  1.00 98.24           C  \\nATOM    115  N   SER H  17       5.865  24.377  17.254  1.00 98.43           N  \\nATOM    116  CA  SER H  17       6.043  23.126  16.525  1.00 98.43           C  \\nATOM    117  C   SER H  17       6.225  21.951  17.480  1.00 98.43           C  \\nATOM    118  O   SER H  17       6.608  22.137  18.637  1.00 98.43           O  \\nATOM    119  CB  SER H  17       7.246  23.220  15.585  1.00 98.43           C  \\nATOM    120  OG  SER H  17       8.423  23.540  16.305  1.00 98.43           O  \\nATOM    121  N   VAL H  18       5.925  20.768  16.940  1.00 98.64           N  \\nATOM    122  CA  VAL H  18       6.061  19.554  17.737  1.00 98.64           C  \\nATOM    123  C   VAL H  18       6.608  18.424  16.868  1.00 98.64           C  \\nATOM    124  O   VAL H  18       6.294  18.340  15.678  1.00 98.64           O  \\nATOM    125  CB  VAL H  18       4.715  19.135  18.370  1.00 98.64           C  \\nATOM    126  CG1 VAL H  18       3.701  18.767  17.288  1.00 98.64           C  \\nATOM    127  CG2 VAL H  18       4.919  17.969  19.334  1.00 98.64           C  \\nATOM    128  N   LYS H  19       7.388  17.644  17.449  1.00 98.61           N  \\nATOM    129  CA  LYS H  19       7.960  16.479  16.780  1.00 98.61           C  \\nATOM    130  C   LYS H  19       7.562  15.188  17.490  1.00 98.61           C  \\nATOM    131  O   LYS H  19       7.954  14.956  18.635  1.00 98.61           O  \\nATOM    132  CB  LYS H  19       9.484  16.592  16.714  1.00 98.61           C  \\nATOM    133  CG  LYS H  19      10.138  15.595  15.768  1.00 98.61           C  \\nATOM    134  CD  LYS H  19      11.629  15.868  15.613  1.00 98.61           C  \\nATOM    135  CE  LYS H  19      12.245  15.004  14.521  1.00 98.61           C  \\nATOM    136  NZ  LYS H  19      13.694  15.309  14.325  1.00 98.61           N  \\nATOM    137  N   VAL H  20       6.775  14.417  16.814  1.00 98.70           N  \\nATOM    138  CA  VAL H  20       6.281  13.142  17.325  1.00 98.70           C  \\nATOM    139  C   VAL H  20       7.178  12.007  16.835  1.00 98.70           C  \\nATOM    140  O   VAL H  20       7.558  11.970  15.663  1.00 98.70           O  \\nATOM    141  CB  VAL H  20       4.818  12.888  16.899  1.00 98.70           C  \\nATOM    142  CG1 VAL H  20       4.341  11.523  17.393  1.00 98.70           C  \\nATOM    143  CG2 VAL H  20       3.909  13.997  17.423  1.00 98.70           C  \\nATOM    144  N   SER H  21       7.490  11.098  17.699  1.00 98.56           N  \\nATOM    145  CA  SER H  21       8.360   9.977  17.359  1.00 98.56           C  \\nATOM    146  C   SER H  21       7.589   8.661  17.354  1.00 98.56           C  \\nATOM    147  O   SER H  21       6.551   8.540  18.008  1.00 98.56           O  \\nATOM    148  CB  SER H  21       9.529   9.888  18.341  1.00 98.56           C  \\nATOM    149  OG  SER H  21       9.075   9.518  19.632  1.00 98.56           O  \\nATOM    150  N   CYS H  22       8.074   7.707  16.634  1.00 98.07           N  \\nATOM    151  CA  CYS H  22       7.528   6.366  16.457  1.00 98.07           C  \\nATOM    152  C   CYS H  22       8.644   5.337  16.319  1.00 98.07           C  \\nATOM    153  O   CYS H  22       9.271   5.233  15.263  1.00 98.07           O  \\nATOM    154  CB  CYS H  22       6.619   6.314  15.229  1.00 98.07           C  \\nATOM    155  SG  CYS H  22       5.920   4.680  14.909  1.00 98.07           S  \\nATOM    156  N   LYS H  23       8.849   4.623  17.357  1.00 97.88           N  \\nATOM    157  CA  LYS H  23       9.923   3.635  17.400  1.00 97.88           C  \\nATOM    158  C   LYS H  23       9.417   2.254  16.995  1.00 97.88           C  \\nATOM    159  O   LYS H  23       8.476   1.731  17.596  1.00 97.88           O  \\nATOM    160  CB  LYS H  23      10.543   3.577  18.797  1.00 97.88           C  \\nATOM    161  CG  LYS H  23      11.784   2.700  18.888  1.00 97.88           C  \\nATOM    162  CD  LYS H  23      12.482   2.857  20.232  1.00 97.88           C  \\nATOM    163  CE  LYS H  23      13.736   1.997  20.315  1.00 97.88           C  \\nATOM    164  NZ  LYS H  23      14.492   2.241  21.580  1.00 97.88           N  \\nATOM    165  N   ALA H  24      10.086   1.704  16.047  1.00 95.59           N  \\nATOM    166  CA  ALA H  24       9.704   0.405  15.498  1.00 95.59           C  \\nATOM    167  C   ALA H  24      10.623  -0.699  16.012  1.00 95.59           C  \\nATOM    168  O   ALA H  24      11.830  -0.494  16.156  1.00 95.59           O  \\nATOM    169  CB  ALA H  24       9.727   0.445  13.972  1.00 95.59           C  \\nATOM    170  N   SER H  25      10.028  -1.827  16.256  1.00 95.30           N  \\nATOM    171  CA  SER H  25      10.761  -3.010  16.695  1.00 95.30           C  \\nATOM    172  C   SER H  25      10.069  -4.290  16.237  1.00 95.30           C  \\nATOM    173  O   SER H  25       8.864  -4.292  15.979  1.00 95.30           O  \\nATOM    174  CB  SER H  25      10.907  -3.016  18.217  1.00 95.30           C  \\nATOM    175  OG  SER H  25       9.638  -3.093  18.844  1.00 95.30           O  \\nATOM    176  N   GLY H  26      10.899  -5.254  16.095  1.00 91.06           N  \\nATOM    177  CA  GLY H  26      10.358  -6.569  15.790  1.00 91.06           C  \\nATOM    178  C   GLY H  26      10.428  -6.915  14.315  1.00 91.06           C  \\nATOM    179  O   GLY H  26       9.992  -7.992  13.903  1.00 91.06           O  \\nATOM    180  N   TYR H  27      10.877  -6.038  13.460  1.00 85.46           N  \\nATOM    181  CA  TYR H  27      11.043  -6.251  12.027  1.00 85.46           C  \\nATOM    182  C   TYR H  27      12.155  -5.370  11.470  1.00 85.46           C  \\nATOM    183  O   TYR H  27      12.630  -4.456  12.148  1.00 85.46           O  \\nATOM    184  CB  TYR H  27       9.733  -5.969  11.286  1.00 85.46           C  \\nATOM    185  CG  TYR H  27       9.385  -4.502  11.204  1.00 85.46           C  \\nATOM    186  CD1 TYR H  27       8.718  -3.866  12.248  1.00 85.46           C  \\nATOM    187  CD2 TYR H  27       9.722  -3.751  10.083  1.00 85.46           C  \\nATOM    188  CE1 TYR H  27       8.394  -2.515  12.177  1.00 85.46           C  \\nATOM    189  CE2 TYR H  27       9.403  -2.400  10.001  1.00 85.46           C  \\nATOM    190  CZ  TYR H  27       8.740  -1.791  11.051  1.00 85.46           C  \\nATOM    191  OH  TYR H  27       8.421  -0.454  10.975  1.00 85.46           O  \\nATOM    192  N   THR H  28      12.526  -5.643  10.296  1.00 82.98           N  \\nATOM    193  CA  THR H  28      13.532  -4.831   9.620  1.00 82.98           C  \\nATOM    194  C   THR H  28      12.948  -3.486   9.198  1.00 82.98           C  \\nATOM    195  O   THR H  28      12.162  -3.415   8.251  1.00 82.98           O  \\nATOM    196  CB  THR H  28      14.100  -5.558   8.387  1.00 82.98           C  \\nATOM    197  OG1 THR H  28      14.487  -6.886   8.758  1.00 82.98           O  \\nATOM    198  CG2 THR H  28      15.314  -4.824   7.827  1.00 82.98           C  \\nATOM    199  N   PHE H  29      13.369  -2.545   9.811  1.00 84.89           N  \\nATOM    200  CA  PHE H  29      12.796  -1.207   9.729  1.00 84.89           C  \\nATOM    201  C   PHE H  29      12.810  -0.699   8.292  1.00 84.89           C  \\nATOM    202  O   PHE H  29      11.840  -0.092   7.833  1.00 84.89           O  \\nATOM    203  CB  PHE H  29      13.561  -0.237  10.636  1.00 84.89           C  \\nATOM    204  CG  PHE H  29      13.029   1.170  10.605  1.00 84.89           C  \\nATOM    205  CD1 PHE H  29      11.775   1.466  11.125  1.00 84.89           C  \\nATOM    206  CD2 PHE H  29      13.784   2.198  10.056  1.00 84.89           C  \\nATOM    207  CE1 PHE H  29      11.280   2.768  11.097  1.00 84.89           C  \\nATOM    208  CE2 PHE H  29      13.297   3.502  10.025  1.00 84.89           C  \\nATOM    209  CZ  PHE H  29      12.044   3.784  10.545  1.00 84.89           C  \\nATOM    210  N   THR H  30      13.868  -0.945   7.590  1.00 79.20           N  \\nATOM    211  CA  THR H  30      14.047  -0.382   6.256  1.00 79.20           C  \\nATOM    212  C   THR H  30      13.252  -1.174   5.222  1.00 79.20           C  \\nATOM    213  O   THR H  30      13.185  -0.787   4.054  1.00 79.20           O  \\nATOM    214  CB  THR H  30      15.534  -0.357   5.856  1.00 79.20           C  \\nATOM    215  OG1 THR H  30      16.082  -1.674   5.994  1.00 79.20           O  \\nATOM    216  CG2 THR H  30      16.325   0.605   6.736  1.00 79.20           C  \\nATOM    217  N   SER H  31      12.510  -2.098   5.639  1.00 72.70           N  \\nATOM    218  CA  SER H  31      11.839  -2.995   4.704  1.00 72.70           C  \\nATOM    219  C   SER H  31      10.405  -2.548   4.442  1.00 72.70           C  \\nATOM    220  O   SER H  31       9.764  -3.019   3.500  1.00 72.70           O  \\nATOM    221  CB  SER H  31      11.845  -4.429   5.237  1.00 72.70           C  \\nATOM    222  OG  SER H  31      13.172  -4.911   5.366  1.00 72.70           O  \\nATOM    223  N   HIS H  32       9.893  -1.684   5.167  1.00 76.36           N  \\nATOM    224  CA  HIS H  32       8.486  -1.324   5.032  1.00 76.36           C  \\nATOM    225  C   HIS H  32       8.295   0.188   5.089  1.00 76.36           C  \\nATOM    226  O   HIS H  32       9.056   0.889   5.761  1.00 76.36           O  \\nATOM    227  CB  HIS H  32       7.653  -2.000   6.123  1.00 76.36           C  \\nATOM    228  CG  HIS H  32       7.753  -3.492   6.117  1.00 76.36           C  \\nATOM    229  ND1 HIS H  32       7.052  -4.281   5.230  1.00 76.36           N  \\nATOM    230  CD2 HIS H  32       8.475  -4.338   6.889  1.00 76.36           C  \\nATOM    231  CE1 HIS H  32       7.340  -5.552   5.459  1.00 76.36           C  \\nATOM    232  NE2 HIS H  32       8.201  -5.613   6.460  1.00 76.36           N  \\nATOM    233  N   TRP H  33       7.286   0.603   4.431  1.00 79.98           N  \\nATOM    234  CA  TRP H  33       6.932   2.018   4.460  1.00 79.98           C  \\nATOM    235  C   TRP H  33       6.300   2.393   5.797  1.00 79.98           C  \\nATOM    236  O   TRP H  33       5.630   1.571   6.426  1.00 79.98           O  \\nATOM    237  CB  TRP H  33       5.973   2.357   3.316  1.00 79.98           C  \\nATOM    238  CG  TRP H  33       6.595   2.271   1.954  1.00 79.98           C  \\nATOM    239  CD1 TRP H  33       7.058   1.147   1.329  1.00 79.98           C  \\nATOM    240  CD2 TRP H  33       6.828   3.357   1.052  1.00 79.98           C  \\nATOM    241  NE1 TRP H  33       7.564   1.469   0.091  1.00 79.98           N  \\nATOM    242  CE2 TRP H  33       7.434   2.818  -0.104  1.00 79.98           C  \\nATOM    243  CE3 TRP H  33       6.581   4.735   1.108  1.00 79.98           C  \\nATOM    244  CZ2 TRP H  33       7.798   3.610  -1.195  1.00 79.98           C  \\nATOM    245  CZ3 TRP H  33       6.943   5.522   0.021  1.00 79.98           C  \\nATOM    246  CH2 TRP H  33       7.545   4.955  -1.114  1.00 79.98           C  \\nATOM    247  N   MET H  34       6.545   3.580   6.188  1.00 90.50           N  \\nATOM    248  CA  MET H  34       5.902   4.144   7.371  1.00 90.50           C  \\nATOM    249  C   MET H  34       4.832   5.157   6.978  1.00 90.50           C  \\nATOM    250  O   MET H  34       5.046   5.977   6.083  1.00 90.50           O  \\nATOM    251  CB  MET H  34       6.937   4.804   8.284  1.00 90.50           C  \\nATOM    252  CG  MET H  34       6.416   5.116   9.677  1.00 90.50           C  \\nATOM    253  SD  MET H  34       6.045   3.601  10.644  1.00 90.50           S  \\nATOM    254  CE  MET H  34       7.728   2.985  10.931  1.00 90.50           C  \\nATOM    255  N   HIS H  35       3.672   5.056   7.560  1.00 93.18           N  \\nATOM    256  CA  HIS H  35       2.565   5.971   7.307  1.00 93.18           C  \\nATOM    257  C   HIS H  35       2.209   6.764   8.560  1.00 93.18           C  \\nATOM    258  O   HIS H  35       2.400   6.283   9.680  1.00 93.18           O  \\nATOM    259  CB  HIS H  35       1.340   5.203   6.806  1.00 93.18           C  \\nATOM    260  CG  HIS H  35       1.593   4.418   5.558  1.00 93.18           C  \\nATOM    261  ND1 HIS H  35       1.228   4.870   4.309  1.00 93.18           N  \\nATOM    262  CD2 HIS H  35       2.177   3.212   5.370  1.00 93.18           C  \\nATOM    263  CE1 HIS H  35       1.578   3.972   3.403  1.00 93.18           C  \\nATOM    264  NE2 HIS H  35       2.156   2.956   4.021  1.00 93.18           N  \\nATOM    265  N   TRP H  36       1.663   7.961   8.357  1.00 96.68           N  \\nATOM    266  CA  TRP H  36       1.122   8.781   9.436  1.00 96.68           C  \\nATOM    267  C   TRP H  36      -0.330   9.155   9.161  1.00 96.68           C  \\nATOM    268  O   TRP H  36      -0.685   9.506   8.033  1.00 96.68           O  \\nATOM    269  CB  TRP H  36       1.962  10.048   9.621  1.00 96.68           C  \\nATOM    270  CG  TRP H  36       3.338   9.794  10.159  1.00 96.68           C  \\nATOM    271  CD1 TRP H  36       4.478   9.572   9.437  1.00 96.68           C  \\nATOM    272  CD2 TRP H  36       3.717   9.729  11.538  1.00 96.68           C  \\nATOM    273  NE1 TRP H  36       5.544   9.375  10.284  1.00 96.68           N  \\nATOM    274  CE2 TRP H  36       5.105   9.466  11.577  1.00 96.68           C  \\nATOM    275  CE3 TRP H  36       3.018   9.870  12.744  1.00 96.68           C  \\nATOM    276  CZ2 TRP H  36       5.807   9.341  12.779  1.00 96.68           C  \\nATOM    277  CZ3 TRP H  36       3.719   9.745  13.938  1.00 96.68           C  \\nATOM    278  CH2 TRP H  36       5.099   9.483  13.944  1.00 96.68           C  \\nATOM    279  N   VAL H  37      -1.109   9.052  10.200  1.00 97.50           N  \\nATOM    280  CA  VAL H  37      -2.546   9.289  10.110  1.00 97.50           C  \\nATOM    281  C   VAL H  37      -2.989  10.214  11.241  1.00 97.50           C  \\nATOM    282  O   VAL H  37      -2.558  10.056  12.385  1.00 97.50           O  \\nATOM    283  CB  VAL H  37      -3.343   7.967  10.159  1.00 97.50           C  \\nATOM    284  CG1 VAL H  37      -4.845   8.243  10.193  1.00 97.50           C  \\nATOM    285  CG2 VAL H  37      -2.987   7.084   8.964  1.00 97.50           C  \\nATOM    286  N   ARG H  38      -3.877  11.097  10.930  1.00 98.30           N  \\nATOM    287  CA  ARG H  38      -4.414  12.059  11.887  1.00 98.30           C  \\nATOM    288  C   ARG H  38      -5.877  11.764  12.198  1.00 98.30           C  \\nATOM    289  O   ARG H  38      -6.647  11.403  11.305  1.00 98.30           O  \\nATOM    290  CB  ARG H  38      -4.268  13.486  11.355  1.00 98.30           C  \\nATOM    291  CG  ARG H  38      -4.855  14.548  12.271  1.00 98.30           C  \\nATOM    292  CD  ARG H  38      -4.758  15.938  11.657  1.00 98.30           C  \\nATOM    293  NE  ARG H  38      -5.874  16.207  10.755  1.00 98.30           N  \\nATOM    294  CZ  ARG H  38      -6.152  17.396  10.226  1.00 98.30           C  \\nATOM    295  NH1 ARG H  38      -5.396  18.453  10.501  1.00 98.30           N  \\nATOM    296  NH2 ARG H  38      -7.192  17.529   9.417  1.00 98.30           N  \\nATOM    297  N   GLN H  39      -6.230  11.995  13.441  1.00 98.41           N  \\nATOM    298  CA  GLN H  39      -7.627  11.897  13.853  1.00 98.41           C  \\nATOM    299  C   GLN H  39      -7.983  12.993  14.854  1.00 98.41           C  \\nATOM    300  O   GLN H  39      -7.608  12.915  16.026  1.00 98.41           O  \\nATOM    301  CB  GLN H  39      -7.915  10.521  14.455  1.00 98.41           C  \\nATOM    302  CG  GLN H  39      -9.380  10.298  14.805  1.00 98.41           C  \\nATOM    303  CD  GLN H  39      -9.676   8.863  15.201  1.00 98.41           C  \\nATOM    304  OE1 GLN H  39      -8.895   8.228  15.915  1.00 98.41           O  \\nATOM    305  NE2 GLN H  39     -10.808   8.342  14.738  1.00 98.41           N  \\nATOM    306  N   ALA H  40      -8.735  14.042  14.329  1.00 97.92           N  \\nATOM    307  CA  ALA H  40      -9.264  15.079  15.210  1.00 97.92           C  \\nATOM    308  C   ALA H  40     -10.327  14.512  16.148  1.00 97.92           C  \\nATOM    309  O   ALA H  40     -10.992  13.527  15.819  1.00 97.92           O  \\nATOM    310  CB  ALA H  40      -9.842  16.230  14.391  1.00 97.92           C  \\nATOM    311  N   PRO H  41     -10.443  15.125  17.316  1.00 97.01           N  \\nATOM    312  CA  PRO H  41     -11.386  14.577  18.294  1.00 97.01           C  \\nATOM    313  C   PRO H  41     -12.802  14.442  17.738  1.00 97.01           C  \\nATOM    314  O   PRO H  41     -13.364  15.416  17.229  1.00 97.01           O  \\nATOM    315  CB  PRO H  41     -11.343  15.596  19.435  1.00 97.01           C  \\nATOM    316  CG  PRO H  41     -10.021  16.279  19.287  1.00 97.01           C  \\nATOM    317  CD  PRO H  41      -9.661  16.309  17.830  1.00 97.01           C  \\nATOM    318  N   GLY H  42     -13.244  13.236  17.782  1.00 95.07           N  \\nATOM    319  CA  GLY H  42     -14.593  12.941  17.326  1.00 95.07           C  \\nATOM    320  C   GLY H  42     -14.720  12.916  15.815  1.00 95.07           C  \\nATOM    321  O   GLY H  42     -15.828  12.824  15.281  1.00 95.07           O  \\nATOM    322  N   GLN H  43     -13.611  12.983  15.156  1.00 96.54           N  \\nATOM    323  CA  GLN H  43     -13.641  13.025  13.698  1.00 96.54           C  \\nATOM    324  C   GLN H  43     -13.049  11.753  13.099  1.00 96.54           C  \\nATOM    325  O   GLN H  43     -12.656  10.841  13.829  1.00 96.54           O  \\nATOM    326  CB  GLN H  43     -12.886  14.251  13.181  1.00 96.54           C  \\nATOM    327  CG  GLN H  43     -13.423  15.573  13.711  1.00 96.54           C  \\nATOM    328  CD  GLN H  43     -14.758  15.952  13.099  1.00 96.54           C  \\nATOM    329  OE1 GLN H  43     -15.132  15.452  12.033  1.00 96.54           O  \\nATOM    330  NE2 GLN H  43     -15.487  16.839  13.768  1.00 96.54           N  \\nATOM    331  N   GLY H  44     -13.060  11.707  11.801  1.00 97.15           N  \\nATOM    332  CA  GLY H  44     -12.560  10.537  11.097  1.00 97.15           C  \\nATOM    333  C   GLY H  44     -11.051  10.533  10.944  1.00 97.15           C  \\nATOM    334  O   GLY H  44     -10.361  11.383  11.511  1.00 97.15           O  \\nATOM    335  N   LEU H  45     -10.603   9.609  10.158  1.00 97.56           N  \\nATOM    336  CA  LEU H  45      -9.176   9.419   9.921  1.00 97.56           C  \\nATOM    337  C   LEU H  45      -8.730  10.160   8.665  1.00 97.56           C  \\nATOM    338  O   LEU H  45      -9.444  10.173   7.660  1.00 97.56           O  \\nATOM    339  CB  LEU H  45      -8.848   7.929   9.791  1.00 97.56           C  \\nATOM    340  CG  LEU H  45      -9.209   7.049  10.989  1.00 97.56           C  \\nATOM    341  CD1 LEU H  45      -9.095   5.574  10.617  1.00 97.56           C  \\nATOM    342  CD2 LEU H  45      -8.317   7.375  12.182  1.00 97.56           C  \\nATOM    343  N   GLU H  46      -7.574  10.741   8.756  1.00 97.07           N  \\nATOM    344  CA  GLU H  46      -6.938  11.414   7.627  1.00 97.07           C  \\nATOM    345  C   GLU H  46      -5.502  10.935   7.437  1.00 97.07           C  \\nATOM    346  O   GLU H  46      -4.703  10.963   8.376  1.00 97.07           O  \\nATOM    347  CB  GLU H  46      -6.965  12.932   7.822  1.00 97.07           C  \\nATOM    348  CG  GLU H  46      -8.364  13.531   7.798  1.00 97.07           C  \\nATOM    349  CD  GLU H  46      -8.381  15.028   8.065  1.00 97.07           C  \\nATOM    350  OE1 GLU H  46      -8.344  15.433   9.249  1.00 97.07           O  \\nATOM    351  OE2 GLU H  46      -8.432  15.801   7.083  1.00 97.07           O  \\nATOM    352  N   TRP H  47      -5.208  10.515   6.220  1.00 95.61           N  \\nATOM    353  CA  TRP H  47      -3.849  10.093   5.897  1.00 95.61           C  \\nATOM    354  C   TRP H  47      -2.952  11.298   5.638  1.00 95.61           C  \\nATOM    355  O   TRP H  47      -3.283  12.163   4.825  1.00 95.61           O  \\nATOM    356  CB  TRP H  47      -3.849   9.168   4.677  1.00 95.61           C  \\nATOM    357  CG  TRP H  47      -2.483   8.707   4.262  1.00 95.61           C  \\nATOM    358  CD1 TRP H  47      -1.728   7.733   4.853  1.00 95.61           C  \\nATOM    359  CD2 TRP H  47      -1.709   9.207   3.168  1.00 95.61           C  \\nATOM    360  NE1 TRP H  47      -0.530   7.596   4.191  1.00 95.61           N  \\nATOM    361  CE2 TRP H  47      -0.493   8.489   3.154  1.00 95.61           C  \\nATOM    362  CE3 TRP H  47      -1.926  10.194   2.197  1.00 95.61           C  \\nATOM    363  CZ2 TRP H  47       0.504   8.726   2.204  1.00 95.61           C  \\nATOM    364  CZ3 TRP H  47      -0.933  10.428   1.253  1.00 95.61           C  \\nATOM    365  CH2 TRP H  47       0.266   9.696   1.265  1.00 95.61           C  \\nATOM    366  N   ILE H  48      -1.852  11.363   6.323  1.00 96.46           N  \\nATOM    367  CA  ILE H  48      -0.939  12.496   6.220  1.00 96.46           C  \\nATOM    368  C   ILE H  48       0.085  12.234   5.118  1.00 96.46           C  \\nATOM    369  O   ILE H  48       0.330  13.097   4.271  1.00 96.46           O  \\nATOM    370  CB  ILE H  48      -0.224  12.771   7.562  1.00 96.46           C  \\nATOM    371  CG1 ILE H  48      -1.242  13.160   8.639  1.00 96.46           C  \\nATOM    372  CG2 ILE H  48       0.840  13.859   7.394  1.00 96.46           C  \\nATOM    373  CD1 ILE H  48      -0.665  13.214  10.047  1.00 96.46           C  \\nATOM    374  N   GLY H  49       0.638  11.052   5.101  1.00 93.02           N  \\nATOM    375  CA  GLY H  49       1.653  10.711   4.117  1.00 93.02           C  \\nATOM    376  C   GLY H  49       2.409   9.440   4.456  1.00 93.02           C  \\nATOM    377  O   GLY H  49       2.127   8.794   5.468  1.00 93.02           O  \\nATOM    378  N   GLU H  50       3.319   9.066   3.636  1.00 88.48           N  \\nATOM    379  CA  GLU H  50       4.130   7.863   3.800  1.00 88.48           C  \\nATOM    380  C   GLU H  50       5.605   8.151   3.534  1.00 88.48           C  \\nATOM    381  O   GLU H  50       5.937   9.049   2.757  1.00 88.48           O  \\nATOM    382  CB  GLU H  50       3.635   6.751   2.871  1.00 88.48           C  \\nATOM    383  CG  GLU H  50       3.694   7.111   1.394  1.00 88.48           C  \\nATOM    384  CD  GLU H  50       3.235   5.984   0.483  1.00 88.48           C  \\nATOM    385  OE1 GLU H  50       2.997   4.860   0.980  1.00 88.48           O  \\nATOM    386  OE2 GLU H  50       3.114   6.226  -0.739  1.00 88.48           O  \\nATOM    387  N   PHE H  51       6.351   7.395   4.224  1.00 86.98           N  \\nATOM    388  CA  PHE H  51       7.798   7.540   4.129  1.00 86.98           C  \\nATOM    389  C   PHE H  51       8.465   6.187   3.913  1.00 86.98           C  \\nATOM    390  O   PHE H  51       8.177   5.226   4.630  1.00 86.98           O  \\nATOM    391  CB  PHE H  51       8.357   8.205   5.391  1.00 86.98           C  \\nATOM    392  CG  PHE H  51       9.792   8.640   5.264  1.00 86.98           C  \\nATOM    393  CD1 PHE H  51      10.820   7.705   5.282  1.00 86.98           C  \\nATOM    394  CD2 PHE H  51      10.113   9.984   5.125  1.00 86.98           C  \\nATOM    395  CE1 PHE H  51      12.149   8.105   5.164  1.00 86.98           C  \\nATOM    396  CE2 PHE H  51      11.438  10.391   5.007  1.00 86.98           C  \\nATOM    397  CZ  PHE H  51      12.455   9.450   5.028  1.00 86.98           C  \\nATOM    398  N   ASN H  52       9.288   6.045   2.950  1.00 78.04           N  \\nATOM    399  CA  ASN H  52      10.090   4.855   2.686  1.00 78.04           C  \\nATOM    400  C   ASN H  52      11.477   4.962   3.313  1.00 78.04           C  \\nATOM    401  O   ASN H  52      12.332   5.698   2.818  1.00 78.04           O  \\nATOM    402  CB  ASN H  52      10.207   4.610   1.180  1.00 78.04           C  \\nATOM    403  CG  ASN H  52      10.873   3.287   0.853  1.00 78.04           C  \\nATOM    404  OD1 ASN H  52      11.526   2.680   1.705  1.00 78.04           O  \\nATOM    405  ND2 ASN H  52      10.711   2.831  -0.383  1.00 78.04           N  \\nATOM    406  N   PRO H  53      11.744   4.241   4.360  1.00 79.50           N  \\nATOM    407  CA  PRO H  53      13.023   4.379   5.061  1.00 79.50           C  \\nATOM    408  C   PRO H  53      14.199   3.833   4.256  1.00 79.50           C  \\nATOM    409  O   PRO H  53      15.351   4.186   4.522  1.00 79.50           O  \\nATOM    410  CB  PRO H  53      12.813   3.567   6.341  1.00 79.50           C  \\nATOM    411  CG  PRO H  53      11.357   3.225   6.342  1.00 79.50           C  \\nATOM    412  CD  PRO H  53      10.805   3.487   4.970  1.00 79.50           C  \\nATOM    413  N   SER H  54      13.924   3.060   3.309  1.00 70.62           N  \\nATOM    414  CA  SER H  54      15.009   2.472   2.531  1.00 70.62           C  \\nATOM    415  C   SER H  54      15.623   3.494   1.579  1.00 70.62           C  \\nATOM    416  O   SER H  54      16.842   3.529   1.401  1.00 70.62           O  \\nATOM    417  CB  SER H  54      14.507   1.263   1.740  1.00 70.62           C  \\nATOM    418  OG  SER H  54      13.730   1.676   0.629  1.00 70.62           O  \\nATOM    419  N   ASN H  55      14.740   4.274   0.861  1.00 65.77           N  \\nATOM    420  CA  ASN H  55      15.279   5.181  -0.147  1.00 65.77           C  \\nATOM    421  C   ASN H  55      14.986   6.638   0.197  1.00 65.77           C  \\nATOM    422  O   ASN H  55      15.424   7.547  -0.511  1.00 65.77           O  \\nATOM    423  CB  ASN H  55      14.721   4.839  -1.530  1.00 65.77           C  \\nATOM    424  CG  ASN H  55      13.205   4.847  -1.567  1.00 65.77           C  \\nATOM    425  OD1 ASN H  55      12.554   5.407  -0.682  1.00 65.77           O  \\nATOM    426  ND2 ASN H  55      12.634   4.226  -2.592  1.00 65.77           N  \\nATOM    427  N   GLY H  56      14.345   6.946   1.267  1.00 73.18           N  \\nATOM    428  CA  GLY H  56      14.090   8.309   1.705  1.00 73.18           C  \\nATOM    429  C   GLY H  56      12.955   8.975   0.951  1.00 73.18           C  \\nATOM    430  O   GLY H  56      12.676  10.158   1.156  1.00 73.18           O  \\nATOM    431  N   ARG H  57      12.146   8.230   0.237  1.00 75.18           N  \\nATOM    432  CA  ARG H  57      11.041   8.756  -0.558  1.00 75.18           C  \\nATOM    433  C   ARG H  57       9.828   9.049   0.317  1.00 75.18           C  \\nATOM    434  O   ARG H  57       9.498   8.267   1.212  1.00 75.18           O  \\nATOM    435  CB  ARG H  57      10.662   7.774  -1.669  1.00 75.18           C  \\nATOM    436  CG  ARG H  57      10.039   8.433  -2.888  1.00 75.18           C  \\nATOM    437  CD  ARG H  57       9.814   7.435  -4.016  1.00 75.18           C  \\nATOM    438  NE  ARG H  57       9.090   8.037  -5.132  1.00 75.18           N  \\nATOM    439  CZ  ARG H  57       8.862   7.439  -6.298  1.00 75.18           C  \\nATOM    440  NH1 ARG H  57       9.299   6.206  -6.525  1.00 75.18           N  \\nATOM    441  NH2 ARG H  57       8.191   8.079  -7.245  1.00 75.18           N  \\nATOM    442  N   THR H  58       9.318  10.166  -0.099  1.00 81.88           N  \\nATOM    443  CA  THR H  58       8.137  10.573   0.654  1.00 81.88           C  \\nATOM    444  C   THR H  58       6.940  10.756  -0.275  1.00 81.88           C  \\nATOM    445  O   THR H  58       7.107  10.974  -1.477  1.00 81.88           O  \\nATOM    446  CB  THR H  58       8.392  11.878   1.431  1.00 81.88           C  \\nATOM    447  OG1 THR H  58       8.665  12.934   0.502  1.00 81.88           O  \\nATOM    448  CG2 THR H  58       9.577  11.731   2.379  1.00 81.88           C  \\nATOM    449  N   ASN H  59       5.870  10.551   0.224  1.00 82.46           N  \\nATOM    450  CA  ASN H  59       4.586  10.838  -0.407  1.00 82.46           C  \\nATOM    451  C   ASN H  59       3.604  11.465   0.579  1.00 82.46           C  \\nATOM    452  O   ASN H  59       3.135  10.798   1.504  1.00 82.46           O  \\nATOM    453  CB  ASN H  59       3.989   9.565  -1.013  1.00 82.46           C  \\nATOM    454  CG  ASN H  59       2.724   9.833  -1.804  1.00 82.46           C  \\nATOM    455  OD1 ASN H  59       2.568  10.898  -2.407  1.00 82.46           O  \\nATOM    456  ND2 ASN H  59       1.812   8.868  -1.809  1.00 82.46           N  \\nATOM    457  N   TYR H  60       3.336  12.791   0.373  1.00 88.85           N  \\nATOM    458  CA  TYR H  60       2.474  13.522   1.295  1.00 88.85           C  \\nATOM    459  C   TYR H  60       1.089  13.733   0.694  1.00 88.85           C  \\nATOM    460  O   TYR H  60       0.948  13.874  -0.523  1.00 88.85           O  \\nATOM    461  CB  TYR H  60       3.097  14.874   1.658  1.00 88.85           C  \\nATOM    462  CG  TYR H  60       4.339  14.761   2.507  1.00 88.85           C  \\nATOM    463  CD1 TYR H  60       4.252  14.661   3.894  1.00 88.85           C  \\nATOM    464  CD2 TYR H  60       5.602  14.754   1.925  1.00 88.85           C  \\nATOM    465  CE1 TYR H  60       5.394  14.558   4.681  1.00 88.85           C  \\nATOM    466  CE2 TYR H  60       6.752  14.653   2.702  1.00 88.85           C  \\nATOM    467  CZ  TYR H  60       6.638  14.555   4.077  1.00 88.85           C  \\nATOM    468  OH  TYR H  60       7.772  14.454   4.851  1.00 88.85           O  \\nATOM    469  N   ASN H  61       0.150  13.702   1.606  1.00 91.21           N  \\nATOM    470  CA  ASN H  61      -1.139  14.300   1.274  1.00 91.21           C  \\nATOM    471  C   ASN H  61      -1.018  15.806   1.054  1.00 91.21           C  \\nATOM    472  O   ASN H  61      -0.446  16.515   1.884  1.00 91.21           O  \\nATOM    473  CB  ASN H  61      -2.167  14.004   2.368  1.00 91.21           C  \\nATOM    474  CG  ASN H  61      -3.568  14.439   1.986  1.00 91.21           C  \\nATOM    475  OD1 ASN H  61      -3.748  15.334   1.155  1.00 91.21           O  \\nATOM    476  ND2 ASN H  61      -4.569  13.810   2.589  1.00 91.21           N  \\nATOM    477  N   GLU H  62      -1.558  16.255  -0.012  1.00 89.97           N  \\nATOM    478  CA  GLU H  62      -1.440  17.660  -0.392  1.00 89.97           C  \\nATOM    479  C   GLU H  62      -1.918  18.577   0.730  1.00 89.97           C  \\nATOM    480  O   GLU H  62      -1.365  19.660   0.932  1.00 89.97           O  \\nATOM    481  CB  GLU H  62      -2.231  17.939  -1.672  1.00 89.97           C  \\nATOM    482  CG  GLU H  62      -1.757  19.170  -2.432  1.00 89.97           C  \\nATOM    483  CD  GLU H  62      -1.594  18.928  -3.924  1.00 89.97           C  \\nATOM    484  OE1 GLU H  62      -1.947  17.826  -4.403  1.00 89.97           O  \\nATOM    485  OE2 GLU H  62      -1.108  19.848  -4.620  1.00 89.97           O  \\nATOM    486  N   LYS H  63      -2.812  18.152   1.379  1.00 95.01           N  \\nATOM    487  CA  LYS H  63      -3.390  18.923   2.477  1.00 95.01           C  \\nATOM    488  C   LYS H  63      -2.365  19.161   3.581  1.00 95.01           C  \\nATOM    489  O   LYS H  63      -2.419  20.177   4.277  1.00 95.01           O  \\nATOM    490  CB  LYS H  63      -4.618  18.209   3.046  1.00 95.01           C  \\nATOM    491  CG  LYS H  63      -5.301  18.961   4.178  1.00 95.01           C  \\nATOM    492  CD  LYS H  63      -6.530  18.216   4.683  1.00 95.01           C  \\nATOM    493  CE  LYS H  63      -7.163  18.922   5.874  1.00 95.01           C  \\nATOM    494  NZ  LYS H  63      -8.352  18.180   6.391  1.00 95.01           N  \\nATOM    495  N   PHE H  64      -1.430  18.307   3.789  1.00 96.56           N  \\nATOM    496  CA  PHE H  64      -0.500  18.377   4.910  1.00 96.56           C  \\nATOM    497  C   PHE H  64       0.897  18.753   4.432  1.00 96.56           C  \\nATOM    498  O   PHE H  64       1.847  18.759   5.217  1.00 96.56           O  \\nATOM    499  CB  PHE H  64      -0.457  17.041   5.658  1.00 96.56           C  \\nATOM    500  CG  PHE H  64      -1.743  16.694   6.358  1.00 96.56           C  \\nATOM    501  CD1 PHE H  64      -2.028  17.213   7.616  1.00 96.56           C  \\nATOM    502  CD2 PHE H  64      -2.668  15.850   5.758  1.00 96.56           C  \\nATOM    503  CE1 PHE H  64      -3.218  16.894   8.266  1.00 96.56           C  \\nATOM    504  CE2 PHE H  64      -3.860  15.527   6.402  1.00 96.56           C  \\nATOM    505  CZ  PHE H  64      -4.132  16.049   7.656  1.00 96.56           C  \\nATOM    506  N   LYS H  65       1.019  19.076   3.213  1.00 93.89           N  \\nATOM    507  CA  LYS H  65       2.326  19.352   2.624  1.00 93.89           C  \\nATOM    508  C   LYS H  65       3.028  20.493   3.355  1.00 93.89           C  \\nATOM    509  O   LYS H  65       4.250  20.472   3.522  1.00 93.89           O  \\nATOM    510  CB  LYS H  65       2.186  19.689   1.139  1.00 93.89           C  \\nATOM    511  CG  LYS H  65       3.266  19.075   0.261  1.00 93.89           C  \\nATOM    512  CD  LYS H  65       3.042  19.400  -1.211  1.00 93.89           C  \\nATOM    513  CE  LYS H  65       4.092  18.743  -2.096  1.00 93.89           C  \\nATOM    514  NZ  LYS H  65       3.794  18.936  -3.546  1.00 93.89           N  \\nATOM    515  N   SER H  66       2.514  21.425   3.734  1.00 95.67           N  \\nATOM    516  CA  SER H  66       3.120  22.567   4.411  1.00 95.67           C  \\nATOM    517  C   SER H  66       3.046  22.415   5.926  1.00 95.67           C  \\nATOM    518  O   SER H  66       3.646  23.199   6.664  1.00 95.67           O  \\nATOM    519  CB  SER H  66       2.435  23.867   3.986  1.00 95.67           C  \\nATOM    520  OG  SER H  66       1.040  23.801   4.224  1.00 95.67           O  \\nATOM    521  N   LYS H  67       2.370  21.444   6.498  1.00 97.70           N  \\nATOM    522  CA  LYS H  67       2.137  21.259   7.927  1.00 97.70           C  \\nATOM    523  C   LYS H  67       3.054  20.181   8.499  1.00 97.70           C  \\nATOM    524  O   LYS H  67       3.627  20.354   9.576  1.00 97.70           O  \\nATOM    525  CB  LYS H  67       0.675  20.897   8.190  1.00 97.70           C  \\nATOM    526  CG  LYS H  67       0.386  20.494   9.629  1.00 97.70           C  \\nATOM    527  CD  LYS H  67       0.616  21.653  10.591  1.00 97.70           C  \\nATOM    528  CE  LYS H  67      -0.347  22.801  10.325  1.00 97.70           C  \\nATOM    529  NZ  LYS H  67      -0.176  23.908  11.313  1.00 97.70           N  \\nATOM    530  N   ALA H  68       3.188  19.147   7.762  1.00 97.93           N  \\nATOM    531  CA  ALA H  68       3.900  17.989   8.297  1.00 97.93           C  \\nATOM    532  C   ALA H  68       5.190  17.733   7.524  1.00 97.93           C  \\nATOM    533  O   ALA H  68       5.238  17.917   6.305  1.00 97.93           O  \\nATOM    534  CB  ALA H  68       3.006  16.751   8.259  1.00 97.93           C  \\nATOM    535  N   THR H  69       6.206  17.333   8.224  1.00 97.77           N  \\nATOM    536  CA  THR H  69       7.483  16.893   7.674  1.00 97.77           C  \\nATOM    537  C   THR H  69       7.917  15.573   8.305  1.00 97.77           C  \\nATOM    538  O   THR H  69       8.105  15.493   9.521  1.00 97.77           O  \\nATOM    539  CB  THR H  69       8.579  17.953   7.888  1.00 97.77           C  \\nATOM    540  OG1 THR H  69       8.150  19.197   7.320  1.00 97.77           O  \\nATOM    541  CG2 THR H  69       9.888  17.531   7.229  1.00 97.77           C  \\nATOM    542  N   MET H  70       8.129  14.574   7.436  1.00 96.40           N  \\nATOM    543  CA  MET H  70       8.478  13.242   7.923  1.00 96.40           C  \\nATOM    544  C   MET H  70       9.970  12.975   7.755  1.00 96.40           C  \\nATOM    545  O   MET H  70      10.554  13.318   6.725  1.00 96.40           O  \\nATOM    546  CB  MET H  70       7.669  12.172   7.189  1.00 96.40           C  \\nATOM    547  CG  MET H  70       6.183  12.200   7.508  1.00 96.40           C  \\nATOM    548  SD  MET H  70       5.228  10.983   6.520  1.00 96.40           S  \\nATOM    549  CE  MET H  70       5.167  11.845   4.925  1.00 96.40           C  \\nATOM    550  N   THR H  71      10.587  12.383   8.779  1.00 96.22           N  \\nATOM    551  CA  THR H  71      11.989  11.982   8.781  1.00 96.22           C  \\nATOM    552  C   THR H  71      12.162  10.621   9.448  1.00 96.22           C  \\nATOM    553  O   THR H  71      11.227  10.101  10.061  1.00 96.22           O  \\nATOM    554  CB  THR H  71      12.867  13.024   9.499  1.00 96.22           C  \\nATOM    555  OG1 THR H  71      12.392  13.197  10.840  1.00 96.22           O  \\nATOM    556  CG2 THR H  71      12.826  14.368   8.779  1.00 96.22           C  \\nATOM    557  N   VAL H  72      13.276  10.079   9.305  1.00 94.73           N  \\nATOM    558  CA  VAL H  72      13.562   8.789   9.923  1.00 94.73           C  \\nATOM    559  C   VAL H  72      15.007   8.760  10.414  1.00 94.73           C  \\nATOM    560  O   VAL H  72      15.863   9.476   9.888  1.00 94.73           O  \\nATOM    561  CB  VAL H  72      13.309   7.622   8.942  1.00 94.73           C  \\nATOM    562  CG1 VAL H  72      11.825   7.518   8.597  1.00 94.73           C  \\nATOM    563  CG2 VAL H  72      14.144   7.799   7.676  1.00 94.73           C  \\nATOM    564  N   ASP H  73      15.253   8.025  11.406  1.00 95.71           N  \\nATOM    565  CA  ASP H  73      16.571   7.634  11.896  1.00 95.71           C  \\nATOM    566  C   ASP H  73      16.728   6.115  11.899  1.00 95.71           C  \\nATOM    567  O   ASP H  73      16.239   5.437  12.806  1.00 95.71           O  \\nATOM    568  CB  ASP H  73      16.808   8.190  13.302  1.00 95.71           C  \\nATOM    569  CG  ASP H  73      18.238   8.008  13.779  1.00 95.71           C  \\nATOM    570  OD1 ASP H  73      19.033   7.341  13.082  1.00 95.71           O  \\nATOM    571  OD2 ASP H  73      18.572   8.535  14.862  1.00 95.71           O  \\nATOM    572  N   THR H  74      17.383   5.597  10.878  1.00 92.63           N  \\nATOM    573  CA  THR H  74      17.485   4.156  10.673  1.00 92.63           C  \\nATOM    574  C   THR H  74      18.400   3.525  11.719  1.00 92.63           C  \\nATOM    575  O   THR H  74      18.286   2.332  12.012  1.00 92.63           O  \\nATOM    576  CB  THR H  74      18.011   3.828   9.264  1.00 92.63           C  \\nATOM    577  OG1 THR H  74      19.221   4.558   9.029  1.00 92.63           O  \\nATOM    578  CG2 THR H  74      16.990   4.203   8.195  1.00 92.63           C  \\nATOM    579  N   SER H  75      19.218   4.358  12.310  1.00 94.79           N  \\nATOM    580  CA  SER H  75      20.120   3.846  13.336  1.00 94.79           C  \\nATOM    581  C   SER H  75      19.362   3.493  14.612  1.00 94.79           C  \\nATOM    582  O   SER H  75      19.725   2.547  15.314  1.00 94.79           O  \\nATOM    583  CB  SER H  75      21.212   4.870  13.650  1.00 94.79           C  \\nATOM    584  OG  SER H  75      20.655   6.039  14.227  1.00 94.79           O  \\nATOM    585  N   THR H  76      18.288   4.135  14.908  1.00 97.18           N  \\nATOM    586  CA  THR H  76      17.493   3.886  16.105  1.00 97.18           C  \\nATOM    587  C   THR H  76      16.123   3.323  15.737  1.00 97.18           C  \\nATOM    588  O   THR H  76      15.263   3.153  16.603  1.00 97.18           O  \\nATOM    589  CB  THR H  76      17.316   5.171  16.935  1.00 97.18           C  \\nATOM    590  OG1 THR H  76      16.641   6.156  16.142  1.00 97.18           O  \\nATOM    591  CG2 THR H  76      18.664   5.730  17.378  1.00 97.18           C  \\nATOM    592  N   ASN H  77      15.914   3.051  14.519  1.00 96.47           N  \\nATOM    593  CA  ASN H  77      14.643   2.518  14.039  1.00 96.47           C  \\nATOM    594  C   ASN H  77      13.470   3.391  14.474  1.00 96.47           C  \\nATOM    595  O   ASN H  77      12.432   2.878  14.898  1.00 96.47           O  \\nATOM    596  CB  ASN H  77      14.446   1.081  14.526  1.00 96.47           C  \\nATOM    597  CG  ASN H  77      15.394   0.103  13.861  1.00 96.47           C  \\nATOM    598  OD1 ASN H  77      15.993   0.407  12.826  1.00 96.47           O  \\nATOM    599  ND2 ASN H  77      15.537  -1.078  14.450  1.00 96.47           N  \\nATOM    600  N   THR H  78      13.592   4.672  14.302  1.00 97.46           N  \\nATOM    601  CA  THR H  78      12.583   5.628  14.745  1.00 97.46           C  \\nATOM    602  C   THR H  78      12.156   6.535  13.594  1.00 97.46           C  \\nATOM    603  O   THR H  78      13.000   7.053  12.859  1.00 97.46           O  \\nATOM    604  CB  THR H  78      13.101   6.486  15.914  1.00 97.46           C  \\nATOM    605  OG1 THR H  78      13.558   5.625  16.964  1.00 97.46           O  \\nATOM    606  CG2 THR H  78      12.004   7.394  16.458  1.00 97.46           C  \\nATOM    607  N   ALA H  79      10.921   6.634  13.426  1.00 97.18           N  \\nATOM    608  CA  ALA H  79      10.327   7.592  12.497  1.00 97.18           C  \\nATOM    609  C   ALA H  79       9.840   8.838  13.232  1.00 97.18           C  \\nATOM    610  O   ALA H  79       9.375   8.753  14.371  1.00 97.18           O  \\nATOM    611  CB  ALA H  79       9.176   6.947  11.730  1.00 97.18           C  \\nATOM    612  N   TYR H  80       9.945   9.955  12.575  1.00 98.18           N  \\nATOM    613  CA  TYR H  80       9.546  11.232  13.156  1.00 98.18           C  \\nATOM    614  C   TYR H  80       8.583  11.972  12.235  1.00 98.18           C  \\nATOM    615  O   TYR H  80       8.658  11.839  11.011  1.00 98.18           O  \\nATOM    616  CB  TYR H  80      10.774  12.103  13.436  1.00 98.18           C  \\nATOM    617  CG  TYR H  80      11.762  11.472  14.387  1.00 98.18           C  \\nATOM    618  CD1 TYR H  80      11.628  11.626  15.765  1.00 98.18           C  \\nATOM    619  CD2 TYR H  80      12.831  10.721  13.910  1.00 98.18           C  \\nATOM    620  CE1 TYR H  80      12.537  11.048  16.645  1.00 98.18           C  \\nATOM    621  CE2 TYR H  80      13.746  10.138  14.780  1.00 98.18           C  \\nATOM    622  CZ  TYR H  80      13.590  10.307  16.144  1.00 98.18           C  \\nATOM    623  OH  TYR H  80      14.493   9.732  17.011  1.00 98.18           O  \\nATOM    624  N   MET H  81       7.696  12.695  12.837  1.00 98.32           N  \\nATOM    625  CA  MET H  81       6.840  13.651  12.141  1.00 98.32           C  \\nATOM    626  C   MET H  81       6.789  14.980  12.887  1.00 98.32           C  \\nATOM    627  O   MET H  81       6.396  15.026  14.054  1.00 98.32           O  \\nATOM    628  CB  MET H  81       5.427  13.088  11.977  1.00 98.32           C  \\nATOM    629  CG  MET H  81       4.504  13.979  11.161  1.00 98.32           C  \\nATOM    630  SD  MET H  81       2.767  13.385  11.169  1.00 98.32           S  \\nATOM    631  CE  MET H  81       2.323  13.719  12.896  1.00 98.32           C  \\nATOM    632  N   GLU H  82       7.153  15.957  12.210  1.00 98.50           N  \\nATOM    633  CA  GLU H  82       7.132  17.310  12.756  1.00 98.50           C  \\nATOM    634  C   GLU H  82       5.970  18.118  12.185  1.00 98.50           C  \\nATOM    635  O   GLU H  82       5.780  18.167  10.968  1.00 98.50           O  \\nATOM    636  CB  GLU H  82       8.457  18.024  12.476  1.00 98.50           C  \\nATOM    637  CG  GLU H  82       8.562  19.400  13.118  1.00 98.50           C  \\nATOM    638  CD  GLU H  82       9.953  20.005  13.016  1.00 98.50           C  \\nATOM    639  OE1 GLU H  82      10.774  19.508  12.212  1.00 98.50           O  \\nATOM    640  OE2 GLU H  82      10.224  20.984  13.747  1.00 98.50           O  \\nATOM    641  N   LEU H  83       5.183  18.660  13.101  1.00 98.58           N  \\nATOM    642  CA  LEU H  83       4.108  19.583  12.751  1.00 98.58           C  \\nATOM    643  C   LEU H  83       4.500  21.021  13.075  1.00 98.58           C  \\nATOM    644  O   LEU H  83       4.889  21.323  14.205  1.00 98.58           O  \\nATOM    645  CB  LEU H  83       2.821  19.213  13.492  1.00 98.58           C  \\nATOM    646  CG  LEU H  83       2.319  17.780  13.305  1.00 98.58           C  \\nATOM    647  CD1 LEU H  83       1.225  17.465  14.319  1.00 98.58           C  \\nATOM    648  CD2 LEU H  83       1.812  17.572  11.882  1.00 98.58           C  \\nATOM    649  N   SER H  84       4.352  21.852  12.073  1.00 97.99           N  \\nATOM    650  CA  SER H  84       4.801  23.231  12.238  1.00 97.99           C  \\nATOM    651  C   SER H  84       3.625  24.201  12.220  1.00 97.99           C  \\nATOM    652  O   SER H  84       2.536  23.856  11.758  1.00 97.99           O  \\nATOM    653  CB  SER H  84       5.799  23.605  11.142  1.00 97.99           C  \\nATOM    654  OG  SER H  84       5.232  23.410   9.858  1.00 97.99           O  \\nATOM    655  N   SER H  85       3.896  25.357  12.786  1.00 97.91           N  \\nATOM    656  CA  SER H  85       2.912  26.434  12.815  1.00 97.91           C  \\nATOM    657  C   SER H  85       1.565  25.939  13.333  1.00 97.91           C  \\nATOM    658  O   SER H  85       0.542  26.093  12.663  1.00 97.91           O  \\nATOM    659  CB  SER H  85       2.739  27.041  11.422  1.00 97.91           C  \\nATOM    660  OG  SER H  85       3.978  27.515  10.923  1.00 97.91           O  \\nATOM    661  N   LEU H  86       1.569  25.416  14.481  1.00 98.44           N  \\nATOM    662  CA  LEU H  86       0.413  24.731  15.049  1.00 98.44           C  \\nATOM    663  C   LEU H  86      -0.743  25.702  15.264  1.00 98.44           C  \\nATOM    664  O   LEU H  86      -0.528  26.856  15.643  1.00 98.44           O  \\nATOM    665  CB  LEU H  86       0.785  24.061  16.374  1.00 98.44           C  \\nATOM    666  CG  LEU H  86       1.701  22.839  16.283  1.00 98.44           C  \\nATOM    667  CD1 LEU H  86       2.241  22.477  17.662  1.00 98.44           C  \\nATOM    668  CD2 LEU H  86       0.957  21.659  15.667  1.00 98.44           C  \\nATOM    669  N   ARG H  87      -1.904  25.171  15.018  1.00 97.74           N  \\nATOM    670  CA  ARG H  87      -3.171  25.848  15.276  1.00 97.74           C  \\nATOM    671  C   ARG H  87      -4.119  24.954  16.067  1.00 97.74           C  \\nATOM    672  O   ARG H  87      -3.888  23.750  16.191  1.00 97.74           O  \\nATOM    673  CB  ARG H  87      -3.829  26.277  13.962  1.00 97.74           C  \\nATOM    674  CG  ARG H  87      -2.937  27.132  13.077  1.00 97.74           C  \\nATOM    675  CD  ARG H  87      -3.644  27.543  11.792  1.00 97.74           C  \\nATOM    676  NE  ARG H  87      -2.744  28.247  10.883  1.00 97.74           N  \\nATOM    677  CZ  ARG H  87      -3.099  28.751   9.705  1.00 97.74           C  \\nATOM    678  NH1 ARG H  87      -4.348  28.637   9.267  1.00 97.74           N  \\nATOM    679  NH2 ARG H  87      -2.199  29.374   8.957  1.00 97.74           N  \\nATOM    680  N   SER H  88      -5.138  25.598  16.489  1.00 97.11           N  \\nATOM    681  CA  SER H  88      -6.094  24.859  17.308  1.00 97.11           C  \\nATOM    682  C   SER H  88      -6.680  23.677  16.543  1.00 97.11           C  \\nATOM    683  O   SER H  88      -6.959  22.629  17.128  1.00 97.11           O  \\nATOM    684  CB  SER H  88      -7.220  25.780  17.780  1.00 97.11           C  \\nATOM    685  OG  SER H  88      -7.850  26.410  16.678  1.00 97.11           O  \\nATOM    686  N   GLU H  89      -6.792  23.723  15.306  1.00 97.17           N  \\nATOM    687  CA  GLU H  89      -7.350  22.682  14.448  1.00 97.17           C  \\nATOM    688  C   GLU H  89      -6.402  21.492  14.337  1.00 97.17           C  \\nATOM    689  O   GLU H  89      -6.801  20.413  13.892  1.00 97.17           O  \\nATOM    690  CB  GLU H  89      -7.660  23.241  13.057  1.00 97.17           C  \\nATOM    691  CG  GLU H  89      -8.612  24.428  13.068  1.00 97.17           C  \\nATOM    692  CD  GLU H  89      -7.898  25.769  13.132  1.00 97.17           C  \\nATOM    693  OE1 GLU H  89      -6.754  25.871  12.635  1.00 97.17           O  \\nATOM    694  OE2 GLU H  89      -8.489  26.725  13.683  1.00 97.17           O  \\nATOM    695  N   ASP H  90      -5.197  21.719  14.728  1.00 98.40           N  \\nATOM    696  CA  ASP H  90      -4.219  20.637  14.670  1.00 98.40           C  \\nATOM    697  C   ASP H  90      -4.317  19.742  15.904  1.00 98.40           C  \\nATOM    698  O   ASP H  90      -3.636  18.718  15.990  1.00 98.40           O  \\nATOM    699  CB  ASP H  90      -2.802  21.200  14.540  1.00 98.40           C  \\nATOM    700  CG  ASP H  90      -2.561  21.897  13.212  1.00 98.40           C  \\nATOM    701  OD1 ASP H  90      -3.071  21.425  12.174  1.00 98.40           O  \\nATOM    702  OD2 ASP H  90      -1.852  22.927  13.204  1.00 98.40           O  \\nATOM    703  N   THR H  91      -5.214  20.156  16.818  1.00 98.63           N  \\nATOM    704  CA  THR H  91      -5.464  19.281  17.958  1.00 98.63           C  \\nATOM    705  C   THR H  91      -6.072  17.958  17.501  1.00 98.63           C  \\nATOM    706  O   THR H  91      -7.160  17.937  16.921  1.00 98.63           O  \\nATOM    707  CB  THR H  91      -6.396  19.951  18.983  1.00 98.63           C  \\nATOM    708  OG1 THR H  91      -5.772  21.141  19.482  1.00 98.63           O  \\nATOM    709  CG2 THR H  91      -6.691  19.017  20.152  1.00 98.63           C  \\nATOM    710  N   ALA H  92      -5.291  16.938  17.711  1.00 98.60           N  \\nATOM    711  CA  ALA H  92      -5.695  15.620  17.227  1.00 98.60           C  \\nATOM    712  C   ALA H  92      -4.785  14.529  17.784  1.00 98.60           C  \\nATOM    713  O   ALA H  92      -3.746  14.822  18.381  1.00 98.60           O  \\nATOM    714  CB  ALA H  92      -5.685  15.589  15.700  1.00 98.60           C  \\nATOM    715  N   VAL H  93      -5.216  13.314  17.633  1.00 98.60           N  \\nATOM    716  CA  VAL H  93      -4.357  12.152  17.836  1.00 98.60           C  \\nATOM    717  C   VAL H  93      -3.651  11.796  16.530  1.00 98.60           C  \\nATOM    718  O   VAL H  93      -4.286  11.717  15.476  1.00 98.60           O  \\nATOM    719  CB  VAL H  93      -5.158  10.938  18.358  1.00 98.60           C  \\nATOM    720  CG1 VAL H  93      -4.255   9.712  18.491  1.00 98.60           C  \\nATOM    721  CG2 VAL H  93      -5.816  11.268  19.696  1.00 98.60           C  \\nATOM    722  N   TYR H  94      -2.392  11.605  16.608  1.00 98.68           N  \\nATOM    723  CA  TYR H  94      -1.576  11.256  15.451  1.00 98.68           C  \\nATOM    724  C   TYR H  94      -1.011   9.847  15.586  1.00 98.68           C  \\nATOM    725  O   TYR H  94      -0.397   9.513  16.602  1.00 98.68           O  \\nATOM    726  CB  TYR H  94      -0.435  12.262  15.275  1.00 98.68           C  \\nATOM    727  CG  TYR H  94      -0.901  13.652  14.914  1.00 98.68           C  \\nATOM    728  CD1 TYR H  94      -0.965  14.063  13.584  1.00 98.68           C  \\nATOM    729  CD2 TYR H  94      -1.276  14.556  15.901  1.00 98.68           C  \\nATOM    730  CE1 TYR H  94      -1.391  15.343  13.247  1.00 98.68           C  \\nATOM    731  CE2 TYR H  94      -1.705  15.839  15.575  1.00 98.68           C  \\nATOM    732  CZ  TYR H  94      -1.759  16.222  14.248  1.00 98.68           C  \\nATOM    733  OH  TYR H  94      -2.182  17.491  13.920  1.00 98.68           O  \\nATOM    734  N   TYR H  95      -1.249   9.052  14.569  1.00 98.23           N  \\nATOM    735  CA  TYR H  95      -0.806   7.663  14.542  1.00 98.23           C  \\nATOM    736  C   TYR H  95       0.315   7.468  13.528  1.00 98.23           C  \\nATOM    737  O   TYR H  95       0.323   8.104  12.472  1.00 98.23           O  \\nATOM    738  CB  TYR H  95      -1.976   6.731  14.212  1.00 98.23           C  \\nATOM    739  CG  TYR H  95      -3.075   6.747  15.246  1.00 98.23           C  \\nATOM    740  CD1 TYR H  95      -2.980   5.977  16.404  1.00 98.23           C  \\nATOM    741  CD2 TYR H  95      -4.211   7.531  15.069  1.00 98.23           C  \\nATOM    742  CE1 TYR H  95      -3.991   5.987  17.359  1.00 98.23           C  \\nATOM    743  CE2 TYR H  95      -5.228   7.548  16.018  1.00 98.23           C  \\nATOM    744  CZ  TYR H  95      -5.109   6.775  17.158  1.00 98.23           C  \\nATOM    745  OH  TYR H  95      -6.113   6.788  18.100  1.00 98.23           O  \\nATOM    746  N   CYS H  96       1.268   6.647  13.795  1.00 97.45           N  \\nATOM    747  CA  CYS H  96       2.144   6.018  12.812  1.00 97.45           C  \\nATOM    748  C   CYS H  96       1.735   4.571  12.563  1.00 97.45           C  \\nATOM    749  O   CYS H  96       1.194   3.913  13.454  1.00 97.45           O  \\nATOM    750  CB  CYS H  96       3.599   6.073  13.277  1.00 97.45           C  \\nATOM    751  SG  CYS H  96       3.924   5.104  14.766  1.00 97.45           S  \\nATOM    752  N   ALA H  97       1.915   4.128  11.351  1.00 94.97           N  \\nATOM    753  CA  ALA H  97       1.535   2.767  10.979  1.00 94.97           C  \\nATOM    754  C   ALA H  97       2.492   2.196   9.937  1.00 94.97           C  \\nATOM    755  O   ALA H  97       3.083   2.943   9.153  1.00 94.97           O  \\nATOM    756  CB  ALA H  97       0.102   2.740  10.453  1.00 94.97           C  \\nATOM    757  N   SER H  98       2.671   0.946   9.942  1.00 90.12           N  \\nATOM    758  CA  SER H  98       3.509   0.223   8.992  1.00 90.12           C  \\nATOM    759  C   SER H  98       2.815  -1.039   8.490  1.00 90.12           C  \\nATOM    760  O   SER H  98       2.065  -1.677   9.231  1.00 90.12           O  \\nATOM    761  CB  SER H  98       4.850  -0.143   9.629  1.00 90.12           C  \\nATOM    762  OG  SER H  98       5.647  -0.894   8.730  1.00 90.12           O  \\nATOM    763  N   ARG H  99       3.141  -1.349   7.250  1.00 79.96           N  \\nATOM    764  CA  ARG H  99       2.564  -2.525   6.606  1.00 79.96           C  \\nATOM    765  C   ARG H  99       3.643  -3.545   6.261  1.00 79.96           C  \\nATOM    766  O   ARG H  99       4.752  -3.175   5.869  1.00 79.96           O  \\nATOM    767  CB  ARG H  99       1.797  -2.125   5.344  1.00 79.96           C  \\nATOM    768  CG  ARG H  99       0.649  -1.162   5.599  1.00 79.96           C  \\nATOM    769  CD  ARG H  99      -0.052  -0.765   4.307  1.00 79.96           C  \\nATOM    770  NE  ARG H  99      -1.097   0.227   4.544  1.00 79.96           N  \\nATOM    771  CZ  ARG H  99      -1.862   0.763   3.597  1.00 79.96           C  \\nATOM    772  NH1 ARG H  99      -1.713   0.411   2.325  1.00 79.96           N  \\nATOM    773  NH2 ARG H  99      -2.784   1.657   3.924  1.00 79.96           N  \\nATOM    774  N   ASP H 100       3.097  -4.510   6.233  1.00 69.10           N  \\nATOM    775  CA  ASP H 100       4.051  -5.571   5.923  1.00 69.10           C  \\nATOM    776  C   ASP H 100       3.377  -6.712   5.165  1.00 69.10           C  \\nATOM    777  O   ASP H 100       2.216  -7.035   5.424  1.00 69.10           O  \\nATOM    778  CB  ASP H 100       4.699  -6.100   7.204  1.00 69.10           C  \\nATOM    779  CG  ASP H 100       6.006  -6.831   6.949  1.00 69.10           C  \\nATOM    780  OD1 ASP H 100       6.327  -7.113   5.775  1.00 69.10           O  \\nATOM    781  OD2 ASP H 100       6.718  -7.131   7.931  1.00 69.10           O  \\nATOM    782  N   TYR H 101       4.198  -7.016   4.389  1.00 57.38           N  \\nATOM    783  CA  TYR H 101       3.814  -8.207   3.640  1.00 57.38           C  \\nATOM    784  C   TYR H 101       4.756  -9.367   3.940  1.00 57.38           C  \\nATOM    785  O   TYR H 101       5.977  -9.192   3.968  1.00 57.38           O  \\nATOM    786  CB  TYR H 101       3.804  -7.918   2.136  1.00 57.38           C  \\nATOM    787  CG  TYR H 101       2.425  -7.669   1.575  1.00 57.38           C  \\nATOM    788  CD1 TYR H 101       1.627  -8.726   1.142  1.00 57.38           C  \\nATOM    789  CD2 TYR H 101       1.917  -6.378   1.476  1.00 57.38           C  \\nATOM    790  CE1 TYR H 101       0.356  -8.502   0.622  1.00 57.38           C  \\nATOM    791  CE2 TYR H 101       0.648  -6.142   0.957  1.00 57.38           C  \\nATOM    792  CZ  TYR H 101      -0.124  -7.209   0.535  1.00 57.38           C  \\nATOM    793  OH  TYR H 101      -1.381  -6.981   0.021  1.00 57.38           O  \\nATOM    794  N   ASP H 102       3.974  -9.982   4.048  1.00 50.90           N  \\nATOM    795  CA  ASP H 102       4.859 -11.129   4.227  1.00 50.90           C  \\nATOM    796  C   ASP H 102       4.912 -11.984   2.963  1.00 50.90           C  \\nATOM    797  O   ASP H 102       4.169 -11.740   2.010  1.00 50.90           O  \\nATOM    798  CB  ASP H 102       4.404 -11.977   5.417  1.00 50.90           C  \\nATOM    799  CG  ASP H 102       3.787 -13.301   5.000  1.00 50.90           C  \\nATOM    800  OD1 ASP H 102       3.594 -13.529   3.787  1.00 50.90           O  \\nATOM    801  OD2 ASP H 102       3.488 -14.122   5.894  1.00 50.90           O  \\nATOM    802  N   TYR H 103       5.408 -12.592   3.277  1.00 43.96           N  \\nATOM    803  CA  TYR H 103       5.703 -13.469   2.149  1.00 43.96           C  \\nATOM    804  C   TYR H 103       4.480 -14.293   1.764  1.00 43.96           C  \\nATOM    805  O   TYR H 103       4.355 -14.731   0.618  1.00 43.96           O  \\nATOM    806  CB  TYR H 103       6.874 -14.398   2.482  1.00 43.96           C  \\nATOM    807  CG  TYR H 103       8.229 -13.766   2.276  1.00 43.96           C  \\nATOM    808  CD1 TYR H 103       8.797 -13.688   1.006  1.00 43.96           C  \\nATOM    809  CD2 TYR H 103       8.944 -13.245   3.349  1.00 43.96           C  \\nATOM    810  CE1 TYR H 103      10.046 -13.108   0.811  1.00 43.96           C  \\nATOM    811  CE2 TYR H 103      10.194 -12.663   3.166  1.00 43.96           C  \\nATOM    812  CZ  TYR H 103      10.735 -12.598   1.895  1.00 43.96           C  \\nATOM    813  OH  TYR H 103      11.972 -12.023   1.708  1.00 43.96           O  \\nATOM    814  N   ALA H 104       4.122 -14.554   2.602  1.00 47.57           N  \\nATOM    815  CA  ALA H 104       2.937 -15.358   2.313  1.00 47.57           C  \\nATOM    816  C   ALA H 104       1.792 -14.485   1.806  1.00 47.57           C  \\nATOM    817  O   ALA H 104       0.705 -14.987   1.512  1.00 47.57           O  \\nATOM    818  CB  ALA H 104       2.502 -16.130   3.557  1.00 47.57           C  \\nATOM    819  N   GLY H 105       2.268 -13.588   1.876  1.00 45.52           N  \\nATOM    820  CA  GLY H 105       1.274 -12.706   1.283  1.00 45.52           C  \\nATOM    821  C   GLY H 105       0.260 -12.190   2.286  1.00 45.52           C  \\nATOM    822  O   GLY H 105      -0.749 -11.592   1.905  1.00 45.52           O  \\nATOM    823  N   ARG H 106       0.918 -12.420   3.192  1.00 56.96           N  \\nATOM    824  CA  ARG H 106      -0.012 -11.932   4.206  1.00 56.96           C  \\nATOM    825  C   ARG H 106       0.250 -10.465   4.528  1.00 56.96           C  \\nATOM    826  O   ARG H 106       1.400 -10.058   4.705  1.00 56.96           O  \\nATOM    827  CB  ARG H 106       0.091 -12.774   5.480  1.00 56.96           C  \\nATOM    828  CG  ARG H 106      -0.353 -14.217   5.301  1.00 56.96           C  \\nATOM    829  CD  ARG H 106      -0.208 -15.016   6.590  1.00 56.96           C  \\nATOM    830  NE  ARG H 106       0.726 -16.127   6.433  1.00 56.96           N  \\nATOM    831  CZ  ARG H 106       0.970 -17.048   7.361  1.00 56.96           C  \\nATOM    832  NH1 ARG H 106       0.352 -17.009   8.535  1.00 56.96           N  \\nATOM    833  NH2 ARG H 106       1.840 -18.017   7.113  1.00 56.96           N  \\nATOM    834  N   TYR H 107      -0.601 -10.198   4.857  1.00 67.82           N  \\nATOM    835  CA  TYR H 107      -0.558  -8.747   5.006  1.00 67.82           C  \\nATOM    836  C   TYR H 107      -0.764  -8.341   6.460  1.00 67.82           C  \\nATOM    837  O   TYR H 107      -1.724  -8.775   7.102  1.00 67.82           O  \\nATOM    838  CB  TYR H 107      -1.621  -8.085   4.123  1.00 67.82           C  \\nATOM    839  CG  TYR H 107      -1.398  -6.607   3.912  1.00 67.82           C  \\nATOM    840  CD1 TYR H 107      -2.028  -5.664   4.722  1.00 67.82           C  \\nATOM    841  CD2 TYR H 107      -0.559  -6.150   2.901  1.00 67.82           C  \\nATOM    842  CE1 TYR H 107      -1.828  -4.302   4.529  1.00 67.82           C  \\nATOM    843  CE2 TYR H 107      -0.351  -4.789   2.699  1.00 67.82           C  \\nATOM    844  CZ  TYR H 107      -0.988  -3.874   3.517  1.00 67.82           C  \\nATOM    845  OH  TYR H 107      -0.786  -2.526   3.322  1.00 67.82           O  \\nATOM    846  N   PHE H 108       0.100  -7.605   6.875  1.00 74.21           N  \\nATOM    847  CA  PHE H 108       0.028  -7.114   8.246  1.00 74.21           C  \\nATOM    848  C   PHE H 108       0.023  -5.590   8.276  1.00 74.21           C  \\nATOM    849  O   PHE H 108       0.650  -4.946   7.433  1.00 74.21           O  \\nATOM    850  CB  PHE H 108       1.199  -7.652   9.074  1.00 74.21           C  \\nATOM    851  CG  PHE H 108       1.178  -9.146   9.255  1.00 74.21           C  \\nATOM    852  CD1 PHE H 108       0.415  -9.728  10.260  1.00 74.21           C  \\nATOM    853  CD2 PHE H 108       1.923  -9.969   8.420  1.00 74.21           C  \\nATOM    854  CE1 PHE H 108       0.394 -11.110  10.431  1.00 74.21           C  \\nATOM    855  CE2 PHE H 108       1.906 -11.351   8.584  1.00 74.21           C  \\nATOM    856  CZ  PHE H 108       1.142 -11.920   9.591  1.00 74.21           C  \\nATOM    857  N   ASP H 109      -0.577  -5.402   9.263  1.00 85.67           N  \\nATOM    858  CA  ASP H 109      -0.723  -3.969   9.502  1.00 85.67           C  \\nATOM    859  C   ASP H 109      -0.503  -3.633  10.975  1.00 85.67           C  \\nATOM    860  O   ASP H 109      -1.218  -4.135  11.845  1.00 85.67           O  \\nATOM    861  CB  ASP H 109      -2.104  -3.488   9.053  1.00 85.67           C  \\nATOM    862  CG  ASP H 109      -2.208  -1.975   8.975  1.00 85.67           C  \\nATOM    863  OD1 ASP H 109      -1.165  -1.297   8.859  1.00 85.67           O  \\nATOM    864  OD2 ASP H 109      -3.344  -1.456   9.033  1.00 85.67           O  \\nATOM    865  N   TYR H 110       0.409  -2.829  11.319  1.00 91.76           N  \\nATOM    866  CA  TYR H 110       0.758  -2.442  12.682  1.00 91.76           C  \\nATOM    867  C   TYR H 110       0.587  -0.941  12.884  1.00 91.76           C  \\nATOM    868  O   TYR H 110       1.009  -0.144  12.043  1.00 91.76           O  \\nATOM    869  CB  TYR H 110       2.198  -2.852  13.005  1.00 91.76           C  \\nATOM    870  CG  TYR H 110       2.432  -4.342  12.952  1.00 91.76           C  \\nATOM    871  CD1 TYR H 110       2.067  -5.162  14.018  1.00 91.76           C  \\nATOM    872  CD2 TYR H 110       3.017  -4.933  11.838  1.00 91.76           C  \\nATOM    873  CE1 TYR H 110       2.282  -6.536  13.975  1.00 91.76           C  \\nATOM    874  CE2 TYR H 110       3.237  -6.306  11.784  1.00 91.76           C  \\nATOM    875  CZ  TYR H 110       2.866  -7.098  12.855  1.00 91.76           C  \\nATOM    876  OH  TYR H 110       3.082  -8.457  12.807  1.00 91.76           O  \\nATOM    877  N   TRP H 111      -0.019  -0.630  14.007  1.00 96.02           N  \\nATOM    878  CA  TRP H 111      -0.250   0.765  14.366  1.00 96.02           C  \\nATOM    879  C   TRP H 111       0.409   1.100  15.701  1.00 96.02           C  \\nATOM    880  O   TRP H 111       0.467   0.257  16.600  1.00 96.02           O  \\nATOM    881  CB  TRP H 111      -1.750   1.062  14.435  1.00 96.02           C  \\nATOM    882  CG  TRP H 111      -2.427   1.093  13.097  1.00 96.02           C  \\nATOM    883  CD1 TRP H 111      -2.622   0.039  12.248  1.00 96.02           C  \\nATOM    884  CD2 TRP H 111      -2.994   2.238  12.453  1.00 96.02           C  \\nATOM    885  NE1 TRP H 111      -3.277   0.460  11.114  1.00 96.02           N  \\nATOM    886  CE2 TRP H 111      -3.517   1.804  11.214  1.00 96.02           C  \\nATOM    887  CE3 TRP H 111      -3.111   3.589  12.803  1.00 96.02           C  \\nATOM    888  CZ2 TRP H 111      -4.148   2.676  10.324  1.00 96.02           C  \\nATOM    889  CZ3 TRP H 111      -3.740   4.455  11.916  1.00 96.02           C  \\nATOM    890  CH2 TRP H 111      -4.249   3.993  10.691  1.00 96.02           C  \\nATOM    891  N   GLY H 112       0.898   2.368  15.842  1.00 97.27           N  \\nATOM    892  CA  GLY H 112       1.244   2.892  17.153  1.00 97.27           C  \\nATOM    893  C   GLY H 112       0.032   3.184  18.018  1.00 97.27           C  \\nATOM    894  O   GLY H 112      -1.103   3.151  17.537  1.00 97.27           O  \\nATOM    895  N   GLN H 113       0.317   3.510  19.277  1.00 97.69           N  \\nATOM    896  CA  GLN H 113      -0.786   3.718  20.209  1.00 97.69           C  \\nATOM    897  C   GLN H 113      -1.389   5.110  20.047  1.00 97.69           C  \\nATOM    898  O   GLN H 113      -2.451   5.401  20.602  1.00 97.69           O  \\nATOM    899  CB  GLN H 113      -0.317   3.514  21.651  1.00 97.69           C  \\nATOM    900  CG  GLN H 113       0.425   4.711  22.231  1.00 97.69           C  \\nATOM    901  CD  GLN H 113       1.897   4.723  21.864  1.00 97.69           C  \\nATOM    902  OE1 GLN H 113       2.316   4.069  20.904  1.00 97.69           O  \\nATOM    903  NE2 GLN H 113       2.691   5.467  22.626  1.00 97.69           N  \\nATOM    904  N   GLY H 114      -0.762   5.908  19.187  1.00 98.28           N  \\nATOM    905  CA  GLY H 114      -1.245   7.262  18.967  1.00 98.28           C  \\nATOM    906  C   GLY H 114      -0.628   8.276  19.912  1.00 98.28           C  \\nATOM    907  O   GLY H 114      -0.265   7.940  21.041  1.00 98.28           O  \\nATOM    908  N   THR H 115      -0.467   9.484  19.456  1.00 98.66           N  \\nATOM    909  CA  THR H 115       0.032  10.624  20.218  1.00 98.66           C  \\nATOM    910  C   THR H 115      -0.956  11.786  20.160  1.00 98.66           C  \\nATOM    911  O   THR H 115      -1.249  12.305  19.081  1.00 98.66           O  \\nATOM    912  CB  THR H 115       1.405  11.087  19.696  1.00 98.66           C  \\nATOM    913  OG1 THR H 115       2.345  10.014  19.827  1.00 98.66           O  \\nATOM    914  CG2 THR H 115       1.913  12.291  20.481  1.00 98.66           C  \\nATOM    915  N   LEU H 116      -1.455  12.153  21.292  1.00 98.61           N  \\nATOM    916  CA  LEU H 116      -2.356  13.298  21.369  1.00 98.61           C  \\nATOM    917  C   LEU H 116      -1.571  14.605  21.409  1.00 98.61           C  \\nATOM    918  O   LEU H 116      -0.726  14.799  22.286  1.00 98.61           O  \\nATOM    919  CB  LEU H 116      -3.255  13.191  22.603  1.00 98.61           C  \\nATOM    920  CG  LEU H 116      -4.220  14.354  22.842  1.00 98.61           C  \\nATOM    921  CD1 LEU H 116      -5.212  14.464  21.689  1.00 98.61           C  \\nATOM    922  CD2 LEU H 116      -4.951  14.178  24.168  1.00 98.61           C  \\nATOM    923  N   VAL H 117      -1.782  15.449  20.479  1.00 98.69           N  \\nATOM    924  CA  VAL H 117      -1.226  16.798  20.430  1.00 98.69           C  \\nATOM    925  C   VAL H 117      -2.334  17.822  20.663  1.00 98.69           C  \\nATOM    926  O   VAL H 117      -3.285  17.906  19.882  1.00 98.69           O  \\nATOM    927  CB  VAL H 117      -0.520  17.072  19.083  1.00 98.69           C  \\nATOM    928  CG1 VAL H 117       0.013  18.503  19.035  1.00 98.69           C  \\nATOM    929  CG2 VAL H 117       0.610  16.069  18.859  1.00 98.69           C  \\nATOM    930  N   THR H 118      -2.178  18.563  21.753  1.00 98.62           N  \\nATOM    931  CA  THR H 118      -3.122  19.616  22.108  1.00 98.62           C  \\nATOM    932  C   THR H 118      -2.514  20.994  21.863  1.00 98.62           C  \\nATOM    933  O   THR H 118      -1.434  21.301  22.373  1.00 98.62           O  \\nATOM    934  CB  THR H 118      -3.561  19.500  23.580  1.00 98.62           C  \\nATOM    935  OG1 THR H 118      -4.047  18.175  23.824  1.00 98.62           O  \\nATOM    936  CG2 THR H 118      -4.663  20.502  23.906  1.00 98.62           C  \\nATOM    937  N   VAL H 119      -3.231  21.729  21.034  1.00 98.42           N  \\nATOM    938  CA  VAL H 119      -2.801  23.092  20.742  1.00 98.42           C  \\nATOM    939  C   VAL H 119      -3.748  24.087  21.408  1.00 98.42           C  \\nATOM    940  O   VAL H 119      -4.932  24.149  21.069  1.00 98.42           O  \\nATOM    941  CB  VAL H 119      -2.737  23.353  19.220  1.00 98.42           C  \\nATOM    942  CG1 VAL H 119      -2.179  24.746  18.934  1.00 98.42           C  \\nATOM    943  CG2 VAL H 119      -1.892  22.284  18.530  1.00 98.42           C  \\nATOM    944  N   SER H 120      -3.211  24.814  22.321  1.00 96.55           N  \\nATOM    945  CA  SER H 120      -4.006  25.781  23.071  1.00 96.55           C  \\nATOM    946  C   SER H 120      -3.126  26.869  23.677  1.00 96.55           C  \\nATOM    947  O   SER H 120      -1.958  26.628  23.988  1.00 96.55           O  \\nATOM    948  CB  SER H 120      -4.800  25.081  24.175  1.00 96.55           C  \\nATOM    949  OG  SER H 120      -5.467  26.028  24.992  1.00 96.55           O  \\nATOM    950  N   SER H 121      -3.724  27.992  23.755  1.00 93.00           N  \\nATOM    951  CA  SER H 121      -3.026  29.106  24.389  1.00 93.00           C  \\nATOM    952  C   SER H 121      -3.151  29.045  25.908  1.00 93.00           C  \\nATOM    953  O   SER H 121      -2.483  29.796  26.621  1.00 93.00           O  \\nATOM    954  CB  SER H 121      -3.570  30.440  23.877  1.00 93.00           C  \\nATOM    955  OG  SER H 121      -4.976  30.378  23.709  1.00 93.00           O  \\nTER     956      SER H 121                                                       \\nATOM    956  N   ASP L   1      -7.941  14.126  -5.884  1.00 70.43           N  \\nATOM    957  CA  ASP L   1      -8.002  13.081  -4.866  1.00 70.43           C  \\nATOM    958  C   ASP L   1      -9.294  12.276  -4.983  1.00 70.43           C  \\nATOM    959  O   ASP L   1     -10.322  12.800  -5.417  1.00 70.43           O  \\nATOM    960  CB  ASP L   1      -7.887  13.689  -3.466  1.00 70.43           C  \\nATOM    961  CG  ASP L   1      -6.461  14.058  -3.096  1.00 70.43           C  \\nATOM    962  OD1 ASP L   1      -5.551  13.900  -3.939  1.00 70.43           O  \\nATOM    963  OD2 ASP L   1      -6.244  14.507  -1.950  1.00 70.43           O  \\nATOM    964  N   ILE L   2      -9.211  11.453  -4.563  1.00 82.49           N  \\nATOM    965  CA  ILE L   2     -10.385  10.590  -4.636  1.00 82.49           C  \\nATOM    966  C   ILE L   2     -11.200  10.718  -3.351  1.00 82.49           C  \\nATOM    967  O   ILE L   2     -10.664  10.565  -2.251  1.00 82.49           O  \\nATOM    968  CB  ILE L   2      -9.990   9.116  -4.876  1.00 82.49           C  \\nATOM    969  CG1 ILE L   2      -9.240   8.973  -6.205  1.00 82.49           C  \\nATOM    970  CG2 ILE L   2     -11.227   8.213  -4.845  1.00 82.49           C  \\nATOM    971  CD1 ILE L   2      -8.733   7.565  -6.482  1.00 82.49           C  \\nATOM    972  N   GLN L   3     -12.521  10.985  -3.560  1.00 90.60           N  \\nATOM    973  CA  GLN L   3     -13.436  11.128  -2.432  1.00 90.60           C  \\nATOM    974  C   GLN L   3     -14.210   9.837  -2.184  1.00 90.60           C  \\nATOM    975  O   GLN L   3     -14.698   9.209  -3.126  1.00 90.60           O  \\nATOM    976  CB  GLN L   3     -14.407  12.285  -2.671  1.00 90.60           C  \\nATOM    977  CG  GLN L   3     -13.763  13.661  -2.560  1.00 90.60           C  \\nATOM    978  CD  GLN L   3     -14.747  14.737  -2.139  1.00 90.60           C  \\nATOM    979  OE1 GLN L   3     -15.957  14.497  -2.069  1.00 90.60           O  \\nATOM    980  NE2 GLN L   3     -14.236  15.930  -1.856  1.00 90.60           N  \\nATOM    981  N   MET L   4     -14.263   9.556  -0.961  1.00 94.23           N  \\nATOM    982  CA  MET L   4     -14.962   8.344  -0.545  1.00 94.23           C  \\nATOM    983  C   MET L   4     -16.236   8.686   0.221  1.00 94.23           C  \\nATOM    984  O   MET L   4     -16.223   9.545   1.104  1.00 94.23           O  \\nATOM    985  CB  MET L   4     -14.053   7.467   0.318  1.00 94.23           C  \\nATOM    986  CG  MET L   4     -12.769   7.044  -0.378  1.00 94.23           C  \\nATOM    987  SD  MET L   4     -13.084   6.048  -1.887  1.00 94.23           S  \\nATOM    988  CE  MET L   4     -13.690   4.512  -1.136  1.00 94.23           C  \\nATOM    989  N   THR L   5     -17.314   8.081  -0.104  1.00 97.21           N  \\nATOM    990  CA  THR L   5     -18.593   8.224   0.583  1.00 97.21           C  \\nATOM    991  C   THR L   5     -19.036   6.894   1.184  1.00 97.21           C  \\nATOM    992  O   THR L   5     -19.296   5.933   0.456  1.00 97.21           O  \\nATOM    993  CB  THR L   5     -19.683   8.749  -0.370  1.00 97.21           C  \\nATOM    994  OG1 THR L   5     -19.204   9.926  -1.033  1.00 97.21           O  \\nATOM    995  CG2 THR L   5     -20.960   9.092   0.391  1.00 97.21           C  \\nATOM    996  N   GLN L   6     -19.105   6.852   2.504  1.00 97.62           N  \\nATOM    997  CA  GLN L   6     -19.506   5.664   3.251  1.00 97.62           C  \\nATOM    998  C   GLN L   6     -20.951   5.777   3.729  1.00 97.62           C  \\nATOM    999  O   GLN L   6     -21.380   6.841   4.179  1.00 97.62           O  \\nATOM   1000  CB  GLN L   6     -18.575   5.439   4.443  1.00 97.62           C  \\nATOM   1001  CG  GLN L   6     -18.446   3.979   4.855  1.00 97.62           C  \\nATOM   1002  CD  GLN L   6     -17.418   3.767   5.951  1.00 97.62           C  \\nATOM   1003  OE1 GLN L   6     -16.317   4.325   5.903  1.00 97.62           O  \\nATOM   1004  NE2 GLN L   6     -17.769   2.959   6.945  1.00 97.62           N  \\nATOM   1005  N   SER L   7     -21.656   4.676   3.582  1.00 97.49           N  \\nATOM   1006  CA  SER L   7     -23.056   4.647   3.992  1.00 97.49           C  \\nATOM   1007  C   SER L   7     -23.426   3.297   4.597  1.00 97.49           C  \\nATOM   1008  O   SER L   7     -22.966   2.253   4.129  1.00 97.49           O  \\nATOM   1009  CB  SER L   7     -23.969   4.949   2.803  1.00 97.49           C  \\nATOM   1010  OG  SER L   7     -23.855   3.943   1.812  1.00 97.49           O  \\nATOM   1011  N   PRO L   8     -24.182   3.327   5.635  1.00 98.33           N  \\nATOM   1012  CA  PRO L   8     -24.710   4.495   6.343  1.00 98.33           C  \\nATOM   1013  C   PRO L   8     -23.697   5.111   7.304  1.00 98.33           C  \\nATOM   1014  O   PRO L   8     -22.653   4.511   7.574  1.00 98.33           O  \\nATOM   1015  CB  PRO L   8     -25.913   3.932   7.104  1.00 98.33           C  \\nATOM   1016  CG  PRO L   8     -25.529   2.527   7.440  1.00 98.33           C  \\nATOM   1017  CD  PRO L   8     -24.693   1.980   6.318  1.00 98.33           C  \\nATOM   1018  N   SER L   9     -24.003   6.347   7.802  1.00 97.75           N  \\nATOM   1019  CA  SER L   9     -23.129   6.972   8.788  1.00 97.75           C  \\nATOM   1020  C   SER L   9     -23.219   6.264  10.135  1.00 97.75           C  \\nATOM   1021  O   SER L   9     -22.242   6.219  10.886  1.00 97.75           O  \\nATOM   1022  CB  SER L   9     -23.480   8.451   8.956  1.00 97.75           C  \\nATOM   1023  OG  SER L   9     -23.366   9.139   7.722  1.00 97.75           O  \\nATOM   1024  N   SER L  10     -24.295   5.725  10.425  1.00 97.84           N  \\nATOM   1025  CA  SER L  10     -24.531   4.955  11.642  1.00 97.84           C  \\nATOM   1026  C   SER L  10     -25.621   3.909  11.432  1.00 97.84           C  \\nATOM   1027  O   SER L  10     -26.501   4.084  10.586  1.00 97.84           O  \\nATOM   1028  CB  SER L  10     -24.916   5.880  12.797  1.00 97.84           C  \\nATOM   1029  OG  SER L  10     -26.204   6.434  12.589  1.00 97.84           O  \\nATOM   1030  N   LEU L  11     -25.452   2.897  12.198  1.00 97.42           N  \\nATOM   1031  CA  LEU L  11     -26.486   1.869  12.143  1.00 97.42           C  \\nATOM   1032  C   LEU L  11     -26.568   1.109  13.462  1.00 97.42           C  \\nATOM   1033  O   LEU L  11     -25.593   1.057  14.215  1.00 97.42           O  \\nATOM   1034  CB  LEU L  11     -26.213   0.895  10.995  1.00 97.42           C  \\nATOM   1035  CG  LEU L  11     -24.950   0.040  11.117  1.00 97.42           C  \\nATOM   1036  CD1 LEU L  11     -25.261  -1.264  11.843  1.00 97.42           C  \\nATOM   1037  CD2 LEU L  11     -24.357  -0.237   9.739  1.00 97.42           C  \\nATOM   1038  N   SER L  12     -27.675   0.575  13.666  1.00 97.84           N  \\nATOM   1039  CA  SER L  12     -27.974  -0.274  14.815  1.00 97.84           C  \\nATOM   1040  C   SER L  12     -28.626  -1.582  14.380  1.00 97.84           C  \\nATOM   1041  O   SER L  12     -29.585  -1.577  13.606  1.00 97.84           O  \\nATOM   1042  CB  SER L  12     -28.887   0.458  15.799  1.00 97.84           C  \\nATOM   1043  OG  SER L  12     -29.174  -0.358  16.921  1.00 97.84           O  \\nATOM   1044  N   ALA L  13     -28.045  -2.686  14.889  1.00 97.77           N  \\nATOM   1045  CA  ALA L  13     -28.551  -4.005  14.521  1.00 97.77           C  \\nATOM   1046  C   ALA L  13     -28.427  -4.985  15.685  1.00 97.77           C  \\nATOM   1047  O   ALA L  13     -27.638  -4.765  16.608  1.00 97.77           O  \\nATOM   1048  CB  ALA L  13     -27.808  -4.539  13.299  1.00 97.77           C  \\nATOM   1049  N   SER L  14     -29.248  -6.012  15.637  1.00 97.96           N  \\nATOM   1050  CA  SER L  14     -29.263  -7.025  16.687  1.00 97.96           C  \\nATOM   1051  C   SER L  14     -28.125  -8.025  16.507  1.00 97.96           C  \\nATOM   1052  O   SER L  14     -27.598  -8.181  15.404  1.00 97.96           O  \\nATOM   1053  CB  SER L  14     -30.603  -7.762  16.702  1.00 97.96           C  \\nATOM   1054  OG  SER L  14     -31.677  -6.850  16.855  1.00 97.96           O  \\nATOM   1055  N   VAL L  15     -27.792  -8.699  17.588  1.00 98.09           N  \\nATOM   1056  CA  VAL L  15     -26.787  -9.756  17.545  1.00 98.09           C  \\nATOM   1057  C   VAL L  15     -27.232 -10.854  16.583  1.00 98.09           C  \\nATOM   1058  O   VAL L  15     -28.378 -11.307  16.636  1.00 98.09           O  \\nATOM   1059  CB  VAL L  15     -26.525 -10.349  18.947  1.00 98.09           C  \\nATOM   1060  CG1 VAL L  15     -25.619 -11.575  18.854  1.00 98.09           C  \\nATOM   1061  CG2 VAL L  15     -25.911  -9.295  19.866  1.00 98.09           C  \\nATOM   1062  N   GLY L  16     -26.280 -11.182  15.725  1.00 98.01           N  \\nATOM   1063  CA  GLY L  16     -26.572 -12.222  14.751  1.00 98.01           C  \\nATOM   1064  C   GLY L  16     -27.038 -11.674  13.415  1.00 98.01           C  \\nATOM   1065  O   GLY L  16     -27.096 -12.406  12.424  1.00 98.01           O  \\nATOM   1066  N   ASP L  17     -27.358 -10.368  13.449  1.00 98.15           N  \\nATOM   1067  CA  ASP L  17     -27.821  -9.754  12.208  1.00 98.15           C  \\nATOM   1068  C   ASP L  17     -26.675  -9.596  11.212  1.00 98.15           C  \\nATOM   1069  O   ASP L  17     -25.512  -9.488  11.608  1.00 98.15           O  \\nATOM   1070  CB  ASP L  17     -28.464  -8.394  12.490  1.00 98.15           C  \\nATOM   1071  CG  ASP L  17     -29.847  -8.509  13.107  1.00 98.15           C  \\nATOM   1072  OD1 ASP L  17     -30.375  -9.636  13.216  1.00 98.15           O  \\nATOM   1073  OD2 ASP L  17     -30.416  -7.461  13.483  1.00 98.15           O  \\nATOM   1074  N   ARG L  18     -27.042  -9.577   9.978  1.00 98.23           N  \\nATOM   1075  CA  ARG L  18     -26.129  -9.229   8.894  1.00 98.23           C  \\nATOM   1076  C   ARG L  18     -26.061  -7.718   8.700  1.00 98.23           C  \\nATOM   1077  O   ARG L  18     -27.091  -7.062   8.530  1.00 98.23           O  \\nATOM   1078  CB  ARG L  18     -26.556  -9.906   7.591  1.00 98.23           C  \\nATOM   1079  CG  ARG L  18     -25.586  -9.695   6.440  1.00 98.23           C  \\nATOM   1080  CD  ARG L  18     -26.063 -10.381   5.167  1.00 98.23           C  \\nATOM   1081  NE  ARG L  18     -25.075 -10.280   4.097  1.00 98.23           N  \\nATOM   1082  CZ  ARG L  18     -24.277 -11.269   3.706  1.00 98.23           C  \\nATOM   1083  NH1 ARG L  18     -24.336 -12.460   4.292  1.00 98.23           N  \\nATOM   1084  NH2 ARG L  18     -23.414 -11.068   2.721  1.00 98.23           N  \\nATOM   1085  N   VAL L  19     -24.877  -7.238   8.739  1.00 98.26           N  \\nATOM   1086  CA  VAL L  19     -24.637  -5.805   8.598  1.00 98.26           C  \\nATOM   1087  C   VAL L  19     -23.796  -5.542   7.351  1.00 98.26           C  \\nATOM   1088  O   VAL L  19     -22.792  -6.219   7.117  1.00 98.26           O  \\nATOM   1089  CB  VAL L  19     -23.937  -5.222   9.846  1.00 98.26           C  \\nATOM   1090  CG1 VAL L  19     -23.527  -3.770   9.606  1.00 98.26           C  \\nATOM   1091  CG2 VAL L  19     -24.848  -5.329  11.067  1.00 98.26           C  \\nATOM   1092  N   THR L  20     -24.239  -4.602   6.582  1.00 98.44           N  \\nATOM   1093  CA  THR L  20     -23.544  -4.244   5.350  1.00 98.44           C  \\nATOM   1094  C   THR L  20     -23.302  -2.739   5.284  1.00 98.44           C  \\nATOM   1095  O   THR L  20     -24.224  -1.947   5.485  1.00 98.44           O  \\nATOM   1096  CB  THR L  20     -24.339  -4.694   4.110  1.00 98.44           C  \\nATOM   1097  OG1 THR L  20     -24.529  -6.113   4.160  1.00 98.44           O  \\nATOM   1098  CG2 THR L  20     -23.601  -4.337   2.824  1.00 98.44           C  \\nATOM   1099  N   ILE L  21     -22.046  -2.394   5.061  1.00 98.52           N  \\nATOM   1100  CA  ILE L  21     -21.609  -1.018   4.850  1.00 98.52           C  \\nATOM   1101  C   ILE L  21     -21.102  -0.851   3.419  1.00 98.52           C  \\nATOM   1102  O   ILE L  21     -20.418  -1.730   2.890  1.00 98.52           O  \\nATOM   1103  CB  ILE L  21     -20.510  -0.613   5.858  1.00 98.52           C  \\nATOM   1104  CG1 ILE L  21     -21.001  -0.823   7.295  1.00 98.52           C  \\nATOM   1105  CG2 ILE L  21     -20.079   0.839   5.633  1.00 98.52           C  \\nATOM   1106  CD1 ILE L  21     -19.900  -0.739   8.343  1.00 98.52           C  \\nATOM   1107  N   THR L  22     -21.447   0.258   2.812  1.00 98.11           N  \\nATOM   1108  CA  THR L  22     -21.025   0.524   1.442  1.00 98.11           C  \\nATOM   1109  C   THR L  22     -20.095   1.732   1.386  1.00 98.11           C  \\nATOM   1110  O   THR L  22     -20.201   2.642   2.211  1.00 98.11           O  \\nATOM   1111  CB  THR L  22     -22.236   0.762   0.520  1.00 98.11           C  \\nATOM   1112  OG1 THR L  22     -23.046   1.810   1.067  1.00 98.11           O  \\nATOM   1113  CG2 THR L  22     -23.081  -0.501   0.386  1.00 98.11           C  \\nATOM   1114  N   CYS L  23     -19.165   1.638   0.494  1.00 97.71           N  \\nATOM   1115  CA  CYS L  23     -18.227   2.715   0.196  1.00 97.71           C  \\nATOM   1116  C   CYS L  23     -18.176   2.994  -1.301  1.00 97.71           C  \\nATOM   1117  O   CYS L  23     -17.919   2.089  -2.097  1.00 97.71           O  \\nATOM   1118  CB  CYS L  23     -16.830   2.366   0.708  1.00 97.71           C  \\nATOM   1119  SG  CYS L  23     -15.723   3.788   0.828  1.00 97.71           S  \\nATOM   1120  N   SER L  24     -18.443   4.221  -1.649  1.00 96.49           N  \\nATOM   1121  CA  SER L  24     -18.432   4.659  -3.041  1.00 96.49           C  \\nATOM   1122  C   SER L  24     -17.336   5.690  -3.287  1.00 96.49           C  \\nATOM   1123  O   SER L  24     -17.235   6.682  -2.561  1.00 96.49           O  \\nATOM   1124  CB  SER L  24     -19.791   5.244  -3.430  1.00 96.49           C  \\nATOM   1125  OG  SER L  24     -20.658   4.228  -3.904  1.00 96.49           O  \\nATOM   1126  N   ALA L  25     -16.580   5.435  -4.278  1.00 92.65           N  \\nATOM   1127  CA  ALA L  25     -15.469   6.322  -4.614  1.00 92.65           C  \\nATOM   1128  C   ALA L  25     -15.820   7.215  -5.801  1.00 92.65           C  \\nATOM   1129  O   ALA L  25     -16.613   6.830  -6.663  1.00 92.65           O  \\nATOM   1130  CB  ALA L  25     -14.213   5.508  -4.917  1.00 92.65           C  \\nATOM   1131  N   SER L  26     -15.172   8.398  -5.806  1.00 90.91           N  \\nATOM   1132  CA  SER L  26     -15.440   9.363  -6.867  1.00 90.91           C  \\nATOM   1133  C   SER L  26     -14.824   8.916  -8.189  1.00 90.91           C  \\nATOM   1134  O   SER L  26     -15.258   9.346  -9.259  1.00 90.91           O  \\nATOM   1135  CB  SER L  26     -14.904  10.743  -6.486  1.00 90.91           C  \\nATOM   1136  OG  SER L  26     -13.506  10.694  -6.257  1.00 90.91           O  \\nATOM   1137  N   SER L  27     -13.784   8.197  -8.142  1.00 86.27           N  \\nATOM   1138  CA  SER L  27     -13.141   7.559  -9.287  1.00 86.27           C  \\nATOM   1139  C   SER L  27     -12.760   6.116  -8.973  1.00 86.27           C  \\nATOM   1140  O   SER L  27     -12.767   5.705  -7.811  1.00 86.27           O  \\nATOM   1141  CB  SER L  27     -11.899   8.343  -9.710  1.00 86.27           C  \\nATOM   1142  OG  SER L  27     -10.933   8.353  -8.673  1.00 86.27           O  \\nATOM   1143  N   SER L  28     -12.497   5.408 -10.002  1.00 79.09           N  \\nATOM   1144  CA  SER L  28     -12.138   4.004  -9.831  1.00 79.09           C  \\nATOM   1145  C   SER L  28     -10.901   3.853  -8.952  1.00 79.09           C  \\nATOM   1146  O   SER L  28      -9.939   4.612  -9.089  1.00 79.09           O  \\nATOM   1147  CB  SER L  28     -11.892   3.344 -11.188  1.00 79.09           C  \\nATOM   1148  OG  SER L  28     -11.578   1.971 -11.030  1.00 79.09           O  \\nATOM   1149  N   VAL L  29     -11.016   2.841  -8.032  1.00 79.43           N  \\nATOM   1150  CA  VAL L  29      -9.907   2.577  -7.121  1.00 79.43           C  \\nATOM   1151  C   VAL L  29      -9.371   1.166  -7.353  1.00 79.43           C  \\nATOM   1152  O   VAL L  29     -10.112   0.276  -7.776  1.00 79.43           O  \\nATOM   1153  CB  VAL L  29     -10.332   2.750  -5.645  1.00 79.43           C  \\nATOM   1154  CG1 VAL L  29     -10.546   4.226  -5.314  1.00 79.43           C  \\nATOM   1155  CG2 VAL L  29     -11.598   1.946  -5.357  1.00 79.43           C  \\nATOM   1156  N   THR L  30      -8.034   1.119  -7.007  1.00 70.46           N  \\nATOM   1157  CA  THR L  30      -7.394  -0.171  -7.242  1.00 70.46           C  \\nATOM   1158  C   THR L  30      -7.776  -1.170  -6.153  1.00 70.46           C  \\nATOM   1159  O   THR L  30      -8.094  -2.324  -6.447  1.00 70.46           O  \\nATOM   1160  CB  THR L  30      -5.861  -0.031  -7.299  1.00 70.46           C  \\nATOM   1161  OG1 THR L  30      -5.512   0.930  -8.302  1.00 70.46           O  \\nATOM   1162  CG2 THR L  30      -5.200  -1.364  -7.637  1.00 70.46           C  \\nATOM   1163  N   TYR L  31      -7.756  -0.766  -4.943  1.00 76.76           N  \\nATOM   1164  CA  TYR L  31      -8.037  -1.621  -3.795  1.00 76.76           C  \\nATOM   1165  C   TYR L  31      -8.794  -0.855  -2.716  1.00 76.76           C  \\nATOM   1166  O   TYR L  31      -8.681   0.369  -2.621  1.00 76.76           O  \\nATOM   1167  CB  TYR L  31      -6.738  -2.191  -3.218  1.00 76.76           C  \\nATOM   1168  CG  TYR L  31      -5.906  -2.946  -4.225  1.00 76.76           C  \\nATOM   1169  CD1 TYR L  31      -6.176  -4.280  -4.521  1.00 76.76           C  \\nATOM   1170  CD2 TYR L  31      -4.848  -2.328  -4.883  1.00 76.76           C  \\nATOM   1171  CE1 TYR L  31      -5.411  -4.981  -5.447  1.00 76.76           C  \\nATOM   1172  CE2 TYR L  31      -4.076  -3.019  -5.811  1.00 76.76           C  \\nATOM   1173  CZ  TYR L  31      -4.365  -4.343  -6.086  1.00 76.76           C  \\nATOM   1174  OH  TYR L  31      -3.604  -5.032  -7.004  1.00 76.76           O  \\nATOM   1175  N   MET L  32      -9.428  -1.667  -2.046  1.00 88.37           N  \\nATOM   1176  CA  MET L  32     -10.122  -1.115  -0.886  1.00 88.37           C  \\nATOM   1177  C   MET L  32      -9.701  -1.833   0.392  1.00 88.37           C  \\nATOM   1178  O   MET L  32      -9.501  -3.049   0.390  1.00 88.37           O  \\nATOM   1179  CB  MET L  32     -11.638  -1.217  -1.067  1.00 88.37           C  \\nATOM   1180  CG  MET L  32     -12.433  -0.453  -0.020  1.00 88.37           C  \\nATOM   1181  SD  MET L  32     -12.207   1.363  -0.152  1.00 88.37           S  \\nATOM   1182  CE  MET L  32     -13.175   1.698  -1.650  1.00 88.37           C  \\nATOM   1183  N   TYR L  33      -9.525  -1.043   1.462  1.00 92.33           N  \\nATOM   1184  CA  TYR L  33      -9.210  -1.554   2.791  1.00 92.33           C  \\nATOM   1185  C   TYR L  33     -10.299  -1.183   3.791  1.00 92.33           C  \\nATOM   1186  O   TYR L  33     -10.960  -0.152   3.643  1.00 92.33           O  \\nATOM   1187  CB  TYR L  33      -7.858  -1.015   3.268  1.00 92.33           C  \\nATOM   1188  CG  TYR L  33      -6.705  -1.382   2.365  1.00 92.33           C  \\nATOM   1189  CD1 TYR L  33      -5.858  -2.442   2.679  1.00 92.33           C  \\nATOM   1190  CD2 TYR L  33      -6.460  -0.668   1.197  1.00 92.33           C  \\nATOM   1191  CE1 TYR L  33      -4.794  -2.782   1.851  1.00 92.33           C  \\nATOM   1192  CE2 TYR L  33      -5.399  -1.000   0.361  1.00 92.33           C  \\nATOM   1193  CZ  TYR L  33      -4.573  -2.057   0.696  1.00 92.33           C  \\nATOM   1194  OH  TYR L  33      -3.520  -2.389  -0.128  1.00 92.33           O  \\nATOM   1195  N   TRP L  34     -10.517  -2.034   4.774  1.00 96.71           N  \\nATOM   1196  CA  TRP L  34     -11.511  -1.766   5.808  1.00 96.71           C  \\nATOM   1197  C   TRP L  34     -10.896  -1.884   7.198  1.00 96.71           C  \\nATOM   1198  O   TRP L  34     -10.210  -2.863   7.500  1.00 96.71           O  \\nATOM   1199  CB  TRP L  34     -12.696  -2.726   5.677  1.00 96.71           C  \\nATOM   1200  CG  TRP L  34     -13.513  -2.521   4.436  1.00 96.71           C  \\nATOM   1201  CD1 TRP L  34     -13.322  -3.109   3.217  1.00 96.71           C  \\nATOM   1202  CD2 TRP L  34     -14.648  -1.662   4.294  1.00 96.71           C  \\nATOM   1203  NE1 TRP L  34     -14.271  -2.668   2.325  1.00 96.71           N  \\nATOM   1204  CE2 TRP L  34     -15.097  -1.780   2.960  1.00 96.71           C  \\nATOM   1205  CE3 TRP L  34     -15.331  -0.804   5.166  1.00 96.71           C  \\nATOM   1206  CZ2 TRP L  34     -16.199  -1.070   2.477  1.00 96.71           C  \\nATOM   1207  CZ3 TRP L  34     -16.428  -0.099   4.684  1.00 96.71           C  \\nATOM   1208  CH2 TRP L  34     -16.849  -0.238   3.352  1.00 96.71           C  \\nATOM   1209  N   TYR L  35     -11.219  -0.840   7.974  1.00 97.21           N  \\nATOM   1210  CA  TYR L  35     -10.675  -0.759   9.325  1.00 97.21           C  \\nATOM   1211  C   TYR L  35     -11.791  -0.735  10.362  1.00 97.21           C  \\nATOM   1212  O   TYR L  35     -12.873  -0.200  10.107  1.00 97.21           O  \\nATOM   1213  CB  TYR L  35      -9.794   0.485   9.477  1.00 97.21           C  \\nATOM   1214  CG  TYR L  35      -8.547   0.454   8.628  1.00 97.21           C  \\nATOM   1215  CD1 TYR L  35      -7.342  -0.019   9.142  1.00 97.21           C  \\nATOM   1216  CD2 TYR L  35      -8.571   0.898   7.310  1.00 97.21           C  \\nATOM   1217  CE1 TYR L  35      -6.190  -0.048   8.364  1.00 97.21           C  \\nATOM   1218  CE2 TYR L  35      -7.425   0.873   6.522  1.00 97.21           C  \\nATOM   1219  CZ  TYR L  35      -6.241   0.399   7.057  1.00 97.21           C  \\nATOM   1220  OH  TYR L  35      -5.103   0.372   6.281  1.00 97.21           O  \\nATOM   1221  N   GLN L  36     -11.494  -1.261  11.466  1.00 98.26           N  \\nATOM   1222  CA  GLN L  36     -12.314  -1.177  12.669  1.00 98.26           C  \\nATOM   1223  C   GLN L  36     -11.624  -0.350  13.750  1.00 98.26           C  \\nATOM   1224  O   GLN L  36     -10.445  -0.563  14.044  1.00 98.26           O  \\nATOM   1225  CB  GLN L  36     -12.633  -2.575  13.201  1.00 98.26           C  \\nATOM   1226  CG  GLN L  36     -13.438  -2.573  14.494  1.00 98.26           C  \\nATOM   1227  CD  GLN L  36     -13.454  -3.927  15.178  1.00 98.26           C  \\nATOM   1228  OE1 GLN L  36     -12.433  -4.386  15.699  1.00 98.26           O  \\nATOM   1229  NE2 GLN L  36     -14.614  -4.576  15.180  1.00 98.26           N  \\nATOM   1230  N   GLN L  37     -12.290   0.565  14.287  1.00 98.21           N  \\nATOM   1231  CA  GLN L  37     -11.743   1.330  15.404  1.00 98.21           C  \\nATOM   1232  C   GLN L  37     -12.698   1.325  16.594  1.00 98.21           C  \\nATOM   1233  O   GLN L  37     -13.791   1.891  16.522  1.00 98.21           O  \\nATOM   1234  CB  GLN L  37     -11.445   2.768  14.975  1.00 98.21           C  \\nATOM   1235  CG  GLN L  37     -10.732   3.591  16.039  1.00 98.21           C  \\nATOM   1236  CD  GLN L  37     -10.479   5.022  15.602  1.00 98.21           C  \\nATOM   1237  OE1 GLN L  37     -11.279   5.612  14.868  1.00 98.21           O  \\nATOM   1238  NE2 GLN L  37      -9.364   5.590  16.049  1.00 98.21           N  \\nATOM   1239  N   LYS L  38     -12.270   0.725  17.585  1.00 97.15           N  \\nATOM   1240  CA  LYS L  38     -12.979   0.772  18.861  1.00 97.15           C  \\nATOM   1241  C   LYS L  38     -12.594   2.016  19.657  1.00 97.15           C  \\nATOM   1242  O   LYS L  38     -11.489   2.541  19.504  1.00 97.15           O  \\nATOM   1243  CB  LYS L  38     -12.691  -0.485  19.683  1.00 97.15           C  \\nATOM   1244  CG  LYS L  38     -13.175  -1.773  19.033  1.00 97.15           C  \\nATOM   1245  CD  LYS L  38     -12.945  -2.977  19.938  1.00 97.15           C  \\nATOM   1246  CE  LYS L  38     -13.393  -4.271  19.273  1.00 97.15           C  \\nATOM   1247  NZ  LYS L  38     -13.099  -5.462  20.125  1.00 97.15           N  \\nATOM   1248  N   PRO L  39     -13.502   2.467  20.469  1.00 93.71           N  \\nATOM   1249  CA  PRO L  39     -13.248   3.724  21.177  1.00 93.71           C  \\nATOM   1250  C   PRO L  39     -11.955   3.692  21.990  1.00 93.71           C  \\nATOM   1251  O   PRO L  39     -11.726   2.752  22.755  1.00 93.71           O  \\nATOM   1252  CB  PRO L  39     -14.466   3.865  22.094  1.00 93.71           C  \\nATOM   1253  CG  PRO L  39     -15.520   3.014  21.462  1.00 93.71           C  \\nATOM   1254  CD  PRO L  39     -14.847   1.893  20.722  1.00 93.71           C  \\nATOM   1255  N   GLY L  40     -11.193   4.730  21.702  1.00 93.61           N  \\nATOM   1256  CA  GLY L  40      -9.960   4.901  22.453  1.00 93.61           C  \\nATOM   1257  C   GLY L  40      -8.825   4.033  21.944  1.00 93.61           C  \\nATOM   1258  O   GLY L  40      -7.751   3.989  22.546  1.00 93.61           O  \\nATOM   1259  N   LYS L  41      -9.008   3.351  20.930  1.00 96.81           N  \\nATOM   1260  CA  LYS L  41      -7.980   2.474  20.377  1.00 96.81           C  \\nATOM   1261  C   LYS L  41      -7.608   2.890  18.956  1.00 96.81           C  \\nATOM   1262  O   LYS L  41      -8.353   3.625  18.305  1.00 96.81           O  \\nATOM   1263  CB  LYS L  41      -8.452   1.019  20.390  1.00 96.81           C  \\nATOM   1264  CG  LYS L  41      -8.826   0.502  21.771  1.00 96.81           C  \\nATOM   1265  CD  LYS L  41      -7.590   0.155  22.592  1.00 96.81           C  \\nATOM   1266  CE  LYS L  41      -7.963  -0.363  23.974  1.00 96.81           C  \\nATOM   1267  NZ  LYS L  41      -6.761  -0.539  24.843  1.00 96.81           N  \\nATOM   1268  N   ALA L  42      -6.468   2.388  18.572  1.00 97.29           N  \\nATOM   1269  CA  ALA L  42      -6.041   2.594  17.190  1.00 97.29           C  \\nATOM   1270  C   ALA L  42      -6.885   1.767  16.226  1.00 97.29           C  \\nATOM   1271  O   ALA L  42      -7.439   0.733  16.606  1.00 97.29           O  \\nATOM   1272  CB  ALA L  42      -4.563   2.246  17.033  1.00 97.29           C  \\nATOM   1273  N   PRO L  43      -7.025   2.240  15.027  1.00 97.24           N  \\nATOM   1274  CA  PRO L  43      -7.702   1.414  14.025  1.00 97.24           C  \\nATOM   1275  C   PRO L  43      -7.015   0.069  13.807  1.00 97.24           C  \\nATOM   1276  O   PRO L  43      -5.804  -0.050  14.010  1.00 97.24           O  \\nATOM   1277  CB  PRO L  43      -7.638   2.272  12.759  1.00 97.24           C  \\nATOM   1278  CG  PRO L  43      -7.429   3.667  13.253  1.00 97.24           C  \\nATOM   1279  CD  PRO L  43      -6.608   3.611  14.509  1.00 97.24           C  \\nATOM   1280  N   LYS L  44      -7.794  -0.794  13.483  1.00 96.03           N  \\nATOM   1281  CA  LYS L  44      -7.344  -2.147  13.172  1.00 96.03           C  \\nATOM   1282  C   LYS L  44      -7.804  -2.573  11.780  1.00 96.03           C  \\nATOM   1283  O   LYS L  44      -8.985  -2.457  11.449  1.00 96.03           O  \\nATOM   1284  CB  LYS L  44      -7.857  -3.138  14.219  1.00 96.03           C  \\nATOM   1285  CG  LYS L  44      -7.452  -4.581  13.956  1.00 96.03           C  \\nATOM   1286  CD  LYS L  44      -8.072  -5.529  14.974  1.00 96.03           C  \\nATOM   1287  CE  LYS L  44      -7.777  -6.984  14.636  1.00 96.03           C  \\nATOM   1288  NZ  LYS L  44      -8.424  -7.920  15.603  1.00 96.03           N  \\nATOM   1289  N   LEU L  45      -6.839  -3.120  10.971  1.00 94.73           N  \\nATOM   1290  CA  LEU L  45      -7.170  -3.582   9.628  1.00 94.73           C  \\nATOM   1291  C   LEU L  45      -7.945  -4.895   9.679  1.00 94.73           C  \\nATOM   1292  O   LEU L  45      -7.527  -5.841  10.351  1.00 94.73           O  \\nATOM   1293  CB  LEU L  45      -5.899  -3.758   8.793  1.00 94.73           C  \\nATOM   1294  CG  LEU L  45      -6.089  -4.299   7.375  1.00 94.73           C  \\nATOM   1295  CD1 LEU L  45      -6.755  -3.248   6.492  1.00 94.73           C  \\nATOM   1296  CD2 LEU L  45      -4.752  -4.731   6.784  1.00 94.73           C  \\nATOM   1297  N   LEU L  46      -9.115  -4.898   8.966  1.00 95.83           N  \\nATOM   1298  CA  LEU L  46      -9.931  -6.105   8.883  1.00 95.83           C  \\nATOM   1299  C   LEU L  46      -9.827  -6.736   7.499  1.00 95.83           C  \\nATOM   1300  O   LEU L  46      -9.611  -7.945   7.378  1.00 95.83           O  \\nATOM   1301  CB  LEU L  46     -11.393  -5.786   9.203  1.00 95.83           C  \\nATOM   1302  CG  LEU L  46     -11.676  -5.230  10.599  1.00 95.83           C  \\nATOM   1303  CD1 LEU L  46     -13.160  -4.913  10.753  1.00 95.83           C  \\nATOM   1304  CD2 LEU L  46     -11.222  -6.216  11.670  1.00 95.83           C  \\nATOM   1305  N   ILE L  47      -9.902  -5.901   6.454  1.00 94.12           N  \\nATOM   1306  CA  ILE L  47      -9.919  -6.349   5.065  1.00 94.12           C  \\nATOM   1307  C   ILE L  47      -8.884  -5.569   4.258  1.00 94.12           C  \\nATOM   1308  O   ILE L  47      -8.837  -4.338   4.323  1.00 94.12           O  \\nATOM   1309  CB  ILE L  47     -11.322  -6.188   4.437  1.00 94.12           C  \\nATOM   1310  CG1 ILE L  47     -12.364  -6.963   5.251  1.00 94.12           C  \\nATOM   1311  CG2 ILE L  47     -11.315  -6.650   2.976  1.00 94.12           C  \\nATOM   1312  CD1 ILE L  47     -12.234  -8.476   5.144  1.00 94.12           C  \\nATOM   1313  N   TYR L  48      -8.011  -6.311   3.587  1.00 85.88           N  \\nATOM   1314  CA  TYR L  48      -7.078  -5.667   2.669  1.00 85.88           C  \\nATOM   1315  C   TYR L  48      -7.291  -6.157   1.242  1.00 85.88           C  \\nATOM   1316  O   TYR L  48      -7.802  -7.258   1.027  1.00 85.88           O  \\nATOM   1317  CB  TYR L  48      -5.632  -5.930   3.100  1.00 85.88           C  \\nATOM   1318  CG  TYR L  48      -5.191  -7.361   2.908  1.00 85.88           C  \\nATOM   1319  CD1 TYR L  48      -5.440  -8.323   3.884  1.00 85.88           C  \\nATOM   1320  CD2 TYR L  48      -4.526  -7.753   1.752  1.00 85.88           C  \\nATOM   1321  CE1 TYR L  48      -5.034  -9.643   3.713  1.00 85.88           C  \\nATOM   1322  CE2 TYR L  48      -4.116  -9.069   1.569  1.00 85.88           C  \\nATOM   1323  CZ  TYR L  48      -4.374 -10.006   2.553  1.00 85.88           C  \\nATOM   1324  OH  TYR L  48      -3.971 -11.310   2.378  1.00 85.88           O  \\nATOM   1325  N   ASP L  49      -6.943  -5.276   0.346  1.00 78.75           N  \\nATOM   1326  CA  ASP L  49      -7.037  -5.571  -1.081  1.00 78.75           C  \\nATOM   1327  C   ASP L  49      -8.435  -6.062  -1.449  1.00 78.75           C  \\nATOM   1328  O   ASP L  49      -8.583  -7.105  -2.089  1.00 78.75           O  \\nATOM   1329  CB  ASP L  49      -5.990  -6.612  -1.483  1.00 78.75           C  \\nATOM   1330  CG  ASP L  49      -4.588  -6.037  -1.581  1.00 78.75           C  \\nATOM   1331  OD1 ASP L  49      -4.419  -4.810  -1.416  1.00 78.75           O  \\nATOM   1332  OD2 ASP L  49      -3.644  -6.818  -1.828  1.00 78.75           O  \\nATOM   1333  N   THR L  50      -9.413  -5.395  -0.920  1.00 82.81           N  \\nATOM   1334  CA  THR L  50     -10.811  -5.487  -1.327  1.00 82.81           C  \\nATOM   1335  C   THR L  50     -11.504  -6.651  -0.624  1.00 82.81           C  \\nATOM   1336  O   THR L  50     -12.586  -6.485  -0.058  1.00 82.81           O  \\nATOM   1337  CB  THR L  50     -10.938  -5.657  -2.853  1.00 82.81           C  \\nATOM   1338  OG1 THR L  50     -10.386  -4.506  -3.503  1.00 82.81           O  \\nATOM   1339  CG2 THR L  50     -12.397  -5.810  -3.269  1.00 82.81           C  \\nATOM   1340  N   SER L  51     -10.902  -7.852  -0.552  1.00 86.18           N  \\nATOM   1341  CA  SER L  51     -11.706  -8.984  -0.102  1.00 86.18           C  \\nATOM   1342  C   SER L  51     -10.883  -9.942   0.752  1.00 86.18           C  \\nATOM   1343  O   SER L  51     -11.376 -10.994   1.165  1.00 86.18           O  \\nATOM   1344  CB  SER L  51     -12.295  -9.733  -1.299  1.00 86.18           C  \\nATOM   1345  OG  SER L  51     -11.273 -10.128  -2.198  1.00 86.18           O  \\nATOM   1346  N   ASN L  52      -9.611  -9.601   1.114  1.00 82.81           N  \\nATOM   1347  CA  ASN L  52      -8.754 -10.494   1.887  1.00 82.81           C  \\nATOM   1348  C   ASN L  52      -8.835 -10.194   3.381  1.00 82.81           C  \\nATOM   1349  O   ASN L  52      -8.707  -9.041   3.795  1.00 82.81           O  \\nATOM   1350  CB  ASN L  52      -7.305 -10.399   1.403  1.00 82.81           C  \\nATOM   1351  CG  ASN L  52      -7.149 -10.789  -0.053  1.00 82.81           C  \\nATOM   1352  OD1 ASN L  52      -7.408 -11.934  -0.433  1.00 82.81           O  \\nATOM   1353  ND2 ASN L  52      -6.724  -9.841  -0.879  1.00 82.81           N  \\nATOM   1354  N   LEU L  53      -9.023 -11.205   4.077  1.00 89.57           N  \\nATOM   1355  CA  LEU L  53      -9.064 -11.064   5.529  1.00 89.57           C  \\nATOM   1356  C   LEU L  53      -7.660 -10.888   6.098  1.00 89.57           C  \\nATOM   1357  O   LEU L  53      -6.748 -11.646   5.759  1.00 89.57           O  \\nATOM   1358  CB  LEU L  53      -9.736 -12.283   6.167  1.00 89.57           C  \\nATOM   1359  CG  LEU L  53     -11.127 -12.056   6.762  1.00 89.57           C  \\nATOM   1360  CD1 LEU L  53     -12.191 -12.706   5.884  1.00 89.57           C  \\nATOM   1361  CD2 LEU L  53     -11.195 -12.600   8.185  1.00 89.57           C  \\nATOM   1362  N   ALA L  54      -7.531  -9.879   6.968  1.00 89.06           N  \\nATOM   1363  CA  ALA L  54      -6.254  -9.689   7.652  1.00 89.06           C  \\nATOM   1364  C   ALA L  54      -6.023 -10.780   8.693  1.00 89.06           C  \\nATOM   1365  O   ALA L  54      -6.967 -11.448   9.123  1.00 89.06           O  \\nATOM   1366  CB  ALA L  54      -6.202  -8.312   8.308  1.00 89.06           C  \\nATOM   1367  N   SER L  55      -4.781 -10.882   9.048  1.00 83.54           N  \\nATOM   1368  CA  SER L  55      -4.404 -11.936   9.984  1.00 83.54           C  \\nATOM   1369  C   SER L  55      -5.117 -11.767  11.322  1.00 83.54           C  \\nATOM   1370  O   SER L  55      -5.146 -10.669  11.881  1.00 83.54           O  \\nATOM   1371  CB  SER L  55      -2.891 -11.945  10.201  1.00 83.54           C  \\nATOM   1372  OG  SER L  55      -2.519 -12.964  11.113  1.00 83.54           O  \\nATOM   1373  N   GLY L  56      -5.733 -12.875  11.774  1.00 89.56           N  \\nATOM   1374  CA  GLY L  56      -6.366 -12.917  13.083  1.00 89.56           C  \\nATOM   1375  C   GLY L  56      -7.783 -12.374  13.078  1.00 89.56           C  \\nATOM   1376  O   GLY L  56      -8.458 -12.377  14.110  1.00 89.56           O  \\nATOM   1377  N   VAL L  57      -8.330 -12.028  11.991  1.00 94.28           N  \\nATOM   1378  CA  VAL L  57      -9.664 -11.446  11.885  1.00 94.28           C  \\nATOM   1379  C   VAL L  57     -10.694 -12.549  11.657  1.00 94.28           C  \\nATOM   1380  O   VAL L  57     -10.501 -13.419  10.804  1.00 94.28           O  \\nATOM   1381  CB  VAL L  57      -9.739 -10.402  10.748  1.00 94.28           C  \\nATOM   1382  CG1 VAL L  57     -11.162  -9.869  10.598  1.00 94.28           C  \\nATOM   1383  CG2 VAL L  57      -8.761  -9.258  11.009  1.00 94.28           C  \\nATOM   1384  N   PRO L  58     -11.807 -12.494  12.402  1.00 96.70           N  \\nATOM   1385  CA  PRO L  58     -12.834 -13.531  12.272  1.00 96.70           C  \\nATOM   1386  C   PRO L  58     -13.461 -13.568  10.880  1.00 96.70           C  \\nATOM   1387  O   PRO L  58     -13.544 -12.536  10.208  1.00 96.70           O  \\nATOM   1388  CB  PRO L  58     -13.870 -13.136  13.327  1.00 96.70           C  \\nATOM   1389  CG  PRO L  58     -13.136 -12.230  14.263  1.00 96.70           C  \\nATOM   1390  CD  PRO L  58     -12.014 -11.575  13.510  1.00 96.70           C  \\nATOM   1391  N   SER L  59     -13.883 -14.705  10.525  1.00 96.79           N  \\nATOM   1392  CA  SER L  59     -14.368 -14.976   9.176  1.00 96.79           C  \\nATOM   1393  C   SER L  59     -15.709 -14.294   8.923  1.00 96.79           C  \\nATOM   1394  O   SER L  59     -16.174 -14.231   7.783  1.00 96.79           O  \\nATOM   1395  CB  SER L  59     -14.502 -16.482   8.946  1.00 96.79           C  \\nATOM   1396  OG  SER L  59     -15.346 -17.067   9.923  1.00 96.79           O  \\nATOM   1397  N   ARG L  60     -16.388 -13.821   9.965  1.00 98.29           N  \\nATOM   1398  CA  ARG L  60     -17.675 -13.160   9.769  1.00 98.29           C  \\nATOM   1399  C   ARG L  60     -17.501 -11.823   9.057  1.00 98.29           C  \\nATOM   1400  O   ARG L  60     -18.470 -11.253   8.550  1.00 98.29           O  \\nATOM   1401  CB  ARG L  60     -18.382 -12.952  11.110  1.00 98.29           C  \\nATOM   1402  CG  ARG L  60     -17.611 -12.075  12.083  1.00 98.29           C  \\nATOM   1403  CD  ARG L  60     -18.341 -11.930  13.412  1.00 98.29           C  \\nATOM   1404  NE  ARG L  60     -17.595 -11.093  14.348  1.00 98.29           N  \\nATOM   1405  CZ  ARG L  60     -16.594 -11.519  15.113  1.00 98.29           C  \\nATOM   1406  NH1 ARG L  60     -16.198 -12.786  15.069  1.00 98.29           N  \\nATOM   1407  NH2 ARG L  60     -15.985 -10.672  15.930  1.00 98.29           N  \\nATOM   1408  N   PHE L  61     -16.316 -11.288   8.987  1.00 98.24           N  \\nATOM   1409  CA  PHE L  61     -16.022 -10.071   8.240  1.00 98.24           C  \\nATOM   1410  C   PHE L  61     -15.666 -10.396   6.794  1.00 98.24           C  \\nATOM   1411  O   PHE L  61     -14.916 -11.338   6.531  1.00 98.24           O  \\nATOM   1412  CB  PHE L  61     -14.878  -9.296   8.901  1.00 98.24           C  \\nATOM   1413  CG  PHE L  61     -15.197  -8.809  10.289  1.00 98.24           C  \\nATOM   1414  CD1 PHE L  61     -16.096  -7.768  10.486  1.00 98.24           C  \\nATOM   1415  CD2 PHE L  61     -14.596  -9.392  11.397  1.00 98.24           C  \\nATOM   1416  CE1 PHE L  61     -16.393  -7.315  11.769  1.00 98.24           C  \\nATOM   1417  CE2 PHE L  61     -14.888  -8.945  12.683  1.00 98.24           C  \\nATOM   1418  CZ  PHE L  61     -15.786  -7.906  12.866  1.00 98.24           C  \\nATOM   1419  N   SER L  62     -16.181  -9.667   5.895  1.00 97.60           N  \\nATOM   1420  CA  SER L  62     -15.872  -9.855   4.481  1.00 97.60           C  \\nATOM   1421  C   SER L  62     -16.023  -8.552   3.704  1.00 97.60           C  \\nATOM   1422  O   SER L  62     -16.648  -7.604   4.187  1.00 97.60           O  \\nATOM   1423  CB  SER L  62     -16.774 -10.929   3.872  1.00 97.60           C  \\nATOM   1424  OG  SER L  62     -18.126 -10.504   3.863  1.00 97.60           O  \\nATOM   1425  N   GLY L  63     -15.353  -8.439   2.643  1.00 95.58           N  \\nATOM   1426  CA  GLY L  63     -15.426  -7.303   1.738  1.00 95.58           C  \\nATOM   1427  C   GLY L  63     -15.500  -7.708   0.278  1.00 95.58           C  \\nATOM   1428  O   GLY L  63     -15.033  -8.785  -0.098  1.00 95.58           O  \\nATOM   1429  N   SER L  64     -16.070  -6.898  -0.559  1.00 95.39           N  \\nATOM   1430  CA  SER L  64     -16.213  -7.103  -1.997  1.00 95.39           C  \\nATOM   1431  C   SER L  64     -16.366  -5.776  -2.733  1.00 95.39           C  \\nATOM   1432  O   SER L  64     -16.488  -4.722  -2.104  1.00 95.39           O  \\nATOM   1433  CB  SER L  64     -17.415  -8.001  -2.293  1.00 95.39           C  \\nATOM   1434  OG  SER L  64     -18.629  -7.326  -2.009  1.00 95.39           O  \\nATOM   1435  N   GLY L  65     -16.297  -5.825  -3.978  1.00 90.27           N  \\nATOM   1436  CA  GLY L  65     -16.512  -4.646  -4.801  1.00 90.27           C  \\nATOM   1437  C   GLY L  65     -15.468  -4.479  -5.889  1.00 90.27           C  \\nATOM   1438  O   GLY L  65     -14.504  -5.244  -5.954  1.00 90.27           O  \\nATOM   1439  N   SER L  66     -15.604  -3.647  -6.737  1.00 85.74           N  \\nATOM   1440  CA  SER L  66     -14.698  -3.272  -7.818  1.00 85.74           C  \\nATOM   1441  C   SER L  66     -15.034  -1.888  -8.364  1.00 85.74           C  \\nATOM   1442  O   SER L  66     -16.113  -1.355  -8.099  1.00 85.74           O  \\nATOM   1443  CB  SER L  66     -14.754  -4.302  -8.946  1.00 85.74           C  \\nATOM   1444  OG  SER L  66     -15.998  -4.240  -9.623  1.00 85.74           O  \\nATOM   1445  N   GLY L  67     -14.111  -1.371  -9.061  1.00 78.95           N  \\nATOM   1446  CA  GLY L  67     -14.316  -0.059  -9.655  1.00 78.95           C  \\nATOM   1447  C   GLY L  67     -14.527   1.035  -8.626  1.00 78.95           C  \\nATOM   1448  O   GLY L  67     -13.593   1.417  -7.918  1.00 78.95           O  \\nATOM   1449  N   THR L  68     -15.783   1.504  -8.480  1.00 89.37           N  \\nATOM   1450  CA  THR L  68     -16.065   2.634  -7.601  1.00 89.37           C  \\nATOM   1451  C   THR L  68     -16.938   2.202  -6.427  1.00 89.37           C  \\nATOM   1452  O   THR L  68     -17.135   2.965  -5.479  1.00 89.37           O  \\nATOM   1453  CB  THR L  68     -16.757   3.777  -8.366  1.00 89.37           C  \\nATOM   1454  OG1 THR L  68     -17.974   3.289  -8.945  1.00 89.37           O  \\nATOM   1455  CG2 THR L  68     -15.862   4.318  -9.476  1.00 89.37           C  \\nATOM   1456  N   ASP L  69     -17.419   1.002  -6.433  1.00 95.22           N  \\nATOM   1457  CA  ASP L  69     -18.362   0.586  -5.399  1.00 95.22           C  \\nATOM   1458  C   ASP L  69     -17.837  -0.627  -4.634  1.00 95.22           C  \\nATOM   1459  O   ASP L  69     -17.463  -1.635  -5.237  1.00 95.22           O  \\nATOM   1460  CB  ASP L  69     -19.727   0.269  -6.014  1.00 95.22           C  \\nATOM   1461  CG  ASP L  69     -20.435   1.501  -6.552  1.00 95.22           C  \\nATOM   1462  OD1 ASP L  69     -20.440   2.548  -5.869  1.00 95.22           O  \\nATOM   1463  OD2 ASP L  69     -20.994   1.422  -7.667  1.00 95.22           O  \\nATOM   1464  N   TYR L  70     -17.796  -0.499  -3.336  1.00 95.74           N  \\nATOM   1465  CA  TYR L  70     -17.273  -1.543  -2.462  1.00 95.74           C  \\nATOM   1466  C   TYR L  70     -18.178  -1.746  -1.252  1.00 95.74           C  \\nATOM   1467  O   TYR L  70     -18.875  -0.822  -0.829  1.00 95.74           O  \\nATOM   1468  CB  TYR L  70     -15.854  -1.196  -1.999  1.00 95.74           C  \\nATOM   1469  CG  TYR L  70     -14.843  -1.158  -3.120  1.00 95.74           C  \\nATOM   1470  CD1 TYR L  70     -14.001  -2.242  -3.361  1.00 95.74           C  \\nATOM   1471  CD2 TYR L  70     -14.727  -0.040  -3.938  1.00 95.74           C  \\nATOM   1472  CE1 TYR L  70     -13.066  -2.211  -4.391  1.00 95.74           C  \\nATOM   1473  CE2 TYR L  70     -13.796   0.002  -4.971  1.00 95.74           C  \\nATOM   1474  CZ  TYR L  70     -12.972  -1.086  -5.189  1.00 95.74           C  \\nATOM   1475  OH  TYR L  70     -12.048  -1.050  -6.210  1.00 95.74           O  \\nATOM   1476  N   THR L  71     -18.224  -2.941  -0.732  1.00 97.88           N  \\nATOM   1477  CA  THR L  71     -19.096  -3.300   0.380  1.00 97.88           C  \\nATOM   1478  C   THR L  71     -18.324  -4.070   1.447  1.00 97.88           C  \\nATOM   1479  O   THR L  71     -17.434  -4.861   1.127  1.00 97.88           O  \\nATOM   1480  CB  THR L  71     -20.294  -4.141  -0.098  1.00 97.88           C  \\nATOM   1481  OG1 THR L  71     -19.839  -5.112  -1.049  1.00 97.88           O  \\nATOM   1482  CG2 THR L  71     -21.356  -3.264  -0.753  1.00 97.88           C  \\nATOM   1483  N   PHE L  72     -18.591  -3.786   2.644  1.00 98.42           N  \\nATOM   1484  CA  PHE L  72     -18.124  -4.486   3.835  1.00 98.42           C  \\nATOM   1485  C   PHE L  72     -19.289  -5.138   4.571  1.00 98.42           C  \\nATOM   1486  O   PHE L  72     -20.313  -4.496   4.815  1.00 98.42           O  \\nATOM   1487  CB  PHE L  72     -17.384  -3.525   4.770  1.00 98.42           C  \\nATOM   1488  CG  PHE L  72     -17.011  -4.134   6.095  1.00 98.42           C  \\nATOM   1489  CD1 PHE L  72     -15.895  -4.955   6.209  1.00 98.42           C  \\nATOM   1490  CD2 PHE L  72     -17.776  -3.886   7.227  1.00 98.42           C  \\nATOM   1491  CE1 PHE L  72     -15.547  -5.520   7.433  1.00 98.42           C  \\nATOM   1492  CE2 PHE L  72     -17.434  -4.447   8.454  1.00 98.42           C  \\nATOM   1493  CZ  PHE L  72     -16.320  -5.264   8.555  1.00 98.42           C  \\nATOM   1494  N   THR L  73     -19.059  -6.389   4.953  1.00 98.53           N  \\nATOM   1495  CA  THR L  73     -20.171  -7.139   5.527  1.00 98.53           C  \\nATOM   1496  C   THR L  73     -19.733  -7.872   6.792  1.00 98.53           C  \\nATOM   1497  O   THR L  73     -18.656  -8.470   6.828  1.00 98.53           O  \\nATOM   1498  CB  THR L  73     -20.743  -8.150   4.516  1.00 98.53           C  \\nATOM   1499  OG1 THR L  73     -21.209  -7.447   3.358  1.00 98.53           O  \\nATOM   1500  CG2 THR L  73     -21.903  -8.935   5.121  1.00 98.53           C  \\nATOM   1501  N   ILE L  74     -20.527  -7.710   7.842  1.00 98.54           N  \\nATOM   1502  CA  ILE L  74     -20.506  -8.598   8.999  1.00 98.54           C  \\nATOM   1503  C   ILE L  74     -21.660  -9.594   8.907  1.00 98.54           C  \\nATOM   1504  O   ILE L  74     -22.829  -9.209   8.998  1.00 98.54           O  \\nATOM   1505  CB  ILE L  74     -20.587  -7.805  10.323  1.00 98.54           C  \\nATOM   1506  CG1 ILE L  74     -19.616  -6.619  10.294  1.00 98.54           C  \\nATOM   1507  CG2 ILE L  74     -20.299  -8.719  11.518  1.00 98.54           C  \\nATOM   1508  CD1 ILE L  74     -19.738  -5.691  11.495  1.00 98.54           C  \\nATOM   1509  N   SER L  75     -21.317 -10.870   8.783  1.00 98.02           N  \\nATOM   1510  CA  SER L  75     -22.338 -11.879   8.519  1.00 98.02           C  \\nATOM   1511  C   SER L  75     -23.212 -12.115   9.746  1.00 98.02           C  \\nATOM   1512  O   SER L  75     -24.422 -12.314   9.624  1.00 98.02           O  \\nATOM   1513  CB  SER L  75     -21.692 -13.194   8.082  1.00 98.02           C  \\nATOM   1514  OG  SER L  75     -20.823 -13.687   9.087  1.00 98.02           O  \\nATOM   1515  N   SER L  76     -22.660 -12.111  10.845  1.00 98.09           N  \\nATOM   1516  CA  SER L  76     -23.352 -12.281  12.118  1.00 98.09           C  \\nATOM   1517  C   SER L  76     -22.795 -11.338  13.180  1.00 98.09           C  \\nATOM   1518  O   SER L  76     -21.754 -11.616  13.780  1.00 98.09           O  \\nATOM   1519  CB  SER L  76     -23.241 -13.728  12.600  1.00 98.09           C  \\nATOM   1520  OG  SER L  76     -23.915 -13.900  13.835  1.00 98.09           O  \\nATOM   1521  N   LEU L  77     -23.493 -10.314  13.416  1.00 98.33           N  \\nATOM   1522  CA  LEU L  77     -23.040  -9.254  14.311  1.00 98.33           C  \\nATOM   1523  C   LEU L  77     -22.894  -9.773  15.737  1.00 98.33           C  \\nATOM   1524  O   LEU L  77     -23.790 -10.446  16.252  1.00 98.33           O  \\nATOM   1525  CB  LEU L  77     -24.014  -8.074  14.281  1.00 98.33           C  \\nATOM   1526  CG  LEU L  77     -23.584  -6.820  15.043  1.00 98.33           C  \\nATOM   1527  CD1 LEU L  77     -22.367  -6.186  14.376  1.00 98.33           C  \\nATOM   1528  CD2 LEU L  77     -24.735  -5.823  15.126  1.00 98.33           C  \\nATOM   1529  N   GLN L  78     -21.710  -9.418  16.325  1.00 97.70           N  \\nATOM   1530  CA  GLN L  78     -21.409  -9.787  17.704  1.00 97.70           C  \\nATOM   1531  C   GLN L  78     -21.230  -8.549  18.579  1.00 97.70           C  \\nATOM   1532  O   GLN L  78     -20.895  -7.473  18.080  1.00 97.70           O  \\nATOM   1533  CB  GLN L  78     -20.154 -10.658  17.765  1.00 97.70           C  \\nATOM   1534  CG  GLN L  78     -20.274 -11.966  16.994  1.00 97.70           C  \\nATOM   1535  CD  GLN L  78     -21.355 -12.876  17.547  1.00 97.70           C  \\nATOM   1536  OE1 GLN L  78     -21.448 -13.084  18.761  1.00 97.70           O  \\nATOM   1537  NE2 GLN L  78     -22.178 -13.425  16.661  1.00 97.70           N  \\nATOM   1538  N   PRO L  79     -21.423  -8.721  19.868  1.00 97.30           N  \\nATOM   1539  CA  PRO L  79     -21.323  -7.558  20.754  1.00 97.30           C  \\nATOM   1540  C   PRO L  79     -19.955  -6.884  20.689  1.00 97.30           C  \\nATOM   1541  O   PRO L  79     -19.855  -5.665  20.851  1.00 97.30           O  \\nATOM   1542  CB  PRO L  79     -21.574  -8.150  22.143  1.00 97.30           C  \\nATOM   1543  CG  PRO L  79     -22.371  -9.390  21.891  1.00 97.30           C  \\nATOM   1544  CD  PRO L  79     -21.965  -9.956  20.561  1.00 97.30           C  \\nATOM   1545  N   GLU L  80     -18.983  -7.596  20.445  1.00 97.25           N  \\nATOM   1546  CA  GLU L  80     -17.639  -7.028  20.408  1.00 97.25           C  \\nATOM   1547  C   GLU L  80     -17.389  -6.285  19.099  1.00 97.25           C  \\nATOM   1548  O   GLU L  80     -16.338  -5.667  18.920  1.00 97.25           O  \\nATOM   1549  CB  GLU L  80     -16.587  -8.123  20.599  1.00 97.25           C  \\nATOM   1550  CG  GLU L  80     -16.640  -9.219  19.545  1.00 97.25           C  \\nATOM   1551  CD  GLU L  80     -17.449 -10.431  19.979  1.00 97.25           C  \\nATOM   1552  OE1 GLU L  80     -18.386 -10.275  20.795  1.00 97.25           O  \\nATOM   1553  OE2 GLU L  80     -17.141 -11.546  19.502  1.00 97.25           O  \\nATOM   1554  N   ASP L  81     -18.341  -6.225  18.174  1.00 97.98           N  \\nATOM   1555  CA  ASP L  81     -18.182  -5.584  16.872  1.00 97.98           C  \\nATOM   1556  C   ASP L  81     -18.613  -4.120  16.925  1.00 97.98           C  \\nATOM   1557  O   ASP L  81     -18.574  -3.419  15.911  1.00 97.98           O  \\nATOM   1558  CB  ASP L  81     -18.984  -6.330  15.804  1.00 97.98           C  \\nATOM   1559  CG  ASP L  81     -18.481  -7.743  15.564  1.00 97.98           C  \\nATOM   1560  OD1 ASP L  81     -17.308  -8.035  15.883  1.00 97.98           O  \\nATOM   1561  OD2 ASP L  81     -19.263  -8.570  15.048  1.00 97.98           O  \\nATOM   1562  N   ILE L  82     -18.989  -3.748  18.098  1.00 97.33           N  \\nATOM   1563  CA  ILE L  82     -19.311  -2.335  18.265  1.00 97.33           C  \\nATOM   1564  C   ILE L  82     -18.058  -1.491  18.043  1.00 97.33           C  \\nATOM   1565  O   ILE L  82     -17.065  -1.642  18.758  1.00 97.33           O  \\nATOM   1566  CB  ILE L  82     -19.907  -2.052  19.662  1.00 97.33           C  \\nATOM   1567  CG1 ILE L  82     -21.192  -2.862  19.868  1.00 97.33           C  \\nATOM   1568  CG2 ILE L  82     -20.169  -0.554  19.845  1.00 97.33           C  \\nATOM   1569  CD1 ILE L  82     -21.690  -2.878  21.307  1.00 97.33           C  \\nATOM   1570  N   ALA L  83     -18.134  -0.652  17.114  1.00 98.08           N  \\nATOM   1571  CA  ALA L  83     -16.998   0.163  16.690  1.00 98.08           C  \\nATOM   1572  C   ALA L  83     -17.387   1.094  15.546  1.00 98.08           C  \\nATOM   1573  O   ALA L  83     -18.527   1.067  15.076  1.00 98.08           O  \\nATOM   1574  CB  ALA L  83     -15.831  -0.729  16.273  1.00 98.08           C  \\nATOM   1575  N   THR L  84     -16.510   1.946  15.207  1.00 98.46           N  \\nATOM   1576  CA  THR L  84     -16.597   2.700  13.961  1.00 98.46           C  \\nATOM   1577  C   THR L  84     -15.765   2.035  12.867  1.00 98.46           C  \\nATOM   1578  O   THR L  84     -14.615   1.656  13.099  1.00 98.46           O  \\nATOM   1579  CB  THR L  84     -16.128   4.154  14.154  1.00 98.46           C  \\nATOM   1580  OG1 THR L  84     -16.910   4.769  15.185  1.00 98.46           O  \\nATOM   1581  CG2 THR L  84     -16.283   4.957  12.867  1.00 98.46           C  \\nATOM   1582  N   TYR L  85     -16.337   1.873  11.730  1.00 98.64           N  \\nATOM   1583  CA  TYR L  85     -15.692   1.199  10.610  1.00 98.64           C  \\nATOM   1584  C   TYR L  85     -15.391   2.179   9.483  1.00 98.64           C  \\nATOM   1585  O   TYR L  85     -16.231   3.013   9.136  1.00 98.64           O  \\nATOM   1586  CB  TYR L  85     -16.573   0.059  10.089  1.00 98.64           C  \\nATOM   1587  CG  TYR L  85     -16.733  -1.080  11.066  1.00 98.64           C  \\nATOM   1588  CD1 TYR L  85     -15.997  -2.254  10.924  1.00 98.64           C  \\nATOM   1589  CD2 TYR L  85     -17.620  -0.985  12.133  1.00 98.64           C  \\nATOM   1590  CE1 TYR L  85     -16.143  -3.307  11.821  1.00 98.64           C  \\nATOM   1591  CE2 TYR L  85     -17.774  -2.031  13.036  1.00 98.64           C  \\nATOM   1592  CZ  TYR L  85     -17.032  -3.186  12.873  1.00 98.64           C  \\nATOM   1593  OH  TYR L  85     -17.180  -4.226  13.764  1.00 98.64           O  \\nATOM   1594  N   TYR L  86     -14.168   2.086   8.944  1.00 98.20           N  \\nATOM   1595  CA  TYR L  86     -13.710   2.979   7.886  1.00 98.20           C  \\nATOM   1596  C   TYR L  86     -13.280   2.191   6.655  1.00 98.20           C  \\nATOM   1597  O   TYR L  86     -12.590   1.176   6.770  1.00 98.20           O  \\nATOM   1598  CB  TYR L  86     -12.549   3.848   8.381  1.00 98.20           C  \\nATOM   1599  CG  TYR L  86     -12.922   4.772   9.515  1.00 98.20           C  \\nATOM   1600  CD1 TYR L  86     -13.420   6.048   9.264  1.00 98.20           C  \\nATOM   1601  CD2 TYR L  86     -12.777   4.371  10.838  1.00 98.20           C  \\nATOM   1602  CE1 TYR L  86     -13.763   6.904  10.305  1.00 98.20           C  \\nATOM   1603  CE2 TYR L  86     -13.117   5.218  11.888  1.00 98.20           C  \\nATOM   1604  CZ  TYR L  86     -13.609   6.480  11.612  1.00 98.20           C  \\nATOM   1605  OH  TYR L  86     -13.948   7.323  12.647  1.00 98.20           O  \\nATOM   1606  N   CYS L  87     -13.672   2.619   5.511  1.00 97.46           N  \\nATOM   1607  CA  CYS L  87     -13.050   2.157   4.275  1.00 97.46           C  \\nATOM   1608  C   CYS L  87     -11.884   3.056   3.882  1.00 97.46           C  \\nATOM   1609  O   CYS L  87     -11.847   4.230   4.256  1.00 97.46           O  \\nATOM   1610  CB  CYS L  87     -14.076   2.112   3.143  1.00 97.46           C  \\nATOM   1611  SG  CYS L  87     -14.824   3.714   2.775  1.00 97.46           S  \\nATOM   1612  N   GLN L  88     -10.919   2.535   3.208  1.00 94.99           N  \\nATOM   1613  CA  GLN L  88      -9.745   3.255   2.727  1.00 94.99           C  \\nATOM   1614  C   GLN L  88      -9.360   2.802   1.322  1.00 94.99           C  \\nATOM   1615  O   GLN L  88      -9.289   1.602   1.048  1.00 94.99           O  \\nATOM   1616  CB  GLN L  88      -8.566   3.060   3.683  1.00 94.99           C  \\nATOM   1617  CG  GLN L  88      -7.284   3.741   3.225  1.00 94.99           C  \\nATOM   1618  CD  GLN L  88      -6.058   2.865   3.401  1.00 94.99           C  \\nATOM   1619  OE1 GLN L  88      -5.973   2.076   4.347  1.00 94.99           O  \\nATOM   1620  NE2 GLN L  88      -5.099   2.997   2.490  1.00 94.99           N  \\nATOM   1621  N   GLN L  89      -9.181   3.744   0.516  1.00 89.58           N  \\nATOM   1622  CA  GLN L  89      -8.751   3.438  -0.845  1.00 89.58           C  \\nATOM   1623  C   GLN L  89      -7.290   3.821  -1.059  1.00 89.58           C  \\nATOM   1624  O   GLN L  89      -6.791   4.760  -0.435  1.00 89.58           O  \\nATOM   1625  CB  GLN L  89      -9.638   4.158  -1.862  1.00 89.58           C  \\nATOM   1626  CG  GLN L  89      -9.476   5.672  -1.856  1.00 89.58           C  \\nATOM   1627  CD  GLN L  89      -8.342   6.145  -2.745  1.00 89.58           C  \\nATOM   1628  OE1 GLN L  89      -7.803   5.377  -3.548  1.00 89.58           O  \\nATOM   1629  NE2 GLN L  89      -7.970   7.414  -2.608  1.00 89.58           N  \\nATOM   1630  N   TRP L  90      -6.758   3.097  -1.792  1.00 77.75           N  \\nATOM   1631  CA  TRP L  90      -5.383   3.361  -2.203  1.00 77.75           C  \\nATOM   1632  C   TRP L  90      -5.270   3.413  -3.723  1.00 77.75           C  \\nATOM   1633  O   TRP L  90      -5.528   2.418  -4.405  1.00 77.75           O  \\nATOM   1634  CB  TRP L  90      -4.440   2.292  -1.644  1.00 77.75           C  \\nATOM   1635  CG  TRP L  90      -2.995   2.524  -1.971  1.00 77.75           C  \\nATOM   1636  CD1 TRP L  90      -2.397   3.719  -2.258  1.00 77.75           C  \\nATOM   1637  CD2 TRP L  90      -1.967   1.532  -2.049  1.00 77.75           C  \\nATOM   1638  NE1 TRP L  90      -1.058   3.530  -2.509  1.00 77.75           N  \\nATOM   1639  CE2 TRP L  90      -0.768   2.198  -2.387  1.00 77.75           C  \\nATOM   1640  CE3 TRP L  90      -1.943   0.143  -1.864  1.00 77.75           C  \\nATOM   1641  CZ2 TRP L  90       0.443   1.520  -2.545  1.00 77.75           C  \\nATOM   1642  CZ3 TRP L  90      -0.737  -0.529  -2.021  1.00 77.75           C  \\nATOM   1643  CH2 TRP L  90       0.438   0.162  -2.358  1.00 77.75           C  \\nATOM   1644  N   SER L  91      -5.035   4.371  -3.952  1.00 69.24           N  \\nATOM   1645  CA  SER L  91      -4.691   4.593  -5.353  1.00 69.24           C  \\nATOM   1646  C   SER L  91      -3.210   4.919  -5.513  1.00 69.24           C  \\nATOM   1647  O   SER L  91      -2.581   5.445  -4.592  1.00 69.24           O  \\nATOM   1648  CB  SER L  91      -5.537   5.724  -5.940  1.00 69.24           C  \\nATOM   1649  OG  SER L  91      -6.917   5.410  -5.867  1.00 69.24           O  \\nATOM   1650  N   SER L  92      -2.851   4.650  -6.125  1.00 60.26           N  \\nATOM   1651  CA  SER L  92      -1.408   4.716  -6.330  1.00 60.26           C  \\nATOM   1652  C   SER L  92      -0.809   5.946  -5.655  1.00 60.26           C  \\nATOM   1653  O   SER L  92       0.378   5.962  -5.323  1.00 60.26           O  \\nATOM   1654  CB  SER L  92      -1.079   4.733  -7.823  1.00 60.26           C  \\nATOM   1655  OG  SER L  92      -0.678   3.448  -8.265  1.00 60.26           O  \\nATOM   1656  N   HIS L  93      -1.124   6.173  -5.058  1.00 61.84           N  \\nATOM   1657  CA  HIS L  93      -0.317   7.242  -4.482  1.00 61.84           C  \\nATOM   1658  C   HIS L  93      -1.053   7.935  -3.341  1.00 61.84           C  \\nATOM   1659  O   HIS L  93      -0.453   8.702  -2.584  1.00 61.84           O  \\nATOM   1660  CB  HIS L  93       0.066   8.262  -5.556  1.00 61.84           C  \\nATOM   1661  CG  HIS L  93       0.900   7.690  -6.658  1.00 61.84           C  \\nATOM   1662  ND1 HIS L  93       2.208   7.297  -6.473  1.00 61.84           N  \\nATOM   1663  CD2 HIS L  93       0.609   7.441  -7.956  1.00 61.84           C  \\nATOM   1664  CE1 HIS L  93       2.687   6.832  -7.615  1.00 61.84           C  \\nATOM   1665  NE2 HIS L  93       1.736   6.908  -8.531  1.00 61.84           N  \\nATOM   1666  N   ILE L  94      -2.024   7.900  -3.244  1.00 76.24           N  \\nATOM   1667  CA  ILE L  94      -2.779   8.602  -2.212  1.00 76.24           C  \\nATOM   1668  C   ILE L  94      -3.730   7.631  -1.517  1.00 76.24           C  \\nATOM   1669  O   ILE L  94      -4.404   6.834  -2.175  1.00 76.24           O  \\nATOM   1670  CB  ILE L  94      -3.567   9.794  -2.801  1.00 76.24           C  \\nATOM   1671  CG1 ILE L  94      -2.613  10.773  -3.496  1.00 76.24           C  \\nATOM   1672  CG2 ILE L  94      -4.376  10.499  -1.709  1.00 76.24           C  \\nATOM   1673  CD1 ILE L  94      -3.255  12.103  -3.868  1.00 76.24           C  \\nATOM   1674  N   PHE L  95      -3.812   7.850  -0.281  1.00 87.93           N  \\nATOM   1675  CA  PHE L  95      -4.766   7.113   0.539  1.00 87.93           C  \\nATOM   1676  C   PHE L  95      -5.886   8.028   1.022  1.00 87.93           C  \\nATOM   1677  O   PHE L  95      -5.633   9.162   1.434  1.00 87.93           O  \\nATOM   1678  CB  PHE L  95      -4.062   6.468   1.737  1.00 87.93           C  \\nATOM   1679  CG  PHE L  95      -3.033   5.439   1.355  1.00 87.93           C  \\nATOM   1680  CD1 PHE L  95      -3.296   4.083   1.506  1.00 87.93           C  \\nATOM   1681  CD2 PHE L  95      -1.801   5.828   0.843  1.00 87.93           C  \\nATOM   1682  CE1 PHE L  95      -2.345   3.129   1.153  1.00 87.93           C  \\nATOM   1683  CE2 PHE L  95      -0.846   4.880   0.488  1.00 87.93           C  \\nATOM   1684  CZ  PHE L  95      -1.120   3.531   0.644  1.00 87.93           C  \\nATOM   1685  N   THR L  96      -7.024   7.667   0.929  1.00 93.13           N  \\nATOM   1686  CA  THR L  96      -8.179   8.404   1.429  1.00 93.13           C  \\nATOM   1687  C   THR L  96      -9.118   7.480   2.200  1.00 93.13           C  \\nATOM   1688  O   THR L  96      -9.352   6.342   1.789  1.00 93.13           O  \\nATOM   1689  CB  THR L  96      -8.949   9.082   0.281  1.00 93.13           C  \\nATOM   1690  OG1 THR L  96      -8.016   9.558  -0.697  1.00 93.13           O  \\nATOM   1691  CG2 THR L  96      -9.776  10.258   0.792  1.00 93.13           C  \\nATOM   1692  N   PHE L  97      -9.675   7.992   3.320  1.00 96.04           N  \\nATOM   1693  CA  PHE L  97     -10.610   7.249   4.157  1.00 96.04           C  \\nATOM   1694  C   PHE L  97     -12.042   7.703   3.904  1.00 96.04           C  \\nATOM   1695  O   PHE L  97     -12.273   8.833   3.469  1.00 96.04           O  \\nATOM   1696  CB  PHE L  97     -10.259   7.418   5.638  1.00 96.04           C  \\nATOM   1697  CG  PHE L  97      -8.976   6.740   6.040  1.00 96.04           C  \\nATOM   1698  CD1 PHE L  97      -8.969   5.403   6.417  1.00 96.04           C  \\nATOM   1699  CD2 PHE L  97      -7.777   7.441   6.040  1.00 96.04           C  \\nATOM   1700  CE1 PHE L  97      -7.784   4.773   6.789  1.00 96.04           C  \\nATOM   1701  CE2 PHE L  97      -6.589   6.818   6.410  1.00 96.04           C  \\nATOM   1702  CZ  PHE L  97      -6.594   5.484   6.785  1.00 96.04           C  \\nATOM   1703  N   GLY L  98     -12.988   6.776   4.132  1.00 97.13           N  \\nATOM   1704  CA  GLY L  98     -14.375   7.182   4.291  1.00 97.13           C  \\nATOM   1705  C   GLY L  98     -14.636   7.918   5.592  1.00 97.13           C  \\nATOM   1706  O   GLY L  98     -13.779   7.946   6.478  1.00 97.13           O  \\nATOM   1707  N   GLN L  99     -15.817   8.461   5.711  1.00 97.27           N  \\nATOM   1708  CA  GLN L  99     -16.114   9.288   6.875  1.00 97.27           C  \\nATOM   1709  C   GLN L  99     -16.414   8.428   8.099  1.00 97.27           C  \\nATOM   1710  O   GLN L  99     -16.431   8.927   9.226  1.00 97.27           O  \\nATOM   1711  CB  GLN L  99     -17.292  10.219   6.587  1.00 97.27           C  \\nATOM   1712  CG  GLN L  99     -18.642   9.515   6.569  1.00 97.27           C  \\nATOM   1713  CD  GLN L  99     -18.945   8.861   5.234  1.00 97.27           C  \\nATOM   1714  OE1 GLN L  99     -18.082   8.785   4.354  1.00 97.27           O  \\nATOM   1715  NE2 GLN L  99     -20.175   8.384   5.073  1.00 97.27           N  \\nATOM   1716  N   GLY L 100     -16.601   7.084   7.872  1.00 98.01           N  \\nATOM   1717  CA  GLY L 100     -16.815   6.171   8.983  1.00 98.01           C  \\nATOM   1718  C   GLY L 100     -18.272   5.792   9.171  1.00 98.01           C  \\nATOM   1719  O   GLY L 100     -19.169   6.567   8.832  1.00 98.01           O  \\nATOM   1720  N   THR L 101     -18.463   4.682   9.697  1.00 98.51           N  \\nATOM   1721  CA  THR L 101     -19.774   4.154  10.056  1.00 98.51           C  \\nATOM   1722  C   THR L 101     -19.769   3.620  11.486  1.00 98.51           C  \\nATOM   1723  O   THR L 101     -19.027   2.688  11.803  1.00 98.51           O  \\nATOM   1724  CB  THR L 101     -20.210   3.037   9.090  1.00 98.51           C  \\nATOM   1725  OG1 THR L 101     -20.333   3.578   7.768  1.00 98.51           O  \\nATOM   1726  CG2 THR L 101     -21.550   2.440   9.508  1.00 98.51           C  \\nATOM   1727  N   LYS L 102     -20.581   4.230  12.281  1.00 98.27           N  \\nATOM   1728  CA  LYS L 102     -20.723   3.758  13.656  1.00 98.27           C  \\nATOM   1729  C   LYS L 102     -21.727   2.613  13.743  1.00 98.27           C  \\nATOM   1730  O   LYS L 102     -22.888   2.767  13.357  1.00 98.27           O  \\nATOM   1731  CB  LYS L 102     -21.153   4.903  14.575  1.00 98.27           C  \\nATOM   1732  CG  LYS L 102     -21.058   4.575  16.057  1.00 98.27           C  \\nATOM   1733  CD  LYS L 102     -21.392   5.786  16.920  1.00 98.27           C  \\nATOM   1734  CE  LYS L 102     -21.281   5.464  18.404  1.00 98.27           C  \\nATOM   1735  NZ  LYS L 102     -21.635   6.640  19.254  1.00 98.27           N  \\nATOM   1736  N   VAL L 103     -21.248   1.482  14.259  1.00 98.23           N  \\nATOM   1737  CA  VAL L 103     -22.080   0.291  14.393  1.00 98.23           C  \\nATOM   1738  C   VAL L 103     -22.410   0.054  15.865  1.00 98.23           C  \\nATOM   1739  O   VAL L 103     -21.510  -0.101  16.692  1.00 98.23           O  \\nATOM   1740  CB  VAL L 103     -21.388  -0.955  13.795  1.00 98.23           C  \\nATOM   1741  CG1 VAL L 103     -22.212  -2.212  14.066  1.00 98.23           C  \\nATOM   1742  CG2 VAL L 103     -21.164  -0.771  12.295  1.00 98.23           C  \\nATOM   1743  N   GLU L 104     -23.670  -0.013  16.109  1.00 97.51           N  \\nATOM   1744  CA  GLU L 104     -24.187  -0.230  17.456  1.00 97.51           C  \\nATOM   1745  C   GLU L 104     -25.079  -1.467  17.513  1.00 97.51           C  \\nATOM   1746  O   GLU L 104     -25.616  -1.899  16.491  1.00 97.51           O  \\nATOM   1747  CB  GLU L 104     -24.962   0.999  17.939  1.00 97.51           C  \\nATOM   1748  CG  GLU L 104     -24.107   2.251  18.076  1.00 97.51           C  \\nATOM   1749  CD  GLU L 104     -24.876   3.448  18.610  1.00 97.51           C  \\nATOM   1750  OE1 GLU L 104     -25.999   3.713  18.125  1.00 97.51           O  \\nATOM   1751  OE2 GLU L 104     -24.351   4.127  19.521  1.00 97.51           O  \\nATOM   1752  N   ILE L 105     -25.172  -1.911  18.674  1.00 95.28           N  \\nATOM   1753  CA  ILE L 105     -25.926  -3.142  18.884  1.00 95.28           C  \\nATOM   1754  C   ILE L 105     -27.296  -2.815  19.474  1.00 95.28           C  \\nATOM   1755  O   ILE L 105     -27.398  -2.042  20.429  1.00 95.28           O  \\nATOM   1756  CB  ILE L 105     -25.165  -4.121  19.806  1.00 95.28           C  \\nATOM   1757  CG1 ILE L 105     -23.856  -4.569  19.145  1.00 95.28           C  \\nATOM   1758  CG2 ILE L 105     -26.043  -5.327  20.155  1.00 95.28           C  \\nATOM   1759  CD1 ILE L 105     -24.034  -5.656  18.094  1.00 95.28           C  \\nATOM   1760  N   LYS L 106     -28.193  -3.382  18.851  1.00 90.92           N  \\nATOM   1761  CA  LYS L 106     -29.546  -3.319  19.396  1.00 90.92           C  \\nATOM   1762  C   LYS L 106     -29.811  -4.483  20.346  1.00 90.92           C  \\nATOM   1763  O   LYS L 106     -29.472  -5.629  20.042  1.00 90.92           O  \\nATOM   1764  CB  LYS L 106     -30.579  -3.317  18.268  1.00 90.92           C  \\nATOM   1765  CG  LYS L 106     -31.942  -2.780  18.679  1.00 90.92           C  \\nATOM   1766  CD  LYS L 106     -32.900  -2.722  17.495  1.00 90.92           C  \\nATOM   1767  CE  LYS L 106     -34.268  -2.195  17.907  1.00 90.92           C  \\nATOM   1768  NZ  LYS L 106     -35.215  -2.153  16.753  1.00 90.92           N  \\nTER    1769      LYS L 106                                                       \\nATOM   1769  N   LYS A   1      21.510   2.277 -25.202  1.00 75.42           N  \\nATOM   1770  CA  LYS A   1      20.446   2.221 -24.203  1.00 75.42           C  \\nATOM   1771  C   LYS A   1      19.756   3.574 -24.059  1.00 75.42           C  \\nATOM   1772  O   LYS A   1      20.387   4.560 -23.671  1.00 75.42           O  \\nATOM   1773  CB  LYS A   1      21.002   1.769 -22.852  1.00 75.42           C  \\nATOM   1774  CG  LYS A   1      20.058   0.875 -22.062  1.00 75.42           C  \\nATOM   1775  CD  LYS A   1      20.665   0.464 -20.726  1.00 75.42           C  \\nATOM   1776  CE  LYS A   1      19.705  -0.399 -19.918  1.00 75.42           C  \\nATOM   1777  NZ  LYS A   1      20.301  -0.818 -18.614  1.00 75.42           N  \\nATOM   1778  N   LYS A   2      18.991   3.482 -24.205  1.00 91.39           N  \\nATOM   1779  CA  LYS A   2      18.224   4.706 -23.996  1.00 91.39           C  \\nATOM   1780  C   LYS A   2      17.600   4.733 -22.603  1.00 91.39           C  \\nATOM   1781  O   LYS A   2      16.827   3.842 -22.246  1.00 91.39           O  \\nATOM   1782  CB  LYS A   2      17.134   4.846 -25.060  1.00 91.39           C  \\nATOM   1783  CG  LYS A   2      16.422   6.190 -25.045  1.00 91.39           C  \\nATOM   1784  CD  LYS A   2      15.489   6.342 -26.239  1.00 91.39           C  \\nATOM   1785  CE  LYS A   2      14.767   7.683 -26.218  1.00 91.39           C  \\nATOM   1786  NZ  LYS A   2      13.871   7.848 -27.402  1.00 91.39           N  \\nATOM   1787  N   VAL A   3      18.033   5.818 -21.872  1.00 94.44           N  \\nATOM   1788  CA  VAL A   3      17.543   5.992 -20.509  1.00 94.44           C  \\nATOM   1789  C   VAL A   3      16.380   6.982 -20.499  1.00 94.44           C  \\nATOM   1790  O   VAL A   3      16.461   8.050 -21.110  1.00 94.44           O  \\nATOM   1791  CB  VAL A   3      18.663   6.476 -19.561  1.00 94.44           C  \\nATOM   1792  CG1 VAL A   3      18.125   6.670 -18.144  1.00 94.44           C  \\nATOM   1793  CG2 VAL A   3      19.828   5.488 -19.563  1.00 94.44           C  \\nATOM   1794  N   CYS A   4      15.371   6.468 -19.874  1.00 95.99           N  \\nATOM   1795  CA  CYS A   4      14.189   7.318 -19.787  1.00 95.99           C  \\nATOM   1796  C   CYS A   4      13.803   7.568 -18.334  1.00 95.99           C  \\nATOM   1797  O   CYS A   4      14.084   6.744 -17.462  1.00 95.99           O  \\nATOM   1798  CB  CYS A   4      13.017   6.684 -20.535  1.00 95.99           C  \\nATOM   1799  SG  CYS A   4      13.317   6.456 -22.301  1.00 95.99           S  \\nATOM   1800  N   ASN A   5      13.187   8.708 -18.140  1.00 95.60           N  \\nATOM   1801  CA  ASN A   5      12.679   9.006 -16.806  1.00 95.60           C  \\nATOM   1802  C   ASN A   5      11.443   8.174 -16.477  1.00 95.60           C  \\nATOM   1803  O   ASN A   5      10.579   7.973 -17.332  1.00 95.60           O  \\nATOM   1804  CB  ASN A   5      12.365  10.498 -16.672  1.00 95.60           C  \\nATOM   1805  CG  ASN A   5      13.612  11.360 -16.673  1.00 95.60           C  \\nATOM   1806  OD1 ASN A   5      14.716  10.876 -16.407  1.00 95.60           O  \\nATOM   1807  ND2 ASN A   5      13.447  12.642 -16.975  1.00 95.60           N  \\nATOM   1808  N   GLY A   6      11.465   7.628 -15.201  1.00 93.68           N  \\nATOM   1809  CA  GLY A   6      10.285   6.911 -14.745  1.00 93.68           C  \\nATOM   1810  C   GLY A   6       9.286   7.801 -14.030  1.00 93.68           C  \\nATOM   1811  O   GLY A   6       9.489   9.012 -13.924  1.00 93.68           O  \\nATOM   1812  N   ILE A   7       8.308   7.242 -13.616  1.00 92.38           N  \\nATOM   1813  CA  ILE A   7       7.259   7.941 -12.881  1.00 92.38           C  \\nATOM   1814  C   ILE A   7       7.839   8.546 -11.604  1.00 92.38           C  \\nATOM   1815  O   ILE A   7       8.551   7.871 -10.858  1.00 92.38           O  \\nATOM   1816  CB  ILE A   7       6.083   6.999 -12.541  1.00 92.38           C  \\nATOM   1817  CG1 ILE A   7       5.510   6.377 -13.820  1.00 92.38           C  \\nATOM   1818  CG2 ILE A   7       4.998   7.748 -11.763  1.00 92.38           C  \\nATOM   1819  CD1 ILE A   7       4.850   7.382 -14.755  1.00 92.38           C  \\nATOM   1820  N   GLY A   8       7.459   9.740 -11.305  1.00 84.89           N  \\nATOM   1821  CA  GLY A   8       7.945  10.474 -10.148  1.00 84.89           C  \\nATOM   1822  C   GLY A   8       9.257  11.193 -10.406  1.00 84.89           C  \\nATOM   1823  O   GLY A   8       9.792  11.857  -9.516  1.00 84.89           O  \\nATOM   1824  N   ILE A   9       9.750  11.063 -11.643  1.00 87.62           N  \\nATOM   1825  CA  ILE A   9      11.031  11.685 -11.961  1.00 87.62           C  \\nATOM   1826  C   ILE A   9      10.852  12.678 -13.108  1.00 87.62           C  \\nATOM   1827  O   ILE A   9      10.043  12.452 -14.011  1.00 87.62           O  \\nATOM   1828  CB  ILE A   9      12.097  10.629 -12.327  1.00 87.62           C  \\nATOM   1829  CG1 ILE A   9      12.252   9.610 -11.192  1.00 87.62           C  \\nATOM   1830  CG2 ILE A   9      13.436  11.301 -12.647  1.00 87.62           C  \\nATOM   1831  CD1 ILE A   9      13.023  10.136  -9.989  1.00 87.62           C  \\nATOM   1832  N   GLY A  10      11.707  13.711 -13.061  1.00 87.84           N  \\nATOM   1833  CA  GLY A  10      11.755  14.690 -14.135  1.00 87.84           C  \\nATOM   1834  C   GLY A  10      10.387  15.225 -14.516  1.00 87.84           C  \\nATOM   1835  O   GLY A  10       9.647  15.715 -13.661  1.00 87.84           O  \\nATOM   1836  N   GLU A  11      10.202  15.074 -15.803  1.00 91.00           N  \\nATOM   1837  CA  GLU A  11       8.940  15.586 -16.327  1.00 91.00           C  \\nATOM   1838  C   GLU A  11       7.757  14.770 -15.813  1.00 91.00           C  \\nATOM   1839  O   GLU A  11       6.608  15.204 -15.909  1.00 91.00           O  \\nATOM   1840  CB  GLU A  11       8.953  15.586 -17.857  1.00 91.00           C  \\nATOM   1841  CG  GLU A  11       9.150  14.208 -18.471  1.00 91.00           C  \\nATOM   1842  CD  GLU A  11       9.478  14.253 -19.955  1.00 91.00           C  \\nATOM   1843  OE1 GLU A  11       8.864  15.061 -20.688  1.00 91.00           O  \\nATOM   1844  OE2 GLU A  11      10.354  13.472 -20.388  1.00 91.00           O  \\nATOM   1845  N   PHE A  12       7.968  13.607 -15.287  1.00 90.08           N  \\nATOM   1846  CA  PHE A  12       6.896  12.745 -14.803  1.00 90.08           C  \\nATOM   1847  C   PHE A  12       6.789  12.814 -13.285  1.00 90.08           C  \\nATOM   1848  O   PHE A  12       6.189  11.937 -12.659  1.00 90.08           O  \\nATOM   1849  CB  PHE A  12       7.127  11.297 -15.248  1.00 90.08           C  \\nATOM   1850  CG  PHE A  12       7.356  11.146 -16.727  1.00 90.08           C  \\nATOM   1851  CD1 PHE A  12       6.431  11.635 -17.642  1.00 90.08           C  \\nATOM   1852  CD2 PHE A  12       8.497  10.514 -17.204  1.00 90.08           C  \\nATOM   1853  CE1 PHE A  12       6.640  11.496 -19.012  1.00 90.08           C  \\nATOM   1854  CE2 PHE A  12       8.713  10.371 -18.572  1.00 90.08           C  \\nATOM   1855  CZ  PHE A  12       7.783  10.862 -19.474  1.00 90.08           C  \\nATOM   1856  N   LYS A  13       7.353  13.892 -12.669  1.00 86.04           N  \\nATOM   1857  CA  LYS A  13       7.391  14.041 -11.217  1.00 86.04           C  \\nATOM   1858  C   LYS A  13       5.983  14.110 -10.634  1.00 86.04           C  \\nATOM   1859  O   LYS A  13       5.751  13.674  -9.504  1.00 86.04           O  \\nATOM   1860  CB  LYS A  13       8.182  15.291 -10.827  1.00 86.04           C  \\nATOM   1861  CG  LYS A  13       7.494  16.598 -11.195  1.00 86.04           C  \\nATOM   1862  CD  LYS A  13       8.315  17.804 -10.756  1.00 86.04           C  \\nATOM   1863  CE  LYS A  13       7.640  19.112 -11.145  1.00 86.04           C  \\nATOM   1864  NZ  LYS A  13       8.377  20.296 -10.611  1.00 86.04           N  \\nATOM   1865  N   ASP A  14       5.086  14.469 -11.407  1.00 81.81           N  \\nATOM   1866  CA  ASP A  14       3.721  14.628 -10.916  1.00 81.81           C  \\nATOM   1867  C   ASP A  14       2.790  13.588 -11.536  1.00 81.81           C  \\nATOM   1868  O   ASP A  14       1.573  13.648 -11.351  1.00 81.81           O  \\nATOM   1869  CB  ASP A  14       3.205  16.038 -11.211  1.00 81.81           C  \\nATOM   1870  CG  ASP A  14       3.983  17.119 -10.482  1.00 81.81           C  \\nATOM   1871  OD1 ASP A  14       4.319  16.932  -9.292  1.00 81.81           O  \\nATOM   1872  OD2 ASP A  14       4.260  18.169 -11.101  1.00 81.81           O  \\nATOM   1873  N   SER A  15       3.392  12.719 -12.212  1.00 87.93           N  \\nATOM   1874  CA  SER A  15       2.590  11.645 -12.788  1.00 87.93           C  \\nATOM   1875  C   SER A  15       2.401  10.503 -11.794  1.00 87.93           C  \\nATOM   1876  O   SER A  15       3.329  10.149 -11.063  1.00 87.93           O  \\nATOM   1877  CB  SER A  15       3.241  11.116 -14.067  1.00 87.93           C  \\nATOM   1878  OG  SER A  15       2.329  11.163 -15.151  1.00 87.93           O  \\nATOM   1879  N   LEU A  16       1.279  10.040 -11.929  1.00 84.19           N  \\nATOM   1880  CA  LEU A  16       0.947   8.999 -10.962  1.00 84.19           C  \\nATOM   1881  C   LEU A  16       1.180   7.613 -11.554  1.00 84.19           C  \\nATOM   1882  O   LEU A  16       1.506   6.671 -10.829  1.00 84.19           O  \\nATOM   1883  CB  LEU A  16      -0.509   9.134 -10.507  1.00 84.19           C  \\nATOM   1884  CG  LEU A  16      -0.738   9.834  -9.167  1.00 84.19           C  \\nATOM   1885  CD1 LEU A  16      -1.914  10.800  -9.267  1.00 84.19           C  \\nATOM   1886  CD2 LEU A  16      -0.973   8.810  -8.062  1.00 84.19           C  \\nATOM   1887  N   SER A  17       0.997   7.436 -12.798  1.00 90.53           N  \\nATOM   1888  CA  SER A  17       1.041   6.151 -13.488  1.00 90.53           C  \\nATOM   1889  C   SER A  17       1.378   6.329 -14.965  1.00 90.53           C  \\nATOM   1890  O   SER A  17       1.327   7.443 -15.489  1.00 90.53           O  \\nATOM   1891  CB  SER A  17      -0.294   5.419 -13.346  1.00 90.53           C  \\nATOM   1892  OG  SER A  17      -0.264   4.180 -14.032  1.00 90.53           O  \\nATOM   1893  N   ILE A  18       1.735   5.201 -15.594  1.00 94.42           N  \\nATOM   1894  CA  ILE A  18       1.765   5.179 -17.052  1.00 94.42           C  \\nATOM   1895  C   ILE A  18       0.367   5.456 -17.601  1.00 94.42           C  \\nATOM   1896  O   ILE A  18      -0.612   4.850 -17.159  1.00 94.42           O  \\nATOM   1897  CB  ILE A  18       2.292   3.829 -17.586  1.00 94.42           C  \\nATOM   1898  CG1 ILE A  18       3.715   3.571 -17.074  1.00 94.42           C  \\nATOM   1899  CG2 ILE A  18       2.247   3.798 -19.116  1.00 94.42           C  \\nATOM   1900  CD1 ILE A  18       4.786   4.382 -17.790  1.00 94.42           C  \\nATOM   1901  N   ASN A  19       0.328   6.438 -18.436  1.00 92.01           N  \\nATOM   1902  CA  ASN A  19      -0.950   6.817 -19.029  1.00 92.01           C  \\nATOM   1903  C   ASN A  19      -0.811   7.112 -20.520  1.00 92.01           C  \\nATOM   1904  O   ASN A  19       0.268   6.947 -21.091  1.00 92.01           O  \\nATOM   1905  CB  ASN A  19      -1.542   8.026 -18.302  1.00 92.01           C  \\nATOM   1906  CG  ASN A  19      -0.666   9.259 -18.408  1.00 92.01           C  \\nATOM   1907  OD1 ASN A  19      -0.049   9.508 -19.447  1.00 92.01           O  \\nATOM   1908  ND2 ASN A  19      -0.605  10.038 -17.335  1.00 92.01           N  \\nATOM   1909  N   ALA A  20      -1.893   7.598 -21.195  1.00 94.50           N  \\nATOM   1910  CA  ALA A  20      -1.900   7.814 -22.640  1.00 94.50           C  \\nATOM   1911  C   ALA A  20      -0.958   8.950 -23.029  1.00 94.50           C  \\nATOM   1912  O   ALA A  20      -0.428   8.972 -24.142  1.00 94.50           O  \\nATOM   1913  CB  ALA A  20      -3.316   8.110 -23.127  1.00 94.50           C  \\nATOM   1914  N   THR A  21      -0.763   9.759 -22.192  1.00 93.51           N  \\nATOM   1915  CA  THR A  21       0.048  10.938 -22.474  1.00 93.51           C  \\nATOM   1916  C   THR A  21       1.535  10.607 -22.378  1.00 93.51           C  \\nATOM   1917  O   THR A  21       2.320  10.996 -23.245  1.00 93.51           O  \\nATOM   1918  CB  THR A  21      -0.287  12.091 -21.511  1.00 93.51           C  \\nATOM   1919  OG1 THR A  21      -1.704  12.301 -21.501  1.00 93.51           O  \\nATOM   1920  CG2 THR A  21       0.404  13.382 -21.936  1.00 93.51           C  \\nATOM   1921  N   ASN A  22       1.915   9.895 -21.383  1.00 92.88           N  \\nATOM   1922  CA  ASN A  22       3.342   9.770 -21.110  1.00 92.88           C  \\nATOM   1923  C   ASN A  22       3.909   8.469 -21.672  1.00 92.88           C  \\nATOM   1924  O   ASN A  22       5.127   8.292 -21.731  1.00 92.88           O  \\nATOM   1925  CB  ASN A  22       3.612   9.861 -19.606  1.00 92.88           C  \\nATOM   1926  CG  ASN A  22       2.831   8.833 -18.810  1.00 92.88           C  \\nATOM   1927  OD1 ASN A  22       2.617   7.707 -19.267  1.00 92.88           O  \\nATOM   1928  ND2 ASN A  22       2.400   9.213 -17.613  1.00 92.88           N  \\nATOM   1929  N   ILE A  23       3.228   7.544 -22.077  1.00 95.67           N  \\nATOM   1930  CA  ILE A  23       3.694   6.233 -22.513  1.00 95.67           C  \\nATOM   1931  C   ILE A  23       4.600   6.386 -23.733  1.00 95.67           C  \\nATOM   1932  O   ILE A  23       5.542   5.612 -23.916  1.00 95.67           O  \\nATOM   1933  CB  ILE A  23       2.513   5.291 -22.837  1.00 95.67           C  \\nATOM   1934  CG1 ILE A  23       3.024   3.877 -23.136  1.00 95.67           C  \\nATOM   1935  CG2 ILE A  23       1.694   5.837 -24.010  1.00 95.67           C  \\nATOM   1936  CD1 ILE A  23       1.952   2.800 -23.046  1.00 95.67           C  \\nATOM   1937  N   LYS A  24       4.310   7.351 -24.549  1.00 95.18           N  \\nATOM   1938  CA  LYS A  24       5.066   7.549 -25.783  1.00 95.18           C  \\nATOM   1939  C   LYS A  24       6.527   7.872 -25.486  1.00 95.18           C  \\nATOM   1940  O   LYS A  24       7.398   7.668 -26.334  1.00 95.18           O  \\nATOM   1941  CB  LYS A  24       4.442   8.665 -26.621  1.00 95.18           C  \\nATOM   1942  CG  LYS A  24       4.441  10.025 -25.939  1.00 95.18           C  \\nATOM   1943  CD  LYS A  24       3.766  11.083 -26.802  1.00 95.18           C  \\nATOM   1944  CE  LYS A  24       3.740  12.439 -26.109  1.00 95.18           C  \\nATOM   1945  NZ  LYS A  24       3.058  13.474 -26.941  1.00 95.18           N  \\nATOM   1946  N   HIS A  25       6.788   8.354 -24.295  1.00 95.65           N  \\nATOM   1947  CA  HIS A  25       8.142   8.738 -23.912  1.00 95.65           C  \\nATOM   1948  C   HIS A  25       8.980   7.515 -23.553  1.00 95.65           C  \\nATOM   1949  O   HIS A  25      10.206   7.606 -23.450  1.00 95.65           O  \\nATOM   1950  CB  HIS A  25       8.109   9.715 -22.735  1.00 95.65           C  \\nATOM   1951  CG  HIS A  25       7.576  11.066 -23.093  1.00 95.65           C  \\nATOM   1952  ND1 HIS A  25       8.375  12.074 -23.587  1.00 95.65           N  \\nATOM   1953  CD2 HIS A  25       6.322  11.572 -23.029  1.00 95.65           C  \\nATOM   1954  CE1 HIS A  25       7.632  13.146 -23.812  1.00 95.65           C  \\nATOM   1955  NE2 HIS A  25       6.383  12.867 -23.482  1.00 95.65           N  \\nATOM   1956  N   PHE A  26       8.358   6.439 -23.430  1.00 96.25           N  \\nATOM   1957  CA  PHE A  26       9.058   5.212 -23.068  1.00 96.25           C  \\nATOM   1958  C   PHE A  26       9.404   4.399 -24.310  1.00 96.25           C  \\nATOM   1959  O   PHE A  26      10.009   3.330 -24.210  1.00 96.25           O  \\nATOM   1960  CB  PHE A  26       8.210   4.370 -22.109  1.00 96.25           C  \\nATOM   1961  CG  PHE A  26       7.962   5.029 -20.780  1.00 96.25           C  \\nATOM   1962  CD1 PHE A  26       8.932   5.008 -19.786  1.00 96.25           C  \\nATOM   1963  CD2 PHE A  26       6.757   5.671 -20.524  1.00 96.25           C  \\nATOM   1964  CE1 PHE A  26       8.706   5.618 -18.554  1.00 96.25           C  \\nATOM   1965  CE2 PHE A  26       6.523   6.282 -19.295  1.00 96.25           C  \\nATOM   1966  CZ  PHE A  26       7.498   6.254 -18.311  1.00 96.25           C  \\nATOM   1967  N   LYS A  27       9.005   4.994 -25.441  1.00 94.50           N  \\nATOM   1968  CA  LYS A  27       9.323   4.293 -26.682  1.00 94.50           C  \\nATOM   1969  C   LYS A  27      10.831   4.150 -26.862  1.00 94.50           C  \\nATOM   1970  O   LYS A  27      11.575   5.121 -26.708  1.00 94.50           O  \\nATOM   1971  CB  LYS A  27       8.719   5.025 -27.882  1.00 94.50           C  \\nATOM   1972  CG  LYS A  27       8.743   4.221 -29.173  1.00 94.50           C  \\nATOM   1973  CD  LYS A  27       7.974   4.926 -30.284  1.00 94.50           C  \\nATOM   1974  CE  LYS A  27       7.981   4.113 -31.572  1.00 94.50           C  \\nATOM   1975  NZ  LYS A  27       7.222   4.796 -32.662  1.00 94.50           N  \\nATOM   1976  N   ASN A  28      11.254   2.950 -27.059  1.00 94.19           N  \\nATOM   1977  CA  ASN A  28      12.639   2.568 -27.314  1.00 94.19           C  \\nATOM   1978  C   ASN A  28      13.496   2.696 -26.059  1.00 94.19           C  \\nATOM   1979  O   ASN A  28      14.726   2.654 -26.134  1.00 94.19           O  \\nATOM   1980  CB  ASN A  28      13.228   3.409 -28.448  1.00 94.19           C  \\nATOM   1981  CG  ASN A  28      12.537   3.166 -29.776  1.00 94.19           C  \\nATOM   1982  OD1 ASN A  28      12.077   2.056 -30.056  1.00 94.19           O  \\nATOM   1983  ND2 ASN A  28      12.460   4.202 -30.602  1.00 94.19           N  \\nATOM   1984  N   CYS A  29      12.947   2.725 -24.998  1.00 96.29           N  \\nATOM   1985  CA  CYS A  29      13.679   2.817 -23.740  1.00 96.29           C  \\nATOM   1986  C   CYS A  29      14.142   1.441 -23.276  1.00 96.29           C  \\nATOM   1987  O   CYS A  29      13.349   0.500 -23.223  1.00 96.29           O  \\nATOM   1988  CB  CYS A  29      12.811   3.463 -22.660  1.00 96.29           C  \\nATOM   1989  SG  CYS A  29      12.355   5.174 -23.020  1.00 96.29           S  \\nATOM   1990  N   THR A  30      15.373   1.562 -22.956  1.00 95.53           N  \\nATOM   1991  CA  THR A  30      15.936   0.302 -22.483  1.00 95.53           C  \\nATOM   1992  C   THR A  30      16.157   0.342 -20.973  1.00 95.53           C  \\nATOM   1993  O   THR A  30      16.168  -0.700 -20.315  1.00 95.53           O  \\nATOM   1994  CB  THR A  30      17.266  -0.017 -23.191  1.00 95.53           C  \\nATOM   1995  OG1 THR A  30      18.155   1.097 -23.048  1.00 95.53           O  \\nATOM   1996  CG2 THR A  30      17.047  -0.291 -24.675  1.00 95.53           C  \\nATOM   1997  N   SER A  31      16.249   1.487 -20.479  1.00 95.75           N  \\nATOM   1998  CA  SER A  31      16.412   1.688 -19.042  1.00 95.75           C  \\nATOM   1999  C   SER A  31      15.516   2.814 -18.536  1.00 95.75           C  \\nATOM   2000  O   SER A  31      15.465   3.890 -19.135  1.00 95.75           O  \\nATOM   2001  CB  SER A  31      17.872   1.996 -18.706  1.00 95.75           C  \\nATOM   2002  OG  SER A  31      18.054   2.097 -17.304  1.00 95.75           O  \\nATOM   2003  N   ILE A  32      14.899   2.441 -17.387  1.00 96.23           N  \\nATOM   2004  CA  ILE A  32      14.020   3.420 -16.758  1.00 96.23           C  \\nATOM   2005  C   ILE A  32      14.628   3.887 -15.437  1.00 96.23           C  \\nATOM   2006  O   ILE A  32      14.827   3.086 -14.521  1.00 96.23           O  \\nATOM   2007  CB  ILE A  32      12.607   2.840 -16.521  1.00 96.23           C  \\nATOM   2008  CG1 ILE A  32      11.987   2.387 -17.848  1.00 96.23           C  \\nATOM   2009  CG2 ILE A  32      11.712   3.867 -15.821  1.00 96.23           C  \\nATOM   2010  CD1 ILE A  32      11.569   3.532 -18.759  1.00 96.23           C  \\nATOM   2011  N   SER A  33      14.839   5.187 -15.474  1.00 94.13           N  \\nATOM   2012  CA  SER A  33      15.333   5.751 -14.222  1.00 94.13           C  \\nATOM   2013  C   SER A  33      14.183   6.181 -13.317  1.00 94.13           C  \\nATOM   2014  O   SER A  33      13.569   7.227 -13.540  1.00 94.13           O  \\nATOM   2015  CB  SER A  33      16.251   6.943 -14.496  1.00 94.13           C  \\nATOM   2016  OG  SER A  33      16.799   7.444 -13.289  1.00 94.13           O  \\nATOM   2017  N   GLY A  34      13.932   5.302 -12.539  1.00 92.59           N  \\nATOM   2018  CA  GLY A  34      12.781   5.529 -11.680  1.00 92.59           C  \\nATOM   2019  C   GLY A  34      11.819   4.357 -11.650  1.00 92.59           C  \\nATOM   2020  O   GLY A  34      12.201   3.225 -11.952  1.00 92.59           O  \\nATOM   2021  N   ASP A  35      10.565   4.654 -11.175  1.00 93.75           N  \\nATOM   2022  CA  ASP A  35       9.560   3.617 -10.966  1.00 93.75           C  \\nATOM   2023  C   ASP A  35       8.589   3.547 -12.143  1.00 93.75           C  \\nATOM   2024  O   ASP A  35       8.483   4.496 -12.924  1.00 93.75           O  \\nATOM   2025  CB  ASP A  35       8.793   3.867  -9.666  1.00 93.75           C  \\nATOM   2026  CG  ASP A  35       9.705   4.119  -8.479  1.00 93.75           C  \\nATOM   2027  OD1 ASP A  35      10.783   3.492  -8.393  1.00 93.75           O  \\nATOM   2028  OD2 ASP A  35       9.342   4.951  -7.619  1.00 93.75           O  \\nATOM   2029  N   LEU A  36       7.984   2.375 -12.291  1.00 95.64           N  \\nATOM   2030  CA  LEU A  36       6.893   2.207 -13.245  1.00 95.64           C  \\nATOM   2031  C   LEU A  36       5.620   1.751 -12.541  1.00 95.64           C  \\nATOM   2032  O   LEU A  36       5.623   0.736 -11.840  1.00 95.64           O  \\nATOM   2033  CB  LEU A  36       7.280   1.198 -14.330  1.00 95.64           C  \\nATOM   2034  CG  LEU A  36       8.064   1.750 -15.521  1.00 95.64           C  \\nATOM   2035  CD1 LEU A  36       8.635   0.607 -16.355  1.00 95.64           C  \\nATOM   2036  CD2 LEU A  36       7.178   2.651 -16.374  1.00 95.64           C  \\nATOM   2037  N   HIS A  37       4.592   2.540 -12.655  1.00 92.48           N  \\nATOM   2038  CA  HIS A  37       3.286   2.241 -12.079  1.00 92.48           C  \\nATOM   2039  C   HIS A  37       2.236   2.044 -13.168  1.00 92.48           C  \\nATOM   2040  O   HIS A  37       2.075   2.898 -14.043  1.00 92.48           O  \\nATOM   2041  CB  HIS A  37       2.852   3.357 -11.127  1.00 92.48           C  \\nATOM   2042  CG  HIS A  37       3.740   3.506  -9.933  1.00 92.48           C  \\nATOM   2043  ND1 HIS A  37       3.331   4.133  -8.776  1.00 92.48           N  \\nATOM   2044  CD2 HIS A  37       5.015   3.107  -9.718  1.00 92.48           C  \\nATOM   2045  CE1 HIS A  37       4.321   4.113  -7.898  1.00 92.48           C  \\nATOM   2046  NE2 HIS A  37       5.354   3.496  -8.446  1.00 92.48           N  \\nATOM   2047  N   ILE A  38       1.716   0.980 -13.142  1.00 93.46           N  \\nATOM   2048  CA  ILE A  38       0.541   0.770 -13.981  1.00 93.46           C  \\nATOM   2049  C   ILE A  38      -0.699   0.617 -13.103  1.00 93.46           C  \\nATOM   2050  O   ILE A  38      -0.872  -0.405 -12.435  1.00 93.46           O  \\nATOM   2051  CB  ILE A  38       0.710  -0.469 -14.890  1.00 93.46           C  \\nATOM   2052  CG1 ILE A  38       1.952  -0.316 -15.776  1.00 93.46           C  \\nATOM   2053  CG2 ILE A  38      -0.545  -0.690 -15.739  1.00 93.46           C  \\nATOM   2054  CD1 ILE A  38       2.042  -1.341 -16.898  1.00 93.46           C  \\nATOM   2055  N   LEU A  39      -1.566   1.740 -12.957  1.00 88.45           N  \\nATOM   2056  CA  LEU A  39      -2.736   1.803 -12.088  1.00 88.45           C  \\nATOM   2057  C   LEU A  39      -4.023   1.789 -12.906  1.00 88.45           C  \\nATOM   2058  O   LEU A  39      -3.999   2.041 -14.113  1.00 88.45           O  \\nATOM   2059  CB  LEU A  39      -2.687   3.059 -11.213  1.00 88.45           C  \\nATOM   2060  CG  LEU A  39      -1.448   3.223 -10.332  1.00 88.45           C  \\nATOM   2061  CD1 LEU A  39      -1.499   4.555  -9.590  1.00 88.45           C  \\nATOM   2062  CD2 LEU A  39      -1.332   2.062  -9.350  1.00 88.45           C  \\nATOM   2063  N   PRO A  40      -5.133   1.478 -12.366  1.00 85.91           N  \\nATOM   2064  CA  PRO A  40      -6.399   1.454 -13.101  1.00 85.91           C  \\nATOM   2065  C   PRO A  40      -6.705   2.779 -13.796  1.00 85.91           C  \\nATOM   2066  O   PRO A  40      -7.281   2.790 -14.886  1.00 85.91           O  \\nATOM   2067  CB  PRO A  40      -7.433   1.157 -12.012  1.00 85.91           C  \\nATOM   2068  CG  PRO A  40      -6.671   0.434 -10.949  1.00 85.91           C  \\nATOM   2069  CD  PRO A  40      -5.274   0.981 -10.908  1.00 85.91           C  \\nATOM   2070  N   VAL A  41      -6.247   3.748 -13.270  1.00 87.27           N  \\nATOM   2071  CA  VAL A  41      -6.520   5.072 -13.819  1.00 87.27           C  \\nATOM   2072  C   VAL A  41      -5.892   5.196 -15.205  1.00 87.27           C  \\nATOM   2073  O   VAL A  41      -6.373   5.961 -16.045  1.00 87.27           O  \\nATOM   2074  CB  VAL A  41      -5.993   6.190 -12.893  1.00 87.27           C  \\nATOM   2075  CG1 VAL A  41      -4.468   6.156 -12.818  1.00 87.27           C  \\nATOM   2076  CG2 VAL A  41      -6.477   7.556 -13.377  1.00 87.27           C  \\nATOM   2077  N   ALA A  42      -4.944   4.367 -15.461  1.00 90.37           N  \\nATOM   2078  CA  ALA A  42      -4.294   4.425 -16.768  1.00 90.37           C  \\nATOM   2079  C   ALA A  42      -5.252   3.997 -17.876  1.00 90.37           C  \\nATOM   2080  O   ALA A  42      -5.262   4.587 -18.959  1.00 90.37           O  \\nATOM   2081  CB  ALA A  42      -3.045   3.549 -16.780  1.00 90.37           C  \\nATOM   2082  N   PHE A  43      -6.076   3.023 -17.573  1.00 89.49           N  \\nATOM   2083  CA  PHE A  43      -6.924   2.438 -18.605  1.00 89.49           C  \\nATOM   2084  C   PHE A  43      -8.312   3.069 -18.587  1.00 89.49           C  \\nATOM   2085  O   PHE A  43      -9.055   2.973 -19.566  1.00 89.49           O  \\nATOM   2086  CB  PHE A  43      -7.035   0.922 -18.415  1.00 89.49           C  \\nATOM   2087  CG  PHE A  43      -5.733   0.190 -18.604  1.00 89.49           C  \\nATOM   2088  CD1 PHE A  43      -5.220  -0.025 -19.877  1.00 89.49           C  \\nATOM   2089  CD2 PHE A  43      -5.024  -0.283 -17.508  1.00 89.49           C  \\nATOM   2090  CE1 PHE A  43      -4.015  -0.702 -20.055  1.00 89.49           C  \\nATOM   2091  CE2 PHE A  43      -3.820  -0.960 -17.677  1.00 89.49           C  \\nATOM   2092  CZ  PHE A  43      -3.318  -1.170 -18.952  1.00 89.49           C  \\nATOM   2093  N   ARG A  44      -8.658   3.793 -17.510  1.00 87.15           N  \\nATOM   2094  CA  ARG A  44      -9.947   4.466 -17.390  1.00 87.15           C  \\nATOM   2095  C   ARG A  44      -9.839   5.933 -17.791  1.00 87.15           C  \\nATOM   2096  O   ARG A  44     -10.839   6.560 -18.147  1.00 87.15           O  \\nATOM   2097  CB  ARG A  44     -10.482   4.352 -15.961  1.00 87.15           C  \\nATOM   2098  CG  ARG A  44     -10.822   2.930 -15.542  1.00 87.15           C  \\nATOM   2099  CD  ARG A  44     -11.468   2.887 -14.164  1.00 87.15           C  \\nATOM   2100  NE  ARG A  44     -10.527   3.270 -13.116  1.00 87.15           N  \\nATOM   2101  CZ  ARG A  44     -10.849   3.452 -11.838  1.00 87.15           C  \\nATOM   2102  NH1 ARG A  44     -12.100   3.289 -11.424  1.00 87.15           N  \\nATOM   2103  NH2 ARG A  44      -9.913   3.800 -10.967  1.00 87.15           N  \\nATOM   2104  N   GLY A  45      -8.830   6.274 -17.688  1.00 87.46           N  \\nATOM   2105  CA  GLY A  45      -8.628   7.695 -17.922  1.00 87.46           C  \\nATOM   2106  C   GLY A  45      -8.647   8.518 -16.647  1.00 87.46           C  \\nATOM   2107  O   GLY A  45      -9.030   8.020 -15.586  1.00 87.46           O  \\nATOM   2108  N   ASP A  46      -8.111   9.647 -16.794  1.00 82.09           N  \\nATOM   2109  CA  ASP A  46      -8.089  10.542 -15.642  1.00 82.09           C  \\nATOM   2110  C   ASP A  46      -8.875  11.821 -15.924  1.00 82.09           C  \\nATOM   2111  O   ASP A  46      -8.479  12.625 -16.771  1.00 82.09           O  \\nATOM   2112  CB  ASP A  46      -6.649  10.884 -15.255  1.00 82.09           C  \\nATOM   2113  CG  ASP A  46      -6.553  11.663 -13.954  1.00 82.09           C  \\nATOM   2114  OD1 ASP A  46      -7.600  12.090 -13.421  1.00 82.09           O  \\nATOM   2115  OD2 ASP A  46      -5.421  11.853 -13.460  1.00 82.09           O  \\nATOM   2116  N   SER A  47      -9.851  11.875 -15.105  1.00 80.82           N  \\nATOM   2117  CA  SER A  47     -10.716  13.027 -15.340  1.00 80.82           C  \\nATOM   2118  C   SER A  47     -10.115  14.298 -14.748  1.00 80.82           C  \\nATOM   2119  O   SER A  47     -10.341  15.395 -15.263  1.00 80.82           O  \\nATOM   2120  CB  SER A  47     -12.104  12.785 -14.747  1.00 80.82           C  \\nATOM   2121  OG  SER A  47     -12.006  12.271 -13.430  1.00 80.82           O  \\nATOM   2122  N   PHE A  48      -9.353  14.088 -13.869  1.00 75.08           N  \\nATOM   2123  CA  PHE A  48      -8.716  15.216 -13.201  1.00 75.08           C  \\nATOM   2124  C   PHE A  48      -7.651  15.843 -14.094  1.00 75.08           C  \\nATOM   2125  O   PHE A  48      -7.564  17.068 -14.198  1.00 75.08           O  \\nATOM   2126  CB  PHE A  48      -8.093  14.774 -11.873  1.00 75.08           C  \\nATOM   2127  CG  PHE A  48      -7.550  15.910 -11.049  1.00 75.08           C  \\nATOM   2128  CD1 PHE A  48      -8.396  16.685 -10.264  1.00 75.08           C  \\nATOM   2129  CD2 PHE A  48      -6.193  16.204 -11.059  1.00 75.08           C  \\nATOM   2130  CE1 PHE A  48      -7.896  17.737  -9.501  1.00 75.08           C  \\nATOM   2131  CE2 PHE A  48      -5.686  17.254 -10.299  1.00 75.08           C  \\nATOM   2132  CZ  PHE A  48      -6.539  18.020  -9.521  1.00 75.08           C  \\nATOM   2133  N   THR A  49      -7.030  14.954 -14.677  1.00 79.65           N  \\nATOM   2134  CA  THR A  49      -5.990  15.503 -15.540  1.00 79.65           C  \\nATOM   2135  C   THR A  49      -6.457  15.541 -16.993  1.00 79.65           C  \\nATOM   2136  O   THR A  49      -5.726  15.998 -17.874  1.00 79.65           O  \\nATOM   2137  CB  THR A  49      -4.689  14.685 -15.438  1.00 79.65           C  \\nATOM   2138  OG1 THR A  49      -4.955  13.328 -15.814  1.00 79.65           O  \\nATOM   2139  CG2 THR A  49      -4.136  14.707 -14.017  1.00 79.65           C  \\nATOM   2140  N   HIS A  50      -7.579  15.046 -17.164  1.00 87.28           N  \\nATOM   2141  CA  HIS A  50      -8.154  14.985 -18.503  1.00 87.28           C  \\nATOM   2142  C   HIS A  50      -7.284  14.152 -19.439  1.00 87.28           C  \\nATOM   2143  O   HIS A  50      -7.077  14.524 -20.596  1.00 87.28           O  \\nATOM   2144  CB  HIS A  50      -8.339  16.393 -19.072  1.00 87.28           C  \\nATOM   2145  CG  HIS A  50      -9.356  17.207 -18.338  1.00 87.28           C  \\nATOM   2146  ND1 HIS A  50     -10.696  16.886 -18.323  1.00 87.28           N  \\nATOM   2147  CD2 HIS A  50      -9.226  18.330 -17.592  1.00 87.28           C  \\nATOM   2148  CE1 HIS A  50     -11.348  17.779 -17.597  1.00 87.28           C  \\nATOM   2149  NE2 HIS A  50     -10.479  18.666 -17.143  1.00 87.28           N  \\nATOM   2150  N   THR A  51      -6.751  13.248 -18.971  1.00 90.82           N  \\nATOM   2151  CA  THR A  51      -6.000  12.258 -19.735  1.00 90.82           C  \\nATOM   2152  C   THR A  51      -6.919  11.144 -20.227  1.00 90.82           C  \\nATOM   2153  O   THR A  51      -7.649  10.540 -19.438  1.00 90.82           O  \\nATOM   2154  CB  THR A  51      -4.859  11.653 -18.896  1.00 90.82           C  \\nATOM   2155  OG1 THR A  51      -4.078  12.712 -18.328  1.00 90.82           O  \\nATOM   2156  CG2 THR A  51      -3.954  10.773 -19.752  1.00 90.82           C  \\nATOM   2157  N   PRO A  52      -6.945  10.955 -21.486  1.00 92.91           N  \\nATOM   2158  CA  PRO A  52      -7.793   9.881 -22.009  1.00 92.91           C  \\nATOM   2159  C   PRO A  52      -7.316   8.494 -21.586  1.00 92.91           C  \\nATOM   2160  O   PRO A  52      -6.183   8.342 -21.121  1.00 92.91           O  \\nATOM   2161  CB  PRO A  52      -7.687  10.055 -23.526  1.00 92.91           C  \\nATOM   2162  CG  PRO A  52      -6.366  10.720 -23.743  1.00 92.91           C  \\nATOM   2163  CD  PRO A  52      -6.063  11.581 -22.550  1.00 92.91           C  \\nATOM   2164  N   PRO A  53      -8.155   7.448 -21.743  1.00 92.78           N  \\nATOM   2165  CA  PRO A  53      -7.757   6.073 -21.432  1.00 92.78           C  \\nATOM   2166  C   PRO A  53      -6.629   5.567 -22.328  1.00 92.78           C  \\nATOM   2167  O   PRO A  53      -6.587   5.894 -23.517  1.00 92.78           O  \\nATOM   2168  CB  PRO A  53      -9.041   5.273 -21.665  1.00 92.78           C  \\nATOM   2169  CG  PRO A  53     -10.138   6.286 -21.611  1.00 92.78           C  \\nATOM   2170  CD  PRO A  53      -9.581   7.615 -22.036  1.00 92.78           C  \\nATOM   2171  N   LEU A  54      -5.761   4.866 -21.797  1.00 93.21           N  \\nATOM   2172  CA  LEU A  54      -4.630   4.251 -22.483  1.00 93.21           C  \\nATOM   2173  C   LEU A  54      -5.082   3.054 -23.313  1.00 93.21           C  \\nATOM   2174  O   LEU A  54      -5.775   2.169 -22.806  1.00 93.21           O  \\nATOM   2175  CB  LEU A  54      -3.564   3.814 -21.475  1.00 93.21           C  \\nATOM   2176  CG  LEU A  54      -2.327   3.124 -22.051  1.00 93.21           C  \\nATOM   2177  CD1 LEU A  54      -1.478   4.122 -22.831  1.00 93.21           C  \\nATOM   2178  CD2 LEU A  54      -1.511   2.473 -20.940  1.00 93.21           C  \\nATOM   2179  N   ASP A  55      -4.709   3.171 -24.629  1.00 93.81           N  \\nATOM   2180  CA  ASP A  55      -4.910   1.989 -25.461  1.00 93.81           C  \\nATOM   2181  C   ASP A  55      -3.981   0.854 -25.036  1.00 93.81           C  \\nATOM   2182  O   ASP A  55      -2.762   1.030 -24.981  1.00 93.81           O  \\nATOM   2183  CB  ASP A  55      -4.685   2.328 -26.937  1.00 93.81           C  \\nATOM   2184  CG  ASP A  55      -5.102   1.207 -27.872  1.00 93.81           C  \\nATOM   2185  OD1 ASP A  55      -5.082   0.028 -27.458  1.00 93.81           O  \\nATOM   2186  OD2 ASP A  55      -5.450   1.505 -29.035  1.00 93.81           O  \\nATOM   2187  N   PRO A  56      -4.483  -0.341 -24.728  1.00 92.94           N  \\nATOM   2188  CA  PRO A  56      -3.655  -1.449 -24.247  1.00 92.94           C  \\nATOM   2189  C   PRO A  56      -2.527  -1.806 -25.213  1.00 92.94           C  \\nATOM   2190  O   PRO A  56      -1.454  -2.237 -24.783  1.00 92.94           O  \\nATOM   2191  CB  PRO A  56      -4.651  -2.605 -24.120  1.00 92.94           C  \\nATOM   2192  CG  PRO A  56      -5.976  -1.945 -23.908  1.00 92.94           C  \\nATOM   2193  CD  PRO A  56      -5.967  -0.620 -24.613  1.00 92.94           C  \\nATOM   2194  N   GLN A  57      -2.760  -1.652 -26.474  1.00 91.72           N  \\nATOM   2195  CA  GLN A  57      -1.734  -1.995 -27.453  1.00 91.72           C  \\nATOM   2196  C   GLN A  57      -0.506  -1.102 -27.298  1.00 91.72           C  \\nATOM   2197  O   GLN A  57       0.607  -1.502 -27.648  1.00 91.72           O  \\nATOM   2198  CB  GLN A  57      -2.288  -1.883 -28.874  1.00 91.72           C  \\nATOM   2199  CG  GLN A  57      -3.190  -3.043 -29.275  1.00 91.72           C  \\nATOM   2200  CD  GLN A  57      -3.787  -2.871 -30.659  1.00 91.72           C  \\nATOM   2201  OE1 GLN A  57      -3.441  -1.935 -31.387  1.00 91.72           O  \\nATOM   2202  NE2 GLN A  57      -4.689  -3.772 -31.032  1.00 91.72           N  \\nATOM   2203  N   GLU A  58      -0.700  -0.018 -26.730  1.00 94.86           N  \\nATOM   2204  CA  GLU A  58       0.405   0.925 -26.580  1.00 94.86           C  \\nATOM   2205  C   GLU A  58       1.393   0.453 -25.517  1.00 94.86           C  \\nATOM   2206  O   GLU A  58       2.533   0.919 -25.472  1.00 94.86           O  \\nATOM   2207  CB  GLU A  58      -0.122   2.318 -26.226  1.00 94.86           C  \\nATOM   2208  CG  GLU A  58      -0.901   2.985 -27.351  1.00 94.86           C  \\nATOM   2209  CD  GLU A  58      -1.168   4.461 -27.103  1.00 94.86           C  \\nATOM   2210  OE1 GLU A  58      -1.763   4.802 -26.055  1.00 94.86           O  \\nATOM   2211  OE2 GLU A  58      -0.780   5.283 -27.963  1.00 94.86           O  \\nATOM   2212  N   LEU A  59       0.995  -0.420 -24.699  1.00 95.28           N  \\nATOM   2213  CA  LEU A  59       1.884  -0.950 -23.670  1.00 95.28           C  \\nATOM   2214  C   LEU A  59       3.019  -1.754 -24.294  1.00 95.28           C  \\nATOM   2215  O   LEU A  59       4.046  -1.988 -23.652  1.00 95.28           O  \\nATOM   2216  CB  LEU A  59       1.103  -1.825 -22.686  1.00 95.28           C  \\nATOM   2217  CG  LEU A  59       0.113  -1.101 -21.772  1.00 95.28           C  \\nATOM   2218  CD1 LEU A  59      -0.766  -2.108 -21.039  1.00 95.28           C  \\nATOM   2219  CD2 LEU A  59       0.854  -0.209 -20.781  1.00 95.28           C  \\nATOM   2220  N   ASP A  60       2.778  -2.088 -25.601  1.00 93.96           N  \\nATOM   2221  CA  ASP A  60       3.804  -2.864 -26.291  1.00 93.96           C  \\nATOM   2222  C   ASP A  60       5.106  -2.074 -26.404  1.00 93.96           C  \\nATOM   2223  O   ASP A  60       6.180  -2.658 -26.567  1.00 93.96           O  \\nATOM   2224  CB  ASP A  60       3.318  -3.278 -27.682  1.00 93.96           C  \\nATOM   2225  CG  ASP A  60       2.283  -4.388 -27.642  1.00 93.96           C  \\nATOM   2226  OD1 ASP A  60       2.147  -5.058 -26.596  1.00 93.96           O  \\nATOM   2227  OD2 ASP A  60       1.599  -4.597 -28.667  1.00 93.96           O  \\nATOM   2228  N   ILE A  61       5.046  -0.818 -26.164  1.00 94.86           N  \\nATOM   2229  CA  ILE A  61       6.208   0.063 -26.188  1.00 94.86           C  \\nATOM   2230  C   ILE A  61       7.162  -0.311 -25.055  1.00 94.86           C  \\nATOM   2231  O   ILE A  61       8.375  -0.117 -25.167  1.00 94.86           O  \\nATOM   2232  CB  ILE A  61       5.795   1.547 -26.074  1.00 94.86           C  \\nATOM   2233  CG1 ILE A  61       5.100   2.008 -27.360  1.00 94.86           C  \\nATOM   2234  CG2 ILE A  61       7.012   2.424 -25.765  1.00 94.86           C  \\nATOM   2235  CD1 ILE A  61       4.611   3.450 -27.317  1.00 94.86           C  \\nATOM   2236  N   LEU A  62       6.703  -0.900 -24.057  1.00 96.04           N  \\nATOM   2237  CA  LEU A  62       7.504  -1.206 -22.877  1.00 96.04           C  \\nATOM   2238  C   LEU A  62       8.275  -2.509 -23.066  1.00 96.04           C  \\nATOM   2239  O   LEU A  62       9.051  -2.908 -22.195  1.00 96.04           O  \\nATOM   2240  CB  LEU A  62       6.615  -1.301 -21.635  1.00 96.04           C  \\nATOM   2241  CG  LEU A  62       5.872  -0.026 -21.234  1.00 96.04           C  \\nATOM   2242  CD1 LEU A  62       4.837  -0.332 -20.156  1.00 96.04           C  \\nATOM   2243  CD2 LEU A  62       6.854   1.037 -20.754  1.00 96.04           C  \\nATOM   2244  N   LYS A  63       8.150  -3.094 -24.293  1.00 94.84           N  \\nATOM   2245  CA  LYS A  63       8.867  -4.328 -24.601  1.00 94.84           C  \\nATOM   2246  C   LYS A  63      10.371  -4.082 -24.687  1.00 94.84           C  \\nATOM   2247  O   LYS A  63      11.167  -5.012 -24.536  1.00 94.84           O  \\nATOM   2248  CB  LYS A  63       8.360  -4.931 -25.912  1.00 94.84           C  \\nATOM   2249  CG  LYS A  63       7.027  -5.654 -25.785  1.00 94.84           C  \\nATOM   2250  CD  LYS A  63       6.604  -6.284 -27.106  1.00 94.84           C  \\nATOM   2251  CE  LYS A  63       5.255  -6.979 -26.989  1.00 94.84           C  \\nATOM   2252  NZ  LYS A  63       4.841  -7.607 -28.279  1.00 94.84           N  \\nATOM   2253  N   THR A  64      10.740  -2.876 -24.838  1.00 94.94           N  \\nATOM   2254  CA  THR A  64      12.156  -2.572 -25.013  1.00 94.94           C  \\nATOM   2255  C   THR A  64      12.828  -2.331 -23.664  1.00 94.94           C  \\nATOM   2256  O   THR A  64      14.056  -2.278 -23.577  1.00 94.94           O  \\nATOM   2257  CB  THR A  64      12.355  -1.341 -25.916  1.00 94.94           C  \\nATOM   2258  OG1 THR A  64      11.510  -0.278 -25.458  1.00 94.94           O  \\nATOM   2259  CG2 THR A  64      12.010  -1.661 -27.366  1.00 94.94           C  \\nATOM   2260  N   VAL A  65      12.108  -2.333 -22.618  1.00 96.80           N  \\nATOM   2261  CA  VAL A  65      12.656  -2.027 -21.301  1.00 96.80           C  \\nATOM   2262  C   VAL A  65      13.397  -3.245 -20.753  1.00 96.80           C  \\nATOM   2263  O   VAL A  65      12.824  -4.332 -20.649  1.00 96.80           O  \\nATOM   2264  CB  VAL A  65      11.551  -1.586 -20.315  1.00 96.80           C  \\nATOM   2265  CG1 VAL A  65      12.130  -1.365 -18.919  1.00 96.80           C  \\nATOM   2266  CG2 VAL A  65      10.862  -0.320 -20.818  1.00 96.80           C  \\nATOM   2267  N   LYS A  66      14.650  -2.918 -20.450  1.00 95.91           N  \\nATOM   2268  CA  LYS A  66      15.493  -4.001 -19.952  1.00 95.91           C  \\nATOM   2269  C   LYS A  66      15.836  -3.797 -18.479  1.00 95.91           C  \\nATOM   2270  O   LYS A  66      16.131  -4.759 -17.766  1.00 95.91           O  \\nATOM   2271  CB  LYS A  66      16.776  -4.106 -20.779  1.00 95.91           C  \\nATOM   2272  CG  LYS A  66      16.557  -4.606 -22.199  1.00 95.91           C  \\nATOM   2273  CD  LYS A  66      17.878  -4.879 -22.905  1.00 95.91           C  \\nATOM   2274  CE  LYS A  66      17.660  -5.419 -24.313  1.00 95.91           C  \\nATOM   2275  NZ  LYS A  66      18.951  -5.766 -24.979  1.00 95.91           N  \\nATOM   2276  N   GLU A  67      15.731  -2.596 -18.048  1.00 96.13           N  \\nATOM   2277  CA  GLU A  67      16.121  -2.278 -16.677  1.00 96.13           C  \\nATOM   2278  C   GLU A  67      15.218  -1.202 -16.082  1.00 96.13           C  \\nATOM   2279  O   GLU A  67      14.896  -0.216 -16.748  1.00 96.13           O  \\nATOM   2280  CB  GLU A  67      17.583  -1.826 -16.625  1.00 96.13           C  \\nATOM   2281  CG  GLU A  67      18.071  -1.483 -15.225  1.00 96.13           C  \\nATOM   2282  CD  GLU A  67      19.522  -1.031 -15.190  1.00 96.13           C  \\nATOM   2283  OE1 GLU A  67      20.322  -1.489 -16.038  1.00 96.13           O  \\nATOM   2284  OE2 GLU A  67      19.863  -0.212 -14.307  1.00 96.13           O  \\nATOM   2285  N   ILE A  68      14.878  -1.420 -14.792  1.00 96.66           N  \\nATOM   2286  CA  ILE A  68      14.184  -0.421 -13.986  1.00 96.66           C  \\nATOM   2287  C   ILE A  68      14.980  -0.140 -12.714  1.00 96.66           C  \\nATOM   2288  O   ILE A  68      15.265  -1.054 -11.938  1.00 96.66           O  \\nATOM   2289  CB  ILE A  68      12.751  -0.877 -13.632  1.00 96.66           C  \\nATOM   2290  CG1 ILE A  68      11.938  -1.126 -14.908  1.00 96.66           C  \\nATOM   2291  CG2 ILE A  68      12.061   0.157 -12.736  1.00 96.66           C  \\nATOM   2292  CD1 ILE A  68      10.598  -1.807 -14.665  1.00 96.66           C  \\nATOM   2293  N   THR A  69      15.285   1.097 -12.495  1.00 94.05           N  \\nATOM   2294  CA  THR A  69      16.106   1.393 -11.326  1.00 94.05           C  \\nATOM   2295  C   THR A  69      15.262   1.379 -10.055  1.00 94.05           C  \\nATOM   2296  O   THR A  69      15.755   1.031  -8.980  1.00 94.05           O  \\nATOM   2297  CB  THR A  69      16.806   2.757 -11.465  1.00 94.05           C  \\nATOM   2298  OG1 THR A  69      15.818   3.795 -11.480  1.00 94.05           O  \\nATOM   2299  CG2 THR A  69      17.621   2.828 -12.753  1.00 94.05           C  \\nATOM   2300  N   GLY A  70      14.075   1.760 -10.171  1.00 93.53           N  \\nATOM   2301  CA  GLY A  70      13.134   1.746  -9.062  1.00 93.53           C  \\nATOM   2302  C   GLY A  70      12.328   0.464  -8.979  1.00 93.53           C  \\nATOM   2303  O   GLY A  70      12.883  -0.632  -9.081  1.00 93.53           O  \\nATOM   2304  N   PHE A  71      11.036   0.574  -8.837  1.00 93.10           N  \\nATOM   2305  CA  PHE A  71      10.196  -0.612  -8.717  1.00 93.10           C  \\nATOM   2306  C   PHE A  71       9.160  -0.655  -9.834  1.00 93.10           C  \\nATOM   2307  O   PHE A  71       8.919   0.350 -10.505  1.00 93.10           O  \\nATOM   2308  CB  PHE A  71       9.500  -0.644  -7.353  1.00 93.10           C  \\nATOM   2309  CG  PHE A  71       8.508   0.470  -7.151  1.00 93.10           C  \\nATOM   2310  CD1 PHE A  71       8.895   1.664  -6.556  1.00 93.10           C  \\nATOM   2311  CD2 PHE A  71       7.188   0.322  -7.557  1.00 93.10           C  \\nATOM   2312  CE1 PHE A  71       7.979   2.697  -6.368  1.00 93.10           C  \\nATOM   2313  CE2 PHE A  71       6.267   1.349  -7.372  1.00 93.10           C  \\nATOM   2314  CZ  PHE A  71       6.665   2.535  -6.777  1.00 93.10           C  \\nATOM   2315  N   LEU A  72       8.661  -1.842 -10.045  1.00 96.10           N  \\nATOM   2316  CA  LEU A  72       7.573  -2.080 -10.988  1.00 96.10           C  \\nATOM   2317  C   LEU A  72       6.302  -2.500 -10.257  1.00 96.10           C  \\nATOM   2318  O   LEU A  72       6.285  -3.528  -9.575  1.00 96.10           O  \\nATOM   2319  CB  LEU A  72       7.970  -3.153 -12.005  1.00 96.10           C  \\nATOM   2320  CG  LEU A  72       6.915  -3.520 -13.050  1.00 96.10           C  \\nATOM   2321  CD1 LEU A  72       6.562  -2.302 -13.897  1.00 96.10           C  \\nATOM   2322  CD2 LEU A  72       7.409  -4.664 -13.930  1.00 96.10           C  \\nATOM   2323  N   LEU A  73       5.305  -1.682 -10.337  1.00 92.63           N  \\nATOM   2324  CA  LEU A  73       4.005  -1.967  -9.740  1.00 92.63           C  \\nATOM   2325  C   LEU A  73       2.931  -2.100 -10.814  1.00 92.63           C  \\nATOM   2326  O   LEU A  73       2.717  -1.177 -11.603  1.00 92.63           O  \\nATOM   2327  CB  LEU A  73       3.618  -0.866  -8.749  1.00 92.63           C  \\nATOM   2328  CG  LEU A  73       2.190  -0.917  -8.202  1.00 92.63           C  \\nATOM   2329  CD1 LEU A  73       2.051  -2.048  -7.189  1.00 92.63           C  \\nATOM   2330  CD2 LEU A  73       1.810   0.420  -7.575  1.00 92.63           C  \\nATOM   2331  N   ILE A  74       2.383  -3.246 -10.854  1.00 93.54           N  \\nATOM   2332  CA  ILE A  74       1.301  -3.496 -11.799  1.00 93.54           C  \\nATOM   2333  C   ILE A  74       0.023  -3.844 -11.040  1.00 93.54           C  \\nATOM   2334  O   ILE A  74      -0.078  -4.916 -10.438  1.00 93.54           O  \\nATOM   2335  CB  ILE A  74       1.663  -4.629 -12.786  1.00 93.54           C  \\nATOM   2336  CG1 ILE A  74       3.045  -4.380 -13.401  1.00 93.54           C  \\nATOM   2337  CG2 ILE A  74       0.594  -4.759 -13.875  1.00 93.54           C  \\nATOM   2338  CD1 ILE A  74       3.522  -5.494 -14.324  1.00 93.54           C  \\nATOM   2339  N   GLN A  75      -0.964  -2.874 -11.025  1.00 88.27           N  \\nATOM   2340  CA  GLN A  75      -2.227  -3.084 -10.325  1.00 88.27           C  \\nATOM   2341  C   GLN A  75      -3.401  -3.097 -11.300  1.00 88.27           C  \\nATOM   2342  O   GLN A  75      -4.554  -3.247 -10.890  1.00 88.27           O  \\nATOM   2343  CB  GLN A  75      -2.439  -2.005  -9.263  1.00 88.27           C  \\nATOM   2344  CG  GLN A  75      -1.572  -2.183  -8.024  1.00 88.27           C  \\nATOM   2345  CD  GLN A  75      -1.915  -1.199  -6.921  1.00 88.27           C  \\nATOM   2346  OE1 GLN A  75      -2.387  -0.089  -7.186  1.00 88.27           O  \\nATOM   2347  NE2 GLN A  75      -1.679  -1.599  -5.676  1.00 88.27           N  \\nATOM   2348  N   ALA A  76      -3.127  -2.875 -12.479  1.00 89.21           N  \\nATOM   2349  CA  ALA A  76      -4.123  -2.958 -13.544  1.00 89.21           C  \\nATOM   2350  C   ALA A  76      -3.488  -3.417 -14.854  1.00 89.21           C  \\nATOM   2351  O   ALA A  76      -2.380  -2.996 -15.196  1.00 89.21           O  \\nATOM   2352  CB  ALA A  76      -4.812  -1.608 -13.735  1.00 89.21           C  \\nATOM   2353  N   TRP A  77      -4.127  -4.239 -15.499  1.00 90.28           N  \\nATOM   2354  CA  TRP A  77      -3.670  -4.811 -16.762  1.00 90.28           C  \\nATOM   2355  C   TRP A  77      -4.843  -5.047 -17.707  1.00 90.28           C  \\nATOM   2356  O   TRP A  77      -5.977  -5.242 -17.264  1.00 90.28           O  \\nATOM   2357  CB  TRP A  77      -2.921  -6.124 -16.518  1.00 90.28           C  \\nATOM   2358  CG  TRP A  77      -1.929  -6.466 -17.588  1.00 90.28           C  \\nATOM   2359  CD1 TRP A  77      -1.978  -7.528 -18.448  1.00 90.28           C  \\nATOM   2360  CD2 TRP A  77      -0.736  -5.745 -17.909  1.00 90.28           C  \\nATOM   2361  NE1 TRP A  77      -0.886  -7.510 -19.285  1.00 90.28           N  \\nATOM   2362  CE2 TRP A  77      -0.109  -6.427 -18.975  1.00 90.28           C  \\nATOM   2363  CE3 TRP A  77      -0.135  -4.586 -17.398  1.00 90.28           C  \\nATOM   2364  CZ2 TRP A  77       1.091  -5.987 -19.541  1.00 90.28           C  \\nATOM   2365  CZ3 TRP A  77       1.058  -4.150 -17.962  1.00 90.28           C  \\nATOM   2366  CH2 TRP A  77       1.657  -4.851 -19.022  1.00 90.28           C  \\nATOM   2367  N   PRO A  78      -4.594  -4.909 -19.094  1.00 88.09           N  \\nATOM   2368  CA  PRO A  78      -5.702  -5.142 -20.023  1.00 88.09           C  \\nATOM   2369  C   PRO A  78      -6.288  -6.547 -19.902  1.00 88.09           C  \\nATOM   2370  O   PRO A  78      -5.544  -7.520 -19.761  1.00 88.09           O  \\nATOM   2371  CB  PRO A  78      -5.060  -4.935 -21.397  1.00 88.09           C  \\nATOM   2372  CG  PRO A  78      -3.820  -4.146 -21.125  1.00 88.09           C  \\nATOM   2373  CD  PRO A  78      -3.335  -4.482 -19.743  1.00 88.09           C  \\nATOM   2374  N   GLU A  79      -7.405  -6.666 -20.059  1.00 79.47           N  \\nATOM   2375  CA  GLU A  79      -8.131  -7.905 -19.794  1.00 79.47           C  \\nATOM   2376  C   GLU A  79      -7.824  -8.961 -20.851  1.00 79.47           C  \\nATOM   2377  O   GLU A  79      -7.876 -10.161 -20.571  1.00 79.47           O  \\nATOM   2378  CB  GLU A  79      -9.638  -7.642 -19.734  1.00 79.47           C  \\nATOM   2379  CG  GLU A  79     -10.096  -6.976 -18.444  1.00 79.47           C  \\nATOM   2380  CD  GLU A  79     -11.608  -6.898 -18.314  1.00 79.47           C  \\nATOM   2381  OE1 GLU A  79     -12.322  -7.319 -19.253  1.00 79.47           O  \\nATOM   2382  OE2 GLU A  79     -12.084  -6.410 -17.265  1.00 79.47           O  \\nATOM   2383  N   ASN A  80      -7.604  -8.591 -21.739  1.00 81.60           N  \\nATOM   2384  CA  ASN A  80      -7.412  -9.521 -22.847  1.00 81.60           C  \\nATOM   2385  C   ASN A  80      -5.983 -10.053 -22.892  1.00 81.60           C  \\nATOM   2386  O   ASN A  80      -5.622 -10.799 -23.804  1.00 81.60           O  \\nATOM   2387  CB  ASN A  80      -7.772  -8.853 -24.176  1.00 81.60           C  \\nATOM   2388  CG  ASN A  80      -6.989  -7.578 -24.420  1.00 81.60           C  \\nATOM   2389  OD1 ASN A  80      -6.421  -6.997 -23.491  1.00 81.60           O  \\nATOM   2390  ND2 ASN A  80      -6.951  -7.135 -25.671  1.00 81.60           N  \\nATOM   2391  N   ARG A  81      -5.208  -9.612 -21.963  1.00 85.19           N  \\nATOM   2392  CA  ARG A  81      -3.838 -10.114 -21.924  1.00 85.19           C  \\nATOM   2393  C   ARG A  81      -3.656 -11.119 -20.791  1.00 85.19           C  \\nATOM   2394  O   ARG A  81      -4.083 -10.872 -19.661  1.00 85.19           O  \\nATOM   2395  CB  ARG A  81      -2.846  -8.960 -21.765  1.00 85.19           C  \\nATOM   2396  CG  ARG A  81      -2.776  -8.037 -22.971  1.00 85.19           C  \\nATOM   2397  CD  ARG A  81      -1.569  -7.112 -22.904  1.00 85.19           C  \\nATOM   2398  NE  ARG A  81      -1.460  -6.281 -24.100  1.00 85.19           N  \\nATOM   2399  CZ  ARG A  81      -0.465  -5.433 -24.346  1.00 85.19           C  \\nATOM   2400  NH1 ARG A  81       0.531  -5.288 -23.480  1.00 85.19           N  \\nATOM   2401  NH2 ARG A  81      -0.465  -4.726 -25.466  1.00 85.19           N  \\nATOM   2402  N   THR A  82      -3.006 -12.000 -21.348  1.00 86.75           N  \\nATOM   2403  CA  THR A  82      -2.967 -13.138 -20.436  1.00 86.75           C  \\nATOM   2404  C   THR A  82      -1.654 -13.164 -19.659  1.00 86.75           C  \\nATOM   2405  O   THR A  82      -1.427 -14.059 -18.842  1.00 86.75           O  \\nATOM   2406  CB  THR A  82      -3.145 -14.467 -21.193  1.00 86.75           C  \\nATOM   2407  OG1 THR A  82      -2.116 -14.588 -22.183  1.00 86.75           O  \\nATOM   2408  CG2 THR A  82      -4.505 -14.530 -21.880  1.00 86.75           C  \\nATOM   2409  N   ASP A  83      -0.828 -12.474 -19.962  1.00 87.42           N  \\nATOM   2410  CA  ASP A  83       0.427 -12.334 -19.230  1.00 87.42           C  \\nATOM   2411  C   ASP A  83       0.930 -10.893 -19.272  1.00 87.42           C  \\nATOM   2412  O   ASP A  83       0.214  -9.993 -19.717  1.00 87.42           O  \\nATOM   2413  CB  ASP A  83       1.488 -13.278 -19.798  1.00 87.42           C  \\nATOM   2414  CG  ASP A  83       1.783 -13.025 -21.266  1.00 87.42           C  \\nATOM   2415  OD1 ASP A  83       1.371 -11.972 -21.797  1.00 87.42           O  \\nATOM   2416  OD2 ASP A  83       2.432 -13.887 -21.897  1.00 87.42           O  \\nATOM   2417  N   LEU A  84       2.130 -10.617 -18.695  1.00 93.44           N  \\nATOM   2418  CA  LEU A  84       2.772  -9.306 -18.691  1.00 93.44           C  \\nATOM   2419  C   LEU A  84       3.796  -9.199 -19.815  1.00 93.44           C  \\nATOM   2420  O   LEU A  84       4.965  -8.894 -19.569  1.00 93.44           O  \\nATOM   2421  CB  LEU A  84       3.447  -9.044 -17.343  1.00 93.44           C  \\nATOM   2422  CG  LEU A  84       2.537  -9.060 -16.114  1.00 93.44           C  \\nATOM   2423  CD1 LEU A  84       3.368  -8.987 -14.837  1.00 93.44           C  \\nATOM   2424  CD2 LEU A  84       1.538  -7.910 -16.173  1.00 93.44           C  \\nATOM   2425  N   HIS A  85       3.347  -9.472 -20.984  1.00 90.64           N  \\nATOM   2426  CA  HIS A  85       4.223  -9.595 -22.143  1.00 90.64           C  \\nATOM   2427  C   HIS A  85       4.882  -8.262 -22.480  1.00 90.64           C  \\nATOM   2428  O   HIS A  85       5.914  -8.228 -23.154  1.00 90.64           O  \\nATOM   2429  CB  HIS A  85       3.442 -10.115 -23.351  1.00 90.64           C  \\nATOM   2430  CG  HIS A  85       2.515  -9.104 -23.947  1.00 90.64           C  \\nATOM   2431  ND1 HIS A  85       1.233  -8.905 -23.480  1.00 90.64           N  \\nATOM   2432  CD2 HIS A  85       2.686  -8.234 -24.970  1.00 90.64           C  \\nATOM   2433  CE1 HIS A  85       0.655  -7.954 -24.194  1.00 90.64           C  \\nATOM   2434  NE2 HIS A  85       1.515  -7.530 -25.104  1.00 90.64           N  \\nATOM   2435  N   ALA A  86       4.304  -7.187 -22.115  1.00 95.25           N  \\nATOM   2436  CA  ALA A  86       4.892  -5.876 -22.377  1.00 95.25           C  \\nATOM   2437  C   ALA A  86       6.239  -5.729 -21.674  1.00 95.25           C  \\nATOM   2438  O   ALA A  86       7.075  -4.921 -22.084  1.00 95.25           O  \\nATOM   2439  CB  ALA A  86       3.940  -4.768 -21.933  1.00 95.25           C  \\nATOM   2440  N   PHE A  87       6.434  -6.492 -20.632  1.00 95.74           N  \\nATOM   2441  CA  PHE A  87       7.691  -6.458 -19.894  1.00 95.74           C  \\nATOM   2442  C   PHE A  87       8.470  -7.753 -20.092  1.00 95.74           C  \\nATOM   2443  O   PHE A  87       9.282  -8.131 -19.244  1.00 95.74           O  \\nATOM   2444  CB  PHE A  87       7.435  -6.223 -18.402  1.00 95.74           C  \\nATOM   2445  CG  PHE A  87       6.800  -4.893 -18.097  1.00 95.74           C  \\nATOM   2446  CD1 PHE A  87       7.556  -3.727 -18.112  1.00 95.74           C  \\nATOM   2447  CD2 PHE A  87       5.447  -4.808 -17.797  1.00 95.74           C  \\nATOM   2448  CE1 PHE A  87       6.972  -2.494 -17.830  1.00 95.74           C  \\nATOM   2449  CE2 PHE A  87       4.856  -3.580 -17.514  1.00 95.74           C  \\nATOM   2450  CZ  PHE A  87       5.620  -2.424 -17.531  1.00 95.74           C  \\nATOM   2451  N   GLU A  88       8.241  -8.425 -21.204  1.00 93.88           N  \\nATOM   2452  CA  GLU A  88       8.857  -9.728 -21.436  1.00 93.88           C  \\nATOM   2453  C   GLU A  88      10.375  -9.610 -21.545  1.00 93.88           C  \\nATOM   2454  O   GLU A  88      11.094 -10.596 -21.372  1.00 93.88           O  \\nATOM   2455  CB  GLU A  88       8.288 -10.375 -22.701  1.00 93.88           C  \\nATOM   2456  CG  GLU A  88       8.677  -9.659 -23.986  1.00 93.88           C  \\nATOM   2457  CD  GLU A  88       8.075 -10.291 -25.231  1.00 93.88           C  \\nATOM   2458  OE1 GLU A  88       7.307 -11.272 -25.103  1.00 93.88           O  \\nATOM   2459  OE2 GLU A  88       8.374  -9.802 -26.343  1.00 93.88           O  \\nATOM   2460  N   ASN A  89      10.947  -8.404 -21.889  1.00 94.72           N  \\nATOM   2461  CA  ASN A  89      12.380  -8.214 -22.082  1.00 94.72           C  \\nATOM   2462  C   ASN A  89      13.026  -7.549 -20.869  1.00 94.72           C  \\nATOM   2463  O   ASN A  89      14.216  -7.232 -20.890  1.00 94.72           O  \\nATOM   2464  CB  ASN A  89      12.647  -7.390 -23.343  1.00 94.72           C  \\nATOM   2465  CG  ASN A  89      12.337  -8.153 -24.616  1.00 94.72           C  \\nATOM   2466  OD1 ASN A  89      12.583  -9.359 -24.706  1.00 94.72           O  \\nATOM   2467  ND2 ASN A  89      11.795  -7.457 -25.608  1.00 94.72           N  \\nATOM   2468  N   LEU A  90      12.267  -7.325 -19.743  1.00 96.79           N  \\nATOM   2469  CA  LEU A  90      12.818  -6.729 -18.531  1.00 96.79           C  \\nATOM   2470  C   LEU A  90      13.780  -7.691 -17.841  1.00 96.79           C  \\nATOM   2471  O   LEU A  90      13.399  -8.808 -17.486  1.00 96.79           O  \\nATOM   2472  CB  LEU A  90      11.694  -6.336 -17.569  1.00 96.79           C  \\nATOM   2473  CG  LEU A  90      12.124  -5.683 -16.254  1.00 96.79           C  \\nATOM   2474  CD1 LEU A  90      12.818  -4.353 -16.525  1.00 96.79           C  \\nATOM   2475  CD2 LEU A  90      10.922  -5.487 -15.336  1.00 96.79           C  \\nATOM   2476  N   GLU A  91      14.981  -7.227 -17.721  1.00 94.40           N  \\nATOM   2477  CA  GLU A  91      16.032  -8.123 -17.248  1.00 94.40           C  \\nATOM   2478  C   GLU A  91      16.380  -7.843 -15.789  1.00 94.40           C  \\nATOM   2479  O   GLU A  91      16.684  -8.766 -15.030  1.00 94.40           O  \\nATOM   2480  CB  GLU A  91      17.282  -7.995 -18.121  1.00 94.40           C  \\nATOM   2481  CG  GLU A  91      17.077  -8.446 -19.560  1.00 94.40           C  \\nATOM   2482  CD  GLU A  91      18.342  -8.368 -20.400  1.00 94.40           C  \\nATOM   2483  OE1 GLU A  91      19.414  -8.028 -19.851  1.00 94.40           O  \\nATOM   2484  OE2 GLU A  91      18.259  -8.648 -21.617  1.00 94.40           O  \\nATOM   2485  N   ILE A  92      16.245  -6.510 -15.413  1.00 95.80           N  \\nATOM   2486  CA  ILE A  92      16.761  -6.170 -14.092  1.00 95.80           C  \\nATOM   2487  C   ILE A  92      15.878  -5.100 -13.453  1.00 95.80           C  \\nATOM   2488  O   ILE A  92      15.547  -4.098 -14.091  1.00 95.80           O  \\nATOM   2489  CB  ILE A  92      18.226  -5.683 -14.165  1.00 95.80           C  \\nATOM   2490  CG1 ILE A  92      19.113  -6.756 -14.806  1.00 95.80           C  \\nATOM   2491  CG2 ILE A  92      18.740  -5.306 -12.773  1.00 95.80           C  \\nATOM   2492  CD1 ILE A  92      20.546  -6.305 -15.057  1.00 95.80           C  \\nATOM   2493  N   ILE A  93      15.461  -5.413 -12.272  1.00 96.16           N  \\nATOM   2494  CA  ILE A  93      14.901  -4.399 -11.386  1.00 96.16           C  \\nATOM   2495  C   ILE A  93      15.896  -4.079 -10.273  1.00 96.16           C  \\nATOM   2496  O   ILE A  93      16.261  -4.956  -9.486  1.00 96.16           O  \\nATOM   2497  CB  ILE A  93      13.553  -4.856 -10.784  1.00 96.16           C  \\nATOM   2498  CG1 ILE A  93      12.548  -5.166 -11.899  1.00 96.16           C  \\nATOM   2499  CG2 ILE A  93      13.001  -3.795  -9.828  1.00 96.16           C  \\nATOM   2500  CD1 ILE A  93      11.251  -5.793 -11.407  1.00 96.16           C  \\nATOM   2501  N   ARG A  94      16.277  -2.821 -10.176  1.00 95.00           N  \\nATOM   2502  CA  ARG A  94      17.378  -2.447  -9.294  1.00 95.00           C  \\nATOM   2503  C   ARG A  94      16.876  -2.167  -7.882  1.00 95.00           C  \\nATOM   2504  O   ARG A  94      17.576  -2.437  -6.903  1.00 95.00           O  \\nATOM   2505  CB  ARG A  94      18.114  -1.223  -9.842  1.00 95.00           C  \\nATOM   2506  CG  ARG A  94      18.827  -1.472 -11.161  1.00 95.00           C  \\nATOM   2507  CD  ARG A  94      20.092  -2.297 -10.971  1.00 95.00           C  \\nATOM   2508  NE  ARG A  94      20.890  -2.350 -12.194  1.00 95.00           N  \\nATOM   2509  CZ  ARG A  94      21.843  -3.245 -12.438  1.00 95.00           C  \\nATOM   2510  NH1 ARG A  94      22.138  -4.183 -11.546  1.00 95.00           N  \\nATOM   2511  NH2 ARG A  94      22.507  -3.201 -13.584  1.00 95.00           N  \\nATOM   2512  N   GLY A  95      15.704  -1.751  -7.792  1.00 91.40           N  \\nATOM   2513  CA  GLY A  95      15.084  -1.589  -6.486  1.00 91.40           C  \\nATOM   2514  C   GLY A  95      15.662  -0.434  -5.690  1.00 91.40           C  \\nATOM   2515  O   GLY A  95      15.700  -0.480  -4.459  1.00 91.40           O  \\nATOM   2516  N   ARG A  96      16.020   0.666  -6.225  1.00 89.07           N  \\nATOM   2517  CA  ARG A  96      16.540   1.837  -5.526  1.00 89.07           C  \\nATOM   2518  C   ARG A  96      15.449   2.513  -4.703  1.00 89.07           C  \\nATOM   2519  O   ARG A  96      15.727   3.096  -3.653  1.00 89.07           O  \\nATOM   2520  CB  ARG A  96      17.141   2.834  -6.519  1.00 89.07           C  \\nATOM   2521  CG  ARG A  96      18.444   2.367  -7.149  1.00 89.07           C  \\nATOM   2522  CD  ARG A  96      19.028   3.418  -8.082  1.00 89.07           C  \\nATOM   2523  NE  ARG A  96      20.275   2.964  -8.692  1.00 89.07           N  \\nATOM   2524  CZ  ARG A  96      20.922   3.605  -9.662  1.00 89.07           C  \\nATOM   2525  NH1 ARG A  96      20.450   4.745 -10.153  1.00 89.07           N  \\nATOM   2526  NH2 ARG A  96      22.049   3.103 -10.144  1.00 89.07           N  \\nATOM   2527  N   THR A  97      14.439   2.463  -5.255  1.00 87.04           N  \\nATOM   2528  CA  THR A  97      13.222   2.826  -4.537  1.00 87.04           C  \\nATOM   2529  C   THR A  97      12.233   1.664  -4.529  1.00 87.04           C  \\nATOM   2530  O   THR A  97      12.163   0.894  -5.490  1.00 87.04           O  \\nATOM   2531  CB  THR A  97      12.555   4.067  -5.158  1.00 87.04           C  \\nATOM   2532  OG1 THR A  97      12.253   3.802  -6.534  1.00 87.04           O  \\nATOM   2533  CG2 THR A  97      13.472   5.283  -5.076  1.00 87.04           C  \\nATOM   2534  N   LYS A  98      11.454   1.534  -3.513  1.00 84.19           N  \\nATOM   2535  CA  LYS A  98      10.550   0.400  -3.344  1.00 84.19           C  \\nATOM   2536  C   LYS A  98       9.139   0.868  -3.000  1.00 84.19           C  \\nATOM   2537  O   LYS A  98       8.964   1.873  -2.308  1.00 84.19           O  \\nATOM   2538  CB  LYS A  98      11.069  -0.543  -2.257  1.00 84.19           C  \\nATOM   2539  CG  LYS A  98      12.459  -1.096  -2.530  1.00 84.19           C  \\nATOM   2540  CD  LYS A  98      12.948  -1.971  -1.382  1.00 84.19           C  \\nATOM   2541  CE  LYS A  98      14.434  -1.769  -1.118  1.00 84.19           C  \\nATOM   2542  NZ  LYS A  98      15.088  -3.026  -0.647  1.00 84.19           N  \\nATOM   2543  N   GLN A  99       8.311   0.048  -3.571  1.00 81.98           N  \\nATOM   2544  CA  GLN A  99       6.927   0.312  -3.193  1.00 81.98           C  \\nATOM   2545  C   GLN A  99       6.694   0.016  -1.715  1.00 81.98           C  \\nATOM   2546  O   GLN A  99       6.961  -1.094  -1.249  1.00 81.98           O  \\nATOM   2547  CB  GLN A  99       5.968  -0.514  -4.052  1.00 81.98           C  \\nATOM   2548  CG  GLN A  99       4.498  -0.216  -3.792  1.00 81.98           C  \\nATOM   2549  CD  GLN A  99       3.568  -1.155  -4.537  1.00 81.98           C  \\nATOM   2550  OE1 GLN A  99       4.017  -2.065  -5.242  1.00 81.98           O  \\nATOM   2551  NE2 GLN A  99       2.265  -0.942  -4.387  1.00 81.98           N  \\nATOM   2552  N   HIS A 100       6.219   0.877  -1.094  1.00 70.43           N  \\nATOM   2553  CA  HIS A 100       5.984   0.808   0.344  1.00 70.43           C  \\nATOM   2554  C   HIS A 100       7.268   0.477   1.097  1.00 70.43           C  \\nATOM   2555  O   HIS A 100       7.226  -0.146   2.160  1.00 70.43           O  \\nATOM   2556  CB  HIS A 100       4.906  -0.229   0.661  1.00 70.43           C  \\nATOM   2557  CG  HIS A 100       3.565   0.105   0.090  1.00 70.43           C  \\nATOM   2558  ND1 HIS A 100       2.828   1.191   0.508  1.00 70.43           N  \\nATOM   2559  CD2 HIS A 100       2.830  -0.506  -0.869  1.00 70.43           C  \\nATOM   2560  CE1 HIS A 100       1.694   1.234  -0.171  1.00 70.43           C  \\nATOM   2561  NE2 HIS A 100       1.671   0.216  -1.013  1.00 70.43           N  \\nATOM   2562  N   GLY A 101       8.383   0.900   0.338  1.00 73.00           N  \\nATOM   2563  CA  GLY A 101       9.707   0.703   0.906  1.00 73.00           C  \\nATOM   2564  C   GLY A 101      10.101  -0.758   1.011  1.00 73.00           C  \\nATOM   2565  O   GLY A 101      11.123  -1.089   1.615  1.00 73.00           O  \\nATOM   2566  N   GLN A 102       9.374  -1.560   0.434  1.00 76.93           N  \\nATOM   2567  CA  GLN A 102       9.633  -2.983   0.628  1.00 76.93           C  \\nATOM   2568  C   GLN A 102       9.644  -3.727  -0.704  1.00 76.93           C  \\nATOM   2569  O   GLN A 102      10.445  -4.642  -0.903  1.00 76.93           O  \\nATOM   2570  CB  GLN A 102       8.589  -3.596   1.563  1.00 76.93           C  \\nATOM   2571  CG  GLN A 102       8.830  -5.068   1.872  1.00 76.93           C  \\nATOM   2572  CD  GLN A 102       7.893  -5.604   2.938  1.00 76.93           C  \\nATOM   2573  OE1 GLN A 102       6.986  -4.903   3.396  1.00 76.93           O  \\nATOM   2574  NE2 GLN A 102       8.107  -6.852   3.342  1.00 76.93           N  \\nATOM   2575  N   PHE A 103       8.828  -3.505  -1.607  1.00 86.24           N  \\nATOM   2576  CA  PHE A 103       8.605  -4.353  -2.772  1.00 86.24           C  \\nATOM   2577  C   PHE A 103       9.130  -3.685  -4.037  1.00 86.24           C  \\nATOM   2578  O   PHE A 103       8.772  -2.544  -4.337  1.00 86.24           O  \\nATOM   2579  CB  PHE A 103       7.115  -4.675  -2.928  1.00 86.24           C  \\nATOM   2580  CG  PHE A 103       6.511  -5.347  -1.725  1.00 86.24           C  \\nATOM   2581  CD1 PHE A 103       6.744  -6.694  -1.474  1.00 86.24           C  \\nATOM   2582  CD2 PHE A 103       5.708  -4.632  -0.845  1.00 86.24           C  \\nATOM   2583  CE1 PHE A 103       6.186  -7.319  -0.361  1.00 86.24           C  \\nATOM   2584  CE2 PHE A 103       5.146  -5.250   0.268  1.00 86.24           C  \\nATOM   2585  CZ  PHE A 103       5.386  -6.594   0.508  1.00 86.24           C  \\nATOM   2586  N   SER A 104       9.971  -4.448  -4.788  1.00 91.28           N  \\nATOM   2587  CA  SER A 104      10.493  -3.937  -6.052  1.00 91.28           C  \\nATOM   2588  C   SER A 104       9.685  -4.460  -7.235  1.00 91.28           C  \\nATOM   2589  O   SER A 104       9.683  -3.854  -8.308  1.00 91.28           O  \\nATOM   2590  CB  SER A 104      11.964  -4.321  -6.219  1.00 91.28           C  \\nATOM   2591  OG  SER A 104      12.152  -5.706  -5.984  1.00 91.28           O  \\nATOM   2592  N   LEU A 105       9.060  -5.501  -7.046  1.00 94.64           N  \\nATOM   2593  CA  LEU A 105       8.112  -6.052  -8.009  1.00 94.64           C  \\nATOM   2594  C   LEU A 105       6.782  -6.377  -7.337  1.00 94.64           C  \\nATOM   2595  O   LEU A 105       6.741  -7.140  -6.369  1.00 94.64           O  \\nATOM   2596  CB  LEU A 105       8.686  -7.310  -8.666  1.00 94.64           C  \\nATOM   2597  CG  LEU A 105       7.798  -7.998  -9.703  1.00 94.64           C  \\nATOM   2598  CD1 LEU A 105       7.595  -7.093 -10.913  1.00 94.64           C  \\nATOM   2599  CD2 LEU A 105       8.402  -9.334 -10.123  1.00 94.64           C  \\nATOM   2600  N   ALA A 106       5.791  -5.714  -7.673  1.00 92.23           N  \\nATOM   2601  CA  ALA A 106       4.455  -5.928  -7.125  1.00 92.23           C  \\nATOM   2602  C   ALA A 106       3.439  -6.174  -8.237  1.00 92.23           C  \\nATOM   2603  O   ALA A 106       3.238  -5.319  -9.103  1.00 92.23           O  \\nATOM   2604  CB  ALA A 106       4.030  -4.732  -6.276  1.00 92.23           C  \\nATOM   2605  N   VAL A 107       2.999  -7.328  -8.310  1.00 93.18           N  \\nATOM   2606  CA  VAL A 107       1.926  -7.715  -9.220  1.00 93.18           C  \\nATOM   2607  C   VAL A 107       0.664  -8.040  -8.425  1.00 93.18           C  \\nATOM   2608  O   VAL A 107       0.610  -9.050  -7.720  1.00 93.18           O  \\nATOM   2609  CB  VAL A 107       2.332  -8.924 -10.093  1.00 93.18           C  \\nATOM   2610  CG1 VAL A 107       1.189  -9.326 -11.024  1.00 93.18           C  \\nATOM   2611  CG2 VAL A 107       3.591  -8.603 -10.896  1.00 93.18           C  \\nATOM   2612  N   VAL A 108      -0.342  -7.173  -8.491  1.00 87.66           N  \\nATOM   2613  CA  VAL A 108      -1.453  -7.293  -7.552  1.00 87.66           C  \\nATOM   2614  C   VAL A 108      -2.777  -7.255  -8.311  1.00 87.66           C  \\nATOM   2615  O   VAL A 108      -3.025  -6.335  -9.094  1.00 87.66           O  \\nATOM   2616  CB  VAL A 108      -1.417  -6.175  -6.485  1.00 87.66           C  \\nATOM   2617  CG1 VAL A 108      -2.528  -6.375  -5.457  1.00 87.66           C  \\nATOM   2618  CG2 VAL A 108      -0.052  -6.135  -5.801  1.00 87.66           C  \\nATOM   2619  N   SER A 109      -3.574  -8.107  -8.103  1.00 83.69           N  \\nATOM   2620  CA  SER A 109      -4.972  -8.212  -8.508  1.00 83.69           C  \\nATOM   2621  C   SER A 109      -5.130  -7.992 -10.009  1.00 83.69           C  \\nATOM   2622  O   SER A 109      -5.980  -7.210 -10.440  1.00 83.69           O  \\nATOM   2623  CB  SER A 109      -5.829  -7.203  -7.743  1.00 83.69           C  \\nATOM   2624  OG  SER A 109      -5.953  -7.578  -6.382  1.00 83.69           O  \\nATOM   2625  N   LEU A 110      -4.395  -8.780 -10.700  1.00 87.14           N  \\nATOM   2626  CA  LEU A 110      -4.471  -8.739 -12.156  1.00 87.14           C  \\nATOM   2627  C   LEU A 110      -5.214  -9.956 -12.696  1.00 87.14           C  \\nATOM   2628  O   LEU A 110      -5.298 -10.986 -12.024  1.00 87.14           O  \\nATOM   2629  CB  LEU A 110      -3.068  -8.671 -12.764  1.00 87.14           C  \\nATOM   2630  CG  LEU A 110      -2.144  -7.582 -12.218  1.00 87.14           C  \\nATOM   2631  CD1 LEU A 110      -0.769  -7.677 -12.871  1.00 87.14           C  \\nATOM   2632  CD2 LEU A 110      -2.753  -6.202 -12.442  1.00 87.14           C  \\nATOM   2633  N   ASN A 111      -5.735  -9.833 -13.770  1.00 86.23           N  \\nATOM   2634  CA  ASN A 111      -6.380 -10.959 -14.438  1.00 86.23           C  \\nATOM   2635  C   ASN A 111      -5.462 -11.594 -15.479  1.00 86.23           C  \\nATOM   2636  O   ASN A 111      -5.744 -11.541 -16.677  1.00 86.23           O  \\nATOM   2637  CB  ASN A 111      -7.693 -10.518 -15.087  1.00 86.23           C  \\nATOM   2638  CG  ASN A 111      -8.598 -11.686 -15.427  1.00 86.23           C  \\nATOM   2639  OD1 ASN A 111      -8.513 -12.752 -14.812  1.00 86.23           O  \\nATOM   2640  ND2 ASN A 111      -9.471 -11.493 -16.409  1.00 86.23           N  \\nATOM   2641  N   ILE A 112      -4.434 -12.298 -15.008  1.00 91.05           N  \\nATOM   2642  CA  ILE A 112      -3.443 -12.942 -15.864  1.00 91.05           C  \\nATOM   2643  C   ILE A 112      -3.256 -14.395 -15.434  1.00 91.05           C  \\nATOM   2644  O   ILE A 112      -3.452 -14.733 -14.264  1.00 91.05           O  \\nATOM   2645  CB  ILE A 112      -2.092 -12.193 -15.827  1.00 91.05           C  \\nATOM   2646  CG1 ILE A 112      -1.536 -12.166 -14.398  1.00 91.05           C  \\nATOM   2647  CG2 ILE A 112      -2.245 -10.775 -16.383  1.00 91.05           C  \\nATOM   2648  CD1 ILE A 112      -0.145 -11.557 -14.287  1.00 91.05           C  \\nATOM   2649  N   THR A 113      -2.894 -15.120 -16.491  1.00 92.53           N  \\nATOM   2650  CA  THR A 113      -2.712 -16.541 -16.216  1.00 92.53           C  \\nATOM   2651  C   THR A 113      -1.234 -16.872 -16.038  1.00 92.53           C  \\nATOM   2652  O   THR A 113      -0.889 -17.898 -15.447  1.00 92.53           O  \\nATOM   2653  CB  THR A 113      -3.303 -17.408 -17.343  1.00 92.53           C  \\nATOM   2654  OG1 THR A 113      -2.731 -17.010 -18.595  1.00 92.53           O  \\nATOM   2655  CG2 THR A 113      -4.819 -17.254 -17.418  1.00 92.53           C  \\nATOM   2656  N   SER A 114      -0.440 -16.132 -16.558  1.00 94.44           N  \\nATOM   2657  CA  SER A 114       1.006 -16.281 -16.431  1.00 94.44           C  \\nATOM   2658  C   SER A 114       1.686 -14.929 -16.240  1.00 94.44           C  \\nATOM   2659  O   SER A 114       1.117 -13.889 -16.577  1.00 94.44           O  \\nATOM   2660  CB  SER A 114       1.583 -16.982 -17.662  1.00 94.44           C  \\nATOM   2661  OG  SER A 114       1.362 -16.211 -18.830  1.00 94.44           O  \\nATOM   2662  N   LEU A 115       2.882 -14.937 -15.648  1.00 95.38           N  \\nATOM   2663  CA  LEU A 115       3.584 -13.683 -15.402  1.00 95.38           C  \\nATOM   2664  C   LEU A 115       4.320 -13.217 -16.654  1.00 95.38           C  \\nATOM   2665  O   LEU A 115       4.464 -12.014 -16.884  1.00 95.38           O  \\nATOM   2666  CB  LEU A 115       4.573 -13.840 -14.244  1.00 95.38           C  \\nATOM   2667  CG  LEU A 115       3.967 -13.918 -12.841  1.00 95.38           C  \\nATOM   2668  CD1 LEU A 115       5.018 -14.373 -11.835  1.00 95.38           C  \\nATOM   2669  CD2 LEU A 115       3.380 -12.570 -12.436  1.00 95.38           C  \\nATOM   2670  N   GLY A 116       4.839 -13.957 -17.403  1.00 93.53           N  \\nATOM   2671  CA  GLY A 116       5.398 -13.634 -18.706  1.00 93.53           C  \\nATOM   2672  C   GLY A 116       6.655 -12.788 -18.622  1.00 93.53           C  \\nATOM   2673  O   GLY A 116       7.045 -12.149 -19.601  1.00 93.53           O  \\nATOM   2674  N   LEU A 117       7.325 -12.688 -17.627  1.00 94.30           N  \\nATOM   2675  CA  LEU A 117       8.552 -11.926 -17.417  1.00 94.30           C  \\nATOM   2676  C   LEU A 117       9.779 -12.771 -17.741  1.00 94.30           C  \\nATOM   2677  O   LEU A 117      10.670 -12.927 -16.903  1.00 94.30           O  \\nATOM   2678  CB  LEU A 117       8.630 -11.424 -15.972  1.00 94.30           C  \\nATOM   2679  CG  LEU A 117       7.548 -10.435 -15.539  1.00 94.30           C  \\nATOM   2680  CD1 LEU A 117       7.541 -10.288 -14.021  1.00 94.30           C  \\nATOM   2681  CD2 LEU A 117       7.758  -9.082 -16.211  1.00 94.30           C  \\nATOM   2682  N   ARG A 118       9.771 -13.254 -18.870  1.00 91.11           N  \\nATOM   2683  CA  ARG A 118      10.651 -14.352 -19.256  1.00 91.11           C  \\nATOM   2684  C   ARG A 118      12.112 -13.918 -19.230  1.00 91.11           C  \\nATOM   2685  O   ARG A 118      13.014 -14.756 -19.163  1.00 91.11           O  \\nATOM   2686  CB  ARG A 118      10.284 -14.872 -20.648  1.00 91.11           C  \\nATOM   2687  CG  ARG A 118      10.380 -13.822 -21.743  1.00 91.11           C  \\nATOM   2688  CD  ARG A 118       9.942 -14.373 -23.093  1.00 91.11           C  \\nATOM   2689  NE  ARG A 118       9.803 -13.313 -24.088  1.00 91.11           N  \\nATOM   2690  CZ  ARG A 118       9.287 -13.477 -25.303  1.00 91.11           C  \\nATOM   2691  NH1 ARG A 118       8.849 -14.667 -25.699  1.00 91.11           N  \\nATOM   2692  NH2 ARG A 118       9.209 -12.444 -26.129  1.00 91.11           N  \\nATOM   2693  N   SER A 119      12.439 -12.630 -19.302  1.00 93.21           N  \\nATOM   2694  CA  SER A 119      13.822 -12.167 -19.355  1.00 93.21           C  \\nATOM   2695  C   SER A 119      14.284 -11.649 -17.997  1.00 93.21           C  \\nATOM   2696  O   SER A 119      15.413 -11.173 -17.860  1.00 93.21           O  \\nATOM   2697  CB  SER A 119      13.980 -11.071 -20.409  1.00 93.21           C  \\nATOM   2698  OG  SER A 119      13.687 -11.570 -21.702  1.00 93.21           O  \\nATOM   2699  N   LEU A 120      13.445 -11.667 -16.992  1.00 94.50           N  \\nATOM   2700  CA  LEU A 120      13.850 -11.151 -15.689  1.00 94.50           C  \\nATOM   2701  C   LEU A 120      14.915 -12.042 -15.059  1.00 94.50           C  \\nATOM   2702  O   LEU A 120      14.675 -13.227 -14.817  1.00 94.50           O  \\nATOM   2703  CB  LEU A 120      12.641 -11.042 -14.756  1.00 94.50           C  \\nATOM   2704  CG  LEU A 120      12.878 -10.336 -13.420  1.00 94.50           C  \\nATOM   2705  CD1 LEU A 120      13.256  -8.877 -13.652  1.00 94.50           C  \\nATOM   2706  CD2 LEU A 120      11.640 -10.439 -12.535  1.00 94.50           C  \\nATOM   2707  N   LYS A 121      15.948 -11.438 -14.821  1.00 92.45           N  \\nATOM   2708  CA  LYS A 121      17.102 -12.215 -14.376  1.00 92.45           C  \\nATOM   2709  C   LYS A 121      17.551 -11.784 -12.983  1.00 92.45           C  \\nATOM   2710  O   LYS A 121      18.080 -12.593 -12.218  1.00 92.45           O  \\nATOM   2711  CB  LYS A 121      18.259 -12.072 -15.367  1.00 92.45           C  \\nATOM   2712  CG  LYS A 121      17.964 -12.637 -16.749  1.00 92.45           C  \\nATOM   2713  CD  LYS A 121      19.131 -12.420 -17.702  1.00 92.45           C  \\nATOM   2714  CE  LYS A 121      18.781 -12.844 -19.122  1.00 92.45           C  \\nATOM   2715  NZ  LYS A 121      19.843 -12.450 -20.096  1.00 92.45           N  \\nATOM   2716  N   GLU A 122      17.227 -10.564 -12.758  1.00 94.22           N  \\nATOM   2717  CA  GLU A 122      17.784 -10.055 -11.508  1.00 94.22           C  \\nATOM   2718  C   GLU A 122      16.867  -9.010 -10.879  1.00 94.22           C  \\nATOM   2719  O   GLU A 122      16.417  -8.083 -11.556  1.00 94.22           O  \\nATOM   2720  CB  GLU A 122      19.175  -9.460 -11.743  1.00 94.22           C  \\nATOM   2721  CG  GLU A 122      19.881  -9.024 -10.467  1.00 94.22           C  \\nATOM   2722  CD  GLU A 122      21.282  -8.487 -10.711  1.00 94.22           C  \\nATOM   2723  OE1 GLU A 122      21.836  -8.711 -11.811  1.00 94.22           O  \\nATOM   2724  OE2 GLU A 122      21.831  -7.836  -9.793  1.00 94.22           O  \\nATOM   2725  N   ILE A 123      16.565  -9.192  -9.632  1.00 95.39           N  \\nATOM   2726  CA  ILE A 123      16.058  -8.158  -8.736  1.00 95.39           C  \\nATOM   2727  C   ILE A 123      17.111  -7.828  -7.681  1.00 95.39           C  \\nATOM   2728  O   ILE A 123      17.359  -8.624  -6.772  1.00 95.39           O  \\nATOM   2729  CB  ILE A 123      14.739  -8.595  -8.058  1.00 95.39           C  \\nATOM   2730  CG1 ILE A 123      13.680  -8.927  -9.116  1.00 95.39           C  \\nATOM   2731  CG2 ILE A 123      14.238  -7.508  -7.103  1.00 95.39           C  \\nATOM   2732  CD1 ILE A 123      12.369  -9.442  -8.538  1.00 95.39           C  \\nATOM   2733  N   SER A 124      17.662  -6.700  -7.845  1.00 93.25           N  \\nATOM   2734  CA  SER A 124      18.880  -6.367  -7.114  1.00 93.25           C  \\nATOM   2735  C   SER A 124      18.587  -6.100  -5.642  1.00 93.25           C  \\nATOM   2736  O   SER A 124      19.378  -6.466  -4.770  1.00 93.25           O  \\nATOM   2737  CB  SER A 124      19.562  -5.147  -7.736  1.00 93.25           C  \\nATOM   2738  OG  SER A 124      19.913  -5.400  -9.085  1.00 93.25           O  \\nATOM   2739  N   ASP A 125      17.461  -5.497  -5.496  1.00 89.81           N  \\nATOM   2740  CA  ASP A 125      17.042  -5.179  -4.135  1.00 89.81           C  \\nATOM   2741  C   ASP A 125      15.521  -5.084  -4.037  1.00 89.81           C  \\nATOM   2742  O   ASP A 125      14.849  -4.768  -5.021  1.00 89.81           O  \\nATOM   2743  CB  ASP A 125      17.682  -3.870  -3.668  1.00 89.81           C  \\nATOM   2744  CG  ASP A 125      17.698  -3.723  -2.157  1.00 89.81           C  \\nATOM   2745  OD1 ASP A 125      17.437  -4.717  -1.445  1.00 89.81           O  \\nATOM   2746  OD2 ASP A 125      17.970  -2.603  -1.674  1.00 89.81           O  \\nATOM   2747  N   GLY A 126      14.908  -5.261  -2.879  1.00 88.05           N  \\nATOM   2748  CA  GLY A 126      13.475  -5.215  -2.637  1.00 88.05           C  \\nATOM   2749  C   GLY A 126      12.818  -6.581  -2.679  1.00 88.05           C  \\nATOM   2750  O   GLY A 126      13.328  -7.502  -3.321  1.00 88.05           O  \\nATOM   2751  N   ASP A 127      11.781  -6.665  -2.033  1.00 87.46           N  \\nATOM   2752  CA  ASP A 127      11.014  -7.907  -2.018  1.00 87.46           C  \\nATOM   2753  C   ASP A 127      10.049  -7.971  -3.200  1.00 87.46           C  \\nATOM   2754  O   ASP A 127       9.843  -6.974  -3.894  1.00 87.46           O  \\nATOM   2755  CB  ASP A 127      10.245  -8.047  -0.703  1.00 87.46           C  \\nATOM   2756  CG  ASP A 127      11.154  -8.223   0.500  1.00 87.46           C  \\nATOM   2757  OD1 ASP A 127      12.366  -8.468   0.318  1.00 87.46           O  \\nATOM   2758  OD2 ASP A 127      10.654  -8.119   1.641  1.00 87.46           O  \\nATOM   2759  N   VAL A 128       9.461  -9.150  -3.418  1.00 93.24           N  \\nATOM   2760  CA  VAL A 128       8.470  -9.379  -4.465  1.00 93.24           C  \\nATOM   2761  C   VAL A 128       7.125  -9.733  -3.835  1.00 93.24           C  \\nATOM   2762  O   VAL A 128       7.057 -10.564  -2.927  1.00 93.24           O  \\nATOM   2763  CB  VAL A 128       8.915 -10.497  -5.434  1.00 93.24           C  \\nATOM   2764  CG1 VAL A 128       7.774 -10.885  -6.372  1.00 93.24           C  \\nATOM   2765  CG2 VAL A 128      10.141 -10.055  -6.232  1.00 93.24           C  \\nATOM   2766  N   ILE A 129       6.114  -9.143  -4.287  1.00 87.13           N  \\nATOM   2767  CA  ILE A 129       4.766  -9.489  -3.848  1.00 87.13           C  \\nATOM   2768  C   ILE A 129       3.891  -9.793  -5.061  1.00 87.13           C  \\nATOM   2769  O   ILE A 129       3.782  -8.975  -5.977  1.00 87.13           O  \\nATOM   2770  CB  ILE A 129       4.139  -8.356  -3.004  1.00 87.13           C  \\nATOM   2771  CG1 ILE A 129       2.776  -8.793  -2.454  1.00 87.13           C  \\nATOM   2772  CG2 ILE A 129       4.009  -7.074  -3.832  1.00 87.13           C  \\nATOM   2773  CD1 ILE A 129       2.259  -7.921  -1.319  1.00 87.13           C  \\nATOM   2774  N   ILE A 130       3.417 -10.852  -5.162  1.00 91.97           N  \\nATOM   2775  CA  ILE A 130       2.407 -11.305  -6.112  1.00 91.97           C  \\nATOM   2776  C   ILE A 130       1.148 -11.734  -5.362  1.00 91.97           C  \\nATOM   2777  O   ILE A 130       1.153 -12.746  -4.656  1.00 91.97           O  \\nATOM   2778  CB  ILE A 130       2.932 -12.466  -6.985  1.00 91.97           C  \\nATOM   2779  CG1 ILE A 130       4.238 -12.063  -7.680  1.00 91.97           C  \\nATOM   2780  CG2 ILE A 130       1.876 -12.893  -8.009  1.00 91.97           C  \\nATOM   2781  CD1 ILE A 130       4.825 -13.148  -8.572  1.00 91.97           C  \\nATOM   2782  N   SER A 131       0.118 -10.946  -5.416  1.00 86.31           N  \\nATOM   2783  CA  SER A 131      -1.040 -11.174  -4.558  1.00 86.31           C  \\nATOM   2784  C   SER A 131      -2.344 -10.947  -5.315  1.00 86.31           C  \\nATOM   2785  O   SER A 131      -2.449 -10.016  -6.116  1.00 86.31           O  \\nATOM   2786  CB  SER A 131      -0.987 -10.260  -3.333  1.00 86.31           C  \\nATOM   2787  OG  SER A 131      -2.183 -10.360  -2.579  1.00 86.31           O  \\nATOM   2788  N   GLY A 132      -3.280 -11.735  -4.935  1.00 82.22           N  \\nATOM   2789  CA  GLY A 132      -4.661 -11.517  -5.335  1.00 82.22           C  \\nATOM   2790  C   GLY A 132      -4.903 -11.774  -6.810  1.00 82.22           C  \\nATOM   2791  O   GLY A 132      -5.786 -11.163  -7.416  1.00 82.22           O  \\nATOM   2792  N   ASN A 133      -4.103 -12.603  -7.399  1.00 87.61           N  \\nATOM   2793  CA  ASN A 133      -4.304 -12.940  -8.804  1.00 87.61           C  \\nATOM   2794  C   ASN A 133      -5.065 -14.253  -8.963  1.00 87.61           C  \\nATOM   2795  O   ASN A 133      -4.483 -15.332  -8.834  1.00 87.61           O  \\nATOM   2796  CB  ASN A 133      -2.962 -13.011  -9.537  1.00 87.61           C  \\nATOM   2797  CG  ASN A 133      -2.195 -11.705  -9.479  1.00 87.61           C  \\nATOM   2798  OD1 ASN A 133      -2.432 -10.796 -10.279  1.00 87.61           O  \\nATOM   2799  ND2 ASN A 133      -1.270 -11.602  -8.532  1.00 87.61           N  \\nATOM   2800  N   LYS A 134      -6.344 -14.142  -9.308  1.00 85.27           N  \\nATOM   2801  CA  LYS A 134      -7.300 -15.242  -9.222  1.00 85.27           C  \\nATOM   2802  C   LYS A 134      -7.010 -16.306 -10.277  1.00 85.27           C  \\nATOM   2803  O   LYS A 134      -7.424 -17.458 -10.134  1.00 85.27           O  \\nATOM   2804  CB  LYS A 134      -8.730 -14.724  -9.379  1.00 85.27           C  \\nATOM   2805  CG  LYS A 134      -9.216 -13.882  -8.208  1.00 85.27           C  \\nATOM   2806  CD  LYS A 134     -10.673 -13.474  -8.379  1.00 85.27           C  \\nATOM   2807  CE  LYS A 134     -11.149 -12.599  -7.228  1.00 85.27           C  \\nATOM   2808  NZ  LYS A 134     -12.554 -12.135  -7.429  1.00 85.27           N  \\nATOM   2809  N   ASN A 135      -6.327 -16.002 -11.294  1.00 90.60           N  \\nATOM   2810  CA  ASN A 135      -6.093 -16.929 -12.397  1.00 90.60           C  \\nATOM   2811  C   ASN A 135      -4.604 -17.199 -12.595  1.00 90.60           C  \\nATOM   2812  O   ASN A 135      -4.218 -17.932 -13.508  1.00 90.60           O  \\nATOM   2813  CB  ASN A 135      -6.712 -16.392 -13.690  1.00 90.60           C  \\nATOM   2814  CG  ASN A 135      -8.220 -16.265 -13.606  1.00 90.60           C  \\nATOM   2815  OD1 ASN A 135      -8.904 -17.162 -13.108  1.00 90.60           O  \\nATOM   2816  ND2 ASN A 135      -8.748 -15.147 -14.091  1.00 90.60           N  \\nATOM   2817  N   LEU A 136      -3.797 -16.608 -11.870  1.00 92.61           N  \\nATOM   2818  CA  LEU A 136      -2.356 -16.711 -12.066  1.00 92.61           C  \\nATOM   2819  C   LEU A 136      -1.826 -18.033 -11.519  1.00 92.61           C  \\nATOM   2820  O   LEU A 136      -1.999 -18.334 -10.336  1.00 92.61           O  \\nATOM   2821  CB  LEU A 136      -1.637 -15.541 -11.389  1.00 92.61           C  \\nATOM   2822  CG  LEU A 136      -0.115 -15.505 -11.535  1.00 92.61           C  \\nATOM   2823  CD1 LEU A 136       0.273 -15.290 -12.994  1.00 92.61           C  \\nATOM   2824  CD2 LEU A 136       0.481 -14.414 -10.651  1.00 92.61           C  \\nATOM   2825  N   CYS A 137      -1.203 -18.727 -12.428  1.00 91.32           N  \\nATOM   2826  CA  CYS A 137      -0.576 -20.002 -12.099  1.00 91.32           C  \\nATOM   2827  C   CYS A 137       0.939 -19.917 -12.241  1.00 91.32           C  \\nATOM   2828  O   CYS A 137       1.449 -19.131 -13.042  1.00 91.32           O  \\nATOM   2829  CB  CYS A 137      -1.119 -21.114 -12.995  1.00 91.32           C  \\nATOM   2830  SG  CYS A 137      -2.817 -21.595 -12.610  1.00 91.32           S  \\nATOM   2831  N   TYR A 138       1.759 -19.785 -11.927  1.00 93.19           N  \\nATOM   2832  CA  TYR A 138       3.187 -19.963 -12.164  1.00 93.19           C  \\nATOM   2833  C   TYR A 138       4.009 -19.120 -11.196  1.00 93.19           C  \\nATOM   2834  O   TYR A 138       5.242 -19.136 -11.242  1.00 93.19           O  \\nATOM   2835  CB  TYR A 138       3.543 -19.596 -13.607  1.00 93.19           C  \\nATOM   2836  CG  TYR A 138       2.831 -20.435 -14.640  1.00 93.19           C  \\nATOM   2837  CD1 TYR A 138       3.335 -21.674 -15.028  1.00 93.19           C  \\nATOM   2838  CD2 TYR A 138       1.652 -19.990 -15.231  1.00 93.19           C  \\nATOM   2839  CE1 TYR A 138       2.683 -22.450 -15.981  1.00 93.19           C  \\nATOM   2840  CE2 TYR A 138       0.992 -20.758 -16.184  1.00 93.19           C  \\nATOM   2841  CZ  TYR A 138       1.514 -21.984 -16.552  1.00 93.19           C  \\nATOM   2842  OH  TYR A 138       0.864 -22.748 -17.496  1.00 93.19           O  \\nATOM   2843  N   ALA A 139       3.304 -18.542 -10.352  1.00 93.00           N  \\nATOM   2844  CA  ALA A 139       4.004 -17.644  -9.437  1.00 93.00           C  \\nATOM   2845  C   ALA A 139       4.867 -18.428  -8.452  1.00 93.00           C  \\nATOM   2846  O   ALA A 139       5.948 -17.976  -8.069  1.00 93.00           O  \\nATOM   2847  CB  ALA A 139       3.006 -16.767  -8.685  1.00 93.00           C  \\nATOM   2848  N   ASN A 140       4.387 -19.569  -8.039  1.00 90.42           N  \\nATOM   2849  CA  ASN A 140       5.108 -20.379  -7.063  1.00 90.42           C  \\nATOM   2850  C   ASN A 140       6.103 -21.318  -7.740  1.00 90.42           C  \\nATOM   2851  O   ASN A 140       6.842 -22.037  -7.066  1.00 90.42           O  \\nATOM   2852  CB  ASN A 140       4.130 -21.177  -6.199  1.00 90.42           C  \\nATOM   2853  CG  ASN A 140       3.360 -20.302  -5.229  1.00 90.42           C  \\nATOM   2854  OD1 ASN A 140       3.928 -19.407  -4.597  1.00 90.42           O  \\nATOM   2855  ND2 ASN A 140       2.063 -20.553  -5.105  1.00 90.42           N  \\nATOM   2856  N   THR A 141       6.146 -21.254  -8.996  1.00 92.61           N  \\nATOM   2857  CA  THR A 141       7.022 -22.162  -9.729  1.00 92.61           C  \\nATOM   2858  C   THR A 141       8.420 -21.568  -9.871  1.00 92.61           C  \\nATOM   2859  O   THR A 141       9.391 -22.296 -10.090  1.00 92.61           O  \\nATOM   2860  CB  THR A 141       6.453 -22.482 -11.124  1.00 92.61           C  \\nATOM   2861  OG1 THR A 141       6.420 -21.282 -11.907  1.00 92.61           O  \\nATOM   2862  CG2 THR A 141       5.041 -23.050 -11.025  1.00 92.61           C  \\nATOM   2863  N   ILE A 142       8.594 -20.373  -9.725  1.00 93.57           N  \\nATOM   2864  CA  ILE A 142       9.859 -19.686  -9.964  1.00 93.57           C  \\nATOM   2865  C   ILE A 142      10.725 -19.748  -8.708  1.00 93.57           C  \\nATOM   2866  O   ILE A 142      10.254 -19.454  -7.606  1.00 93.57           O  \\nATOM   2867  CB  ILE A 142       9.634 -18.218 -10.389  1.00 93.57           C  \\nATOM   2868  CG1 ILE A 142       8.838 -18.157 -11.698  1.00 93.57           C  \\nATOM   2869  CG2 ILE A 142      10.971 -17.484 -10.526  1.00 93.57           C  \\nATOM   2870  CD1 ILE A 142       8.258 -16.783 -12.006  1.00 93.57           C  \\nATOM   2871  N   ASN A 143      11.950 -20.142  -8.977  1.00 92.70           N  \\nATOM   2872  CA  ASN A 143      12.935 -19.987  -7.912  1.00 92.70           C  \\nATOM   2873  C   ASN A 143      13.369 -18.532  -7.757  1.00 92.70           C  \\nATOM   2874  O   ASN A 143      14.307 -18.086  -8.419  1.00 92.70           O  \\nATOM   2875  CB  ASN A 143      14.151 -20.879  -8.171  1.00 92.70           C  \\nATOM   2876  CG  ASN A 143      15.088 -20.948  -6.981  1.00 92.70           C  \\nATOM   2877  OD1 ASN A 143      14.941 -20.196  -6.014  1.00 92.70           O  \\nATOM   2878  ND2 ASN A 143      16.059 -21.852  -7.043  1.00 92.70           N  \\nATOM   2879  N   TRP A 144      12.708 -17.833  -6.960  1.00 94.01           N  \\nATOM   2880  CA  TRP A 144      12.879 -16.390  -6.827  1.00 94.01           C  \\nATOM   2881  C   TRP A 144      14.237 -16.056  -6.218  1.00 94.01           C  \\nATOM   2882  O   TRP A 144      14.788 -14.980  -6.466  1.00 94.01           O  \\nATOM   2883  CB  TRP A 144      11.760 -15.793  -5.968  1.00 94.01           C  \\nATOM   2884  CG  TRP A 144      10.410 -15.822  -6.620  1.00 94.01           C  \\nATOM   2885  CD1 TRP A 144       9.426 -16.753  -6.436  1.00 94.01           C  \\nATOM   2886  CD2 TRP A 144       9.899 -14.878  -7.566  1.00 94.01           C  \\nATOM   2887  NE1 TRP A 144       8.332 -16.444  -7.211  1.00 94.01           N  \\nATOM   2888  CE2 TRP A 144       8.596 -15.299  -7.913  1.00 94.01           C  \\nATOM   2889  CE3 TRP A 144      10.415 -13.716  -8.154  1.00 94.01           C  \\nATOM   2890  CZ2 TRP A 144       7.802 -14.598  -8.824  1.00 94.01           C  \\nATOM   2891  CZ3 TRP A 144       9.624 -13.019  -9.060  1.00 94.01           C  \\nATOM   2892  CH2 TRP A 144       8.331 -13.464  -9.384  1.00 94.01           C  \\nATOM   2893  N   LYS A 145      14.732 -16.946  -5.432  1.00 88.00           N  \\nATOM   2894  CA  LYS A 145      16.035 -16.729  -4.811  1.00 88.00           C  \\nATOM   2895  C   LYS A 145      17.125 -16.554  -5.865  1.00 88.00           C  \\nATOM   2896  O   LYS A 145      18.105 -15.841  -5.639  1.00 88.00           O  \\nATOM   2897  CB  LYS A 145      16.387 -17.891  -3.881  1.00 88.00           C  \\nATOM   2898  CG  LYS A 145      15.577 -17.921  -2.594  1.00 88.00           C  \\nATOM   2899  CD  LYS A 145      16.053 -19.025  -1.659  1.00 88.00           C  \\nATOM   2900  CE  LYS A 145      15.230 -19.069  -0.378  1.00 88.00           C  \\nATOM   2901  NZ  LYS A 145      15.655 -20.187   0.516  1.00 88.00           N  \\nATOM   2902  N   LYS A 146      16.837 -17.171  -6.921  1.00 91.30           N  \\nATOM   2903  CA  LYS A 146      17.806 -17.058  -8.008  1.00 91.30           C  \\nATOM   2904  C   LYS A 146      17.800 -15.655  -8.606  1.00 91.30           C  \\nATOM   2905  O   LYS A 146      18.791 -15.223  -9.199  1.00 91.30           O  \\nATOM   2906  CB  LYS A 146      17.514 -18.093  -9.096  1.00 91.30           C  \\nATOM   2907  CG  LYS A 146      18.296 -19.389  -8.945  1.00 91.30           C  \\nATOM   2908  CD  LYS A 146      18.407 -20.133 -10.269  1.00 91.30           C  \\nATOM   2909  CE  LYS A 146      19.206 -21.421 -10.122  1.00 91.30           C  \\nATOM   2910  NZ  LYS A 146      19.265 -22.186 -11.404  1.00 91.30           N  \\nATOM   2911  N   LEU A 147      16.771 -15.136  -8.581  1.00 93.66           N  \\nATOM   2912  CA  LEU A 147      16.597 -13.812  -9.167  1.00 93.66           C  \\nATOM   2913  C   LEU A 147      17.019 -12.723  -8.185  1.00 93.66           C  \\nATOM   2914  O   LEU A 147      17.322 -11.599  -8.591  1.00 93.66           O  \\nATOM   2915  CB  LEU A 147      15.141 -13.599  -9.588  1.00 93.66           C  \\nATOM   2916  CG  LEU A 147      14.599 -14.547 -10.659  1.00 93.66           C  \\nATOM   2917  CD1 LEU A 147      13.084 -14.411 -10.771  1.00 93.66           C  \\nATOM   2918  CD2 LEU A 147      15.266 -14.275 -12.003  1.00 93.66           C  \\nATOM   2919  N   PHE A 148      17.105 -12.963  -7.001  1.00 91.49           N  \\nATOM   2920  CA  PHE A 148      17.385 -11.970  -5.971  1.00 91.49           C  \\nATOM   2921  C   PHE A 148      18.877 -11.664  -5.905  1.00 91.49           C  \\nATOM   2922  O   PHE A 148      19.705 -12.577  -5.936  1.00 91.49           O  \\nATOM   2923  CB  PHE A 148      16.889 -12.456  -4.605  1.00 91.49           C  \\nATOM   2924  CG  PHE A 148      15.393 -12.403  -4.449  1.00 91.49           C  \\nATOM   2925  CD1 PHE A 148      14.618 -11.628  -5.304  1.00 91.49           C  \\nATOM   2926  CD2 PHE A 148      14.761 -13.128  -3.448  1.00 91.49           C  \\nATOM   2927  CE1 PHE A 148      13.233 -11.577  -5.162  1.00 91.49           C  \\nATOM   2928  CE2 PHE A 148      13.378 -13.083  -3.300  1.00 91.49           C  \\nATOM   2929  CZ  PHE A 148      12.616 -12.305  -4.158  1.00 91.49           C  \\nATOM   2930  N   GLY A 149      19.161 -10.469  -5.788  1.00 89.62           N  \\nATOM   2931  CA  GLY A 149      20.549 -10.039  -5.724  1.00 89.62           C  \\nATOM   2932  C   GLY A 149      21.149 -10.164  -4.336  1.00 89.62           C  \\nATOM   2933  O   GLY A 149      22.369 -10.102  -4.174  1.00 89.62           O  \\nATOM   2934  N   THR A 150      20.355 -10.281  -3.379  1.00 86.92           N  \\nATOM   2935  CA  THR A 150      20.805 -10.436  -2.000  1.00 86.92           C  \\nATOM   2936  C   THR A 150      20.045 -11.563  -1.306  1.00 86.92           C  \\nATOM   2937  O   THR A 150      18.948 -11.932  -1.730  1.00 86.92           O  \\nATOM   2938  CB  THR A 150      20.628  -9.129  -1.205  1.00 86.92           C  \\nATOM   2939  OG1 THR A 150      19.231  -8.837  -1.079  1.00 86.92           O  \\nATOM   2940  CG2 THR A 150      21.318  -7.962  -1.905  1.00 86.92           C  \\nATOM   2941  N   SER A 151      20.515 -11.924  -0.298  1.00 80.87           N  \\nATOM   2942  CA  SER A 151      19.911 -13.060   0.391  1.00 80.87           C  \\nATOM   2943  C   SER A 151      18.763 -12.615   1.290  1.00 80.87           C  \\nATOM   2944  O   SER A 151      17.905 -13.421   1.655  1.00 80.87           O  \\nATOM   2945  CB  SER A 151      20.960 -13.804   1.219  1.00 80.87           C  \\nATOM   2946  OG  SER A 151      21.523 -12.951   2.201  1.00 80.87           O  \\nATOM   2947  N   GLY A 152      18.624 -11.726   1.549  1.00 81.46           N  \\nATOM   2948  CA  GLY A 152      17.621 -11.209   2.466  1.00 81.46           C  \\nATOM   2949  C   GLY A 152      16.317 -10.845   1.781  1.00 81.46           C  \\nATOM   2950  O   GLY A 152      15.345 -10.473   2.443  1.00 81.46           O  \\nATOM   2951  N   GLN A 153      16.184 -10.994   0.606  1.00 83.15           N  \\nATOM   2952  CA  GLN A 153      14.977 -10.685  -0.154  1.00 83.15           C  \\nATOM   2953  C   GLN A 153      13.958 -11.817  -0.052  1.00 83.15           C  \\nATOM   2954  O   GLN A 153      14.331 -12.990   0.011  1.00 83.15           O  \\nATOM   2955  CB  GLN A 153      15.319 -10.417  -1.620  1.00 83.15           C  \\nATOM   2956  CG  GLN A 153      16.176  -9.177  -1.835  1.00 83.15           C  \\nATOM   2957  CD  GLN A 153      16.529  -8.952  -3.293  1.00 83.15           C  \\nATOM   2958  OE1 GLN A 153      17.672  -9.165  -3.709  1.00 83.15           O  \\nATOM   2959  NE2 GLN A 153      15.550  -8.519  -4.080  1.00 83.15           N  \\nATOM   2960  N   LYS A 154      12.780 -11.324  -0.128  1.00 84.73           N  \\nATOM   2961  CA  LYS A 154      11.730 -12.317   0.083  1.00 84.73           C  \\nATOM   2962  C   LYS A 154      10.640 -12.198  -0.979  1.00 84.73           C  \\nATOM   2963  O   LYS A 154      10.515 -11.161  -1.635  1.00 84.73           O  \\nATOM   2964  CB  LYS A 154      11.121 -12.166   1.478  1.00 84.73           C  \\nATOM   2965  CG  LYS A 154      12.120 -12.344   2.611  1.00 84.73           C  \\nATOM   2966  CD  LYS A 154      11.472 -12.111   3.970  1.00 84.73           C  \\nATOM   2967  CE  LYS A 154      12.489 -12.201   5.099  1.00 84.73           C  \\nATOM   2968  NZ  LYS A 154      11.866 -11.928   6.429  1.00 84.73           N  \\nATOM   2969  N   THR A 155       9.848 -13.280  -1.038  1.00 88.26           N  \\nATOM   2970  CA  THR A 155       8.677 -13.304  -1.907  1.00 88.26           C  \\nATOM   2971  C   THR A 155       7.402 -13.506  -1.093  1.00 88.26           C  \\nATOM   2972  O   THR A 155       7.374 -14.319  -0.167  1.00 88.26           O  \\nATOM   2973  CB  THR A 155       8.793 -14.413  -2.970  1.00 88.26           C  \\nATOM   2974  OG1 THR A 155       9.014 -15.670  -2.318  1.00 88.26           O  \\nATOM   2975  CG2 THR A 155       9.948 -14.139  -3.927  1.00 88.26           C  \\nATOM   2976  N   LYS A 156       6.572 -12.701  -1.388  1.00 84.24           N  \\nATOM   2977  CA  LYS A 156       5.233 -12.863  -0.829  1.00 84.24           C  \\nATOM   2978  C   LYS A 156       4.215 -13.181  -1.921  1.00 84.24           C  \\nATOM   2979  O   LYS A 156       3.803 -12.293  -2.670  1.00 84.24           O  \\nATOM   2980  CB  LYS A 156       4.811 -11.604  -0.071  1.00 84.24           C  \\nATOM   2981  CG  LYS A 156       3.597 -11.798   0.825  1.00 84.24           C  \\nATOM   2982  CD  LYS A 156       3.382 -10.601   1.743  1.00 84.24           C  \\nATOM   2983  CE  LYS A 156       2.226 -10.834   2.706  1.00 84.24           C  \\nATOM   2984  NZ  LYS A 156       2.088  -9.717   3.687  1.00 84.24           N  \\nATOM   2985  N   ILE A 157       3.965 -14.429  -1.981  1.00 86.66           N  \\nATOM   2986  CA  ILE A 157       2.972 -14.893  -2.943  1.00 86.66           C  \\nATOM   2987  C   ILE A 157       1.719 -15.362  -2.206  1.00 86.66           C  \\nATOM   2988  O   ILE A 157       1.733 -16.405  -1.547  1.00 86.66           O  \\nATOM   2989  CB  ILE A 157       3.530 -16.031  -3.828  1.00 86.66           C  \\nATOM   2990  CG1 ILE A 157       4.767 -15.551  -4.596  1.00 86.66           C  \\nATOM   2991  CG2 ILE A 157       2.455 -16.546  -4.788  1.00 86.66           C  \\nATOM   2992  CD1 ILE A 157       5.450 -16.640  -5.412  1.00 86.66           C  \\nATOM   2993  N   ILE A 158       0.642 -14.562  -2.334  1.00 80.94           N  \\nATOM   2994  CA  ILE A 158      -0.531 -14.875  -1.525  1.00 80.94           C  \\nATOM   2995  C   ILE A 158      -1.800 -14.622  -2.336  1.00 80.94           C  \\nATOM   2996  O   ILE A 158      -1.809 -13.783  -3.240  1.00 80.94           O  \\nATOM   2997  CB  ILE A 158      -0.555 -14.048  -0.220  1.00 80.94           C  \\nATOM   2998  CG1 ILE A 158      -0.546 -12.548  -0.538  1.00 80.94           C  \\nATOM   2999  CG2 ILE A 158       0.625 -14.425   0.680  1.00 80.94           C  \\nATOM   3000  CD1 ILE A 158      -0.656 -11.655   0.689  1.00 80.94           C  \\nATOM   3001  N   SER A 159      -2.779 -15.269  -2.020  1.00 79.84           N  \\nATOM   3002  CA  SER A 159      -4.136 -15.135  -2.538  1.00 79.84           C  \\nATOM   3003  C   SER A 159      -4.162 -15.246  -4.059  1.00 79.84           C  \\nATOM   3004  O   SER A 159      -4.892 -14.513  -4.728  1.00 79.84           O  \\nATOM   3005  CB  SER A 159      -4.745 -13.800  -2.106  1.00 79.84           C  \\nATOM   3006  OG  SER A 159      -4.823 -13.716  -0.694  1.00 79.84           O  \\nATOM   3007  N   ASN A 160      -3.274 -16.061  -4.532  1.00 86.35           N  \\nATOM   3008  CA  ASN A 160      -3.334 -16.408  -5.948  1.00 86.35           C  \\nATOM   3009  C   ASN A 160      -4.079 -17.721  -6.172  1.00 86.35           C  \\nATOM   3010  O   ASN A 160      -4.547 -18.345  -5.218  1.00 86.35           O  \\nATOM   3011  CB  ASN A 160      -1.926 -16.489  -6.541  1.00 86.35           C  \\nATOM   3012  CG  ASN A 160      -1.150 -15.196  -6.381  1.00 86.35           C  \\nATOM   3013  OD1 ASN A 160      -1.453 -14.192  -7.031  1.00 86.35           O  \\nATOM   3014  ND2 ASN A 160      -0.144 -15.212  -5.514  1.00 86.35           N  \\nATOM   3015  N   ARG A 161      -4.169 -18.053  -7.294  1.00 85.45           N  \\nATOM   3016  CA  ARG A 161      -4.812 -19.330  -7.586  1.00 85.45           C  \\nATOM   3017  C   ARG A 161      -4.062 -20.484  -6.928  1.00 85.45           C  \\nATOM   3018  O   ARG A 161      -2.831 -20.536  -6.971  1.00 85.45           O  \\nATOM   3019  CB  ARG A 161      -4.900 -19.555  -9.096  1.00 85.45           C  \\nATOM   3020  CG  ARG A 161      -5.790 -20.722  -9.494  1.00 85.45           C  \\nATOM   3021  CD  ARG A 161      -6.026 -20.764 -10.998  1.00 85.45           C  \\nATOM   3022  NE  ARG A 161      -6.929 -21.850 -11.371  1.00 85.45           N  \\nATOM   3023  CZ  ARG A 161      -7.401 -22.054 -12.598  1.00 85.45           C  \\nATOM   3024  NH1 ARG A 161      -7.063 -21.248 -13.598  1.00 85.45           N  \\nATOM   3025  NH2 ARG A 161      -8.216 -23.073 -12.827  1.00 85.45           N  \\nATOM   3026  N   GLY A 162      -4.803 -21.395  -6.401  1.00 85.75           N  \\nATOM   3027  CA  GLY A 162      -4.187 -22.503  -5.688  1.00 85.75           C  \\nATOM   3028  C   GLY A 162      -3.374 -23.414  -6.589  1.00 85.75           C  \\nATOM   3029  O   GLY A 162      -3.742 -23.643  -7.743  1.00 85.75           O  \\nATOM   3030  N   GLU A 163      -2.349 -23.831  -6.118  1.00 86.42           N  \\nATOM   3031  CA  GLU A 163      -1.421 -24.662  -6.880  1.00 86.42           C  \\nATOM   3032  C   GLU A 163      -2.102 -25.930  -7.385  1.00 86.42           C  \\nATOM   3033  O   GLU A 163      -1.857 -26.366  -8.512  1.00 86.42           O  \\nATOM   3034  CB  GLU A 163      -0.200 -25.023  -6.030  1.00 86.42           C  \\nATOM   3035  CG  GLU A 163       1.041 -25.355  -6.846  1.00 86.42           C  \\nATOM   3036  CD  GLU A 163       2.276 -25.590  -5.991  1.00 86.42           C  \\nATOM   3037  OE1 GLU A 163       2.201 -25.411  -4.754  1.00 86.42           O  \\nATOM   3038  OE2 GLU A 163       3.328 -25.954  -6.563  1.00 86.42           O  \\nATOM   3039  N   ASN A 164      -2.902 -26.505  -6.411  1.00 90.57           N  \\nATOM   3040  CA  ASN A 164      -3.603 -27.726  -6.793  1.00 90.57           C  \\nATOM   3041  C   ASN A 164      -4.576 -27.478  -7.942  1.00 90.57           C  \\nATOM   3042  O   ASN A 164      -4.694 -28.302  -8.851  1.00 90.57           O  \\nATOM   3043  CB  ASN A 164      -4.341 -28.319  -5.591  1.00 90.57           C  \\nATOM   3044  CG  ASN A 164      -3.398 -28.872  -4.541  1.00 90.57           C  \\nATOM   3045  OD1 ASN A 164      -2.261 -29.244  -4.845  1.00 90.57           O  \\nATOM   3046  ND2 ASN A 164      -3.861 -28.928  -3.298  1.00 90.57           N  \\nATOM   3047  N   SER A 165      -5.065 -26.382  -7.851  1.00 92.44           N  \\nATOM   3048  CA  SER A 165      -5.990 -26.012  -8.918  1.00 92.44           C  \\nATOM   3049  C   SER A 165      -5.251 -25.771 -10.230  1.00 92.44           C  \\nATOM   3050  O   SER A 165      -5.747 -26.126 -11.302  1.00 92.44           O  \\nATOM   3051  CB  SER A 165      -6.782 -24.762  -8.532  1.00 92.44           C  \\nATOM   3052  OG  SER A 165      -7.751 -24.456  -9.519  1.00 92.44           O  \\nATOM   3053  N   CYS A 166      -4.072 -25.176 -10.159  1.00 92.61           N  \\nATOM   3054  CA  CYS A 166      -3.258 -24.937 -11.345  1.00 92.61           C  \\nATOM   3055  C   CYS A 166      -2.803 -26.251 -11.969  1.00 92.61           C  \\nATOM   3056  O   CYS A 166      -2.793 -26.391 -13.193  1.00 92.61           O  \\nATOM   3057  CB  CYS A 166      -2.041 -24.080 -10.997  1.00 92.61           C  \\nATOM   3058  SG  CYS A 166      -2.460 -22.418 -10.428  1.00 92.61           S  \\nATOM   3059  N   LYS A 167      -2.648 -27.215 -11.128  1.00 91.07           N  \\nATOM   3060  CA  LYS A 167      -2.231 -28.529 -11.611  1.00 91.07           C  \\nATOM   3061  C   LYS A 167      -3.392 -29.263 -12.275  1.00 91.07           C  \\nATOM   3062  O   LYS A 167      -3.203 -29.957 -13.277  1.00 91.07           O  \\nATOM   3063  CB  LYS A 167      -1.668 -29.368 -10.463  1.00 91.07           C  \\nATOM   3064  CG  LYS A 167      -0.247 -28.996 -10.064  1.00 91.07           C  \\nATOM   3065  CD  LYS A 167       0.277 -29.902  -8.957  1.00 91.07           C  \\nATOM   3066  CE  LYS A 167       1.647 -29.452  -8.467  1.00 91.07           C  \\nATOM   3067  NZ  LYS A 167       2.103 -30.248  -7.289  1.00 91.07           N  \\nATOM   3068  N   ALA A 168      -4.397 -29.035 -11.696  1.00 91.71           N  \\nATOM   3069  CA  ALA A 168      -5.577 -29.723 -12.215  1.00 91.71           C  \\nATOM   3070  C   ALA A 168      -5.932 -29.225 -13.613  1.00 91.71           C  \\nATOM   3071  O   ALA A 168      -6.490 -29.971 -14.421  1.00 91.71           O  \\nATOM   3072  CB  ALA A 168      -6.761 -29.536 -11.269  1.00 91.71           C  \\nATOM   3073  N   THR A 169      -5.569 -28.057 -13.942  1.00 91.75           N  \\nATOM   3074  CA  THR A 169      -5.910 -27.478 -15.237  1.00 91.75           C  \\nATOM   3075  C   THR A 169      -4.747 -27.618 -16.215  1.00 91.75           C  \\nATOM   3076  O   THR A 169      -4.788 -27.070 -17.319  1.00 91.75           O  \\nATOM   3077  CB  THR A 169      -6.295 -25.993 -15.101  1.00 91.75           C  \\nATOM   3078  OG1 THR A 169      -5.244 -25.293 -14.422  1.00 91.75           O  \\nATOM   3079  CG2 THR A 169      -7.590 -25.830 -14.314  1.00 91.75           C  \\nATOM   3080  N   GLY A 170      -3.842 -28.215 -15.810  1.00 90.68           N  \\nATOM   3081  CA  GLY A 170      -2.690 -28.461 -16.662  1.00 90.68           C  \\nATOM   3082  C   GLY A 170      -1.749 -27.274 -16.751  1.00 90.68           C  \\nATOM   3083  O   GLY A 170      -0.903 -27.211 -17.645  1.00 90.68           O  \\nATOM   3084  N   GLN A 171      -1.857 -26.467 -15.908  1.00 91.46           N  \\nATOM   3085  CA  GLN A 171      -0.986 -25.297 -15.863  1.00 91.46           C  \\nATOM   3086  C   GLN A 171       0.268 -25.576 -15.040  1.00 91.46           C  \\nATOM   3087  O   GLN A 171       0.288 -25.341 -13.830  1.00 91.46           O  \\nATOM   3088  CB  GLN A 171      -1.734 -24.093 -15.288  1.00 91.46           C  \\nATOM   3089  CG  GLN A 171      -2.901 -23.626 -16.148  1.00 91.46           C  \\nATOM   3090  CD  GLN A 171      -2.942 -22.119 -16.314  1.00 91.46           C  \\nATOM   3091  OE1 GLN A 171      -2.484 -21.373 -15.443  1.00 91.46           O  \\nATOM   3092  NE2 GLN A 171      -3.493 -21.660 -17.433  1.00 91.46           N  \\nATOM   3093  N   VAL A 172       1.049 -26.166 -15.611  1.00 91.46           N  \\nATOM   3094  CA  VAL A 172       2.345 -26.534 -15.049  1.00 91.46           C  \\nATOM   3095  C   VAL A 172       3.462 -26.076 -15.983  1.00 91.46           C  \\nATOM   3096  O   VAL A 172       3.213 -25.746 -17.145  1.00 91.46           O  \\nATOM   3097  CB  VAL A 172       2.445 -28.056 -14.803  1.00 91.46           C  \\nATOM   3098  CG1 VAL A 172       1.424 -28.504 -13.759  1.00 91.46           C  \\nATOM   3099  CG2 VAL A 172       2.247 -28.821 -16.111  1.00 91.46           C  \\nATOM   3100  N   CYS A 173       4.674 -26.115 -15.535  1.00 92.83           N  \\nATOM   3101  CA  CYS A 173       5.802 -25.684 -16.352  1.00 92.83           C  \\nATOM   3102  C   CYS A 173       6.070 -26.675 -17.478  1.00 92.83           C  \\nATOM   3103  O   CYS A 173       5.864 -27.879 -17.314  1.00 92.83           O  \\nATOM   3104  CB  CYS A 173       7.056 -25.523 -15.494  1.00 92.83           C  \\nATOM   3105  SG  CYS A 173       6.875 -24.319 -14.160  1.00 92.83           S  \\nATOM   3106  N   HIS A 174       6.558 -26.159 -18.501  1.00 93.79           N  \\nATOM   3107  CA  HIS A 174       6.992 -27.034 -19.584  1.00 93.79           C  \\nATOM   3108  C   HIS A 174       8.064 -28.008 -19.108  1.00 93.79           C  \\nATOM   3109  O   HIS A 174       8.888 -27.665 -18.257  1.00 93.79           O  \\nATOM   3110  CB  HIS A 174       7.517 -26.209 -20.761  1.00 93.79           C  \\nATOM   3111  CG  HIS A 174       7.585 -26.973 -22.045  1.00 93.79           C  \\nATOM   3112  ND1 HIS A 174       8.600 -27.859 -22.331  1.00 93.79           N  \\nATOM   3113  CD2 HIS A 174       6.759 -26.982 -23.118  1.00 93.79           C  \\nATOM   3114  CE1 HIS A 174       8.396 -28.382 -23.529  1.00 93.79           C  \\nATOM   3115  NE2 HIS A 174       7.285 -27.867 -24.027  1.00 93.79           N  \\nATOM   3116  N   ALA A 175       8.033 -29.234 -19.697  1.00 92.30           N  \\nATOM   3117  CA  ALA A 175       8.912 -30.319 -19.268  1.00 92.30           C  \\nATOM   3118  C   ALA A 175      10.379 -29.940 -19.447  1.00 92.30           C  \\nATOM   3119  O   ALA A 175      11.255 -30.490 -18.775  1.00 92.30           O  \\nATOM   3120  CB  ALA A 175       8.597 -31.596 -20.043  1.00 92.30           C  \\nATOM   3121  N   LEU A 176      10.624 -28.994 -20.277  1.00 92.97           N  \\nATOM   3122  CA  LEU A 176      11.995 -28.599 -20.581  1.00 92.97           C  \\nATOM   3123  C   LEU A 176      12.499 -27.569 -19.576  1.00 92.97           C  \\nATOM   3124  O   LEU A 176      13.667 -27.174 -19.618  1.00 92.97           O  \\nATOM   3125  CB  LEU A 176      12.087 -28.033 -22.000  1.00 92.97           C  \\nATOM   3126  CG  LEU A 176      11.949 -29.040 -23.143  1.00 92.97           C  \\nATOM   3127  CD1 LEU A 176      11.870 -28.315 -24.482  1.00 92.97           C  \\nATOM   3128  CD2 LEU A 176      13.112 -30.026 -23.130  1.00 92.97           C  \\nATOM   3129  N   CYS A 177      11.766 -27.065 -18.779  1.00 92.26           N  \\nATOM   3130  CA  CYS A 177      12.168 -26.067 -17.795  1.00 92.26           C  \\nATOM   3131  C   CYS A 177      12.952 -26.707 -16.656  1.00 92.26           C  \\nATOM   3132  O   CYS A 177      12.606 -27.796 -16.194  1.00 92.26           O  \\nATOM   3133  CB  CYS A 177      10.943 -25.341 -17.238  1.00 92.26           C  \\nATOM   3134  SG  CYS A 177      10.063 -24.351 -18.465  1.00 92.26           S  \\nATOM   3135  N   SER A 178      14.003 -25.904 -16.326  1.00 89.44           N  \\nATOM   3136  CA  SER A 178      14.828 -26.340 -15.205  1.00 89.44           C  \\nATOM   3137  C   SER A 178      14.099 -26.158 -13.878  1.00 89.44           C  \\nATOM   3138  O   SER A 178      12.993 -25.615 -13.841  1.00 89.44           O  \\nATOM   3139  CB  SER A 178      16.149 -25.570 -15.180  1.00 89.44           C  \\nATOM   3140  OG  SER A 178      15.958 -24.260 -14.673  1.00 89.44           O  \\nATOM   3141  N   PRO A 179      14.726 -26.564 -12.802  1.00 88.61           N  \\nATOM   3142  CA  PRO A 179      14.110 -26.388 -11.484  1.00 88.61           C  \\nATOM   3143  C   PRO A 179      14.032 -24.923 -11.060  1.00 88.61           C  \\nATOM   3144  O   PRO A 179      13.443 -24.608 -10.023  1.00 88.61           O  \\nATOM   3145  CB  PRO A 179      15.034 -27.178 -10.554  1.00 88.61           C  \\nATOM   3146  CG  PRO A 179      15.905 -27.977 -11.470  1.00 88.61           C  \\nATOM   3147  CD  PRO A 179      15.888 -27.333 -12.827  1.00 88.61           C  \\nATOM   3148  N   GLU A 180      14.534 -24.167 -11.830  1.00 90.37           N  \\nATOM   3149  CA  GLU A 180      14.465 -22.739 -11.533  1.00 90.37           C  \\nATOM   3150  C   GLU A 180      13.060 -22.193 -11.773  1.00 90.37           C  \\nATOM   3151  O   GLU A 180      12.742 -21.077 -11.358  1.00 90.37           O  \\nATOM   3152  CB  GLU A 180      15.481 -21.964 -12.375  1.00 90.37           C  \\nATOM   3153  CG  GLU A 180      16.930 -22.289 -12.042  1.00 90.37           C  \\nATOM   3154  CD  GLU A 180      17.926 -21.595 -12.958  1.00 90.37           C  \\nATOM   3155  OE1 GLU A 180      17.501 -20.975 -13.959  1.00 90.37           O  \\nATOM   3156  OE2 GLU A 180      19.142 -21.673 -12.673  1.00 90.37           O  \\nATOM   3157  N   GLY A 181      12.298 -22.906 -12.397  1.00 92.74           N  \\nATOM   3158  CA  GLY A 181      10.888 -22.584 -12.551  1.00 92.74           C  \\nATOM   3159  C   GLY A 181      10.562 -21.962 -13.896  1.00 92.74           C  \\nATOM   3160  O   GLY A 181      11.366 -22.029 -14.828  1.00 92.74           O  \\nATOM   3161  N   CYS A 182       9.414 -21.426 -13.991  1.00 94.17           N  \\nATOM   3162  CA  CYS A 182       8.934 -20.882 -15.257  1.00 94.17           C  \\nATOM   3163  C   CYS A 182       8.002 -19.699 -15.023  1.00 94.17           C  \\nATOM   3164  O   CYS A 182       7.329 -19.627 -13.993  1.00 94.17           O  \\nATOM   3165  CB  CYS A 182       8.212 -21.960 -16.064  1.00 94.17           C  \\nATOM   3166  SG  CYS A 182       6.807 -22.697 -15.201  1.00 94.17           S  \\nATOM   3167  N   TRP A 183       7.887 -18.864 -16.030  1.00 95.10           N  \\nATOM   3168  CA  TRP A 183       7.017 -17.692 -16.039  1.00 95.10           C  \\nATOM   3169  C   TRP A 183       5.716 -17.985 -16.778  1.00 95.10           C  \\nATOM   3170  O   TRP A 183       4.849 -17.115 -16.890  1.00 95.10           O  \\nATOM   3171  CB  TRP A 183       7.728 -16.500 -16.686  1.00 95.10           C  \\nATOM   3172  CG  TRP A 183       8.973 -16.071 -15.969  1.00 95.10           C  \\nATOM   3173  CD1 TRP A 183      10.263 -16.208 -16.402  1.00 95.10           C  \\nATOM   3174  CD2 TRP A 183       9.046 -15.439 -14.687  1.00 95.10           C  \\nATOM   3175  NE1 TRP A 183      11.133 -15.698 -15.466  1.00 95.10           N  \\nATOM   3176  CE2 TRP A 183      10.412 -15.221 -14.405  1.00 95.10           C  \\nATOM   3177  CE3 TRP A 183       8.086 -15.036 -13.748  1.00 95.10           C  \\nATOM   3178  CZ2 TRP A 183      10.843 -14.615 -13.222  1.00 95.10           C  \\nATOM   3179  CZ3 TRP A 183       8.517 -14.433 -12.572  1.00 95.10           C  \\nATOM   3180  CH2 TRP A 183       9.885 -14.230 -12.321  1.00 95.10           C  \\nATOM   3181  N   GLY A 184       5.571 -19.033 -17.336  1.00 93.69           N  \\nATOM   3182  CA  GLY A 184       4.406 -19.434 -18.110  1.00 93.69           C  \\nATOM   3183  C   GLY A 184       4.526 -20.832 -18.688  1.00 93.69           C  \\nATOM   3184  O   GLY A 184       5.490 -21.546 -18.404  1.00 93.69           O  \\nATOM   3185  N   PRO A 185       3.611 -21.227 -19.483  1.00 91.91           N  \\nATOM   3186  CA  PRO A 185       3.529 -22.615 -19.943  1.00 91.91           C  \\nATOM   3187  C   PRO A 185       4.488 -22.913 -21.093  1.00 91.91           C  \\nATOM   3188  O   PRO A 185       4.752 -24.080 -21.396  1.00 91.91           O  \\nATOM   3189  CB  PRO A 185       2.073 -22.751 -20.398  1.00 91.91           C  \\nATOM   3190  CG  PRO A 185       1.683 -21.378 -20.842  1.00 91.91           C  \\nATOM   3191  CD  PRO A 185       2.396 -20.377 -19.980  1.00 91.91           C  \\nATOM   3192  N   GLU A 186       5.018 -22.041 -21.813  1.00 91.60           N  \\nATOM   3193  CA  GLU A 186       5.810 -22.232 -23.024  1.00 91.60           C  \\nATOM   3194  C   GLU A 186       7.277 -22.485 -22.691  1.00 91.60           C  \\nATOM   3195  O   GLU A 186       7.758 -22.077 -21.631  1.00 91.60           O  \\nATOM   3196  CB  GLU A 186       5.682 -21.017 -23.947  1.00 91.60           C  \\nATOM   3197  CG  GLU A 186       4.251 -20.707 -24.362  1.00 91.60           C  \\nATOM   3198  CD  GLU A 186       3.682 -21.713 -25.350  1.00 91.60           C  \\nATOM   3199  OE1 GLU A 186       4.441 -22.217 -26.208  1.00 91.60           O  \\nATOM   3200  OE2 GLU A 186       2.467 -21.999 -25.265  1.00 91.60           O  \\nATOM   3201  N   PRO A 187       7.975 -23.164 -23.608  1.00 91.36           N  \\nATOM   3202  CA  PRO A 187       9.404 -23.379 -23.371  1.00 91.36           C  \\nATOM   3203  C   PRO A 187      10.177 -22.073 -23.201  1.00 91.36           C  \\nATOM   3204  O   PRO A 187      11.148 -22.020 -22.442  1.00 91.36           O  \\nATOM   3205  CB  PRO A 187       9.861 -24.124 -24.628  1.00 91.36           C  \\nATOM   3206  CG  PRO A 187       8.605 -24.667 -25.228  1.00 91.36           C  \\nATOM   3207  CD  PRO A 187       7.455 -23.808 -24.786  1.00 91.36           C  \\nATOM   3208  N   ARG A 188       9.709 -21.096 -23.787  1.00 89.66           N  \\nATOM   3209  CA  ARG A 188      10.397 -19.813 -23.692  1.00 89.66           C  \\nATOM   3210  C   ARG A 188      10.181 -19.175 -22.324  1.00 89.66           C  \\nATOM   3211  O   ARG A 188      10.866 -18.215 -21.965  1.00 89.66           O  \\nATOM   3212  CB  ARG A 188       9.920 -18.864 -24.793  1.00 89.66           C  \\nATOM   3213  CG  ARG A 188       8.444 -18.509 -24.704  1.00 89.66           C  \\nATOM   3214  CD  ARG A 188       8.022 -17.566 -25.822  1.00 89.66           C  \\nATOM   3215  NE  ARG A 188       6.604 -17.230 -25.737  1.00 89.66           N  \\nATOM   3216  CZ  ARG A 188       5.946 -16.490 -26.624  1.00 89.66           C  \\nATOM   3217  NH1 ARG A 188       6.568 -15.992 -27.687  1.00 89.66           N  \\nATOM   3218  NH2 ARG A 188       4.655 -16.245 -26.449  1.00 89.66           N  \\nATOM   3219  N   ASP A 189       9.232 -19.639 -21.621  1.00 92.12           N  \\nATOM   3220  CA  ASP A 189       8.906 -19.064 -20.319  1.00 92.12           C  \\nATOM   3221  C   ASP A 189       9.753 -19.692 -19.214  1.00 92.12           C  \\nATOM   3222  O   ASP A 189       9.624 -19.327 -18.044  1.00 92.12           O  \\nATOM   3223  CB  ASP A 189       7.419 -19.245 -20.009  1.00 92.12           C  \\nATOM   3224  CG  ASP A 189       6.518 -18.473 -20.957  1.00 92.12           C  \\nATOM   3225  OD1 ASP A 189       6.932 -17.407 -21.461  1.00 92.12           O  \\nATOM   3226  OD2 ASP A 189       5.381 -18.934 -21.200  1.00 92.12           O  \\nATOM   3227  N   CYS A 190      10.505 -20.503 -19.519  1.00 92.81           N  \\nATOM   3228  CA  CYS A 190      11.384 -21.141 -18.546  1.00 92.81           C  \\nATOM   3229  C   CYS A 190      12.428 -20.160 -18.028  1.00 92.81           C  \\nATOM   3230  O   CYS A 190      12.945 -19.338 -18.787  1.00 92.81           O  \\nATOM   3231  CB  CYS A 190      12.075 -22.356 -19.164  1.00 92.81           C  \\nATOM   3232  SG  CYS A 190      10.941 -23.688 -19.615  1.00 92.81           S  \\nATOM   3233  N   VAL A 191      12.706 -20.360 -16.954  1.00 85.08           N  \\nATOM   3234  CA  VAL A 191      13.719 -19.505 -16.344  1.00 85.08           C  \\nATOM   3235  C   VAL A 191      15.112 -20.014 -16.708  1.00 85.08           C  \\nATOM   3236  O   VAL A 191      15.380 -21.216 -16.636  1.00 85.08           O  \\nATOM   3237  CB  VAL A 191      13.559 -19.443 -14.808  1.00 85.08           C  \\nATOM   3238  CG1 VAL A 191      14.667 -18.597 -14.184  1.00 85.08           C  \\nATOM   3239  CG2 VAL A 191      12.185 -18.888 -14.438  1.00 85.08           C  \\nTER    3240      VAL A 191                                                       \\nEND   \\n\",\"pdb\");\n\tviewer_17514285313564095.setStyle({\"model\": -1},{\"cartoon\": {\"color\": \"spectrum\"}});\n\tviewer_17514285313564095.zoomTo();\nviewer_17514285313564095.render();\n});\n</script>",
+      "text/html": [
+       "<div id=\"3dmolviewer_17514285313564095\"  style=\"position: relative; width: 800px; height: 400px;\">\n",
+       "        <p id=\"3dmolwarning_17514285313564095\" style=\"background-color:#ffcccc;color:black\">You appear to be running in JupyterLab (or JavaScript failed to load for some other reason).  You need to install the 3dmol extension: <br>\n",
+       "        <tt>jupyter labextension install jupyterlab_3dmol</tt></p>\n",
+       "        </div>\n",
+       "<script>\n",
+       "\n",
+       "var loadScriptAsync = function(uri){\n",
+       "  return new Promise((resolve, reject) => {\n",
+       "    //this is to ignore the existence of requirejs amd\n",
+       "    var savedexports, savedmodule;\n",
+       "    if (typeof exports !== 'undefined') savedexports = exports;\n",
+       "    else exports = {}\n",
+       "    if (typeof module !== 'undefined') savedmodule = module;\n",
+       "    else module = {}\n",
+       "\n",
+       "    var tag = document.createElement('script');\n",
+       "    tag.src = uri;\n",
+       "    tag.async = true;\n",
+       "    tag.onload = () => {\n",
+       "        exports = savedexports;\n",
+       "        module = savedmodule;\n",
+       "        resolve();\n",
+       "    };\n",
+       "  var firstScriptTag = document.getElementsByTagName('script')[0];\n",
+       "  firstScriptTag.parentNode.insertBefore(tag, firstScriptTag);\n",
+       "});\n",
+       "};\n",
+       "\n",
+       "if(typeof $3Dmolpromise === 'undefined') {\n",
+       "$3Dmolpromise = null;\n",
+       "  $3Dmolpromise = loadScriptAsync('https://3Dmol.org/build/3Dmol-min.js');\n",
+       "}\n",
+       "\n",
+       "var viewer_17514285313564095 = null;\n",
+       "var warn = document.getElementById(\"3dmolwarning_17514285313564095\");\n",
+       "if(warn) {\n",
+       "    warn.parentNode.removeChild(warn);\n",
+       "}\n",
+       "$3Dmolpromise.then(function() {\n",
+       "viewer_17514285313564095 = $3Dmol.createViewer(document.getElementById(\"3dmolviewer_17514285313564095\"),{backgroundColor:\"white\"});\n",
+       "viewer_17514285313564095.zoomTo();\n",
+       "\tviewer_17514285313564095.addModel(\"ATOM      1  N   GLN H   1       8.075  -9.686  18.160  1.00 84.33           N  \\nATOM      2  CA  GLN H   1       6.768  -9.098  17.885  1.00 84.33           C  \\nATOM      3  C   GLN H   1       6.907  -7.677  17.345  1.00 84.33           C  \\nATOM      4  O   GLN H   1       7.665  -6.872  17.890  1.00 84.33           O  \\nATOM      5  CB  GLN H   1       5.903  -9.098  19.146  1.00 84.33           C  \\nATOM      6  CG  GLN H   1       4.478  -9.582  18.914  1.00 84.33           C  \\nATOM      7  CD  GLN H   1       3.643  -9.579  20.181  1.00 84.33           C  \\nATOM      8  OE1 GLN H   1       4.118  -9.188  21.252  1.00 84.33           O  \\nATOM      9  NE2 GLN H   1       2.393 -10.016  20.068  1.00 84.33           N  \\nATOM     10  N   VAL H   2       6.146  -7.502  16.543  1.00 88.02           N  \\nATOM     11  CA  VAL H   2       6.200  -6.194  15.899  1.00 88.02           C  \\nATOM     12  C   VAL H   2       5.480  -5.161  16.764  1.00 88.02           C  \\nATOM     13  O   VAL H   2       4.334  -5.371  17.168  1.00 88.02           O  \\nATOM     14  CB  VAL H   2       5.577  -6.232  14.485  1.00 88.02           C  \\nATOM     15  CG1 VAL H   2       5.580  -4.839  13.856  1.00 88.02           C  \\nATOM     16  CG2 VAL H   2       6.328  -7.223  13.598  1.00 88.02           C  \\nATOM     17  N   GLN H   3       6.109  -4.099  16.904  1.00 94.26           N  \\nATOM     18  CA  GLN H   3       5.540  -3.051  17.745  1.00 94.26           C  \\nATOM     19  C   GLN H   3       5.976  -1.668  17.271  1.00 94.26           C  \\nATOM     20  O   GLN H   3       7.126  -1.478  16.869  1.00 94.26           O  \\nATOM     21  CB  GLN H   3       5.943  -3.257  19.206  1.00 94.26           C  \\nATOM     22  CG  GLN H   3       4.927  -4.048  20.019  1.00 94.26           C  \\nATOM     23  CD  GLN H   3       5.336  -4.209  21.472  1.00 94.26           C  \\nATOM     24  OE1 GLN H   3       6.395  -3.731  21.889  1.00 94.26           O  \\nATOM     25  NE2 GLN H   3       4.499  -4.886  22.251  1.00 94.26           N  \\nATOM     26  N   LEU H   4       5.047  -0.818  17.304  1.00 96.74           N  \\nATOM     27  CA  LEU H   4       5.299   0.606  17.115  1.00 96.74           C  \\nATOM     28  C   LEU H   4       4.942   1.393  18.372  1.00 96.74           C  \\nATOM     29  O   LEU H   4       3.788   1.385  18.808  1.00 96.74           O  \\nATOM     30  CB  LEU H   4       4.501   1.138  15.922  1.00 96.74           C  \\nATOM     31  CG  LEU H   4       4.805   0.502  14.564  1.00 96.74           C  \\nATOM     32  CD1 LEU H   4       3.834   1.019  13.508  1.00 96.74           C  \\nATOM     33  CD2 LEU H   4       6.247   0.780  14.155  1.00 96.74           C  \\nATOM     34  N   VAL H   5       5.925   2.083  18.953  1.00 98.27           N  \\nATOM     35  CA  VAL H   5       5.737   2.844  20.184  1.00 98.27           C  \\nATOM     36  C   VAL H   5       5.978   4.328  19.916  1.00 98.27           C  \\nATOM     37  O   VAL H   5       7.077   4.724  19.522  1.00 98.27           O  \\nATOM     38  CB  VAL H   5       6.675   2.346  21.307  1.00 98.27           C  \\nATOM     39  CG1 VAL H   5       6.473   3.165  22.581  1.00 98.27           C  \\nATOM     40  CG2 VAL H   5       6.440   0.862  21.579  1.00 98.27           C  \\nATOM     41  N   GLN H   6       4.923   5.111  20.141  1.00 98.43           N  \\nATOM     42  CA  GLN H   6       4.993   6.544  19.872  1.00 98.43           C  \\nATOM     43  C   GLN H   6       5.322   7.326  21.140  1.00 98.43           C  \\nATOM     44  O   GLN H   6       5.178   6.809  22.250  1.00 98.43           O  \\nATOM     45  CB  GLN H   6       3.676   7.043  19.274  1.00 98.43           C  \\nATOM     46  CG  GLN H   6       3.312   6.383  17.952  1.00 98.43           C  \\nATOM     47  CD  GLN H   6       2.065   6.977  17.323  1.00 98.43           C  \\nATOM     48  OE1 GLN H   6       1.181   6.249  16.861  1.00 98.43           O  \\nATOM     49  NE2 GLN H   6       1.987   8.303  17.300  1.00 98.43           N  \\nATOM     50  N   SER H   7       5.686   8.569  20.918  1.00 98.50           N  \\nATOM     51  CA  SER H   7       5.991   9.451  22.040  1.00 98.50           C  \\nATOM     52  C   SER H   7       4.720   9.897  22.754  1.00 98.50           C  \\nATOM     53  O   SER H   7       3.616   9.732  22.229  1.00 98.50           O  \\nATOM     54  CB  SER H   7       6.774  10.674  21.562  1.00 98.50           C  \\nATOM     55  OG  SER H   7       6.125  11.289  20.462  1.00 98.50           O  \\nATOM     56  N   GLY H   8       4.925  10.401  23.956  1.00 98.36           N  \\nATOM     57  CA  GLY H   8       3.809  10.753  24.819  1.00 98.36           C  \\nATOM     58  C   GLY H   8       3.070  11.997  24.362  1.00 98.36           C  \\nATOM     59  O   GLY H   8       3.538  12.711  23.473  1.00 98.36           O  \\nATOM     60  N   ALA H   9       1.956  12.240  24.955  1.00 98.35           N  \\nATOM     61  CA  ALA H   9       1.086  13.363  24.618  1.00 98.35           C  \\nATOM     62  C   ALA H   9       1.822  14.691  24.765  1.00 98.35           C  \\nATOM     63  O   ALA H   9       2.682  14.838  25.637  1.00 98.35           O  \\nATOM     64  CB  ALA H   9      -0.163  13.350  25.495  1.00 98.35           C  \\nATOM     65  N   GLU H  10       1.450  15.670  23.937  1.00 98.03           N  \\nATOM     66  CA  GLU H  10       2.088  16.982  23.876  1.00 98.03           C  \\nATOM     67  C   GLU H  10       1.055  18.102  23.965  1.00 98.03           C  \\nATOM     68  O   GLU H  10      -0.054  17.974  23.443  1.00 98.03           O  \\nATOM     69  CB  GLU H  10       2.907  17.123  22.590  1.00 98.03           C  \\nATOM     70  CG  GLU H  10       3.977  16.054  22.423  1.00 98.03           C  \\nATOM     71  CD  GLU H  10       5.336  16.477  22.957  1.00 98.03           C  \\nATOM     72  OE1 GLU H  10       5.421  17.521  23.643  1.00 98.03           O  \\nATOM     73  OE2 GLU H  10       6.325  15.759  22.687  1.00 98.03           O  \\nATOM     74  N   VAL H  11       1.479  19.167  24.641  1.00 98.40           N  \\nATOM     75  CA  VAL H  11       0.709  20.405  24.708  1.00 98.40           C  \\nATOM     76  C   VAL H  11       1.556  21.569  24.201  1.00 98.40           C  \\nATOM     77  O   VAL H  11       2.664  21.799  24.692  1.00 98.40           O  \\nATOM     78  CB  VAL H  11       0.216  20.690  26.144  1.00 98.40           C  \\nATOM     79  CG1 VAL H  11      -0.616  21.970  26.185  1.00 98.40           C  \\nATOM     80  CG2 VAL H  11      -0.591  19.507  26.676  1.00 98.40           C  \\nATOM     81  N   LYS H  12       0.996  22.222  23.219  1.00 98.37           N  \\nATOM     82  CA  LYS H  12       1.754  23.287  22.568  1.00 98.37           C  \\nATOM     83  C   LYS H  12       0.892  24.530  22.367  1.00 98.37           C  \\nATOM     84  O   LYS H  12      -0.327  24.429  22.216  1.00 98.37           O  \\nATOM     85  CB  LYS H  12       2.305  22.809  21.224  1.00 98.37           C  \\nATOM     86  CG  LYS H  12       3.289  21.654  21.334  1.00 98.37           C  \\nATOM     87  CD  LYS H  12       4.613  22.103  21.939  1.00 98.37           C  \\nATOM     88  CE  LYS H  12       5.615  20.958  22.007  1.00 98.37           C  \\nATOM     89  NZ  LYS H  12       6.904  21.386  22.628  1.00 98.37           N  \\nATOM     90  N   LYS H  13       1.607  25.642  22.380  1.00 98.31           N  \\nATOM     91  CA  LYS H  13       0.950  26.913  22.092  1.00 98.31           C  \\nATOM     92  C   LYS H  13       0.831  27.141  20.587  1.00 98.31           C  \\nATOM     93  O   LYS H  13       1.630  26.617  19.809  1.00 98.31           O  \\nATOM     94  CB  LYS H  13       1.713  28.071  22.738  1.00 98.31           C  \\nATOM     95  CG  LYS H  13       1.763  28.007  24.257  1.00 98.31           C  \\nATOM     96  CD  LYS H  13       2.308  29.299  24.854  1.00 98.31           C  \\nATOM     97  CE  LYS H  13       2.279  29.269  26.376  1.00 98.31           C  \\nATOM     98  NZ  LYS H  13       2.757  30.555  26.964  1.00 98.31           N  \\nATOM     99  N   PRO H  14      -0.188  27.888  20.188  1.00 98.41           N  \\nATOM    100  CA  PRO H  14      -0.306  28.189  18.759  1.00 98.41           C  \\nATOM    101  C   PRO H  14       0.945  28.855  18.191  1.00 98.41           C  \\nATOM    102  O   PRO H  14       1.541  29.716  18.844  1.00 98.41           O  \\nATOM    103  CB  PRO H  14      -1.506  29.138  18.697  1.00 98.41           C  \\nATOM    104  CG  PRO H  14      -2.318  28.807  19.907  1.00 98.41           C  \\nATOM    105  CD  PRO H  14      -1.383  28.432  21.021  1.00 98.41           C  \\nATOM    106  N   GLY H  15       1.289  28.371  17.057  1.00 98.05           N  \\nATOM    107  CA  GLY H  15       2.474  28.895  16.397  1.00 98.05           C  \\nATOM    108  C   GLY H  15       3.716  28.061  16.650  1.00 98.05           C  \\nATOM    109  O   GLY H  15       4.702  28.169  15.918  1.00 98.05           O  \\nATOM    110  N   ALA H  16       3.626  27.284  17.639  1.00 98.24           N  \\nATOM    111  CA  ALA H  16       4.764  26.430  17.969  1.00 98.24           C  \\nATOM    112  C   ALA H  16       4.841  25.231  17.028  1.00 98.24           C  \\nATOM    113  O   ALA H  16       4.027  25.100  16.112  1.00 98.24           O  \\nATOM    114  CB  ALA H  16       4.673  25.960  19.419  1.00 98.24           C  \\nATOM    115  N   SER H  17       5.865  24.377  17.254  1.00 98.43           N  \\nATOM    116  CA  SER H  17       6.043  23.126  16.525  1.00 98.43           C  \\nATOM    117  C   SER H  17       6.225  21.951  17.480  1.00 98.43           C  \\nATOM    118  O   SER H  17       6.608  22.137  18.637  1.00 98.43           O  \\nATOM    119  CB  SER H  17       7.246  23.220  15.585  1.00 98.43           C  \\nATOM    120  OG  SER H  17       8.423  23.540  16.305  1.00 98.43           O  \\nATOM    121  N   VAL H  18       5.925  20.768  16.940  1.00 98.64           N  \\nATOM    122  CA  VAL H  18       6.061  19.554  17.737  1.00 98.64           C  \\nATOM    123  C   VAL H  18       6.608  18.424  16.868  1.00 98.64           C  \\nATOM    124  O   VAL H  18       6.294  18.340  15.678  1.00 98.64           O  \\nATOM    125  CB  VAL H  18       4.715  19.135  18.370  1.00 98.64           C  \\nATOM    126  CG1 VAL H  18       3.701  18.767  17.288  1.00 98.64           C  \\nATOM    127  CG2 VAL H  18       4.919  17.969  19.334  1.00 98.64           C  \\nATOM    128  N   LYS H  19       7.388  17.644  17.449  1.00 98.61           N  \\nATOM    129  CA  LYS H  19       7.960  16.479  16.780  1.00 98.61           C  \\nATOM    130  C   LYS H  19       7.562  15.188  17.490  1.00 98.61           C  \\nATOM    131  O   LYS H  19       7.954  14.956  18.635  1.00 98.61           O  \\nATOM    132  CB  LYS H  19       9.484  16.592  16.714  1.00 98.61           C  \\nATOM    133  CG  LYS H  19      10.138  15.595  15.768  1.00 98.61           C  \\nATOM    134  CD  LYS H  19      11.629  15.868  15.613  1.00 98.61           C  \\nATOM    135  CE  LYS H  19      12.245  15.004  14.521  1.00 98.61           C  \\nATOM    136  NZ  LYS H  19      13.694  15.309  14.325  1.00 98.61           N  \\nATOM    137  N   VAL H  20       6.775  14.417  16.814  1.00 98.70           N  \\nATOM    138  CA  VAL H  20       6.281  13.142  17.325  1.00 98.70           C  \\nATOM    139  C   VAL H  20       7.178  12.007  16.835  1.00 98.70           C  \\nATOM    140  O   VAL H  20       7.558  11.970  15.663  1.00 98.70           O  \\nATOM    141  CB  VAL H  20       4.818  12.888  16.899  1.00 98.70           C  \\nATOM    142  CG1 VAL H  20       4.341  11.523  17.393  1.00 98.70           C  \\nATOM    143  CG2 VAL H  20       3.909  13.997  17.423  1.00 98.70           C  \\nATOM    144  N   SER H  21       7.490  11.098  17.699  1.00 98.56           N  \\nATOM    145  CA  SER H  21       8.360   9.977  17.359  1.00 98.56           C  \\nATOM    146  C   SER H  21       7.589   8.661  17.354  1.00 98.56           C  \\nATOM    147  O   SER H  21       6.551   8.540  18.008  1.00 98.56           O  \\nATOM    148  CB  SER H  21       9.529   9.888  18.341  1.00 98.56           C  \\nATOM    149  OG  SER H  21       9.075   9.518  19.632  1.00 98.56           O  \\nATOM    150  N   CYS H  22       8.074   7.707  16.634  1.00 98.07           N  \\nATOM    151  CA  CYS H  22       7.528   6.366  16.457  1.00 98.07           C  \\nATOM    152  C   CYS H  22       8.644   5.337  16.319  1.00 98.07           C  \\nATOM    153  O   CYS H  22       9.271   5.233  15.263  1.00 98.07           O  \\nATOM    154  CB  CYS H  22       6.619   6.314  15.229  1.00 98.07           C  \\nATOM    155  SG  CYS H  22       5.920   4.680  14.909  1.00 98.07           S  \\nATOM    156  N   LYS H  23       8.849   4.623  17.357  1.00 97.88           N  \\nATOM    157  CA  LYS H  23       9.923   3.635  17.400  1.00 97.88           C  \\nATOM    158  C   LYS H  23       9.417   2.254  16.995  1.00 97.88           C  \\nATOM    159  O   LYS H  23       8.476   1.731  17.596  1.00 97.88           O  \\nATOM    160  CB  LYS H  23      10.543   3.577  18.797  1.00 97.88           C  \\nATOM    161  CG  LYS H  23      11.784   2.700  18.888  1.00 97.88           C  \\nATOM    162  CD  LYS H  23      12.482   2.857  20.232  1.00 97.88           C  \\nATOM    163  CE  LYS H  23      13.736   1.997  20.315  1.00 97.88           C  \\nATOM    164  NZ  LYS H  23      14.492   2.241  21.580  1.00 97.88           N  \\nATOM    165  N   ALA H  24      10.086   1.704  16.047  1.00 95.59           N  \\nATOM    166  CA  ALA H  24       9.704   0.405  15.498  1.00 95.59           C  \\nATOM    167  C   ALA H  24      10.623  -0.699  16.012  1.00 95.59           C  \\nATOM    168  O   ALA H  24      11.830  -0.494  16.156  1.00 95.59           O  \\nATOM    169  CB  ALA H  24       9.727   0.445  13.972  1.00 95.59           C  \\nATOM    170  N   SER H  25      10.028  -1.827  16.256  1.00 95.30           N  \\nATOM    171  CA  SER H  25      10.761  -3.010  16.695  1.00 95.30           C  \\nATOM    172  C   SER H  25      10.069  -4.290  16.237  1.00 95.30           C  \\nATOM    173  O   SER H  25       8.864  -4.292  15.979  1.00 95.30           O  \\nATOM    174  CB  SER H  25      10.907  -3.016  18.217  1.00 95.30           C  \\nATOM    175  OG  SER H  25       9.638  -3.093  18.844  1.00 95.30           O  \\nATOM    176  N   GLY H  26      10.899  -5.254  16.095  1.00 91.06           N  \\nATOM    177  CA  GLY H  26      10.358  -6.569  15.790  1.00 91.06           C  \\nATOM    178  C   GLY H  26      10.428  -6.915  14.315  1.00 91.06           C  \\nATOM    179  O   GLY H  26       9.992  -7.992  13.903  1.00 91.06           O  \\nATOM    180  N   TYR H  27      10.877  -6.038  13.460  1.00 85.46           N  \\nATOM    181  CA  TYR H  27      11.043  -6.251  12.027  1.00 85.46           C  \\nATOM    182  C   TYR H  27      12.155  -5.370  11.470  1.00 85.46           C  \\nATOM    183  O   TYR H  27      12.630  -4.456  12.148  1.00 85.46           O  \\nATOM    184  CB  TYR H  27       9.733  -5.969  11.286  1.00 85.46           C  \\nATOM    185  CG  TYR H  27       9.385  -4.502  11.204  1.00 85.46           C  \\nATOM    186  CD1 TYR H  27       8.718  -3.866  12.248  1.00 85.46           C  \\nATOM    187  CD2 TYR H  27       9.722  -3.751  10.083  1.00 85.46           C  \\nATOM    188  CE1 TYR H  27       8.394  -2.515  12.177  1.00 85.46           C  \\nATOM    189  CE2 TYR H  27       9.403  -2.400  10.001  1.00 85.46           C  \\nATOM    190  CZ  TYR H  27       8.740  -1.791  11.051  1.00 85.46           C  \\nATOM    191  OH  TYR H  27       8.421  -0.454  10.975  1.00 85.46           O  \\nATOM    192  N   THR H  28      12.526  -5.643  10.296  1.00 82.98           N  \\nATOM    193  CA  THR H  28      13.532  -4.831   9.620  1.00 82.98           C  \\nATOM    194  C   THR H  28      12.948  -3.486   9.198  1.00 82.98           C  \\nATOM    195  O   THR H  28      12.162  -3.415   8.251  1.00 82.98           O  \\nATOM    196  CB  THR H  28      14.100  -5.558   8.387  1.00 82.98           C  \\nATOM    197  OG1 THR H  28      14.487  -6.886   8.758  1.00 82.98           O  \\nATOM    198  CG2 THR H  28      15.314  -4.824   7.827  1.00 82.98           C  \\nATOM    199  N   PHE H  29      13.369  -2.545   9.811  1.00 84.89           N  \\nATOM    200  CA  PHE H  29      12.796  -1.207   9.729  1.00 84.89           C  \\nATOM    201  C   PHE H  29      12.810  -0.699   8.292  1.00 84.89           C  \\nATOM    202  O   PHE H  29      11.840  -0.092   7.833  1.00 84.89           O  \\nATOM    203  CB  PHE H  29      13.561  -0.237  10.636  1.00 84.89           C  \\nATOM    204  CG  PHE H  29      13.029   1.170  10.605  1.00 84.89           C  \\nATOM    205  CD1 PHE H  29      11.775   1.466  11.125  1.00 84.89           C  \\nATOM    206  CD2 PHE H  29      13.784   2.198  10.056  1.00 84.89           C  \\nATOM    207  CE1 PHE H  29      11.280   2.768  11.097  1.00 84.89           C  \\nATOM    208  CE2 PHE H  29      13.297   3.502  10.025  1.00 84.89           C  \\nATOM    209  CZ  PHE H  29      12.044   3.784  10.545  1.00 84.89           C  \\nATOM    210  N   THR H  30      13.868  -0.945   7.590  1.00 79.20           N  \\nATOM    211  CA  THR H  30      14.047  -0.382   6.256  1.00 79.20           C  \\nATOM    212  C   THR H  30      13.252  -1.174   5.222  1.00 79.20           C  \\nATOM    213  O   THR H  30      13.185  -0.787   4.054  1.00 79.20           O  \\nATOM    214  CB  THR H  30      15.534  -0.357   5.856  1.00 79.20           C  \\nATOM    215  OG1 THR H  30      16.082  -1.674   5.994  1.00 79.20           O  \\nATOM    216  CG2 THR H  30      16.325   0.605   6.736  1.00 79.20           C  \\nATOM    217  N   SER H  31      12.510  -2.098   5.639  1.00 72.70           N  \\nATOM    218  CA  SER H  31      11.839  -2.995   4.704  1.00 72.70           C  \\nATOM    219  C   SER H  31      10.405  -2.548   4.442  1.00 72.70           C  \\nATOM    220  O   SER H  31       9.764  -3.019   3.500  1.00 72.70           O  \\nATOM    221  CB  SER H  31      11.845  -4.429   5.237  1.00 72.70           C  \\nATOM    222  OG  SER H  31      13.172  -4.911   5.366  1.00 72.70           O  \\nATOM    223  N   HIS H  32       9.893  -1.684   5.167  1.00 76.36           N  \\nATOM    224  CA  HIS H  32       8.486  -1.324   5.032  1.00 76.36           C  \\nATOM    225  C   HIS H  32       8.295   0.188   5.089  1.00 76.36           C  \\nATOM    226  O   HIS H  32       9.056   0.889   5.761  1.00 76.36           O  \\nATOM    227  CB  HIS H  32       7.653  -2.000   6.123  1.00 76.36           C  \\nATOM    228  CG  HIS H  32       7.753  -3.492   6.117  1.00 76.36           C  \\nATOM    229  ND1 HIS H  32       7.052  -4.281   5.230  1.00 76.36           N  \\nATOM    230  CD2 HIS H  32       8.475  -4.338   6.889  1.00 76.36           C  \\nATOM    231  CE1 HIS H  32       7.340  -5.552   5.459  1.00 76.36           C  \\nATOM    232  NE2 HIS H  32       8.201  -5.613   6.460  1.00 76.36           N  \\nATOM    233  N   TRP H  33       7.286   0.603   4.431  1.00 79.98           N  \\nATOM    234  CA  TRP H  33       6.932   2.018   4.460  1.00 79.98           C  \\nATOM    235  C   TRP H  33       6.300   2.393   5.797  1.00 79.98           C  \\nATOM    236  O   TRP H  33       5.630   1.571   6.426  1.00 79.98           O  \\nATOM    237  CB  TRP H  33       5.973   2.357   3.316  1.00 79.98           C  \\nATOM    238  CG  TRP H  33       6.595   2.271   1.954  1.00 79.98           C  \\nATOM    239  CD1 TRP H  33       7.058   1.147   1.329  1.00 79.98           C  \\nATOM    240  CD2 TRP H  33       6.828   3.357   1.052  1.00 79.98           C  \\nATOM    241  NE1 TRP H  33       7.564   1.469   0.091  1.00 79.98           N  \\nATOM    242  CE2 TRP H  33       7.434   2.818  -0.104  1.00 79.98           C  \\nATOM    243  CE3 TRP H  33       6.581   4.735   1.108  1.00 79.98           C  \\nATOM    244  CZ2 TRP H  33       7.798   3.610  -1.195  1.00 79.98           C  \\nATOM    245  CZ3 TRP H  33       6.943   5.522   0.021  1.00 79.98           C  \\nATOM    246  CH2 TRP H  33       7.545   4.955  -1.114  1.00 79.98           C  \\nATOM    247  N   MET H  34       6.545   3.580   6.188  1.00 90.50           N  \\nATOM    248  CA  MET H  34       5.902   4.144   7.371  1.00 90.50           C  \\nATOM    249  C   MET H  34       4.832   5.157   6.978  1.00 90.50           C  \\nATOM    250  O   MET H  34       5.046   5.977   6.083  1.00 90.50           O  \\nATOM    251  CB  MET H  34       6.937   4.804   8.284  1.00 90.50           C  \\nATOM    252  CG  MET H  34       6.416   5.116   9.677  1.00 90.50           C  \\nATOM    253  SD  MET H  34       6.045   3.601  10.644  1.00 90.50           S  \\nATOM    254  CE  MET H  34       7.728   2.985  10.931  1.00 90.50           C  \\nATOM    255  N   HIS H  35       3.672   5.056   7.560  1.00 93.18           N  \\nATOM    256  CA  HIS H  35       2.565   5.971   7.307  1.00 93.18           C  \\nATOM    257  C   HIS H  35       2.209   6.764   8.560  1.00 93.18           C  \\nATOM    258  O   HIS H  35       2.400   6.283   9.680  1.00 93.18           O  \\nATOM    259  CB  HIS H  35       1.340   5.203   6.806  1.00 93.18           C  \\nATOM    260  CG  HIS H  35       1.593   4.418   5.558  1.00 93.18           C  \\nATOM    261  ND1 HIS H  35       1.228   4.870   4.309  1.00 93.18           N  \\nATOM    262  CD2 HIS H  35       2.177   3.212   5.370  1.00 93.18           C  \\nATOM    263  CE1 HIS H  35       1.578   3.972   3.403  1.00 93.18           C  \\nATOM    264  NE2 HIS H  35       2.156   2.956   4.021  1.00 93.18           N  \\nATOM    265  N   TRP H  36       1.663   7.961   8.357  1.00 96.68           N  \\nATOM    266  CA  TRP H  36       1.122   8.781   9.436  1.00 96.68           C  \\nATOM    267  C   TRP H  36      -0.330   9.155   9.161  1.00 96.68           C  \\nATOM    268  O   TRP H  36      -0.685   9.506   8.033  1.00 96.68           O  \\nATOM    269  CB  TRP H  36       1.962  10.048   9.621  1.00 96.68           C  \\nATOM    270  CG  TRP H  36       3.338   9.794  10.159  1.00 96.68           C  \\nATOM    271  CD1 TRP H  36       4.478   9.572   9.437  1.00 96.68           C  \\nATOM    272  CD2 TRP H  36       3.717   9.729  11.538  1.00 96.68           C  \\nATOM    273  NE1 TRP H  36       5.544   9.375  10.284  1.00 96.68           N  \\nATOM    274  CE2 TRP H  36       5.105   9.466  11.577  1.00 96.68           C  \\nATOM    275  CE3 TRP H  36       3.018   9.870  12.744  1.00 96.68           C  \\nATOM    276  CZ2 TRP H  36       5.807   9.341  12.779  1.00 96.68           C  \\nATOM    277  CZ3 TRP H  36       3.719   9.745  13.938  1.00 96.68           C  \\nATOM    278  CH2 TRP H  36       5.099   9.483  13.944  1.00 96.68           C  \\nATOM    279  N   VAL H  37      -1.109   9.052  10.200  1.00 97.50           N  \\nATOM    280  CA  VAL H  37      -2.546   9.289  10.110  1.00 97.50           C  \\nATOM    281  C   VAL H  37      -2.989  10.214  11.241  1.00 97.50           C  \\nATOM    282  O   VAL H  37      -2.558  10.056  12.385  1.00 97.50           O  \\nATOM    283  CB  VAL H  37      -3.343   7.967  10.159  1.00 97.50           C  \\nATOM    284  CG1 VAL H  37      -4.845   8.243  10.193  1.00 97.50           C  \\nATOM    285  CG2 VAL H  37      -2.987   7.084   8.964  1.00 97.50           C  \\nATOM    286  N   ARG H  38      -3.877  11.097  10.930  1.00 98.30           N  \\nATOM    287  CA  ARG H  38      -4.414  12.059  11.887  1.00 98.30           C  \\nATOM    288  C   ARG H  38      -5.877  11.764  12.198  1.00 98.30           C  \\nATOM    289  O   ARG H  38      -6.647  11.403  11.305  1.00 98.30           O  \\nATOM    290  CB  ARG H  38      -4.268  13.486  11.355  1.00 98.30           C  \\nATOM    291  CG  ARG H  38      -4.855  14.548  12.271  1.00 98.30           C  \\nATOM    292  CD  ARG H  38      -4.758  15.938  11.657  1.00 98.30           C  \\nATOM    293  NE  ARG H  38      -5.874  16.207  10.755  1.00 98.30           N  \\nATOM    294  CZ  ARG H  38      -6.152  17.396  10.226  1.00 98.30           C  \\nATOM    295  NH1 ARG H  38      -5.396  18.453  10.501  1.00 98.30           N  \\nATOM    296  NH2 ARG H  38      -7.192  17.529   9.417  1.00 98.30           N  \\nATOM    297  N   GLN H  39      -6.230  11.995  13.441  1.00 98.41           N  \\nATOM    298  CA  GLN H  39      -7.627  11.897  13.853  1.00 98.41           C  \\nATOM    299  C   GLN H  39      -7.983  12.993  14.854  1.00 98.41           C  \\nATOM    300  O   GLN H  39      -7.608  12.915  16.026  1.00 98.41           O  \\nATOM    301  CB  GLN H  39      -7.915  10.521  14.455  1.00 98.41           C  \\nATOM    302  CG  GLN H  39      -9.380  10.298  14.805  1.00 98.41           C  \\nATOM    303  CD  GLN H  39      -9.676   8.863  15.201  1.00 98.41           C  \\nATOM    304  OE1 GLN H  39      -8.895   8.228  15.915  1.00 98.41           O  \\nATOM    305  NE2 GLN H  39     -10.808   8.342  14.738  1.00 98.41           N  \\nATOM    306  N   ALA H  40      -8.735  14.042  14.329  1.00 97.92           N  \\nATOM    307  CA  ALA H  40      -9.264  15.079  15.210  1.00 97.92           C  \\nATOM    308  C   ALA H  40     -10.327  14.512  16.148  1.00 97.92           C  \\nATOM    309  O   ALA H  40     -10.992  13.527  15.819  1.00 97.92           O  \\nATOM    310  CB  ALA H  40      -9.842  16.230  14.391  1.00 97.92           C  \\nATOM    311  N   PRO H  41     -10.443  15.125  17.316  1.00 97.01           N  \\nATOM    312  CA  PRO H  41     -11.386  14.577  18.294  1.00 97.01           C  \\nATOM    313  C   PRO H  41     -12.802  14.442  17.738  1.00 97.01           C  \\nATOM    314  O   PRO H  41     -13.364  15.416  17.229  1.00 97.01           O  \\nATOM    315  CB  PRO H  41     -11.343  15.596  19.435  1.00 97.01           C  \\nATOM    316  CG  PRO H  41     -10.021  16.279  19.287  1.00 97.01           C  \\nATOM    317  CD  PRO H  41      -9.661  16.309  17.830  1.00 97.01           C  \\nATOM    318  N   GLY H  42     -13.244  13.236  17.782  1.00 95.07           N  \\nATOM    319  CA  GLY H  42     -14.593  12.941  17.326  1.00 95.07           C  \\nATOM    320  C   GLY H  42     -14.720  12.916  15.815  1.00 95.07           C  \\nATOM    321  O   GLY H  42     -15.828  12.824  15.281  1.00 95.07           O  \\nATOM    322  N   GLN H  43     -13.611  12.983  15.156  1.00 96.54           N  \\nATOM    323  CA  GLN H  43     -13.641  13.025  13.698  1.00 96.54           C  \\nATOM    324  C   GLN H  43     -13.049  11.753  13.099  1.00 96.54           C  \\nATOM    325  O   GLN H  43     -12.656  10.841  13.829  1.00 96.54           O  \\nATOM    326  CB  GLN H  43     -12.886  14.251  13.181  1.00 96.54           C  \\nATOM    327  CG  GLN H  43     -13.423  15.573  13.711  1.00 96.54           C  \\nATOM    328  CD  GLN H  43     -14.758  15.952  13.099  1.00 96.54           C  \\nATOM    329  OE1 GLN H  43     -15.132  15.452  12.033  1.00 96.54           O  \\nATOM    330  NE2 GLN H  43     -15.487  16.839  13.768  1.00 96.54           N  \\nATOM    331  N   GLY H  44     -13.060  11.707  11.801  1.00 97.15           N  \\nATOM    332  CA  GLY H  44     -12.560  10.537  11.097  1.00 97.15           C  \\nATOM    333  C   GLY H  44     -11.051  10.533  10.944  1.00 97.15           C  \\nATOM    334  O   GLY H  44     -10.361  11.383  11.511  1.00 97.15           O  \\nATOM    335  N   LEU H  45     -10.603   9.609  10.158  1.00 97.56           N  \\nATOM    336  CA  LEU H  45      -9.176   9.419   9.921  1.00 97.56           C  \\nATOM    337  C   LEU H  45      -8.730  10.160   8.665  1.00 97.56           C  \\nATOM    338  O   LEU H  45      -9.444  10.173   7.660  1.00 97.56           O  \\nATOM    339  CB  LEU H  45      -8.848   7.929   9.791  1.00 97.56           C  \\nATOM    340  CG  LEU H  45      -9.209   7.049  10.989  1.00 97.56           C  \\nATOM    341  CD1 LEU H  45      -9.095   5.574  10.617  1.00 97.56           C  \\nATOM    342  CD2 LEU H  45      -8.317   7.375  12.182  1.00 97.56           C  \\nATOM    343  N   GLU H  46      -7.574  10.741   8.756  1.00 97.07           N  \\nATOM    344  CA  GLU H  46      -6.938  11.414   7.627  1.00 97.07           C  \\nATOM    345  C   GLU H  46      -5.502  10.935   7.437  1.00 97.07           C  \\nATOM    346  O   GLU H  46      -4.703  10.963   8.376  1.00 97.07           O  \\nATOM    347  CB  GLU H  46      -6.965  12.932   7.822  1.00 97.07           C  \\nATOM    348  CG  GLU H  46      -8.364  13.531   7.798  1.00 97.07           C  \\nATOM    349  CD  GLU H  46      -8.381  15.028   8.065  1.00 97.07           C  \\nATOM    350  OE1 GLU H  46      -8.344  15.433   9.249  1.00 97.07           O  \\nATOM    351  OE2 GLU H  46      -8.432  15.801   7.083  1.00 97.07           O  \\nATOM    352  N   TRP H  47      -5.208  10.515   6.220  1.00 95.61           N  \\nATOM    353  CA  TRP H  47      -3.849  10.093   5.897  1.00 95.61           C  \\nATOM    354  C   TRP H  47      -2.952  11.298   5.638  1.00 95.61           C  \\nATOM    355  O   TRP H  47      -3.283  12.163   4.825  1.00 95.61           O  \\nATOM    356  CB  TRP H  47      -3.849   9.168   4.677  1.00 95.61           C  \\nATOM    357  CG  TRP H  47      -2.483   8.707   4.262  1.00 95.61           C  \\nATOM    358  CD1 TRP H  47      -1.728   7.733   4.853  1.00 95.61           C  \\nATOM    359  CD2 TRP H  47      -1.709   9.207   3.168  1.00 95.61           C  \\nATOM    360  NE1 TRP H  47      -0.530   7.596   4.191  1.00 95.61           N  \\nATOM    361  CE2 TRP H  47      -0.493   8.489   3.154  1.00 95.61           C  \\nATOM    362  CE3 TRP H  47      -1.926  10.194   2.197  1.00 95.61           C  \\nATOM    363  CZ2 TRP H  47       0.504   8.726   2.204  1.00 95.61           C  \\nATOM    364  CZ3 TRP H  47      -0.933  10.428   1.253  1.00 95.61           C  \\nATOM    365  CH2 TRP H  47       0.266   9.696   1.265  1.00 95.61           C  \\nATOM    366  N   ILE H  48      -1.852  11.363   6.323  1.00 96.46           N  \\nATOM    367  CA  ILE H  48      -0.939  12.496   6.220  1.00 96.46           C  \\nATOM    368  C   ILE H  48       0.085  12.234   5.118  1.00 96.46           C  \\nATOM    369  O   ILE H  48       0.330  13.097   4.271  1.00 96.46           O  \\nATOM    370  CB  ILE H  48      -0.224  12.771   7.562  1.00 96.46           C  \\nATOM    371  CG1 ILE H  48      -1.242  13.160   8.639  1.00 96.46           C  \\nATOM    372  CG2 ILE H  48       0.840  13.859   7.394  1.00 96.46           C  \\nATOM    373  CD1 ILE H  48      -0.665  13.214  10.047  1.00 96.46           C  \\nATOM    374  N   GLY H  49       0.638  11.052   5.101  1.00 93.02           N  \\nATOM    375  CA  GLY H  49       1.653  10.711   4.117  1.00 93.02           C  \\nATOM    376  C   GLY H  49       2.409   9.440   4.456  1.00 93.02           C  \\nATOM    377  O   GLY H  49       2.127   8.794   5.468  1.00 93.02           O  \\nATOM    378  N   GLU H  50       3.319   9.066   3.636  1.00 88.48           N  \\nATOM    379  CA  GLU H  50       4.130   7.863   3.800  1.00 88.48           C  \\nATOM    380  C   GLU H  50       5.605   8.151   3.534  1.00 88.48           C  \\nATOM    381  O   GLU H  50       5.937   9.049   2.757  1.00 88.48           O  \\nATOM    382  CB  GLU H  50       3.635   6.751   2.871  1.00 88.48           C  \\nATOM    383  CG  GLU H  50       3.694   7.111   1.394  1.00 88.48           C  \\nATOM    384  CD  GLU H  50       3.235   5.984   0.483  1.00 88.48           C  \\nATOM    385  OE1 GLU H  50       2.997   4.860   0.980  1.00 88.48           O  \\nATOM    386  OE2 GLU H  50       3.114   6.226  -0.739  1.00 88.48           O  \\nATOM    387  N   PHE H  51       6.351   7.395   4.224  1.00 86.98           N  \\nATOM    388  CA  PHE H  51       7.798   7.540   4.129  1.00 86.98           C  \\nATOM    389  C   PHE H  51       8.465   6.187   3.913  1.00 86.98           C  \\nATOM    390  O   PHE H  51       8.177   5.226   4.630  1.00 86.98           O  \\nATOM    391  CB  PHE H  51       8.357   8.205   5.391  1.00 86.98           C  \\nATOM    392  CG  PHE H  51       9.792   8.640   5.264  1.00 86.98           C  \\nATOM    393  CD1 PHE H  51      10.820   7.705   5.282  1.00 86.98           C  \\nATOM    394  CD2 PHE H  51      10.113   9.984   5.125  1.00 86.98           C  \\nATOM    395  CE1 PHE H  51      12.149   8.105   5.164  1.00 86.98           C  \\nATOM    396  CE2 PHE H  51      11.438  10.391   5.007  1.00 86.98           C  \\nATOM    397  CZ  PHE H  51      12.455   9.450   5.028  1.00 86.98           C  \\nATOM    398  N   ASN H  52       9.288   6.045   2.950  1.00 78.04           N  \\nATOM    399  CA  ASN H  52      10.090   4.855   2.686  1.00 78.04           C  \\nATOM    400  C   ASN H  52      11.477   4.962   3.313  1.00 78.04           C  \\nATOM    401  O   ASN H  52      12.332   5.698   2.818  1.00 78.04           O  \\nATOM    402  CB  ASN H  52      10.207   4.610   1.180  1.00 78.04           C  \\nATOM    403  CG  ASN H  52      10.873   3.287   0.853  1.00 78.04           C  \\nATOM    404  OD1 ASN H  52      11.526   2.680   1.705  1.00 78.04           O  \\nATOM    405  ND2 ASN H  52      10.711   2.831  -0.383  1.00 78.04           N  \\nATOM    406  N   PRO H  53      11.744   4.241   4.360  1.00 79.50           N  \\nATOM    407  CA  PRO H  53      13.023   4.379   5.061  1.00 79.50           C  \\nATOM    408  C   PRO H  53      14.199   3.833   4.256  1.00 79.50           C  \\nATOM    409  O   PRO H  53      15.351   4.186   4.522  1.00 79.50           O  \\nATOM    410  CB  PRO H  53      12.813   3.567   6.341  1.00 79.50           C  \\nATOM    411  CG  PRO H  53      11.357   3.225   6.342  1.00 79.50           C  \\nATOM    412  CD  PRO H  53      10.805   3.487   4.970  1.00 79.50           C  \\nATOM    413  N   SER H  54      13.924   3.060   3.309  1.00 70.62           N  \\nATOM    414  CA  SER H  54      15.009   2.472   2.531  1.00 70.62           C  \\nATOM    415  C   SER H  54      15.623   3.494   1.579  1.00 70.62           C  \\nATOM    416  O   SER H  54      16.842   3.529   1.401  1.00 70.62           O  \\nATOM    417  CB  SER H  54      14.507   1.263   1.740  1.00 70.62           C  \\nATOM    418  OG  SER H  54      13.730   1.676   0.629  1.00 70.62           O  \\nATOM    419  N   ASN H  55      14.740   4.274   0.861  1.00 65.77           N  \\nATOM    420  CA  ASN H  55      15.279   5.181  -0.147  1.00 65.77           C  \\nATOM    421  C   ASN H  55      14.986   6.638   0.197  1.00 65.77           C  \\nATOM    422  O   ASN H  55      15.424   7.547  -0.511  1.00 65.77           O  \\nATOM    423  CB  ASN H  55      14.721   4.839  -1.530  1.00 65.77           C  \\nATOM    424  CG  ASN H  55      13.205   4.847  -1.567  1.00 65.77           C  \\nATOM    425  OD1 ASN H  55      12.554   5.407  -0.682  1.00 65.77           O  \\nATOM    426  ND2 ASN H  55      12.634   4.226  -2.592  1.00 65.77           N  \\nATOM    427  N   GLY H  56      14.345   6.946   1.267  1.00 73.18           N  \\nATOM    428  CA  GLY H  56      14.090   8.309   1.705  1.00 73.18           C  \\nATOM    429  C   GLY H  56      12.955   8.975   0.951  1.00 73.18           C  \\nATOM    430  O   GLY H  56      12.676  10.158   1.156  1.00 73.18           O  \\nATOM    431  N   ARG H  57      12.146   8.230   0.237  1.00 75.18           N  \\nATOM    432  CA  ARG H  57      11.041   8.756  -0.558  1.00 75.18           C  \\nATOM    433  C   ARG H  57       9.828   9.049   0.317  1.00 75.18           C  \\nATOM    434  O   ARG H  57       9.498   8.267   1.212  1.00 75.18           O  \\nATOM    435  CB  ARG H  57      10.662   7.774  -1.669  1.00 75.18           C  \\nATOM    436  CG  ARG H  57      10.039   8.433  -2.888  1.00 75.18           C  \\nATOM    437  CD  ARG H  57       9.814   7.435  -4.016  1.00 75.18           C  \\nATOM    438  NE  ARG H  57       9.090   8.037  -5.132  1.00 75.18           N  \\nATOM    439  CZ  ARG H  57       8.862   7.439  -6.298  1.00 75.18           C  \\nATOM    440  NH1 ARG H  57       9.299   6.206  -6.525  1.00 75.18           N  \\nATOM    441  NH2 ARG H  57       8.191   8.079  -7.245  1.00 75.18           N  \\nATOM    442  N   THR H  58       9.318  10.166  -0.099  1.00 81.88           N  \\nATOM    443  CA  THR H  58       8.137  10.573   0.654  1.00 81.88           C  \\nATOM    444  C   THR H  58       6.940  10.756  -0.275  1.00 81.88           C  \\nATOM    445  O   THR H  58       7.107  10.974  -1.477  1.00 81.88           O  \\nATOM    446  CB  THR H  58       8.392  11.878   1.431  1.00 81.88           C  \\nATOM    447  OG1 THR H  58       8.665  12.934   0.502  1.00 81.88           O  \\nATOM    448  CG2 THR H  58       9.577  11.731   2.379  1.00 81.88           C  \\nATOM    449  N   ASN H  59       5.870  10.551   0.224  1.00 82.46           N  \\nATOM    450  CA  ASN H  59       4.586  10.838  -0.407  1.00 82.46           C  \\nATOM    451  C   ASN H  59       3.604  11.465   0.579  1.00 82.46           C  \\nATOM    452  O   ASN H  59       3.135  10.798   1.504  1.00 82.46           O  \\nATOM    453  CB  ASN H  59       3.989   9.565  -1.013  1.00 82.46           C  \\nATOM    454  CG  ASN H  59       2.724   9.833  -1.804  1.00 82.46           C  \\nATOM    455  OD1 ASN H  59       2.568  10.898  -2.407  1.00 82.46           O  \\nATOM    456  ND2 ASN H  59       1.812   8.868  -1.809  1.00 82.46           N  \\nATOM    457  N   TYR H  60       3.336  12.791   0.373  1.00 88.85           N  \\nATOM    458  CA  TYR H  60       2.474  13.522   1.295  1.00 88.85           C  \\nATOM    459  C   TYR H  60       1.089  13.733   0.694  1.00 88.85           C  \\nATOM    460  O   TYR H  60       0.948  13.874  -0.523  1.00 88.85           O  \\nATOM    461  CB  TYR H  60       3.097  14.874   1.658  1.00 88.85           C  \\nATOM    462  CG  TYR H  60       4.339  14.761   2.507  1.00 88.85           C  \\nATOM    463  CD1 TYR H  60       4.252  14.661   3.894  1.00 88.85           C  \\nATOM    464  CD2 TYR H  60       5.602  14.754   1.925  1.00 88.85           C  \\nATOM    465  CE1 TYR H  60       5.394  14.558   4.681  1.00 88.85           C  \\nATOM    466  CE2 TYR H  60       6.752  14.653   2.702  1.00 88.85           C  \\nATOM    467  CZ  TYR H  60       6.638  14.555   4.077  1.00 88.85           C  \\nATOM    468  OH  TYR H  60       7.772  14.454   4.851  1.00 88.85           O  \\nATOM    469  N   ASN H  61       0.150  13.702   1.606  1.00 91.21           N  \\nATOM    470  CA  ASN H  61      -1.139  14.300   1.274  1.00 91.21           C  \\nATOM    471  C   ASN H  61      -1.018  15.806   1.054  1.00 91.21           C  \\nATOM    472  O   ASN H  61      -0.446  16.515   1.884  1.00 91.21           O  \\nATOM    473  CB  ASN H  61      -2.167  14.004   2.368  1.00 91.21           C  \\nATOM    474  CG  ASN H  61      -3.568  14.439   1.986  1.00 91.21           C  \\nATOM    475  OD1 ASN H  61      -3.748  15.334   1.155  1.00 91.21           O  \\nATOM    476  ND2 ASN H  61      -4.569  13.810   2.589  1.00 91.21           N  \\nATOM    477  N   GLU H  62      -1.558  16.255  -0.012  1.00 89.97           N  \\nATOM    478  CA  GLU H  62      -1.440  17.660  -0.392  1.00 89.97           C  \\nATOM    479  C   GLU H  62      -1.918  18.577   0.730  1.00 89.97           C  \\nATOM    480  O   GLU H  62      -1.365  19.660   0.932  1.00 89.97           O  \\nATOM    481  CB  GLU H  62      -2.231  17.939  -1.672  1.00 89.97           C  \\nATOM    482  CG  GLU H  62      -1.757  19.170  -2.432  1.00 89.97           C  \\nATOM    483  CD  GLU H  62      -1.594  18.928  -3.924  1.00 89.97           C  \\nATOM    484  OE1 GLU H  62      -1.947  17.826  -4.403  1.00 89.97           O  \\nATOM    485  OE2 GLU H  62      -1.108  19.848  -4.620  1.00 89.97           O  \\nATOM    486  N   LYS H  63      -2.812  18.152   1.379  1.00 95.01           N  \\nATOM    487  CA  LYS H  63      -3.390  18.923   2.477  1.00 95.01           C  \\nATOM    488  C   LYS H  63      -2.365  19.161   3.581  1.00 95.01           C  \\nATOM    489  O   LYS H  63      -2.419  20.177   4.277  1.00 95.01           O  \\nATOM    490  CB  LYS H  63      -4.618  18.209   3.046  1.00 95.01           C  \\nATOM    491  CG  LYS H  63      -5.301  18.961   4.178  1.00 95.01           C  \\nATOM    492  CD  LYS H  63      -6.530  18.216   4.683  1.00 95.01           C  \\nATOM    493  CE  LYS H  63      -7.163  18.922   5.874  1.00 95.01           C  \\nATOM    494  NZ  LYS H  63      -8.352  18.180   6.391  1.00 95.01           N  \\nATOM    495  N   PHE H  64      -1.430  18.307   3.789  1.00 96.56           N  \\nATOM    496  CA  PHE H  64      -0.500  18.377   4.910  1.00 96.56           C  \\nATOM    497  C   PHE H  64       0.897  18.753   4.432  1.00 96.56           C  \\nATOM    498  O   PHE H  64       1.847  18.759   5.217  1.00 96.56           O  \\nATOM    499  CB  PHE H  64      -0.457  17.041   5.658  1.00 96.56           C  \\nATOM    500  CG  PHE H  64      -1.743  16.694   6.358  1.00 96.56           C  \\nATOM    501  CD1 PHE H  64      -2.028  17.213   7.616  1.00 96.56           C  \\nATOM    502  CD2 PHE H  64      -2.668  15.850   5.758  1.00 96.56           C  \\nATOM    503  CE1 PHE H  64      -3.218  16.894   8.266  1.00 96.56           C  \\nATOM    504  CE2 PHE H  64      -3.860  15.527   6.402  1.00 96.56           C  \\nATOM    505  CZ  PHE H  64      -4.132  16.049   7.656  1.00 96.56           C  \\nATOM    506  N   LYS H  65       1.019  19.076   3.213  1.00 93.89           N  \\nATOM    507  CA  LYS H  65       2.326  19.352   2.624  1.00 93.89           C  \\nATOM    508  C   LYS H  65       3.028  20.493   3.355  1.00 93.89           C  \\nATOM    509  O   LYS H  65       4.250  20.472   3.522  1.00 93.89           O  \\nATOM    510  CB  LYS H  65       2.186  19.689   1.139  1.00 93.89           C  \\nATOM    511  CG  LYS H  65       3.266  19.075   0.261  1.00 93.89           C  \\nATOM    512  CD  LYS H  65       3.042  19.400  -1.211  1.00 93.89           C  \\nATOM    513  CE  LYS H  65       4.092  18.743  -2.096  1.00 93.89           C  \\nATOM    514  NZ  LYS H  65       3.794  18.936  -3.546  1.00 93.89           N  \\nATOM    515  N   SER H  66       2.514  21.425   3.734  1.00 95.67           N  \\nATOM    516  CA  SER H  66       3.120  22.567   4.411  1.00 95.67           C  \\nATOM    517  C   SER H  66       3.046  22.415   5.926  1.00 95.67           C  \\nATOM    518  O   SER H  66       3.646  23.199   6.664  1.00 95.67           O  \\nATOM    519  CB  SER H  66       2.435  23.867   3.986  1.00 95.67           C  \\nATOM    520  OG  SER H  66       1.040  23.801   4.224  1.00 95.67           O  \\nATOM    521  N   LYS H  67       2.370  21.444   6.498  1.00 97.70           N  \\nATOM    522  CA  LYS H  67       2.137  21.259   7.927  1.00 97.70           C  \\nATOM    523  C   LYS H  67       3.054  20.181   8.499  1.00 97.70           C  \\nATOM    524  O   LYS H  67       3.627  20.354   9.576  1.00 97.70           O  \\nATOM    525  CB  LYS H  67       0.675  20.897   8.190  1.00 97.70           C  \\nATOM    526  CG  LYS H  67       0.386  20.494   9.629  1.00 97.70           C  \\nATOM    527  CD  LYS H  67       0.616  21.653  10.591  1.00 97.70           C  \\nATOM    528  CE  LYS H  67      -0.347  22.801  10.325  1.00 97.70           C  \\nATOM    529  NZ  LYS H  67      -0.176  23.908  11.313  1.00 97.70           N  \\nATOM    530  N   ALA H  68       3.188  19.147   7.762  1.00 97.93           N  \\nATOM    531  CA  ALA H  68       3.900  17.989   8.297  1.00 97.93           C  \\nATOM    532  C   ALA H  68       5.190  17.733   7.524  1.00 97.93           C  \\nATOM    533  O   ALA H  68       5.238  17.917   6.305  1.00 97.93           O  \\nATOM    534  CB  ALA H  68       3.006  16.751   8.259  1.00 97.93           C  \\nATOM    535  N   THR H  69       6.206  17.333   8.224  1.00 97.77           N  \\nATOM    536  CA  THR H  69       7.483  16.893   7.674  1.00 97.77           C  \\nATOM    537  C   THR H  69       7.917  15.573   8.305  1.00 97.77           C  \\nATOM    538  O   THR H  69       8.105  15.493   9.521  1.00 97.77           O  \\nATOM    539  CB  THR H  69       8.579  17.953   7.888  1.00 97.77           C  \\nATOM    540  OG1 THR H  69       8.150  19.197   7.320  1.00 97.77           O  \\nATOM    541  CG2 THR H  69       9.888  17.531   7.229  1.00 97.77           C  \\nATOM    542  N   MET H  70       8.129  14.574   7.436  1.00 96.40           N  \\nATOM    543  CA  MET H  70       8.478  13.242   7.923  1.00 96.40           C  \\nATOM    544  C   MET H  70       9.970  12.975   7.755  1.00 96.40           C  \\nATOM    545  O   MET H  70      10.554  13.318   6.725  1.00 96.40           O  \\nATOM    546  CB  MET H  70       7.669  12.172   7.189  1.00 96.40           C  \\nATOM    547  CG  MET H  70       6.183  12.200   7.508  1.00 96.40           C  \\nATOM    548  SD  MET H  70       5.228  10.983   6.520  1.00 96.40           S  \\nATOM    549  CE  MET H  70       5.167  11.845   4.925  1.00 96.40           C  \\nATOM    550  N   THR H  71      10.587  12.383   8.779  1.00 96.22           N  \\nATOM    551  CA  THR H  71      11.989  11.982   8.781  1.00 96.22           C  \\nATOM    552  C   THR H  71      12.162  10.621   9.448  1.00 96.22           C  \\nATOM    553  O   THR H  71      11.227  10.101  10.061  1.00 96.22           O  \\nATOM    554  CB  THR H  71      12.867  13.024   9.499  1.00 96.22           C  \\nATOM    555  OG1 THR H  71      12.392  13.197  10.840  1.00 96.22           O  \\nATOM    556  CG2 THR H  71      12.826  14.368   8.779  1.00 96.22           C  \\nATOM    557  N   VAL H  72      13.276  10.079   9.305  1.00 94.73           N  \\nATOM    558  CA  VAL H  72      13.562   8.789   9.923  1.00 94.73           C  \\nATOM    559  C   VAL H  72      15.007   8.760  10.414  1.00 94.73           C  \\nATOM    560  O   VAL H  72      15.863   9.476   9.888  1.00 94.73           O  \\nATOM    561  CB  VAL H  72      13.309   7.622   8.942  1.00 94.73           C  \\nATOM    562  CG1 VAL H  72      11.825   7.518   8.597  1.00 94.73           C  \\nATOM    563  CG2 VAL H  72      14.144   7.799   7.676  1.00 94.73           C  \\nATOM    564  N   ASP H  73      15.253   8.025  11.406  1.00 95.71           N  \\nATOM    565  CA  ASP H  73      16.571   7.634  11.896  1.00 95.71           C  \\nATOM    566  C   ASP H  73      16.728   6.115  11.899  1.00 95.71           C  \\nATOM    567  O   ASP H  73      16.239   5.437  12.806  1.00 95.71           O  \\nATOM    568  CB  ASP H  73      16.808   8.190  13.302  1.00 95.71           C  \\nATOM    569  CG  ASP H  73      18.238   8.008  13.779  1.00 95.71           C  \\nATOM    570  OD1 ASP H  73      19.033   7.341  13.082  1.00 95.71           O  \\nATOM    571  OD2 ASP H  73      18.572   8.535  14.862  1.00 95.71           O  \\nATOM    572  N   THR H  74      17.383   5.597  10.878  1.00 92.63           N  \\nATOM    573  CA  THR H  74      17.485   4.156  10.673  1.00 92.63           C  \\nATOM    574  C   THR H  74      18.400   3.525  11.719  1.00 92.63           C  \\nATOM    575  O   THR H  74      18.286   2.332  12.012  1.00 92.63           O  \\nATOM    576  CB  THR H  74      18.011   3.828   9.264  1.00 92.63           C  \\nATOM    577  OG1 THR H  74      19.221   4.558   9.029  1.00 92.63           O  \\nATOM    578  CG2 THR H  74      16.990   4.203   8.195  1.00 92.63           C  \\nATOM    579  N   SER H  75      19.218   4.358  12.310  1.00 94.79           N  \\nATOM    580  CA  SER H  75      20.120   3.846  13.336  1.00 94.79           C  \\nATOM    581  C   SER H  75      19.362   3.493  14.612  1.00 94.79           C  \\nATOM    582  O   SER H  75      19.725   2.547  15.314  1.00 94.79           O  \\nATOM    583  CB  SER H  75      21.212   4.870  13.650  1.00 94.79           C  \\nATOM    584  OG  SER H  75      20.655   6.039  14.227  1.00 94.79           O  \\nATOM    585  N   THR H  76      18.288   4.135  14.908  1.00 97.18           N  \\nATOM    586  CA  THR H  76      17.493   3.886  16.105  1.00 97.18           C  \\nATOM    587  C   THR H  76      16.123   3.323  15.737  1.00 97.18           C  \\nATOM    588  O   THR H  76      15.263   3.153  16.603  1.00 97.18           O  \\nATOM    589  CB  THR H  76      17.316   5.171  16.935  1.00 97.18           C  \\nATOM    590  OG1 THR H  76      16.641   6.156  16.142  1.00 97.18           O  \\nATOM    591  CG2 THR H  76      18.664   5.730  17.378  1.00 97.18           C  \\nATOM    592  N   ASN H  77      15.914   3.051  14.519  1.00 96.47           N  \\nATOM    593  CA  ASN H  77      14.643   2.518  14.039  1.00 96.47           C  \\nATOM    594  C   ASN H  77      13.470   3.391  14.474  1.00 96.47           C  \\nATOM    595  O   ASN H  77      12.432   2.878  14.898  1.00 96.47           O  \\nATOM    596  CB  ASN H  77      14.446   1.081  14.526  1.00 96.47           C  \\nATOM    597  CG  ASN H  77      15.394   0.103  13.861  1.00 96.47           C  \\nATOM    598  OD1 ASN H  77      15.993   0.407  12.826  1.00 96.47           O  \\nATOM    599  ND2 ASN H  77      15.537  -1.078  14.450  1.00 96.47           N  \\nATOM    600  N   THR H  78      13.592   4.672  14.302  1.00 97.46           N  \\nATOM    601  CA  THR H  78      12.583   5.628  14.745  1.00 97.46           C  \\nATOM    602  C   THR H  78      12.156   6.535  13.594  1.00 97.46           C  \\nATOM    603  O   THR H  78      13.000   7.053  12.859  1.00 97.46           O  \\nATOM    604  CB  THR H  78      13.101   6.486  15.914  1.00 97.46           C  \\nATOM    605  OG1 THR H  78      13.558   5.625  16.964  1.00 97.46           O  \\nATOM    606  CG2 THR H  78      12.004   7.394  16.458  1.00 97.46           C  \\nATOM    607  N   ALA H  79      10.921   6.634  13.426  1.00 97.18           N  \\nATOM    608  CA  ALA H  79      10.327   7.592  12.497  1.00 97.18           C  \\nATOM    609  C   ALA H  79       9.840   8.838  13.232  1.00 97.18           C  \\nATOM    610  O   ALA H  79       9.375   8.753  14.371  1.00 97.18           O  \\nATOM    611  CB  ALA H  79       9.176   6.947  11.730  1.00 97.18           C  \\nATOM    612  N   TYR H  80       9.945   9.955  12.575  1.00 98.18           N  \\nATOM    613  CA  TYR H  80       9.546  11.232  13.156  1.00 98.18           C  \\nATOM    614  C   TYR H  80       8.583  11.972  12.235  1.00 98.18           C  \\nATOM    615  O   TYR H  80       8.658  11.839  11.011  1.00 98.18           O  \\nATOM    616  CB  TYR H  80      10.774  12.103  13.436  1.00 98.18           C  \\nATOM    617  CG  TYR H  80      11.762  11.472  14.387  1.00 98.18           C  \\nATOM    618  CD1 TYR H  80      11.628  11.626  15.765  1.00 98.18           C  \\nATOM    619  CD2 TYR H  80      12.831  10.721  13.910  1.00 98.18           C  \\nATOM    620  CE1 TYR H  80      12.537  11.048  16.645  1.00 98.18           C  \\nATOM    621  CE2 TYR H  80      13.746  10.138  14.780  1.00 98.18           C  \\nATOM    622  CZ  TYR H  80      13.590  10.307  16.144  1.00 98.18           C  \\nATOM    623  OH  TYR H  80      14.493   9.732  17.011  1.00 98.18           O  \\nATOM    624  N   MET H  81       7.696  12.695  12.837  1.00 98.32           N  \\nATOM    625  CA  MET H  81       6.840  13.651  12.141  1.00 98.32           C  \\nATOM    626  C   MET H  81       6.789  14.980  12.887  1.00 98.32           C  \\nATOM    627  O   MET H  81       6.396  15.026  14.054  1.00 98.32           O  \\nATOM    628  CB  MET H  81       5.427  13.088  11.977  1.00 98.32           C  \\nATOM    629  CG  MET H  81       4.504  13.979  11.161  1.00 98.32           C  \\nATOM    630  SD  MET H  81       2.767  13.385  11.169  1.00 98.32           S  \\nATOM    631  CE  MET H  81       2.323  13.719  12.896  1.00 98.32           C  \\nATOM    632  N   GLU H  82       7.153  15.957  12.210  1.00 98.50           N  \\nATOM    633  CA  GLU H  82       7.132  17.310  12.756  1.00 98.50           C  \\nATOM    634  C   GLU H  82       5.970  18.118  12.185  1.00 98.50           C  \\nATOM    635  O   GLU H  82       5.780  18.167  10.968  1.00 98.50           O  \\nATOM    636  CB  GLU H  82       8.457  18.024  12.476  1.00 98.50           C  \\nATOM    637  CG  GLU H  82       8.562  19.400  13.118  1.00 98.50           C  \\nATOM    638  CD  GLU H  82       9.953  20.005  13.016  1.00 98.50           C  \\nATOM    639  OE1 GLU H  82      10.774  19.508  12.212  1.00 98.50           O  \\nATOM    640  OE2 GLU H  82      10.224  20.984  13.747  1.00 98.50           O  \\nATOM    641  N   LEU H  83       5.183  18.660  13.101  1.00 98.58           N  \\nATOM    642  CA  LEU H  83       4.108  19.583  12.751  1.00 98.58           C  \\nATOM    643  C   LEU H  83       4.500  21.021  13.075  1.00 98.58           C  \\nATOM    644  O   LEU H  83       4.889  21.323  14.205  1.00 98.58           O  \\nATOM    645  CB  LEU H  83       2.821  19.213  13.492  1.00 98.58           C  \\nATOM    646  CG  LEU H  83       2.319  17.780  13.305  1.00 98.58           C  \\nATOM    647  CD1 LEU H  83       1.225  17.465  14.319  1.00 98.58           C  \\nATOM    648  CD2 LEU H  83       1.812  17.572  11.882  1.00 98.58           C  \\nATOM    649  N   SER H  84       4.352  21.852  12.073  1.00 97.99           N  \\nATOM    650  CA  SER H  84       4.801  23.231  12.238  1.00 97.99           C  \\nATOM    651  C   SER H  84       3.625  24.201  12.220  1.00 97.99           C  \\nATOM    652  O   SER H  84       2.536  23.856  11.758  1.00 97.99           O  \\nATOM    653  CB  SER H  84       5.799  23.605  11.142  1.00 97.99           C  \\nATOM    654  OG  SER H  84       5.232  23.410   9.858  1.00 97.99           O  \\nATOM    655  N   SER H  85       3.896  25.357  12.786  1.00 97.91           N  \\nATOM    656  CA  SER H  85       2.912  26.434  12.815  1.00 97.91           C  \\nATOM    657  C   SER H  85       1.565  25.939  13.333  1.00 97.91           C  \\nATOM    658  O   SER H  85       0.542  26.093  12.663  1.00 97.91           O  \\nATOM    659  CB  SER H  85       2.739  27.041  11.422  1.00 97.91           C  \\nATOM    660  OG  SER H  85       3.978  27.515  10.923  1.00 97.91           O  \\nATOM    661  N   LEU H  86       1.569  25.416  14.481  1.00 98.44           N  \\nATOM    662  CA  LEU H  86       0.413  24.731  15.049  1.00 98.44           C  \\nATOM    663  C   LEU H  86      -0.743  25.702  15.264  1.00 98.44           C  \\nATOM    664  O   LEU H  86      -0.528  26.856  15.643  1.00 98.44           O  \\nATOM    665  CB  LEU H  86       0.785  24.061  16.374  1.00 98.44           C  \\nATOM    666  CG  LEU H  86       1.701  22.839  16.283  1.00 98.44           C  \\nATOM    667  CD1 LEU H  86       2.241  22.477  17.662  1.00 98.44           C  \\nATOM    668  CD2 LEU H  86       0.957  21.659  15.667  1.00 98.44           C  \\nATOM    669  N   ARG H  87      -1.904  25.171  15.018  1.00 97.74           N  \\nATOM    670  CA  ARG H  87      -3.171  25.848  15.276  1.00 97.74           C  \\nATOM    671  C   ARG H  87      -4.119  24.954  16.067  1.00 97.74           C  \\nATOM    672  O   ARG H  87      -3.888  23.750  16.191  1.00 97.74           O  \\nATOM    673  CB  ARG H  87      -3.829  26.277  13.962  1.00 97.74           C  \\nATOM    674  CG  ARG H  87      -2.937  27.132  13.077  1.00 97.74           C  \\nATOM    675  CD  ARG H  87      -3.644  27.543  11.792  1.00 97.74           C  \\nATOM    676  NE  ARG H  87      -2.744  28.247  10.883  1.00 97.74           N  \\nATOM    677  CZ  ARG H  87      -3.099  28.751   9.705  1.00 97.74           C  \\nATOM    678  NH1 ARG H  87      -4.348  28.637   9.267  1.00 97.74           N  \\nATOM    679  NH2 ARG H  87      -2.199  29.374   8.957  1.00 97.74           N  \\nATOM    680  N   SER H  88      -5.138  25.598  16.489  1.00 97.11           N  \\nATOM    681  CA  SER H  88      -6.094  24.859  17.308  1.00 97.11           C  \\nATOM    682  C   SER H  88      -6.680  23.677  16.543  1.00 97.11           C  \\nATOM    683  O   SER H  88      -6.959  22.629  17.128  1.00 97.11           O  \\nATOM    684  CB  SER H  88      -7.220  25.780  17.780  1.00 97.11           C  \\nATOM    685  OG  SER H  88      -7.850  26.410  16.678  1.00 97.11           O  \\nATOM    686  N   GLU H  89      -6.792  23.723  15.306  1.00 97.17           N  \\nATOM    687  CA  GLU H  89      -7.350  22.682  14.448  1.00 97.17           C  \\nATOM    688  C   GLU H  89      -6.402  21.492  14.337  1.00 97.17           C  \\nATOM    689  O   GLU H  89      -6.801  20.413  13.892  1.00 97.17           O  \\nATOM    690  CB  GLU H  89      -7.660  23.241  13.057  1.00 97.17           C  \\nATOM    691  CG  GLU H  89      -8.612  24.428  13.068  1.00 97.17           C  \\nATOM    692  CD  GLU H  89      -7.898  25.769  13.132  1.00 97.17           C  \\nATOM    693  OE1 GLU H  89      -6.754  25.871  12.635  1.00 97.17           O  \\nATOM    694  OE2 GLU H  89      -8.489  26.725  13.683  1.00 97.17           O  \\nATOM    695  N   ASP H  90      -5.197  21.719  14.728  1.00 98.40           N  \\nATOM    696  CA  ASP H  90      -4.219  20.637  14.670  1.00 98.40           C  \\nATOM    697  C   ASP H  90      -4.317  19.742  15.904  1.00 98.40           C  \\nATOM    698  O   ASP H  90      -3.636  18.718  15.990  1.00 98.40           O  \\nATOM    699  CB  ASP H  90      -2.802  21.200  14.540  1.00 98.40           C  \\nATOM    700  CG  ASP H  90      -2.561  21.897  13.212  1.00 98.40           C  \\nATOM    701  OD1 ASP H  90      -3.071  21.425  12.174  1.00 98.40           O  \\nATOM    702  OD2 ASP H  90      -1.852  22.927  13.204  1.00 98.40           O  \\nATOM    703  N   THR H  91      -5.214  20.156  16.818  1.00 98.63           N  \\nATOM    704  CA  THR H  91      -5.464  19.281  17.958  1.00 98.63           C  \\nATOM    705  C   THR H  91      -6.072  17.958  17.501  1.00 98.63           C  \\nATOM    706  O   THR H  91      -7.160  17.937  16.921  1.00 98.63           O  \\nATOM    707  CB  THR H  91      -6.396  19.951  18.983  1.00 98.63           C  \\nATOM    708  OG1 THR H  91      -5.772  21.141  19.482  1.00 98.63           O  \\nATOM    709  CG2 THR H  91      -6.691  19.017  20.152  1.00 98.63           C  \\nATOM    710  N   ALA H  92      -5.291  16.938  17.711  1.00 98.60           N  \\nATOM    711  CA  ALA H  92      -5.695  15.620  17.227  1.00 98.60           C  \\nATOM    712  C   ALA H  92      -4.785  14.529  17.784  1.00 98.60           C  \\nATOM    713  O   ALA H  92      -3.746  14.822  18.381  1.00 98.60           O  \\nATOM    714  CB  ALA H  92      -5.685  15.589  15.700  1.00 98.60           C  \\nATOM    715  N   VAL H  93      -5.216  13.314  17.633  1.00 98.60           N  \\nATOM    716  CA  VAL H  93      -4.357  12.152  17.836  1.00 98.60           C  \\nATOM    717  C   VAL H  93      -3.651  11.796  16.530  1.00 98.60           C  \\nATOM    718  O   VAL H  93      -4.286  11.717  15.476  1.00 98.60           O  \\nATOM    719  CB  VAL H  93      -5.158  10.938  18.358  1.00 98.60           C  \\nATOM    720  CG1 VAL H  93      -4.255   9.712  18.491  1.00 98.60           C  \\nATOM    721  CG2 VAL H  93      -5.816  11.268  19.696  1.00 98.60           C  \\nATOM    722  N   TYR H  94      -2.392  11.605  16.608  1.00 98.68           N  \\nATOM    723  CA  TYR H  94      -1.576  11.256  15.451  1.00 98.68           C  \\nATOM    724  C   TYR H  94      -1.011   9.847  15.586  1.00 98.68           C  \\nATOM    725  O   TYR H  94      -0.397   9.513  16.602  1.00 98.68           O  \\nATOM    726  CB  TYR H  94      -0.435  12.262  15.275  1.00 98.68           C  \\nATOM    727  CG  TYR H  94      -0.901  13.652  14.914  1.00 98.68           C  \\nATOM    728  CD1 TYR H  94      -0.965  14.063  13.584  1.00 98.68           C  \\nATOM    729  CD2 TYR H  94      -1.276  14.556  15.901  1.00 98.68           C  \\nATOM    730  CE1 TYR H  94      -1.391  15.343  13.247  1.00 98.68           C  \\nATOM    731  CE2 TYR H  94      -1.705  15.839  15.575  1.00 98.68           C  \\nATOM    732  CZ  TYR H  94      -1.759  16.222  14.248  1.00 98.68           C  \\nATOM    733  OH  TYR H  94      -2.182  17.491  13.920  1.00 98.68           O  \\nATOM    734  N   TYR H  95      -1.249   9.052  14.569  1.00 98.23           N  \\nATOM    735  CA  TYR H  95      -0.806   7.663  14.542  1.00 98.23           C  \\nATOM    736  C   TYR H  95       0.315   7.468  13.528  1.00 98.23           C  \\nATOM    737  O   TYR H  95       0.323   8.104  12.472  1.00 98.23           O  \\nATOM    738  CB  TYR H  95      -1.976   6.731  14.212  1.00 98.23           C  \\nATOM    739  CG  TYR H  95      -3.075   6.747  15.246  1.00 98.23           C  \\nATOM    740  CD1 TYR H  95      -2.980   5.977  16.404  1.00 98.23           C  \\nATOM    741  CD2 TYR H  95      -4.211   7.531  15.069  1.00 98.23           C  \\nATOM    742  CE1 TYR H  95      -3.991   5.987  17.359  1.00 98.23           C  \\nATOM    743  CE2 TYR H  95      -5.228   7.548  16.018  1.00 98.23           C  \\nATOM    744  CZ  TYR H  95      -5.109   6.775  17.158  1.00 98.23           C  \\nATOM    745  OH  TYR H  95      -6.113   6.788  18.100  1.00 98.23           O  \\nATOM    746  N   CYS H  96       1.268   6.647  13.795  1.00 97.45           N  \\nATOM    747  CA  CYS H  96       2.144   6.018  12.812  1.00 97.45           C  \\nATOM    748  C   CYS H  96       1.735   4.571  12.563  1.00 97.45           C  \\nATOM    749  O   CYS H  96       1.194   3.913  13.454  1.00 97.45           O  \\nATOM    750  CB  CYS H  96       3.599   6.073  13.277  1.00 97.45           C  \\nATOM    751  SG  CYS H  96       3.924   5.104  14.766  1.00 97.45           S  \\nATOM    752  N   ALA H  97       1.915   4.128  11.351  1.00 94.97           N  \\nATOM    753  CA  ALA H  97       1.535   2.767  10.979  1.00 94.97           C  \\nATOM    754  C   ALA H  97       2.492   2.196   9.937  1.00 94.97           C  \\nATOM    755  O   ALA H  97       3.083   2.943   9.153  1.00 94.97           O  \\nATOM    756  CB  ALA H  97       0.102   2.740  10.453  1.00 94.97           C  \\nATOM    757  N   SER H  98       2.671   0.946   9.942  1.00 90.12           N  \\nATOM    758  CA  SER H  98       3.509   0.223   8.992  1.00 90.12           C  \\nATOM    759  C   SER H  98       2.815  -1.039   8.490  1.00 90.12           C  \\nATOM    760  O   SER H  98       2.065  -1.677   9.231  1.00 90.12           O  \\nATOM    761  CB  SER H  98       4.850  -0.143   9.629  1.00 90.12           C  \\nATOM    762  OG  SER H  98       5.647  -0.894   8.730  1.00 90.12           O  \\nATOM    763  N   ARG H  99       3.141  -1.349   7.250  1.00 79.96           N  \\nATOM    764  CA  ARG H  99       2.564  -2.525   6.606  1.00 79.96           C  \\nATOM    765  C   ARG H  99       3.643  -3.545   6.261  1.00 79.96           C  \\nATOM    766  O   ARG H  99       4.752  -3.175   5.869  1.00 79.96           O  \\nATOM    767  CB  ARG H  99       1.797  -2.125   5.344  1.00 79.96           C  \\nATOM    768  CG  ARG H  99       0.649  -1.162   5.599  1.00 79.96           C  \\nATOM    769  CD  ARG H  99      -0.052  -0.765   4.307  1.00 79.96           C  \\nATOM    770  NE  ARG H  99      -1.097   0.227   4.544  1.00 79.96           N  \\nATOM    771  CZ  ARG H  99      -1.862   0.763   3.597  1.00 79.96           C  \\nATOM    772  NH1 ARG H  99      -1.713   0.411   2.325  1.00 79.96           N  \\nATOM    773  NH2 ARG H  99      -2.784   1.657   3.924  1.00 79.96           N  \\nATOM    774  N   ASP H 100       3.097  -4.510   6.233  1.00 69.10           N  \\nATOM    775  CA  ASP H 100       4.051  -5.571   5.923  1.00 69.10           C  \\nATOM    776  C   ASP H 100       3.377  -6.712   5.165  1.00 69.10           C  \\nATOM    777  O   ASP H 100       2.216  -7.035   5.424  1.00 69.10           O  \\nATOM    778  CB  ASP H 100       4.699  -6.100   7.204  1.00 69.10           C  \\nATOM    779  CG  ASP H 100       6.006  -6.831   6.949  1.00 69.10           C  \\nATOM    780  OD1 ASP H 100       6.327  -7.113   5.775  1.00 69.10           O  \\nATOM    781  OD2 ASP H 100       6.718  -7.131   7.931  1.00 69.10           O  \\nATOM    782  N   TYR H 101       4.198  -7.016   4.389  1.00 57.38           N  \\nATOM    783  CA  TYR H 101       3.814  -8.207   3.640  1.00 57.38           C  \\nATOM    784  C   TYR H 101       4.756  -9.367   3.940  1.00 57.38           C  \\nATOM    785  O   TYR H 101       5.977  -9.192   3.968  1.00 57.38           O  \\nATOM    786  CB  TYR H 101       3.804  -7.918   2.136  1.00 57.38           C  \\nATOM    787  CG  TYR H 101       2.425  -7.669   1.575  1.00 57.38           C  \\nATOM    788  CD1 TYR H 101       1.627  -8.726   1.142  1.00 57.38           C  \\nATOM    789  CD2 TYR H 101       1.917  -6.378   1.476  1.00 57.38           C  \\nATOM    790  CE1 TYR H 101       0.356  -8.502   0.622  1.00 57.38           C  \\nATOM    791  CE2 TYR H 101       0.648  -6.142   0.957  1.00 57.38           C  \\nATOM    792  CZ  TYR H 101      -0.124  -7.209   0.535  1.00 57.38           C  \\nATOM    793  OH  TYR H 101      -1.381  -6.981   0.021  1.00 57.38           O  \\nATOM    794  N   ASP H 102       3.974  -9.982   4.048  1.00 50.90           N  \\nATOM    795  CA  ASP H 102       4.859 -11.129   4.227  1.00 50.90           C  \\nATOM    796  C   ASP H 102       4.912 -11.984   2.963  1.00 50.90           C  \\nATOM    797  O   ASP H 102       4.169 -11.740   2.010  1.00 50.90           O  \\nATOM    798  CB  ASP H 102       4.404 -11.977   5.417  1.00 50.90           C  \\nATOM    799  CG  ASP H 102       3.787 -13.301   5.000  1.00 50.90           C  \\nATOM    800  OD1 ASP H 102       3.594 -13.529   3.787  1.00 50.90           O  \\nATOM    801  OD2 ASP H 102       3.488 -14.122   5.894  1.00 50.90           O  \\nATOM    802  N   TYR H 103       5.408 -12.592   3.277  1.00 43.96           N  \\nATOM    803  CA  TYR H 103       5.703 -13.469   2.149  1.00 43.96           C  \\nATOM    804  C   TYR H 103       4.480 -14.293   1.764  1.00 43.96           C  \\nATOM    805  O   TYR H 103       4.355 -14.731   0.618  1.00 43.96           O  \\nATOM    806  CB  TYR H 103       6.874 -14.398   2.482  1.00 43.96           C  \\nATOM    807  CG  TYR H 103       8.229 -13.766   2.276  1.00 43.96           C  \\nATOM    808  CD1 TYR H 103       8.797 -13.688   1.006  1.00 43.96           C  \\nATOM    809  CD2 TYR H 103       8.944 -13.245   3.349  1.00 43.96           C  \\nATOM    810  CE1 TYR H 103      10.046 -13.108   0.811  1.00 43.96           C  \\nATOM    811  CE2 TYR H 103      10.194 -12.663   3.166  1.00 43.96           C  \\nATOM    812  CZ  TYR H 103      10.735 -12.598   1.895  1.00 43.96           C  \\nATOM    813  OH  TYR H 103      11.972 -12.023   1.708  1.00 43.96           O  \\nATOM    814  N   ALA H 104       4.122 -14.554   2.602  1.00 47.57           N  \\nATOM    815  CA  ALA H 104       2.937 -15.358   2.313  1.00 47.57           C  \\nATOM    816  C   ALA H 104       1.792 -14.485   1.806  1.00 47.57           C  \\nATOM    817  O   ALA H 104       0.705 -14.987   1.512  1.00 47.57           O  \\nATOM    818  CB  ALA H 104       2.502 -16.130   3.557  1.00 47.57           C  \\nATOM    819  N   GLY H 105       2.268 -13.588   1.876  1.00 45.52           N  \\nATOM    820  CA  GLY H 105       1.274 -12.706   1.283  1.00 45.52           C  \\nATOM    821  C   GLY H 105       0.260 -12.190   2.286  1.00 45.52           C  \\nATOM    822  O   GLY H 105      -0.749 -11.592   1.905  1.00 45.52           O  \\nATOM    823  N   ARG H 106       0.918 -12.420   3.192  1.00 56.96           N  \\nATOM    824  CA  ARG H 106      -0.012 -11.932   4.206  1.00 56.96           C  \\nATOM    825  C   ARG H 106       0.250 -10.465   4.528  1.00 56.96           C  \\nATOM    826  O   ARG H 106       1.400 -10.058   4.705  1.00 56.96           O  \\nATOM    827  CB  ARG H 106       0.091 -12.774   5.480  1.00 56.96           C  \\nATOM    828  CG  ARG H 106      -0.353 -14.217   5.301  1.00 56.96           C  \\nATOM    829  CD  ARG H 106      -0.208 -15.016   6.590  1.00 56.96           C  \\nATOM    830  NE  ARG H 106       0.726 -16.127   6.433  1.00 56.96           N  \\nATOM    831  CZ  ARG H 106       0.970 -17.048   7.361  1.00 56.96           C  \\nATOM    832  NH1 ARG H 106       0.352 -17.009   8.535  1.00 56.96           N  \\nATOM    833  NH2 ARG H 106       1.840 -18.017   7.113  1.00 56.96           N  \\nATOM    834  N   TYR H 107      -0.601 -10.198   4.857  1.00 67.82           N  \\nATOM    835  CA  TYR H 107      -0.558  -8.747   5.006  1.00 67.82           C  \\nATOM    836  C   TYR H 107      -0.764  -8.341   6.460  1.00 67.82           C  \\nATOM    837  O   TYR H 107      -1.724  -8.775   7.102  1.00 67.82           O  \\nATOM    838  CB  TYR H 107      -1.621  -8.085   4.123  1.00 67.82           C  \\nATOM    839  CG  TYR H 107      -1.398  -6.607   3.912  1.00 67.82           C  \\nATOM    840  CD1 TYR H 107      -2.028  -5.664   4.722  1.00 67.82           C  \\nATOM    841  CD2 TYR H 107      -0.559  -6.150   2.901  1.00 67.82           C  \\nATOM    842  CE1 TYR H 107      -1.828  -4.302   4.529  1.00 67.82           C  \\nATOM    843  CE2 TYR H 107      -0.351  -4.789   2.699  1.00 67.82           C  \\nATOM    844  CZ  TYR H 107      -0.988  -3.874   3.517  1.00 67.82           C  \\nATOM    845  OH  TYR H 107      -0.786  -2.526   3.322  1.00 67.82           O  \\nATOM    846  N   PHE H 108       0.100  -7.605   6.875  1.00 74.21           N  \\nATOM    847  CA  PHE H 108       0.028  -7.114   8.246  1.00 74.21           C  \\nATOM    848  C   PHE H 108       0.023  -5.590   8.276  1.00 74.21           C  \\nATOM    849  O   PHE H 108       0.650  -4.946   7.433  1.00 74.21           O  \\nATOM    850  CB  PHE H 108       1.199  -7.652   9.074  1.00 74.21           C  \\nATOM    851  CG  PHE H 108       1.178  -9.146   9.255  1.00 74.21           C  \\nATOM    852  CD1 PHE H 108       0.415  -9.728  10.260  1.00 74.21           C  \\nATOM    853  CD2 PHE H 108       1.923  -9.969   8.420  1.00 74.21           C  \\nATOM    854  CE1 PHE H 108       0.394 -11.110  10.431  1.00 74.21           C  \\nATOM    855  CE2 PHE H 108       1.906 -11.351   8.584  1.00 74.21           C  \\nATOM    856  CZ  PHE H 108       1.142 -11.920   9.591  1.00 74.21           C  \\nATOM    857  N   ASP H 109      -0.577  -5.402   9.263  1.00 85.67           N  \\nATOM    858  CA  ASP H 109      -0.723  -3.969   9.502  1.00 85.67           C  \\nATOM    859  C   ASP H 109      -0.503  -3.633  10.975  1.00 85.67           C  \\nATOM    860  O   ASP H 109      -1.218  -4.135  11.845  1.00 85.67           O  \\nATOM    861  CB  ASP H 109      -2.104  -3.488   9.053  1.00 85.67           C  \\nATOM    862  CG  ASP H 109      -2.208  -1.975   8.975  1.00 85.67           C  \\nATOM    863  OD1 ASP H 109      -1.165  -1.297   8.859  1.00 85.67           O  \\nATOM    864  OD2 ASP H 109      -3.344  -1.456   9.033  1.00 85.67           O  \\nATOM    865  N   TYR H 110       0.409  -2.829  11.319  1.00 91.76           N  \\nATOM    866  CA  TYR H 110       0.758  -2.442  12.682  1.00 91.76           C  \\nATOM    867  C   TYR H 110       0.587  -0.941  12.884  1.00 91.76           C  \\nATOM    868  O   TYR H 110       1.009  -0.144  12.043  1.00 91.76           O  \\nATOM    869  CB  TYR H 110       2.198  -2.852  13.005  1.00 91.76           C  \\nATOM    870  CG  TYR H 110       2.432  -4.342  12.952  1.00 91.76           C  \\nATOM    871  CD1 TYR H 110       2.067  -5.162  14.018  1.00 91.76           C  \\nATOM    872  CD2 TYR H 110       3.017  -4.933  11.838  1.00 91.76           C  \\nATOM    873  CE1 TYR H 110       2.282  -6.536  13.975  1.00 91.76           C  \\nATOM    874  CE2 TYR H 110       3.237  -6.306  11.784  1.00 91.76           C  \\nATOM    875  CZ  TYR H 110       2.866  -7.098  12.855  1.00 91.76           C  \\nATOM    876  OH  TYR H 110       3.082  -8.457  12.807  1.00 91.76           O  \\nATOM    877  N   TRP H 111      -0.019  -0.630  14.007  1.00 96.02           N  \\nATOM    878  CA  TRP H 111      -0.250   0.765  14.366  1.00 96.02           C  \\nATOM    879  C   TRP H 111       0.409   1.100  15.701  1.00 96.02           C  \\nATOM    880  O   TRP H 111       0.467   0.257  16.600  1.00 96.02           O  \\nATOM    881  CB  TRP H 111      -1.750   1.062  14.435  1.00 96.02           C  \\nATOM    882  CG  TRP H 111      -2.427   1.093  13.097  1.00 96.02           C  \\nATOM    883  CD1 TRP H 111      -2.622   0.039  12.248  1.00 96.02           C  \\nATOM    884  CD2 TRP H 111      -2.994   2.238  12.453  1.00 96.02           C  \\nATOM    885  NE1 TRP H 111      -3.277   0.460  11.114  1.00 96.02           N  \\nATOM    886  CE2 TRP H 111      -3.517   1.804  11.214  1.00 96.02           C  \\nATOM    887  CE3 TRP H 111      -3.111   3.589  12.803  1.00 96.02           C  \\nATOM    888  CZ2 TRP H 111      -4.148   2.676  10.324  1.00 96.02           C  \\nATOM    889  CZ3 TRP H 111      -3.740   4.455  11.916  1.00 96.02           C  \\nATOM    890  CH2 TRP H 111      -4.249   3.993  10.691  1.00 96.02           C  \\nATOM    891  N   GLY H 112       0.898   2.368  15.842  1.00 97.27           N  \\nATOM    892  CA  GLY H 112       1.244   2.892  17.153  1.00 97.27           C  \\nATOM    893  C   GLY H 112       0.032   3.184  18.018  1.00 97.27           C  \\nATOM    894  O   GLY H 112      -1.103   3.151  17.537  1.00 97.27           O  \\nATOM    895  N   GLN H 113       0.317   3.510  19.277  1.00 97.69           N  \\nATOM    896  CA  GLN H 113      -0.786   3.718  20.209  1.00 97.69           C  \\nATOM    897  C   GLN H 113      -1.389   5.110  20.047  1.00 97.69           C  \\nATOM    898  O   GLN H 113      -2.451   5.401  20.602  1.00 97.69           O  \\nATOM    899  CB  GLN H 113      -0.317   3.514  21.651  1.00 97.69           C  \\nATOM    900  CG  GLN H 113       0.425   4.711  22.231  1.00 97.69           C  \\nATOM    901  CD  GLN H 113       1.897   4.723  21.864  1.00 97.69           C  \\nATOM    902  OE1 GLN H 113       2.316   4.069  20.904  1.00 97.69           O  \\nATOM    903  NE2 GLN H 113       2.691   5.467  22.626  1.00 97.69           N  \\nATOM    904  N   GLY H 114      -0.762   5.908  19.187  1.00 98.28           N  \\nATOM    905  CA  GLY H 114      -1.245   7.262  18.967  1.00 98.28           C  \\nATOM    906  C   GLY H 114      -0.628   8.276  19.912  1.00 98.28           C  \\nATOM    907  O   GLY H 114      -0.265   7.940  21.041  1.00 98.28           O  \\nATOM    908  N   THR H 115      -0.467   9.484  19.456  1.00 98.66           N  \\nATOM    909  CA  THR H 115       0.032  10.624  20.218  1.00 98.66           C  \\nATOM    910  C   THR H 115      -0.956  11.786  20.160  1.00 98.66           C  \\nATOM    911  O   THR H 115      -1.249  12.305  19.081  1.00 98.66           O  \\nATOM    912  CB  THR H 115       1.405  11.087  19.696  1.00 98.66           C  \\nATOM    913  OG1 THR H 115       2.345  10.014  19.827  1.00 98.66           O  \\nATOM    914  CG2 THR H 115       1.913  12.291  20.481  1.00 98.66           C  \\nATOM    915  N   LEU H 116      -1.455  12.153  21.292  1.00 98.61           N  \\nATOM    916  CA  LEU H 116      -2.356  13.298  21.369  1.00 98.61           C  \\nATOM    917  C   LEU H 116      -1.571  14.605  21.409  1.00 98.61           C  \\nATOM    918  O   LEU H 116      -0.726  14.799  22.286  1.00 98.61           O  \\nATOM    919  CB  LEU H 116      -3.255  13.191  22.603  1.00 98.61           C  \\nATOM    920  CG  LEU H 116      -4.220  14.354  22.842  1.00 98.61           C  \\nATOM    921  CD1 LEU H 116      -5.212  14.464  21.689  1.00 98.61           C  \\nATOM    922  CD2 LEU H 116      -4.951  14.178  24.168  1.00 98.61           C  \\nATOM    923  N   VAL H 117      -1.782  15.449  20.479  1.00 98.69           N  \\nATOM    924  CA  VAL H 117      -1.226  16.798  20.430  1.00 98.69           C  \\nATOM    925  C   VAL H 117      -2.334  17.822  20.663  1.00 98.69           C  \\nATOM    926  O   VAL H 117      -3.285  17.906  19.882  1.00 98.69           O  \\nATOM    927  CB  VAL H 117      -0.520  17.072  19.083  1.00 98.69           C  \\nATOM    928  CG1 VAL H 117       0.013  18.503  19.035  1.00 98.69           C  \\nATOM    929  CG2 VAL H 117       0.610  16.069  18.859  1.00 98.69           C  \\nATOM    930  N   THR H 118      -2.178  18.563  21.753  1.00 98.62           N  \\nATOM    931  CA  THR H 118      -3.122  19.616  22.108  1.00 98.62           C  \\nATOM    932  C   THR H 118      -2.514  20.994  21.863  1.00 98.62           C  \\nATOM    933  O   THR H 118      -1.434  21.301  22.373  1.00 98.62           O  \\nATOM    934  CB  THR H 118      -3.561  19.500  23.580  1.00 98.62           C  \\nATOM    935  OG1 THR H 118      -4.047  18.175  23.824  1.00 98.62           O  \\nATOM    936  CG2 THR H 118      -4.663  20.502  23.906  1.00 98.62           C  \\nATOM    937  N   VAL H 119      -3.231  21.729  21.034  1.00 98.42           N  \\nATOM    938  CA  VAL H 119      -2.801  23.092  20.742  1.00 98.42           C  \\nATOM    939  C   VAL H 119      -3.748  24.087  21.408  1.00 98.42           C  \\nATOM    940  O   VAL H 119      -4.932  24.149  21.069  1.00 98.42           O  \\nATOM    941  CB  VAL H 119      -2.737  23.353  19.220  1.00 98.42           C  \\nATOM    942  CG1 VAL H 119      -2.179  24.746  18.934  1.00 98.42           C  \\nATOM    943  CG2 VAL H 119      -1.892  22.284  18.530  1.00 98.42           C  \\nATOM    944  N   SER H 120      -3.211  24.814  22.321  1.00 96.55           N  \\nATOM    945  CA  SER H 120      -4.006  25.781  23.071  1.00 96.55           C  \\nATOM    946  C   SER H 120      -3.126  26.869  23.677  1.00 96.55           C  \\nATOM    947  O   SER H 120      -1.958  26.628  23.988  1.00 96.55           O  \\nATOM    948  CB  SER H 120      -4.800  25.081  24.175  1.00 96.55           C  \\nATOM    949  OG  SER H 120      -5.467  26.028  24.992  1.00 96.55           O  \\nATOM    950  N   SER H 121      -3.724  27.992  23.755  1.00 93.00           N  \\nATOM    951  CA  SER H 121      -3.026  29.106  24.389  1.00 93.00           C  \\nATOM    952  C   SER H 121      -3.151  29.045  25.908  1.00 93.00           C  \\nATOM    953  O   SER H 121      -2.483  29.796  26.621  1.00 93.00           O  \\nATOM    954  CB  SER H 121      -3.570  30.440  23.877  1.00 93.00           C  \\nATOM    955  OG  SER H 121      -4.976  30.378  23.709  1.00 93.00           O  \\nTER     956      SER H 121                                                       \\nATOM    956  N   ASP L   1      -7.941  14.126  -5.884  1.00 70.43           N  \\nATOM    957  CA  ASP L   1      -8.002  13.081  -4.866  1.00 70.43           C  \\nATOM    958  C   ASP L   1      -9.294  12.276  -4.983  1.00 70.43           C  \\nATOM    959  O   ASP L   1     -10.322  12.800  -5.417  1.00 70.43           O  \\nATOM    960  CB  ASP L   1      -7.887  13.689  -3.466  1.00 70.43           C  \\nATOM    961  CG  ASP L   1      -6.461  14.058  -3.096  1.00 70.43           C  \\nATOM    962  OD1 ASP L   1      -5.551  13.900  -3.939  1.00 70.43           O  \\nATOM    963  OD2 ASP L   1      -6.244  14.507  -1.950  1.00 70.43           O  \\nATOM    964  N   ILE L   2      -9.211  11.453  -4.563  1.00 82.49           N  \\nATOM    965  CA  ILE L   2     -10.385  10.590  -4.636  1.00 82.49           C  \\nATOM    966  C   ILE L   2     -11.200  10.718  -3.351  1.00 82.49           C  \\nATOM    967  O   ILE L   2     -10.664  10.565  -2.251  1.00 82.49           O  \\nATOM    968  CB  ILE L   2      -9.990   9.116  -4.876  1.00 82.49           C  \\nATOM    969  CG1 ILE L   2      -9.240   8.973  -6.205  1.00 82.49           C  \\nATOM    970  CG2 ILE L   2     -11.227   8.213  -4.845  1.00 82.49           C  \\nATOM    971  CD1 ILE L   2      -8.733   7.565  -6.482  1.00 82.49           C  \\nATOM    972  N   GLN L   3     -12.521  10.985  -3.560  1.00 90.60           N  \\nATOM    973  CA  GLN L   3     -13.436  11.128  -2.432  1.00 90.60           C  \\nATOM    974  C   GLN L   3     -14.210   9.837  -2.184  1.00 90.60           C  \\nATOM    975  O   GLN L   3     -14.698   9.209  -3.126  1.00 90.60           O  \\nATOM    976  CB  GLN L   3     -14.407  12.285  -2.671  1.00 90.60           C  \\nATOM    977  CG  GLN L   3     -13.763  13.661  -2.560  1.00 90.60           C  \\nATOM    978  CD  GLN L   3     -14.747  14.737  -2.139  1.00 90.60           C  \\nATOM    979  OE1 GLN L   3     -15.957  14.497  -2.069  1.00 90.60           O  \\nATOM    980  NE2 GLN L   3     -14.236  15.930  -1.856  1.00 90.60           N  \\nATOM    981  N   MET L   4     -14.263   9.556  -0.961  1.00 94.23           N  \\nATOM    982  CA  MET L   4     -14.962   8.344  -0.545  1.00 94.23           C  \\nATOM    983  C   MET L   4     -16.236   8.686   0.221  1.00 94.23           C  \\nATOM    984  O   MET L   4     -16.223   9.545   1.104  1.00 94.23           O  \\nATOM    985  CB  MET L   4     -14.053   7.467   0.318  1.00 94.23           C  \\nATOM    986  CG  MET L   4     -12.769   7.044  -0.378  1.00 94.23           C  \\nATOM    987  SD  MET L   4     -13.084   6.048  -1.887  1.00 94.23           S  \\nATOM    988  CE  MET L   4     -13.690   4.512  -1.136  1.00 94.23           C  \\nATOM    989  N   THR L   5     -17.314   8.081  -0.104  1.00 97.21           N  \\nATOM    990  CA  THR L   5     -18.593   8.224   0.583  1.00 97.21           C  \\nATOM    991  C   THR L   5     -19.036   6.894   1.184  1.00 97.21           C  \\nATOM    992  O   THR L   5     -19.296   5.933   0.456  1.00 97.21           O  \\nATOM    993  CB  THR L   5     -19.683   8.749  -0.370  1.00 97.21           C  \\nATOM    994  OG1 THR L   5     -19.204   9.926  -1.033  1.00 97.21           O  \\nATOM    995  CG2 THR L   5     -20.960   9.092   0.391  1.00 97.21           C  \\nATOM    996  N   GLN L   6     -19.105   6.852   2.504  1.00 97.62           N  \\nATOM    997  CA  GLN L   6     -19.506   5.664   3.251  1.00 97.62           C  \\nATOM    998  C   GLN L   6     -20.951   5.777   3.729  1.00 97.62           C  \\nATOM    999  O   GLN L   6     -21.380   6.841   4.179  1.00 97.62           O  \\nATOM   1000  CB  GLN L   6     -18.575   5.439   4.443  1.00 97.62           C  \\nATOM   1001  CG  GLN L   6     -18.446   3.979   4.855  1.00 97.62           C  \\nATOM   1002  CD  GLN L   6     -17.418   3.767   5.951  1.00 97.62           C  \\nATOM   1003  OE1 GLN L   6     -16.317   4.325   5.903  1.00 97.62           O  \\nATOM   1004  NE2 GLN L   6     -17.769   2.959   6.945  1.00 97.62           N  \\nATOM   1005  N   SER L   7     -21.656   4.676   3.582  1.00 97.49           N  \\nATOM   1006  CA  SER L   7     -23.056   4.647   3.992  1.00 97.49           C  \\nATOM   1007  C   SER L   7     -23.426   3.297   4.597  1.00 97.49           C  \\nATOM   1008  O   SER L   7     -22.966   2.253   4.129  1.00 97.49           O  \\nATOM   1009  CB  SER L   7     -23.969   4.949   2.803  1.00 97.49           C  \\nATOM   1010  OG  SER L   7     -23.855   3.943   1.812  1.00 97.49           O  \\nATOM   1011  N   PRO L   8     -24.182   3.327   5.635  1.00 98.33           N  \\nATOM   1012  CA  PRO L   8     -24.710   4.495   6.343  1.00 98.33           C  \\nATOM   1013  C   PRO L   8     -23.697   5.111   7.304  1.00 98.33           C  \\nATOM   1014  O   PRO L   8     -22.653   4.511   7.574  1.00 98.33           O  \\nATOM   1015  CB  PRO L   8     -25.913   3.932   7.104  1.00 98.33           C  \\nATOM   1016  CG  PRO L   8     -25.529   2.527   7.440  1.00 98.33           C  \\nATOM   1017  CD  PRO L   8     -24.693   1.980   6.318  1.00 98.33           C  \\nATOM   1018  N   SER L   9     -24.003   6.347   7.802  1.00 97.75           N  \\nATOM   1019  CA  SER L   9     -23.129   6.972   8.788  1.00 97.75           C  \\nATOM   1020  C   SER L   9     -23.219   6.264  10.135  1.00 97.75           C  \\nATOM   1021  O   SER L   9     -22.242   6.219  10.886  1.00 97.75           O  \\nATOM   1022  CB  SER L   9     -23.480   8.451   8.956  1.00 97.75           C  \\nATOM   1023  OG  SER L   9     -23.366   9.139   7.722  1.00 97.75           O  \\nATOM   1024  N   SER L  10     -24.295   5.725  10.425  1.00 97.84           N  \\nATOM   1025  CA  SER L  10     -24.531   4.955  11.642  1.00 97.84           C  \\nATOM   1026  C   SER L  10     -25.621   3.909  11.432  1.00 97.84           C  \\nATOM   1027  O   SER L  10     -26.501   4.084  10.586  1.00 97.84           O  \\nATOM   1028  CB  SER L  10     -24.916   5.880  12.797  1.00 97.84           C  \\nATOM   1029  OG  SER L  10     -26.204   6.434  12.589  1.00 97.84           O  \\nATOM   1030  N   LEU L  11     -25.452   2.897  12.198  1.00 97.42           N  \\nATOM   1031  CA  LEU L  11     -26.486   1.869  12.143  1.00 97.42           C  \\nATOM   1032  C   LEU L  11     -26.568   1.109  13.462  1.00 97.42           C  \\nATOM   1033  O   LEU L  11     -25.593   1.057  14.215  1.00 97.42           O  \\nATOM   1034  CB  LEU L  11     -26.213   0.895  10.995  1.00 97.42           C  \\nATOM   1035  CG  LEU L  11     -24.950   0.040  11.117  1.00 97.42           C  \\nATOM   1036  CD1 LEU L  11     -25.261  -1.264  11.843  1.00 97.42           C  \\nATOM   1037  CD2 LEU L  11     -24.357  -0.237   9.739  1.00 97.42           C  \\nATOM   1038  N   SER L  12     -27.675   0.575  13.666  1.00 97.84           N  \\nATOM   1039  CA  SER L  12     -27.974  -0.274  14.815  1.00 97.84           C  \\nATOM   1040  C   SER L  12     -28.626  -1.582  14.380  1.00 97.84           C  \\nATOM   1041  O   SER L  12     -29.585  -1.577  13.606  1.00 97.84           O  \\nATOM   1042  CB  SER L  12     -28.887   0.458  15.799  1.00 97.84           C  \\nATOM   1043  OG  SER L  12     -29.174  -0.358  16.921  1.00 97.84           O  \\nATOM   1044  N   ALA L  13     -28.045  -2.686  14.889  1.00 97.77           N  \\nATOM   1045  CA  ALA L  13     -28.551  -4.005  14.521  1.00 97.77           C  \\nATOM   1046  C   ALA L  13     -28.427  -4.985  15.685  1.00 97.77           C  \\nATOM   1047  O   ALA L  13     -27.638  -4.765  16.608  1.00 97.77           O  \\nATOM   1048  CB  ALA L  13     -27.808  -4.539  13.299  1.00 97.77           C  \\nATOM   1049  N   SER L  14     -29.248  -6.012  15.637  1.00 97.96           N  \\nATOM   1050  CA  SER L  14     -29.263  -7.025  16.687  1.00 97.96           C  \\nATOM   1051  C   SER L  14     -28.125  -8.025  16.507  1.00 97.96           C  \\nATOM   1052  O   SER L  14     -27.598  -8.181  15.404  1.00 97.96           O  \\nATOM   1053  CB  SER L  14     -30.603  -7.762  16.702  1.00 97.96           C  \\nATOM   1054  OG  SER L  14     -31.677  -6.850  16.855  1.00 97.96           O  \\nATOM   1055  N   VAL L  15     -27.792  -8.699  17.588  1.00 98.09           N  \\nATOM   1056  CA  VAL L  15     -26.787  -9.756  17.545  1.00 98.09           C  \\nATOM   1057  C   VAL L  15     -27.232 -10.854  16.583  1.00 98.09           C  \\nATOM   1058  O   VAL L  15     -28.378 -11.307  16.636  1.00 98.09           O  \\nATOM   1059  CB  VAL L  15     -26.525 -10.349  18.947  1.00 98.09           C  \\nATOM   1060  CG1 VAL L  15     -25.619 -11.575  18.854  1.00 98.09           C  \\nATOM   1061  CG2 VAL L  15     -25.911  -9.295  19.866  1.00 98.09           C  \\nATOM   1062  N   GLY L  16     -26.280 -11.182  15.725  1.00 98.01           N  \\nATOM   1063  CA  GLY L  16     -26.572 -12.222  14.751  1.00 98.01           C  \\nATOM   1064  C   GLY L  16     -27.038 -11.674  13.415  1.00 98.01           C  \\nATOM   1065  O   GLY L  16     -27.096 -12.406  12.424  1.00 98.01           O  \\nATOM   1066  N   ASP L  17     -27.358 -10.368  13.449  1.00 98.15           N  \\nATOM   1067  CA  ASP L  17     -27.821  -9.754  12.208  1.00 98.15           C  \\nATOM   1068  C   ASP L  17     -26.675  -9.596  11.212  1.00 98.15           C  \\nATOM   1069  O   ASP L  17     -25.512  -9.488  11.608  1.00 98.15           O  \\nATOM   1070  CB  ASP L  17     -28.464  -8.394  12.490  1.00 98.15           C  \\nATOM   1071  CG  ASP L  17     -29.847  -8.509  13.107  1.00 98.15           C  \\nATOM   1072  OD1 ASP L  17     -30.375  -9.636  13.216  1.00 98.15           O  \\nATOM   1073  OD2 ASP L  17     -30.416  -7.461  13.483  1.00 98.15           O  \\nATOM   1074  N   ARG L  18     -27.042  -9.577   9.978  1.00 98.23           N  \\nATOM   1075  CA  ARG L  18     -26.129  -9.229   8.894  1.00 98.23           C  \\nATOM   1076  C   ARG L  18     -26.061  -7.718   8.700  1.00 98.23           C  \\nATOM   1077  O   ARG L  18     -27.091  -7.062   8.530  1.00 98.23           O  \\nATOM   1078  CB  ARG L  18     -26.556  -9.906   7.591  1.00 98.23           C  \\nATOM   1079  CG  ARG L  18     -25.586  -9.695   6.440  1.00 98.23           C  \\nATOM   1080  CD  ARG L  18     -26.063 -10.381   5.167  1.00 98.23           C  \\nATOM   1081  NE  ARG L  18     -25.075 -10.280   4.097  1.00 98.23           N  \\nATOM   1082  CZ  ARG L  18     -24.277 -11.269   3.706  1.00 98.23           C  \\nATOM   1083  NH1 ARG L  18     -24.336 -12.460   4.292  1.00 98.23           N  \\nATOM   1084  NH2 ARG L  18     -23.414 -11.068   2.721  1.00 98.23           N  \\nATOM   1085  N   VAL L  19     -24.877  -7.238   8.739  1.00 98.26           N  \\nATOM   1086  CA  VAL L  19     -24.637  -5.805   8.598  1.00 98.26           C  \\nATOM   1087  C   VAL L  19     -23.796  -5.542   7.351  1.00 98.26           C  \\nATOM   1088  O   VAL L  19     -22.792  -6.219   7.117  1.00 98.26           O  \\nATOM   1089  CB  VAL L  19     -23.937  -5.222   9.846  1.00 98.26           C  \\nATOM   1090  CG1 VAL L  19     -23.527  -3.770   9.606  1.00 98.26           C  \\nATOM   1091  CG2 VAL L  19     -24.848  -5.329  11.067  1.00 98.26           C  \\nATOM   1092  N   THR L  20     -24.239  -4.602   6.582  1.00 98.44           N  \\nATOM   1093  CA  THR L  20     -23.544  -4.244   5.350  1.00 98.44           C  \\nATOM   1094  C   THR L  20     -23.302  -2.739   5.284  1.00 98.44           C  \\nATOM   1095  O   THR L  20     -24.224  -1.947   5.485  1.00 98.44           O  \\nATOM   1096  CB  THR L  20     -24.339  -4.694   4.110  1.00 98.44           C  \\nATOM   1097  OG1 THR L  20     -24.529  -6.113   4.160  1.00 98.44           O  \\nATOM   1098  CG2 THR L  20     -23.601  -4.337   2.824  1.00 98.44           C  \\nATOM   1099  N   ILE L  21     -22.046  -2.394   5.061  1.00 98.52           N  \\nATOM   1100  CA  ILE L  21     -21.609  -1.018   4.850  1.00 98.52           C  \\nATOM   1101  C   ILE L  21     -21.102  -0.851   3.419  1.00 98.52           C  \\nATOM   1102  O   ILE L  21     -20.418  -1.730   2.890  1.00 98.52           O  \\nATOM   1103  CB  ILE L  21     -20.510  -0.613   5.858  1.00 98.52           C  \\nATOM   1104  CG1 ILE L  21     -21.001  -0.823   7.295  1.00 98.52           C  \\nATOM   1105  CG2 ILE L  21     -20.079   0.839   5.633  1.00 98.52           C  \\nATOM   1106  CD1 ILE L  21     -19.900  -0.739   8.343  1.00 98.52           C  \\nATOM   1107  N   THR L  22     -21.447   0.258   2.812  1.00 98.11           N  \\nATOM   1108  CA  THR L  22     -21.025   0.524   1.442  1.00 98.11           C  \\nATOM   1109  C   THR L  22     -20.095   1.732   1.386  1.00 98.11           C  \\nATOM   1110  O   THR L  22     -20.201   2.642   2.211  1.00 98.11           O  \\nATOM   1111  CB  THR L  22     -22.236   0.762   0.520  1.00 98.11           C  \\nATOM   1112  OG1 THR L  22     -23.046   1.810   1.067  1.00 98.11           O  \\nATOM   1113  CG2 THR L  22     -23.081  -0.501   0.386  1.00 98.11           C  \\nATOM   1114  N   CYS L  23     -19.165   1.638   0.494  1.00 97.71           N  \\nATOM   1115  CA  CYS L  23     -18.227   2.715   0.196  1.00 97.71           C  \\nATOM   1116  C   CYS L  23     -18.176   2.994  -1.301  1.00 97.71           C  \\nATOM   1117  O   CYS L  23     -17.919   2.089  -2.097  1.00 97.71           O  \\nATOM   1118  CB  CYS L  23     -16.830   2.366   0.708  1.00 97.71           C  \\nATOM   1119  SG  CYS L  23     -15.723   3.788   0.828  1.00 97.71           S  \\nATOM   1120  N   SER L  24     -18.443   4.221  -1.649  1.00 96.49           N  \\nATOM   1121  CA  SER L  24     -18.432   4.659  -3.041  1.00 96.49           C  \\nATOM   1122  C   SER L  24     -17.336   5.690  -3.287  1.00 96.49           C  \\nATOM   1123  O   SER L  24     -17.235   6.682  -2.561  1.00 96.49           O  \\nATOM   1124  CB  SER L  24     -19.791   5.244  -3.430  1.00 96.49           C  \\nATOM   1125  OG  SER L  24     -20.658   4.228  -3.904  1.00 96.49           O  \\nATOM   1126  N   ALA L  25     -16.580   5.435  -4.278  1.00 92.65           N  \\nATOM   1127  CA  ALA L  25     -15.469   6.322  -4.614  1.00 92.65           C  \\nATOM   1128  C   ALA L  25     -15.820   7.215  -5.801  1.00 92.65           C  \\nATOM   1129  O   ALA L  25     -16.613   6.830  -6.663  1.00 92.65           O  \\nATOM   1130  CB  ALA L  25     -14.213   5.508  -4.917  1.00 92.65           C  \\nATOM   1131  N   SER L  26     -15.172   8.398  -5.806  1.00 90.91           N  \\nATOM   1132  CA  SER L  26     -15.440   9.363  -6.867  1.00 90.91           C  \\nATOM   1133  C   SER L  26     -14.824   8.916  -8.189  1.00 90.91           C  \\nATOM   1134  O   SER L  26     -15.258   9.346  -9.259  1.00 90.91           O  \\nATOM   1135  CB  SER L  26     -14.904  10.743  -6.486  1.00 90.91           C  \\nATOM   1136  OG  SER L  26     -13.506  10.694  -6.257  1.00 90.91           O  \\nATOM   1137  N   SER L  27     -13.784   8.197  -8.142  1.00 86.27           N  \\nATOM   1138  CA  SER L  27     -13.141   7.559  -9.287  1.00 86.27           C  \\nATOM   1139  C   SER L  27     -12.760   6.116  -8.973  1.00 86.27           C  \\nATOM   1140  O   SER L  27     -12.767   5.705  -7.811  1.00 86.27           O  \\nATOM   1141  CB  SER L  27     -11.899   8.343  -9.710  1.00 86.27           C  \\nATOM   1142  OG  SER L  27     -10.933   8.353  -8.673  1.00 86.27           O  \\nATOM   1143  N   SER L  28     -12.497   5.408 -10.002  1.00 79.09           N  \\nATOM   1144  CA  SER L  28     -12.138   4.004  -9.831  1.00 79.09           C  \\nATOM   1145  C   SER L  28     -10.901   3.853  -8.952  1.00 79.09           C  \\nATOM   1146  O   SER L  28      -9.939   4.612  -9.089  1.00 79.09           O  \\nATOM   1147  CB  SER L  28     -11.892   3.344 -11.188  1.00 79.09           C  \\nATOM   1148  OG  SER L  28     -11.578   1.971 -11.030  1.00 79.09           O  \\nATOM   1149  N   VAL L  29     -11.016   2.841  -8.032  1.00 79.43           N  \\nATOM   1150  CA  VAL L  29      -9.907   2.577  -7.121  1.00 79.43           C  \\nATOM   1151  C   VAL L  29      -9.371   1.166  -7.353  1.00 79.43           C  \\nATOM   1152  O   VAL L  29     -10.112   0.276  -7.776  1.00 79.43           O  \\nATOM   1153  CB  VAL L  29     -10.332   2.750  -5.645  1.00 79.43           C  \\nATOM   1154  CG1 VAL L  29     -10.546   4.226  -5.314  1.00 79.43           C  \\nATOM   1155  CG2 VAL L  29     -11.598   1.946  -5.357  1.00 79.43           C  \\nATOM   1156  N   THR L  30      -8.034   1.119  -7.007  1.00 70.46           N  \\nATOM   1157  CA  THR L  30      -7.394  -0.171  -7.242  1.00 70.46           C  \\nATOM   1158  C   THR L  30      -7.776  -1.170  -6.153  1.00 70.46           C  \\nATOM   1159  O   THR L  30      -8.094  -2.324  -6.447  1.00 70.46           O  \\nATOM   1160  CB  THR L  30      -5.861  -0.031  -7.299  1.00 70.46           C  \\nATOM   1161  OG1 THR L  30      -5.512   0.930  -8.302  1.00 70.46           O  \\nATOM   1162  CG2 THR L  30      -5.200  -1.364  -7.637  1.00 70.46           C  \\nATOM   1163  N   TYR L  31      -7.756  -0.766  -4.943  1.00 76.76           N  \\nATOM   1164  CA  TYR L  31      -8.037  -1.621  -3.795  1.00 76.76           C  \\nATOM   1165  C   TYR L  31      -8.794  -0.855  -2.716  1.00 76.76           C  \\nATOM   1166  O   TYR L  31      -8.681   0.369  -2.621  1.00 76.76           O  \\nATOM   1167  CB  TYR L  31      -6.738  -2.191  -3.218  1.00 76.76           C  \\nATOM   1168  CG  TYR L  31      -5.906  -2.946  -4.225  1.00 76.76           C  \\nATOM   1169  CD1 TYR L  31      -6.176  -4.280  -4.521  1.00 76.76           C  \\nATOM   1170  CD2 TYR L  31      -4.848  -2.328  -4.883  1.00 76.76           C  \\nATOM   1171  CE1 TYR L  31      -5.411  -4.981  -5.447  1.00 76.76           C  \\nATOM   1172  CE2 TYR L  31      -4.076  -3.019  -5.811  1.00 76.76           C  \\nATOM   1173  CZ  TYR L  31      -4.365  -4.343  -6.086  1.00 76.76           C  \\nATOM   1174  OH  TYR L  31      -3.604  -5.032  -7.004  1.00 76.76           O  \\nATOM   1175  N   MET L  32      -9.428  -1.667  -2.046  1.00 88.37           N  \\nATOM   1176  CA  MET L  32     -10.122  -1.115  -0.886  1.00 88.37           C  \\nATOM   1177  C   MET L  32      -9.701  -1.833   0.392  1.00 88.37           C  \\nATOM   1178  O   MET L  32      -9.501  -3.049   0.390  1.00 88.37           O  \\nATOM   1179  CB  MET L  32     -11.638  -1.217  -1.067  1.00 88.37           C  \\nATOM   1180  CG  MET L  32     -12.433  -0.453  -0.020  1.00 88.37           C  \\nATOM   1181  SD  MET L  32     -12.207   1.363  -0.152  1.00 88.37           S  \\nATOM   1182  CE  MET L  32     -13.175   1.698  -1.650  1.00 88.37           C  \\nATOM   1183  N   TYR L  33      -9.525  -1.043   1.462  1.00 92.33           N  \\nATOM   1184  CA  TYR L  33      -9.210  -1.554   2.791  1.00 92.33           C  \\nATOM   1185  C   TYR L  33     -10.299  -1.183   3.791  1.00 92.33           C  \\nATOM   1186  O   TYR L  33     -10.960  -0.152   3.643  1.00 92.33           O  \\nATOM   1187  CB  TYR L  33      -7.858  -1.015   3.268  1.00 92.33           C  \\nATOM   1188  CG  TYR L  33      -6.705  -1.382   2.365  1.00 92.33           C  \\nATOM   1189  CD1 TYR L  33      -5.858  -2.442   2.679  1.00 92.33           C  \\nATOM   1190  CD2 TYR L  33      -6.460  -0.668   1.197  1.00 92.33           C  \\nATOM   1191  CE1 TYR L  33      -4.794  -2.782   1.851  1.00 92.33           C  \\nATOM   1192  CE2 TYR L  33      -5.399  -1.000   0.361  1.00 92.33           C  \\nATOM   1193  CZ  TYR L  33      -4.573  -2.057   0.696  1.00 92.33           C  \\nATOM   1194  OH  TYR L  33      -3.520  -2.389  -0.128  1.00 92.33           O  \\nATOM   1195  N   TRP L  34     -10.517  -2.034   4.774  1.00 96.71           N  \\nATOM   1196  CA  TRP L  34     -11.511  -1.766   5.808  1.00 96.71           C  \\nATOM   1197  C   TRP L  34     -10.896  -1.884   7.198  1.00 96.71           C  \\nATOM   1198  O   TRP L  34     -10.210  -2.863   7.500  1.00 96.71           O  \\nATOM   1199  CB  TRP L  34     -12.696  -2.726   5.677  1.00 96.71           C  \\nATOM   1200  CG  TRP L  34     -13.513  -2.521   4.436  1.00 96.71           C  \\nATOM   1201  CD1 TRP L  34     -13.322  -3.109   3.217  1.00 96.71           C  \\nATOM   1202  CD2 TRP L  34     -14.648  -1.662   4.294  1.00 96.71           C  \\nATOM   1203  NE1 TRP L  34     -14.271  -2.668   2.325  1.00 96.71           N  \\nATOM   1204  CE2 TRP L  34     -15.097  -1.780   2.960  1.00 96.71           C  \\nATOM   1205  CE3 TRP L  34     -15.331  -0.804   5.166  1.00 96.71           C  \\nATOM   1206  CZ2 TRP L  34     -16.199  -1.070   2.477  1.00 96.71           C  \\nATOM   1207  CZ3 TRP L  34     -16.428  -0.099   4.684  1.00 96.71           C  \\nATOM   1208  CH2 TRP L  34     -16.849  -0.238   3.352  1.00 96.71           C  \\nATOM   1209  N   TYR L  35     -11.219  -0.840   7.974  1.00 97.21           N  \\nATOM   1210  CA  TYR L  35     -10.675  -0.759   9.325  1.00 97.21           C  \\nATOM   1211  C   TYR L  35     -11.791  -0.735  10.362  1.00 97.21           C  \\nATOM   1212  O   TYR L  35     -12.873  -0.200  10.107  1.00 97.21           O  \\nATOM   1213  CB  TYR L  35      -9.794   0.485   9.477  1.00 97.21           C  \\nATOM   1214  CG  TYR L  35      -8.547   0.454   8.628  1.00 97.21           C  \\nATOM   1215  CD1 TYR L  35      -7.342  -0.019   9.142  1.00 97.21           C  \\nATOM   1216  CD2 TYR L  35      -8.571   0.898   7.310  1.00 97.21           C  \\nATOM   1217  CE1 TYR L  35      -6.190  -0.048   8.364  1.00 97.21           C  \\nATOM   1218  CE2 TYR L  35      -7.425   0.873   6.522  1.00 97.21           C  \\nATOM   1219  CZ  TYR L  35      -6.241   0.399   7.057  1.00 97.21           C  \\nATOM   1220  OH  TYR L  35      -5.103   0.372   6.281  1.00 97.21           O  \\nATOM   1221  N   GLN L  36     -11.494  -1.261  11.466  1.00 98.26           N  \\nATOM   1222  CA  GLN L  36     -12.314  -1.177  12.669  1.00 98.26           C  \\nATOM   1223  C   GLN L  36     -11.624  -0.350  13.750  1.00 98.26           C  \\nATOM   1224  O   GLN L  36     -10.445  -0.563  14.044  1.00 98.26           O  \\nATOM   1225  CB  GLN L  36     -12.633  -2.575  13.201  1.00 98.26           C  \\nATOM   1226  CG  GLN L  36     -13.438  -2.573  14.494  1.00 98.26           C  \\nATOM   1227  CD  GLN L  36     -13.454  -3.927  15.178  1.00 98.26           C  \\nATOM   1228  OE1 GLN L  36     -12.433  -4.386  15.699  1.00 98.26           O  \\nATOM   1229  NE2 GLN L  36     -14.614  -4.576  15.180  1.00 98.26           N  \\nATOM   1230  N   GLN L  37     -12.290   0.565  14.287  1.00 98.21           N  \\nATOM   1231  CA  GLN L  37     -11.743   1.330  15.404  1.00 98.21           C  \\nATOM   1232  C   GLN L  37     -12.698   1.325  16.594  1.00 98.21           C  \\nATOM   1233  O   GLN L  37     -13.791   1.891  16.522  1.00 98.21           O  \\nATOM   1234  CB  GLN L  37     -11.445   2.768  14.975  1.00 98.21           C  \\nATOM   1235  CG  GLN L  37     -10.732   3.591  16.039  1.00 98.21           C  \\nATOM   1236  CD  GLN L  37     -10.479   5.022  15.602  1.00 98.21           C  \\nATOM   1237  OE1 GLN L  37     -11.279   5.612  14.868  1.00 98.21           O  \\nATOM   1238  NE2 GLN L  37      -9.364   5.590  16.049  1.00 98.21           N  \\nATOM   1239  N   LYS L  38     -12.270   0.725  17.585  1.00 97.15           N  \\nATOM   1240  CA  LYS L  38     -12.979   0.772  18.861  1.00 97.15           C  \\nATOM   1241  C   LYS L  38     -12.594   2.016  19.657  1.00 97.15           C  \\nATOM   1242  O   LYS L  38     -11.489   2.541  19.504  1.00 97.15           O  \\nATOM   1243  CB  LYS L  38     -12.691  -0.485  19.683  1.00 97.15           C  \\nATOM   1244  CG  LYS L  38     -13.175  -1.773  19.033  1.00 97.15           C  \\nATOM   1245  CD  LYS L  38     -12.945  -2.977  19.938  1.00 97.15           C  \\nATOM   1246  CE  LYS L  38     -13.393  -4.271  19.273  1.00 97.15           C  \\nATOM   1247  NZ  LYS L  38     -13.099  -5.462  20.125  1.00 97.15           N  \\nATOM   1248  N   PRO L  39     -13.502   2.467  20.469  1.00 93.71           N  \\nATOM   1249  CA  PRO L  39     -13.248   3.724  21.177  1.00 93.71           C  \\nATOM   1250  C   PRO L  39     -11.955   3.692  21.990  1.00 93.71           C  \\nATOM   1251  O   PRO L  39     -11.726   2.752  22.755  1.00 93.71           O  \\nATOM   1252  CB  PRO L  39     -14.466   3.865  22.094  1.00 93.71           C  \\nATOM   1253  CG  PRO L  39     -15.520   3.014  21.462  1.00 93.71           C  \\nATOM   1254  CD  PRO L  39     -14.847   1.893  20.722  1.00 93.71           C  \\nATOM   1255  N   GLY L  40     -11.193   4.730  21.702  1.00 93.61           N  \\nATOM   1256  CA  GLY L  40      -9.960   4.901  22.453  1.00 93.61           C  \\nATOM   1257  C   GLY L  40      -8.825   4.033  21.944  1.00 93.61           C  \\nATOM   1258  O   GLY L  40      -7.751   3.989  22.546  1.00 93.61           O  \\nATOM   1259  N   LYS L  41      -9.008   3.351  20.930  1.00 96.81           N  \\nATOM   1260  CA  LYS L  41      -7.980   2.474  20.377  1.00 96.81           C  \\nATOM   1261  C   LYS L  41      -7.608   2.890  18.956  1.00 96.81           C  \\nATOM   1262  O   LYS L  41      -8.353   3.625  18.305  1.00 96.81           O  \\nATOM   1263  CB  LYS L  41      -8.452   1.019  20.390  1.00 96.81           C  \\nATOM   1264  CG  LYS L  41      -8.826   0.502  21.771  1.00 96.81           C  \\nATOM   1265  CD  LYS L  41      -7.590   0.155  22.592  1.00 96.81           C  \\nATOM   1266  CE  LYS L  41      -7.963  -0.363  23.974  1.00 96.81           C  \\nATOM   1267  NZ  LYS L  41      -6.761  -0.539  24.843  1.00 96.81           N  \\nATOM   1268  N   ALA L  42      -6.468   2.388  18.572  1.00 97.29           N  \\nATOM   1269  CA  ALA L  42      -6.041   2.594  17.190  1.00 97.29           C  \\nATOM   1270  C   ALA L  42      -6.885   1.767  16.226  1.00 97.29           C  \\nATOM   1271  O   ALA L  42      -7.439   0.733  16.606  1.00 97.29           O  \\nATOM   1272  CB  ALA L  42      -4.563   2.246  17.033  1.00 97.29           C  \\nATOM   1273  N   PRO L  43      -7.025   2.240  15.027  1.00 97.24           N  \\nATOM   1274  CA  PRO L  43      -7.702   1.414  14.025  1.00 97.24           C  \\nATOM   1275  C   PRO L  43      -7.015   0.069  13.807  1.00 97.24           C  \\nATOM   1276  O   PRO L  43      -5.804  -0.050  14.010  1.00 97.24           O  \\nATOM   1277  CB  PRO L  43      -7.638   2.272  12.759  1.00 97.24           C  \\nATOM   1278  CG  PRO L  43      -7.429   3.667  13.253  1.00 97.24           C  \\nATOM   1279  CD  PRO L  43      -6.608   3.611  14.509  1.00 97.24           C  \\nATOM   1280  N   LYS L  44      -7.794  -0.794  13.483  1.00 96.03           N  \\nATOM   1281  CA  LYS L  44      -7.344  -2.147  13.172  1.00 96.03           C  \\nATOM   1282  C   LYS L  44      -7.804  -2.573  11.780  1.00 96.03           C  \\nATOM   1283  O   LYS L  44      -8.985  -2.457  11.449  1.00 96.03           O  \\nATOM   1284  CB  LYS L  44      -7.857  -3.138  14.219  1.00 96.03           C  \\nATOM   1285  CG  LYS L  44      -7.452  -4.581  13.956  1.00 96.03           C  \\nATOM   1286  CD  LYS L  44      -8.072  -5.529  14.974  1.00 96.03           C  \\nATOM   1287  CE  LYS L  44      -7.777  -6.984  14.636  1.00 96.03           C  \\nATOM   1288  NZ  LYS L  44      -8.424  -7.920  15.603  1.00 96.03           N  \\nATOM   1289  N   LEU L  45      -6.839  -3.120  10.971  1.00 94.73           N  \\nATOM   1290  CA  LEU L  45      -7.170  -3.582   9.628  1.00 94.73           C  \\nATOM   1291  C   LEU L  45      -7.945  -4.895   9.679  1.00 94.73           C  \\nATOM   1292  O   LEU L  45      -7.527  -5.841  10.351  1.00 94.73           O  \\nATOM   1293  CB  LEU L  45      -5.899  -3.758   8.793  1.00 94.73           C  \\nATOM   1294  CG  LEU L  45      -6.089  -4.299   7.375  1.00 94.73           C  \\nATOM   1295  CD1 LEU L  45      -6.755  -3.248   6.492  1.00 94.73           C  \\nATOM   1296  CD2 LEU L  45      -4.752  -4.731   6.784  1.00 94.73           C  \\nATOM   1297  N   LEU L  46      -9.115  -4.898   8.966  1.00 95.83           N  \\nATOM   1298  CA  LEU L  46      -9.931  -6.105   8.883  1.00 95.83           C  \\nATOM   1299  C   LEU L  46      -9.827  -6.736   7.499  1.00 95.83           C  \\nATOM   1300  O   LEU L  46      -9.611  -7.945   7.378  1.00 95.83           O  \\nATOM   1301  CB  LEU L  46     -11.393  -5.786   9.203  1.00 95.83           C  \\nATOM   1302  CG  LEU L  46     -11.676  -5.230  10.599  1.00 95.83           C  \\nATOM   1303  CD1 LEU L  46     -13.160  -4.913  10.753  1.00 95.83           C  \\nATOM   1304  CD2 LEU L  46     -11.222  -6.216  11.670  1.00 95.83           C  \\nATOM   1305  N   ILE L  47      -9.902  -5.901   6.454  1.00 94.12           N  \\nATOM   1306  CA  ILE L  47      -9.919  -6.349   5.065  1.00 94.12           C  \\nATOM   1307  C   ILE L  47      -8.884  -5.569   4.258  1.00 94.12           C  \\nATOM   1308  O   ILE L  47      -8.837  -4.338   4.323  1.00 94.12           O  \\nATOM   1309  CB  ILE L  47     -11.322  -6.188   4.437  1.00 94.12           C  \\nATOM   1310  CG1 ILE L  47     -12.364  -6.963   5.251  1.00 94.12           C  \\nATOM   1311  CG2 ILE L  47     -11.315  -6.650   2.976  1.00 94.12           C  \\nATOM   1312  CD1 ILE L  47     -12.234  -8.476   5.144  1.00 94.12           C  \\nATOM   1313  N   TYR L  48      -8.011  -6.311   3.587  1.00 85.88           N  \\nATOM   1314  CA  TYR L  48      -7.078  -5.667   2.669  1.00 85.88           C  \\nATOM   1315  C   TYR L  48      -7.291  -6.157   1.242  1.00 85.88           C  \\nATOM   1316  O   TYR L  48      -7.802  -7.258   1.027  1.00 85.88           O  \\nATOM   1317  CB  TYR L  48      -5.632  -5.930   3.100  1.00 85.88           C  \\nATOM   1318  CG  TYR L  48      -5.191  -7.361   2.908  1.00 85.88           C  \\nATOM   1319  CD1 TYR L  48      -5.440  -8.323   3.884  1.00 85.88           C  \\nATOM   1320  CD2 TYR L  48      -4.526  -7.753   1.752  1.00 85.88           C  \\nATOM   1321  CE1 TYR L  48      -5.034  -9.643   3.713  1.00 85.88           C  \\nATOM   1322  CE2 TYR L  48      -4.116  -9.069   1.569  1.00 85.88           C  \\nATOM   1323  CZ  TYR L  48      -4.374 -10.006   2.553  1.00 85.88           C  \\nATOM   1324  OH  TYR L  48      -3.971 -11.310   2.378  1.00 85.88           O  \\nATOM   1325  N   ASP L  49      -6.943  -5.276   0.346  1.00 78.75           N  \\nATOM   1326  CA  ASP L  49      -7.037  -5.571  -1.081  1.00 78.75           C  \\nATOM   1327  C   ASP L  49      -8.435  -6.062  -1.449  1.00 78.75           C  \\nATOM   1328  O   ASP L  49      -8.583  -7.105  -2.089  1.00 78.75           O  \\nATOM   1329  CB  ASP L  49      -5.990  -6.612  -1.483  1.00 78.75           C  \\nATOM   1330  CG  ASP L  49      -4.588  -6.037  -1.581  1.00 78.75           C  \\nATOM   1331  OD1 ASP L  49      -4.419  -4.810  -1.416  1.00 78.75           O  \\nATOM   1332  OD2 ASP L  49      -3.644  -6.818  -1.828  1.00 78.75           O  \\nATOM   1333  N   THR L  50      -9.413  -5.395  -0.920  1.00 82.81           N  \\nATOM   1334  CA  THR L  50     -10.811  -5.487  -1.327  1.00 82.81           C  \\nATOM   1335  C   THR L  50     -11.504  -6.651  -0.624  1.00 82.81           C  \\nATOM   1336  O   THR L  50     -12.586  -6.485  -0.058  1.00 82.81           O  \\nATOM   1337  CB  THR L  50     -10.938  -5.657  -2.853  1.00 82.81           C  \\nATOM   1338  OG1 THR L  50     -10.386  -4.506  -3.503  1.00 82.81           O  \\nATOM   1339  CG2 THR L  50     -12.397  -5.810  -3.269  1.00 82.81           C  \\nATOM   1340  N   SER L  51     -10.902  -7.852  -0.552  1.00 86.18           N  \\nATOM   1341  CA  SER L  51     -11.706  -8.984  -0.102  1.00 86.18           C  \\nATOM   1342  C   SER L  51     -10.883  -9.942   0.752  1.00 86.18           C  \\nATOM   1343  O   SER L  51     -11.376 -10.994   1.165  1.00 86.18           O  \\nATOM   1344  CB  SER L  51     -12.295  -9.733  -1.299  1.00 86.18           C  \\nATOM   1345  OG  SER L  51     -11.273 -10.128  -2.198  1.00 86.18           O  \\nATOM   1346  N   ASN L  52      -9.611  -9.601   1.114  1.00 82.81           N  \\nATOM   1347  CA  ASN L  52      -8.754 -10.494   1.887  1.00 82.81           C  \\nATOM   1348  C   ASN L  52      -8.835 -10.194   3.381  1.00 82.81           C  \\nATOM   1349  O   ASN L  52      -8.707  -9.041   3.795  1.00 82.81           O  \\nATOM   1350  CB  ASN L  52      -7.305 -10.399   1.403  1.00 82.81           C  \\nATOM   1351  CG  ASN L  52      -7.149 -10.789  -0.053  1.00 82.81           C  \\nATOM   1352  OD1 ASN L  52      -7.408 -11.934  -0.433  1.00 82.81           O  \\nATOM   1353  ND2 ASN L  52      -6.724  -9.841  -0.879  1.00 82.81           N  \\nATOM   1354  N   LEU L  53      -9.023 -11.205   4.077  1.00 89.57           N  \\nATOM   1355  CA  LEU L  53      -9.064 -11.064   5.529  1.00 89.57           C  \\nATOM   1356  C   LEU L  53      -7.660 -10.888   6.098  1.00 89.57           C  \\nATOM   1357  O   LEU L  53      -6.748 -11.646   5.759  1.00 89.57           O  \\nATOM   1358  CB  LEU L  53      -9.736 -12.283   6.167  1.00 89.57           C  \\nATOM   1359  CG  LEU L  53     -11.127 -12.056   6.762  1.00 89.57           C  \\nATOM   1360  CD1 LEU L  53     -12.191 -12.706   5.884  1.00 89.57           C  \\nATOM   1361  CD2 LEU L  53     -11.195 -12.600   8.185  1.00 89.57           C  \\nATOM   1362  N   ALA L  54      -7.531  -9.879   6.968  1.00 89.06           N  \\nATOM   1363  CA  ALA L  54      -6.254  -9.689   7.652  1.00 89.06           C  \\nATOM   1364  C   ALA L  54      -6.023 -10.780   8.693  1.00 89.06           C  \\nATOM   1365  O   ALA L  54      -6.967 -11.448   9.123  1.00 89.06           O  \\nATOM   1366  CB  ALA L  54      -6.202  -8.312   8.308  1.00 89.06           C  \\nATOM   1367  N   SER L  55      -4.781 -10.882   9.048  1.00 83.54           N  \\nATOM   1368  CA  SER L  55      -4.404 -11.936   9.984  1.00 83.54           C  \\nATOM   1369  C   SER L  55      -5.117 -11.767  11.322  1.00 83.54           C  \\nATOM   1370  O   SER L  55      -5.146 -10.669  11.881  1.00 83.54           O  \\nATOM   1371  CB  SER L  55      -2.891 -11.945  10.201  1.00 83.54           C  \\nATOM   1372  OG  SER L  55      -2.519 -12.964  11.113  1.00 83.54           O  \\nATOM   1373  N   GLY L  56      -5.733 -12.875  11.774  1.00 89.56           N  \\nATOM   1374  CA  GLY L  56      -6.366 -12.917  13.083  1.00 89.56           C  \\nATOM   1375  C   GLY L  56      -7.783 -12.374  13.078  1.00 89.56           C  \\nATOM   1376  O   GLY L  56      -8.458 -12.377  14.110  1.00 89.56           O  \\nATOM   1377  N   VAL L  57      -8.330 -12.028  11.991  1.00 94.28           N  \\nATOM   1378  CA  VAL L  57      -9.664 -11.446  11.885  1.00 94.28           C  \\nATOM   1379  C   VAL L  57     -10.694 -12.549  11.657  1.00 94.28           C  \\nATOM   1380  O   VAL L  57     -10.501 -13.419  10.804  1.00 94.28           O  \\nATOM   1381  CB  VAL L  57      -9.739 -10.402  10.748  1.00 94.28           C  \\nATOM   1382  CG1 VAL L  57     -11.162  -9.869  10.598  1.00 94.28           C  \\nATOM   1383  CG2 VAL L  57      -8.761  -9.258  11.009  1.00 94.28           C  \\nATOM   1384  N   PRO L  58     -11.807 -12.494  12.402  1.00 96.70           N  \\nATOM   1385  CA  PRO L  58     -12.834 -13.531  12.272  1.00 96.70           C  \\nATOM   1386  C   PRO L  58     -13.461 -13.568  10.880  1.00 96.70           C  \\nATOM   1387  O   PRO L  58     -13.544 -12.536  10.208  1.00 96.70           O  \\nATOM   1388  CB  PRO L  58     -13.870 -13.136  13.327  1.00 96.70           C  \\nATOM   1389  CG  PRO L  58     -13.136 -12.230  14.263  1.00 96.70           C  \\nATOM   1390  CD  PRO L  58     -12.014 -11.575  13.510  1.00 96.70           C  \\nATOM   1391  N   SER L  59     -13.883 -14.705  10.525  1.00 96.79           N  \\nATOM   1392  CA  SER L  59     -14.368 -14.976   9.176  1.00 96.79           C  \\nATOM   1393  C   SER L  59     -15.709 -14.294   8.923  1.00 96.79           C  \\nATOM   1394  O   SER L  59     -16.174 -14.231   7.783  1.00 96.79           O  \\nATOM   1395  CB  SER L  59     -14.502 -16.482   8.946  1.00 96.79           C  \\nATOM   1396  OG  SER L  59     -15.346 -17.067   9.923  1.00 96.79           O  \\nATOM   1397  N   ARG L  60     -16.388 -13.821   9.965  1.00 98.29           N  \\nATOM   1398  CA  ARG L  60     -17.675 -13.160   9.769  1.00 98.29           C  \\nATOM   1399  C   ARG L  60     -17.501 -11.823   9.057  1.00 98.29           C  \\nATOM   1400  O   ARG L  60     -18.470 -11.253   8.550  1.00 98.29           O  \\nATOM   1401  CB  ARG L  60     -18.382 -12.952  11.110  1.00 98.29           C  \\nATOM   1402  CG  ARG L  60     -17.611 -12.075  12.083  1.00 98.29           C  \\nATOM   1403  CD  ARG L  60     -18.341 -11.930  13.412  1.00 98.29           C  \\nATOM   1404  NE  ARG L  60     -17.595 -11.093  14.348  1.00 98.29           N  \\nATOM   1405  CZ  ARG L  60     -16.594 -11.519  15.113  1.00 98.29           C  \\nATOM   1406  NH1 ARG L  60     -16.198 -12.786  15.069  1.00 98.29           N  \\nATOM   1407  NH2 ARG L  60     -15.985 -10.672  15.930  1.00 98.29           N  \\nATOM   1408  N   PHE L  61     -16.316 -11.288   8.987  1.00 98.24           N  \\nATOM   1409  CA  PHE L  61     -16.022 -10.071   8.240  1.00 98.24           C  \\nATOM   1410  C   PHE L  61     -15.666 -10.396   6.794  1.00 98.24           C  \\nATOM   1411  O   PHE L  61     -14.916 -11.338   6.531  1.00 98.24           O  \\nATOM   1412  CB  PHE L  61     -14.878  -9.296   8.901  1.00 98.24           C  \\nATOM   1413  CG  PHE L  61     -15.197  -8.809  10.289  1.00 98.24           C  \\nATOM   1414  CD1 PHE L  61     -16.096  -7.768  10.486  1.00 98.24           C  \\nATOM   1415  CD2 PHE L  61     -14.596  -9.392  11.397  1.00 98.24           C  \\nATOM   1416  CE1 PHE L  61     -16.393  -7.315  11.769  1.00 98.24           C  \\nATOM   1417  CE2 PHE L  61     -14.888  -8.945  12.683  1.00 98.24           C  \\nATOM   1418  CZ  PHE L  61     -15.786  -7.906  12.866  1.00 98.24           C  \\nATOM   1419  N   SER L  62     -16.181  -9.667   5.895  1.00 97.60           N  \\nATOM   1420  CA  SER L  62     -15.872  -9.855   4.481  1.00 97.60           C  \\nATOM   1421  C   SER L  62     -16.023  -8.552   3.704  1.00 97.60           C  \\nATOM   1422  O   SER L  62     -16.648  -7.604   4.187  1.00 97.60           O  \\nATOM   1423  CB  SER L  62     -16.774 -10.929   3.872  1.00 97.60           C  \\nATOM   1424  OG  SER L  62     -18.126 -10.504   3.863  1.00 97.60           O  \\nATOM   1425  N   GLY L  63     -15.353  -8.439   2.643  1.00 95.58           N  \\nATOM   1426  CA  GLY L  63     -15.426  -7.303   1.738  1.00 95.58           C  \\nATOM   1427  C   GLY L  63     -15.500  -7.708   0.278  1.00 95.58           C  \\nATOM   1428  O   GLY L  63     -15.033  -8.785  -0.098  1.00 95.58           O  \\nATOM   1429  N   SER L  64     -16.070  -6.898  -0.559  1.00 95.39           N  \\nATOM   1430  CA  SER L  64     -16.213  -7.103  -1.997  1.00 95.39           C  \\nATOM   1431  C   SER L  64     -16.366  -5.776  -2.733  1.00 95.39           C  \\nATOM   1432  O   SER L  64     -16.488  -4.722  -2.104  1.00 95.39           O  \\nATOM   1433  CB  SER L  64     -17.415  -8.001  -2.293  1.00 95.39           C  \\nATOM   1434  OG  SER L  64     -18.629  -7.326  -2.009  1.00 95.39           O  \\nATOM   1435  N   GLY L  65     -16.297  -5.825  -3.978  1.00 90.27           N  \\nATOM   1436  CA  GLY L  65     -16.512  -4.646  -4.801  1.00 90.27           C  \\nATOM   1437  C   GLY L  65     -15.468  -4.479  -5.889  1.00 90.27           C  \\nATOM   1438  O   GLY L  65     -14.504  -5.244  -5.954  1.00 90.27           O  \\nATOM   1439  N   SER L  66     -15.604  -3.647  -6.737  1.00 85.74           N  \\nATOM   1440  CA  SER L  66     -14.698  -3.272  -7.818  1.00 85.74           C  \\nATOM   1441  C   SER L  66     -15.034  -1.888  -8.364  1.00 85.74           C  \\nATOM   1442  O   SER L  66     -16.113  -1.355  -8.099  1.00 85.74           O  \\nATOM   1443  CB  SER L  66     -14.754  -4.302  -8.946  1.00 85.74           C  \\nATOM   1444  OG  SER L  66     -15.998  -4.240  -9.623  1.00 85.74           O  \\nATOM   1445  N   GLY L  67     -14.111  -1.371  -9.061  1.00 78.95           N  \\nATOM   1446  CA  GLY L  67     -14.316  -0.059  -9.655  1.00 78.95           C  \\nATOM   1447  C   GLY L  67     -14.527   1.035  -8.626  1.00 78.95           C  \\nATOM   1448  O   GLY L  67     -13.593   1.417  -7.918  1.00 78.95           O  \\nATOM   1449  N   THR L  68     -15.783   1.504  -8.480  1.00 89.37           N  \\nATOM   1450  CA  THR L  68     -16.065   2.634  -7.601  1.00 89.37           C  \\nATOM   1451  C   THR L  68     -16.938   2.202  -6.427  1.00 89.37           C  \\nATOM   1452  O   THR L  68     -17.135   2.965  -5.479  1.00 89.37           O  \\nATOM   1453  CB  THR L  68     -16.757   3.777  -8.366  1.00 89.37           C  \\nATOM   1454  OG1 THR L  68     -17.974   3.289  -8.945  1.00 89.37           O  \\nATOM   1455  CG2 THR L  68     -15.862   4.318  -9.476  1.00 89.37           C  \\nATOM   1456  N   ASP L  69     -17.419   1.002  -6.433  1.00 95.22           N  \\nATOM   1457  CA  ASP L  69     -18.362   0.586  -5.399  1.00 95.22           C  \\nATOM   1458  C   ASP L  69     -17.837  -0.627  -4.634  1.00 95.22           C  \\nATOM   1459  O   ASP L  69     -17.463  -1.635  -5.237  1.00 95.22           O  \\nATOM   1460  CB  ASP L  69     -19.727   0.269  -6.014  1.00 95.22           C  \\nATOM   1461  CG  ASP L  69     -20.435   1.501  -6.552  1.00 95.22           C  \\nATOM   1462  OD1 ASP L  69     -20.440   2.548  -5.869  1.00 95.22           O  \\nATOM   1463  OD2 ASP L  69     -20.994   1.422  -7.667  1.00 95.22           O  \\nATOM   1464  N   TYR L  70     -17.796  -0.499  -3.336  1.00 95.74           N  \\nATOM   1465  CA  TYR L  70     -17.273  -1.543  -2.462  1.00 95.74           C  \\nATOM   1466  C   TYR L  70     -18.178  -1.746  -1.252  1.00 95.74           C  \\nATOM   1467  O   TYR L  70     -18.875  -0.822  -0.829  1.00 95.74           O  \\nATOM   1468  CB  TYR L  70     -15.854  -1.196  -1.999  1.00 95.74           C  \\nATOM   1469  CG  TYR L  70     -14.843  -1.158  -3.120  1.00 95.74           C  \\nATOM   1470  CD1 TYR L  70     -14.001  -2.242  -3.361  1.00 95.74           C  \\nATOM   1471  CD2 TYR L  70     -14.727  -0.040  -3.938  1.00 95.74           C  \\nATOM   1472  CE1 TYR L  70     -13.066  -2.211  -4.391  1.00 95.74           C  \\nATOM   1473  CE2 TYR L  70     -13.796   0.002  -4.971  1.00 95.74           C  \\nATOM   1474  CZ  TYR L  70     -12.972  -1.086  -5.189  1.00 95.74           C  \\nATOM   1475  OH  TYR L  70     -12.048  -1.050  -6.210  1.00 95.74           O  \\nATOM   1476  N   THR L  71     -18.224  -2.941  -0.732  1.00 97.88           N  \\nATOM   1477  CA  THR L  71     -19.096  -3.300   0.380  1.00 97.88           C  \\nATOM   1478  C   THR L  71     -18.324  -4.070   1.447  1.00 97.88           C  \\nATOM   1479  O   THR L  71     -17.434  -4.861   1.127  1.00 97.88           O  \\nATOM   1480  CB  THR L  71     -20.294  -4.141  -0.098  1.00 97.88           C  \\nATOM   1481  OG1 THR L  71     -19.839  -5.112  -1.049  1.00 97.88           O  \\nATOM   1482  CG2 THR L  71     -21.356  -3.264  -0.753  1.00 97.88           C  \\nATOM   1483  N   PHE L  72     -18.591  -3.786   2.644  1.00 98.42           N  \\nATOM   1484  CA  PHE L  72     -18.124  -4.486   3.835  1.00 98.42           C  \\nATOM   1485  C   PHE L  72     -19.289  -5.138   4.571  1.00 98.42           C  \\nATOM   1486  O   PHE L  72     -20.313  -4.496   4.815  1.00 98.42           O  \\nATOM   1487  CB  PHE L  72     -17.384  -3.525   4.770  1.00 98.42           C  \\nATOM   1488  CG  PHE L  72     -17.011  -4.134   6.095  1.00 98.42           C  \\nATOM   1489  CD1 PHE L  72     -15.895  -4.955   6.209  1.00 98.42           C  \\nATOM   1490  CD2 PHE L  72     -17.776  -3.886   7.227  1.00 98.42           C  \\nATOM   1491  CE1 PHE L  72     -15.547  -5.520   7.433  1.00 98.42           C  \\nATOM   1492  CE2 PHE L  72     -17.434  -4.447   8.454  1.00 98.42           C  \\nATOM   1493  CZ  PHE L  72     -16.320  -5.264   8.555  1.00 98.42           C  \\nATOM   1494  N   THR L  73     -19.059  -6.389   4.953  1.00 98.53           N  \\nATOM   1495  CA  THR L  73     -20.171  -7.139   5.527  1.00 98.53           C  \\nATOM   1496  C   THR L  73     -19.733  -7.872   6.792  1.00 98.53           C  \\nATOM   1497  O   THR L  73     -18.656  -8.470   6.828  1.00 98.53           O  \\nATOM   1498  CB  THR L  73     -20.743  -8.150   4.516  1.00 98.53           C  \\nATOM   1499  OG1 THR L  73     -21.209  -7.447   3.358  1.00 98.53           O  \\nATOM   1500  CG2 THR L  73     -21.903  -8.935   5.121  1.00 98.53           C  \\nATOM   1501  N   ILE L  74     -20.527  -7.710   7.842  1.00 98.54           N  \\nATOM   1502  CA  ILE L  74     -20.506  -8.598   8.999  1.00 98.54           C  \\nATOM   1503  C   ILE L  74     -21.660  -9.594   8.907  1.00 98.54           C  \\nATOM   1504  O   ILE L  74     -22.829  -9.209   8.998  1.00 98.54           O  \\nATOM   1505  CB  ILE L  74     -20.587  -7.805  10.323  1.00 98.54           C  \\nATOM   1506  CG1 ILE L  74     -19.616  -6.619  10.294  1.00 98.54           C  \\nATOM   1507  CG2 ILE L  74     -20.299  -8.719  11.518  1.00 98.54           C  \\nATOM   1508  CD1 ILE L  74     -19.738  -5.691  11.495  1.00 98.54           C  \\nATOM   1509  N   SER L  75     -21.317 -10.870   8.783  1.00 98.02           N  \\nATOM   1510  CA  SER L  75     -22.338 -11.879   8.519  1.00 98.02           C  \\nATOM   1511  C   SER L  75     -23.212 -12.115   9.746  1.00 98.02           C  \\nATOM   1512  O   SER L  75     -24.422 -12.314   9.624  1.00 98.02           O  \\nATOM   1513  CB  SER L  75     -21.692 -13.194   8.082  1.00 98.02           C  \\nATOM   1514  OG  SER L  75     -20.823 -13.687   9.087  1.00 98.02           O  \\nATOM   1515  N   SER L  76     -22.660 -12.111  10.845  1.00 98.09           N  \\nATOM   1516  CA  SER L  76     -23.352 -12.281  12.118  1.00 98.09           C  \\nATOM   1517  C   SER L  76     -22.795 -11.338  13.180  1.00 98.09           C  \\nATOM   1518  O   SER L  76     -21.754 -11.616  13.780  1.00 98.09           O  \\nATOM   1519  CB  SER L  76     -23.241 -13.728  12.600  1.00 98.09           C  \\nATOM   1520  OG  SER L  76     -23.915 -13.900  13.835  1.00 98.09           O  \\nATOM   1521  N   LEU L  77     -23.493 -10.314  13.416  1.00 98.33           N  \\nATOM   1522  CA  LEU L  77     -23.040  -9.254  14.311  1.00 98.33           C  \\nATOM   1523  C   LEU L  77     -22.894  -9.773  15.737  1.00 98.33           C  \\nATOM   1524  O   LEU L  77     -23.790 -10.446  16.252  1.00 98.33           O  \\nATOM   1525  CB  LEU L  77     -24.014  -8.074  14.281  1.00 98.33           C  \\nATOM   1526  CG  LEU L  77     -23.584  -6.820  15.043  1.00 98.33           C  \\nATOM   1527  CD1 LEU L  77     -22.367  -6.186  14.376  1.00 98.33           C  \\nATOM   1528  CD2 LEU L  77     -24.735  -5.823  15.126  1.00 98.33           C  \\nATOM   1529  N   GLN L  78     -21.710  -9.418  16.325  1.00 97.70           N  \\nATOM   1530  CA  GLN L  78     -21.409  -9.787  17.704  1.00 97.70           C  \\nATOM   1531  C   GLN L  78     -21.230  -8.549  18.579  1.00 97.70           C  \\nATOM   1532  O   GLN L  78     -20.895  -7.473  18.080  1.00 97.70           O  \\nATOM   1533  CB  GLN L  78     -20.154 -10.658  17.765  1.00 97.70           C  \\nATOM   1534  CG  GLN L  78     -20.274 -11.966  16.994  1.00 97.70           C  \\nATOM   1535  CD  GLN L  78     -21.355 -12.876  17.547  1.00 97.70           C  \\nATOM   1536  OE1 GLN L  78     -21.448 -13.084  18.761  1.00 97.70           O  \\nATOM   1537  NE2 GLN L  78     -22.178 -13.425  16.661  1.00 97.70           N  \\nATOM   1538  N   PRO L  79     -21.423  -8.721  19.868  1.00 97.30           N  \\nATOM   1539  CA  PRO L  79     -21.323  -7.558  20.754  1.00 97.30           C  \\nATOM   1540  C   PRO L  79     -19.955  -6.884  20.689  1.00 97.30           C  \\nATOM   1541  O   PRO L  79     -19.855  -5.665  20.851  1.00 97.30           O  \\nATOM   1542  CB  PRO L  79     -21.574  -8.150  22.143  1.00 97.30           C  \\nATOM   1543  CG  PRO L  79     -22.371  -9.390  21.891  1.00 97.30           C  \\nATOM   1544  CD  PRO L  79     -21.965  -9.956  20.561  1.00 97.30           C  \\nATOM   1545  N   GLU L  80     -18.983  -7.596  20.445  1.00 97.25           N  \\nATOM   1546  CA  GLU L  80     -17.639  -7.028  20.408  1.00 97.25           C  \\nATOM   1547  C   GLU L  80     -17.389  -6.285  19.099  1.00 97.25           C  \\nATOM   1548  O   GLU L  80     -16.338  -5.667  18.920  1.00 97.25           O  \\nATOM   1549  CB  GLU L  80     -16.587  -8.123  20.599  1.00 97.25           C  \\nATOM   1550  CG  GLU L  80     -16.640  -9.219  19.545  1.00 97.25           C  \\nATOM   1551  CD  GLU L  80     -17.449 -10.431  19.979  1.00 97.25           C  \\nATOM   1552  OE1 GLU L  80     -18.386 -10.275  20.795  1.00 97.25           O  \\nATOM   1553  OE2 GLU L  80     -17.141 -11.546  19.502  1.00 97.25           O  \\nATOM   1554  N   ASP L  81     -18.341  -6.225  18.174  1.00 97.98           N  \\nATOM   1555  CA  ASP L  81     -18.182  -5.584  16.872  1.00 97.98           C  \\nATOM   1556  C   ASP L  81     -18.613  -4.120  16.925  1.00 97.98           C  \\nATOM   1557  O   ASP L  81     -18.574  -3.419  15.911  1.00 97.98           O  \\nATOM   1558  CB  ASP L  81     -18.984  -6.330  15.804  1.00 97.98           C  \\nATOM   1559  CG  ASP L  81     -18.481  -7.743  15.564  1.00 97.98           C  \\nATOM   1560  OD1 ASP L  81     -17.308  -8.035  15.883  1.00 97.98           O  \\nATOM   1561  OD2 ASP L  81     -19.263  -8.570  15.048  1.00 97.98           O  \\nATOM   1562  N   ILE L  82     -18.989  -3.748  18.098  1.00 97.33           N  \\nATOM   1563  CA  ILE L  82     -19.311  -2.335  18.265  1.00 97.33           C  \\nATOM   1564  C   ILE L  82     -18.058  -1.491  18.043  1.00 97.33           C  \\nATOM   1565  O   ILE L  82     -17.065  -1.642  18.758  1.00 97.33           O  \\nATOM   1566  CB  ILE L  82     -19.907  -2.052  19.662  1.00 97.33           C  \\nATOM   1567  CG1 ILE L  82     -21.192  -2.862  19.868  1.00 97.33           C  \\nATOM   1568  CG2 ILE L  82     -20.169  -0.554  19.845  1.00 97.33           C  \\nATOM   1569  CD1 ILE L  82     -21.690  -2.878  21.307  1.00 97.33           C  \\nATOM   1570  N   ALA L  83     -18.134  -0.652  17.114  1.00 98.08           N  \\nATOM   1571  CA  ALA L  83     -16.998   0.163  16.690  1.00 98.08           C  \\nATOM   1572  C   ALA L  83     -17.387   1.094  15.546  1.00 98.08           C  \\nATOM   1573  O   ALA L  83     -18.527   1.067  15.076  1.00 98.08           O  \\nATOM   1574  CB  ALA L  83     -15.831  -0.729  16.273  1.00 98.08           C  \\nATOM   1575  N   THR L  84     -16.510   1.946  15.207  1.00 98.46           N  \\nATOM   1576  CA  THR L  84     -16.597   2.700  13.961  1.00 98.46           C  \\nATOM   1577  C   THR L  84     -15.765   2.035  12.867  1.00 98.46           C  \\nATOM   1578  O   THR L  84     -14.615   1.656  13.099  1.00 98.46           O  \\nATOM   1579  CB  THR L  84     -16.128   4.154  14.154  1.00 98.46           C  \\nATOM   1580  OG1 THR L  84     -16.910   4.769  15.185  1.00 98.46           O  \\nATOM   1581  CG2 THR L  84     -16.283   4.957  12.867  1.00 98.46           C  \\nATOM   1582  N   TYR L  85     -16.337   1.873  11.730  1.00 98.64           N  \\nATOM   1583  CA  TYR L  85     -15.692   1.199  10.610  1.00 98.64           C  \\nATOM   1584  C   TYR L  85     -15.391   2.179   9.483  1.00 98.64           C  \\nATOM   1585  O   TYR L  85     -16.231   3.013   9.136  1.00 98.64           O  \\nATOM   1586  CB  TYR L  85     -16.573   0.059  10.089  1.00 98.64           C  \\nATOM   1587  CG  TYR L  85     -16.733  -1.080  11.066  1.00 98.64           C  \\nATOM   1588  CD1 TYR L  85     -15.997  -2.254  10.924  1.00 98.64           C  \\nATOM   1589  CD2 TYR L  85     -17.620  -0.985  12.133  1.00 98.64           C  \\nATOM   1590  CE1 TYR L  85     -16.143  -3.307  11.821  1.00 98.64           C  \\nATOM   1591  CE2 TYR L  85     -17.774  -2.031  13.036  1.00 98.64           C  \\nATOM   1592  CZ  TYR L  85     -17.032  -3.186  12.873  1.00 98.64           C  \\nATOM   1593  OH  TYR L  85     -17.180  -4.226  13.764  1.00 98.64           O  \\nATOM   1594  N   TYR L  86     -14.168   2.086   8.944  1.00 98.20           N  \\nATOM   1595  CA  TYR L  86     -13.710   2.979   7.886  1.00 98.20           C  \\nATOM   1596  C   TYR L  86     -13.280   2.191   6.655  1.00 98.20           C  \\nATOM   1597  O   TYR L  86     -12.590   1.176   6.770  1.00 98.20           O  \\nATOM   1598  CB  TYR L  86     -12.549   3.848   8.381  1.00 98.20           C  \\nATOM   1599  CG  TYR L  86     -12.922   4.772   9.515  1.00 98.20           C  \\nATOM   1600  CD1 TYR L  86     -13.420   6.048   9.264  1.00 98.20           C  \\nATOM   1601  CD2 TYR L  86     -12.777   4.371  10.838  1.00 98.20           C  \\nATOM   1602  CE1 TYR L  86     -13.763   6.904  10.305  1.00 98.20           C  \\nATOM   1603  CE2 TYR L  86     -13.117   5.218  11.888  1.00 98.20           C  \\nATOM   1604  CZ  TYR L  86     -13.609   6.480  11.612  1.00 98.20           C  \\nATOM   1605  OH  TYR L  86     -13.948   7.323  12.647  1.00 98.20           O  \\nATOM   1606  N   CYS L  87     -13.672   2.619   5.511  1.00 97.46           N  \\nATOM   1607  CA  CYS L  87     -13.050   2.157   4.275  1.00 97.46           C  \\nATOM   1608  C   CYS L  87     -11.884   3.056   3.882  1.00 97.46           C  \\nATOM   1609  O   CYS L  87     -11.847   4.230   4.256  1.00 97.46           O  \\nATOM   1610  CB  CYS L  87     -14.076   2.112   3.143  1.00 97.46           C  \\nATOM   1611  SG  CYS L  87     -14.824   3.714   2.775  1.00 97.46           S  \\nATOM   1612  N   GLN L  88     -10.919   2.535   3.208  1.00 94.99           N  \\nATOM   1613  CA  GLN L  88      -9.745   3.255   2.727  1.00 94.99           C  \\nATOM   1614  C   GLN L  88      -9.360   2.802   1.322  1.00 94.99           C  \\nATOM   1615  O   GLN L  88      -9.289   1.602   1.048  1.00 94.99           O  \\nATOM   1616  CB  GLN L  88      -8.566   3.060   3.683  1.00 94.99           C  \\nATOM   1617  CG  GLN L  88      -7.284   3.741   3.225  1.00 94.99           C  \\nATOM   1618  CD  GLN L  88      -6.058   2.865   3.401  1.00 94.99           C  \\nATOM   1619  OE1 GLN L  88      -5.973   2.076   4.347  1.00 94.99           O  \\nATOM   1620  NE2 GLN L  88      -5.099   2.997   2.490  1.00 94.99           N  \\nATOM   1621  N   GLN L  89      -9.181   3.744   0.516  1.00 89.58           N  \\nATOM   1622  CA  GLN L  89      -8.751   3.438  -0.845  1.00 89.58           C  \\nATOM   1623  C   GLN L  89      -7.290   3.821  -1.059  1.00 89.58           C  \\nATOM   1624  O   GLN L  89      -6.791   4.760  -0.435  1.00 89.58           O  \\nATOM   1625  CB  GLN L  89      -9.638   4.158  -1.862  1.00 89.58           C  \\nATOM   1626  CG  GLN L  89      -9.476   5.672  -1.856  1.00 89.58           C  \\nATOM   1627  CD  GLN L  89      -8.342   6.145  -2.745  1.00 89.58           C  \\nATOM   1628  OE1 GLN L  89      -7.803   5.377  -3.548  1.00 89.58           O  \\nATOM   1629  NE2 GLN L  89      -7.970   7.414  -2.608  1.00 89.58           N  \\nATOM   1630  N   TRP L  90      -6.758   3.097  -1.792  1.00 77.75           N  \\nATOM   1631  CA  TRP L  90      -5.383   3.361  -2.203  1.00 77.75           C  \\nATOM   1632  C   TRP L  90      -5.270   3.413  -3.723  1.00 77.75           C  \\nATOM   1633  O   TRP L  90      -5.528   2.418  -4.405  1.00 77.75           O  \\nATOM   1634  CB  TRP L  90      -4.440   2.292  -1.644  1.00 77.75           C  \\nATOM   1635  CG  TRP L  90      -2.995   2.524  -1.971  1.00 77.75           C  \\nATOM   1636  CD1 TRP L  90      -2.397   3.719  -2.258  1.00 77.75           C  \\nATOM   1637  CD2 TRP L  90      -1.967   1.532  -2.049  1.00 77.75           C  \\nATOM   1638  NE1 TRP L  90      -1.058   3.530  -2.509  1.00 77.75           N  \\nATOM   1639  CE2 TRP L  90      -0.768   2.198  -2.387  1.00 77.75           C  \\nATOM   1640  CE3 TRP L  90      -1.943   0.143  -1.864  1.00 77.75           C  \\nATOM   1641  CZ2 TRP L  90       0.443   1.520  -2.545  1.00 77.75           C  \\nATOM   1642  CZ3 TRP L  90      -0.737  -0.529  -2.021  1.00 77.75           C  \\nATOM   1643  CH2 TRP L  90       0.438   0.162  -2.358  1.00 77.75           C  \\nATOM   1644  N   SER L  91      -5.035   4.371  -3.952  1.00 69.24           N  \\nATOM   1645  CA  SER L  91      -4.691   4.593  -5.353  1.00 69.24           C  \\nATOM   1646  C   SER L  91      -3.210   4.919  -5.513  1.00 69.24           C  \\nATOM   1647  O   SER L  91      -2.581   5.445  -4.592  1.00 69.24           O  \\nATOM   1648  CB  SER L  91      -5.537   5.724  -5.940  1.00 69.24           C  \\nATOM   1649  OG  SER L  91      -6.917   5.410  -5.867  1.00 69.24           O  \\nATOM   1650  N   SER L  92      -2.851   4.650  -6.125  1.00 60.26           N  \\nATOM   1651  CA  SER L  92      -1.408   4.716  -6.330  1.00 60.26           C  \\nATOM   1652  C   SER L  92      -0.809   5.946  -5.655  1.00 60.26           C  \\nATOM   1653  O   SER L  92       0.378   5.962  -5.323  1.00 60.26           O  \\nATOM   1654  CB  SER L  92      -1.079   4.733  -7.823  1.00 60.26           C  \\nATOM   1655  OG  SER L  92      -0.678   3.448  -8.265  1.00 60.26           O  \\nATOM   1656  N   HIS L  93      -1.124   6.173  -5.058  1.00 61.84           N  \\nATOM   1657  CA  HIS L  93      -0.317   7.242  -4.482  1.00 61.84           C  \\nATOM   1658  C   HIS L  93      -1.053   7.935  -3.341  1.00 61.84           C  \\nATOM   1659  O   HIS L  93      -0.453   8.702  -2.584  1.00 61.84           O  \\nATOM   1660  CB  HIS L  93       0.066   8.262  -5.556  1.00 61.84           C  \\nATOM   1661  CG  HIS L  93       0.900   7.690  -6.658  1.00 61.84           C  \\nATOM   1662  ND1 HIS L  93       2.208   7.297  -6.473  1.00 61.84           N  \\nATOM   1663  CD2 HIS L  93       0.609   7.441  -7.956  1.00 61.84           C  \\nATOM   1664  CE1 HIS L  93       2.687   6.832  -7.615  1.00 61.84           C  \\nATOM   1665  NE2 HIS L  93       1.736   6.908  -8.531  1.00 61.84           N  \\nATOM   1666  N   ILE L  94      -2.024   7.900  -3.244  1.00 76.24           N  \\nATOM   1667  CA  ILE L  94      -2.779   8.602  -2.212  1.00 76.24           C  \\nATOM   1668  C   ILE L  94      -3.730   7.631  -1.517  1.00 76.24           C  \\nATOM   1669  O   ILE L  94      -4.404   6.834  -2.175  1.00 76.24           O  \\nATOM   1670  CB  ILE L  94      -3.567   9.794  -2.801  1.00 76.24           C  \\nATOM   1671  CG1 ILE L  94      -2.613  10.773  -3.496  1.00 76.24           C  \\nATOM   1672  CG2 ILE L  94      -4.376  10.499  -1.709  1.00 76.24           C  \\nATOM   1673  CD1 ILE L  94      -3.255  12.103  -3.868  1.00 76.24           C  \\nATOM   1674  N   PHE L  95      -3.812   7.850  -0.281  1.00 87.93           N  \\nATOM   1675  CA  PHE L  95      -4.766   7.113   0.539  1.00 87.93           C  \\nATOM   1676  C   PHE L  95      -5.886   8.028   1.022  1.00 87.93           C  \\nATOM   1677  O   PHE L  95      -5.633   9.162   1.434  1.00 87.93           O  \\nATOM   1678  CB  PHE L  95      -4.062   6.468   1.737  1.00 87.93           C  \\nATOM   1679  CG  PHE L  95      -3.033   5.439   1.355  1.00 87.93           C  \\nATOM   1680  CD1 PHE L  95      -3.296   4.083   1.506  1.00 87.93           C  \\nATOM   1681  CD2 PHE L  95      -1.801   5.828   0.843  1.00 87.93           C  \\nATOM   1682  CE1 PHE L  95      -2.345   3.129   1.153  1.00 87.93           C  \\nATOM   1683  CE2 PHE L  95      -0.846   4.880   0.488  1.00 87.93           C  \\nATOM   1684  CZ  PHE L  95      -1.120   3.531   0.644  1.00 87.93           C  \\nATOM   1685  N   THR L  96      -7.024   7.667   0.929  1.00 93.13           N  \\nATOM   1686  CA  THR L  96      -8.179   8.404   1.429  1.00 93.13           C  \\nATOM   1687  C   THR L  96      -9.118   7.480   2.200  1.00 93.13           C  \\nATOM   1688  O   THR L  96      -9.352   6.342   1.789  1.00 93.13           O  \\nATOM   1689  CB  THR L  96      -8.949   9.082   0.281  1.00 93.13           C  \\nATOM   1690  OG1 THR L  96      -8.016   9.558  -0.697  1.00 93.13           O  \\nATOM   1691  CG2 THR L  96      -9.776  10.258   0.792  1.00 93.13           C  \\nATOM   1692  N   PHE L  97      -9.675   7.992   3.320  1.00 96.04           N  \\nATOM   1693  CA  PHE L  97     -10.610   7.249   4.157  1.00 96.04           C  \\nATOM   1694  C   PHE L  97     -12.042   7.703   3.904  1.00 96.04           C  \\nATOM   1695  O   PHE L  97     -12.273   8.833   3.469  1.00 96.04           O  \\nATOM   1696  CB  PHE L  97     -10.259   7.418   5.638  1.00 96.04           C  \\nATOM   1697  CG  PHE L  97      -8.976   6.740   6.040  1.00 96.04           C  \\nATOM   1698  CD1 PHE L  97      -8.969   5.403   6.417  1.00 96.04           C  \\nATOM   1699  CD2 PHE L  97      -7.777   7.441   6.040  1.00 96.04           C  \\nATOM   1700  CE1 PHE L  97      -7.784   4.773   6.789  1.00 96.04           C  \\nATOM   1701  CE2 PHE L  97      -6.589   6.818   6.410  1.00 96.04           C  \\nATOM   1702  CZ  PHE L  97      -6.594   5.484   6.785  1.00 96.04           C  \\nATOM   1703  N   GLY L  98     -12.988   6.776   4.132  1.00 97.13           N  \\nATOM   1704  CA  GLY L  98     -14.375   7.182   4.291  1.00 97.13           C  \\nATOM   1705  C   GLY L  98     -14.636   7.918   5.592  1.00 97.13           C  \\nATOM   1706  O   GLY L  98     -13.779   7.946   6.478  1.00 97.13           O  \\nATOM   1707  N   GLN L  99     -15.817   8.461   5.711  1.00 97.27           N  \\nATOM   1708  CA  GLN L  99     -16.114   9.288   6.875  1.00 97.27           C  \\nATOM   1709  C   GLN L  99     -16.414   8.428   8.099  1.00 97.27           C  \\nATOM   1710  O   GLN L  99     -16.431   8.927   9.226  1.00 97.27           O  \\nATOM   1711  CB  GLN L  99     -17.292  10.219   6.587  1.00 97.27           C  \\nATOM   1712  CG  GLN L  99     -18.642   9.515   6.569  1.00 97.27           C  \\nATOM   1713  CD  GLN L  99     -18.945   8.861   5.234  1.00 97.27           C  \\nATOM   1714  OE1 GLN L  99     -18.082   8.785   4.354  1.00 97.27           O  \\nATOM   1715  NE2 GLN L  99     -20.175   8.384   5.073  1.00 97.27           N  \\nATOM   1716  N   GLY L 100     -16.601   7.084   7.872  1.00 98.01           N  \\nATOM   1717  CA  GLY L 100     -16.815   6.171   8.983  1.00 98.01           C  \\nATOM   1718  C   GLY L 100     -18.272   5.792   9.171  1.00 98.01           C  \\nATOM   1719  O   GLY L 100     -19.169   6.567   8.832  1.00 98.01           O  \\nATOM   1720  N   THR L 101     -18.463   4.682   9.697  1.00 98.51           N  \\nATOM   1721  CA  THR L 101     -19.774   4.154  10.056  1.00 98.51           C  \\nATOM   1722  C   THR L 101     -19.769   3.620  11.486  1.00 98.51           C  \\nATOM   1723  O   THR L 101     -19.027   2.688  11.803  1.00 98.51           O  \\nATOM   1724  CB  THR L 101     -20.210   3.037   9.090  1.00 98.51           C  \\nATOM   1725  OG1 THR L 101     -20.333   3.578   7.768  1.00 98.51           O  \\nATOM   1726  CG2 THR L 101     -21.550   2.440   9.508  1.00 98.51           C  \\nATOM   1727  N   LYS L 102     -20.581   4.230  12.281  1.00 98.27           N  \\nATOM   1728  CA  LYS L 102     -20.723   3.758  13.656  1.00 98.27           C  \\nATOM   1729  C   LYS L 102     -21.727   2.613  13.743  1.00 98.27           C  \\nATOM   1730  O   LYS L 102     -22.888   2.767  13.357  1.00 98.27           O  \\nATOM   1731  CB  LYS L 102     -21.153   4.903  14.575  1.00 98.27           C  \\nATOM   1732  CG  LYS L 102     -21.058   4.575  16.057  1.00 98.27           C  \\nATOM   1733  CD  LYS L 102     -21.392   5.786  16.920  1.00 98.27           C  \\nATOM   1734  CE  LYS L 102     -21.281   5.464  18.404  1.00 98.27           C  \\nATOM   1735  NZ  LYS L 102     -21.635   6.640  19.254  1.00 98.27           N  \\nATOM   1736  N   VAL L 103     -21.248   1.482  14.259  1.00 98.23           N  \\nATOM   1737  CA  VAL L 103     -22.080   0.291  14.393  1.00 98.23           C  \\nATOM   1738  C   VAL L 103     -22.410   0.054  15.865  1.00 98.23           C  \\nATOM   1739  O   VAL L 103     -21.510  -0.101  16.692  1.00 98.23           O  \\nATOM   1740  CB  VAL L 103     -21.388  -0.955  13.795  1.00 98.23           C  \\nATOM   1741  CG1 VAL L 103     -22.212  -2.212  14.066  1.00 98.23           C  \\nATOM   1742  CG2 VAL L 103     -21.164  -0.771  12.295  1.00 98.23           C  \\nATOM   1743  N   GLU L 104     -23.670  -0.013  16.109  1.00 97.51           N  \\nATOM   1744  CA  GLU L 104     -24.187  -0.230  17.456  1.00 97.51           C  \\nATOM   1745  C   GLU L 104     -25.079  -1.467  17.513  1.00 97.51           C  \\nATOM   1746  O   GLU L 104     -25.616  -1.899  16.491  1.00 97.51           O  \\nATOM   1747  CB  GLU L 104     -24.962   0.999  17.939  1.00 97.51           C  \\nATOM   1748  CG  GLU L 104     -24.107   2.251  18.076  1.00 97.51           C  \\nATOM   1749  CD  GLU L 104     -24.876   3.448  18.610  1.00 97.51           C  \\nATOM   1750  OE1 GLU L 104     -25.999   3.713  18.125  1.00 97.51           O  \\nATOM   1751  OE2 GLU L 104     -24.351   4.127  19.521  1.00 97.51           O  \\nATOM   1752  N   ILE L 105     -25.172  -1.911  18.674  1.00 95.28           N  \\nATOM   1753  CA  ILE L 105     -25.926  -3.142  18.884  1.00 95.28           C  \\nATOM   1754  C   ILE L 105     -27.296  -2.815  19.474  1.00 95.28           C  \\nATOM   1755  O   ILE L 105     -27.398  -2.042  20.429  1.00 95.28           O  \\nATOM   1756  CB  ILE L 105     -25.165  -4.121  19.806  1.00 95.28           C  \\nATOM   1757  CG1 ILE L 105     -23.856  -4.569  19.145  1.00 95.28           C  \\nATOM   1758  CG2 ILE L 105     -26.043  -5.327  20.155  1.00 95.28           C  \\nATOM   1759  CD1 ILE L 105     -24.034  -5.656  18.094  1.00 95.28           C  \\nATOM   1760  N   LYS L 106     -28.193  -3.382  18.851  1.00 90.92           N  \\nATOM   1761  CA  LYS L 106     -29.546  -3.319  19.396  1.00 90.92           C  \\nATOM   1762  C   LYS L 106     -29.811  -4.483  20.346  1.00 90.92           C  \\nATOM   1763  O   LYS L 106     -29.472  -5.629  20.042  1.00 90.92           O  \\nATOM   1764  CB  LYS L 106     -30.579  -3.317  18.268  1.00 90.92           C  \\nATOM   1765  CG  LYS L 106     -31.942  -2.780  18.679  1.00 90.92           C  \\nATOM   1766  CD  LYS L 106     -32.900  -2.722  17.495  1.00 90.92           C  \\nATOM   1767  CE  LYS L 106     -34.268  -2.195  17.907  1.00 90.92           C  \\nATOM   1768  NZ  LYS L 106     -35.215  -2.153  16.753  1.00 90.92           N  \\nTER    1769      LYS L 106                                                       \\nATOM   1769  N   LYS A   1      21.510   2.277 -25.202  1.00 75.42           N  \\nATOM   1770  CA  LYS A   1      20.446   2.221 -24.203  1.00 75.42           C  \\nATOM   1771  C   LYS A   1      19.756   3.574 -24.059  1.00 75.42           C  \\nATOM   1772  O   LYS A   1      20.387   4.560 -23.671  1.00 75.42           O  \\nATOM   1773  CB  LYS A   1      21.002   1.769 -22.852  1.00 75.42           C  \\nATOM   1774  CG  LYS A   1      20.058   0.875 -22.062  1.00 75.42           C  \\nATOM   1775  CD  LYS A   1      20.665   0.464 -20.726  1.00 75.42           C  \\nATOM   1776  CE  LYS A   1      19.705  -0.399 -19.918  1.00 75.42           C  \\nATOM   1777  NZ  LYS A   1      20.301  -0.818 -18.614  1.00 75.42           N  \\nATOM   1778  N   LYS A   2      18.991   3.482 -24.205  1.00 91.39           N  \\nATOM   1779  CA  LYS A   2      18.224   4.706 -23.996  1.00 91.39           C  \\nATOM   1780  C   LYS A   2      17.600   4.733 -22.603  1.00 91.39           C  \\nATOM   1781  O   LYS A   2      16.827   3.842 -22.246  1.00 91.39           O  \\nATOM   1782  CB  LYS A   2      17.134   4.846 -25.060  1.00 91.39           C  \\nATOM   1783  CG  LYS A   2      16.422   6.190 -25.045  1.00 91.39           C  \\nATOM   1784  CD  LYS A   2      15.489   6.342 -26.239  1.00 91.39           C  \\nATOM   1785  CE  LYS A   2      14.767   7.683 -26.218  1.00 91.39           C  \\nATOM   1786  NZ  LYS A   2      13.871   7.848 -27.402  1.00 91.39           N  \\nATOM   1787  N   VAL A   3      18.033   5.818 -21.872  1.00 94.44           N  \\nATOM   1788  CA  VAL A   3      17.543   5.992 -20.509  1.00 94.44           C  \\nATOM   1789  C   VAL A   3      16.380   6.982 -20.499  1.00 94.44           C  \\nATOM   1790  O   VAL A   3      16.461   8.050 -21.110  1.00 94.44           O  \\nATOM   1791  CB  VAL A   3      18.663   6.476 -19.561  1.00 94.44           C  \\nATOM   1792  CG1 VAL A   3      18.125   6.670 -18.144  1.00 94.44           C  \\nATOM   1793  CG2 VAL A   3      19.828   5.488 -19.563  1.00 94.44           C  \\nATOM   1794  N   CYS A   4      15.371   6.468 -19.874  1.00 95.99           N  \\nATOM   1795  CA  CYS A   4      14.189   7.318 -19.787  1.00 95.99           C  \\nATOM   1796  C   CYS A   4      13.803   7.568 -18.334  1.00 95.99           C  \\nATOM   1797  O   CYS A   4      14.084   6.744 -17.462  1.00 95.99           O  \\nATOM   1798  CB  CYS A   4      13.017   6.684 -20.535  1.00 95.99           C  \\nATOM   1799  SG  CYS A   4      13.317   6.456 -22.301  1.00 95.99           S  \\nATOM   1800  N   ASN A   5      13.187   8.708 -18.140  1.00 95.60           N  \\nATOM   1801  CA  ASN A   5      12.679   9.006 -16.806  1.00 95.60           C  \\nATOM   1802  C   ASN A   5      11.443   8.174 -16.477  1.00 95.60           C  \\nATOM   1803  O   ASN A   5      10.579   7.973 -17.332  1.00 95.60           O  \\nATOM   1804  CB  ASN A   5      12.365  10.498 -16.672  1.00 95.60           C  \\nATOM   1805  CG  ASN A   5      13.612  11.360 -16.673  1.00 95.60           C  \\nATOM   1806  OD1 ASN A   5      14.716  10.876 -16.407  1.00 95.60           O  \\nATOM   1807  ND2 ASN A   5      13.447  12.642 -16.975  1.00 95.60           N  \\nATOM   1808  N   GLY A   6      11.465   7.628 -15.201  1.00 93.68           N  \\nATOM   1809  CA  GLY A   6      10.285   6.911 -14.745  1.00 93.68           C  \\nATOM   1810  C   GLY A   6       9.286   7.801 -14.030  1.00 93.68           C  \\nATOM   1811  O   GLY A   6       9.489   9.012 -13.924  1.00 93.68           O  \\nATOM   1812  N   ILE A   7       8.308   7.242 -13.616  1.00 92.38           N  \\nATOM   1813  CA  ILE A   7       7.259   7.941 -12.881  1.00 92.38           C  \\nATOM   1814  C   ILE A   7       7.839   8.546 -11.604  1.00 92.38           C  \\nATOM   1815  O   ILE A   7       8.551   7.871 -10.858  1.00 92.38           O  \\nATOM   1816  CB  ILE A   7       6.083   6.999 -12.541  1.00 92.38           C  \\nATOM   1817  CG1 ILE A   7       5.510   6.377 -13.820  1.00 92.38           C  \\nATOM   1818  CG2 ILE A   7       4.998   7.748 -11.763  1.00 92.38           C  \\nATOM   1819  CD1 ILE A   7       4.850   7.382 -14.755  1.00 92.38           C  \\nATOM   1820  N   GLY A   8       7.459   9.740 -11.305  1.00 84.89           N  \\nATOM   1821  CA  GLY A   8       7.945  10.474 -10.148  1.00 84.89           C  \\nATOM   1822  C   GLY A   8       9.257  11.193 -10.406  1.00 84.89           C  \\nATOM   1823  O   GLY A   8       9.792  11.857  -9.516  1.00 84.89           O  \\nATOM   1824  N   ILE A   9       9.750  11.063 -11.643  1.00 87.62           N  \\nATOM   1825  CA  ILE A   9      11.031  11.685 -11.961  1.00 87.62           C  \\nATOM   1826  C   ILE A   9      10.852  12.678 -13.108  1.00 87.62           C  \\nATOM   1827  O   ILE A   9      10.043  12.452 -14.011  1.00 87.62           O  \\nATOM   1828  CB  ILE A   9      12.097  10.629 -12.327  1.00 87.62           C  \\nATOM   1829  CG1 ILE A   9      12.252   9.610 -11.192  1.00 87.62           C  \\nATOM   1830  CG2 ILE A   9      13.436  11.301 -12.647  1.00 87.62           C  \\nATOM   1831  CD1 ILE A   9      13.023  10.136  -9.989  1.00 87.62           C  \\nATOM   1832  N   GLY A  10      11.707  13.711 -13.061  1.00 87.84           N  \\nATOM   1833  CA  GLY A  10      11.755  14.690 -14.135  1.00 87.84           C  \\nATOM   1834  C   GLY A  10      10.387  15.225 -14.516  1.00 87.84           C  \\nATOM   1835  O   GLY A  10       9.647  15.715 -13.661  1.00 87.84           O  \\nATOM   1836  N   GLU A  11      10.202  15.074 -15.803  1.00 91.00           N  \\nATOM   1837  CA  GLU A  11       8.940  15.586 -16.327  1.00 91.00           C  \\nATOM   1838  C   GLU A  11       7.757  14.770 -15.813  1.00 91.00           C  \\nATOM   1839  O   GLU A  11       6.608  15.204 -15.909  1.00 91.00           O  \\nATOM   1840  CB  GLU A  11       8.953  15.586 -17.857  1.00 91.00           C  \\nATOM   1841  CG  GLU A  11       9.150  14.208 -18.471  1.00 91.00           C  \\nATOM   1842  CD  GLU A  11       9.478  14.253 -19.955  1.00 91.00           C  \\nATOM   1843  OE1 GLU A  11       8.864  15.061 -20.688  1.00 91.00           O  \\nATOM   1844  OE2 GLU A  11      10.354  13.472 -20.388  1.00 91.00           O  \\nATOM   1845  N   PHE A  12       7.968  13.607 -15.287  1.00 90.08           N  \\nATOM   1846  CA  PHE A  12       6.896  12.745 -14.803  1.00 90.08           C  \\nATOM   1847  C   PHE A  12       6.789  12.814 -13.285  1.00 90.08           C  \\nATOM   1848  O   PHE A  12       6.189  11.937 -12.659  1.00 90.08           O  \\nATOM   1849  CB  PHE A  12       7.127  11.297 -15.248  1.00 90.08           C  \\nATOM   1850  CG  PHE A  12       7.356  11.146 -16.727  1.00 90.08           C  \\nATOM   1851  CD1 PHE A  12       6.431  11.635 -17.642  1.00 90.08           C  \\nATOM   1852  CD2 PHE A  12       8.497  10.514 -17.204  1.00 90.08           C  \\nATOM   1853  CE1 PHE A  12       6.640  11.496 -19.012  1.00 90.08           C  \\nATOM   1854  CE2 PHE A  12       8.713  10.371 -18.572  1.00 90.08           C  \\nATOM   1855  CZ  PHE A  12       7.783  10.862 -19.474  1.00 90.08           C  \\nATOM   1856  N   LYS A  13       7.353  13.892 -12.669  1.00 86.04           N  \\nATOM   1857  CA  LYS A  13       7.391  14.041 -11.217  1.00 86.04           C  \\nATOM   1858  C   LYS A  13       5.983  14.110 -10.634  1.00 86.04           C  \\nATOM   1859  O   LYS A  13       5.751  13.674  -9.504  1.00 86.04           O  \\nATOM   1860  CB  LYS A  13       8.182  15.291 -10.827  1.00 86.04           C  \\nATOM   1861  CG  LYS A  13       7.494  16.598 -11.195  1.00 86.04           C  \\nATOM   1862  CD  LYS A  13       8.315  17.804 -10.756  1.00 86.04           C  \\nATOM   1863  CE  LYS A  13       7.640  19.112 -11.145  1.00 86.04           C  \\nATOM   1864  NZ  LYS A  13       8.377  20.296 -10.611  1.00 86.04           N  \\nATOM   1865  N   ASP A  14       5.086  14.469 -11.407  1.00 81.81           N  \\nATOM   1866  CA  ASP A  14       3.721  14.628 -10.916  1.00 81.81           C  \\nATOM   1867  C   ASP A  14       2.790  13.588 -11.536  1.00 81.81           C  \\nATOM   1868  O   ASP A  14       1.573  13.648 -11.351  1.00 81.81           O  \\nATOM   1869  CB  ASP A  14       3.205  16.038 -11.211  1.00 81.81           C  \\nATOM   1870  CG  ASP A  14       3.983  17.119 -10.482  1.00 81.81           C  \\nATOM   1871  OD1 ASP A  14       4.319  16.932  -9.292  1.00 81.81           O  \\nATOM   1872  OD2 ASP A  14       4.260  18.169 -11.101  1.00 81.81           O  \\nATOM   1873  N   SER A  15       3.392  12.719 -12.212  1.00 87.93           N  \\nATOM   1874  CA  SER A  15       2.590  11.645 -12.788  1.00 87.93           C  \\nATOM   1875  C   SER A  15       2.401  10.503 -11.794  1.00 87.93           C  \\nATOM   1876  O   SER A  15       3.329  10.149 -11.063  1.00 87.93           O  \\nATOM   1877  CB  SER A  15       3.241  11.116 -14.067  1.00 87.93           C  \\nATOM   1878  OG  SER A  15       2.329  11.163 -15.151  1.00 87.93           O  \\nATOM   1879  N   LEU A  16       1.279  10.040 -11.929  1.00 84.19           N  \\nATOM   1880  CA  LEU A  16       0.947   8.999 -10.962  1.00 84.19           C  \\nATOM   1881  C   LEU A  16       1.180   7.613 -11.554  1.00 84.19           C  \\nATOM   1882  O   LEU A  16       1.506   6.671 -10.829  1.00 84.19           O  \\nATOM   1883  CB  LEU A  16      -0.509   9.134 -10.507  1.00 84.19           C  \\nATOM   1884  CG  LEU A  16      -0.738   9.834  -9.167  1.00 84.19           C  \\nATOM   1885  CD1 LEU A  16      -1.914  10.800  -9.267  1.00 84.19           C  \\nATOM   1886  CD2 LEU A  16      -0.973   8.810  -8.062  1.00 84.19           C  \\nATOM   1887  N   SER A  17       0.997   7.436 -12.798  1.00 90.53           N  \\nATOM   1888  CA  SER A  17       1.041   6.151 -13.488  1.00 90.53           C  \\nATOM   1889  C   SER A  17       1.378   6.329 -14.965  1.00 90.53           C  \\nATOM   1890  O   SER A  17       1.327   7.443 -15.489  1.00 90.53           O  \\nATOM   1891  CB  SER A  17      -0.294   5.419 -13.346  1.00 90.53           C  \\nATOM   1892  OG  SER A  17      -0.264   4.180 -14.032  1.00 90.53           O  \\nATOM   1893  N   ILE A  18       1.735   5.201 -15.594  1.00 94.42           N  \\nATOM   1894  CA  ILE A  18       1.765   5.179 -17.052  1.00 94.42           C  \\nATOM   1895  C   ILE A  18       0.367   5.456 -17.601  1.00 94.42           C  \\nATOM   1896  O   ILE A  18      -0.612   4.850 -17.159  1.00 94.42           O  \\nATOM   1897  CB  ILE A  18       2.292   3.829 -17.586  1.00 94.42           C  \\nATOM   1898  CG1 ILE A  18       3.715   3.571 -17.074  1.00 94.42           C  \\nATOM   1899  CG2 ILE A  18       2.247   3.798 -19.116  1.00 94.42           C  \\nATOM   1900  CD1 ILE A  18       4.786   4.382 -17.790  1.00 94.42           C  \\nATOM   1901  N   ASN A  19       0.328   6.438 -18.436  1.00 92.01           N  \\nATOM   1902  CA  ASN A  19      -0.950   6.817 -19.029  1.00 92.01           C  \\nATOM   1903  C   ASN A  19      -0.811   7.112 -20.520  1.00 92.01           C  \\nATOM   1904  O   ASN A  19       0.268   6.947 -21.091  1.00 92.01           O  \\nATOM   1905  CB  ASN A  19      -1.542   8.026 -18.302  1.00 92.01           C  \\nATOM   1906  CG  ASN A  19      -0.666   9.259 -18.408  1.00 92.01           C  \\nATOM   1907  OD1 ASN A  19      -0.049   9.508 -19.447  1.00 92.01           O  \\nATOM   1908  ND2 ASN A  19      -0.605  10.038 -17.335  1.00 92.01           N  \\nATOM   1909  N   ALA A  20      -1.893   7.598 -21.195  1.00 94.50           N  \\nATOM   1910  CA  ALA A  20      -1.900   7.814 -22.640  1.00 94.50           C  \\nATOM   1911  C   ALA A  20      -0.958   8.950 -23.029  1.00 94.50           C  \\nATOM   1912  O   ALA A  20      -0.428   8.972 -24.142  1.00 94.50           O  \\nATOM   1913  CB  ALA A  20      -3.316   8.110 -23.127  1.00 94.50           C  \\nATOM   1914  N   THR A  21      -0.763   9.759 -22.192  1.00 93.51           N  \\nATOM   1915  CA  THR A  21       0.048  10.938 -22.474  1.00 93.51           C  \\nATOM   1916  C   THR A  21       1.535  10.607 -22.378  1.00 93.51           C  \\nATOM   1917  O   THR A  21       2.320  10.996 -23.245  1.00 93.51           O  \\nATOM   1918  CB  THR A  21      -0.287  12.091 -21.511  1.00 93.51           C  \\nATOM   1919  OG1 THR A  21      -1.704  12.301 -21.501  1.00 93.51           O  \\nATOM   1920  CG2 THR A  21       0.404  13.382 -21.936  1.00 93.51           C  \\nATOM   1921  N   ASN A  22       1.915   9.895 -21.383  1.00 92.88           N  \\nATOM   1922  CA  ASN A  22       3.342   9.770 -21.110  1.00 92.88           C  \\nATOM   1923  C   ASN A  22       3.909   8.469 -21.672  1.00 92.88           C  \\nATOM   1924  O   ASN A  22       5.127   8.292 -21.731  1.00 92.88           O  \\nATOM   1925  CB  ASN A  22       3.612   9.861 -19.606  1.00 92.88           C  \\nATOM   1926  CG  ASN A  22       2.831   8.833 -18.810  1.00 92.88           C  \\nATOM   1927  OD1 ASN A  22       2.617   7.707 -19.267  1.00 92.88           O  \\nATOM   1928  ND2 ASN A  22       2.400   9.213 -17.613  1.00 92.88           N  \\nATOM   1929  N   ILE A  23       3.228   7.544 -22.077  1.00 95.67           N  \\nATOM   1930  CA  ILE A  23       3.694   6.233 -22.513  1.00 95.67           C  \\nATOM   1931  C   ILE A  23       4.600   6.386 -23.733  1.00 95.67           C  \\nATOM   1932  O   ILE A  23       5.542   5.612 -23.916  1.00 95.67           O  \\nATOM   1933  CB  ILE A  23       2.513   5.291 -22.837  1.00 95.67           C  \\nATOM   1934  CG1 ILE A  23       3.024   3.877 -23.136  1.00 95.67           C  \\nATOM   1935  CG2 ILE A  23       1.694   5.837 -24.010  1.00 95.67           C  \\nATOM   1936  CD1 ILE A  23       1.952   2.800 -23.046  1.00 95.67           C  \\nATOM   1937  N   LYS A  24       4.310   7.351 -24.549  1.00 95.18           N  \\nATOM   1938  CA  LYS A  24       5.066   7.549 -25.783  1.00 95.18           C  \\nATOM   1939  C   LYS A  24       6.527   7.872 -25.486  1.00 95.18           C  \\nATOM   1940  O   LYS A  24       7.398   7.668 -26.334  1.00 95.18           O  \\nATOM   1941  CB  LYS A  24       4.442   8.665 -26.621  1.00 95.18           C  \\nATOM   1942  CG  LYS A  24       4.441  10.025 -25.939  1.00 95.18           C  \\nATOM   1943  CD  LYS A  24       3.766  11.083 -26.802  1.00 95.18           C  \\nATOM   1944  CE  LYS A  24       3.740  12.439 -26.109  1.00 95.18           C  \\nATOM   1945  NZ  LYS A  24       3.058  13.474 -26.941  1.00 95.18           N  \\nATOM   1946  N   HIS A  25       6.788   8.354 -24.295  1.00 95.65           N  \\nATOM   1947  CA  HIS A  25       8.142   8.738 -23.912  1.00 95.65           C  \\nATOM   1948  C   HIS A  25       8.980   7.515 -23.553  1.00 95.65           C  \\nATOM   1949  O   HIS A  25      10.206   7.606 -23.450  1.00 95.65           O  \\nATOM   1950  CB  HIS A  25       8.109   9.715 -22.735  1.00 95.65           C  \\nATOM   1951  CG  HIS A  25       7.576  11.066 -23.093  1.00 95.65           C  \\nATOM   1952  ND1 HIS A  25       8.375  12.074 -23.587  1.00 95.65           N  \\nATOM   1953  CD2 HIS A  25       6.322  11.572 -23.029  1.00 95.65           C  \\nATOM   1954  CE1 HIS A  25       7.632  13.146 -23.812  1.00 95.65           C  \\nATOM   1955  NE2 HIS A  25       6.383  12.867 -23.482  1.00 95.65           N  \\nATOM   1956  N   PHE A  26       8.358   6.439 -23.430  1.00 96.25           N  \\nATOM   1957  CA  PHE A  26       9.058   5.212 -23.068  1.00 96.25           C  \\nATOM   1958  C   PHE A  26       9.404   4.399 -24.310  1.00 96.25           C  \\nATOM   1959  O   PHE A  26      10.009   3.330 -24.210  1.00 96.25           O  \\nATOM   1960  CB  PHE A  26       8.210   4.370 -22.109  1.00 96.25           C  \\nATOM   1961  CG  PHE A  26       7.962   5.029 -20.780  1.00 96.25           C  \\nATOM   1962  CD1 PHE A  26       8.932   5.008 -19.786  1.00 96.25           C  \\nATOM   1963  CD2 PHE A  26       6.757   5.671 -20.524  1.00 96.25           C  \\nATOM   1964  CE1 PHE A  26       8.706   5.618 -18.554  1.00 96.25           C  \\nATOM   1965  CE2 PHE A  26       6.523   6.282 -19.295  1.00 96.25           C  \\nATOM   1966  CZ  PHE A  26       7.498   6.254 -18.311  1.00 96.25           C  \\nATOM   1967  N   LYS A  27       9.005   4.994 -25.441  1.00 94.50           N  \\nATOM   1968  CA  LYS A  27       9.323   4.293 -26.682  1.00 94.50           C  \\nATOM   1969  C   LYS A  27      10.831   4.150 -26.862  1.00 94.50           C  \\nATOM   1970  O   LYS A  27      11.575   5.121 -26.708  1.00 94.50           O  \\nATOM   1971  CB  LYS A  27       8.719   5.025 -27.882  1.00 94.50           C  \\nATOM   1972  CG  LYS A  27       8.743   4.221 -29.173  1.00 94.50           C  \\nATOM   1973  CD  LYS A  27       7.974   4.926 -30.284  1.00 94.50           C  \\nATOM   1974  CE  LYS A  27       7.981   4.113 -31.572  1.00 94.50           C  \\nATOM   1975  NZ  LYS A  27       7.222   4.796 -32.662  1.00 94.50           N  \\nATOM   1976  N   ASN A  28      11.254   2.950 -27.059  1.00 94.19           N  \\nATOM   1977  CA  ASN A  28      12.639   2.568 -27.314  1.00 94.19           C  \\nATOM   1978  C   ASN A  28      13.496   2.696 -26.059  1.00 94.19           C  \\nATOM   1979  O   ASN A  28      14.726   2.654 -26.134  1.00 94.19           O  \\nATOM   1980  CB  ASN A  28      13.228   3.409 -28.448  1.00 94.19           C  \\nATOM   1981  CG  ASN A  28      12.537   3.166 -29.776  1.00 94.19           C  \\nATOM   1982  OD1 ASN A  28      12.077   2.056 -30.056  1.00 94.19           O  \\nATOM   1983  ND2 ASN A  28      12.460   4.202 -30.602  1.00 94.19           N  \\nATOM   1984  N   CYS A  29      12.947   2.725 -24.998  1.00 96.29           N  \\nATOM   1985  CA  CYS A  29      13.679   2.817 -23.740  1.00 96.29           C  \\nATOM   1986  C   CYS A  29      14.142   1.441 -23.276  1.00 96.29           C  \\nATOM   1987  O   CYS A  29      13.349   0.500 -23.223  1.00 96.29           O  \\nATOM   1988  CB  CYS A  29      12.811   3.463 -22.660  1.00 96.29           C  \\nATOM   1989  SG  CYS A  29      12.355   5.174 -23.020  1.00 96.29           S  \\nATOM   1990  N   THR A  30      15.373   1.562 -22.956  1.00 95.53           N  \\nATOM   1991  CA  THR A  30      15.936   0.302 -22.483  1.00 95.53           C  \\nATOM   1992  C   THR A  30      16.157   0.342 -20.973  1.00 95.53           C  \\nATOM   1993  O   THR A  30      16.168  -0.700 -20.315  1.00 95.53           O  \\nATOM   1994  CB  THR A  30      17.266  -0.017 -23.191  1.00 95.53           C  \\nATOM   1995  OG1 THR A  30      18.155   1.097 -23.048  1.00 95.53           O  \\nATOM   1996  CG2 THR A  30      17.047  -0.291 -24.675  1.00 95.53           C  \\nATOM   1997  N   SER A  31      16.249   1.487 -20.479  1.00 95.75           N  \\nATOM   1998  CA  SER A  31      16.412   1.688 -19.042  1.00 95.75           C  \\nATOM   1999  C   SER A  31      15.516   2.814 -18.536  1.00 95.75           C  \\nATOM   2000  O   SER A  31      15.465   3.890 -19.135  1.00 95.75           O  \\nATOM   2001  CB  SER A  31      17.872   1.996 -18.706  1.00 95.75           C  \\nATOM   2002  OG  SER A  31      18.054   2.097 -17.304  1.00 95.75           O  \\nATOM   2003  N   ILE A  32      14.899   2.441 -17.387  1.00 96.23           N  \\nATOM   2004  CA  ILE A  32      14.020   3.420 -16.758  1.00 96.23           C  \\nATOM   2005  C   ILE A  32      14.628   3.887 -15.437  1.00 96.23           C  \\nATOM   2006  O   ILE A  32      14.827   3.086 -14.521  1.00 96.23           O  \\nATOM   2007  CB  ILE A  32      12.607   2.840 -16.521  1.00 96.23           C  \\nATOM   2008  CG1 ILE A  32      11.987   2.387 -17.848  1.00 96.23           C  \\nATOM   2009  CG2 ILE A  32      11.712   3.867 -15.821  1.00 96.23           C  \\nATOM   2010  CD1 ILE A  32      11.569   3.532 -18.759  1.00 96.23           C  \\nATOM   2011  N   SER A  33      14.839   5.187 -15.474  1.00 94.13           N  \\nATOM   2012  CA  SER A  33      15.333   5.751 -14.222  1.00 94.13           C  \\nATOM   2013  C   SER A  33      14.183   6.181 -13.317  1.00 94.13           C  \\nATOM   2014  O   SER A  33      13.569   7.227 -13.540  1.00 94.13           O  \\nATOM   2015  CB  SER A  33      16.251   6.943 -14.496  1.00 94.13           C  \\nATOM   2016  OG  SER A  33      16.799   7.444 -13.289  1.00 94.13           O  \\nATOM   2017  N   GLY A  34      13.932   5.302 -12.539  1.00 92.59           N  \\nATOM   2018  CA  GLY A  34      12.781   5.529 -11.680  1.00 92.59           C  \\nATOM   2019  C   GLY A  34      11.819   4.357 -11.650  1.00 92.59           C  \\nATOM   2020  O   GLY A  34      12.201   3.225 -11.952  1.00 92.59           O  \\nATOM   2021  N   ASP A  35      10.565   4.654 -11.175  1.00 93.75           N  \\nATOM   2022  CA  ASP A  35       9.560   3.617 -10.966  1.00 93.75           C  \\nATOM   2023  C   ASP A  35       8.589   3.547 -12.143  1.00 93.75           C  \\nATOM   2024  O   ASP A  35       8.483   4.496 -12.924  1.00 93.75           O  \\nATOM   2025  CB  ASP A  35       8.793   3.867  -9.666  1.00 93.75           C  \\nATOM   2026  CG  ASP A  35       9.705   4.119  -8.479  1.00 93.75           C  \\nATOM   2027  OD1 ASP A  35      10.783   3.492  -8.393  1.00 93.75           O  \\nATOM   2028  OD2 ASP A  35       9.342   4.951  -7.619  1.00 93.75           O  \\nATOM   2029  N   LEU A  36       7.984   2.375 -12.291  1.00 95.64           N  \\nATOM   2030  CA  LEU A  36       6.893   2.207 -13.245  1.00 95.64           C  \\nATOM   2031  C   LEU A  36       5.620   1.751 -12.541  1.00 95.64           C  \\nATOM   2032  O   LEU A  36       5.623   0.736 -11.840  1.00 95.64           O  \\nATOM   2033  CB  LEU A  36       7.280   1.198 -14.330  1.00 95.64           C  \\nATOM   2034  CG  LEU A  36       8.064   1.750 -15.521  1.00 95.64           C  \\nATOM   2035  CD1 LEU A  36       8.635   0.607 -16.355  1.00 95.64           C  \\nATOM   2036  CD2 LEU A  36       7.178   2.651 -16.374  1.00 95.64           C  \\nATOM   2037  N   HIS A  37       4.592   2.540 -12.655  1.00 92.48           N  \\nATOM   2038  CA  HIS A  37       3.286   2.241 -12.079  1.00 92.48           C  \\nATOM   2039  C   HIS A  37       2.236   2.044 -13.168  1.00 92.48           C  \\nATOM   2040  O   HIS A  37       2.075   2.898 -14.043  1.00 92.48           O  \\nATOM   2041  CB  HIS A  37       2.852   3.357 -11.127  1.00 92.48           C  \\nATOM   2042  CG  HIS A  37       3.740   3.506  -9.933  1.00 92.48           C  \\nATOM   2043  ND1 HIS A  37       3.331   4.133  -8.776  1.00 92.48           N  \\nATOM   2044  CD2 HIS A  37       5.015   3.107  -9.718  1.00 92.48           C  \\nATOM   2045  CE1 HIS A  37       4.321   4.113  -7.898  1.00 92.48           C  \\nATOM   2046  NE2 HIS A  37       5.354   3.496  -8.446  1.00 92.48           N  \\nATOM   2047  N   ILE A  38       1.716   0.980 -13.142  1.00 93.46           N  \\nATOM   2048  CA  ILE A  38       0.541   0.770 -13.981  1.00 93.46           C  \\nATOM   2049  C   ILE A  38      -0.699   0.617 -13.103  1.00 93.46           C  \\nATOM   2050  O   ILE A  38      -0.872  -0.405 -12.435  1.00 93.46           O  \\nATOM   2051  CB  ILE A  38       0.710  -0.469 -14.890  1.00 93.46           C  \\nATOM   2052  CG1 ILE A  38       1.952  -0.316 -15.776  1.00 93.46           C  \\nATOM   2053  CG2 ILE A  38      -0.545  -0.690 -15.739  1.00 93.46           C  \\nATOM   2054  CD1 ILE A  38       2.042  -1.341 -16.898  1.00 93.46           C  \\nATOM   2055  N   LEU A  39      -1.566   1.740 -12.957  1.00 88.45           N  \\nATOM   2056  CA  LEU A  39      -2.736   1.803 -12.088  1.00 88.45           C  \\nATOM   2057  C   LEU A  39      -4.023   1.789 -12.906  1.00 88.45           C  \\nATOM   2058  O   LEU A  39      -3.999   2.041 -14.113  1.00 88.45           O  \\nATOM   2059  CB  LEU A  39      -2.687   3.059 -11.213  1.00 88.45           C  \\nATOM   2060  CG  LEU A  39      -1.448   3.223 -10.332  1.00 88.45           C  \\nATOM   2061  CD1 LEU A  39      -1.499   4.555  -9.590  1.00 88.45           C  \\nATOM   2062  CD2 LEU A  39      -1.332   2.062  -9.350  1.00 88.45           C  \\nATOM   2063  N   PRO A  40      -5.133   1.478 -12.366  1.00 85.91           N  \\nATOM   2064  CA  PRO A  40      -6.399   1.454 -13.101  1.00 85.91           C  \\nATOM   2065  C   PRO A  40      -6.705   2.779 -13.796  1.00 85.91           C  \\nATOM   2066  O   PRO A  40      -7.281   2.790 -14.886  1.00 85.91           O  \\nATOM   2067  CB  PRO A  40      -7.433   1.157 -12.012  1.00 85.91           C  \\nATOM   2068  CG  PRO A  40      -6.671   0.434 -10.949  1.00 85.91           C  \\nATOM   2069  CD  PRO A  40      -5.274   0.981 -10.908  1.00 85.91           C  \\nATOM   2070  N   VAL A  41      -6.247   3.748 -13.270  1.00 87.27           N  \\nATOM   2071  CA  VAL A  41      -6.520   5.072 -13.819  1.00 87.27           C  \\nATOM   2072  C   VAL A  41      -5.892   5.196 -15.205  1.00 87.27           C  \\nATOM   2073  O   VAL A  41      -6.373   5.961 -16.045  1.00 87.27           O  \\nATOM   2074  CB  VAL A  41      -5.993   6.190 -12.893  1.00 87.27           C  \\nATOM   2075  CG1 VAL A  41      -4.468   6.156 -12.818  1.00 87.27           C  \\nATOM   2076  CG2 VAL A  41      -6.477   7.556 -13.377  1.00 87.27           C  \\nATOM   2077  N   ALA A  42      -4.944   4.367 -15.461  1.00 90.37           N  \\nATOM   2078  CA  ALA A  42      -4.294   4.425 -16.768  1.00 90.37           C  \\nATOM   2079  C   ALA A  42      -5.252   3.997 -17.876  1.00 90.37           C  \\nATOM   2080  O   ALA A  42      -5.262   4.587 -18.959  1.00 90.37           O  \\nATOM   2081  CB  ALA A  42      -3.045   3.549 -16.780  1.00 90.37           C  \\nATOM   2082  N   PHE A  43      -6.076   3.023 -17.573  1.00 89.49           N  \\nATOM   2083  CA  PHE A  43      -6.924   2.438 -18.605  1.00 89.49           C  \\nATOM   2084  C   PHE A  43      -8.312   3.069 -18.587  1.00 89.49           C  \\nATOM   2085  O   PHE A  43      -9.055   2.973 -19.566  1.00 89.49           O  \\nATOM   2086  CB  PHE A  43      -7.035   0.922 -18.415  1.00 89.49           C  \\nATOM   2087  CG  PHE A  43      -5.733   0.190 -18.604  1.00 89.49           C  \\nATOM   2088  CD1 PHE A  43      -5.220  -0.025 -19.877  1.00 89.49           C  \\nATOM   2089  CD2 PHE A  43      -5.024  -0.283 -17.508  1.00 89.49           C  \\nATOM   2090  CE1 PHE A  43      -4.015  -0.702 -20.055  1.00 89.49           C  \\nATOM   2091  CE2 PHE A  43      -3.820  -0.960 -17.677  1.00 89.49           C  \\nATOM   2092  CZ  PHE A  43      -3.318  -1.170 -18.952  1.00 89.49           C  \\nATOM   2093  N   ARG A  44      -8.658   3.793 -17.510  1.00 87.15           N  \\nATOM   2094  CA  ARG A  44      -9.947   4.466 -17.390  1.00 87.15           C  \\nATOM   2095  C   ARG A  44      -9.839   5.933 -17.791  1.00 87.15           C  \\nATOM   2096  O   ARG A  44     -10.839   6.560 -18.147  1.00 87.15           O  \\nATOM   2097  CB  ARG A  44     -10.482   4.352 -15.961  1.00 87.15           C  \\nATOM   2098  CG  ARG A  44     -10.822   2.930 -15.542  1.00 87.15           C  \\nATOM   2099  CD  ARG A  44     -11.468   2.887 -14.164  1.00 87.15           C  \\nATOM   2100  NE  ARG A  44     -10.527   3.270 -13.116  1.00 87.15           N  \\nATOM   2101  CZ  ARG A  44     -10.849   3.452 -11.838  1.00 87.15           C  \\nATOM   2102  NH1 ARG A  44     -12.100   3.289 -11.424  1.00 87.15           N  \\nATOM   2103  NH2 ARG A  44      -9.913   3.800 -10.967  1.00 87.15           N  \\nATOM   2104  N   GLY A  45      -8.830   6.274 -17.688  1.00 87.46           N  \\nATOM   2105  CA  GLY A  45      -8.628   7.695 -17.922  1.00 87.46           C  \\nATOM   2106  C   GLY A  45      -8.647   8.518 -16.647  1.00 87.46           C  \\nATOM   2107  O   GLY A  45      -9.030   8.020 -15.586  1.00 87.46           O  \\nATOM   2108  N   ASP A  46      -8.111   9.647 -16.794  1.00 82.09           N  \\nATOM   2109  CA  ASP A  46      -8.089  10.542 -15.642  1.00 82.09           C  \\nATOM   2110  C   ASP A  46      -8.875  11.821 -15.924  1.00 82.09           C  \\nATOM   2111  O   ASP A  46      -8.479  12.625 -16.771  1.00 82.09           O  \\nATOM   2112  CB  ASP A  46      -6.649  10.884 -15.255  1.00 82.09           C  \\nATOM   2113  CG  ASP A  46      -6.553  11.663 -13.954  1.00 82.09           C  \\nATOM   2114  OD1 ASP A  46      -7.600  12.090 -13.421  1.00 82.09           O  \\nATOM   2115  OD2 ASP A  46      -5.421  11.853 -13.460  1.00 82.09           O  \\nATOM   2116  N   SER A  47      -9.851  11.875 -15.105  1.00 80.82           N  \\nATOM   2117  CA  SER A  47     -10.716  13.027 -15.340  1.00 80.82           C  \\nATOM   2118  C   SER A  47     -10.115  14.298 -14.748  1.00 80.82           C  \\nATOM   2119  O   SER A  47     -10.341  15.395 -15.263  1.00 80.82           O  \\nATOM   2120  CB  SER A  47     -12.104  12.785 -14.747  1.00 80.82           C  \\nATOM   2121  OG  SER A  47     -12.006  12.271 -13.430  1.00 80.82           O  \\nATOM   2122  N   PHE A  48      -9.353  14.088 -13.869  1.00 75.08           N  \\nATOM   2123  CA  PHE A  48      -8.716  15.216 -13.201  1.00 75.08           C  \\nATOM   2124  C   PHE A  48      -7.651  15.843 -14.094  1.00 75.08           C  \\nATOM   2125  O   PHE A  48      -7.564  17.068 -14.198  1.00 75.08           O  \\nATOM   2126  CB  PHE A  48      -8.093  14.774 -11.873  1.00 75.08           C  \\nATOM   2127  CG  PHE A  48      -7.550  15.910 -11.049  1.00 75.08           C  \\nATOM   2128  CD1 PHE A  48      -8.396  16.685 -10.264  1.00 75.08           C  \\nATOM   2129  CD2 PHE A  48      -6.193  16.204 -11.059  1.00 75.08           C  \\nATOM   2130  CE1 PHE A  48      -7.896  17.737  -9.501  1.00 75.08           C  \\nATOM   2131  CE2 PHE A  48      -5.686  17.254 -10.299  1.00 75.08           C  \\nATOM   2132  CZ  PHE A  48      -6.539  18.020  -9.521  1.00 75.08           C  \\nATOM   2133  N   THR A  49      -7.030  14.954 -14.677  1.00 79.65           N  \\nATOM   2134  CA  THR A  49      -5.990  15.503 -15.540  1.00 79.65           C  \\nATOM   2135  C   THR A  49      -6.457  15.541 -16.993  1.00 79.65           C  \\nATOM   2136  O   THR A  49      -5.726  15.998 -17.874  1.00 79.65           O  \\nATOM   2137  CB  THR A  49      -4.689  14.685 -15.438  1.00 79.65           C  \\nATOM   2138  OG1 THR A  49      -4.955  13.328 -15.814  1.00 79.65           O  \\nATOM   2139  CG2 THR A  49      -4.136  14.707 -14.017  1.00 79.65           C  \\nATOM   2140  N   HIS A  50      -7.579  15.046 -17.164  1.00 87.28           N  \\nATOM   2141  CA  HIS A  50      -8.154  14.985 -18.503  1.00 87.28           C  \\nATOM   2142  C   HIS A  50      -7.284  14.152 -19.439  1.00 87.28           C  \\nATOM   2143  O   HIS A  50      -7.077  14.524 -20.596  1.00 87.28           O  \\nATOM   2144  CB  HIS A  50      -8.339  16.393 -19.072  1.00 87.28           C  \\nATOM   2145  CG  HIS A  50      -9.356  17.207 -18.338  1.00 87.28           C  \\nATOM   2146  ND1 HIS A  50     -10.696  16.886 -18.323  1.00 87.28           N  \\nATOM   2147  CD2 HIS A  50      -9.226  18.330 -17.592  1.00 87.28           C  \\nATOM   2148  CE1 HIS A  50     -11.348  17.779 -17.597  1.00 87.28           C  \\nATOM   2149  NE2 HIS A  50     -10.479  18.666 -17.143  1.00 87.28           N  \\nATOM   2150  N   THR A  51      -6.751  13.248 -18.971  1.00 90.82           N  \\nATOM   2151  CA  THR A  51      -6.000  12.258 -19.735  1.00 90.82           C  \\nATOM   2152  C   THR A  51      -6.919  11.144 -20.227  1.00 90.82           C  \\nATOM   2153  O   THR A  51      -7.649  10.540 -19.438  1.00 90.82           O  \\nATOM   2154  CB  THR A  51      -4.859  11.653 -18.896  1.00 90.82           C  \\nATOM   2155  OG1 THR A  51      -4.078  12.712 -18.328  1.00 90.82           O  \\nATOM   2156  CG2 THR A  51      -3.954  10.773 -19.752  1.00 90.82           C  \\nATOM   2157  N   PRO A  52      -6.945  10.955 -21.486  1.00 92.91           N  \\nATOM   2158  CA  PRO A  52      -7.793   9.881 -22.009  1.00 92.91           C  \\nATOM   2159  C   PRO A  52      -7.316   8.494 -21.586  1.00 92.91           C  \\nATOM   2160  O   PRO A  52      -6.183   8.342 -21.121  1.00 92.91           O  \\nATOM   2161  CB  PRO A  52      -7.687  10.055 -23.526  1.00 92.91           C  \\nATOM   2162  CG  PRO A  52      -6.366  10.720 -23.743  1.00 92.91           C  \\nATOM   2163  CD  PRO A  52      -6.063  11.581 -22.550  1.00 92.91           C  \\nATOM   2164  N   PRO A  53      -8.155   7.448 -21.743  1.00 92.78           N  \\nATOM   2165  CA  PRO A  53      -7.757   6.073 -21.432  1.00 92.78           C  \\nATOM   2166  C   PRO A  53      -6.629   5.567 -22.328  1.00 92.78           C  \\nATOM   2167  O   PRO A  53      -6.587   5.894 -23.517  1.00 92.78           O  \\nATOM   2168  CB  PRO A  53      -9.041   5.273 -21.665  1.00 92.78           C  \\nATOM   2169  CG  PRO A  53     -10.138   6.286 -21.611  1.00 92.78           C  \\nATOM   2170  CD  PRO A  53      -9.581   7.615 -22.036  1.00 92.78           C  \\nATOM   2171  N   LEU A  54      -5.761   4.866 -21.797  1.00 93.21           N  \\nATOM   2172  CA  LEU A  54      -4.630   4.251 -22.483  1.00 93.21           C  \\nATOM   2173  C   LEU A  54      -5.082   3.054 -23.313  1.00 93.21           C  \\nATOM   2174  O   LEU A  54      -5.775   2.169 -22.806  1.00 93.21           O  \\nATOM   2175  CB  LEU A  54      -3.564   3.814 -21.475  1.00 93.21           C  \\nATOM   2176  CG  LEU A  54      -2.327   3.124 -22.051  1.00 93.21           C  \\nATOM   2177  CD1 LEU A  54      -1.478   4.122 -22.831  1.00 93.21           C  \\nATOM   2178  CD2 LEU A  54      -1.511   2.473 -20.940  1.00 93.21           C  \\nATOM   2179  N   ASP A  55      -4.709   3.171 -24.629  1.00 93.81           N  \\nATOM   2180  CA  ASP A  55      -4.910   1.989 -25.461  1.00 93.81           C  \\nATOM   2181  C   ASP A  55      -3.981   0.854 -25.036  1.00 93.81           C  \\nATOM   2182  O   ASP A  55      -2.762   1.030 -24.981  1.00 93.81           O  \\nATOM   2183  CB  ASP A  55      -4.685   2.328 -26.937  1.00 93.81           C  \\nATOM   2184  CG  ASP A  55      -5.102   1.207 -27.872  1.00 93.81           C  \\nATOM   2185  OD1 ASP A  55      -5.082   0.028 -27.458  1.00 93.81           O  \\nATOM   2186  OD2 ASP A  55      -5.450   1.505 -29.035  1.00 93.81           O  \\nATOM   2187  N   PRO A  56      -4.483  -0.341 -24.728  1.00 92.94           N  \\nATOM   2188  CA  PRO A  56      -3.655  -1.449 -24.247  1.00 92.94           C  \\nATOM   2189  C   PRO A  56      -2.527  -1.806 -25.213  1.00 92.94           C  \\nATOM   2190  O   PRO A  56      -1.454  -2.237 -24.783  1.00 92.94           O  \\nATOM   2191  CB  PRO A  56      -4.651  -2.605 -24.120  1.00 92.94           C  \\nATOM   2192  CG  PRO A  56      -5.976  -1.945 -23.908  1.00 92.94           C  \\nATOM   2193  CD  PRO A  56      -5.967  -0.620 -24.613  1.00 92.94           C  \\nATOM   2194  N   GLN A  57      -2.760  -1.652 -26.474  1.00 91.72           N  \\nATOM   2195  CA  GLN A  57      -1.734  -1.995 -27.453  1.00 91.72           C  \\nATOM   2196  C   GLN A  57      -0.506  -1.102 -27.298  1.00 91.72           C  \\nATOM   2197  O   GLN A  57       0.607  -1.502 -27.648  1.00 91.72           O  \\nATOM   2198  CB  GLN A  57      -2.288  -1.883 -28.874  1.00 91.72           C  \\nATOM   2199  CG  GLN A  57      -3.190  -3.043 -29.275  1.00 91.72           C  \\nATOM   2200  CD  GLN A  57      -3.787  -2.871 -30.659  1.00 91.72           C  \\nATOM   2201  OE1 GLN A  57      -3.441  -1.935 -31.387  1.00 91.72           O  \\nATOM   2202  NE2 GLN A  57      -4.689  -3.772 -31.032  1.00 91.72           N  \\nATOM   2203  N   GLU A  58      -0.700  -0.018 -26.730  1.00 94.86           N  \\nATOM   2204  CA  GLU A  58       0.405   0.925 -26.580  1.00 94.86           C  \\nATOM   2205  C   GLU A  58       1.393   0.453 -25.517  1.00 94.86           C  \\nATOM   2206  O   GLU A  58       2.533   0.919 -25.472  1.00 94.86           O  \\nATOM   2207  CB  GLU A  58      -0.122   2.318 -26.226  1.00 94.86           C  \\nATOM   2208  CG  GLU A  58      -0.901   2.985 -27.351  1.00 94.86           C  \\nATOM   2209  CD  GLU A  58      -1.168   4.461 -27.103  1.00 94.86           C  \\nATOM   2210  OE1 GLU A  58      -1.763   4.802 -26.055  1.00 94.86           O  \\nATOM   2211  OE2 GLU A  58      -0.780   5.283 -27.963  1.00 94.86           O  \\nATOM   2212  N   LEU A  59       0.995  -0.420 -24.699  1.00 95.28           N  \\nATOM   2213  CA  LEU A  59       1.884  -0.950 -23.670  1.00 95.28           C  \\nATOM   2214  C   LEU A  59       3.019  -1.754 -24.294  1.00 95.28           C  \\nATOM   2215  O   LEU A  59       4.046  -1.988 -23.652  1.00 95.28           O  \\nATOM   2216  CB  LEU A  59       1.103  -1.825 -22.686  1.00 95.28           C  \\nATOM   2217  CG  LEU A  59       0.113  -1.101 -21.772  1.00 95.28           C  \\nATOM   2218  CD1 LEU A  59      -0.766  -2.108 -21.039  1.00 95.28           C  \\nATOM   2219  CD2 LEU A  59       0.854  -0.209 -20.781  1.00 95.28           C  \\nATOM   2220  N   ASP A  60       2.778  -2.088 -25.601  1.00 93.96           N  \\nATOM   2221  CA  ASP A  60       3.804  -2.864 -26.291  1.00 93.96           C  \\nATOM   2222  C   ASP A  60       5.106  -2.074 -26.404  1.00 93.96           C  \\nATOM   2223  O   ASP A  60       6.180  -2.658 -26.567  1.00 93.96           O  \\nATOM   2224  CB  ASP A  60       3.318  -3.278 -27.682  1.00 93.96           C  \\nATOM   2225  CG  ASP A  60       2.283  -4.388 -27.642  1.00 93.96           C  \\nATOM   2226  OD1 ASP A  60       2.147  -5.058 -26.596  1.00 93.96           O  \\nATOM   2227  OD2 ASP A  60       1.599  -4.597 -28.667  1.00 93.96           O  \\nATOM   2228  N   ILE A  61       5.046  -0.818 -26.164  1.00 94.86           N  \\nATOM   2229  CA  ILE A  61       6.208   0.063 -26.188  1.00 94.86           C  \\nATOM   2230  C   ILE A  61       7.162  -0.311 -25.055  1.00 94.86           C  \\nATOM   2231  O   ILE A  61       8.375  -0.117 -25.167  1.00 94.86           O  \\nATOM   2232  CB  ILE A  61       5.795   1.547 -26.074  1.00 94.86           C  \\nATOM   2233  CG1 ILE A  61       5.100   2.008 -27.360  1.00 94.86           C  \\nATOM   2234  CG2 ILE A  61       7.012   2.424 -25.765  1.00 94.86           C  \\nATOM   2235  CD1 ILE A  61       4.611   3.450 -27.317  1.00 94.86           C  \\nATOM   2236  N   LEU A  62       6.703  -0.900 -24.057  1.00 96.04           N  \\nATOM   2237  CA  LEU A  62       7.504  -1.206 -22.877  1.00 96.04           C  \\nATOM   2238  C   LEU A  62       8.275  -2.509 -23.066  1.00 96.04           C  \\nATOM   2239  O   LEU A  62       9.051  -2.908 -22.195  1.00 96.04           O  \\nATOM   2240  CB  LEU A  62       6.615  -1.301 -21.635  1.00 96.04           C  \\nATOM   2241  CG  LEU A  62       5.872  -0.026 -21.234  1.00 96.04           C  \\nATOM   2242  CD1 LEU A  62       4.837  -0.332 -20.156  1.00 96.04           C  \\nATOM   2243  CD2 LEU A  62       6.854   1.037 -20.754  1.00 96.04           C  \\nATOM   2244  N   LYS A  63       8.150  -3.094 -24.293  1.00 94.84           N  \\nATOM   2245  CA  LYS A  63       8.867  -4.328 -24.601  1.00 94.84           C  \\nATOM   2246  C   LYS A  63      10.371  -4.082 -24.687  1.00 94.84           C  \\nATOM   2247  O   LYS A  63      11.167  -5.012 -24.536  1.00 94.84           O  \\nATOM   2248  CB  LYS A  63       8.360  -4.931 -25.912  1.00 94.84           C  \\nATOM   2249  CG  LYS A  63       7.027  -5.654 -25.785  1.00 94.84           C  \\nATOM   2250  CD  LYS A  63       6.604  -6.284 -27.106  1.00 94.84           C  \\nATOM   2251  CE  LYS A  63       5.255  -6.979 -26.989  1.00 94.84           C  \\nATOM   2252  NZ  LYS A  63       4.841  -7.607 -28.279  1.00 94.84           N  \\nATOM   2253  N   THR A  64      10.740  -2.876 -24.838  1.00 94.94           N  \\nATOM   2254  CA  THR A  64      12.156  -2.572 -25.013  1.00 94.94           C  \\nATOM   2255  C   THR A  64      12.828  -2.331 -23.664  1.00 94.94           C  \\nATOM   2256  O   THR A  64      14.056  -2.278 -23.577  1.00 94.94           O  \\nATOM   2257  CB  THR A  64      12.355  -1.341 -25.916  1.00 94.94           C  \\nATOM   2258  OG1 THR A  64      11.510  -0.278 -25.458  1.00 94.94           O  \\nATOM   2259  CG2 THR A  64      12.010  -1.661 -27.366  1.00 94.94           C  \\nATOM   2260  N   VAL A  65      12.108  -2.333 -22.618  1.00 96.80           N  \\nATOM   2261  CA  VAL A  65      12.656  -2.027 -21.301  1.00 96.80           C  \\nATOM   2262  C   VAL A  65      13.397  -3.245 -20.753  1.00 96.80           C  \\nATOM   2263  O   VAL A  65      12.824  -4.332 -20.649  1.00 96.80           O  \\nATOM   2264  CB  VAL A  65      11.551  -1.586 -20.315  1.00 96.80           C  \\nATOM   2265  CG1 VAL A  65      12.130  -1.365 -18.919  1.00 96.80           C  \\nATOM   2266  CG2 VAL A  65      10.862  -0.320 -20.818  1.00 96.80           C  \\nATOM   2267  N   LYS A  66      14.650  -2.918 -20.450  1.00 95.91           N  \\nATOM   2268  CA  LYS A  66      15.493  -4.001 -19.952  1.00 95.91           C  \\nATOM   2269  C   LYS A  66      15.836  -3.797 -18.479  1.00 95.91           C  \\nATOM   2270  O   LYS A  66      16.131  -4.759 -17.766  1.00 95.91           O  \\nATOM   2271  CB  LYS A  66      16.776  -4.106 -20.779  1.00 95.91           C  \\nATOM   2272  CG  LYS A  66      16.557  -4.606 -22.199  1.00 95.91           C  \\nATOM   2273  CD  LYS A  66      17.878  -4.879 -22.905  1.00 95.91           C  \\nATOM   2274  CE  LYS A  66      17.660  -5.419 -24.313  1.00 95.91           C  \\nATOM   2275  NZ  LYS A  66      18.951  -5.766 -24.979  1.00 95.91           N  \\nATOM   2276  N   GLU A  67      15.731  -2.596 -18.048  1.00 96.13           N  \\nATOM   2277  CA  GLU A  67      16.121  -2.278 -16.677  1.00 96.13           C  \\nATOM   2278  C   GLU A  67      15.218  -1.202 -16.082  1.00 96.13           C  \\nATOM   2279  O   GLU A  67      14.896  -0.216 -16.748  1.00 96.13           O  \\nATOM   2280  CB  GLU A  67      17.583  -1.826 -16.625  1.00 96.13           C  \\nATOM   2281  CG  GLU A  67      18.071  -1.483 -15.225  1.00 96.13           C  \\nATOM   2282  CD  GLU A  67      19.522  -1.031 -15.190  1.00 96.13           C  \\nATOM   2283  OE1 GLU A  67      20.322  -1.489 -16.038  1.00 96.13           O  \\nATOM   2284  OE2 GLU A  67      19.863  -0.212 -14.307  1.00 96.13           O  \\nATOM   2285  N   ILE A  68      14.878  -1.420 -14.792  1.00 96.66           N  \\nATOM   2286  CA  ILE A  68      14.184  -0.421 -13.986  1.00 96.66           C  \\nATOM   2287  C   ILE A  68      14.980  -0.140 -12.714  1.00 96.66           C  \\nATOM   2288  O   ILE A  68      15.265  -1.054 -11.938  1.00 96.66           O  \\nATOM   2289  CB  ILE A  68      12.751  -0.877 -13.632  1.00 96.66           C  \\nATOM   2290  CG1 ILE A  68      11.938  -1.126 -14.908  1.00 96.66           C  \\nATOM   2291  CG2 ILE A  68      12.061   0.157 -12.736  1.00 96.66           C  \\nATOM   2292  CD1 ILE A  68      10.598  -1.807 -14.665  1.00 96.66           C  \\nATOM   2293  N   THR A  69      15.285   1.097 -12.495  1.00 94.05           N  \\nATOM   2294  CA  THR A  69      16.106   1.393 -11.326  1.00 94.05           C  \\nATOM   2295  C   THR A  69      15.262   1.379 -10.055  1.00 94.05           C  \\nATOM   2296  O   THR A  69      15.755   1.031  -8.980  1.00 94.05           O  \\nATOM   2297  CB  THR A  69      16.806   2.757 -11.465  1.00 94.05           C  \\nATOM   2298  OG1 THR A  69      15.818   3.795 -11.480  1.00 94.05           O  \\nATOM   2299  CG2 THR A  69      17.621   2.828 -12.753  1.00 94.05           C  \\nATOM   2300  N   GLY A  70      14.075   1.760 -10.171  1.00 93.53           N  \\nATOM   2301  CA  GLY A  70      13.134   1.746  -9.062  1.00 93.53           C  \\nATOM   2302  C   GLY A  70      12.328   0.464  -8.979  1.00 93.53           C  \\nATOM   2303  O   GLY A  70      12.883  -0.632  -9.081  1.00 93.53           O  \\nATOM   2304  N   PHE A  71      11.036   0.574  -8.837  1.00 93.10           N  \\nATOM   2305  CA  PHE A  71      10.196  -0.612  -8.717  1.00 93.10           C  \\nATOM   2306  C   PHE A  71       9.160  -0.655  -9.834  1.00 93.10           C  \\nATOM   2307  O   PHE A  71       8.919   0.350 -10.505  1.00 93.10           O  \\nATOM   2308  CB  PHE A  71       9.500  -0.644  -7.353  1.00 93.10           C  \\nATOM   2309  CG  PHE A  71       8.508   0.470  -7.151  1.00 93.10           C  \\nATOM   2310  CD1 PHE A  71       8.895   1.664  -6.556  1.00 93.10           C  \\nATOM   2311  CD2 PHE A  71       7.188   0.322  -7.557  1.00 93.10           C  \\nATOM   2312  CE1 PHE A  71       7.979   2.697  -6.368  1.00 93.10           C  \\nATOM   2313  CE2 PHE A  71       6.267   1.349  -7.372  1.00 93.10           C  \\nATOM   2314  CZ  PHE A  71       6.665   2.535  -6.777  1.00 93.10           C  \\nATOM   2315  N   LEU A  72       8.661  -1.842 -10.045  1.00 96.10           N  \\nATOM   2316  CA  LEU A  72       7.573  -2.080 -10.988  1.00 96.10           C  \\nATOM   2317  C   LEU A  72       6.302  -2.500 -10.257  1.00 96.10           C  \\nATOM   2318  O   LEU A  72       6.285  -3.528  -9.575  1.00 96.10           O  \\nATOM   2319  CB  LEU A  72       7.970  -3.153 -12.005  1.00 96.10           C  \\nATOM   2320  CG  LEU A  72       6.915  -3.520 -13.050  1.00 96.10           C  \\nATOM   2321  CD1 LEU A  72       6.562  -2.302 -13.897  1.00 96.10           C  \\nATOM   2322  CD2 LEU A  72       7.409  -4.664 -13.930  1.00 96.10           C  \\nATOM   2323  N   LEU A  73       5.305  -1.682 -10.337  1.00 92.63           N  \\nATOM   2324  CA  LEU A  73       4.005  -1.967  -9.740  1.00 92.63           C  \\nATOM   2325  C   LEU A  73       2.931  -2.100 -10.814  1.00 92.63           C  \\nATOM   2326  O   LEU A  73       2.717  -1.177 -11.603  1.00 92.63           O  \\nATOM   2327  CB  LEU A  73       3.618  -0.866  -8.749  1.00 92.63           C  \\nATOM   2328  CG  LEU A  73       2.190  -0.917  -8.202  1.00 92.63           C  \\nATOM   2329  CD1 LEU A  73       2.051  -2.048  -7.189  1.00 92.63           C  \\nATOM   2330  CD2 LEU A  73       1.810   0.420  -7.575  1.00 92.63           C  \\nATOM   2331  N   ILE A  74       2.383  -3.246 -10.854  1.00 93.54           N  \\nATOM   2332  CA  ILE A  74       1.301  -3.496 -11.799  1.00 93.54           C  \\nATOM   2333  C   ILE A  74       0.023  -3.844 -11.040  1.00 93.54           C  \\nATOM   2334  O   ILE A  74      -0.078  -4.916 -10.438  1.00 93.54           O  \\nATOM   2335  CB  ILE A  74       1.663  -4.629 -12.786  1.00 93.54           C  \\nATOM   2336  CG1 ILE A  74       3.045  -4.380 -13.401  1.00 93.54           C  \\nATOM   2337  CG2 ILE A  74       0.594  -4.759 -13.875  1.00 93.54           C  \\nATOM   2338  CD1 ILE A  74       3.522  -5.494 -14.324  1.00 93.54           C  \\nATOM   2339  N   GLN A  75      -0.964  -2.874 -11.025  1.00 88.27           N  \\nATOM   2340  CA  GLN A  75      -2.227  -3.084 -10.325  1.00 88.27           C  \\nATOM   2341  C   GLN A  75      -3.401  -3.097 -11.300  1.00 88.27           C  \\nATOM   2342  O   GLN A  75      -4.554  -3.247 -10.890  1.00 88.27           O  \\nATOM   2343  CB  GLN A  75      -2.439  -2.005  -9.263  1.00 88.27           C  \\nATOM   2344  CG  GLN A  75      -1.572  -2.183  -8.024  1.00 88.27           C  \\nATOM   2345  CD  GLN A  75      -1.915  -1.199  -6.921  1.00 88.27           C  \\nATOM   2346  OE1 GLN A  75      -2.387  -0.089  -7.186  1.00 88.27           O  \\nATOM   2347  NE2 GLN A  75      -1.679  -1.599  -5.676  1.00 88.27           N  \\nATOM   2348  N   ALA A  76      -3.127  -2.875 -12.479  1.00 89.21           N  \\nATOM   2349  CA  ALA A  76      -4.123  -2.958 -13.544  1.00 89.21           C  \\nATOM   2350  C   ALA A  76      -3.488  -3.417 -14.854  1.00 89.21           C  \\nATOM   2351  O   ALA A  76      -2.380  -2.996 -15.196  1.00 89.21           O  \\nATOM   2352  CB  ALA A  76      -4.812  -1.608 -13.735  1.00 89.21           C  \\nATOM   2353  N   TRP A  77      -4.127  -4.239 -15.499  1.00 90.28           N  \\nATOM   2354  CA  TRP A  77      -3.670  -4.811 -16.762  1.00 90.28           C  \\nATOM   2355  C   TRP A  77      -4.843  -5.047 -17.707  1.00 90.28           C  \\nATOM   2356  O   TRP A  77      -5.977  -5.242 -17.264  1.00 90.28           O  \\nATOM   2357  CB  TRP A  77      -2.921  -6.124 -16.518  1.00 90.28           C  \\nATOM   2358  CG  TRP A  77      -1.929  -6.466 -17.588  1.00 90.28           C  \\nATOM   2359  CD1 TRP A  77      -1.978  -7.528 -18.448  1.00 90.28           C  \\nATOM   2360  CD2 TRP A  77      -0.736  -5.745 -17.909  1.00 90.28           C  \\nATOM   2361  NE1 TRP A  77      -0.886  -7.510 -19.285  1.00 90.28           N  \\nATOM   2362  CE2 TRP A  77      -0.109  -6.427 -18.975  1.00 90.28           C  \\nATOM   2363  CE3 TRP A  77      -0.135  -4.586 -17.398  1.00 90.28           C  \\nATOM   2364  CZ2 TRP A  77       1.091  -5.987 -19.541  1.00 90.28           C  \\nATOM   2365  CZ3 TRP A  77       1.058  -4.150 -17.962  1.00 90.28           C  \\nATOM   2366  CH2 TRP A  77       1.657  -4.851 -19.022  1.00 90.28           C  \\nATOM   2367  N   PRO A  78      -4.594  -4.909 -19.094  1.00 88.09           N  \\nATOM   2368  CA  PRO A  78      -5.702  -5.142 -20.023  1.00 88.09           C  \\nATOM   2369  C   PRO A  78      -6.288  -6.547 -19.902  1.00 88.09           C  \\nATOM   2370  O   PRO A  78      -5.544  -7.520 -19.761  1.00 88.09           O  \\nATOM   2371  CB  PRO A  78      -5.060  -4.935 -21.397  1.00 88.09           C  \\nATOM   2372  CG  PRO A  78      -3.820  -4.146 -21.125  1.00 88.09           C  \\nATOM   2373  CD  PRO A  78      -3.335  -4.482 -19.743  1.00 88.09           C  \\nATOM   2374  N   GLU A  79      -7.405  -6.666 -20.059  1.00 79.47           N  \\nATOM   2375  CA  GLU A  79      -8.131  -7.905 -19.794  1.00 79.47           C  \\nATOM   2376  C   GLU A  79      -7.824  -8.961 -20.851  1.00 79.47           C  \\nATOM   2377  O   GLU A  79      -7.876 -10.161 -20.571  1.00 79.47           O  \\nATOM   2378  CB  GLU A  79      -9.638  -7.642 -19.734  1.00 79.47           C  \\nATOM   2379  CG  GLU A  79     -10.096  -6.976 -18.444  1.00 79.47           C  \\nATOM   2380  CD  GLU A  79     -11.608  -6.898 -18.314  1.00 79.47           C  \\nATOM   2381  OE1 GLU A  79     -12.322  -7.319 -19.253  1.00 79.47           O  \\nATOM   2382  OE2 GLU A  79     -12.084  -6.410 -17.265  1.00 79.47           O  \\nATOM   2383  N   ASN A  80      -7.604  -8.591 -21.739  1.00 81.60           N  \\nATOM   2384  CA  ASN A  80      -7.412  -9.521 -22.847  1.00 81.60           C  \\nATOM   2385  C   ASN A  80      -5.983 -10.053 -22.892  1.00 81.60           C  \\nATOM   2386  O   ASN A  80      -5.622 -10.799 -23.804  1.00 81.60           O  \\nATOM   2387  CB  ASN A  80      -7.772  -8.853 -24.176  1.00 81.60           C  \\nATOM   2388  CG  ASN A  80      -6.989  -7.578 -24.420  1.00 81.60           C  \\nATOM   2389  OD1 ASN A  80      -6.421  -6.997 -23.491  1.00 81.60           O  \\nATOM   2390  ND2 ASN A  80      -6.951  -7.135 -25.671  1.00 81.60           N  \\nATOM   2391  N   ARG A  81      -5.208  -9.612 -21.963  1.00 85.19           N  \\nATOM   2392  CA  ARG A  81      -3.838 -10.114 -21.924  1.00 85.19           C  \\nATOM   2393  C   ARG A  81      -3.656 -11.119 -20.791  1.00 85.19           C  \\nATOM   2394  O   ARG A  81      -4.083 -10.872 -19.661  1.00 85.19           O  \\nATOM   2395  CB  ARG A  81      -2.846  -8.960 -21.765  1.00 85.19           C  \\nATOM   2396  CG  ARG A  81      -2.776  -8.037 -22.971  1.00 85.19           C  \\nATOM   2397  CD  ARG A  81      -1.569  -7.112 -22.904  1.00 85.19           C  \\nATOM   2398  NE  ARG A  81      -1.460  -6.281 -24.100  1.00 85.19           N  \\nATOM   2399  CZ  ARG A  81      -0.465  -5.433 -24.346  1.00 85.19           C  \\nATOM   2400  NH1 ARG A  81       0.531  -5.288 -23.480  1.00 85.19           N  \\nATOM   2401  NH2 ARG A  81      -0.465  -4.726 -25.466  1.00 85.19           N  \\nATOM   2402  N   THR A  82      -3.006 -12.000 -21.348  1.00 86.75           N  \\nATOM   2403  CA  THR A  82      -2.967 -13.138 -20.436  1.00 86.75           C  \\nATOM   2404  C   THR A  82      -1.654 -13.164 -19.659  1.00 86.75           C  \\nATOM   2405  O   THR A  82      -1.427 -14.059 -18.842  1.00 86.75           O  \\nATOM   2406  CB  THR A  82      -3.145 -14.467 -21.193  1.00 86.75           C  \\nATOM   2407  OG1 THR A  82      -2.116 -14.588 -22.183  1.00 86.75           O  \\nATOM   2408  CG2 THR A  82      -4.505 -14.530 -21.880  1.00 86.75           C  \\nATOM   2409  N   ASP A  83      -0.828 -12.474 -19.962  1.00 87.42           N  \\nATOM   2410  CA  ASP A  83       0.427 -12.334 -19.230  1.00 87.42           C  \\nATOM   2411  C   ASP A  83       0.930 -10.893 -19.272  1.00 87.42           C  \\nATOM   2412  O   ASP A  83       0.214  -9.993 -19.717  1.00 87.42           O  \\nATOM   2413  CB  ASP A  83       1.488 -13.278 -19.798  1.00 87.42           C  \\nATOM   2414  CG  ASP A  83       1.783 -13.025 -21.266  1.00 87.42           C  \\nATOM   2415  OD1 ASP A  83       1.371 -11.972 -21.797  1.00 87.42           O  \\nATOM   2416  OD2 ASP A  83       2.432 -13.887 -21.897  1.00 87.42           O  \\nATOM   2417  N   LEU A  84       2.130 -10.617 -18.695  1.00 93.44           N  \\nATOM   2418  CA  LEU A  84       2.772  -9.306 -18.691  1.00 93.44           C  \\nATOM   2419  C   LEU A  84       3.796  -9.199 -19.815  1.00 93.44           C  \\nATOM   2420  O   LEU A  84       4.965  -8.894 -19.569  1.00 93.44           O  \\nATOM   2421  CB  LEU A  84       3.447  -9.044 -17.343  1.00 93.44           C  \\nATOM   2422  CG  LEU A  84       2.537  -9.060 -16.114  1.00 93.44           C  \\nATOM   2423  CD1 LEU A  84       3.368  -8.987 -14.837  1.00 93.44           C  \\nATOM   2424  CD2 LEU A  84       1.538  -7.910 -16.173  1.00 93.44           C  \\nATOM   2425  N   HIS A  85       3.347  -9.472 -20.984  1.00 90.64           N  \\nATOM   2426  CA  HIS A  85       4.223  -9.595 -22.143  1.00 90.64           C  \\nATOM   2427  C   HIS A  85       4.882  -8.262 -22.480  1.00 90.64           C  \\nATOM   2428  O   HIS A  85       5.914  -8.228 -23.154  1.00 90.64           O  \\nATOM   2429  CB  HIS A  85       3.442 -10.115 -23.351  1.00 90.64           C  \\nATOM   2430  CG  HIS A  85       2.515  -9.104 -23.947  1.00 90.64           C  \\nATOM   2431  ND1 HIS A  85       1.233  -8.905 -23.480  1.00 90.64           N  \\nATOM   2432  CD2 HIS A  85       2.686  -8.234 -24.970  1.00 90.64           C  \\nATOM   2433  CE1 HIS A  85       0.655  -7.954 -24.194  1.00 90.64           C  \\nATOM   2434  NE2 HIS A  85       1.515  -7.530 -25.104  1.00 90.64           N  \\nATOM   2435  N   ALA A  86       4.304  -7.187 -22.115  1.00 95.25           N  \\nATOM   2436  CA  ALA A  86       4.892  -5.876 -22.377  1.00 95.25           C  \\nATOM   2437  C   ALA A  86       6.239  -5.729 -21.674  1.00 95.25           C  \\nATOM   2438  O   ALA A  86       7.075  -4.921 -22.084  1.00 95.25           O  \\nATOM   2439  CB  ALA A  86       3.940  -4.768 -21.933  1.00 95.25           C  \\nATOM   2440  N   PHE A  87       6.434  -6.492 -20.632  1.00 95.74           N  \\nATOM   2441  CA  PHE A  87       7.691  -6.458 -19.894  1.00 95.74           C  \\nATOM   2442  C   PHE A  87       8.470  -7.753 -20.092  1.00 95.74           C  \\nATOM   2443  O   PHE A  87       9.282  -8.131 -19.244  1.00 95.74           O  \\nATOM   2444  CB  PHE A  87       7.435  -6.223 -18.402  1.00 95.74           C  \\nATOM   2445  CG  PHE A  87       6.800  -4.893 -18.097  1.00 95.74           C  \\nATOM   2446  CD1 PHE A  87       7.556  -3.727 -18.112  1.00 95.74           C  \\nATOM   2447  CD2 PHE A  87       5.447  -4.808 -17.797  1.00 95.74           C  \\nATOM   2448  CE1 PHE A  87       6.972  -2.494 -17.830  1.00 95.74           C  \\nATOM   2449  CE2 PHE A  87       4.856  -3.580 -17.514  1.00 95.74           C  \\nATOM   2450  CZ  PHE A  87       5.620  -2.424 -17.531  1.00 95.74           C  \\nATOM   2451  N   GLU A  88       8.241  -8.425 -21.204  1.00 93.88           N  \\nATOM   2452  CA  GLU A  88       8.857  -9.728 -21.436  1.00 93.88           C  \\nATOM   2453  C   GLU A  88      10.375  -9.610 -21.545  1.00 93.88           C  \\nATOM   2454  O   GLU A  88      11.094 -10.596 -21.372  1.00 93.88           O  \\nATOM   2455  CB  GLU A  88       8.288 -10.375 -22.701  1.00 93.88           C  \\nATOM   2456  CG  GLU A  88       8.677  -9.659 -23.986  1.00 93.88           C  \\nATOM   2457  CD  GLU A  88       8.075 -10.291 -25.231  1.00 93.88           C  \\nATOM   2458  OE1 GLU A  88       7.307 -11.272 -25.103  1.00 93.88           O  \\nATOM   2459  OE2 GLU A  88       8.374  -9.802 -26.343  1.00 93.88           O  \\nATOM   2460  N   ASN A  89      10.947  -8.404 -21.889  1.00 94.72           N  \\nATOM   2461  CA  ASN A  89      12.380  -8.214 -22.082  1.00 94.72           C  \\nATOM   2462  C   ASN A  89      13.026  -7.549 -20.869  1.00 94.72           C  \\nATOM   2463  O   ASN A  89      14.216  -7.232 -20.890  1.00 94.72           O  \\nATOM   2464  CB  ASN A  89      12.647  -7.390 -23.343  1.00 94.72           C  \\nATOM   2465  CG  ASN A  89      12.337  -8.153 -24.616  1.00 94.72           C  \\nATOM   2466  OD1 ASN A  89      12.583  -9.359 -24.706  1.00 94.72           O  \\nATOM   2467  ND2 ASN A  89      11.795  -7.457 -25.608  1.00 94.72           N  \\nATOM   2468  N   LEU A  90      12.267  -7.325 -19.743  1.00 96.79           N  \\nATOM   2469  CA  LEU A  90      12.818  -6.729 -18.531  1.00 96.79           C  \\nATOM   2470  C   LEU A  90      13.780  -7.691 -17.841  1.00 96.79           C  \\nATOM   2471  O   LEU A  90      13.399  -8.808 -17.486  1.00 96.79           O  \\nATOM   2472  CB  LEU A  90      11.694  -6.336 -17.569  1.00 96.79           C  \\nATOM   2473  CG  LEU A  90      12.124  -5.683 -16.254  1.00 96.79           C  \\nATOM   2474  CD1 LEU A  90      12.818  -4.353 -16.525  1.00 96.79           C  \\nATOM   2475  CD2 LEU A  90      10.922  -5.487 -15.336  1.00 96.79           C  \\nATOM   2476  N   GLU A  91      14.981  -7.227 -17.721  1.00 94.40           N  \\nATOM   2477  CA  GLU A  91      16.032  -8.123 -17.248  1.00 94.40           C  \\nATOM   2478  C   GLU A  91      16.380  -7.843 -15.789  1.00 94.40           C  \\nATOM   2479  O   GLU A  91      16.684  -8.766 -15.030  1.00 94.40           O  \\nATOM   2480  CB  GLU A  91      17.282  -7.995 -18.121  1.00 94.40           C  \\nATOM   2481  CG  GLU A  91      17.077  -8.446 -19.560  1.00 94.40           C  \\nATOM   2482  CD  GLU A  91      18.342  -8.368 -20.400  1.00 94.40           C  \\nATOM   2483  OE1 GLU A  91      19.414  -8.028 -19.851  1.00 94.40           O  \\nATOM   2484  OE2 GLU A  91      18.259  -8.648 -21.617  1.00 94.40           O  \\nATOM   2485  N   ILE A  92      16.245  -6.510 -15.413  1.00 95.80           N  \\nATOM   2486  CA  ILE A  92      16.761  -6.170 -14.092  1.00 95.80           C  \\nATOM   2487  C   ILE A  92      15.878  -5.100 -13.453  1.00 95.80           C  \\nATOM   2488  O   ILE A  92      15.547  -4.098 -14.091  1.00 95.80           O  \\nATOM   2489  CB  ILE A  92      18.226  -5.683 -14.165  1.00 95.80           C  \\nATOM   2490  CG1 ILE A  92      19.113  -6.756 -14.806  1.00 95.80           C  \\nATOM   2491  CG2 ILE A  92      18.740  -5.306 -12.773  1.00 95.80           C  \\nATOM   2492  CD1 ILE A  92      20.546  -6.305 -15.057  1.00 95.80           C  \\nATOM   2493  N   ILE A  93      15.461  -5.413 -12.272  1.00 96.16           N  \\nATOM   2494  CA  ILE A  93      14.901  -4.399 -11.386  1.00 96.16           C  \\nATOM   2495  C   ILE A  93      15.896  -4.079 -10.273  1.00 96.16           C  \\nATOM   2496  O   ILE A  93      16.261  -4.956  -9.486  1.00 96.16           O  \\nATOM   2497  CB  ILE A  93      13.553  -4.856 -10.784  1.00 96.16           C  \\nATOM   2498  CG1 ILE A  93      12.548  -5.166 -11.899  1.00 96.16           C  \\nATOM   2499  CG2 ILE A  93      13.001  -3.795  -9.828  1.00 96.16           C  \\nATOM   2500  CD1 ILE A  93      11.251  -5.793 -11.407  1.00 96.16           C  \\nATOM   2501  N   ARG A  94      16.277  -2.821 -10.176  1.00 95.00           N  \\nATOM   2502  CA  ARG A  94      17.378  -2.447  -9.294  1.00 95.00           C  \\nATOM   2503  C   ARG A  94      16.876  -2.167  -7.882  1.00 95.00           C  \\nATOM   2504  O   ARG A  94      17.576  -2.437  -6.903  1.00 95.00           O  \\nATOM   2505  CB  ARG A  94      18.114  -1.223  -9.842  1.00 95.00           C  \\nATOM   2506  CG  ARG A  94      18.827  -1.472 -11.161  1.00 95.00           C  \\nATOM   2507  CD  ARG A  94      20.092  -2.297 -10.971  1.00 95.00           C  \\nATOM   2508  NE  ARG A  94      20.890  -2.350 -12.194  1.00 95.00           N  \\nATOM   2509  CZ  ARG A  94      21.843  -3.245 -12.438  1.00 95.00           C  \\nATOM   2510  NH1 ARG A  94      22.138  -4.183 -11.546  1.00 95.00           N  \\nATOM   2511  NH2 ARG A  94      22.507  -3.201 -13.584  1.00 95.00           N  \\nATOM   2512  N   GLY A  95      15.704  -1.751  -7.792  1.00 91.40           N  \\nATOM   2513  CA  GLY A  95      15.084  -1.589  -6.486  1.00 91.40           C  \\nATOM   2514  C   GLY A  95      15.662  -0.434  -5.690  1.00 91.40           C  \\nATOM   2515  O   GLY A  95      15.700  -0.480  -4.459  1.00 91.40           O  \\nATOM   2516  N   ARG A  96      16.020   0.666  -6.225  1.00 89.07           N  \\nATOM   2517  CA  ARG A  96      16.540   1.837  -5.526  1.00 89.07           C  \\nATOM   2518  C   ARG A  96      15.449   2.513  -4.703  1.00 89.07           C  \\nATOM   2519  O   ARG A  96      15.727   3.096  -3.653  1.00 89.07           O  \\nATOM   2520  CB  ARG A  96      17.141   2.834  -6.519  1.00 89.07           C  \\nATOM   2521  CG  ARG A  96      18.444   2.367  -7.149  1.00 89.07           C  \\nATOM   2522  CD  ARG A  96      19.028   3.418  -8.082  1.00 89.07           C  \\nATOM   2523  NE  ARG A  96      20.275   2.964  -8.692  1.00 89.07           N  \\nATOM   2524  CZ  ARG A  96      20.922   3.605  -9.662  1.00 89.07           C  \\nATOM   2525  NH1 ARG A  96      20.450   4.745 -10.153  1.00 89.07           N  \\nATOM   2526  NH2 ARG A  96      22.049   3.103 -10.144  1.00 89.07           N  \\nATOM   2527  N   THR A  97      14.439   2.463  -5.255  1.00 87.04           N  \\nATOM   2528  CA  THR A  97      13.222   2.826  -4.537  1.00 87.04           C  \\nATOM   2529  C   THR A  97      12.233   1.664  -4.529  1.00 87.04           C  \\nATOM   2530  O   THR A  97      12.163   0.894  -5.490  1.00 87.04           O  \\nATOM   2531  CB  THR A  97      12.555   4.067  -5.158  1.00 87.04           C  \\nATOM   2532  OG1 THR A  97      12.253   3.802  -6.534  1.00 87.04           O  \\nATOM   2533  CG2 THR A  97      13.472   5.283  -5.076  1.00 87.04           C  \\nATOM   2534  N   LYS A  98      11.454   1.534  -3.513  1.00 84.19           N  \\nATOM   2535  CA  LYS A  98      10.550   0.400  -3.344  1.00 84.19           C  \\nATOM   2536  C   LYS A  98       9.139   0.868  -3.000  1.00 84.19           C  \\nATOM   2537  O   LYS A  98       8.964   1.873  -2.308  1.00 84.19           O  \\nATOM   2538  CB  LYS A  98      11.069  -0.543  -2.257  1.00 84.19           C  \\nATOM   2539  CG  LYS A  98      12.459  -1.096  -2.530  1.00 84.19           C  \\nATOM   2540  CD  LYS A  98      12.948  -1.971  -1.382  1.00 84.19           C  \\nATOM   2541  CE  LYS A  98      14.434  -1.769  -1.118  1.00 84.19           C  \\nATOM   2542  NZ  LYS A  98      15.088  -3.026  -0.647  1.00 84.19           N  \\nATOM   2543  N   GLN A  99       8.311   0.048  -3.571  1.00 81.98           N  \\nATOM   2544  CA  GLN A  99       6.927   0.312  -3.193  1.00 81.98           C  \\nATOM   2545  C   GLN A  99       6.694   0.016  -1.715  1.00 81.98           C  \\nATOM   2546  O   GLN A  99       6.961  -1.094  -1.249  1.00 81.98           O  \\nATOM   2547  CB  GLN A  99       5.968  -0.514  -4.052  1.00 81.98           C  \\nATOM   2548  CG  GLN A  99       4.498  -0.216  -3.792  1.00 81.98           C  \\nATOM   2549  CD  GLN A  99       3.568  -1.155  -4.537  1.00 81.98           C  \\nATOM   2550  OE1 GLN A  99       4.017  -2.065  -5.242  1.00 81.98           O  \\nATOM   2551  NE2 GLN A  99       2.265  -0.942  -4.387  1.00 81.98           N  \\nATOM   2552  N   HIS A 100       6.219   0.877  -1.094  1.00 70.43           N  \\nATOM   2553  CA  HIS A 100       5.984   0.808   0.344  1.00 70.43           C  \\nATOM   2554  C   HIS A 100       7.268   0.477   1.097  1.00 70.43           C  \\nATOM   2555  O   HIS A 100       7.226  -0.146   2.160  1.00 70.43           O  \\nATOM   2556  CB  HIS A 100       4.906  -0.229   0.661  1.00 70.43           C  \\nATOM   2557  CG  HIS A 100       3.565   0.105   0.090  1.00 70.43           C  \\nATOM   2558  ND1 HIS A 100       2.828   1.191   0.508  1.00 70.43           N  \\nATOM   2559  CD2 HIS A 100       2.830  -0.506  -0.869  1.00 70.43           C  \\nATOM   2560  CE1 HIS A 100       1.694   1.234  -0.171  1.00 70.43           C  \\nATOM   2561  NE2 HIS A 100       1.671   0.216  -1.013  1.00 70.43           N  \\nATOM   2562  N   GLY A 101       8.383   0.900   0.338  1.00 73.00           N  \\nATOM   2563  CA  GLY A 101       9.707   0.703   0.906  1.00 73.00           C  \\nATOM   2564  C   GLY A 101      10.101  -0.758   1.011  1.00 73.00           C  \\nATOM   2565  O   GLY A 101      11.123  -1.089   1.615  1.00 73.00           O  \\nATOM   2566  N   GLN A 102       9.374  -1.560   0.434  1.00 76.93           N  \\nATOM   2567  CA  GLN A 102       9.633  -2.983   0.628  1.00 76.93           C  \\nATOM   2568  C   GLN A 102       9.644  -3.727  -0.704  1.00 76.93           C  \\nATOM   2569  O   GLN A 102      10.445  -4.642  -0.903  1.00 76.93           O  \\nATOM   2570  CB  GLN A 102       8.589  -3.596   1.563  1.00 76.93           C  \\nATOM   2571  CG  GLN A 102       8.830  -5.068   1.872  1.00 76.93           C  \\nATOM   2572  CD  GLN A 102       7.893  -5.604   2.938  1.00 76.93           C  \\nATOM   2573  OE1 GLN A 102       6.986  -4.903   3.396  1.00 76.93           O  \\nATOM   2574  NE2 GLN A 102       8.107  -6.852   3.342  1.00 76.93           N  \\nATOM   2575  N   PHE A 103       8.828  -3.505  -1.607  1.00 86.24           N  \\nATOM   2576  CA  PHE A 103       8.605  -4.353  -2.772  1.00 86.24           C  \\nATOM   2577  C   PHE A 103       9.130  -3.685  -4.037  1.00 86.24           C  \\nATOM   2578  O   PHE A 103       8.772  -2.544  -4.337  1.00 86.24           O  \\nATOM   2579  CB  PHE A 103       7.115  -4.675  -2.928  1.00 86.24           C  \\nATOM   2580  CG  PHE A 103       6.511  -5.347  -1.725  1.00 86.24           C  \\nATOM   2581  CD1 PHE A 103       6.744  -6.694  -1.474  1.00 86.24           C  \\nATOM   2582  CD2 PHE A 103       5.708  -4.632  -0.845  1.00 86.24           C  \\nATOM   2583  CE1 PHE A 103       6.186  -7.319  -0.361  1.00 86.24           C  \\nATOM   2584  CE2 PHE A 103       5.146  -5.250   0.268  1.00 86.24           C  \\nATOM   2585  CZ  PHE A 103       5.386  -6.594   0.508  1.00 86.24           C  \\nATOM   2586  N   SER A 104       9.971  -4.448  -4.788  1.00 91.28           N  \\nATOM   2587  CA  SER A 104      10.493  -3.937  -6.052  1.00 91.28           C  \\nATOM   2588  C   SER A 104       9.685  -4.460  -7.235  1.00 91.28           C  \\nATOM   2589  O   SER A 104       9.683  -3.854  -8.308  1.00 91.28           O  \\nATOM   2590  CB  SER A 104      11.964  -4.321  -6.219  1.00 91.28           C  \\nATOM   2591  OG  SER A 104      12.152  -5.706  -5.984  1.00 91.28           O  \\nATOM   2592  N   LEU A 105       9.060  -5.501  -7.046  1.00 94.64           N  \\nATOM   2593  CA  LEU A 105       8.112  -6.052  -8.009  1.00 94.64           C  \\nATOM   2594  C   LEU A 105       6.782  -6.377  -7.337  1.00 94.64           C  \\nATOM   2595  O   LEU A 105       6.741  -7.140  -6.369  1.00 94.64           O  \\nATOM   2596  CB  LEU A 105       8.686  -7.310  -8.666  1.00 94.64           C  \\nATOM   2597  CG  LEU A 105       7.798  -7.998  -9.703  1.00 94.64           C  \\nATOM   2598  CD1 LEU A 105       7.595  -7.093 -10.913  1.00 94.64           C  \\nATOM   2599  CD2 LEU A 105       8.402  -9.334 -10.123  1.00 94.64           C  \\nATOM   2600  N   ALA A 106       5.791  -5.714  -7.673  1.00 92.23           N  \\nATOM   2601  CA  ALA A 106       4.455  -5.928  -7.125  1.00 92.23           C  \\nATOM   2602  C   ALA A 106       3.439  -6.174  -8.237  1.00 92.23           C  \\nATOM   2603  O   ALA A 106       3.238  -5.319  -9.103  1.00 92.23           O  \\nATOM   2604  CB  ALA A 106       4.030  -4.732  -6.276  1.00 92.23           C  \\nATOM   2605  N   VAL A 107       2.999  -7.328  -8.310  1.00 93.18           N  \\nATOM   2606  CA  VAL A 107       1.926  -7.715  -9.220  1.00 93.18           C  \\nATOM   2607  C   VAL A 107       0.664  -8.040  -8.425  1.00 93.18           C  \\nATOM   2608  O   VAL A 107       0.610  -9.050  -7.720  1.00 93.18           O  \\nATOM   2609  CB  VAL A 107       2.332  -8.924 -10.093  1.00 93.18           C  \\nATOM   2610  CG1 VAL A 107       1.189  -9.326 -11.024  1.00 93.18           C  \\nATOM   2611  CG2 VAL A 107       3.591  -8.603 -10.896  1.00 93.18           C  \\nATOM   2612  N   VAL A 108      -0.342  -7.173  -8.491  1.00 87.66           N  \\nATOM   2613  CA  VAL A 108      -1.453  -7.293  -7.552  1.00 87.66           C  \\nATOM   2614  C   VAL A 108      -2.777  -7.255  -8.311  1.00 87.66           C  \\nATOM   2615  O   VAL A 108      -3.025  -6.335  -9.094  1.00 87.66           O  \\nATOM   2616  CB  VAL A 108      -1.417  -6.175  -6.485  1.00 87.66           C  \\nATOM   2617  CG1 VAL A 108      -2.528  -6.375  -5.457  1.00 87.66           C  \\nATOM   2618  CG2 VAL A 108      -0.052  -6.135  -5.801  1.00 87.66           C  \\nATOM   2619  N   SER A 109      -3.574  -8.107  -8.103  1.00 83.69           N  \\nATOM   2620  CA  SER A 109      -4.972  -8.212  -8.508  1.00 83.69           C  \\nATOM   2621  C   SER A 109      -5.130  -7.992 -10.009  1.00 83.69           C  \\nATOM   2622  O   SER A 109      -5.980  -7.210 -10.440  1.00 83.69           O  \\nATOM   2623  CB  SER A 109      -5.829  -7.203  -7.743  1.00 83.69           C  \\nATOM   2624  OG  SER A 109      -5.953  -7.578  -6.382  1.00 83.69           O  \\nATOM   2625  N   LEU A 110      -4.395  -8.780 -10.700  1.00 87.14           N  \\nATOM   2626  CA  LEU A 110      -4.471  -8.739 -12.156  1.00 87.14           C  \\nATOM   2627  C   LEU A 110      -5.214  -9.956 -12.696  1.00 87.14           C  \\nATOM   2628  O   LEU A 110      -5.298 -10.986 -12.024  1.00 87.14           O  \\nATOM   2629  CB  LEU A 110      -3.068  -8.671 -12.764  1.00 87.14           C  \\nATOM   2630  CG  LEU A 110      -2.144  -7.582 -12.218  1.00 87.14           C  \\nATOM   2631  CD1 LEU A 110      -0.769  -7.677 -12.871  1.00 87.14           C  \\nATOM   2632  CD2 LEU A 110      -2.753  -6.202 -12.442  1.00 87.14           C  \\nATOM   2633  N   ASN A 111      -5.735  -9.833 -13.770  1.00 86.23           N  \\nATOM   2634  CA  ASN A 111      -6.380 -10.959 -14.438  1.00 86.23           C  \\nATOM   2635  C   ASN A 111      -5.462 -11.594 -15.479  1.00 86.23           C  \\nATOM   2636  O   ASN A 111      -5.744 -11.541 -16.677  1.00 86.23           O  \\nATOM   2637  CB  ASN A 111      -7.693 -10.518 -15.087  1.00 86.23           C  \\nATOM   2638  CG  ASN A 111      -8.598 -11.686 -15.427  1.00 86.23           C  \\nATOM   2639  OD1 ASN A 111      -8.513 -12.752 -14.812  1.00 86.23           O  \\nATOM   2640  ND2 ASN A 111      -9.471 -11.493 -16.409  1.00 86.23           N  \\nATOM   2641  N   ILE A 112      -4.434 -12.298 -15.008  1.00 91.05           N  \\nATOM   2642  CA  ILE A 112      -3.443 -12.942 -15.864  1.00 91.05           C  \\nATOM   2643  C   ILE A 112      -3.256 -14.395 -15.434  1.00 91.05           C  \\nATOM   2644  O   ILE A 112      -3.452 -14.733 -14.264  1.00 91.05           O  \\nATOM   2645  CB  ILE A 112      -2.092 -12.193 -15.827  1.00 91.05           C  \\nATOM   2646  CG1 ILE A 112      -1.536 -12.166 -14.398  1.00 91.05           C  \\nATOM   2647  CG2 ILE A 112      -2.245 -10.775 -16.383  1.00 91.05           C  \\nATOM   2648  CD1 ILE A 112      -0.145 -11.557 -14.287  1.00 91.05           C  \\nATOM   2649  N   THR A 113      -2.894 -15.120 -16.491  1.00 92.53           N  \\nATOM   2650  CA  THR A 113      -2.712 -16.541 -16.216  1.00 92.53           C  \\nATOM   2651  C   THR A 113      -1.234 -16.872 -16.038  1.00 92.53           C  \\nATOM   2652  O   THR A 113      -0.889 -17.898 -15.447  1.00 92.53           O  \\nATOM   2653  CB  THR A 113      -3.303 -17.408 -17.343  1.00 92.53           C  \\nATOM   2654  OG1 THR A 113      -2.731 -17.010 -18.595  1.00 92.53           O  \\nATOM   2655  CG2 THR A 113      -4.819 -17.254 -17.418  1.00 92.53           C  \\nATOM   2656  N   SER A 114      -0.440 -16.132 -16.558  1.00 94.44           N  \\nATOM   2657  CA  SER A 114       1.006 -16.281 -16.431  1.00 94.44           C  \\nATOM   2658  C   SER A 114       1.686 -14.929 -16.240  1.00 94.44           C  \\nATOM   2659  O   SER A 114       1.117 -13.889 -16.577  1.00 94.44           O  \\nATOM   2660  CB  SER A 114       1.583 -16.982 -17.662  1.00 94.44           C  \\nATOM   2661  OG  SER A 114       1.362 -16.211 -18.830  1.00 94.44           O  \\nATOM   2662  N   LEU A 115       2.882 -14.937 -15.648  1.00 95.38           N  \\nATOM   2663  CA  LEU A 115       3.584 -13.683 -15.402  1.00 95.38           C  \\nATOM   2664  C   LEU A 115       4.320 -13.217 -16.654  1.00 95.38           C  \\nATOM   2665  O   LEU A 115       4.464 -12.014 -16.884  1.00 95.38           O  \\nATOM   2666  CB  LEU A 115       4.573 -13.840 -14.244  1.00 95.38           C  \\nATOM   2667  CG  LEU A 115       3.967 -13.918 -12.841  1.00 95.38           C  \\nATOM   2668  CD1 LEU A 115       5.018 -14.373 -11.835  1.00 95.38           C  \\nATOM   2669  CD2 LEU A 115       3.380 -12.570 -12.436  1.00 95.38           C  \\nATOM   2670  N   GLY A 116       4.839 -13.957 -17.403  1.00 93.53           N  \\nATOM   2671  CA  GLY A 116       5.398 -13.634 -18.706  1.00 93.53           C  \\nATOM   2672  C   GLY A 116       6.655 -12.788 -18.622  1.00 93.53           C  \\nATOM   2673  O   GLY A 116       7.045 -12.149 -19.601  1.00 93.53           O  \\nATOM   2674  N   LEU A 117       7.325 -12.688 -17.627  1.00 94.30           N  \\nATOM   2675  CA  LEU A 117       8.552 -11.926 -17.417  1.00 94.30           C  \\nATOM   2676  C   LEU A 117       9.779 -12.771 -17.741  1.00 94.30           C  \\nATOM   2677  O   LEU A 117      10.670 -12.927 -16.903  1.00 94.30           O  \\nATOM   2678  CB  LEU A 117       8.630 -11.424 -15.972  1.00 94.30           C  \\nATOM   2679  CG  LEU A 117       7.548 -10.435 -15.539  1.00 94.30           C  \\nATOM   2680  CD1 LEU A 117       7.541 -10.288 -14.021  1.00 94.30           C  \\nATOM   2681  CD2 LEU A 117       7.758  -9.082 -16.211  1.00 94.30           C  \\nATOM   2682  N   ARG A 118       9.771 -13.254 -18.870  1.00 91.11           N  \\nATOM   2683  CA  ARG A 118      10.651 -14.352 -19.256  1.00 91.11           C  \\nATOM   2684  C   ARG A 118      12.112 -13.918 -19.230  1.00 91.11           C  \\nATOM   2685  O   ARG A 118      13.014 -14.756 -19.163  1.00 91.11           O  \\nATOM   2686  CB  ARG A 118      10.284 -14.872 -20.648  1.00 91.11           C  \\nATOM   2687  CG  ARG A 118      10.380 -13.822 -21.743  1.00 91.11           C  \\nATOM   2688  CD  ARG A 118       9.942 -14.373 -23.093  1.00 91.11           C  \\nATOM   2689  NE  ARG A 118       9.803 -13.313 -24.088  1.00 91.11           N  \\nATOM   2690  CZ  ARG A 118       9.287 -13.477 -25.303  1.00 91.11           C  \\nATOM   2691  NH1 ARG A 118       8.849 -14.667 -25.699  1.00 91.11           N  \\nATOM   2692  NH2 ARG A 118       9.209 -12.444 -26.129  1.00 91.11           N  \\nATOM   2693  N   SER A 119      12.439 -12.630 -19.302  1.00 93.21           N  \\nATOM   2694  CA  SER A 119      13.822 -12.167 -19.355  1.00 93.21           C  \\nATOM   2695  C   SER A 119      14.284 -11.649 -17.997  1.00 93.21           C  \\nATOM   2696  O   SER A 119      15.413 -11.173 -17.860  1.00 93.21           O  \\nATOM   2697  CB  SER A 119      13.980 -11.071 -20.409  1.00 93.21           C  \\nATOM   2698  OG  SER A 119      13.687 -11.570 -21.702  1.00 93.21           O  \\nATOM   2699  N   LEU A 120      13.445 -11.667 -16.992  1.00 94.50           N  \\nATOM   2700  CA  LEU A 120      13.850 -11.151 -15.689  1.00 94.50           C  \\nATOM   2701  C   LEU A 120      14.915 -12.042 -15.059  1.00 94.50           C  \\nATOM   2702  O   LEU A 120      14.675 -13.227 -14.817  1.00 94.50           O  \\nATOM   2703  CB  LEU A 120      12.641 -11.042 -14.756  1.00 94.50           C  \\nATOM   2704  CG  LEU A 120      12.878 -10.336 -13.420  1.00 94.50           C  \\nATOM   2705  CD1 LEU A 120      13.256  -8.877 -13.652  1.00 94.50           C  \\nATOM   2706  CD2 LEU A 120      11.640 -10.439 -12.535  1.00 94.50           C  \\nATOM   2707  N   LYS A 121      15.948 -11.438 -14.821  1.00 92.45           N  \\nATOM   2708  CA  LYS A 121      17.102 -12.215 -14.376  1.00 92.45           C  \\nATOM   2709  C   LYS A 121      17.551 -11.784 -12.983  1.00 92.45           C  \\nATOM   2710  O   LYS A 121      18.080 -12.593 -12.218  1.00 92.45           O  \\nATOM   2711  CB  LYS A 121      18.259 -12.072 -15.367  1.00 92.45           C  \\nATOM   2712  CG  LYS A 121      17.964 -12.637 -16.749  1.00 92.45           C  \\nATOM   2713  CD  LYS A 121      19.131 -12.420 -17.702  1.00 92.45           C  \\nATOM   2714  CE  LYS A 121      18.781 -12.844 -19.122  1.00 92.45           C  \\nATOM   2715  NZ  LYS A 121      19.843 -12.450 -20.096  1.00 92.45           N  \\nATOM   2716  N   GLU A 122      17.227 -10.564 -12.758  1.00 94.22           N  \\nATOM   2717  CA  GLU A 122      17.784 -10.055 -11.508  1.00 94.22           C  \\nATOM   2718  C   GLU A 122      16.867  -9.010 -10.879  1.00 94.22           C  \\nATOM   2719  O   GLU A 122      16.417  -8.083 -11.556  1.00 94.22           O  \\nATOM   2720  CB  GLU A 122      19.175  -9.460 -11.743  1.00 94.22           C  \\nATOM   2721  CG  GLU A 122      19.881  -9.024 -10.467  1.00 94.22           C  \\nATOM   2722  CD  GLU A 122      21.282  -8.487 -10.711  1.00 94.22           C  \\nATOM   2723  OE1 GLU A 122      21.836  -8.711 -11.811  1.00 94.22           O  \\nATOM   2724  OE2 GLU A 122      21.831  -7.836  -9.793  1.00 94.22           O  \\nATOM   2725  N   ILE A 123      16.565  -9.192  -9.632  1.00 95.39           N  \\nATOM   2726  CA  ILE A 123      16.058  -8.158  -8.736  1.00 95.39           C  \\nATOM   2727  C   ILE A 123      17.111  -7.828  -7.681  1.00 95.39           C  \\nATOM   2728  O   ILE A 123      17.359  -8.624  -6.772  1.00 95.39           O  \\nATOM   2729  CB  ILE A 123      14.739  -8.595  -8.058  1.00 95.39           C  \\nATOM   2730  CG1 ILE A 123      13.680  -8.927  -9.116  1.00 95.39           C  \\nATOM   2731  CG2 ILE A 123      14.238  -7.508  -7.103  1.00 95.39           C  \\nATOM   2732  CD1 ILE A 123      12.369  -9.442  -8.538  1.00 95.39           C  \\nATOM   2733  N   SER A 124      17.662  -6.700  -7.845  1.00 93.25           N  \\nATOM   2734  CA  SER A 124      18.880  -6.367  -7.114  1.00 93.25           C  \\nATOM   2735  C   SER A 124      18.587  -6.100  -5.642  1.00 93.25           C  \\nATOM   2736  O   SER A 124      19.378  -6.466  -4.770  1.00 93.25           O  \\nATOM   2737  CB  SER A 124      19.562  -5.147  -7.736  1.00 93.25           C  \\nATOM   2738  OG  SER A 124      19.913  -5.400  -9.085  1.00 93.25           O  \\nATOM   2739  N   ASP A 125      17.461  -5.497  -5.496  1.00 89.81           N  \\nATOM   2740  CA  ASP A 125      17.042  -5.179  -4.135  1.00 89.81           C  \\nATOM   2741  C   ASP A 125      15.521  -5.084  -4.037  1.00 89.81           C  \\nATOM   2742  O   ASP A 125      14.849  -4.768  -5.021  1.00 89.81           O  \\nATOM   2743  CB  ASP A 125      17.682  -3.870  -3.668  1.00 89.81           C  \\nATOM   2744  CG  ASP A 125      17.698  -3.723  -2.157  1.00 89.81           C  \\nATOM   2745  OD1 ASP A 125      17.437  -4.717  -1.445  1.00 89.81           O  \\nATOM   2746  OD2 ASP A 125      17.970  -2.603  -1.674  1.00 89.81           O  \\nATOM   2747  N   GLY A 126      14.908  -5.261  -2.879  1.00 88.05           N  \\nATOM   2748  CA  GLY A 126      13.475  -5.215  -2.637  1.00 88.05           C  \\nATOM   2749  C   GLY A 126      12.818  -6.581  -2.679  1.00 88.05           C  \\nATOM   2750  O   GLY A 126      13.328  -7.502  -3.321  1.00 88.05           O  \\nATOM   2751  N   ASP A 127      11.781  -6.665  -2.033  1.00 87.46           N  \\nATOM   2752  CA  ASP A 127      11.014  -7.907  -2.018  1.00 87.46           C  \\nATOM   2753  C   ASP A 127      10.049  -7.971  -3.200  1.00 87.46           C  \\nATOM   2754  O   ASP A 127       9.843  -6.974  -3.894  1.00 87.46           O  \\nATOM   2755  CB  ASP A 127      10.245  -8.047  -0.703  1.00 87.46           C  \\nATOM   2756  CG  ASP A 127      11.154  -8.223   0.500  1.00 87.46           C  \\nATOM   2757  OD1 ASP A 127      12.366  -8.468   0.318  1.00 87.46           O  \\nATOM   2758  OD2 ASP A 127      10.654  -8.119   1.641  1.00 87.46           O  \\nATOM   2759  N   VAL A 128       9.461  -9.150  -3.418  1.00 93.24           N  \\nATOM   2760  CA  VAL A 128       8.470  -9.379  -4.465  1.00 93.24           C  \\nATOM   2761  C   VAL A 128       7.125  -9.733  -3.835  1.00 93.24           C  \\nATOM   2762  O   VAL A 128       7.057 -10.564  -2.927  1.00 93.24           O  \\nATOM   2763  CB  VAL A 128       8.915 -10.497  -5.434  1.00 93.24           C  \\nATOM   2764  CG1 VAL A 128       7.774 -10.885  -6.372  1.00 93.24           C  \\nATOM   2765  CG2 VAL A 128      10.141 -10.055  -6.232  1.00 93.24           C  \\nATOM   2766  N   ILE A 129       6.114  -9.143  -4.287  1.00 87.13           N  \\nATOM   2767  CA  ILE A 129       4.766  -9.489  -3.848  1.00 87.13           C  \\nATOM   2768  C   ILE A 129       3.891  -9.793  -5.061  1.00 87.13           C  \\nATOM   2769  O   ILE A 129       3.782  -8.975  -5.977  1.00 87.13           O  \\nATOM   2770  CB  ILE A 129       4.139  -8.356  -3.004  1.00 87.13           C  \\nATOM   2771  CG1 ILE A 129       2.776  -8.793  -2.454  1.00 87.13           C  \\nATOM   2772  CG2 ILE A 129       4.009  -7.074  -3.832  1.00 87.13           C  \\nATOM   2773  CD1 ILE A 129       2.259  -7.921  -1.319  1.00 87.13           C  \\nATOM   2774  N   ILE A 130       3.417 -10.852  -5.162  1.00 91.97           N  \\nATOM   2775  CA  ILE A 130       2.407 -11.305  -6.112  1.00 91.97           C  \\nATOM   2776  C   ILE A 130       1.148 -11.734  -5.362  1.00 91.97           C  \\nATOM   2777  O   ILE A 130       1.153 -12.746  -4.656  1.00 91.97           O  \\nATOM   2778  CB  ILE A 130       2.932 -12.466  -6.985  1.00 91.97           C  \\nATOM   2779  CG1 ILE A 130       4.238 -12.063  -7.680  1.00 91.97           C  \\nATOM   2780  CG2 ILE A 130       1.876 -12.893  -8.009  1.00 91.97           C  \\nATOM   2781  CD1 ILE A 130       4.825 -13.148  -8.572  1.00 91.97           C  \\nATOM   2782  N   SER A 131       0.118 -10.946  -5.416  1.00 86.31           N  \\nATOM   2783  CA  SER A 131      -1.040 -11.174  -4.558  1.00 86.31           C  \\nATOM   2784  C   SER A 131      -2.344 -10.947  -5.315  1.00 86.31           C  \\nATOM   2785  O   SER A 131      -2.449 -10.016  -6.116  1.00 86.31           O  \\nATOM   2786  CB  SER A 131      -0.987 -10.260  -3.333  1.00 86.31           C  \\nATOM   2787  OG  SER A 131      -2.183 -10.360  -2.579  1.00 86.31           O  \\nATOM   2788  N   GLY A 132      -3.280 -11.735  -4.935  1.00 82.22           N  \\nATOM   2789  CA  GLY A 132      -4.661 -11.517  -5.335  1.00 82.22           C  \\nATOM   2790  C   GLY A 132      -4.903 -11.774  -6.810  1.00 82.22           C  \\nATOM   2791  O   GLY A 132      -5.786 -11.163  -7.416  1.00 82.22           O  \\nATOM   2792  N   ASN A 133      -4.103 -12.603  -7.399  1.00 87.61           N  \\nATOM   2793  CA  ASN A 133      -4.304 -12.940  -8.804  1.00 87.61           C  \\nATOM   2794  C   ASN A 133      -5.065 -14.253  -8.963  1.00 87.61           C  \\nATOM   2795  O   ASN A 133      -4.483 -15.332  -8.834  1.00 87.61           O  \\nATOM   2796  CB  ASN A 133      -2.962 -13.011  -9.537  1.00 87.61           C  \\nATOM   2797  CG  ASN A 133      -2.195 -11.705  -9.479  1.00 87.61           C  \\nATOM   2798  OD1 ASN A 133      -2.432 -10.796 -10.279  1.00 87.61           O  \\nATOM   2799  ND2 ASN A 133      -1.270 -11.602  -8.532  1.00 87.61           N  \\nATOM   2800  N   LYS A 134      -6.344 -14.142  -9.308  1.00 85.27           N  \\nATOM   2801  CA  LYS A 134      -7.300 -15.242  -9.222  1.00 85.27           C  \\nATOM   2802  C   LYS A 134      -7.010 -16.306 -10.277  1.00 85.27           C  \\nATOM   2803  O   LYS A 134      -7.424 -17.458 -10.134  1.00 85.27           O  \\nATOM   2804  CB  LYS A 134      -8.730 -14.724  -9.379  1.00 85.27           C  \\nATOM   2805  CG  LYS A 134      -9.216 -13.882  -8.208  1.00 85.27           C  \\nATOM   2806  CD  LYS A 134     -10.673 -13.474  -8.379  1.00 85.27           C  \\nATOM   2807  CE  LYS A 134     -11.149 -12.599  -7.228  1.00 85.27           C  \\nATOM   2808  NZ  LYS A 134     -12.554 -12.135  -7.429  1.00 85.27           N  \\nATOM   2809  N   ASN A 135      -6.327 -16.002 -11.294  1.00 90.60           N  \\nATOM   2810  CA  ASN A 135      -6.093 -16.929 -12.397  1.00 90.60           C  \\nATOM   2811  C   ASN A 135      -4.604 -17.199 -12.595  1.00 90.60           C  \\nATOM   2812  O   ASN A 135      -4.218 -17.932 -13.508  1.00 90.60           O  \\nATOM   2813  CB  ASN A 135      -6.712 -16.392 -13.690  1.00 90.60           C  \\nATOM   2814  CG  ASN A 135      -8.220 -16.265 -13.606  1.00 90.60           C  \\nATOM   2815  OD1 ASN A 135      -8.904 -17.162 -13.108  1.00 90.60           O  \\nATOM   2816  ND2 ASN A 135      -8.748 -15.147 -14.091  1.00 90.60           N  \\nATOM   2817  N   LEU A 136      -3.797 -16.608 -11.870  1.00 92.61           N  \\nATOM   2818  CA  LEU A 136      -2.356 -16.711 -12.066  1.00 92.61           C  \\nATOM   2819  C   LEU A 136      -1.826 -18.033 -11.519  1.00 92.61           C  \\nATOM   2820  O   LEU A 136      -1.999 -18.334 -10.336  1.00 92.61           O  \\nATOM   2821  CB  LEU A 136      -1.637 -15.541 -11.389  1.00 92.61           C  \\nATOM   2822  CG  LEU A 136      -0.115 -15.505 -11.535  1.00 92.61           C  \\nATOM   2823  CD1 LEU A 136       0.273 -15.290 -12.994  1.00 92.61           C  \\nATOM   2824  CD2 LEU A 136       0.481 -14.414 -10.651  1.00 92.61           C  \\nATOM   2825  N   CYS A 137      -1.203 -18.727 -12.428  1.00 91.32           N  \\nATOM   2826  CA  CYS A 137      -0.576 -20.002 -12.099  1.00 91.32           C  \\nATOM   2827  C   CYS A 137       0.939 -19.917 -12.241  1.00 91.32           C  \\nATOM   2828  O   CYS A 137       1.449 -19.131 -13.042  1.00 91.32           O  \\nATOM   2829  CB  CYS A 137      -1.119 -21.114 -12.995  1.00 91.32           C  \\nATOM   2830  SG  CYS A 137      -2.817 -21.595 -12.610  1.00 91.32           S  \\nATOM   2831  N   TYR A 138       1.759 -19.785 -11.927  1.00 93.19           N  \\nATOM   2832  CA  TYR A 138       3.187 -19.963 -12.164  1.00 93.19           C  \\nATOM   2833  C   TYR A 138       4.009 -19.120 -11.196  1.00 93.19           C  \\nATOM   2834  O   TYR A 138       5.242 -19.136 -11.242  1.00 93.19           O  \\nATOM   2835  CB  TYR A 138       3.543 -19.596 -13.607  1.00 93.19           C  \\nATOM   2836  CG  TYR A 138       2.831 -20.435 -14.640  1.00 93.19           C  \\nATOM   2837  CD1 TYR A 138       3.335 -21.674 -15.028  1.00 93.19           C  \\nATOM   2838  CD2 TYR A 138       1.652 -19.990 -15.231  1.00 93.19           C  \\nATOM   2839  CE1 TYR A 138       2.683 -22.450 -15.981  1.00 93.19           C  \\nATOM   2840  CE2 TYR A 138       0.992 -20.758 -16.184  1.00 93.19           C  \\nATOM   2841  CZ  TYR A 138       1.514 -21.984 -16.552  1.00 93.19           C  \\nATOM   2842  OH  TYR A 138       0.864 -22.748 -17.496  1.00 93.19           O  \\nATOM   2843  N   ALA A 139       3.304 -18.542 -10.352  1.00 93.00           N  \\nATOM   2844  CA  ALA A 139       4.004 -17.644  -9.437  1.00 93.00           C  \\nATOM   2845  C   ALA A 139       4.867 -18.428  -8.452  1.00 93.00           C  \\nATOM   2846  O   ALA A 139       5.948 -17.976  -8.069  1.00 93.00           O  \\nATOM   2847  CB  ALA A 139       3.006 -16.767  -8.685  1.00 93.00           C  \\nATOM   2848  N   ASN A 140       4.387 -19.569  -8.039  1.00 90.42           N  \\nATOM   2849  CA  ASN A 140       5.108 -20.379  -7.063  1.00 90.42           C  \\nATOM   2850  C   ASN A 140       6.103 -21.318  -7.740  1.00 90.42           C  \\nATOM   2851  O   ASN A 140       6.842 -22.037  -7.066  1.00 90.42           O  \\nATOM   2852  CB  ASN A 140       4.130 -21.177  -6.199  1.00 90.42           C  \\nATOM   2853  CG  ASN A 140       3.360 -20.302  -5.229  1.00 90.42           C  \\nATOM   2854  OD1 ASN A 140       3.928 -19.407  -4.597  1.00 90.42           O  \\nATOM   2855  ND2 ASN A 140       2.063 -20.553  -5.105  1.00 90.42           N  \\nATOM   2856  N   THR A 141       6.146 -21.254  -8.996  1.00 92.61           N  \\nATOM   2857  CA  THR A 141       7.022 -22.162  -9.729  1.00 92.61           C  \\nATOM   2858  C   THR A 141       8.420 -21.568  -9.871  1.00 92.61           C  \\nATOM   2859  O   THR A 141       9.391 -22.296 -10.090  1.00 92.61           O  \\nATOM   2860  CB  THR A 141       6.453 -22.482 -11.124  1.00 92.61           C  \\nATOM   2861  OG1 THR A 141       6.420 -21.282 -11.907  1.00 92.61           O  \\nATOM   2862  CG2 THR A 141       5.041 -23.050 -11.025  1.00 92.61           C  \\nATOM   2863  N   ILE A 142       8.594 -20.373  -9.725  1.00 93.57           N  \\nATOM   2864  CA  ILE A 142       9.859 -19.686  -9.964  1.00 93.57           C  \\nATOM   2865  C   ILE A 142      10.725 -19.748  -8.708  1.00 93.57           C  \\nATOM   2866  O   ILE A 142      10.254 -19.454  -7.606  1.00 93.57           O  \\nATOM   2867  CB  ILE A 142       9.634 -18.218 -10.389  1.00 93.57           C  \\nATOM   2868  CG1 ILE A 142       8.838 -18.157 -11.698  1.00 93.57           C  \\nATOM   2869  CG2 ILE A 142      10.971 -17.484 -10.526  1.00 93.57           C  \\nATOM   2870  CD1 ILE A 142       8.258 -16.783 -12.006  1.00 93.57           C  \\nATOM   2871  N   ASN A 143      11.950 -20.142  -8.977  1.00 92.70           N  \\nATOM   2872  CA  ASN A 143      12.935 -19.987  -7.912  1.00 92.70           C  \\nATOM   2873  C   ASN A 143      13.369 -18.532  -7.757  1.00 92.70           C  \\nATOM   2874  O   ASN A 143      14.307 -18.086  -8.419  1.00 92.70           O  \\nATOM   2875  CB  ASN A 143      14.151 -20.879  -8.171  1.00 92.70           C  \\nATOM   2876  CG  ASN A 143      15.088 -20.948  -6.981  1.00 92.70           C  \\nATOM   2877  OD1 ASN A 143      14.941 -20.196  -6.014  1.00 92.70           O  \\nATOM   2878  ND2 ASN A 143      16.059 -21.852  -7.043  1.00 92.70           N  \\nATOM   2879  N   TRP A 144      12.708 -17.833  -6.960  1.00 94.01           N  \\nATOM   2880  CA  TRP A 144      12.879 -16.390  -6.827  1.00 94.01           C  \\nATOM   2881  C   TRP A 144      14.237 -16.056  -6.218  1.00 94.01           C  \\nATOM   2882  O   TRP A 144      14.788 -14.980  -6.466  1.00 94.01           O  \\nATOM   2883  CB  TRP A 144      11.760 -15.793  -5.968  1.00 94.01           C  \\nATOM   2884  CG  TRP A 144      10.410 -15.822  -6.620  1.00 94.01           C  \\nATOM   2885  CD1 TRP A 144       9.426 -16.753  -6.436  1.00 94.01           C  \\nATOM   2886  CD2 TRP A 144       9.899 -14.878  -7.566  1.00 94.01           C  \\nATOM   2887  NE1 TRP A 144       8.332 -16.444  -7.211  1.00 94.01           N  \\nATOM   2888  CE2 TRP A 144       8.596 -15.299  -7.913  1.00 94.01           C  \\nATOM   2889  CE3 TRP A 144      10.415 -13.716  -8.154  1.00 94.01           C  \\nATOM   2890  CZ2 TRP A 144       7.802 -14.598  -8.824  1.00 94.01           C  \\nATOM   2891  CZ3 TRP A 144       9.624 -13.019  -9.060  1.00 94.01           C  \\nATOM   2892  CH2 TRP A 144       8.331 -13.464  -9.384  1.00 94.01           C  \\nATOM   2893  N   LYS A 145      14.732 -16.946  -5.432  1.00 88.00           N  \\nATOM   2894  CA  LYS A 145      16.035 -16.729  -4.811  1.00 88.00           C  \\nATOM   2895  C   LYS A 145      17.125 -16.554  -5.865  1.00 88.00           C  \\nATOM   2896  O   LYS A 145      18.105 -15.841  -5.639  1.00 88.00           O  \\nATOM   2897  CB  LYS A 145      16.387 -17.891  -3.881  1.00 88.00           C  \\nATOM   2898  CG  LYS A 145      15.577 -17.921  -2.594  1.00 88.00           C  \\nATOM   2899  CD  LYS A 145      16.053 -19.025  -1.659  1.00 88.00           C  \\nATOM   2900  CE  LYS A 145      15.230 -19.069  -0.378  1.00 88.00           C  \\nATOM   2901  NZ  LYS A 145      15.655 -20.187   0.516  1.00 88.00           N  \\nATOM   2902  N   LYS A 146      16.837 -17.171  -6.921  1.00 91.30           N  \\nATOM   2903  CA  LYS A 146      17.806 -17.058  -8.008  1.00 91.30           C  \\nATOM   2904  C   LYS A 146      17.800 -15.655  -8.606  1.00 91.30           C  \\nATOM   2905  O   LYS A 146      18.791 -15.223  -9.199  1.00 91.30           O  \\nATOM   2906  CB  LYS A 146      17.514 -18.093  -9.096  1.00 91.30           C  \\nATOM   2907  CG  LYS A 146      18.296 -19.389  -8.945  1.00 91.30           C  \\nATOM   2908  CD  LYS A 146      18.407 -20.133 -10.269  1.00 91.30           C  \\nATOM   2909  CE  LYS A 146      19.206 -21.421 -10.122  1.00 91.30           C  \\nATOM   2910  NZ  LYS A 146      19.265 -22.186 -11.404  1.00 91.30           N  \\nATOM   2911  N   LEU A 147      16.771 -15.136  -8.581  1.00 93.66           N  \\nATOM   2912  CA  LEU A 147      16.597 -13.812  -9.167  1.00 93.66           C  \\nATOM   2913  C   LEU A 147      17.019 -12.723  -8.185  1.00 93.66           C  \\nATOM   2914  O   LEU A 147      17.322 -11.599  -8.591  1.00 93.66           O  \\nATOM   2915  CB  LEU A 147      15.141 -13.599  -9.588  1.00 93.66           C  \\nATOM   2916  CG  LEU A 147      14.599 -14.547 -10.659  1.00 93.66           C  \\nATOM   2917  CD1 LEU A 147      13.084 -14.411 -10.771  1.00 93.66           C  \\nATOM   2918  CD2 LEU A 147      15.266 -14.275 -12.003  1.00 93.66           C  \\nATOM   2919  N   PHE A 148      17.105 -12.963  -7.001  1.00 91.49           N  \\nATOM   2920  CA  PHE A 148      17.385 -11.970  -5.971  1.00 91.49           C  \\nATOM   2921  C   PHE A 148      18.877 -11.664  -5.905  1.00 91.49           C  \\nATOM   2922  O   PHE A 148      19.705 -12.577  -5.936  1.00 91.49           O  \\nATOM   2923  CB  PHE A 148      16.889 -12.456  -4.605  1.00 91.49           C  \\nATOM   2924  CG  PHE A 148      15.393 -12.403  -4.449  1.00 91.49           C  \\nATOM   2925  CD1 PHE A 148      14.618 -11.628  -5.304  1.00 91.49           C  \\nATOM   2926  CD2 PHE A 148      14.761 -13.128  -3.448  1.00 91.49           C  \\nATOM   2927  CE1 PHE A 148      13.233 -11.577  -5.162  1.00 91.49           C  \\nATOM   2928  CE2 PHE A 148      13.378 -13.083  -3.300  1.00 91.49           C  \\nATOM   2929  CZ  PHE A 148      12.616 -12.305  -4.158  1.00 91.49           C  \\nATOM   2930  N   GLY A 149      19.161 -10.469  -5.788  1.00 89.62           N  \\nATOM   2931  CA  GLY A 149      20.549 -10.039  -5.724  1.00 89.62           C  \\nATOM   2932  C   GLY A 149      21.149 -10.164  -4.336  1.00 89.62           C  \\nATOM   2933  O   GLY A 149      22.369 -10.102  -4.174  1.00 89.62           O  \\nATOM   2934  N   THR A 150      20.355 -10.281  -3.379  1.00 86.92           N  \\nATOM   2935  CA  THR A 150      20.805 -10.436  -2.000  1.00 86.92           C  \\nATOM   2936  C   THR A 150      20.045 -11.563  -1.306  1.00 86.92           C  \\nATOM   2937  O   THR A 150      18.948 -11.932  -1.730  1.00 86.92           O  \\nATOM   2938  CB  THR A 150      20.628  -9.129  -1.205  1.00 86.92           C  \\nATOM   2939  OG1 THR A 150      19.231  -8.837  -1.079  1.00 86.92           O  \\nATOM   2940  CG2 THR A 150      21.318  -7.962  -1.905  1.00 86.92           C  \\nATOM   2941  N   SER A 151      20.515 -11.924  -0.298  1.00 80.87           N  \\nATOM   2942  CA  SER A 151      19.911 -13.060   0.391  1.00 80.87           C  \\nATOM   2943  C   SER A 151      18.763 -12.615   1.290  1.00 80.87           C  \\nATOM   2944  O   SER A 151      17.905 -13.421   1.655  1.00 80.87           O  \\nATOM   2945  CB  SER A 151      20.960 -13.804   1.219  1.00 80.87           C  \\nATOM   2946  OG  SER A 151      21.523 -12.951   2.201  1.00 80.87           O  \\nATOM   2947  N   GLY A 152      18.624 -11.726   1.549  1.00 81.46           N  \\nATOM   2948  CA  GLY A 152      17.621 -11.209   2.466  1.00 81.46           C  \\nATOM   2949  C   GLY A 152      16.317 -10.845   1.781  1.00 81.46           C  \\nATOM   2950  O   GLY A 152      15.345 -10.473   2.443  1.00 81.46           O  \\nATOM   2951  N   GLN A 153      16.184 -10.994   0.606  1.00 83.15           N  \\nATOM   2952  CA  GLN A 153      14.977 -10.685  -0.154  1.00 83.15           C  \\nATOM   2953  C   GLN A 153      13.958 -11.817  -0.052  1.00 83.15           C  \\nATOM   2954  O   GLN A 153      14.331 -12.990   0.011  1.00 83.15           O  \\nATOM   2955  CB  GLN A 153      15.319 -10.417  -1.620  1.00 83.15           C  \\nATOM   2956  CG  GLN A 153      16.176  -9.177  -1.835  1.00 83.15           C  \\nATOM   2957  CD  GLN A 153      16.529  -8.952  -3.293  1.00 83.15           C  \\nATOM   2958  OE1 GLN A 153      17.672  -9.165  -3.709  1.00 83.15           O  \\nATOM   2959  NE2 GLN A 153      15.550  -8.519  -4.080  1.00 83.15           N  \\nATOM   2960  N   LYS A 154      12.780 -11.324  -0.128  1.00 84.73           N  \\nATOM   2961  CA  LYS A 154      11.730 -12.317   0.083  1.00 84.73           C  \\nATOM   2962  C   LYS A 154      10.640 -12.198  -0.979  1.00 84.73           C  \\nATOM   2963  O   LYS A 154      10.515 -11.161  -1.635  1.00 84.73           O  \\nATOM   2964  CB  LYS A 154      11.121 -12.166   1.478  1.00 84.73           C  \\nATOM   2965  CG  LYS A 154      12.120 -12.344   2.611  1.00 84.73           C  \\nATOM   2966  CD  LYS A 154      11.472 -12.111   3.970  1.00 84.73           C  \\nATOM   2967  CE  LYS A 154      12.489 -12.201   5.099  1.00 84.73           C  \\nATOM   2968  NZ  LYS A 154      11.866 -11.928   6.429  1.00 84.73           N  \\nATOM   2969  N   THR A 155       9.848 -13.280  -1.038  1.00 88.26           N  \\nATOM   2970  CA  THR A 155       8.677 -13.304  -1.907  1.00 88.26           C  \\nATOM   2971  C   THR A 155       7.402 -13.506  -1.093  1.00 88.26           C  \\nATOM   2972  O   THR A 155       7.374 -14.319  -0.167  1.00 88.26           O  \\nATOM   2973  CB  THR A 155       8.793 -14.413  -2.970  1.00 88.26           C  \\nATOM   2974  OG1 THR A 155       9.014 -15.670  -2.318  1.00 88.26           O  \\nATOM   2975  CG2 THR A 155       9.948 -14.139  -3.927  1.00 88.26           C  \\nATOM   2976  N   LYS A 156       6.572 -12.701  -1.388  1.00 84.24           N  \\nATOM   2977  CA  LYS A 156       5.233 -12.863  -0.829  1.00 84.24           C  \\nATOM   2978  C   LYS A 156       4.215 -13.181  -1.921  1.00 84.24           C  \\nATOM   2979  O   LYS A 156       3.803 -12.293  -2.670  1.00 84.24           O  \\nATOM   2980  CB  LYS A 156       4.811 -11.604  -0.071  1.00 84.24           C  \\nATOM   2981  CG  LYS A 156       3.597 -11.798   0.825  1.00 84.24           C  \\nATOM   2982  CD  LYS A 156       3.382 -10.601   1.743  1.00 84.24           C  \\nATOM   2983  CE  LYS A 156       2.226 -10.834   2.706  1.00 84.24           C  \\nATOM   2984  NZ  LYS A 156       2.088  -9.717   3.687  1.00 84.24           N  \\nATOM   2985  N   ILE A 157       3.965 -14.429  -1.981  1.00 86.66           N  \\nATOM   2986  CA  ILE A 157       2.972 -14.893  -2.943  1.00 86.66           C  \\nATOM   2987  C   ILE A 157       1.719 -15.362  -2.206  1.00 86.66           C  \\nATOM   2988  O   ILE A 157       1.733 -16.405  -1.547  1.00 86.66           O  \\nATOM   2989  CB  ILE A 157       3.530 -16.031  -3.828  1.00 86.66           C  \\nATOM   2990  CG1 ILE A 157       4.767 -15.551  -4.596  1.00 86.66           C  \\nATOM   2991  CG2 ILE A 157       2.455 -16.546  -4.788  1.00 86.66           C  \\nATOM   2992  CD1 ILE A 157       5.450 -16.640  -5.412  1.00 86.66           C  \\nATOM   2993  N   ILE A 158       0.642 -14.562  -2.334  1.00 80.94           N  \\nATOM   2994  CA  ILE A 158      -0.531 -14.875  -1.525  1.00 80.94           C  \\nATOM   2995  C   ILE A 158      -1.800 -14.622  -2.336  1.00 80.94           C  \\nATOM   2996  O   ILE A 158      -1.809 -13.783  -3.240  1.00 80.94           O  \\nATOM   2997  CB  ILE A 158      -0.555 -14.048  -0.220  1.00 80.94           C  \\nATOM   2998  CG1 ILE A 158      -0.546 -12.548  -0.538  1.00 80.94           C  \\nATOM   2999  CG2 ILE A 158       0.625 -14.425   0.680  1.00 80.94           C  \\nATOM   3000  CD1 ILE A 158      -0.656 -11.655   0.689  1.00 80.94           C  \\nATOM   3001  N   SER A 159      -2.779 -15.269  -2.020  1.00 79.84           N  \\nATOM   3002  CA  SER A 159      -4.136 -15.135  -2.538  1.00 79.84           C  \\nATOM   3003  C   SER A 159      -4.162 -15.246  -4.059  1.00 79.84           C  \\nATOM   3004  O   SER A 159      -4.892 -14.513  -4.728  1.00 79.84           O  \\nATOM   3005  CB  SER A 159      -4.745 -13.800  -2.106  1.00 79.84           C  \\nATOM   3006  OG  SER A 159      -4.823 -13.716  -0.694  1.00 79.84           O  \\nATOM   3007  N   ASN A 160      -3.274 -16.061  -4.532  1.00 86.35           N  \\nATOM   3008  CA  ASN A 160      -3.334 -16.408  -5.948  1.00 86.35           C  \\nATOM   3009  C   ASN A 160      -4.079 -17.721  -6.172  1.00 86.35           C  \\nATOM   3010  O   ASN A 160      -4.547 -18.345  -5.218  1.00 86.35           O  \\nATOM   3011  CB  ASN A 160      -1.926 -16.489  -6.541  1.00 86.35           C  \\nATOM   3012  CG  ASN A 160      -1.150 -15.196  -6.381  1.00 86.35           C  \\nATOM   3013  OD1 ASN A 160      -1.453 -14.192  -7.031  1.00 86.35           O  \\nATOM   3014  ND2 ASN A 160      -0.144 -15.212  -5.514  1.00 86.35           N  \\nATOM   3015  N   ARG A 161      -4.169 -18.053  -7.294  1.00 85.45           N  \\nATOM   3016  CA  ARG A 161      -4.812 -19.330  -7.586  1.00 85.45           C  \\nATOM   3017  C   ARG A 161      -4.062 -20.484  -6.928  1.00 85.45           C  \\nATOM   3018  O   ARG A 161      -2.831 -20.536  -6.971  1.00 85.45           O  \\nATOM   3019  CB  ARG A 161      -4.900 -19.555  -9.096  1.00 85.45           C  \\nATOM   3020  CG  ARG A 161      -5.790 -20.722  -9.494  1.00 85.45           C  \\nATOM   3021  CD  ARG A 161      -6.026 -20.764 -10.998  1.00 85.45           C  \\nATOM   3022  NE  ARG A 161      -6.929 -21.850 -11.371  1.00 85.45           N  \\nATOM   3023  CZ  ARG A 161      -7.401 -22.054 -12.598  1.00 85.45           C  \\nATOM   3024  NH1 ARG A 161      -7.063 -21.248 -13.598  1.00 85.45           N  \\nATOM   3025  NH2 ARG A 161      -8.216 -23.073 -12.827  1.00 85.45           N  \\nATOM   3026  N   GLY A 162      -4.803 -21.395  -6.401  1.00 85.75           N  \\nATOM   3027  CA  GLY A 162      -4.187 -22.503  -5.688  1.00 85.75           C  \\nATOM   3028  C   GLY A 162      -3.374 -23.414  -6.589  1.00 85.75           C  \\nATOM   3029  O   GLY A 162      -3.742 -23.643  -7.743  1.00 85.75           O  \\nATOM   3030  N   GLU A 163      -2.349 -23.831  -6.118  1.00 86.42           N  \\nATOM   3031  CA  GLU A 163      -1.421 -24.662  -6.880  1.00 86.42           C  \\nATOM   3032  C   GLU A 163      -2.102 -25.930  -7.385  1.00 86.42           C  \\nATOM   3033  O   GLU A 163      -1.857 -26.366  -8.512  1.00 86.42           O  \\nATOM   3034  CB  GLU A 163      -0.200 -25.023  -6.030  1.00 86.42           C  \\nATOM   3035  CG  GLU A 163       1.041 -25.355  -6.846  1.00 86.42           C  \\nATOM   3036  CD  GLU A 163       2.276 -25.590  -5.991  1.00 86.42           C  \\nATOM   3037  OE1 GLU A 163       2.201 -25.411  -4.754  1.00 86.42           O  \\nATOM   3038  OE2 GLU A 163       3.328 -25.954  -6.563  1.00 86.42           O  \\nATOM   3039  N   ASN A 164      -2.902 -26.505  -6.411  1.00 90.57           N  \\nATOM   3040  CA  ASN A 164      -3.603 -27.726  -6.793  1.00 90.57           C  \\nATOM   3041  C   ASN A 164      -4.576 -27.478  -7.942  1.00 90.57           C  \\nATOM   3042  O   ASN A 164      -4.694 -28.302  -8.851  1.00 90.57           O  \\nATOM   3043  CB  ASN A 164      -4.341 -28.319  -5.591  1.00 90.57           C  \\nATOM   3044  CG  ASN A 164      -3.398 -28.872  -4.541  1.00 90.57           C  \\nATOM   3045  OD1 ASN A 164      -2.261 -29.244  -4.845  1.00 90.57           O  \\nATOM   3046  ND2 ASN A 164      -3.861 -28.928  -3.298  1.00 90.57           N  \\nATOM   3047  N   SER A 165      -5.065 -26.382  -7.851  1.00 92.44           N  \\nATOM   3048  CA  SER A 165      -5.990 -26.012  -8.918  1.00 92.44           C  \\nATOM   3049  C   SER A 165      -5.251 -25.771 -10.230  1.00 92.44           C  \\nATOM   3050  O   SER A 165      -5.747 -26.126 -11.302  1.00 92.44           O  \\nATOM   3051  CB  SER A 165      -6.782 -24.762  -8.532  1.00 92.44           C  \\nATOM   3052  OG  SER A 165      -7.751 -24.456  -9.519  1.00 92.44           O  \\nATOM   3053  N   CYS A 166      -4.072 -25.176 -10.159  1.00 92.61           N  \\nATOM   3054  CA  CYS A 166      -3.258 -24.937 -11.345  1.00 92.61           C  \\nATOM   3055  C   CYS A 166      -2.803 -26.251 -11.969  1.00 92.61           C  \\nATOM   3056  O   CYS A 166      -2.793 -26.391 -13.193  1.00 92.61           O  \\nATOM   3057  CB  CYS A 166      -2.041 -24.080 -10.997  1.00 92.61           C  \\nATOM   3058  SG  CYS A 166      -2.460 -22.418 -10.428  1.00 92.61           S  \\nATOM   3059  N   LYS A 167      -2.648 -27.215 -11.128  1.00 91.07           N  \\nATOM   3060  CA  LYS A 167      -2.231 -28.529 -11.611  1.00 91.07           C  \\nATOM   3061  C   LYS A 167      -3.392 -29.263 -12.275  1.00 91.07           C  \\nATOM   3062  O   LYS A 167      -3.203 -29.957 -13.277  1.00 91.07           O  \\nATOM   3063  CB  LYS A 167      -1.668 -29.368 -10.463  1.00 91.07           C  \\nATOM   3064  CG  LYS A 167      -0.247 -28.996 -10.064  1.00 91.07           C  \\nATOM   3065  CD  LYS A 167       0.277 -29.902  -8.957  1.00 91.07           C  \\nATOM   3066  CE  LYS A 167       1.647 -29.452  -8.467  1.00 91.07           C  \\nATOM   3067  NZ  LYS A 167       2.103 -30.248  -7.289  1.00 91.07           N  \\nATOM   3068  N   ALA A 168      -4.397 -29.035 -11.696  1.00 91.71           N  \\nATOM   3069  CA  ALA A 168      -5.577 -29.723 -12.215  1.00 91.71           C  \\nATOM   3070  C   ALA A 168      -5.932 -29.225 -13.613  1.00 91.71           C  \\nATOM   3071  O   ALA A 168      -6.490 -29.971 -14.421  1.00 91.71           O  \\nATOM   3072  CB  ALA A 168      -6.761 -29.536 -11.269  1.00 91.71           C  \\nATOM   3073  N   THR A 169      -5.569 -28.057 -13.942  1.00 91.75           N  \\nATOM   3074  CA  THR A 169      -5.910 -27.478 -15.237  1.00 91.75           C  \\nATOM   3075  C   THR A 169      -4.747 -27.618 -16.215  1.00 91.75           C  \\nATOM   3076  O   THR A 169      -4.788 -27.070 -17.319  1.00 91.75           O  \\nATOM   3077  CB  THR A 169      -6.295 -25.993 -15.101  1.00 91.75           C  \\nATOM   3078  OG1 THR A 169      -5.244 -25.293 -14.422  1.00 91.75           O  \\nATOM   3079  CG2 THR A 169      -7.590 -25.830 -14.314  1.00 91.75           C  \\nATOM   3080  N   GLY A 170      -3.842 -28.215 -15.810  1.00 90.68           N  \\nATOM   3081  CA  GLY A 170      -2.690 -28.461 -16.662  1.00 90.68           C  \\nATOM   3082  C   GLY A 170      -1.749 -27.274 -16.751  1.00 90.68           C  \\nATOM   3083  O   GLY A 170      -0.903 -27.211 -17.645  1.00 90.68           O  \\nATOM   3084  N   GLN A 171      -1.857 -26.467 -15.908  1.00 91.46           N  \\nATOM   3085  CA  GLN A 171      -0.986 -25.297 -15.863  1.00 91.46           C  \\nATOM   3086  C   GLN A 171       0.268 -25.576 -15.040  1.00 91.46           C  \\nATOM   3087  O   GLN A 171       0.288 -25.341 -13.830  1.00 91.46           O  \\nATOM   3088  CB  GLN A 171      -1.734 -24.093 -15.288  1.00 91.46           C  \\nATOM   3089  CG  GLN A 171      -2.901 -23.626 -16.148  1.00 91.46           C  \\nATOM   3090  CD  GLN A 171      -2.942 -22.119 -16.314  1.00 91.46           C  \\nATOM   3091  OE1 GLN A 171      -2.484 -21.373 -15.443  1.00 91.46           O  \\nATOM   3092  NE2 GLN A 171      -3.493 -21.660 -17.433  1.00 91.46           N  \\nATOM   3093  N   VAL A 172       1.049 -26.166 -15.611  1.00 91.46           N  \\nATOM   3094  CA  VAL A 172       2.345 -26.534 -15.049  1.00 91.46           C  \\nATOM   3095  C   VAL A 172       3.462 -26.076 -15.983  1.00 91.46           C  \\nATOM   3096  O   VAL A 172       3.213 -25.746 -17.145  1.00 91.46           O  \\nATOM   3097  CB  VAL A 172       2.445 -28.056 -14.803  1.00 91.46           C  \\nATOM   3098  CG1 VAL A 172       1.424 -28.504 -13.759  1.00 91.46           C  \\nATOM   3099  CG2 VAL A 172       2.247 -28.821 -16.111  1.00 91.46           C  \\nATOM   3100  N   CYS A 173       4.674 -26.115 -15.535  1.00 92.83           N  \\nATOM   3101  CA  CYS A 173       5.802 -25.684 -16.352  1.00 92.83           C  \\nATOM   3102  C   CYS A 173       6.070 -26.675 -17.478  1.00 92.83           C  \\nATOM   3103  O   CYS A 173       5.864 -27.879 -17.314  1.00 92.83           O  \\nATOM   3104  CB  CYS A 173       7.056 -25.523 -15.494  1.00 92.83           C  \\nATOM   3105  SG  CYS A 173       6.875 -24.319 -14.160  1.00 92.83           S  \\nATOM   3106  N   HIS A 174       6.558 -26.159 -18.501  1.00 93.79           N  \\nATOM   3107  CA  HIS A 174       6.992 -27.034 -19.584  1.00 93.79           C  \\nATOM   3108  C   HIS A 174       8.064 -28.008 -19.108  1.00 93.79           C  \\nATOM   3109  O   HIS A 174       8.888 -27.665 -18.257  1.00 93.79           O  \\nATOM   3110  CB  HIS A 174       7.517 -26.209 -20.761  1.00 93.79           C  \\nATOM   3111  CG  HIS A 174       7.585 -26.973 -22.045  1.00 93.79           C  \\nATOM   3112  ND1 HIS A 174       8.600 -27.859 -22.331  1.00 93.79           N  \\nATOM   3113  CD2 HIS A 174       6.759 -26.982 -23.118  1.00 93.79           C  \\nATOM   3114  CE1 HIS A 174       8.396 -28.382 -23.529  1.00 93.79           C  \\nATOM   3115  NE2 HIS A 174       7.285 -27.867 -24.027  1.00 93.79           N  \\nATOM   3116  N   ALA A 175       8.033 -29.234 -19.697  1.00 92.30           N  \\nATOM   3117  CA  ALA A 175       8.912 -30.319 -19.268  1.00 92.30           C  \\nATOM   3118  C   ALA A 175      10.379 -29.940 -19.447  1.00 92.30           C  \\nATOM   3119  O   ALA A 175      11.255 -30.490 -18.775  1.00 92.30           O  \\nATOM   3120  CB  ALA A 175       8.597 -31.596 -20.043  1.00 92.30           C  \\nATOM   3121  N   LEU A 176      10.624 -28.994 -20.277  1.00 92.97           N  \\nATOM   3122  CA  LEU A 176      11.995 -28.599 -20.581  1.00 92.97           C  \\nATOM   3123  C   LEU A 176      12.499 -27.569 -19.576  1.00 92.97           C  \\nATOM   3124  O   LEU A 176      13.667 -27.174 -19.618  1.00 92.97           O  \\nATOM   3125  CB  LEU A 176      12.087 -28.033 -22.000  1.00 92.97           C  \\nATOM   3126  CG  LEU A 176      11.949 -29.040 -23.143  1.00 92.97           C  \\nATOM   3127  CD1 LEU A 176      11.870 -28.315 -24.482  1.00 92.97           C  \\nATOM   3128  CD2 LEU A 176      13.112 -30.026 -23.130  1.00 92.97           C  \\nATOM   3129  N   CYS A 177      11.766 -27.065 -18.779  1.00 92.26           N  \\nATOM   3130  CA  CYS A 177      12.168 -26.067 -17.795  1.00 92.26           C  \\nATOM   3131  C   CYS A 177      12.952 -26.707 -16.656  1.00 92.26           C  \\nATOM   3132  O   CYS A 177      12.606 -27.796 -16.194  1.00 92.26           O  \\nATOM   3133  CB  CYS A 177      10.943 -25.341 -17.238  1.00 92.26           C  \\nATOM   3134  SG  CYS A 177      10.063 -24.351 -18.465  1.00 92.26           S  \\nATOM   3135  N   SER A 178      14.003 -25.904 -16.326  1.00 89.44           N  \\nATOM   3136  CA  SER A 178      14.828 -26.340 -15.205  1.00 89.44           C  \\nATOM   3137  C   SER A 178      14.099 -26.158 -13.878  1.00 89.44           C  \\nATOM   3138  O   SER A 178      12.993 -25.615 -13.841  1.00 89.44           O  \\nATOM   3139  CB  SER A 178      16.149 -25.570 -15.180  1.00 89.44           C  \\nATOM   3140  OG  SER A 178      15.958 -24.260 -14.673  1.00 89.44           O  \\nATOM   3141  N   PRO A 179      14.726 -26.564 -12.802  1.00 88.61           N  \\nATOM   3142  CA  PRO A 179      14.110 -26.388 -11.484  1.00 88.61           C  \\nATOM   3143  C   PRO A 179      14.032 -24.923 -11.060  1.00 88.61           C  \\nATOM   3144  O   PRO A 179      13.443 -24.608 -10.023  1.00 88.61           O  \\nATOM   3145  CB  PRO A 179      15.034 -27.178 -10.554  1.00 88.61           C  \\nATOM   3146  CG  PRO A 179      15.905 -27.977 -11.470  1.00 88.61           C  \\nATOM   3147  CD  PRO A 179      15.888 -27.333 -12.827  1.00 88.61           C  \\nATOM   3148  N   GLU A 180      14.534 -24.167 -11.830  1.00 90.37           N  \\nATOM   3149  CA  GLU A 180      14.465 -22.739 -11.533  1.00 90.37           C  \\nATOM   3150  C   GLU A 180      13.060 -22.193 -11.773  1.00 90.37           C  \\nATOM   3151  O   GLU A 180      12.742 -21.077 -11.358  1.00 90.37           O  \\nATOM   3152  CB  GLU A 180      15.481 -21.964 -12.375  1.00 90.37           C  \\nATOM   3153  CG  GLU A 180      16.930 -22.289 -12.042  1.00 90.37           C  \\nATOM   3154  CD  GLU A 180      17.926 -21.595 -12.958  1.00 90.37           C  \\nATOM   3155  OE1 GLU A 180      17.501 -20.975 -13.959  1.00 90.37           O  \\nATOM   3156  OE2 GLU A 180      19.142 -21.673 -12.673  1.00 90.37           O  \\nATOM   3157  N   GLY A 181      12.298 -22.906 -12.397  1.00 92.74           N  \\nATOM   3158  CA  GLY A 181      10.888 -22.584 -12.551  1.00 92.74           C  \\nATOM   3159  C   GLY A 181      10.562 -21.962 -13.896  1.00 92.74           C  \\nATOM   3160  O   GLY A 181      11.366 -22.029 -14.828  1.00 92.74           O  \\nATOM   3161  N   CYS A 182       9.414 -21.426 -13.991  1.00 94.17           N  \\nATOM   3162  CA  CYS A 182       8.934 -20.882 -15.257  1.00 94.17           C  \\nATOM   3163  C   CYS A 182       8.002 -19.699 -15.023  1.00 94.17           C  \\nATOM   3164  O   CYS A 182       7.329 -19.627 -13.993  1.00 94.17           O  \\nATOM   3165  CB  CYS A 182       8.212 -21.960 -16.064  1.00 94.17           C  \\nATOM   3166  SG  CYS A 182       6.807 -22.697 -15.201  1.00 94.17           S  \\nATOM   3167  N   TRP A 183       7.887 -18.864 -16.030  1.00 95.10           N  \\nATOM   3168  CA  TRP A 183       7.017 -17.692 -16.039  1.00 95.10           C  \\nATOM   3169  C   TRP A 183       5.716 -17.985 -16.778  1.00 95.10           C  \\nATOM   3170  O   TRP A 183       4.849 -17.115 -16.890  1.00 95.10           O  \\nATOM   3171  CB  TRP A 183       7.728 -16.500 -16.686  1.00 95.10           C  \\nATOM   3172  CG  TRP A 183       8.973 -16.071 -15.969  1.00 95.10           C  \\nATOM   3173  CD1 TRP A 183      10.263 -16.208 -16.402  1.00 95.10           C  \\nATOM   3174  CD2 TRP A 183       9.046 -15.439 -14.687  1.00 95.10           C  \\nATOM   3175  NE1 TRP A 183      11.133 -15.698 -15.466  1.00 95.10           N  \\nATOM   3176  CE2 TRP A 183      10.412 -15.221 -14.405  1.00 95.10           C  \\nATOM   3177  CE3 TRP A 183       8.086 -15.036 -13.748  1.00 95.10           C  \\nATOM   3178  CZ2 TRP A 183      10.843 -14.615 -13.222  1.00 95.10           C  \\nATOM   3179  CZ3 TRP A 183       8.517 -14.433 -12.572  1.00 95.10           C  \\nATOM   3180  CH2 TRP A 183       9.885 -14.230 -12.321  1.00 95.10           C  \\nATOM   3181  N   GLY A 184       5.571 -19.033 -17.336  1.00 93.69           N  \\nATOM   3182  CA  GLY A 184       4.406 -19.434 -18.110  1.00 93.69           C  \\nATOM   3183  C   GLY A 184       4.526 -20.832 -18.688  1.00 93.69           C  \\nATOM   3184  O   GLY A 184       5.490 -21.546 -18.404  1.00 93.69           O  \\nATOM   3185  N   PRO A 185       3.611 -21.227 -19.483  1.00 91.91           N  \\nATOM   3186  CA  PRO A 185       3.529 -22.615 -19.943  1.00 91.91           C  \\nATOM   3187  C   PRO A 185       4.488 -22.913 -21.093  1.00 91.91           C  \\nATOM   3188  O   PRO A 185       4.752 -24.080 -21.396  1.00 91.91           O  \\nATOM   3189  CB  PRO A 185       2.073 -22.751 -20.398  1.00 91.91           C  \\nATOM   3190  CG  PRO A 185       1.683 -21.378 -20.842  1.00 91.91           C  \\nATOM   3191  CD  PRO A 185       2.396 -20.377 -19.980  1.00 91.91           C  \\nATOM   3192  N   GLU A 186       5.018 -22.041 -21.813  1.00 91.60           N  \\nATOM   3193  CA  GLU A 186       5.810 -22.232 -23.024  1.00 91.60           C  \\nATOM   3194  C   GLU A 186       7.277 -22.485 -22.691  1.00 91.60           C  \\nATOM   3195  O   GLU A 186       7.758 -22.077 -21.631  1.00 91.60           O  \\nATOM   3196  CB  GLU A 186       5.682 -21.017 -23.947  1.00 91.60           C  \\nATOM   3197  CG  GLU A 186       4.251 -20.707 -24.362  1.00 91.60           C  \\nATOM   3198  CD  GLU A 186       3.682 -21.713 -25.350  1.00 91.60           C  \\nATOM   3199  OE1 GLU A 186       4.441 -22.217 -26.208  1.00 91.60           O  \\nATOM   3200  OE2 GLU A 186       2.467 -21.999 -25.265  1.00 91.60           O  \\nATOM   3201  N   PRO A 187       7.975 -23.164 -23.608  1.00 91.36           N  \\nATOM   3202  CA  PRO A 187       9.404 -23.379 -23.371  1.00 91.36           C  \\nATOM   3203  C   PRO A 187      10.177 -22.073 -23.201  1.00 91.36           C  \\nATOM   3204  O   PRO A 187      11.148 -22.020 -22.442  1.00 91.36           O  \\nATOM   3205  CB  PRO A 187       9.861 -24.124 -24.628  1.00 91.36           C  \\nATOM   3206  CG  PRO A 187       8.605 -24.667 -25.228  1.00 91.36           C  \\nATOM   3207  CD  PRO A 187       7.455 -23.808 -24.786  1.00 91.36           C  \\nATOM   3208  N   ARG A 188       9.709 -21.096 -23.787  1.00 89.66           N  \\nATOM   3209  CA  ARG A 188      10.397 -19.813 -23.692  1.00 89.66           C  \\nATOM   3210  C   ARG A 188      10.181 -19.175 -22.324  1.00 89.66           C  \\nATOM   3211  O   ARG A 188      10.866 -18.215 -21.965  1.00 89.66           O  \\nATOM   3212  CB  ARG A 188       9.920 -18.864 -24.793  1.00 89.66           C  \\nATOM   3213  CG  ARG A 188       8.444 -18.509 -24.704  1.00 89.66           C  \\nATOM   3214  CD  ARG A 188       8.022 -17.566 -25.822  1.00 89.66           C  \\nATOM   3215  NE  ARG A 188       6.604 -17.230 -25.737  1.00 89.66           N  \\nATOM   3216  CZ  ARG A 188       5.946 -16.490 -26.624  1.00 89.66           C  \\nATOM   3217  NH1 ARG A 188       6.568 -15.992 -27.687  1.00 89.66           N  \\nATOM   3218  NH2 ARG A 188       4.655 -16.245 -26.449  1.00 89.66           N  \\nATOM   3219  N   ASP A 189       9.232 -19.639 -21.621  1.00 92.12           N  \\nATOM   3220  CA  ASP A 189       8.906 -19.064 -20.319  1.00 92.12           C  \\nATOM   3221  C   ASP A 189       9.753 -19.692 -19.214  1.00 92.12           C  \\nATOM   3222  O   ASP A 189       9.624 -19.327 -18.044  1.00 92.12           O  \\nATOM   3223  CB  ASP A 189       7.419 -19.245 -20.009  1.00 92.12           C  \\nATOM   3224  CG  ASP A 189       6.518 -18.473 -20.957  1.00 92.12           C  \\nATOM   3225  OD1 ASP A 189       6.932 -17.407 -21.461  1.00 92.12           O  \\nATOM   3226  OD2 ASP A 189       5.381 -18.934 -21.200  1.00 92.12           O  \\nATOM   3227  N   CYS A 190      10.505 -20.503 -19.519  1.00 92.81           N  \\nATOM   3228  CA  CYS A 190      11.384 -21.141 -18.546  1.00 92.81           C  \\nATOM   3229  C   CYS A 190      12.428 -20.160 -18.028  1.00 92.81           C  \\nATOM   3230  O   CYS A 190      12.945 -19.338 -18.787  1.00 92.81           O  \\nATOM   3231  CB  CYS A 190      12.075 -22.356 -19.164  1.00 92.81           C  \\nATOM   3232  SG  CYS A 190      10.941 -23.688 -19.615  1.00 92.81           S  \\nATOM   3233  N   VAL A 191      12.706 -20.360 -16.954  1.00 85.08           N  \\nATOM   3234  CA  VAL A 191      13.719 -19.505 -16.344  1.00 85.08           C  \\nATOM   3235  C   VAL A 191      15.112 -20.014 -16.708  1.00 85.08           C  \\nATOM   3236  O   VAL A 191      15.380 -21.216 -16.636  1.00 85.08           O  \\nATOM   3237  CB  VAL A 191      13.559 -19.443 -14.808  1.00 85.08           C  \\nATOM   3238  CG1 VAL A 191      14.667 -18.597 -14.184  1.00 85.08           C  \\nATOM   3239  CG2 VAL A 191      12.185 -18.888 -14.438  1.00 85.08           C  \\nTER    3240      VAL A 191                                                       \\nEND   \\n\",\"pdb\");\n",
+       "\tviewer_17514285313564095.setStyle({\"model\": -1},{\"cartoon\": {\"color\": \"spectrum\"}});\n",
+       "\tviewer_17514285313564095.zoomTo();\n",
+       "viewer_17514285313564095.render();\n",
+       "});\n",
+       "</script>"
+      ]
+     },
+     "metadata": {},
+     "output_type": "display_data"
+    },
+    {
+     "data": {
+      "text/plain": [
+       "<py3Dmol.view at 0x7801484a9310>"
+      ]
+     },
+     "execution_count": 37,
+     "metadata": {},
+     "output_type": "execute_result"
+    }
+   ],
+   "source": [
+    "view = py3Dmol.view(js='https://3Dmol.org/build/3Dmol-min.js', width=800, height=400)\n",
+    "view.addModel(immunefold_outputs[0][\"pdb\"], 'pdb')\n",
+    "view.setStyle({'model': -1}, {\"cartoon\": {'color': 'spectrum'}})\n",
+    "view.zoomTo()"
+   ]
+  }
+ ],
+ "metadata": {
+  "kernelspec": {
+   "display_name": "Python [conda env:biolm] *",
+   "language": "python",
+   "name": "conda-env-biolm-py"
+  },
+  "language_info": {
+   "codemirror_mode": {
+    "name": "ipython",
+    "version": 3
+   },
+   "file_extension": ".py",
+   "mimetype": "text/x-python",
+   "name": "python",
+   "nbconvert_exporter": "python",
+   "pygments_lexer": "ipython3",
+   "version": "3.11.5"
+  }
+ },
+ "nbformat": 4,
+ "nbformat_minor": 5
+}
diff --git a/content/9.3_Downstream_for_Antibody_Engineering.ipynb b/content/9.3_Downstream_for_Antibody_Engineering.ipynb
new file mode 100644
index 0000000..0b0ce33
--- /dev/null
+++ b/content/9.3_Downstream_for_Antibody_Engineering.ipynb
@@ -0,0 +1,494 @@
+{
+ "cells": [
+  {
+   "cell_type": "markdown",
+   "id": "5421f438",
+   "metadata": {},
+   "source": [
+    "<div class=\"jupyter-biolm-header\">\n",
+    "    <img style=\"float: left; padding-right: 10px; height: 60px\" src=\"https://d31e6ufxekikrt.cloudfront.net/static/ui/images/logo.png\">\n",
+    "    <p>\n",
+    "    <br>\n",
+    "    <br>\n",
+    "    <br>\n",
+    "    </p>\n",
+    "</div>\n",
+    "\n",
+    "# Antibody Engineering\n",
+    "\n",
+    "Comprehensive antibody engineering workflow using BioLM.ai models."
+   ]
+  },
+  {
+   "cell_type": "markdown",
+   "id": "08762079-1e8b-4022-b25f-137764cab9e3",
+   "metadata": {},
+   "source": [
+    "Antibodies are highly specific proteins with incredible binding prowess, important immune mediated interactions and high therapuetic potential. Benefiting from recent machine learning success in biology, and specifically protein design , computational antibody engineering has become extremely accesible. In the following guides, motivated by the binder design challenges proposed with the BenchBB dataset and the expediency of the BioLM SDK and API, several ml methods for antibody engineering are demonstrated.\n",
+    "\n",
+    "---\n",
+    "## Previously\n",
+    "\n",
+    "Using a structure and antigen conditioned candidate proposal method, 100 variants were generated for four of the proposed BenchBB targets ('IL7Ra', 'PDL-1', 'EGFR' and MBP) containing solved structures of antibodies in complex with the target deposited in the pdb. Then the varaints were scored using sequence based PLM's for a proxy on desired intrinsic poperties. Finally, structure prediction methods were used to examine the self consistency of variants and quality of potential binders. \n",
+    "\n",
+    "---\n",
+    "\n",
+    "For specific property prediction including binding prediction, specific models can be developed. The data to train these models can be mined from publicly available databases or aquired through earlier rounds of binder design and experimental validation. Importantly, as opposed to the previously examined methods, labels for the data are required.\n",
+    "\n",
+    "Extracting relevant numeric features for training this predictors is important and embeddings from PLMs are a popular choice. Below Embeddings are extracted for the varaints.\n"
+   ]
+  },
+  {
+   "cell_type": "markdown",
+   "id": "973ae702",
+   "metadata": {},
+   "source": [
+    "## Import Required Libraries"
+   ]
+  },
+  {
+   "cell_type": "code",
+   "execution_count": 1,
+   "id": "b8ed5dc9",
+   "metadata": {},
+   "outputs": [],
+   "source": [
+    "from IPython.display import JSON\n",
+    "import requests\n",
+    "import json\n",
+    "import numpy as np\n",
+    "import pandas as pd\n",
+    "import matplotlib.pyplot as plt\n",
+    "import seaborn as sns\n",
+    "import time\n",
+    "\n",
+    "from pathlib import Path\n",
+    "from sklearn.decomposition import PCA\n",
+    "from Bio import PDB\n",
+    "from Bio.PDB import *\n",
+    "\n",
+    "from biolmai import BioLM\n",
+    "from matplotlib.font_manager import fontManager, FontProperties\n",
+    "font_path = \"../font/Geist-Regular.ttf\"\n",
+    "fontManager.addfont(font_path)\n",
+    "prop = FontProperties(fname=font_path)\n",
+    "sns.set_theme(font=prop.get_name(), style=\"white\", context='notebook', palette='pastel')"
+   ]
+  },
+  {
+   "cell_type": "code",
+   "execution_count": 2,
+   "id": "e5a4a77d-bd91-4b8a-9349-7cbafc88b04b",
+   "metadata": {},
+   "outputs": [],
+   "source": [
+    "samples_df = pd.read_csv(\"data/protein/benchbb_antibody_targets/variant_candidates.csv\")"
+   ]
+  },
+  {
+   "cell_type": "markdown",
+   "id": "eca74511",
+   "metadata": {},
+   "source": [
+    "Downstream Analysis and Exploration of Candidates\n",
+    "\n",
+    "Generate IgT5 embeddings and visualize the results  with PCA"
+   ]
+  },
+  {
+   "cell_type": "code",
+   "execution_count": 3,
+   "id": "82e5864d",
+   "metadata": {},
+   "outputs": [],
+   "source": [
+    "# Get IgT5 embeddings\n",
+    "def batch_and_embed_igt5(\n",
+    "    df,\n",
+    "    heavy_col='heavy',\n",
+    "    light_col='light',\n",
+    "):\n",
+    "    \"\"\"\n",
+    "    Sends heavy/light chain pairs in batches to an API, and collects embeddings from response.\n",
+    "\n",
+    "    Assumes:\n",
+    "        - Response includes:\n",
+    "            - results: list of dicts\n",
+    "                - each has 'embeddings' key with a list of floats\n",
+    "    Returns:\n",
+    "        List of dicts: {'heavy': str, 'light': str, 'embedding': list[float]}\n",
+    "    \"\"\"\n",
+    "    results = []\n",
+    "    heavy_list = df[heavy_col].tolist()\n",
+    "    light_list = df[light_col].tolist()\n",
+    "\n",
+    "    data = [{\"heavy\": h, \"light\": l} for h, l in zip(heavy_list, light_list)]\n",
+    "\n",
+    "    start = time.time()\n",
+    "    result = BioLM(entity=\"igt5-paired\", action=\"encode\", items=data)\n",
+    "    end = time.time()\n",
+    "    \n",
+    "    print(f\"IgT5 Encoding took {end - start:.4f} seconds.\")\n",
+    "\n",
+    "    for (h, l), item in zip(zip(heavy_list, light_list), result):\n",
+    "        results.append({\n",
+    "            \"heavy\": h,\n",
+    "            \"light\": l,\n",
+    "            \"embedding\": item[\"embeddings\"]\n",
+    "        })\n",
+    "\n",
+    "    return results\n"
+   ]
+  },
+  {
+   "cell_type": "code",
+   "execution_count": 4,
+   "id": "a0881162-0d55-4262-846b-7ec84e140b4e",
+   "metadata": {
+    "scrolled": true
+   },
+   "outputs": [
+    {
+     "name": "stdout",
+     "output_type": "stream",
+     "text": [
+      "IgT5 Encoding took 64.0947 seconds.\n"
+     ]
+    }
+   ],
+   "source": [
+    "igt5_embeddings = batch_and_embed_igt5(samples_df)"
+   ]
+  },
+  {
+   "cell_type": "code",
+   "execution_count": 5,
+   "id": "768760c9",
+   "metadata": {},
+   "outputs": [
+    {
+     "data": {
+      "image/png": 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",
+      "text/plain": [
+       "<Figure size 1000x800 with 1 Axes>"
+      ]
+     },
+     "metadata": {},
+     "output_type": "display_data"
+    }
+   ],
+   "source": [
+    "# Combine embeddings and perform PCA\n",
+    "all_embeddings = []\n",
+    "for item in igt5_embeddings:\n",
+    "    all_embeddings.append(item[\"embedding\"])\n",
+    "\n",
+    "# Convert to numpy array\n",
+    "X = np.array(all_embeddings)\n",
+    "\n",
+    "# Perform PCA\n",
+    "pca = PCA(n_components=2)\n",
+    "X_pca = pca.fit_transform(X)\n",
+    "\n",
+    "# Create DataFrame for plotting\n",
+    "plot_df = pd.DataFrame({\n",
+    "    'PC1': X_pca[:, 0],\n",
+    "    'PC2': X_pca[:, 1],\n",
+    "    'Target': samples_df[\"target\"],\n",
+    "    'Mutations': samples_df[\"mutations\"]\n",
+    "})\n",
+    "\n",
+    "# Plot\n",
+    "plt.figure(figsize=(10, 8))\n",
+    "s = sns.scatterplot(data=plot_df, x=\"PC1\", y=\"PC2\", hue=\"Mutations\", style=\"Target\")\n",
+    "\n",
+    "plt.title('PCA of IgT5 Embeddings by Target')\n",
+    "plt.show()"
+   ]
+  },
+  {
+   "cell_type": "markdown",
+   "id": "95f7bc26-35b5-42ec-b337-0d00dc32721b",
+   "metadata": {},
+   "source": [
+    "We can see that there is clear separation as projected with PCA among the variants with respect to the targets. There is also  some spread along the first two principal components for variants within each cluster although less so for the MBP target cluster. To aid in interpretation of what properties the latent space of the model is actually extracting, physio-chemical and QSAR descriptors can be correlated with the embeddings principal components. These features can also be used to train property predictive models."
+   ]
+  },
+  {
+   "cell_type": "code",
+   "execution_count": 6,
+   "id": "82436530-876e-46b2-a695-5271a64326af",
+   "metadata": {},
+   "outputs": [],
+   "source": [
+    "def batch_and_encode_peptides(\n",
+    "    df,\n",
+    "    sequence_col='sequence',\n",
+    "):\n",
+    "    \"\"\"\n",
+    "    Sends sequences in batches to an API, and collects embeddings from response.\n",
+    "\n",
+    "    Assumes:\n",
+    "        - Response includes:\n",
+    "            - results: list of dicts\n",
+    "                - each has 'features' key with a list of floats\n",
+    "    Returns:\n",
+    "        List of dicts: {'sequence': str, 'features': dict[str:float]}\n",
+    "    \"\"\"\n",
+    "    results = []\n",
+    "    sequences = df[sequence_col].tolist()\n",
+    "\n",
+    "    data = [{\"sequence\": seq} for seq in sequences]\n",
+    "\n",
+    "    start = time.time()\n",
+    "    result = BioLM(entity=\"peptides\", action=\"encode\", items=data)\n",
+    "    end = time.time()\n",
+    "    \n",
+    "    print(f\"Peptides Encoding took {end - start:.4f} seconds.\")\n",
+    "\n",
+    "    for seq, item in zip(sequences, result):\n",
+    "        results.append({\n",
+    "            \"sequence\": seq, **item[\"features\"]\n",
+    "        })\n",
+    "\n",
+    "    return results"
+   ]
+  },
+  {
+   "cell_type": "code",
+   "execution_count": 7,
+   "id": "4f0c14eb-11cc-45f1-a787-3fd8d565298d",
+   "metadata": {},
+   "outputs": [
+    {
+     "name": "stdout",
+     "output_type": "stream",
+     "text": [
+      "Peptides Encoding took 29.6991 seconds.\n",
+      "Peptides Encoding took 25.0100 seconds.\n"
+     ]
+    }
+   ],
+   "source": [
+    "peptides_results_heavy = batch_and_encode_peptides(samples_df, sequence_col=\"heavy\")\n",
+    "peptides_results_light = batch_and_encode_peptides(samples_df, sequence_col=\"light\")"
+   ]
+  },
+  {
+   "cell_type": "code",
+   "execution_count": 8,
+   "id": "811999c9-5b1b-42bd-98da-12e47b57a4dd",
+   "metadata": {},
+   "outputs": [],
+   "source": [
+    "peptides_results_heavy = pd.DataFrame(peptides_results_heavy).add_prefix(\"heavy_\")\n",
+    "peptides_results_light = pd.DataFrame(peptides_results_light).add_prefix(\"light_\")"
+   ]
+  },
+  {
+   "cell_type": "code",
+   "execution_count": 9,
+   "id": "c25a87cc-799c-4ba0-8634-f0645701b656",
+   "metadata": {},
+   "outputs": [],
+   "source": [
+    "pca = PCA(n_components=10)\n",
+    "pca_components = pca.fit_transform(X)"
+   ]
+  },
+  {
+   "cell_type": "code",
+   "execution_count": 14,
+   "id": "68571a37-40a6-452f-a345-1a97d7cb3ca9",
+   "metadata": {},
+   "outputs": [],
+   "source": [
+    "drop_list = ['heavy', 'light', 'global_score', 'score', 'mutations', 'seq_recovery', 'heavy_cdr1', 'heavy_cdr2', 'heavy_cdr3', 'light_cdr1',\n",
+    "       'light_cdr2', 'light_cdr3', 'light_sequence','heavy_sequence']\n",
+    "correlation_df = pd.concat([samples_df, peptides_results_heavy, peptides_results_light, pd.DataFrame(pca_components, columns = [f\"PC{i}\" for i in range(10)])], axis=1)\n",
+    "correlation_df.drop(drop_list, inplace=True, axis=1)"
+   ]
+  },
+  {
+   "cell_type": "code",
+   "execution_count": 15,
+   "id": "edf109a3-4037-4d7c-abfb-253267acc2bf",
+   "metadata": {},
+   "outputs": [
+    {
+     "name": "stderr",
+     "output_type": "stream",
+     "text": [
+      "/home/c/anaconda3/envs/biolm/lib/python3.11/site-packages/numpy/lib/function_base.py:2897: RuntimeWarning: invalid value encountered in divide\n",
+      "  c /= stddev[:, None]\n",
+      "/home/c/anaconda3/envs/biolm/lib/python3.11/site-packages/numpy/lib/function_base.py:2898: RuntimeWarning: invalid value encountered in divide\n",
+      "  c /= stddev[None, :]\n"
+     ]
+    }
+   ],
+   "source": [
+    "features = correlation_df.drop([\"target\"], axis=1).iloc[:, :-10]\n",
+    "targets = correlation_df.drop([\"target\"], axis=1).iloc[:, -10:]\n",
+    "\n",
+    "# Compute correlation between each feature and each target\n",
+    "correlations = pd.DataFrame({\n",
+    "    target: features.corrwith(targets[target])\n",
+    "    for target in targets.columns\n",
+    "})\n",
+    "\n",
+    "# Get top N correlated features per target\n",
+    "top_n = 5  # adjust as needed\n",
+    "results = []\n",
+    "\n",
+    "for target in correlations.columns:\n",
+    "    # Drop NaNs and sort by absolute correlation\n",
+    "    series = correlations[target].dropna()\n",
+    "    top_features = series.reindex(series.abs().sort_values(ascending=False).index).head(top_n)\n",
+    "    \n",
+    "    for feature, corr in top_features.items():\n",
+    "        results.append({\n",
+    "            'IgT5 Principal Component': target,\n",
+    "            'Feature': feature,\n",
+    "            'Correlation': corr\n",
+    "        })\n",
+    "\n",
+    "# Convert results to a long-form DataFrame\n",
+    "top_correlations_long = pd.DataFrame(results)\n",
+    "\n",
+    "# Optional: Sort final output by target and strength of correlation\n",
+    "top_correlations_long = top_correlations_long.sort_values(\n",
+    "    by=[\"IgT5 Principal Component\", \"Correlation\"], key=lambda col: col.abs() if col.name == \"Correlation\" else col\n",
+    ")\n"
+   ]
+  },
+  {
+   "cell_type": "code",
+   "execution_count": 16,
+   "id": "2aae3b4a-41ec-43e8-b88c-1e9214208ff8",
+   "metadata": {},
+   "outputs": [
+    {
+     "data": {
+      "image/png": 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",
+      "text/plain": [
+       "<Figure size 1200x600 with 2 Axes>"
+      ]
+     },
+     "metadata": {},
+     "output_type": "display_data"
+    }
+   ],
+   "source": [
+    "heatmap_data = top_correlations_long.pivot(index=\"Feature\", columns=\"IgT5 Principal Component\", values=\"Correlation\")\n",
+    "\n",
+    "plt.figure(figsize=(12, 6))\n",
+    "sns.heatmap(heatmap_data, annot=True, center=0, cmap=\"vlag\", linewidths=0.5)\n",
+    "plt.title(\"Top 5 Feature Correlations with IgT5 Embedding Principal Components\")\n",
+    "plt.tight_layout()\n",
+    "plt.show()"
+   ]
+  },
+  {
+   "cell_type": "code",
+   "execution_count": 34,
+   "id": "e7e57400-6992-4416-9aa9-08c6eaa46920",
+   "metadata": {},
+   "outputs": [
+    {
+     "name": "stderr",
+     "output_type": "stream",
+     "text": [
+      "/home/c/anaconda3/envs/biolm/lib/python3.11/site-packages/seaborn/axisgrid.py:1513: UserWarning: Dataset has 0 variance; skipping density estimate. Pass `warn_singular=False` to disable this warning.\n",
+      "  func(x=vector, **plot_kwargs)\n"
+     ]
+    },
+    {
+     "data": {
+      "image/png": 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",
+      "text/plain": [
+       "<Figure size 1643.75x1500 with 42 Axes>"
+      ]
+     },
+     "metadata": {},
+     "output_type": "display_data"
+    }
+   ],
+   "source": [
+    "import matplotlib.pyplot as plt\n",
+    "import seaborn as sns\n",
+    "import numpy as np\n",
+    "\n",
+    "top_feats = top_correlations_long[\n",
+    "    top_correlations_long['IgT5 Principal Component'] == component\n",
+    "]['Feature'].tolist()\n",
+    "\n",
+    "data = correlation_df[top_feats + [component] + ['target']]\n",
+    "\n",
+    "vars_to_plot = top_feats + [component]\n",
+    "\n",
+    "g_hue = sns.PairGrid(data, vars=vars_to_plot, hue='target', palette='pastel')\n",
+    "\n",
+    "g_hue.map_lower(sns.scatterplot, alpha=0.5)\n",
+    "g_hue.map_diag(sns.kdeplot, fill=True, common_norm=False, alpha=0.5)\n",
+    "\n",
+    "g_no_hue = sns.PairGrid(data, vars=vars_to_plot)\n",
+    "\n",
+    "def regplot_with_scatter(x, y, **kwargs):\n",
+    "    plt.scatter(x, y, color='#7b9acc', alpha=0.3, s=10)\n",
+    "    sns.regplot(x=x, y=y, scatter=False, line_kws={'color': '#b399c8'}, ci=None)\n",
+    "\n",
+    "g_no_hue.map_upper(regplot_with_scatter)\n",
+    "\n",
+    "plt.close(g_no_hue.fig)\n",
+    "\n",
+    "for i in range(len(vars_to_plot)):\n",
+    "    for j in range(i+1, len(vars_to_plot)):\n",
+    "        ax_src = g_no_hue.axes[i, j]\n",
+    "        ax_dst = g_hue.axes[i, j]\n",
+    "\n",
+    "        ax_dst.clear()\n",
+    "\n",
+    "        x_data = data[vars_to_plot[j]]\n",
+    "        y_data = data[vars_to_plot[i]]\n",
+    "\n",
+    "        ax_dst.scatter(x_data, y_data, color='grey', alpha=0.3, s=10)\n",
+    "        sns.regplot(x=x_data, y=y_data, scatter=False, line_kws={'color': 'red'}, ci=None, ax=ax_dst)\n",
+    "\n",
+    "g_hue.add_legend(title='Target')\n",
+    "plt.suptitle(f\"Pairplot of {component}: global regression (upper), hue scatter (lower), hue KDE (diag)\", y=1.03)\n",
+    "plt.tight_layout()\n",
+    "plt.show()\n",
+    "\n"
+   ]
+  },
+  {
+   "cell_type": "code",
+   "execution_count": null,
+   "id": "0b89e732-f283-4d14-a504-aff1c30d0960",
+   "metadata": {},
+   "outputs": [],
+   "source": []
+  }
+ ],
+ "metadata": {
+  "kernelspec": {
+   "display_name": "Python [conda env:biolm] *",
+   "language": "python",
+   "name": "conda-env-biolm-py"
+  },
+  "language_info": {
+   "codemirror_mode": {
+    "name": "ipython",
+    "version": 3
+   },
+   "file_extension": ".py",
+   "mimetype": "text/x-python",
+   "name": "python",
+   "nbconvert_exporter": "python",
+   "pygments_lexer": "ipython3",
+   "version": "3.11.5"
+  }
+ },
+ "nbformat": 4,
+ "nbformat_minor": 5
+}
diff --git a/content/data/protein/benchbb_antibody_targets/3c09_imgt.pdb b/content/data/protein/benchbb_antibody_targets/3c09_imgt.pdb
new file mode 100644
index 0000000..8bf6f7c
--- /dev/null
+++ b/content/data/protein/benchbb_antibody_targets/3c09_imgt.pdb
@@ -0,0 +1,8537 @@
+REMARK   5 IMGT RENUMBERED STRUCTURE 3C09 GENERATED BY SABDAB
+REMARK   5 ANTIBODY CHAINS ARE RENUMBERED IN THE VARIABLE REGIONS ONLY
+REMARK   5 NON ANTIBODY CHAINS ARE LEFT WITH RESIDUE IDS AS IN PDB
+REMARK   5 PAIRED_HL HCHAIN=H LCHAIN=L AGCHAIN=D AGTYPE=PROTEIN
+REMARK   5 PAIRED_HL HCHAIN=C LCHAIN=B AGCHAIN=A AGTYPE=PROTEIN
+ATOM      1  N   LYS A 310     -30.061 -36.982 -37.229  1.00 51.20           N  
+ATOM      2  CA  LYS A 310     -30.923 -37.543 -36.163  1.00 51.33           C  
+ATOM      3  C   LYS A 310     -30.286 -38.756 -35.463  1.00 51.23           C  
+ATOM      4  O   LYS A 310     -30.774 -39.178 -34.406  1.00 51.84           O  
+ATOM      5  CB  LYS A 310     -32.328 -37.877 -36.700  1.00 51.24           C  
+ATOM      6  CG  LYS A 310     -32.399 -39.103 -37.626  1.00 51.59           C  
+ATOM      7  CD  LYS A 310     -33.840 -39.452 -38.051  1.00 52.03           C  
+ATOM      8  CE  LYS A 310     -34.347 -38.603 -39.233  1.00 52.71           C  
+ATOM      9  NZ  LYS A 310     -34.724 -37.203 -38.829  1.00 52.67           N  
+ATOM     10  N   LYS A 311     -29.219 -39.322 -36.032  1.00 50.57           N  
+ATOM     11  CA  LYS A 311     -28.474 -40.397 -35.342  1.00 50.00           C  
+ATOM     12  C   LYS A 311     -26.971 -40.308 -35.579  1.00 49.62           C  
+ATOM     13  O   LYS A 311     -26.496 -40.461 -36.709  1.00 49.78           O  
+ATOM     14  CB  LYS A 311     -28.995 -41.796 -35.713  1.00 49.88           C  
+ATOM     15  N   VAL A 312     -26.229 -40.074 -34.501  1.00 48.95           N  
+ATOM     16  CA  VAL A 312     -24.783 -39.880 -34.581  1.00 48.24           C  
+ATOM     17  C   VAL A 312     -24.046 -41.080 -33.989  1.00 47.94           C  
+ATOM     18  O   VAL A 312     -24.109 -41.315 -32.787  1.00 48.10           O  
+ATOM     19  CB  VAL A 312     -24.373 -38.564 -33.877  1.00 48.13           C  
+ATOM     20  CG1 VAL A 312     -22.860 -38.449 -33.732  1.00 47.93           C  
+ATOM     21  CG2 VAL A 312     -24.930 -37.372 -34.636  1.00 47.64           C  
+ATOM     22  N   CYS A 313     -23.348 -41.836 -34.831  1.00 47.56           N  
+ATOM     23  CA  CYS A 313     -22.694 -43.071 -34.378  1.00 47.21           C  
+ATOM     24  C   CYS A 313     -21.187 -42.994 -34.457  1.00 46.86           C  
+ATOM     25  O   CYS A 313     -20.632 -42.461 -35.416  1.00 46.77           O  
+ATOM     26  CB  CYS A 313     -23.151 -44.277 -35.198  1.00 47.26           C  
+ATOM     27  SG  CYS A 313     -24.744 -44.061 -35.957  1.00 46.93           S  
+ATOM     28  N   ASN A 314     -20.541 -43.560 -33.445  1.00 46.52           N  
+ATOM     29  CA  ASN A 314     -19.099 -43.717 -33.427  1.00 46.44           C  
+ATOM     30  C   ASN A 314     -18.591 -44.404 -34.689  1.00 46.33           C  
+ATOM     31  O   ASN A 314     -19.187 -45.371 -35.153  1.00 46.37           O  
+ATOM     32  CB  ASN A 314     -18.692 -44.486 -32.173  1.00 46.39           C  
+ATOM     33  CG  ASN A 314     -18.975 -43.706 -30.896  1.00 46.46           C  
+ATOM     34  OD1 ASN A 314     -19.443 -42.562 -30.932  1.00 46.57           O  
+ATOM     35  ND2 ASN A 314     -18.681 -44.319 -29.762  1.00 46.38           N  
+ATOM     36  N   GLY A 315     -17.509 -43.883 -35.257  1.00 46.28           N  
+ATOM     37  CA  GLY A 315     -16.990 -44.392 -36.528  1.00 46.42           C  
+ATOM     38  C   GLY A 315     -15.859 -45.380 -36.357  1.00 46.50           C  
+ATOM     39  O   GLY A 315     -15.545 -45.786 -35.237  1.00 46.36           O  
+ATOM     40  N   ILE A 316     -15.239 -45.774 -37.463  1.00 46.81           N  
+ATOM     41  CA  ILE A 316     -14.084 -46.663 -37.361  1.00 47.51           C  
+ATOM     42  C   ILE A 316     -12.941 -45.967 -36.617  1.00 48.21           C  
+ATOM     43  O   ILE A 316     -12.600 -44.815 -36.912  1.00 48.29           O  
+ATOM     44  CB  ILE A 316     -13.651 -47.256 -38.734  1.00 47.25           C  
+ATOM     45  CG1 ILE A 316     -14.289 -48.623 -38.936  1.00 46.74           C  
+ATOM     46  CG2 ILE A 316     -12.147 -47.468 -38.809  1.00 47.09           C  
+ATOM     47  CD1 ILE A 316     -15.777 -48.603 -38.959  1.00 46.81           C  
+ATOM     48  N   GLY A 317     -12.383 -46.668 -35.634  1.00 48.89           N  
+ATOM     49  CA  GLY A 317     -11.301 -46.127 -34.833  1.00 49.97           C  
+ATOM     50  C   GLY A 317     -11.788 -45.478 -33.550  1.00 50.82           C  
+ATOM     51  O   GLY A 317     -10.971 -45.078 -32.717  1.00 51.26           O  
+ATOM     52  N   ILE A 318     -13.109 -45.378 -33.383  1.00 51.27           N  
+ATOM     53  CA  ILE A 318     -13.705 -44.803 -32.170  1.00 51.60           C  
+ATOM     54  C   ILE A 318     -14.395 -45.874 -31.329  1.00 52.21           C  
+ATOM     55  O   ILE A 318     -15.085 -46.730 -31.869  1.00 52.56           O  
+ATOM     56  CB  ILE A 318     -14.702 -43.688 -32.508  1.00 51.24           C  
+ATOM     57  CG1 ILE A 318     -13.960 -42.502 -33.112  1.00 51.15           C  
+ATOM     58  CG2 ILE A 318     -15.455 -43.254 -31.276  1.00 51.08           C  
+ATOM     59  CD1 ILE A 318     -14.742 -41.207 -33.104  1.00 51.74           C  
+ATOM     60  N   GLY A 319     -14.191 -45.823 -30.013  1.00 52.81           N  
+ATOM     61  CA  GLY A 319     -14.870 -46.707 -29.062  1.00 53.54           C  
+ATOM     62  C   GLY A 319     -14.858 -48.183 -29.423  1.00 54.18           C  
+ATOM     63  O   GLY A 319     -13.795 -48.803 -29.533  1.00 54.21           O  
+ATOM     64  N   GLU A 320     -16.058 -48.734 -29.614  1.00 54.65           N  
+ATOM     65  CA  GLU A 320     -16.284 -50.130 -30.009  1.00 55.17           C  
+ATOM     66  C   GLU A 320     -15.565 -50.525 -31.296  1.00 55.24           C  
+ATOM     67  O   GLU A 320     -15.565 -51.704 -31.681  1.00 55.66           O  
+ATOM     68  CB  GLU A 320     -17.774 -50.370 -30.217  1.00 55.27           C  
+ATOM     69  CG  GLU A 320     -18.666 -49.499 -29.354  1.00 57.20           C  
+ATOM     70  CD  GLU A 320     -18.921 -48.139 -29.979  1.00 59.18           C  
+ATOM     71  OE1 GLU A 320     -19.987 -47.993 -30.639  1.00 60.33           O  
+ATOM     72  OE2 GLU A 320     -18.053 -47.235 -29.823  1.00 59.01           O  
+ATOM     73  N   PHE A 321     -14.969 -49.537 -31.961  1.00 54.98           N  
+ATOM     74  CA  PHE A 321     -14.273 -49.752 -33.215  1.00 54.46           C  
+ATOM     75  C   PHE A 321     -12.842 -49.277 -33.135  1.00 54.23           C  
+ATOM     76  O   PHE A 321     -12.165 -49.213 -34.157  1.00 54.38           O  
+ATOM     77  CB  PHE A 321     -14.997 -49.030 -34.352  1.00 54.35           C  
+ATOM     78  CG  PHE A 321     -16.461 -49.335 -34.426  1.00 54.35           C  
+ATOM     79  CD1 PHE A 321     -17.390 -48.309 -34.486  1.00 54.56           C  
+ATOM     80  CD2 PHE A 321     -16.916 -50.653 -34.426  1.00 55.07           C  
+ATOM     81  CE1 PHE A 321     -18.760 -48.583 -34.562  1.00 55.14           C  
+ATOM     82  CE2 PHE A 321     -18.278 -50.941 -34.488  1.00 55.43           C  
+ATOM     83  CZ  PHE A 321     -19.206 -49.902 -34.559  1.00 55.17           C  
+ATOM     84  N   LYS A 322     -12.381 -48.952 -31.927  1.00 54.01           N  
+ATOM     85  CA  LYS A 322     -11.040 -48.364 -31.735  1.00 53.73           C  
+ATOM     86  C   LYS A 322      -9.923 -49.190 -32.379  1.00 53.34           C  
+ATOM     87  O   LYS A 322      -8.924 -48.631 -32.839  1.00 53.26           O  
+ATOM     88  CB  LYS A 322     -10.730 -48.091 -30.253  1.00 53.74           C  
+ATOM     89  N   ASP A 323     -10.105 -50.507 -32.431  1.00 52.77           N  
+ATOM     90  CA  ASP A 323      -9.128 -51.370 -33.090  1.00 52.40           C  
+ATOM     91  C   ASP A 323      -9.740 -52.159 -34.254  1.00 51.89           C  
+ATOM     92  O   ASP A 323      -9.213 -53.209 -34.649  1.00 52.24           O  
+ATOM     93  CB  ASP A 323      -8.435 -52.299 -32.078  1.00 52.67           C  
+ATOM     94  CG  ASP A 323      -7.974 -51.564 -30.823  1.00 52.75           C  
+ATOM     95  OD1 ASP A 323      -7.207 -50.583 -30.943  1.00 51.92           O  
+ATOM     96  OD2 ASP A 323      -8.383 -51.980 -29.714  1.00 53.11           O  
+ATOM     97  N   SER A 324     -10.854 -51.654 -34.790  1.00 50.82           N  
+ATOM     98  CA  SER A 324     -11.401 -52.144 -36.057  1.00 49.58           C  
+ATOM     99  C   SER A 324     -10.676 -51.435 -37.180  1.00 48.61           C  
+ATOM    100  O   SER A 324     -10.800 -50.222 -37.328  1.00 48.27           O  
+ATOM    101  CB  SER A 324     -12.897 -51.837 -36.175  1.00 49.72           C  
+ATOM    102  OG  SER A 324     -13.636 -52.333 -35.079  1.00 50.07           O  
+ATOM    103  N   LEU A 325      -9.924 -52.191 -37.971  1.00 47.76           N  
+ATOM    104  CA  LEU A 325      -9.166 -51.609 -39.079  1.00 47.20           C  
+ATOM    105  C   LEU A 325     -10.076 -51.143 -40.216  1.00 46.65           C  
+ATOM    106  O   LEU A 325      -9.688 -50.272 -40.997  1.00 46.94           O  
+ATOM    107  CB  LEU A 325      -8.112 -52.583 -39.630  1.00 47.23           C  
+ATOM    108  CG  LEU A 325      -7.206 -53.372 -38.682  1.00 47.71           C  
+ATOM    109  CD1 LEU A 325      -7.853 -54.712 -38.283  1.00 47.71           C  
+ATOM    110  CD2 LEU A 325      -5.821 -53.588 -39.297  1.00 47.48           C  
+ATOM    111  N   SER A 326     -11.276 -51.724 -40.309  1.00 45.67           N  
+ATOM    112  CA  SER A 326     -12.181 -51.469 -41.433  1.00 44.62           C  
+ATOM    113  C   SER A 326     -13.640 -51.786 -41.139  1.00 43.90           C  
+ATOM    114  O   SER A 326     -13.935 -52.552 -40.233  1.00 43.87           O  
+ATOM    115  CB  SER A 326     -11.741 -52.290 -42.636  1.00 44.58           C  
+ATOM    116  OG  SER A 326     -12.659 -52.119 -43.690  1.00 44.65           O  
+ATOM    117  N   ILE A 327     -14.546 -51.196 -41.914  1.00 43.15           N  
+ATOM    118  CA  ILE A 327     -15.944 -51.617 -41.919  1.00 42.83           C  
+ATOM    119  C   ILE A 327     -15.994 -53.072 -42.371  1.00 43.05           C  
+ATOM    120  O   ILE A 327     -15.329 -53.439 -43.337  1.00 43.23           O  
+ATOM    121  CB  ILE A 327     -16.795 -50.760 -42.889  1.00 42.68           C  
+ATOM    122  CG1 ILE A 327     -17.234 -49.461 -42.220  1.00 42.55           C  
+ATOM    123  CG2 ILE A 327     -18.027 -51.519 -43.377  1.00 42.30           C  
+ATOM    124  CD1 ILE A 327     -18.138 -48.596 -43.075  1.00 42.67           C  
+ATOM    125  N   ASN A 328     -16.766 -53.906 -41.681  1.00 43.12           N  
+ATOM    126  CA  ASN A 328     -16.940 -55.293 -42.118  1.00 43.14           C  
+ATOM    127  C   ASN A 328     -18.270 -55.937 -41.721  1.00 43.66           C  
+ATOM    128  O   ASN A 328     -19.157 -55.296 -41.139  1.00 43.52           O  
+ATOM    129  CB  ASN A 328     -15.797 -56.147 -41.595  1.00 42.77           C  
+ATOM    130  CG  ASN A 328     -15.556 -55.930 -40.129  1.00 42.07           C  
+ATOM    131  OD1 ASN A 328     -16.456 -56.088 -39.306  1.00 40.88           O  
+ATOM    132  ND2 ASN A 328     -14.336 -55.548 -39.790  1.00 41.62           N  
+ATOM    133  N   ALA A 329     -18.374 -57.222 -42.050  1.00 44.24           N  
+ATOM    134  CA  ALA A 329     -19.498 -58.069 -41.686  1.00 44.49           C  
+ATOM    135  C   ALA A 329     -19.882 -57.874 -40.233  1.00 44.69           C  
+ATOM    136  O   ALA A 329     -21.012 -57.500 -39.954  1.00 44.97           O  
+ATOM    137  CB  ALA A 329     -19.160 -59.528 -41.960  1.00 44.64           C  
+ATOM    138  N   THR A 330     -18.942 -58.101 -39.317  1.00 44.90           N  
+ATOM    139  CA  THR A 330     -19.212 -57.940 -37.897  1.00 45.50           C  
+ATOM    140  C   THR A 330     -19.921 -56.617 -37.593  1.00 46.03           C  
+ATOM    141  O   THR A 330     -21.010 -56.614 -37.019  1.00 46.39           O  
+ATOM    142  CB  THR A 330     -17.931 -58.027 -37.064  1.00 45.48           C  
+ATOM    143  OG1 THR A 330     -17.210 -59.204 -37.431  1.00 46.01           O  
+ATOM    144  CG2 THR A 330     -18.256 -58.087 -35.580  1.00 45.46           C  
+ATOM    145  N   ASN A 331     -19.326 -55.501 -38.009  1.00 46.48           N  
+ATOM    146  CA  ASN A 331     -19.807 -54.178 -37.579  1.00 46.51           C  
+ATOM    147  C   ASN A 331     -20.769 -53.425 -38.498  1.00 46.62           C  
+ATOM    148  O   ASN A 331     -21.525 -52.606 -38.001  1.00 46.34           O  
+ATOM    149  CB  ASN A 331     -18.630 -53.271 -37.175  1.00 46.40           C  
+ATOM    150  CG  ASN A 331     -17.730 -52.938 -38.332  1.00 45.79           C  
+ATOM    151  OD1 ASN A 331     -18.165 -52.348 -39.316  1.00 45.59           O  
+ATOM    152  ND2 ASN A 331     -16.466 -53.320 -38.229  1.00 45.33           N  
+ATOM    153  N   ILE A 332     -20.745 -53.683 -39.810  1.00 47.12           N  
+ATOM    154  CA  ILE A 332     -21.633 -52.960 -40.755  1.00 48.01           C  
+ATOM    155  C   ILE A 332     -23.082 -52.834 -40.256  1.00 48.78           C  
+ATOM    156  O   ILE A 332     -23.750 -51.827 -40.521  1.00 48.69           O  
+ATOM    157  CB  ILE A 332     -21.631 -53.552 -42.194  1.00 47.79           C  
+ATOM    158  CG1 ILE A 332     -22.445 -52.688 -43.158  1.00 47.22           C  
+ATOM    159  CG2 ILE A 332     -22.238 -54.945 -42.218  1.00 48.30           C  
+ATOM    160  CD1 ILE A 332     -22.018 -51.251 -43.240  1.00 47.18           C  
+ATOM    161  N   LYS A 333     -23.543 -53.866 -39.541  1.00 49.68           N  
+ATOM    162  CA  LYS A 333     -24.838 -53.868 -38.860  1.00 50.26           C  
+ATOM    163  C   LYS A 333     -24.999 -52.643 -37.940  1.00 50.73           C  
+ATOM    164  O   LYS A 333     -26.032 -51.971 -37.960  1.00 50.61           O  
+ATOM    165  CB  LYS A 333     -25.006 -55.176 -38.077  1.00 49.99           C  
+ATOM    166  N   HIS A 334     -23.949 -52.344 -37.176  1.00 51.60           N  
+ATOM    167  CA  HIS A 334     -23.934 -51.251 -36.198  1.00 52.66           C  
+ATOM    168  C   HIS A 334     -24.060 -49.859 -36.792  1.00 52.77           C  
+ATOM    169  O   HIS A 334     -23.748 -48.877 -36.109  1.00 53.06           O  
+ATOM    170  CB  HIS A 334     -22.646 -51.297 -35.363  1.00 53.17           C  
+ATOM    171  CG  HIS A 334     -22.866 -51.635 -33.919  1.00 55.24           C  
+ATOM    172  ND1 HIS A 334     -23.383 -50.727 -33.012  1.00 56.72           N  
+ATOM    173  CD2 HIS A 334     -22.632 -52.775 -33.223  1.00 56.01           C  
+ATOM    174  CE1 HIS A 334     -23.460 -51.295 -31.820  1.00 56.96           C  
+ATOM    175  NE2 HIS A 334     -23.014 -52.538 -31.922  1.00 57.21           N  
+ATOM    176  N   PHE A 335     -24.504 -49.764 -38.047  1.00 52.85           N  
+ATOM    177  CA  PHE A 335     -24.636 -48.467 -38.722  1.00 52.63           C  
+ATOM    178  C   PHE A 335     -26.041 -48.146 -39.226  1.00 52.89           C  
+ATOM    179  O   PHE A 335     -26.228 -47.111 -39.866  1.00 53.17           O  
+ATOM    180  CB  PHE A 335     -23.626 -48.321 -39.874  1.00 52.19           C  
+ATOM    181  CG  PHE A 335     -22.218 -48.043 -39.419  1.00 52.02           C  
+ATOM    182  CD1 PHE A 335     -21.262 -49.053 -39.409  1.00 51.61           C  
+ATOM    183  CD2 PHE A 335     -21.842 -46.774 -38.999  1.00 51.97           C  
+ATOM    184  CE1 PHE A 335     -19.952 -48.803 -38.982  1.00 50.68           C  
+ATOM    185  CE2 PHE A 335     -20.535 -46.522 -38.573  1.00 51.49           C  
+ATOM    186  CZ  PHE A 335     -19.595 -47.545 -38.562  1.00 50.86           C  
+ATOM    187  N   LYS A 336     -27.027 -49.005 -38.951  1.00 52.96           N  
+ATOM    188  CA  LYS A 336     -28.385 -48.758 -39.466  1.00 53.00           C  
+ATOM    189  C   LYS A 336     -28.928 -47.393 -39.008  1.00 52.99           C  
+ATOM    190  O   LYS A 336     -28.814 -47.025 -37.838  1.00 52.97           O  
+ATOM    191  CB  LYS A 336     -29.349 -49.902 -39.122  1.00 52.81           C  
+ATOM    192  N   ASN A 337     -29.472 -46.644 -39.964  1.00 53.12           N  
+ATOM    193  CA  ASN A 337     -30.098 -45.326 -39.742  1.00 53.20           C  
+ATOM    194  C   ASN A 337     -29.154 -44.203 -39.319  1.00 52.98           C  
+ATOM    195  O   ASN A 337     -29.618 -43.132 -38.905  1.00 53.36           O  
+ATOM    196  CB  ASN A 337     -31.277 -45.401 -38.761  1.00 53.30           C  
+ATOM    197  CG  ASN A 337     -32.358 -46.365 -39.205  1.00 54.08           C  
+ATOM    198  OD1 ASN A 337     -32.453 -46.735 -40.380  1.00 54.44           O  
+ATOM    199  ND2 ASN A 337     -33.193 -46.771 -38.257  1.00 54.48           N  
+ATOM    200  N   CYS A 338     -27.846 -44.434 -39.434  1.00 52.24           N  
+ATOM    201  CA  CYS A 338     -26.859 -43.402 -39.130  1.00 51.65           C  
+ATOM    202  C   CYS A 338     -26.985 -42.196 -40.053  1.00 50.88           C  
+ATOM    203  O   CYS A 338     -26.864 -42.322 -41.264  1.00 50.95           O  
+ATOM    204  CB  CYS A 338     -25.458 -43.978 -39.228  1.00 51.85           C  
+ATOM    205  SG  CYS A 338     -25.120 -45.187 -37.939  1.00 53.22           S  
+ATOM    206  N   THR A 339     -27.242 -41.038 -39.463  1.00 49.88           N  
+ATOM    207  CA  THR A 339     -27.338 -39.784 -40.184  1.00 49.33           C  
+ATOM    208  C   THR A 339     -25.944 -39.203 -40.328  1.00 48.90           C  
+ATOM    209  O   THR A 339     -25.523 -38.786 -41.407  1.00 48.86           O  
+ATOM    210  CB  THR A 339     -28.164 -38.784 -39.363  1.00 49.53           C  
+ATOM    211  OG1 THR A 339     -29.458 -39.341 -39.096  1.00 50.36           O  
+ATOM    212  CG2 THR A 339     -28.289 -37.418 -40.071  1.00 49.20           C  
+ATOM    213  N   SER A 340     -25.236 -39.179 -39.208  1.00 48.37           N  
+ATOM    214  CA  SER A 340     -23.922 -38.590 -39.123  1.00 47.71           C  
+ATOM    215  C   SER A 340     -22.979 -39.567 -38.447  1.00 47.18           C  
+ATOM    216  O   SER A 340     -23.375 -40.300 -37.542  1.00 46.94           O  
+ATOM    217  CB  SER A 340     -23.990 -37.286 -38.337  1.00 47.80           C  
+ATOM    218  OG  SER A 340     -22.703 -36.890 -37.896  1.00 48.11           O  
+ATOM    219  N   ILE A 341     -21.730 -39.564 -38.901  1.00 46.77           N  
+ATOM    220  CA  ILE A 341     -20.705 -40.479 -38.399  1.00 46.33           C  
+ATOM    221  C   ILE A 341     -19.582 -39.741 -37.669  1.00 45.96           C  
+ATOM    222  O   ILE A 341     -18.761 -39.059 -38.289  1.00 46.21           O  
+ATOM    223  CB  ILE A 341     -20.142 -41.373 -39.536  1.00 46.33           C  
+ATOM    224  CG1 ILE A 341     -21.277 -42.219 -40.126  1.00 46.52           C  
+ATOM    225  CG2 ILE A 341     -18.995 -42.249 -39.025  1.00 45.55           C  
+ATOM    226  CD1 ILE A 341     -20.854 -43.139 -41.221  1.00 47.29           C  
+ATOM    227  N   SER A 342     -19.563 -39.874 -36.347  1.00 45.29           N  
+ATOM    228  CA  SER A 342     -18.510 -39.282 -35.536  1.00 44.80           C  
+ATOM    229  C   SER A 342     -17.251 -40.162 -35.587  1.00 44.42           C  
+ATOM    230  O   SER A 342     -17.135 -41.155 -34.864  1.00 44.29           O  
+ATOM    231  CB  SER A 342     -19.003 -39.075 -34.107  1.00 44.64           C  
+ATOM    232  OG  SER A 342     -17.976 -38.555 -33.292  1.00 45.18           O  
+ATOM    233  N   GLY A 343     -16.319 -39.801 -36.467  1.00 43.96           N  
+ATOM    234  CA  GLY A 343     -15.143 -40.636 -36.723  1.00 43.53           C  
+ATOM    235  C   GLY A 343     -14.850 -40.810 -38.200  1.00 43.14           C  
+ATOM    236  O   GLY A 343     -15.247 -39.979 -39.017  1.00 43.35           O  
+ATOM    237  N   ASP A 344     -14.160 -41.891 -38.547  1.00 42.66           N  
+ATOM    238  CA  ASP A 344     -13.789 -42.148 -39.937  1.00 42.17           C  
+ATOM    239  C   ASP A 344     -14.524 -43.352 -40.492  1.00 41.60           C  
+ATOM    240  O   ASP A 344     -15.023 -44.195 -39.747  1.00 41.51           O  
+ATOM    241  CB  ASP A 344     -12.277 -42.431 -40.070  1.00 42.61           C  
+ATOM    242  CG  ASP A 344     -11.403 -41.515 -39.212  1.00 42.65           C  
+ATOM    243  OD1 ASP A 344     -11.655 -40.283 -39.162  1.00 41.95           O  
+ATOM    244  OD2 ASP A 344     -10.436 -42.051 -38.615  1.00 41.70           O  
+ATOM    245  N   LEU A 345     -14.558 -43.439 -41.811  1.00 41.18           N  
+ATOM    246  CA  LEU A 345     -14.985 -44.657 -42.476  1.00 41.05           C  
+ATOM    247  C   LEU A 345     -13.829 -45.237 -43.275  1.00 41.05           C  
+ATOM    248  O   LEU A 345     -13.386 -44.658 -44.261  1.00 41.33           O  
+ATOM    249  CB  LEU A 345     -16.189 -44.403 -43.393  1.00 40.85           C  
+ATOM    250  CG  LEU A 345     -17.492 -43.905 -42.773  1.00 40.42           C  
+ATOM    251  CD1 LEU A 345     -18.609 -43.937 -43.786  1.00 40.21           C  
+ATOM    252  CD2 LEU A 345     -17.856 -44.757 -41.593  1.00 40.80           C  
+ATOM    253  N   HIS A 346     -13.321 -46.371 -42.831  1.00 41.03           N  
+ATOM    254  CA  HIS A 346     -12.368 -47.111 -43.619  1.00 41.32           C  
+ATOM    255  C   HIS A 346     -13.144 -48.236 -44.281  1.00 41.01           C  
+ATOM    256  O   HIS A 346     -13.730 -49.076 -43.590  1.00 41.05           O  
+ATOM    257  CB  HIS A 346     -11.300 -47.758 -42.731  1.00 41.82           C  
+ATOM    258  CG  HIS A 346     -10.390 -46.797 -42.027  1.00 43.65           C  
+ATOM    259  ND1 HIS A 346      -9.020 -46.952 -42.017  1.00 44.96           N  
+ATOM    260  CD2 HIS A 346     -10.650 -45.702 -41.272  1.00 45.74           C  
+ATOM    261  CE1 HIS A 346      -8.473 -45.986 -41.302  1.00 46.14           C  
+ATOM    262  NE2 HIS A 346      -9.441 -45.215 -40.836  1.00 46.93           N  
+ATOM    263  N   ILE A 347     -13.160 -48.264 -45.607  1.00 40.62           N  
+ATOM    264  CA  ILE A 347     -13.527 -49.491 -46.309  1.00 40.26           C  
+ATOM    265  C   ILE A 347     -12.272 -50.032 -47.008  1.00 40.52           C  
+ATOM    266  O   ILE A 347     -11.823 -49.485 -48.011  1.00 40.88           O  
+ATOM    267  CB  ILE A 347     -14.726 -49.285 -47.252  1.00 39.98           C  
+ATOM    268  CG1 ILE A 347     -15.981 -49.008 -46.423  1.00 39.47           C  
+ATOM    269  CG2 ILE A 347     -14.950 -50.514 -48.113  1.00 39.38           C  
+ATOM    270  CD1 ILE A 347     -16.995 -48.099 -47.083  1.00 39.49           C  
+ATOM    271  N   LEU A 348     -11.686 -51.081 -46.441  1.00 40.50           N  
+ATOM    272  CA  LEU A 348     -10.407 -51.598 -46.915  1.00 40.78           C  
+ATOM    273  C   LEU A 348     -10.542 -53.050 -47.429  1.00 40.93           C  
+ATOM    274  O   LEU A 348     -11.387 -53.795 -46.942  1.00 40.70           O  
+ATOM    275  CB  LEU A 348      -9.353 -51.478 -45.800  1.00 40.60           C  
+ATOM    276  N   PRO A 349      -9.719 -53.448 -48.430  1.00 41.31           N  
+ATOM    277  CA  PRO A 349      -9.677 -54.801 -49.020  1.00 41.31           C  
+ATOM    278  C   PRO A 349      -9.943 -56.020 -48.123  1.00 41.62           C  
+ATOM    279  O   PRO A 349     -10.327 -57.062 -48.633  1.00 41.72           O  
+ATOM    280  CB  PRO A 349      -8.263 -54.864 -49.594  1.00 41.26           C  
+ATOM    281  CG  PRO A 349      -8.057 -53.482 -50.105  1.00 41.26           C  
+ATOM    282  CD  PRO A 349      -8.752 -52.560 -49.112  1.00 41.39           C  
+ATOM    283  N   VAL A 350      -9.734 -55.920 -46.819  1.00 42.11           N  
+ATOM    284  CA  VAL A 350      -9.995 -57.072 -45.957  1.00 42.46           C  
+ATOM    285  C   VAL A 350     -11.447 -57.113 -45.512  1.00 42.88           C  
+ATOM    286  O   VAL A 350     -11.888 -58.071 -44.888  1.00 42.92           O  
+ATOM    287  CB  VAL A 350      -9.014 -57.179 -44.754  1.00 42.43           C  
+ATOM    288  CG1 VAL A 350      -7.583 -57.467 -45.257  1.00 42.45           C  
+ATOM    289  CG2 VAL A 350      -9.079 -55.936 -43.859  1.00 42.08           C  
+ATOM    290  N   ALA A 351     -12.185 -56.062 -45.841  1.00 43.62           N  
+ATOM    291  CA  ALA A 351     -13.625 -56.041 -45.630  1.00 44.45           C  
+ATOM    292  C   ALA A 351     -14.241 -57.119 -46.495  1.00 44.95           C  
+ATOM    293  O   ALA A 351     -15.075 -57.904 -46.044  1.00 45.20           O  
+ATOM    294  CB  ALA A 351     -14.207 -54.684 -46.004  1.00 44.35           C  
+ATOM    295  N   PHE A 352     -13.800 -57.156 -47.743  1.00 45.44           N  
+ATOM    296  CA  PHE A 352     -14.353 -58.065 -48.712  1.00 45.99           C  
+ATOM    297  C   PHE A 352     -13.725 -59.453 -48.641  1.00 46.50           C  
+ATOM    298  O   PHE A 352     -14.391 -60.443 -48.925  1.00 46.91           O  
+ATOM    299  CB  PHE A 352     -14.243 -57.456 -50.105  1.00 45.76           C  
+ATOM    300  CG  PHE A 352     -14.981 -56.159 -50.242  1.00 45.50           C  
+ATOM    301  CD1 PHE A 352     -14.313 -54.956 -50.147  1.00 44.96           C  
+ATOM    302  CD2 PHE A 352     -16.354 -56.143 -50.445  1.00 45.59           C  
+ATOM    303  CE1 PHE A 352     -15.001 -53.756 -50.271  1.00 44.97           C  
+ATOM    304  CE2 PHE A 352     -17.044 -54.940 -50.563  1.00 45.16           C  
+ATOM    305  CZ  PHE A 352     -16.368 -53.751 -50.474  1.00 44.60           C  
+ATOM    306  N   ARG A 353     -12.463 -59.532 -48.239  1.00 46.96           N  
+ATOM    307  CA  ARG A 353     -11.793 -60.821 -48.164  1.00 47.64           C  
+ATOM    308  C   ARG A 353     -12.127 -61.580 -46.876  1.00 48.27           C  
+ATOM    309  O   ARG A 353     -12.004 -62.806 -46.830  1.00 48.59           O  
+ATOM    310  CB  ARG A 353     -10.277 -60.662 -48.331  1.00 47.45           C  
+ATOM    311  N   GLY A 354     -12.560 -60.855 -45.843  1.00 48.93           N  
+ATOM    312  CA  GLY A 354     -12.709 -61.416 -44.492  1.00 49.70           C  
+ATOM    313  C   GLY A 354     -11.377 -61.544 -43.762  1.00 50.31           C  
+ATOM    314  O   GLY A 354     -10.316 -61.502 -44.379  1.00 50.06           O  
+ATOM    315  N   ASP A 355     -11.426 -61.707 -42.443  1.00 51.25           N  
+ATOM    316  CA  ASP A 355     -10.200 -61.821 -41.648  1.00 52.21           C  
+ATOM    317  C   ASP A 355     -10.228 -62.976 -40.640  1.00 52.44           C  
+ATOM    318  O   ASP A 355     -11.022 -62.989 -39.696  1.00 51.99           O  
+ATOM    319  CB  ASP A 355      -9.862 -60.482 -40.957  1.00 52.55           C  
+ATOM    320  CG  ASP A 355      -8.522 -60.515 -40.191  1.00 53.70           C  
+ATOM    321  OD1 ASP A 355      -7.639 -61.349 -40.515  1.00 54.73           O  
+ATOM    322  OD2 ASP A 355      -8.352 -59.696 -39.257  1.00 54.21           O  
+ATOM    323  N   SER A 356      -9.327 -63.930 -40.861  1.00 53.17           N  
+ATOM    324  CA  SER A 356      -9.144 -65.081 -39.981  1.00 54.02           C  
+ATOM    325  C   SER A 356      -8.652 -64.655 -38.616  1.00 54.47           C  
+ATOM    326  O   SER A 356      -9.318 -64.901 -37.611  1.00 54.72           O  
+ATOM    327  CB  SER A 356      -8.132 -66.062 -40.583  1.00 54.17           C  
+ATOM    328  OG  SER A 356      -6.831 -65.499 -40.648  1.00 54.39           O  
+ATOM    329  N   PHE A 357      -7.485 -64.005 -38.604  1.00 54.91           N  
+ATOM    330  CA  PHE A 357      -6.767 -63.632 -37.373  1.00 55.14           C  
+ATOM    331  C   PHE A 357      -7.618 -62.846 -36.356  1.00 54.97           C  
+ATOM    332  O   PHE A 357      -7.231 -62.703 -35.195  1.00 55.22           O  
+ATOM    333  CB  PHE A 357      -5.458 -62.885 -37.708  1.00 55.15           C  
+ATOM    334  N   THR A 358      -8.765 -62.336 -36.796  1.00 54.45           N  
+ATOM    335  CA  THR A 358      -9.695 -61.680 -35.893  1.00 54.05           C  
+ATOM    336  C   THR A 358     -11.086 -62.278 -36.051  1.00 53.55           C  
+ATOM    337  O   THR A 358     -12.064 -61.725 -35.543  1.00 53.77           O  
+ATOM    338  CB  THR A 358      -9.730 -60.121 -36.083  1.00 54.31           C  
+ATOM    339  OG1 THR A 358     -10.341 -59.775 -37.338  1.00 54.41           O  
+ATOM    340  CG2 THR A 358      -8.320 -59.512 -35.995  1.00 54.24           C  
+ATOM    341  N   HIS A 359     -11.162 -63.409 -36.753  1.00 52.75           N  
+ATOM    342  CA  HIS A 359     -12.422 -64.140 -36.976  1.00 52.01           C  
+ATOM    343  C   HIS A 359     -13.545 -63.252 -37.554  1.00 51.35           C  
+ATOM    344  O   HIS A 359     -14.583 -63.030 -36.923  1.00 51.14           O  
+ATOM    345  CB  HIS A 359     -12.864 -64.882 -35.702  1.00 51.92           C  
+ATOM    346  N   THR A 360     -13.317 -62.756 -38.767  1.00 50.52           N  
+ATOM    347  CA  THR A 360     -14.254 -61.867 -39.437  1.00 49.83           C  
+ATOM    348  C   THR A 360     -14.695 -62.408 -40.798  1.00 49.18           C  
+ATOM    349  O   THR A 360     -13.864 -62.647 -41.676  1.00 49.11           O  
+ATOM    350  CB  THR A 360     -13.639 -60.476 -39.594  1.00 49.93           C  
+ATOM    351  OG1 THR A 360     -13.471 -59.906 -38.294  1.00 50.77           O  
+ATOM    352  CG2 THR A 360     -14.526 -59.558 -40.437  1.00 50.09           C  
+ATOM    353  N   PRO A 361     -16.017 -62.582 -40.982  1.00 48.53           N  
+ATOM    354  CA  PRO A 361     -16.517 -63.097 -42.238  1.00 47.98           C  
+ATOM    355  C   PRO A 361     -16.236 -62.114 -43.348  1.00 47.50           C  
+ATOM    356  O   PRO A 361     -16.111 -60.914 -43.083  1.00 47.60           O  
+ATOM    357  CB  PRO A 361     -18.032 -63.168 -42.016  1.00 48.03           C  
+ATOM    358  CG  PRO A 361     -18.229 -63.115 -40.558  1.00 48.26           C  
+ATOM    359  CD  PRO A 361     -17.112 -62.284 -40.042  1.00 48.58           C  
+ATOM    360  N   PRO A 362     -16.107 -62.619 -44.585  1.00 47.05           N  
+ATOM    361  CA  PRO A 362     -16.193 -61.774 -45.765  1.00 46.71           C  
+ATOM    362  C   PRO A 362     -17.484 -60.974 -45.742  1.00 46.32           C  
+ATOM    363  O   PRO A 362     -18.513 -61.460 -45.287  1.00 46.15           O  
+ATOM    364  CB  PRO A 362     -16.219 -62.781 -46.908  1.00 46.78           C  
+ATOM    365  CG  PRO A 362     -15.457 -63.938 -46.382  1.00 47.04           C  
+ATOM    366  CD  PRO A 362     -15.830 -64.021 -44.937  1.00 47.03           C  
+ATOM    367  N   LEU A 363     -17.414 -59.739 -46.204  1.00 46.12           N  
+ATOM    368  CA  LEU A 363     -18.568 -58.873 -46.200  1.00 46.09           C  
+ATOM    369  C   LEU A 363     -19.419 -59.123 -47.443  1.00 46.21           C  
+ATOM    370  O   LEU A 363     -18.902 -59.260 -48.560  1.00 46.33           O  
+ATOM    371  CB  LEU A 363     -18.116 -57.414 -46.133  1.00 46.02           C  
+ATOM    372  CG  LEU A 363     -19.130 -56.278 -46.266  1.00 45.91           C  
+ATOM    373  CD1 LEU A 363     -19.904 -56.051 -44.975  1.00 45.37           C  
+ATOM    374  CD2 LEU A 363     -18.414 -55.010 -46.694  1.00 46.03           C  
+ATOM    375  N   ASP A 364     -20.725 -59.199 -47.232  1.00 46.05           N  
+ATOM    376  CA  ASP A 364     -21.678 -59.251 -48.320  1.00 46.11           C  
+ATOM    377  C   ASP A 364     -21.899 -57.811 -48.825  1.00 45.75           C  
+ATOM    378  O   ASP A 364     -22.436 -56.960 -48.099  1.00 45.55           O  
+ATOM    379  CB  ASP A 364     -22.959 -59.946 -47.814  1.00 46.56           C  
+ATOM    380  CG  ASP A 364     -24.200 -59.683 -48.682  1.00 47.57           C  
+ATOM    381  OD1 ASP A 364     -24.097 -59.438 -49.914  1.00 48.39           O  
+ATOM    382  OD2 ASP A 364     -25.306 -59.747 -48.094  1.00 48.58           O  
+ATOM    383  N   PRO A 365     -21.477 -57.529 -50.074  1.00 45.43           N  
+ATOM    384  CA  PRO A 365     -21.537 -56.168 -50.598  1.00 45.48           C  
+ATOM    385  C   PRO A 365     -22.919 -55.537 -50.446  1.00 45.73           C  
+ATOM    386  O   PRO A 365     -23.022 -54.321 -50.279  1.00 45.78           O  
+ATOM    387  CB  PRO A 365     -21.199 -56.344 -52.080  1.00 45.24           C  
+ATOM    388  CG  PRO A 365     -20.409 -57.557 -52.143  1.00 45.29           C  
+ATOM    389  CD  PRO A 365     -20.947 -58.468 -51.073  1.00 45.40           C  
+ATOM    390  N   GLN A 366     -23.969 -56.353 -50.494  1.00 46.05           N  
+ATOM    391  CA  GLN A 366     -25.331 -55.841 -50.378  1.00 46.36           C  
+ATOM    392  C   GLN A 366     -25.447 -54.946 -49.143  1.00 46.49           C  
+ATOM    393  O   GLN A 366     -26.072 -53.883 -49.204  1.00 46.50           O  
+ATOM    394  CB  GLN A 366     -26.356 -56.983 -50.340  1.00 46.29           C  
+ATOM    395  N   GLU A 367     -24.792 -55.361 -48.054  1.00 46.53           N  
+ATOM    396  CA  GLU A 367     -24.875 -54.679 -46.753  1.00 46.80           C  
+ATOM    397  C   GLU A 367     -24.394 -53.225 -46.766  1.00 46.49           C  
+ATOM    398  O   GLU A 367     -24.888 -52.404 -45.989  1.00 46.14           O  
+ATOM    399  CB  GLU A 367     -24.118 -55.466 -45.680  1.00 46.85           C  
+ATOM    400  CG  GLU A 367     -24.872 -56.686 -45.132  1.00 47.72           C  
+ATOM    401  CD  GLU A 367     -24.031 -57.533 -44.160  1.00 47.79           C  
+ATOM    402  OE1 GLU A 367     -22.852 -57.852 -44.463  1.00 48.32           O  
+ATOM    403  OE2 GLU A 367     -24.568 -57.894 -43.089  1.00 49.28           O  
+ATOM    404  N   LEU A 368     -23.439 -52.917 -47.652  1.00 46.36           N  
+ATOM    405  CA  LEU A 368     -22.891 -51.562 -47.806  1.00 45.81           C  
+ATOM    406  C   LEU A 368     -23.980 -50.547 -48.073  1.00 45.86           C  
+ATOM    407  O   LEU A 368     -23.770 -49.351 -47.887  1.00 46.32           O  
+ATOM    408  CB  LEU A 368     -21.870 -51.494 -48.940  1.00 45.59           C  
+ATOM    409  CG  LEU A 368     -20.512 -52.145 -48.706  1.00 45.21           C  
+ATOM    410  CD1 LEU A 368     -19.663 -52.067 -49.958  1.00 45.10           C  
+ATOM    411  CD2 LEU A 368     -19.808 -51.491 -47.550  1.00 45.20           C  
+ATOM    412  N   ASP A 369     -25.142 -51.022 -48.509  1.00 45.52           N  
+ATOM    413  CA  ASP A 369     -26.293 -50.151 -48.709  1.00 45.13           C  
+ATOM    414  C   ASP A 369     -26.740 -49.459 -47.422  1.00 44.16           C  
+ATOM    415  O   ASP A 369     -27.442 -48.457 -47.479  1.00 44.06           O  
+ATOM    416  CB  ASP A 369     -27.453 -50.927 -49.347  1.00 45.72           C  
+ATOM    417  CG  ASP A 369     -27.267 -51.130 -50.851  1.00 47.32           C  
+ATOM    418  OD1 ASP A 369     -26.534 -50.320 -51.479  1.00 48.13           O  
+ATOM    419  OD2 ASP A 369     -27.857 -52.098 -51.403  1.00 49.21           O  
+ATOM    420  N   ILE A 370     -26.321 -49.986 -46.273  1.00 43.15           N  
+ATOM    421  CA  ILE A 370     -26.674 -49.404 -44.976  1.00 42.31           C  
+ATOM    422  C   ILE A 370     -26.087 -48.005 -44.805  1.00 42.03           C  
+ATOM    423  O   ILE A 370     -26.683 -47.136 -44.163  1.00 41.83           O  
+ATOM    424  CB  ILE A 370     -26.209 -50.276 -43.793  1.00 42.14           C  
+ATOM    425  CG1 ILE A 370     -26.772 -51.692 -43.903  1.00 41.32           C  
+ATOM    426  CG2 ILE A 370     -26.635 -49.641 -42.477  1.00 41.96           C  
+ATOM    427  CD1 ILE A 370     -26.139 -52.689 -42.956  1.00 40.81           C  
+ATOM    428  N   LEU A 371     -24.919 -47.789 -45.394  1.00 41.79           N  
+ATOM    429  CA  LEU A 371     -24.227 -46.509 -45.291  1.00 41.63           C  
+ATOM    430  C   LEU A 371     -24.978 -45.386 -46.028  1.00 41.65           C  
+ATOM    431  O   LEU A 371     -24.507 -44.245 -46.084  1.00 42.03           O  
+ATOM    432  CB  LEU A 371     -22.780 -46.653 -45.794  1.00 41.34           C  
+ATOM    433  CG  LEU A 371     -21.946 -47.764 -45.125  1.00 41.03           C  
+ATOM    434  CD1 LEU A 371     -20.603 -47.946 -45.794  1.00 40.67           C  
+ATOM    435  CD2 LEU A 371     -21.751 -47.513 -43.641  1.00 40.55           C  
+ATOM    436  N   LYS A 372     -26.152 -45.707 -46.570  1.00 41.14           N  
+ATOM    437  CA  LYS A 372     -26.856 -44.788 -47.439  1.00 40.58           C  
+ATOM    438  C   LYS A 372     -27.371 -43.615 -46.643  1.00 40.49           C  
+ATOM    439  O   LYS A 372     -27.323 -42.486 -47.124  1.00 40.77           O  
+ATOM    440  CB  LYS A 372     -27.988 -45.480 -48.206  1.00 40.49           C  
+ATOM    441  N   THR A 373     -27.824 -43.863 -45.416  1.00 40.34           N  
+ATOM    442  CA  THR A 373     -28.483 -42.802 -44.625  1.00 40.41           C  
+ATOM    443  C   THR A 373     -27.543 -41.681 -44.187  1.00 40.46           C  
+ATOM    444  O   THR A 373     -27.990 -40.631 -43.694  1.00 40.37           O  
+ATOM    445  CB  THR A 373     -29.200 -43.358 -43.390  1.00 40.31           C  
+ATOM    446  OG1 THR A 373     -28.377 -44.354 -42.768  1.00 39.77           O  
+ATOM    447  CG2 THR A 373     -30.542 -43.959 -43.793  1.00 40.81           C  
+ATOM    448  N   VAL A 374     -26.246 -41.924 -44.387  1.00 40.47           N  
+ATOM    449  CA  VAL A 374     -25.170 -41.041 -43.950  1.00 40.19           C  
+ATOM    450  C   VAL A 374     -25.077 -39.759 -44.768  1.00 40.40           C  
+ATOM    451  O   VAL A 374     -24.846 -39.789 -45.978  1.00 40.62           O  
+ATOM    452  CB  VAL A 374     -23.843 -41.764 -44.010  1.00 39.84           C  
+ATOM    453  CG1 VAL A 374     -22.762 -40.883 -43.451  1.00 40.10           C  
+ATOM    454  CG2 VAL A 374     -23.940 -43.064 -43.239  1.00 39.87           C  
+ATOM    455  N   LYS A 375     -25.260 -38.632 -44.093  1.00 40.48           N  
+ATOM    456  CA  LYS A 375     -25.213 -37.333 -44.743  1.00 40.47           C  
+ATOM    457  C   LYS A 375     -23.934 -36.559 -44.346  1.00 40.44           C  
+ATOM    458  O   LYS A 375     -23.594 -35.542 -44.968  1.00 40.46           O  
+ATOM    459  CB  LYS A 375     -26.500 -36.543 -44.442  1.00 40.16           C  
+ATOM    460  N   GLU A 376     -23.217 -37.066 -43.338  1.00 40.25           N  
+ATOM    461  CA  GLU A 376     -22.050 -36.367 -42.783  1.00 40.17           C  
+ATOM    462  C   GLU A 376     -21.042 -37.279 -42.083  1.00 39.80           C  
+ATOM    463  O   GLU A 376     -21.399 -38.029 -41.182  1.00 39.70           O  
+ATOM    464  CB  GLU A 376     -22.506 -35.255 -41.830  1.00 40.06           C  
+ATOM    465  CG  GLU A 376     -21.555 -34.962 -40.669  1.00 40.65           C  
+ATOM    466  CD  GLU A 376     -22.118 -33.962 -39.662  1.00 40.88           C  
+ATOM    467  OE1 GLU A 376     -21.528 -33.832 -38.568  1.00 41.31           O  
+ATOM    468  OE2 GLU A 376     -23.139 -33.299 -39.961  1.00 42.17           O  
+ATOM    469  N   ILE A 377     -19.782 -37.200 -42.506  1.00 39.68           N  
+ATOM    470  CA  ILE A 377     -18.681 -37.872 -41.810  1.00 39.53           C  
+ATOM    471  C   ILE A 377     -17.797 -36.839 -41.091  1.00 39.71           C  
+ATOM    472  O   ILE A 377     -17.485 -35.780 -41.649  1.00 39.68           O  
+ATOM    473  CB  ILE A 377     -17.819 -38.714 -42.764  1.00 39.33           C  
+ATOM    474  CG1 ILE A 377     -18.667 -39.754 -43.492  1.00 39.05           C  
+ATOM    475  CG2 ILE A 377     -16.687 -39.394 -42.004  1.00 39.29           C  
+ATOM    476  CD1 ILE A 377     -17.921 -40.476 -44.609  1.00 39.32           C  
+ATOM    477  N   THR A 378     -17.401 -37.158 -39.860  1.00 39.68           N  
+ATOM    478  CA  THR A 378     -16.662 -36.230 -39.009  1.00 39.80           C  
+ATOM    479  C   THR A 378     -15.175 -36.188 -39.369  1.00 39.62           C  
+ATOM    480  O   THR A 378     -14.635 -35.131 -39.696  1.00 39.53           O  
+ATOM    481  CB  THR A 378     -16.886 -36.564 -37.510  1.00 39.98           C  
+ATOM    482  OG1 THR A 378     -18.210 -36.175 -37.146  1.00 39.57           O  
+ATOM    483  CG2 THR A 378     -15.887 -35.843 -36.590  1.00 40.72           C  
+ATOM    484  N   GLY A 379     -14.517 -37.339 -39.302  1.00 39.54           N  
+ATOM    485  CA  GLY A 379     -13.113 -37.432 -39.672  1.00 39.14           C  
+ATOM    486  C   GLY A 379     -12.964 -37.450 -41.178  1.00 38.81           C  
+ATOM    487  O   GLY A 379     -13.343 -36.503 -41.857  1.00 38.62           O  
+ATOM    488  N   PHE A 380     -12.424 -38.545 -41.695  1.00 38.64           N  
+ATOM    489  CA  PHE A 380     -12.134 -38.650 -43.109  1.00 38.57           C  
+ATOM    490  C   PHE A 380     -12.730 -39.922 -43.652  1.00 38.35           C  
+ATOM    491  O   PHE A 380     -13.168 -40.781 -42.890  1.00 38.39           O  
+ATOM    492  CB  PHE A 380     -10.629 -38.653 -43.345  1.00 38.86           C  
+ATOM    493  CG  PHE A 380      -9.929 -39.874 -42.810  1.00 39.69           C  
+ATOM    494  CD1 PHE A 380      -9.774 -41.011 -43.603  1.00 40.82           C  
+ATOM    495  CD2 PHE A 380      -9.416 -39.887 -41.520  1.00 40.18           C  
+ATOM    496  CE1 PHE A 380      -9.120 -42.148 -43.114  1.00 41.00           C  
+ATOM    497  CE2 PHE A 380      -8.758 -41.008 -41.028  1.00 41.00           C  
+ATOM    498  CZ  PHE A 380      -8.613 -42.143 -41.821  1.00 40.60           C  
+ATOM    499  N   LEU A 381     -12.713 -40.040 -44.974  1.00 38.12           N  
+ATOM    500  CA  LEU A 381     -13.294 -41.173 -45.676  1.00 37.80           C  
+ATOM    501  C   LEU A 381     -12.254 -41.869 -46.554  1.00 37.93           C  
+ATOM    502  O   LEU A 381     -11.698 -41.275 -47.478  1.00 37.84           O  
+ATOM    503  CB  LEU A 381     -14.503 -40.711 -46.504  1.00 37.48           C  
+ATOM    504  CG  LEU A 381     -15.023 -41.615 -47.617  1.00 36.04           C  
+ATOM    505  CD1 LEU A 381     -15.408 -42.967 -47.075  1.00 34.87           C  
+ATOM    506  CD2 LEU A 381     -16.195 -40.952 -48.269  1.00 35.44           C  
+ATOM    507  N   LEU A 382     -12.007 -43.134 -46.263  1.00 38.01           N  
+ATOM    508  CA  LEU A 382     -11.016 -43.878 -46.991  1.00 38.66           C  
+ATOM    509  C   LEU A 382     -11.611 -45.161 -47.560  1.00 38.81           C  
+ATOM    510  O   LEU A 382     -12.042 -46.043 -46.814  1.00 38.79           O  
+ATOM    511  CB  LEU A 382      -9.812 -44.182 -46.084  1.00 38.98           C  
+ATOM    512  CG  LEU A 382      -8.730 -45.128 -46.643  1.00 40.04           C  
+ATOM    513  CD1 LEU A 382      -7.516 -44.376 -47.195  1.00 39.57           C  
+ATOM    514  CD2 LEU A 382      -8.305 -46.135 -45.580  1.00 41.28           C  
+ATOM    515  N   ILE A 383     -11.612 -45.253 -48.887  1.00 39.16           N  
+ATOM    516  CA  ILE A 383     -12.077 -46.437 -49.607  1.00 39.65           C  
+ATOM    517  C   ILE A 383     -10.938 -47.025 -50.452  1.00 40.51           C  
+ATOM    518  O   ILE A 383     -10.550 -46.460 -51.469  1.00 40.48           O  
+ATOM    519  CB  ILE A 383     -13.312 -46.111 -50.510  1.00 39.30           C  
+ATOM    520  CG1 ILE A 383     -14.484 -45.603 -49.679  1.00 37.96           C  
+ATOM    521  CG2 ILE A 383     -13.765 -47.333 -51.265  1.00 39.48           C  
+ATOM    522  CD1 ILE A 383     -15.468 -44.812 -50.462  1.00 36.50           C  
+ATOM    523  N   GLN A 384     -10.404 -48.161 -50.029  1.00 41.78           N  
+ATOM    524  CA  GLN A 384      -9.356 -48.826 -50.792  1.00 43.72           C  
+ATOM    525  C   GLN A 384      -9.839 -50.102 -51.514  1.00 44.48           C  
+ATOM    526  O   GLN A 384      -9.114 -50.679 -52.329  1.00 45.16           O  
+ATOM    527  CB  GLN A 384      -8.138 -49.096 -49.900  1.00 43.46           C  
+ATOM    528  CG  GLN A 384      -7.501 -47.813 -49.343  1.00 44.74           C  
+ATOM    529  CD  GLN A 384      -6.446 -48.073 -48.258  1.00 45.18           C  
+ATOM    530  OE1 GLN A 384      -6.771 -48.485 -47.134  1.00 46.75           O  
+ATOM    531  NE2 GLN A 384      -5.175 -47.814 -48.589  1.00 46.60           N  
+ATOM    532  N   ALA A 385     -11.059 -50.543 -51.212  1.00 45.22           N  
+ATOM    533  CA  ALA A 385     -11.693 -51.652 -51.929  1.00 45.71           C  
+ATOM    534  C   ALA A 385     -13.186 -51.386 -52.092  1.00 46.41           C  
+ATOM    535  O   ALA A 385     -13.750 -50.540 -51.394  1.00 46.59           O  
+ATOM    536  CB  ALA A 385     -11.470 -52.936 -51.219  1.00 45.37           C  
+ATOM    537  N   TRP A 386     -13.820 -52.110 -53.013  1.00 47.09           N  
+ATOM    538  CA  TRP A 386     -15.222 -51.883 -53.376  1.00 47.70           C  
+ATOM    539  C   TRP A 386     -15.632 -53.056 -54.264  1.00 48.71           C  
+ATOM    540  O   TRP A 386     -14.752 -53.655 -54.910  1.00 48.85           O  
+ATOM    541  CB  TRP A 386     -15.347 -50.561 -54.130  1.00 47.03           C  
+ATOM    542  CG  TRP A 386     -16.680 -49.881 -54.115  1.00 46.37           C  
+ATOM    543  CD1 TRP A 386     -17.451 -49.586 -55.199  1.00 46.52           C  
+ATOM    544  CD2 TRP A 386     -17.376 -49.359 -52.980  1.00 46.12           C  
+ATOM    545  NE1 TRP A 386     -18.590 -48.921 -54.816  1.00 46.20           N  
+ATOM    546  CE2 TRP A 386     -18.570 -48.770 -53.457  1.00 46.13           C  
+ATOM    547  CE3 TRP A 386     -17.113 -49.333 -51.606  1.00 46.36           C  
+ATOM    548  CZ2 TRP A 386     -19.496 -48.166 -52.612  1.00 46.33           C  
+ATOM    549  CZ3 TRP A 386     -18.039 -48.735 -50.763  1.00 46.33           C  
+ATOM    550  CH2 TRP A 386     -19.216 -48.160 -51.272  1.00 46.54           C  
+ATOM    551  N   PRO A 387     -16.950 -53.409 -54.283  1.00 49.48           N  
+ATOM    552  CA  PRO A 387     -17.445 -54.508 -55.112  1.00 49.97           C  
+ATOM    553  C   PRO A 387     -17.128 -54.262 -56.578  1.00 50.67           C  
+ATOM    554  O   PRO A 387     -17.666 -53.324 -57.189  1.00 50.57           O  
+ATOM    555  CB  PRO A 387     -18.958 -54.471 -54.879  1.00 49.95           C  
+ATOM    556  CG  PRO A 387     -19.113 -53.835 -53.567  1.00 49.74           C  
+ATOM    557  CD  PRO A 387     -18.050 -52.795 -53.517  1.00 49.50           C  
+ATOM    558  N   GLU A 388     -16.251 -55.108 -57.120  1.00 51.47           N  
+ATOM    559  CA  GLU A 388     -15.695 -54.933 -58.461  1.00 52.32           C  
+ATOM    560  C   GLU A 388     -16.765 -54.669 -59.518  1.00 52.75           C  
+ATOM    561  O   GLU A 388     -16.493 -54.071 -60.568  1.00 52.97           O  
+ATOM    562  CB  GLU A 388     -14.876 -56.156 -58.850  1.00 52.44           C  
+ATOM    563  CG  GLU A 388     -13.678 -56.411 -57.964  1.00 53.40           C  
+ATOM    564  CD  GLU A 388     -12.454 -56.801 -58.769  1.00 54.38           C  
+ATOM    565  OE1 GLU A 388     -11.602 -55.915 -59.001  1.00 55.25           O  
+ATOM    566  OE2 GLU A 388     -12.350 -57.977 -59.186  1.00 54.05           O  
+ATOM    567  N   ASN A 389     -17.983 -55.108 -59.224  1.00 53.09           N  
+ATOM    568  CA  ASN A 389     -19.065 -55.013 -60.175  1.00 53.52           C  
+ATOM    569  C   ASN A 389     -20.040 -53.861 -59.930  1.00 53.26           C  
+ATOM    570  O   ASN A 389     -21.039 -53.756 -60.640  1.00 53.48           O  
+ATOM    571  CB  ASN A 389     -19.801 -56.351 -60.250  1.00 53.99           C  
+ATOM    572  CG  ASN A 389     -20.704 -56.595 -59.048  1.00 55.71           C  
+ATOM    573  OD1 ASN A 389     -20.313 -56.386 -57.890  1.00 56.92           O  
+ATOM    574  ND2 ASN A 389     -21.927 -57.051 -59.323  1.00 57.15           N  
+ATOM    575  N   ARG A 390     -19.766 -53.022 -58.925  1.00 52.97           N  
+ATOM    576  CA  ARG A 390     -20.522 -51.765 -58.719  1.00 52.64           C  
+ATOM    577  C   ARG A 390     -19.753 -50.602 -59.369  1.00 52.42           C  
+ATOM    578  O   ARG A 390     -18.551 -50.423 -59.115  1.00 52.70           O  
+ATOM    579  CB  ARG A 390     -20.803 -51.502 -57.231  1.00 52.30           C  
+ATOM    580  N   THR A 391     -20.434 -49.833 -60.221  1.00 51.82           N  
+ATOM    581  CA  THR A 391     -19.757 -48.876 -61.116  1.00 51.19           C  
+ATOM    582  C   THR A 391     -19.466 -47.538 -60.456  1.00 50.78           C  
+ATOM    583  O   THR A 391     -18.801 -46.677 -61.032  1.00 50.87           O  
+ATOM    584  CB  THR A 391     -20.578 -48.585 -62.391  1.00 51.20           C  
+ATOM    585  OG1 THR A 391     -21.659 -47.700 -62.076  1.00 50.59           O  
+ATOM    586  CG2 THR A 391     -21.125 -49.869 -63.004  1.00 51.74           C  
+ATOM    587  N   ASP A 392     -19.996 -47.350 -59.257  1.00 50.15           N  
+ATOM    588  CA  ASP A 392     -19.782 -46.114 -58.549  1.00 49.38           C  
+ATOM    589  C   ASP A 392     -19.898 -46.311 -57.050  1.00 49.27           C  
+ATOM    590  O   ASP A 392     -20.168 -47.420 -56.568  1.00 48.84           O  
+ATOM    591  CB  ASP A 392     -20.734 -45.020 -59.063  1.00 49.19           C  
+ATOM    592  CG  ASP A 392     -22.201 -45.299 -58.754  1.00 48.68           C  
+ATOM    593  OD1 ASP A 392     -22.533 -46.296 -58.076  1.00 47.78           O  
+ATOM    594  OD2 ASP A 392     -23.037 -44.489 -59.195  1.00 48.36           O  
+ATOM    595  N   LEU A 393     -19.672 -45.219 -56.326  1.00 49.42           N  
+ATOM    596  CA  LEU A 393     -19.811 -45.187 -54.880  1.00 49.51           C  
+ATOM    597  C   LEU A 393     -21.271 -44.938 -54.563  1.00 49.85           C  
+ATOM    598  O   LEU A 393     -21.654 -43.845 -54.127  1.00 49.73           O  
+ATOM    599  CB  LEU A 393     -18.906 -44.111 -54.273  1.00 49.26           C  
+ATOM    600  CG  LEU A 393     -17.413 -44.276 -54.590  1.00 48.29           C  
+ATOM    601  CD1 LEU A 393     -16.603 -43.069 -54.109  1.00 46.57           C  
+ATOM    602  CD2 LEU A 393     -16.873 -45.603 -54.033  1.00 46.45           C  
+ATOM    603  N   HIS A 394     -22.071 -45.980 -54.812  1.00 50.26           N  
+ATOM    604  CA  HIS A 394     -23.528 -45.944 -54.675  1.00 50.52           C  
+ATOM    605  C   HIS A 394     -23.956 -45.560 -53.266  1.00 49.89           C  
+ATOM    606  O   HIS A 394     -24.869 -44.743 -53.086  1.00 49.64           O  
+ATOM    607  CB  HIS A 394     -24.165 -47.291 -55.091  1.00 51.10           C  
+ATOM    608  CG  HIS A 394     -23.659 -48.493 -54.333  1.00 53.22           C  
+ATOM    609  ND1 HIS A 394     -22.664 -49.322 -54.817  1.00 55.36           N  
+ATOM    610  CD2 HIS A 394     -24.044 -49.030 -53.146  1.00 54.89           C  
+ATOM    611  CE1 HIS A 394     -22.447 -50.304 -53.957  1.00 55.53           C  
+ATOM    612  NE2 HIS A 394     -23.267 -50.148 -52.932  1.00 55.61           N  
+ATOM    613  N   ALA A 395     -23.248 -46.129 -52.288  1.00 49.09           N  
+ATOM    614  CA  ALA A 395     -23.658 -46.104 -50.896  1.00 48.45           C  
+ATOM    615  C   ALA A 395     -23.551 -44.712 -50.285  1.00 48.10           C  
+ATOM    616  O   ALA A 395     -24.221 -44.398 -49.293  1.00 48.07           O  
+ATOM    617  CB  ALA A 395     -22.857 -47.112 -50.107  1.00 48.22           C  
+ATOM    618  N   PHE A 396     -22.732 -43.865 -50.896  1.00 47.53           N  
+ATOM    619  CA  PHE A 396     -22.546 -42.522 -50.381  1.00 47.02           C  
+ATOM    620  C   PHE A 396     -23.212 -41.479 -51.267  1.00 47.62           C  
+ATOM    621  O   PHE A 396     -22.781 -40.322 -51.309  1.00 47.96           O  
+ATOM    622  CB  PHE A 396     -21.055 -42.230 -50.201  1.00 46.09           C  
+ATOM    623  CG  PHE A 396     -20.342 -43.238 -49.352  1.00 43.94           C  
+ATOM    624  CD1 PHE A 396     -19.530 -44.194 -49.931  1.00 41.74           C  
+ATOM    625  CD2 PHE A 396     -20.493 -43.231 -47.974  1.00 41.77           C  
+ATOM    626  CE1 PHE A 396     -18.885 -45.122 -49.154  1.00 41.19           C  
+ATOM    627  CE2 PHE A 396     -19.853 -44.156 -47.193  1.00 40.91           C  
+ATOM    628  CZ  PHE A 396     -19.045 -45.107 -47.780  1.00 41.78           C  
+ATOM    629  N   GLU A 397     -24.268 -41.882 -51.971  1.00 48.05           N  
+ATOM    630  CA  GLU A 397     -25.002 -40.951 -52.826  1.00 48.62           C  
+ATOM    631  C   GLU A 397     -25.686 -39.840 -52.006  1.00 48.47           C  
+ATOM    632  O   GLU A 397     -25.984 -38.766 -52.535  1.00 48.55           O  
+ATOM    633  CB  GLU A 397     -26.008 -41.693 -53.721  1.00 48.93           C  
+ATOM    634  CG  GLU A 397     -27.446 -41.737 -53.197  1.00 50.96           C  
+ATOM    635  CD  GLU A 397     -28.128 -43.075 -53.478  1.00 53.79           C  
+ATOM    636  OE1 GLU A 397     -28.200 -43.478 -54.666  1.00 55.07           O  
+ATOM    637  OE2 GLU A 397     -28.591 -43.726 -52.503  1.00 54.79           O  
+ATOM    638  N   ASN A 398     -25.914 -40.095 -50.717  1.00 48.11           N  
+ATOM    639  CA  ASN A 398     -26.551 -39.104 -49.846  1.00 47.80           C  
+ATOM    640  C   ASN A 398     -25.579 -38.308 -48.964  1.00 47.41           C  
+ATOM    641  O   ASN A 398     -25.984 -37.347 -48.282  1.00 47.46           O  
+ATOM    642  CB  ASN A 398     -27.644 -39.764 -49.012  1.00 47.94           C  
+ATOM    643  CG  ASN A 398     -28.698 -40.396 -49.868  1.00 48.22           C  
+ATOM    644  OD1 ASN A 398     -29.210 -39.772 -50.798  1.00 49.61           O  
+ATOM    645  ND2 ASN A 398     -29.017 -41.647 -49.584  1.00 48.26           N  
+ATOM    646  N   LEU A 399     -24.306 -38.709 -48.989  1.00 46.46           N  
+ATOM    647  CA  LEU A 399     -23.252 -37.960 -48.328  1.00 45.47           C  
+ATOM    648  C   LEU A 399     -23.265 -36.527 -48.816  1.00 45.16           C  
+ATOM    649  O   LEU A 399     -23.321 -36.275 -50.015  1.00 44.60           O  
+ATOM    650  CB  LEU A 399     -21.886 -38.589 -48.587  1.00 45.31           C  
+ATOM    651  CG  LEU A 399     -20.712 -38.116 -47.730  1.00 44.53           C  
+ATOM    652  CD1 LEU A 399     -21.103 -37.955 -46.258  1.00 44.31           C  
+ATOM    653  CD2 LEU A 399     -19.575 -39.099 -47.870  1.00 43.43           C  
+ATOM    654  N   GLU A 400     -23.225 -35.609 -47.857  1.00 45.03           N  
+ATOM    655  CA  GLU A 400     -23.291 -34.181 -48.110  1.00 45.09           C  
+ATOM    656  C   GLU A 400     -22.020 -33.473 -47.667  1.00 44.41           C  
+ATOM    657  O   GLU A 400     -21.573 -32.509 -48.319  1.00 44.25           O  
+ATOM    658  CB  GLU A 400     -24.493 -33.572 -47.385  1.00 45.03           C  
+ATOM    659  CG  GLU A 400     -25.739 -33.428 -48.258  1.00 46.29           C  
+ATOM    660  CD  GLU A 400     -27.011 -33.181 -47.450  1.00 46.46           C  
+ATOM    661  OE1 GLU A 400     -26.992 -32.339 -46.519  1.00 48.13           O  
+ATOM    662  OE2 GLU A 400     -28.036 -33.832 -47.752  1.00 47.78           O  
+ATOM    663  N   ILE A 401     -21.451 -33.936 -46.550  1.00 43.78           N  
+ATOM    664  CA  ILE A 401     -20.269 -33.276 -45.960  1.00 43.05           C  
+ATOM    665  C   ILE A 401     -19.271 -34.165 -45.202  1.00 42.40           C  
+ATOM    666  O   ILE A 401     -19.628 -34.826 -44.225  1.00 42.25           O  
+ATOM    667  CB  ILE A 401     -20.639 -31.957 -45.162  1.00 43.06           C  
+ATOM    668  CG1 ILE A 401     -19.943 -31.894 -43.810  1.00 42.48           C  
+ATOM    669  CG2 ILE A 401     -22.166 -31.769 -44.995  1.00 43.13           C  
+ATOM    670  CD1 ILE A 401     -20.218 -30.603 -43.098  1.00 43.05           C  
+ATOM    671  N   ILE A 402     -18.029 -34.186 -45.705  1.00 41.79           N  
+ATOM    672  CA  ILE A 402     -16.865 -34.802 -45.034  1.00 40.82           C  
+ATOM    673  C   ILE A 402     -16.103 -33.660 -44.368  1.00 40.90           C  
+ATOM    674  O   ILE A 402     -15.856 -32.635 -44.991  1.00 40.74           O  
+ATOM    675  CB  ILE A 402     -15.927 -35.558 -46.024  1.00 40.60           C  
+ATOM    676  CG1 ILE A 402     -16.697 -36.623 -46.814  1.00 39.99           C  
+ATOM    677  CG2 ILE A 402     -14.770 -36.196 -45.281  1.00 39.84           C  
+ATOM    678  CD1 ILE A 402     -16.077 -37.032 -48.141  1.00 39.74           C  
+ATOM    679  N   ARG A 403     -15.747 -33.824 -43.103  1.00 40.96           N  
+ATOM    680  CA  ARG A 403     -15.227 -32.701 -42.339  1.00 41.36           C  
+ATOM    681  C   ARG A 403     -13.719 -32.667 -42.154  1.00 41.81           C  
+ATOM    682  O   ARG A 403     -13.142 -31.598 -42.024  1.00 42.05           O  
+ATOM    683  CB  ARG A 403     -15.918 -32.582 -40.986  1.00 41.34           C  
+ATOM    684  CG  ARG A 403     -17.289 -31.996 -41.068  1.00 40.91           C  
+ATOM    685  CD  ARG A 403     -17.604 -31.174 -39.839  1.00 40.59           C  
+ATOM    686  NE  ARG A 403     -18.606 -30.156 -40.147  1.00 40.14           N  
+ATOM    687  CZ  ARG A 403     -19.911 -30.275 -39.921  1.00 39.06           C  
+ATOM    688  NH1 ARG A 403     -20.411 -31.370 -39.353  1.00 37.41           N  
+ATOM    689  NH2 ARG A 403     -20.716 -29.279 -40.269  1.00 38.87           N  
+ATOM    690  N   GLY A 404     -13.078 -33.819 -42.116  1.00 42.32           N  
+ATOM    691  CA  GLY A 404     -11.632 -33.833 -42.030  1.00 43.63           C  
+ATOM    692  C   GLY A 404     -11.043 -33.458 -40.677  1.00 44.61           C  
+ATOM    693  O   GLY A 404      -9.821 -33.312 -40.553  1.00 44.98           O  
+ATOM    694  N   ARG A 405     -11.887 -33.313 -39.655  1.00 45.20           N  
+ATOM    695  CA  ARG A 405     -11.400 -33.070 -38.293  1.00 45.70           C  
+ATOM    696  C   ARG A 405     -10.331 -34.095 -37.932  1.00 45.67           C  
+ATOM    697  O   ARG A 405      -9.557 -33.884 -37.027  1.00 45.84           O  
+ATOM    698  CB  ARG A 405     -12.543 -33.095 -37.269  1.00 45.96           C  
+ATOM    699  CG  ARG A 405     -13.570 -31.984 -37.427  1.00 47.39           C  
+ATOM    700  CD  ARG A 405     -14.321 -31.768 -36.126  1.00 50.97           C  
+ATOM    701  NE  ARG A 405     -15.461 -30.861 -36.283  1.00 53.83           N  
+ATOM    702  CZ  ARG A 405     -16.717 -31.245 -36.534  1.00 55.21           C  
+ATOM    703  NH1 ARG A 405     -17.031 -32.534 -36.674  1.00 55.62           N  
+ATOM    704  NH2 ARG A 405     -17.676 -30.332 -36.650  1.00 55.92           N  
+ATOM    705  N   THR A 406     -10.327 -35.223 -38.630  1.00 46.13           N  
+ATOM    706  CA  THR A 406      -9.183 -36.130 -38.666  1.00 46.99           C  
+ATOM    707  C   THR A 406      -8.956 -36.523 -40.140  1.00 47.60           C  
+ATOM    708  O   THR A 406      -9.815 -36.293 -40.991  1.00 47.87           O  
+ATOM    709  CB  THR A 406      -9.356 -37.402 -37.764  1.00 46.87           C  
+ATOM    710  OG1 THR A 406      -9.967 -38.466 -38.509  1.00 46.81           O  
+ATOM    711  CG2 THR A 406     -10.183 -37.108 -36.518  1.00 46.97           C  
+ATOM    712  N   LYS A 407      -7.801 -37.101 -40.451  1.00 48.07           N  
+ATOM    713  CA  LYS A 407      -7.455 -37.390 -41.841  1.00 48.46           C  
+ATOM    714  C   LYS A 407      -6.402 -38.505 -41.980  1.00 48.76           C  
+ATOM    715  O   LYS A 407      -5.538 -38.685 -41.107  1.00 48.88           O  
+ATOM    716  CB  LYS A 407      -7.051 -36.104 -42.591  1.00 48.41           C  
+ATOM    717  CG  LYS A 407      -6.689 -34.906 -41.689  1.00 48.59           C  
+ATOM    718  CD  LYS A 407      -6.183 -33.711 -42.497  1.00 48.68           C  
+ATOM    719  CE  LYS A 407      -5.798 -32.526 -41.606  1.00 48.78           C  
+ATOM    720  NZ  LYS A 407      -6.967 -31.714 -41.155  1.00 47.84           N  
+ATOM    721  N   GLN A 408      -6.508 -39.258 -43.076  1.00 48.94           N  
+ATOM    722  CA  GLN A 408      -5.623 -40.385 -43.365  1.00 49.07           C  
+ATOM    723  C   GLN A 408      -4.174 -39.934 -43.469  1.00 48.98           C  
+ATOM    724  O   GLN A 408      -3.868 -38.960 -44.188  1.00 48.98           O  
+ATOM    725  CB  GLN A 408      -6.022 -41.060 -44.673  1.00 49.24           C  
+ATOM    726  CG  GLN A 408      -5.391 -42.429 -44.849  1.00 50.05           C  
+ATOM    727  CD  GLN A 408      -4.561 -42.525 -46.108  1.00 51.07           C  
+ATOM    728  OE1 GLN A 408      -4.696 -41.714 -47.034  1.00 51.74           O  
+ATOM    729  NE2 GLN A 408      -3.681 -43.514 -46.147  1.00 51.51           N  
+ATOM    730  N   HIS A 409      -3.291 -40.658 -42.765  1.00 48.61           N  
+ATOM    731  CA  HIS A 409      -1.883 -40.261 -42.603  1.00 47.97           C  
+ATOM    732  C   HIS A 409      -1.846 -38.771 -42.211  1.00 47.35           C  
+ATOM    733  O   HIS A 409      -0.920 -38.034 -42.574  1.00 47.49           O  
+ATOM    734  CB  HIS A 409      -1.063 -40.546 -43.882  1.00 47.72           C  
+ATOM    735  N   GLY A 410      -2.878 -38.351 -41.471  1.00 46.30           N  
+ATOM    736  CA  GLY A 410      -3.114 -36.951 -41.143  1.00 45.08           C  
+ATOM    737  C   GLY A 410      -2.990 -36.012 -42.332  1.00 44.23           C  
+ATOM    738  O   GLY A 410      -2.305 -34.991 -42.220  1.00 44.42           O  
+ATOM    739  N   GLN A 411      -3.639 -36.352 -43.461  1.00 42.95           N  
+ATOM    740  CA  GLN A 411      -3.543 -35.542 -44.698  1.00 41.41           C  
+ATOM    741  C   GLN A 411      -4.748 -35.557 -45.677  1.00 40.66           C  
+ATOM    742  O   GLN A 411      -5.173 -34.515 -46.185  1.00 40.50           O  
+ATOM    743  CB  GLN A 411      -2.261 -35.878 -45.461  1.00 41.07           C  
+ATOM    744  CG  GLN A 411      -1.665 -34.659 -46.134  1.00 40.26           C  
+ATOM    745  CD  GLN A 411      -0.969 -34.968 -47.450  1.00 39.67           C  
+ATOM    746  OE1 GLN A 411      -1.022 -34.166 -48.388  1.00 38.63           O  
+ATOM    747  NE2 GLN A 411      -0.310 -36.128 -47.528  1.00 39.21           N  
+ATOM    748  N   PHE A 412      -5.277 -36.734 -45.967  1.00 39.59           N  
+ATOM    749  CA  PHE A 412      -6.351 -36.839 -46.940  1.00 38.61           C  
+ATOM    750  C   PHE A 412      -7.657 -37.220 -46.264  1.00 37.99           C  
+ATOM    751  O   PHE A 412      -7.712 -38.203 -45.532  1.00 38.28           O  
+ATOM    752  CB  PHE A 412      -6.008 -37.897 -47.985  1.00 38.60           C  
+ATOM    753  CG  PHE A 412      -4.816 -37.561 -48.833  1.00 38.00           C  
+ATOM    754  CD1 PHE A 412      -3.597 -38.186 -48.612  1.00 37.36           C  
+ATOM    755  CD2 PHE A 412      -4.922 -36.649 -49.875  1.00 37.01           C  
+ATOM    756  CE1 PHE A 412      -2.495 -37.891 -49.406  1.00 37.33           C  
+ATOM    757  CE2 PHE A 412      -3.827 -36.350 -50.670  1.00 37.13           C  
+ATOM    758  CZ  PHE A 412      -2.610 -36.971 -50.439  1.00 37.35           C  
+ATOM    759  N   SER A 413      -8.715 -36.464 -46.517  1.00 36.88           N  
+ATOM    760  CA  SER A 413      -9.987 -36.744 -45.872  1.00 36.04           C  
+ATOM    761  C   SER A 413     -11.004 -37.419 -46.796  1.00 35.87           C  
+ATOM    762  O   SER A 413     -12.000 -37.981 -46.326  1.00 36.17           O  
+ATOM    763  CB  SER A 413     -10.550 -35.469 -45.292  1.00 35.90           C  
+ATOM    764  OG  SER A 413     -10.182 -34.395 -46.118  1.00 35.43           O  
+ATOM    765  N   LEU A 414     -10.757 -37.347 -48.106  1.00 35.10           N  
+ATOM    766  CA  LEU A 414     -11.423 -38.197 -49.092  1.00 33.78           C  
+ATOM    767  C   LEU A 414     -10.336 -38.978 -49.846  1.00 33.89           C  
+ATOM    768  O   LEU A 414      -9.498 -38.393 -50.535  1.00 33.73           O  
+ATOM    769  CB  LEU A 414     -12.296 -37.361 -50.039  1.00 33.41           C  
+ATOM    770  CG  LEU A 414     -13.018 -38.060 -51.202  1.00 32.64           C  
+ATOM    771  CD1 LEU A 414     -13.885 -39.164 -50.695  1.00 32.83           C  
+ATOM    772  CD2 LEU A 414     -13.852 -37.116 -52.046  1.00 32.76           C  
+ATOM    773  N   ALA A 415     -10.331 -40.299 -49.684  1.00 33.97           N  
+ATOM    774  CA  ALA A 415      -9.348 -41.161 -50.354  1.00 34.15           C  
+ATOM    775  C   ALA A 415     -10.004 -42.337 -51.062  1.00 34.43           C  
+ATOM    776  O   ALA A 415     -10.450 -43.285 -50.414  1.00 34.52           O  
+ATOM    777  CB  ALA A 415      -8.310 -41.664 -49.366  1.00 34.04           C  
+ATOM    778  N   VAL A 416     -10.047 -42.264 -52.392  1.00 34.75           N  
+ATOM    779  CA  VAL A 416     -10.611 -43.306 -53.250  1.00 35.05           C  
+ATOM    780  C   VAL A 416      -9.460 -43.961 -54.014  1.00 35.55           C  
+ATOM    781  O   VAL A 416      -8.979 -43.432 -55.014  1.00 35.65           O  
+ATOM    782  CB  VAL A 416     -11.655 -42.695 -54.232  1.00 35.03           C  
+ATOM    783  CG1 VAL A 416     -12.325 -43.774 -55.089  1.00 34.20           C  
+ATOM    784  CG2 VAL A 416     -12.690 -41.866 -53.463  1.00 34.38           C  
+ATOM    785  N   VAL A 417      -9.005 -45.108 -53.537  1.00 36.20           N  
+ATOM    786  CA  VAL A 417      -7.787 -45.693 -54.076  1.00 37.41           C  
+ATOM    787  C   VAL A 417      -8.012 -47.053 -54.719  1.00 37.84           C  
+ATOM    788  O   VAL A 417      -8.402 -48.008 -54.039  1.00 38.02           O  
+ATOM    789  CB  VAL A 417      -6.697 -45.857 -52.976  1.00 37.59           C  
+ATOM    790  CG1 VAL A 417      -5.404 -46.425 -53.578  1.00 38.75           C  
+ATOM    791  CG2 VAL A 417      -6.416 -44.540 -52.278  1.00 37.65           C  
+ATOM    792  N   SER A 418      -7.744 -47.136 -56.021  1.00 38.45           N  
+ATOM    793  CA  SER A 418      -7.669 -48.421 -56.740  1.00 39.12           C  
+ATOM    794  C   SER A 418      -8.997 -49.163 -56.878  1.00 39.41           C  
+ATOM    795  O   SER A 418      -9.079 -50.352 -56.584  1.00 39.38           O  
+ATOM    796  CB  SER A 418      -6.617 -49.336 -56.103  1.00 38.95           C  
+ATOM    797  OG  SER A 418      -5.383 -48.659 -56.027  1.00 39.60           O  
+ATOM    798  N   LEU A 419     -10.024 -48.464 -57.339  1.00 39.93           N  
+ATOM    799  CA  LEU A 419     -11.347 -49.050 -57.450  1.00 40.43           C  
+ATOM    800  C   LEU A 419     -11.707 -49.344 -58.894  1.00 41.35           C  
+ATOM    801  O   LEU A 419     -11.053 -48.866 -59.832  1.00 41.56           O  
+ATOM    802  CB  LEU A 419     -12.391 -48.115 -56.850  1.00 40.05           C  
+ATOM    803  CG  LEU A 419     -12.301 -47.742 -55.372  1.00 39.74           C  
+ATOM    804  CD1 LEU A 419     -13.573 -47.018 -54.973  1.00 39.73           C  
+ATOM    805  CD2 LEU A 419     -12.050 -48.940 -54.451  1.00 38.12           C  
+ATOM    806  N   ASN A 420     -12.774 -50.115 -59.064  1.00 42.31           N  
+ATOM    807  CA  ASN A 420     -13.239 -50.513 -60.381  1.00 43.22           C  
+ATOM    808  C   ASN A 420     -14.234 -49.542 -61.001  1.00 43.41           C  
+ATOM    809  O   ASN A 420     -14.614 -49.681 -62.167  1.00 43.48           O  
+ATOM    810  CB  ASN A 420     -13.870 -51.889 -60.286  1.00 43.63           C  
+ATOM    811  CG  ASN A 420     -13.451 -52.791 -61.415  1.00 45.24           C  
+ATOM    812  OD1 ASN A 420     -13.079 -52.323 -62.501  1.00 45.95           O  
+ATOM    813  ND2 ASN A 420     -13.491 -54.104 -61.165  1.00 47.35           N  
+ATOM    814  N   ILE A 421     -14.639 -48.556 -60.205  1.00 43.78           N  
+ATOM    815  CA  ILE A 421     -15.705 -47.606 -60.550  1.00 43.90           C  
+ATOM    816  C   ILE A 421     -15.487 -46.859 -61.873  1.00 43.97           C  
+ATOM    817  O   ILE A 421     -14.368 -46.794 -62.390  1.00 43.98           O  
+ATOM    818  CB  ILE A 421     -15.973 -46.616 -59.378  1.00 43.71           C  
+ATOM    819  CG1 ILE A 421     -14.771 -45.704 -59.141  1.00 43.83           C  
+ATOM    820  CG2 ILE A 421     -16.266 -47.388 -58.101  1.00 43.68           C  
+ATOM    821  CD1 ILE A 421     -15.048 -44.535 -58.210  1.00 44.04           C  
+ATOM    822  N   THR A 422     -16.577 -46.331 -62.424  1.00 44.23           N  
+ATOM    823  CA  THR A 422     -16.538 -45.538 -63.650  1.00 44.43           C  
+ATOM    824  C   THR A 422     -16.828 -44.106 -63.285  1.00 44.31           C  
+ATOM    825  O   THR A 422     -16.307 -43.187 -63.910  1.00 44.65           O  
+ATOM    826  CB  THR A 422     -17.593 -45.963 -64.686  1.00 44.42           C  
+ATOM    827  OG1 THR A 422     -18.094 -47.270 -64.380  1.00 45.53           O  
+ATOM    828  CG2 THR A 422     -16.979 -45.969 -66.069  1.00 44.70           C  
+ATOM    829  N   SER A 423     -17.677 -43.929 -62.277  1.00 44.09           N  
+ATOM    830  CA  SER A 423     -17.929 -42.617 -61.703  1.00 43.79           C  
+ATOM    831  C   SER A 423     -17.807 -42.654 -60.172  1.00 43.55           C  
+ATOM    832  O   SER A 423     -17.834 -43.725 -59.560  1.00 43.54           O  
+ATOM    833  CB  SER A 423     -19.300 -42.092 -62.136  1.00 43.65           C  
+ATOM    834  OG  SER A 423     -20.335 -42.674 -61.369  1.00 43.91           O  
+ATOM    835  N   LEU A 424     -17.651 -41.478 -59.574  1.00 43.08           N  
+ATOM    836  CA  LEU A 424     -17.662 -41.333 -58.137  1.00 42.84           C  
+ATOM    837  C   LEU A 424     -19.105 -41.484 -57.618  1.00 42.84           C  
+ATOM    838  O   LEU A 424     -19.377 -42.253 -56.682  1.00 42.79           O  
+ATOM    839  CB  LEU A 424     -17.049 -39.979 -57.743  1.00 42.75           C  
+ATOM    840  N   GLY A 425     -20.029 -40.758 -58.239  1.00 42.74           N  
+ATOM    841  CA  GLY A 425     -21.441 -40.844 -57.880  1.00 42.57           C  
+ATOM    842  C   GLY A 425     -21.833 -40.185 -56.569  1.00 42.50           C  
+ATOM    843  O   GLY A 425     -22.848 -40.531 -55.990  1.00 42.67           O  
+ATOM    844  N   LEU A 426     -21.060 -39.211 -56.108  1.00 42.43           N  
+ATOM    845  CA  LEU A 426     -21.319 -38.608 -54.804  1.00 42.55           C  
+ATOM    846  C   LEU A 426     -22.198 -37.364 -54.863  1.00 42.98           C  
+ATOM    847  O   LEU A 426     -21.957 -36.408 -54.113  1.00 43.40           O  
+ATOM    848  CB  LEU A 426     -19.996 -38.255 -54.136  1.00 42.18           C  
+ATOM    849  CG  LEU A 426     -19.061 -39.438 -53.983  1.00 41.67           C  
+ATOM    850  CD1 LEU A 426     -17.631 -38.969 -53.853  1.00 41.21           C  
+ATOM    851  CD2 LEU A 426     -19.487 -40.243 -52.781  1.00 41.79           C  
+ATOM    852  N   ARG A 427     -23.224 -37.379 -55.718  1.00 42.88           N  
+ATOM    853  CA  ARG A 427     -23.932 -36.140 -56.116  1.00 42.86           C  
+ATOM    854  C   ARG A 427     -24.463 -35.229 -54.991  1.00 42.91           C  
+ATOM    855  O   ARG A 427     -24.757 -34.054 -55.229  1.00 42.85           O  
+ATOM    856  CB  ARG A 427     -25.036 -36.445 -57.136  1.00 42.91           C  
+ATOM    857  CG  ARG A 427     -26.095 -37.414 -56.644  1.00 42.95           C  
+ATOM    858  CD  ARG A 427     -26.658 -38.230 -57.767  1.00 42.64           C  
+ATOM    859  NE  ARG A 427     -25.692 -39.161 -58.369  1.00 43.11           N  
+ATOM    860  CZ  ARG A 427     -25.607 -40.468 -58.096  1.00 43.32           C  
+ATOM    861  NH1 ARG A 427     -26.412 -41.034 -57.192  1.00 43.00           N  
+ATOM    862  NH2 ARG A 427     -24.712 -41.222 -58.732  1.00 42.70           N  
+ATOM    863  N   SER A 428     -24.579 -35.761 -53.777  1.00 43.09           N  
+ATOM    864  CA  SER A 428     -25.009 -34.951 -52.634  1.00 43.43           C  
+ATOM    865  C   SER A 428     -23.848 -34.263 -51.879  1.00 43.19           C  
+ATOM    866  O   SER A 428     -24.085 -33.419 -50.999  1.00 42.99           O  
+ATOM    867  CB  SER A 428     -25.861 -35.787 -51.673  1.00 43.73           C  
+ATOM    868  OG  SER A 428     -27.171 -35.970 -52.180  1.00 44.52           O  
+ATOM    869  N   LEU A 429     -22.610 -34.629 -52.231  1.00 42.71           N  
+ATOM    870  CA  LEU A 429     -21.413 -34.062 -51.605  1.00 42.10           C  
+ATOM    871  C   LEU A 429     -21.208 -32.640 -52.045  1.00 41.70           C  
+ATOM    872  O   LEU A 429     -21.101 -32.355 -53.234  1.00 41.67           O  
+ATOM    873  CB  LEU A 429     -20.157 -34.891 -51.913  1.00 42.32           C  
+ATOM    874  CG  LEU A 429     -18.902 -34.574 -51.089  1.00 41.70           C  
+ATOM    875  CD1 LEU A 429     -19.209 -34.558 -49.607  1.00 41.58           C  
+ATOM    876  CD2 LEU A 429     -17.820 -35.580 -51.381  1.00 41.81           C  
+ATOM    877  N   LYS A 430     -21.153 -31.751 -51.068  1.00 41.34           N  
+ATOM    878  CA  LYS A 430     -21.122 -30.331 -51.347  1.00 41.08           C  
+ATOM    879  C   LYS A 430     -20.142 -29.622 -50.425  1.00 40.81           C  
+ATOM    880  O   LYS A 430     -19.973 -28.404 -50.528  1.00 41.04           O  
+ATOM    881  CB  LYS A 430     -22.532 -29.732 -51.224  1.00 41.10           C  
+ATOM    882  N   GLU A 431     -19.495 -30.384 -49.537  1.00 40.18           N  
+ATOM    883  CA  GLU A 431     -18.462 -29.835 -48.648  1.00 39.27           C  
+ATOM    884  C   GLU A 431     -17.448 -30.841 -48.105  1.00 38.87           C  
+ATOM    885  O   GLU A 431     -17.785 -31.759 -47.356  1.00 38.56           O  
+ATOM    886  CB  GLU A 431     -19.104 -29.082 -47.483  1.00 39.28           C  
+ATOM    887  CG  GLU A 431     -18.133 -28.674 -46.398  1.00 38.75           C  
+ATOM    888  CD  GLU A 431     -18.730 -27.700 -45.398  1.00 38.51           C  
+ATOM    889  OE1 GLU A 431     -19.931 -27.345 -45.512  1.00 36.89           O  
+ATOM    890  OE2 GLU A 431     -17.977 -27.281 -44.494  1.00 38.80           O  
+ATOM    891  N   ILE A 432     -16.195 -30.650 -48.486  1.00 38.51           N  
+ATOM    892  CA  ILE A 432     -15.102 -31.267 -47.767  1.00 38.33           C  
+ATOM    893  C   ILE A 432     -14.439 -30.145 -46.987  1.00 38.58           C  
+ATOM    894  O   ILE A 432     -13.569 -29.457 -47.511  1.00 39.15           O  
+ATOM    895  CB  ILE A 432     -14.109 -31.917 -48.707  1.00 38.01           C  
+ATOM    896  CG1 ILE A 432     -14.840 -32.899 -49.619  1.00 37.76           C  
+ATOM    897  CG2 ILE A 432     -13.023 -32.618 -47.901  1.00 37.69           C  
+ATOM    898  CD1 ILE A 432     -14.147 -33.134 -50.952  1.00 38.51           C  
+ATOM    899  N   SER A 433     -14.866 -29.935 -45.746  1.00 38.61           N  
+ATOM    900  CA  SER A 433     -14.441 -28.743 -45.004  1.00 38.58           C  
+ATOM    901  C   SER A 433     -12.976 -28.744 -44.566  1.00 38.58           C  
+ATOM    902  O   SER A 433     -12.464 -27.730 -44.092  1.00 38.34           O  
+ATOM    903  CB  SER A 433     -15.393 -28.407 -43.840  1.00 38.46           C  
+ATOM    904  OG  SER A 433     -15.818 -29.555 -43.136  1.00 37.98           O  
+ATOM    905  N   ASP A 434     -12.299 -29.870 -44.758  1.00 38.98           N  
+ATOM    906  CA  ASP A 434     -10.876 -29.943 -44.449  1.00 39.72           C  
+ATOM    907  C   ASP A 434     -10.171 -31.153 -45.031  1.00 39.94           C  
+ATOM    908  O   ASP A 434     -10.805 -32.138 -45.379  1.00 40.11           O  
+ATOM    909  CB  ASP A 434     -10.649 -29.921 -42.943  1.00 39.82           C  
+ATOM    910  CG  ASP A 434      -9.425 -29.151 -42.573  1.00 40.00           C  
+ATOM    911  OD1 ASP A 434      -9.587 -28.054 -42.005  1.00 40.18           O  
+ATOM    912  OD2 ASP A 434      -8.311 -29.623 -42.880  1.00 40.67           O  
+ATOM    913  N   GLY A 435      -8.846 -31.067 -45.117  1.00 40.22           N  
+ATOM    914  CA  GLY A 435      -8.027 -32.177 -45.584  1.00 40.42           C  
+ATOM    915  C   GLY A 435      -8.003 -32.269 -47.092  1.00 40.56           C  
+ATOM    916  O   GLY A 435      -8.735 -31.554 -47.778  1.00 40.63           O  
+ATOM    917  N   ASP A 436      -7.166 -33.162 -47.609  1.00 40.74           N  
+ATOM    918  CA  ASP A 436      -6.932 -33.249 -49.052  1.00 40.95           C  
+ATOM    919  C   ASP A 436      -7.725 -34.376 -49.718  1.00 40.71           C  
+ATOM    920  O   ASP A 436      -8.167 -35.309 -49.051  1.00 40.70           O  
+ATOM    921  CB  ASP A 436      -5.427 -33.409 -49.337  1.00 41.18           C  
+ATOM    922  CG  ASP A 436      -4.643 -32.109 -49.177  1.00 41.14           C  
+ATOM    923  OD1 ASP A 436      -5.254 -31.014 -49.177  1.00 41.36           O  
+ATOM    924  OD2 ASP A 436      -3.401 -32.191 -49.065  1.00 40.59           O  
+ATOM    925  N   VAL A 437      -7.893 -34.277 -51.033  1.00 40.56           N  
+ATOM    926  CA  VAL A 437      -8.549 -35.320 -51.826  1.00 40.57           C  
+ATOM    927  C   VAL A 437      -7.511 -36.120 -52.617  1.00 40.93           C  
+ATOM    928  O   VAL A 437      -6.697 -35.556 -53.343  1.00 41.14           O  
+ATOM    929  CB  VAL A 437      -9.577 -34.721 -52.831  1.00 40.38           C  
+ATOM    930  CG1 VAL A 437     -10.172 -35.806 -53.695  1.00 39.54           C  
+ATOM    931  CG2 VAL A 437     -10.665 -33.928 -52.113  1.00 39.79           C  
+ATOM    932  N   ILE A 438      -7.536 -37.435 -52.482  1.00 41.31           N  
+ATOM    933  CA  ILE A 438      -6.720 -38.277 -53.340  1.00 41.71           C  
+ATOM    934  C   ILE A 438      -7.646 -39.229 -54.083  1.00 42.39           C  
+ATOM    935  O   ILE A 438      -8.534 -39.836 -53.482  1.00 42.64           O  
+ATOM    936  CB  ILE A 438      -5.624 -39.029 -52.543  1.00 41.55           C  
+ATOM    937  CG1 ILE A 438      -4.695 -39.806 -53.473  1.00 40.88           C  
+ATOM    938  CG2 ILE A 438      -6.232 -39.936 -51.489  1.00 41.28           C  
+ATOM    939  CD1 ILE A 438      -3.461 -40.333 -52.784  1.00 39.88           C  
+ATOM    940  N   ILE A 439      -7.477 -39.317 -55.397  1.00 43.05           N  
+ATOM    941  CA  ILE A 439      -8.240 -40.268 -56.194  1.00 43.69           C  
+ATOM    942  C   ILE A 439      -7.290 -41.065 -57.116  1.00 44.88           C  
+ATOM    943  O   ILE A 439      -7.316 -40.959 -58.350  1.00 45.02           O  
+ATOM    944  CB  ILE A 439      -9.429 -39.610 -56.934  1.00 43.33           C  
+ATOM    945  CG1 ILE A 439     -10.217 -38.702 -55.991  1.00 42.73           C  
+ATOM    946  CG2 ILE A 439     -10.360 -40.677 -57.437  1.00 43.22           C  
+ATOM    947  CD1 ILE A 439     -11.538 -38.209 -56.544  1.00 43.13           C  
+ATOM    948  N   SER A 440      -6.441 -41.862 -56.479  1.00 45.99           N  
+ATOM    949  CA  SER A 440      -5.428 -42.632 -57.175  1.00 47.15           C  
+ATOM    950  C   SER A 440      -5.987 -43.898 -57.810  1.00 47.74           C  
+ATOM    951  O   SER A 440      -6.822 -44.597 -57.219  1.00 47.93           O  
+ATOM    952  CB  SER A 440      -4.299 -43.004 -56.200  1.00 47.36           C  
+ATOM    953  OG  SER A 440      -3.650 -44.224 -56.554  1.00 48.18           O  
+ATOM    954  N   GLY A 441      -5.508 -44.167 -59.022  1.00 48.26           N  
+ATOM    955  CA  GLY A 441      -5.481 -45.514 -59.584  1.00 48.75           C  
+ATOM    956  C   GLY A 441      -6.803 -46.207 -59.781  1.00 49.08           C  
+ATOM    957  O   GLY A 441      -6.963 -47.365 -59.410  1.00 48.92           O  
+ATOM    958  N   ASN A 442      -7.746 -45.505 -60.390  1.00 49.66           N  
+ATOM    959  CA  ASN A 442      -9.038 -46.104 -60.682  1.00 50.44           C  
+ATOM    960  C   ASN A 442      -9.213 -46.332 -62.176  1.00 50.55           C  
+ATOM    961  O   ASN A 442      -9.920 -45.573 -62.857  1.00 50.57           O  
+ATOM    962  CB  ASN A 442     -10.156 -45.269 -60.066  1.00 50.59           C  
+ATOM    963  CG  ASN A 442      -9.873 -44.933 -58.614  1.00 51.43           C  
+ATOM    964  OD1 ASN A 442     -10.069 -45.760 -57.714  1.00 51.66           O  
+ATOM    965  ND2 ASN A 442      -9.367 -43.727 -58.381  1.00 52.28           N  
+ATOM    966  N   LYS A 443      -8.553 -47.403 -62.647  1.00 50.56           N  
+ATOM    967  CA  LYS A 443      -8.400 -47.773 -64.068  1.00 50.53           C  
+ATOM    968  C   LYS A 443      -9.454 -47.231 -65.048  1.00 50.71           C  
+ATOM    969  O   LYS A 443      -9.093 -46.734 -66.114  1.00 50.76           O  
+ATOM    970  CB  LYS A 443      -8.270 -49.291 -64.211  1.00 50.30           C  
+ATOM    971  N   ASN A 444     -10.736 -47.329 -64.672  1.00 50.93           N  
+ATOM    972  CA  ASN A 444     -11.877 -46.953 -65.518  1.00 50.93           C  
+ATOM    973  C   ASN A 444     -12.630 -45.706 -65.057  1.00 51.07           C  
+ATOM    974  O   ASN A 444     -13.684 -45.390 -65.614  1.00 51.54           O  
+ATOM    975  CB  ASN A 444     -12.909 -48.086 -65.568  1.00 50.92           C  
+ATOM    976  CG  ASN A 444     -12.289 -49.452 -65.725  1.00 51.22           C  
+ATOM    977  OD1 ASN A 444     -11.581 -49.717 -66.690  1.00 52.36           O  
+ATOM    978  ND2 ASN A 444     -12.579 -50.342 -64.786  1.00 51.38           N  
+ATOM    979  N   LEU A 445     -12.133 -45.010 -64.042  1.00 50.80           N  
+ATOM    980  CA  LEU A 445     -12.896 -43.905 -63.478  1.00 50.69           C  
+ATOM    981  C   LEU A 445     -12.783 -42.618 -64.290  1.00 51.06           C  
+ATOM    982  O   LEU A 445     -11.690 -42.089 -64.490  1.00 50.95           O  
+ATOM    983  CB  LEU A 445     -12.495 -43.679 -62.026  1.00 50.51           C  
+ATOM    984  CG  LEU A 445     -12.863 -42.368 -61.339  1.00 49.88           C  
+ATOM    985  CD1 LEU A 445     -14.366 -42.160 -61.196  1.00 49.14           C  
+ATOM    986  CD2 LEU A 445     -12.204 -42.369 -60.001  1.00 49.36           C  
+ATOM    987  N   CYS A 446     -13.925 -42.123 -64.753  1.00 51.72           N  
+ATOM    988  CA  CYS A 446     -13.985 -40.877 -65.521  1.00 52.59           C  
+ATOM    989  C   CYS A 446     -14.662 -39.765 -64.733  1.00 53.17           C  
+ATOM    990  O   CYS A 446     -14.864 -39.901 -63.521  1.00 53.31           O  
+ATOM    991  CB  CYS A 446     -14.692 -41.100 -66.859  1.00 52.40           C  
+ATOM    992  SG  CYS A 446     -13.654 -41.893 -68.106  1.00 53.08           S  
+ATOM    993  N   TYR A 447     -15.013 -38.675 -65.421  1.00 54.03           N  
+ATOM    994  CA  TYR A 447     -15.664 -37.494 -64.814  1.00 55.10           C  
+ATOM    995  C   TYR A 447     -14.957 -37.028 -63.524  1.00 55.49           C  
+ATOM    996  O   TYR A 447     -15.560 -36.358 -62.673  1.00 55.31           O  
+ATOM    997  CB  TYR A 447     -17.171 -37.732 -64.545  1.00 55.57           C  
+ATOM    998  CG  TYR A 447     -17.835 -38.791 -65.399  1.00 56.13           C  
+ATOM    999  CD1 TYR A 447     -18.766 -38.456 -66.378  1.00 56.93           C  
+ATOM   1000  CD2 TYR A 447     -17.542 -40.140 -65.209  1.00 57.15           C  
+ATOM   1001  CE1 TYR A 447     -19.370 -39.460 -67.169  1.00 57.75           C  
+ATOM   1002  CE2 TYR A 447     -18.121 -41.136 -65.983  1.00 57.67           C  
+ATOM   1003  CZ  TYR A 447     -19.034 -40.802 -66.956  1.00 57.32           C  
+ATOM   1004  OH  TYR A 447     -19.591 -41.830 -67.688  1.00 57.05           O  
+ATOM   1005  N   ALA A 448     -13.678 -37.397 -63.402  1.00 56.10           N  
+ATOM   1006  CA  ALA A 448     -12.865 -37.164 -62.199  1.00 56.43           C  
+ATOM   1007  C   ALA A 448     -12.687 -35.671 -61.942  1.00 56.74           C  
+ATOM   1008  O   ALA A 448     -13.124 -35.164 -60.910  1.00 56.80           O  
+ATOM   1009  CB  ALA A 448     -11.513 -37.853 -62.336  1.00 56.46           C  
+ATOM   1010  N   ASN A 449     -12.040 -34.986 -62.890  1.00 56.94           N  
+ATOM   1011  CA  ASN A 449     -12.041 -33.524 -62.982  1.00 56.83           C  
+ATOM   1012  C   ASN A 449     -13.399 -33.058 -63.505  1.00 56.52           C  
+ATOM   1013  O   ASN A 449     -14.370 -33.819 -63.476  1.00 56.60           O  
+ATOM   1014  CB  ASN A 449     -10.902 -33.040 -63.888  1.00 56.91           C  
+ATOM   1015  CG  ASN A 449     -10.621 -33.999 -65.046  1.00 58.39           C  
+ATOM   1016  OD1 ASN A 449     -11.426 -34.889 -65.352  1.00 60.15           O  
+ATOM   1017  ND2 ASN A 449      -9.475 -33.821 -65.698  1.00 59.34           N  
+ATOM   1018  N   THR A 450     -13.462 -31.828 -64.010  1.00 56.19           N  
+ATOM   1019  CA  THR A 450     -14.734 -31.166 -64.351  1.00 56.02           C  
+ATOM   1020  C   THR A 450     -15.517 -30.800 -63.094  1.00 55.62           C  
+ATOM   1021  O   THR A 450     -16.558 -30.145 -63.171  1.00 55.80           O  
+ATOM   1022  CB  THR A 450     -15.658 -31.969 -65.345  1.00 56.27           C  
+ATOM   1023  OG1 THR A 450     -16.435 -32.958 -64.637  1.00 56.18           O  
+ATOM   1024  CG2 THR A 450     -14.843 -32.617 -66.488  1.00 56.81           C  
+ATOM   1025  N   ILE A 451     -15.025 -31.239 -61.939  1.00 55.08           N  
+ATOM   1026  CA  ILE A 451     -15.537 -30.726 -60.673  1.00 54.58           C  
+ATOM   1027  C   ILE A 451     -14.611 -29.606 -60.234  1.00 53.89           C  
+ATOM   1028  O   ILE A 451     -13.402 -29.819 -60.037  1.00 53.83           O  
+ATOM   1029  CB  ILE A 451     -15.597 -31.780 -59.512  1.00 54.78           C  
+ATOM   1030  CG1 ILE A 451     -15.460 -33.218 -60.028  1.00 54.97           C  
+ATOM   1031  CG2 ILE A 451     -16.848 -31.549 -58.650  1.00 54.53           C  
+ATOM   1032  CD1 ILE A 451     -15.682 -34.285 -58.978  1.00 54.67           C  
+ATOM   1033  N   ASN A 452     -15.171 -28.409 -60.091  1.00 52.78           N  
+ATOM   1034  CA  ASN A 452     -14.450 -27.371 -59.391  1.00 51.57           C  
+ATOM   1035  C   ASN A 452     -14.436 -27.751 -57.925  1.00 50.69           C  
+ATOM   1036  O   ASN A 452     -15.312 -27.345 -57.151  1.00 50.85           O  
+ATOM   1037  CB  ASN A 452     -15.085 -26.006 -59.583  1.00 51.67           C  
+ATOM   1038  CG  ASN A 452     -14.254 -24.903 -58.979  1.00 51.79           C  
+ATOM   1039  OD1 ASN A 452     -13.019 -24.948 -59.002  1.00 51.59           O  
+ATOM   1040  ND2 ASN A 452     -14.923 -23.901 -58.432  1.00 53.04           N  
+ATOM   1041  N   TRP A 453     -13.448 -28.568 -57.573  1.00 49.30           N  
+ATOM   1042  CA  TRP A 453     -13.244 -29.050 -56.220  1.00 47.89           C  
+ATOM   1043  C   TRP A 453     -13.123 -27.918 -55.207  1.00 46.82           C  
+ATOM   1044  O   TRP A 453     -13.494 -28.081 -54.049  1.00 46.49           O  
+ATOM   1045  CB  TRP A 453     -11.986 -29.885 -56.184  1.00 48.25           C  
+ATOM   1046  CG  TRP A 453     -12.088 -31.208 -56.862  1.00 48.47           C  
+ATOM   1047  CD1 TRP A 453     -11.571 -31.551 -58.077  1.00 48.76           C  
+ATOM   1048  CD2 TRP A 453     -12.706 -32.387 -56.339  1.00 49.21           C  
+ATOM   1049  NE1 TRP A 453     -11.832 -32.872 -58.346  1.00 48.94           N  
+ATOM   1050  CE2 TRP A 453     -12.527 -33.409 -57.294  1.00 49.00           C  
+ATOM   1051  CE3 TRP A 453     -13.396 -32.681 -55.149  1.00 49.70           C  
+ATOM   1052  CZ2 TRP A 453     -13.012 -34.705 -57.101  1.00 48.82           C  
+ATOM   1053  CZ3 TRP A 453     -13.883 -33.968 -54.960  1.00 49.00           C  
+ATOM   1054  CH2 TRP A 453     -13.690 -34.963 -55.935  1.00 48.73           C  
+ATOM   1055  N   LYS A 454     -12.605 -26.775 -55.658  1.00 45.75           N  
+ATOM   1056  CA  LYS A 454     -12.543 -25.552 -54.858  1.00 44.90           C  
+ATOM   1057  C   LYS A 454     -13.907 -25.096 -54.375  1.00 44.59           C  
+ATOM   1058  O   LYS A 454     -14.003 -24.084 -53.679  1.00 44.66           O  
+ATOM   1059  CB  LYS A 454     -11.937 -24.407 -55.660  1.00 44.57           C  
+ATOM   1060  CG  LYS A 454     -10.585 -24.694 -56.228  1.00 44.25           C  
+ATOM   1061  CD  LYS A 454      -9.495 -24.586 -55.189  1.00 43.43           C  
+ATOM   1062  CE  LYS A 454      -8.191 -25.037 -55.796  1.00 42.65           C  
+ATOM   1063  NZ  LYS A 454      -8.001 -24.310 -57.079  1.00 41.70           N  
+ATOM   1064  N   LYS A 455     -14.956 -25.816 -54.768  1.00 44.00           N  
+ATOM   1065  CA  LYS A 455     -16.299 -25.517 -54.304  1.00 43.54           C  
+ATOM   1066  C   LYS A 455     -16.553 -26.244 -52.983  1.00 43.23           C  
+ATOM   1067  O   LYS A 455     -17.241 -25.730 -52.102  1.00 43.14           O  
+ATOM   1068  CB  LYS A 455     -17.346 -25.868 -55.365  1.00 43.24           C  
+ATOM   1069  N   LEU A 456     -15.967 -27.425 -52.838  1.00 43.00           N  
+ATOM   1070  CA  LEU A 456     -16.144 -28.231 -51.626  1.00 43.04           C  
+ATOM   1071  C   LEU A 456     -15.164 -27.830 -50.504  1.00 42.75           C  
+ATOM   1072  O   LEU A 456     -15.395 -28.142 -49.326  1.00 43.03           O  
+ATOM   1073  CB  LEU A 456     -16.026 -29.731 -51.953  1.00 43.33           C  
+ATOM   1074  CG  LEU A 456     -17.042 -30.342 -52.946  1.00 44.28           C  
+ATOM   1075  CD1 LEU A 456     -16.551 -30.300 -54.387  1.00 45.13           C  
+ATOM   1076  CD2 LEU A 456     -17.397 -31.781 -52.590  1.00 44.85           C  
+ATOM   1077  N   PHE A 457     -14.095 -27.117 -50.880  1.00 41.89           N  
+ATOM   1078  CA  PHE A 457     -13.032 -26.697 -49.966  1.00 40.75           C  
+ATOM   1079  C   PHE A 457     -13.355 -25.482 -49.103  1.00 40.51           C  
+ATOM   1080  O   PHE A 457     -14.099 -24.583 -49.507  1.00 40.49           O  
+ATOM   1081  CB  PHE A 457     -11.768 -26.380 -50.754  1.00 40.55           C  
+ATOM   1082  CG  PHE A 457     -11.126 -27.572 -51.374  1.00 39.92           C  
+ATOM   1083  CD1 PHE A 457     -10.303 -27.421 -52.484  1.00 39.29           C  
+ATOM   1084  CD2 PHE A 457     -11.344 -28.847 -50.863  1.00 39.21           C  
+ATOM   1085  CE1 PHE A 457      -9.698 -28.522 -53.077  1.00 39.06           C  
+ATOM   1086  CE2 PHE A 457     -10.745 -29.954 -51.446  1.00 39.28           C  
+ATOM   1087  CZ  PHE A 457      -9.920 -29.794 -52.560  1.00 39.33           C  
+ATOM   1088  N   GLY A 458     -12.745 -25.450 -47.921  1.00 40.12           N  
+ATOM   1089  CA  GLY A 458     -12.889 -24.340 -46.985  1.00 39.39           C  
+ATOM   1090  C   GLY A 458     -11.621 -23.542 -46.754  1.00 38.79           C  
+ATOM   1091  O   GLY A 458     -11.648 -22.506 -46.085  1.00 38.62           O  
+ATOM   1092  N   THR A 459     -10.511 -24.008 -47.322  1.00 38.38           N  
+ATOM   1093  CA  THR A 459      -9.219 -23.354 -47.118  1.00 38.07           C  
+ATOM   1094  C   THR A 459      -8.349 -23.287 -48.388  1.00 37.94           C  
+ATOM   1095  O   THR A 459      -8.568 -24.061 -49.328  1.00 38.36           O  
+ATOM   1096  CB  THR A 459      -8.469 -24.032 -45.968  1.00 37.81           C  
+ATOM   1097  OG1 THR A 459      -7.619 -23.076 -45.338  1.00 38.48           O  
+ATOM   1098  CG2 THR A 459      -7.661 -25.222 -46.446  1.00 37.67           C  
+ATOM   1099  N   SER A 460      -7.392 -22.355 -48.428  1.00 37.38           N  
+ATOM   1100  CA  SER A 460      -6.374 -22.340 -49.496  1.00 37.10           C  
+ATOM   1101  C   SER A 460      -5.538 -23.614 -49.522  1.00 36.80           C  
+ATOM   1102  O   SER A 460      -5.124 -24.074 -50.583  1.00 36.97           O  
+ATOM   1103  CB  SER A 460      -5.419 -21.162 -49.344  1.00 37.04           C  
+ATOM   1104  OG  SER A 460      -6.100 -19.955 -49.575  1.00 37.32           O  
+ATOM   1105  N   GLY A 461      -5.301 -24.181 -48.348  1.00 36.27           N  
+ATOM   1106  CA  GLY A 461      -4.361 -25.265 -48.208  1.00 35.91           C  
+ATOM   1107  C   GLY A 461      -4.803 -26.557 -48.838  1.00 35.69           C  
+ATOM   1108  O   GLY A 461      -3.982 -27.471 -49.019  1.00 36.05           O  
+ATOM   1109  N   GLN A 462      -6.087 -26.643 -49.182  1.00 35.29           N  
+ATOM   1110  CA  GLN A 462      -6.662 -27.906 -49.656  1.00 34.99           C  
+ATOM   1111  C   GLN A 462      -6.195 -28.340 -51.032  1.00 35.06           C  
+ATOM   1112  O   GLN A 462      -6.435 -27.670 -52.040  1.00 35.07           O  
+ATOM   1113  CB  GLN A 462      -8.174 -27.899 -49.555  1.00 34.72           C  
+ATOM   1114  CG  GLN A 462      -8.628 -28.412 -48.211  1.00 34.39           C  
+ATOM   1115  CD  GLN A 462     -10.028 -27.988 -47.857  1.00 33.20           C  
+ATOM   1116  OE1 GLN A 462     -10.865 -28.820 -47.520  1.00 33.04           O  
+ATOM   1117  NE2 GLN A 462     -10.291 -26.688 -47.919  1.00 31.75           N  
+ATOM   1118  N   LYS A 463      -5.504 -29.473 -51.046  1.00 35.24           N  
+ATOM   1119  CA  LYS A 463      -4.861 -29.972 -52.246  1.00 35.35           C  
+ATOM   1120  C   LYS A 463      -5.658 -31.117 -52.835  1.00 35.62           C  
+ATOM   1121  O   LYS A 463      -6.257 -31.930 -52.124  1.00 35.16           O  
+ATOM   1122  CB  LYS A 463      -3.431 -30.437 -51.947  1.00 35.35           C  
+ATOM   1123  CG  LYS A 463      -2.486 -29.364 -51.449  1.00 34.84           C  
+ATOM   1124  CD  LYS A 463      -1.044 -29.781 -51.717  1.00 35.65           C  
+ATOM   1125  CE  LYS A 463      -0.059 -28.654 -51.404  1.00 35.44           C  
+ATOM   1126  NZ  LYS A 463       1.274 -28.810 -52.047  1.00 34.22           N  
+ATOM   1127  N   THR A 464      -5.649 -31.166 -54.157  1.00 36.32           N  
+ATOM   1128  CA  THR A 464      -6.327 -32.209 -54.900  1.00 36.95           C  
+ATOM   1129  C   THR A 464      -5.240 -33.087 -55.504  1.00 37.77           C  
+ATOM   1130  O   THR A 464      -4.193 -32.586 -55.927  1.00 38.27           O  
+ATOM   1131  CB  THR A 464      -7.264 -31.584 -55.964  1.00 36.76           C  
+ATOM   1132  OG1 THR A 464      -8.574 -32.152 -55.844  1.00 36.55           O  
+ATOM   1133  CG2 THR A 464      -6.711 -31.702 -57.396  1.00 35.61           C  
+ATOM   1134  N   LYS A 465      -5.454 -34.393 -55.508  1.00 38.48           N  
+ATOM   1135  CA  LYS A 465      -4.429 -35.287 -56.003  1.00 39.34           C  
+ATOM   1136  C   LYS A 465      -5.041 -36.396 -56.835  1.00 40.43           C  
+ATOM   1137  O   LYS A 465      -5.095 -37.551 -56.412  1.00 40.66           O  
+ATOM   1138  CB  LYS A 465      -3.601 -35.844 -54.850  1.00 38.91           C  
+ATOM   1139  CG  LYS A 465      -2.163 -36.074 -55.219  1.00 38.53           C  
+ATOM   1140  CD  LYS A 465      -1.885 -37.507 -55.601  1.00 38.12           C  
+ATOM   1141  CE  LYS A 465      -1.141 -38.242 -54.489  1.00 39.22           C  
+ATOM   1142  NZ  LYS A 465       0.318 -37.890 -54.403  1.00 39.34           N  
+ATOM   1143  N   ILE A 466      -5.504 -36.024 -58.024  1.00 41.75           N  
+ATOM   1144  CA  ILE A 466      -6.095 -36.966 -58.967  1.00 43.24           C  
+ATOM   1145  C   ILE A 466      -5.029 -37.495 -59.948  1.00 44.46           C  
+ATOM   1146  O   ILE A 466      -4.380 -36.724 -60.654  1.00 44.53           O  
+ATOM   1147  CB  ILE A 466      -7.321 -36.327 -59.695  1.00 43.08           C  
+ATOM   1148  CG1 ILE A 466      -8.543 -36.319 -58.772  1.00 42.95           C  
+ATOM   1149  CG2 ILE A 466      -7.658 -37.047 -61.004  1.00 43.20           C  
+ATOM   1150  CD1 ILE A 466      -8.812 -34.997 -58.071  1.00 41.93           C  
+ATOM   1151  N   ILE A 467      -4.844 -38.813 -59.961  1.00 46.09           N  
+ATOM   1152  CA  ILE A 467      -3.886 -39.469 -60.846  1.00 47.93           C  
+ATOM   1153  C   ILE A 467      -4.295 -40.909 -61.178  1.00 49.36           C  
+ATOM   1154  O   ILE A 467      -5.060 -41.541 -60.436  1.00 49.77           O  
+ATOM   1155  CB  ILE A 467      -2.456 -39.522 -60.228  1.00 47.86           C  
+ATOM   1156  CG1 ILE A 467      -2.470 -40.170 -58.840  1.00 47.71           C  
+ATOM   1157  CG2 ILE A 467      -1.812 -38.139 -60.183  1.00 48.28           C  
+ATOM   1158  CD1 ILE A 467      -1.080 -40.449 -58.278  1.00 47.94           C  
+ATOM   1159  N   SER A 468      -3.768 -41.414 -62.294  1.00 50.89           N  
+ATOM   1160  CA  SER A 468      -3.782 -42.845 -62.627  1.00 52.40           C  
+ATOM   1161  C   SER A 468      -5.149 -43.467 -62.939  1.00 53.49           C  
+ATOM   1162  O   SER A 468      -5.303 -44.680 -62.843  1.00 53.77           O  
+ATOM   1163  CB  SER A 468      -3.048 -43.673 -61.551  1.00 52.29           C  
+ATOM   1164  OG  SER A 468      -1.653 -43.398 -61.541  1.00 52.66           O  
+ATOM   1165  N   ASN A 469      -6.130 -42.659 -63.332  1.00 55.01           N  
+ATOM   1166  CA  ASN A 469      -7.447 -43.193 -63.725  1.00 56.40           C  
+ATOM   1167  C   ASN A 469      -7.652 -43.064 -65.243  1.00 57.39           C  
+ATOM   1168  O   ASN A 469      -6.786 -42.507 -65.924  1.00 57.55           O  
+ATOM   1169  CB  ASN A 469      -8.584 -42.493 -62.957  1.00 56.40           C  
+ATOM   1170  CG  ASN A 469      -8.184 -42.064 -61.543  1.00 56.28           C  
+ATOM   1171  OD1 ASN A 469      -7.806 -42.889 -60.697  1.00 55.76           O  
+ATOM   1172  ND2 ASN A 469      -8.282 -40.758 -61.282  1.00 55.38           N  
+ATOM   1173  N   ARG A 470      -8.784 -43.562 -65.765  1.00 58.71           N  
+ATOM   1174  CA  ARG A 470      -9.100 -43.509 -67.221  1.00 59.99           C  
+ATOM   1175  C   ARG A 470      -8.977 -42.101 -67.821  1.00 60.85           C  
+ATOM   1176  O   ARG A 470      -9.945 -41.328 -67.813  1.00 60.80           O  
+ATOM   1177  CB  ARG A 470     -10.496 -44.082 -67.523  1.00 59.78           C  
+ATOM   1178  N   GLY A 471      -7.788 -41.802 -68.354  1.00 61.75           N  
+ATOM   1179  CA  GLY A 471      -7.413 -40.461 -68.812  1.00 63.02           C  
+ATOM   1180  C   GLY A 471      -8.474 -39.685 -69.570  1.00 63.97           C  
+ATOM   1181  O   GLY A 471      -9.238 -40.264 -70.348  1.00 63.81           O  
+ATOM   1182  N   GLU A 472      -8.501 -38.369 -69.346  1.00 65.09           N  
+ATOM   1183  CA  GLU A 472      -9.462 -37.458 -69.981  1.00 66.27           C  
+ATOM   1184  C   GLU A 472      -9.798 -37.855 -71.423  1.00 67.21           C  
+ATOM   1185  O   GLU A 472     -10.961 -37.786 -71.844  1.00 67.53           O  
+ATOM   1186  CB  GLU A 472      -8.951 -36.015 -69.931  1.00 66.13           C  
+ATOM   1187  N   ASN A 473      -8.773 -38.278 -72.165  1.00 68.23           N  
+ATOM   1188  CA  ASN A 473      -8.933 -38.804 -73.529  1.00 69.04           C  
+ATOM   1189  C   ASN A 473     -10.082 -39.817 -73.688  1.00 69.51           C  
+ATOM   1190  O   ASN A 473     -11.102 -39.506 -74.317  1.00 69.30           O  
+ATOM   1191  CB  ASN A 473      -7.606 -39.396 -74.039  1.00 68.97           C  
+ATOM   1192  CG  ASN A 473      -6.905 -40.262 -72.996  1.00 69.06           C  
+ATOM   1193  OD1 ASN A 473      -6.403 -39.754 -71.990  1.00 69.39           O  
+ATOM   1194  ND2 ASN A 473      -6.870 -41.572 -73.233  1.00 68.52           N  
+ATOM   1195  N   SER A 474      -9.916 -41.000 -73.086  1.00 70.19           N  
+ATOM   1196  CA  SER A 474     -10.837 -42.129 -73.261  1.00 70.97           C  
+ATOM   1197  C   SER A 474     -12.285 -41.808 -72.883  1.00 71.64           C  
+ATOM   1198  O   SER A 474     -13.209 -42.473 -73.353  1.00 71.62           O  
+ATOM   1199  CB  SER A 474     -10.339 -43.364 -72.502  1.00 70.65           C  
+ATOM   1200  N   CYS A 475     -12.472 -40.784 -72.048  1.00 72.57           N  
+ATOM   1201  CA  CYS A 475     -13.806 -40.325 -71.643  1.00 73.55           C  
+ATOM   1202  C   CYS A 475     -14.440 -39.531 -72.773  1.00 74.08           C  
+ATOM   1203  O   CYS A 475     -15.594 -39.772 -73.148  1.00 74.19           O  
+ATOM   1204  CB  CYS A 475     -13.726 -39.438 -70.403  1.00 73.46           C  
+ATOM   1205  SG  CYS A 475     -12.261 -39.715 -69.417  1.00 74.39           S  
+ATOM   1206  N   LYS A 476     -13.674 -38.577 -73.303  1.00 74.63           N  
+ATOM   1207  CA  LYS A 476     -14.096 -37.795 -74.452  1.00 75.13           C  
+ATOM   1208  C   LYS A 476     -14.572 -38.740 -75.565  1.00 75.44           C  
+ATOM   1209  O   LYS A 476     -15.721 -38.648 -76.013  1.00 75.58           O  
+ATOM   1210  CB  LYS A 476     -12.952 -36.894 -74.931  1.00 75.15           C  
+ATOM   1211  N   ALA A 477     -13.699 -39.671 -75.962  1.00 75.62           N  
+ATOM   1212  CA  ALA A 477     -13.977 -40.622 -77.039  1.00 75.76           C  
+ATOM   1213  C   ALA A 477     -15.229 -41.460 -76.781  1.00 75.88           C  
+ATOM   1214  O   ALA A 477     -16.175 -41.419 -77.579  1.00 76.06           O  
+ATOM   1215  CB  ALA A 477     -12.769 -41.522 -77.291  1.00 75.75           C  
+ATOM   1216  N   THR A 478     -15.238 -42.198 -75.668  1.00 75.76           N  
+ATOM   1217  CA  THR A 478     -16.355 -43.082 -75.314  1.00 75.70           C  
+ATOM   1218  C   THR A 478     -17.633 -42.297 -75.010  1.00 75.91           C  
+ATOM   1219  O   THR A 478     -18.715 -42.885 -74.858  1.00 76.04           O  
+ATOM   1220  CB  THR A 478     -15.998 -43.976 -74.115  1.00 75.57           C  
+ATOM   1221  OG1 THR A 478     -14.759 -44.636 -74.383  1.00 75.68           O  
+ATOM   1222  CG2 THR A 478     -17.071 -45.029 -73.871  1.00 75.40           C  
+ATOM   1223  N   GLY A 479     -17.505 -40.971 -74.937  1.00 75.90           N  
+ATOM   1224  CA  GLY A 479     -18.630 -40.100 -74.623  1.00 75.84           C  
+ATOM   1225  C   GLY A 479     -18.989 -40.235 -73.161  1.00 75.88           C  
+ATOM   1226  O   GLY A 479     -20.093 -39.889 -72.749  1.00 75.94           O  
+ATOM   1227  N   GLN A 480     -18.044 -40.759 -72.385  1.00 75.97           N  
+ATOM   1228  CA  GLN A 480     -18.155 -40.845 -70.940  1.00 75.99           C  
+ATOM   1229  C   GLN A 480     -17.851 -39.490 -70.320  1.00 76.24           C  
+ATOM   1230  O   GLN A 480     -17.019 -39.381 -69.421  1.00 76.30           O  
+ATOM   1231  CB  GLN A 480     -17.159 -41.860 -70.411  1.00 75.80           C  
+ATOM   1232  CG  GLN A 480     -17.614 -43.282 -70.477  1.00 75.31           C  
+ATOM   1233  CD  GLN A 480     -17.022 -44.081 -69.348  1.00 75.05           C  
+ATOM   1234  OE1 GLN A 480     -16.433 -45.139 -69.561  1.00 75.00           O  
+ATOM   1235  NE2 GLN A 480     -17.149 -43.561 -68.127  1.00 75.03           N  
+ATOM   1236  N   VAL A 481     -18.516 -38.458 -70.820  1.00 76.58           N  
+ATOM   1237  CA  VAL A 481     -18.280 -37.109 -70.355  1.00 76.96           C  
+ATOM   1238  C   VAL A 481     -19.567 -36.585 -69.746  1.00 77.35           C  
+ATOM   1239  O   VAL A 481     -20.536 -37.328 -69.597  1.00 77.26           O  
+ATOM   1240  CB  VAL A 481     -17.788 -36.169 -71.487  1.00 76.94           C  
+ATOM   1241  CG1 VAL A 481     -16.775 -35.167 -70.932  1.00 77.04           C  
+ATOM   1242  CG2 VAL A 481     -17.161 -36.956 -72.633  1.00 76.69           C  
+ATOM   1243  N   CYS A 482     -19.562 -35.307 -69.383  1.00 78.11           N  
+ATOM   1244  CA  CYS A 482     -20.704 -34.663 -68.760  1.00 78.85           C  
+ATOM   1245  C   CYS A 482     -21.929 -34.769 -69.645  1.00 79.30           C  
+ATOM   1246  O   CYS A 482     -21.833 -34.577 -70.854  1.00 79.67           O  
+ATOM   1247  CB  CYS A 482     -20.384 -33.199 -68.457  1.00 78.77           C  
+ATOM   1248  SG  CYS A 482     -19.171 -32.999 -67.122  1.00 79.34           S  
+ATOM   1249  N   HIS A 483     -23.070 -35.102 -69.044  1.00 79.72           N  
+ATOM   1250  CA  HIS A 483     -24.348 -35.103 -69.753  1.00 80.19           C  
+ATOM   1251  C   HIS A 483     -24.633 -33.719 -70.344  1.00 80.23           C  
+ATOM   1252  O   HIS A 483     -24.072 -32.714 -69.896  1.00 80.24           O  
+ATOM   1253  CB  HIS A 483     -25.477 -35.530 -68.810  1.00 80.49           C  
+ATOM   1254  CG  HIS A 483     -26.792 -35.756 -69.496  1.00 81.36           C  
+ATOM   1255  ND1 HIS A 483     -27.072 -36.899 -70.219  1.00 81.87           N  
+ATOM   1256  CD2 HIS A 483     -27.905 -34.988 -69.561  1.00 81.59           C  
+ATOM   1257  CE1 HIS A 483     -28.299 -36.823 -70.701  1.00 81.73           C  
+ATOM   1258  NE2 HIS A 483     -28.826 -35.673 -70.317  1.00 82.17           N  
+ATOM   1259  N   ALA A 484     -25.483 -33.674 -71.366  1.00 80.38           N  
+ATOM   1260  CA  ALA A 484     -25.811 -32.419 -72.035  1.00 80.46           C  
+ATOM   1261  C   ALA A 484     -26.601 -31.476 -71.123  1.00 80.46           C  
+ATOM   1262  O   ALA A 484     -26.309 -30.274 -71.079  1.00 80.61           O  
+ATOM   1263  CB  ALA A 484     -26.564 -32.680 -73.337  1.00 80.53           C  
+ATOM   1264  N   LEU A 485     -27.570 -32.027 -70.384  1.00 80.22           N  
+ATOM   1265  CA  LEU A 485     -28.428 -31.248 -69.476  1.00 80.13           C  
+ATOM   1266  C   LEU A 485     -27.649 -30.457 -68.400  1.00 80.17           C  
+ATOM   1267  O   LEU A 485     -28.221 -29.607 -67.700  1.00 80.17           O  
+ATOM   1268  CB  LEU A 485     -29.482 -32.156 -68.831  1.00 79.98           C  
+ATOM   1269  N   CYS A 486     -26.344 -30.739 -68.301  1.00 80.15           N  
+ATOM   1270  CA  CYS A 486     -25.417 -30.109 -67.347  1.00 79.82           C  
+ATOM   1271  C   CYS A 486     -25.324 -28.600 -67.436  1.00 79.60           C  
+ATOM   1272  O   CYS A 486     -25.715 -27.982 -68.437  1.00 79.72           O  
+ATOM   1273  CB  CYS A 486     -23.995 -30.659 -67.532  1.00 79.85           C  
+ATOM   1274  SG  CYS A 486     -23.505 -31.971 -66.389  1.00 80.04           S  
+ATOM   1275  N   SER A 487     -24.813 -28.023 -66.354  1.00 79.11           N  
+ATOM   1276  CA  SER A 487     -24.174 -26.725 -66.403  1.00 78.51           C  
+ATOM   1277  C   SER A 487     -22.669 -27.015 -66.503  1.00 78.13           C  
+ATOM   1278  O   SER A 487     -22.258 -28.181 -66.418  1.00 77.90           O  
+ATOM   1279  CB  SER A 487     -24.532 -25.882 -65.164  1.00 78.48           C  
+ATOM   1280  OG  SER A 487     -24.463 -26.626 -63.960  1.00 78.21           O  
+ATOM   1281  N   PRO A 488     -21.849 -25.975 -66.741  1.00 77.86           N  
+ATOM   1282  CA  PRO A 488     -20.379 -26.081 -66.606  1.00 77.53           C  
+ATOM   1283  C   PRO A 488     -19.867 -26.504 -65.205  1.00 77.02           C  
+ATOM   1284  O   PRO A 488     -18.659 -26.711 -65.028  1.00 76.95           O  
+ATOM   1285  CB  PRO A 488     -19.890 -24.659 -66.941  1.00 77.68           C  
+ATOM   1286  CG  PRO A 488     -21.119 -23.769 -66.807  1.00 77.89           C  
+ATOM   1287  CD  PRO A 488     -22.262 -24.640 -67.219  1.00 77.88           C  
+ATOM   1288  N   GLU A 489     -20.775 -26.631 -64.235  1.00 76.32           N  
+ATOM   1289  CA  GLU A 489     -20.429 -27.021 -62.865  1.00 75.56           C  
+ATOM   1290  C   GLU A 489     -19.825 -28.432 -62.788  1.00 74.97           C  
+ATOM   1291  O   GLU A 489     -18.951 -28.694 -61.957  1.00 75.14           O  
+ATOM   1292  CB  GLU A 489     -21.642 -26.875 -61.936  1.00 75.53           C  
+ATOM   1293  N   GLY A 490     -20.287 -29.336 -63.649  1.00 74.12           N  
+ATOM   1294  CA  GLY A 490     -19.605 -30.614 -63.833  1.00 73.24           C  
+ATOM   1295  C   GLY A 490     -20.363 -31.865 -63.447  1.00 72.67           C  
+ATOM   1296  O   GLY A 490     -21.554 -31.818 -63.143  1.00 72.54           O  
+ATOM   1297  N   CYS A 491     -19.647 -32.987 -63.444  1.00 72.15           N  
+ATOM   1298  CA  CYS A 491     -20.253 -34.304 -63.264  1.00 71.66           C  
+ATOM   1299  C   CYS A 491     -19.750 -35.134 -62.082  1.00 70.95           C  
+ATOM   1300  O   CYS A 491     -18.596 -35.025 -61.656  1.00 70.76           O  
+ATOM   1301  CB  CYS A 491     -20.073 -35.130 -64.535  1.00 71.90           C  
+ATOM   1302  SG  CYS A 491     -21.306 -34.796 -65.766  1.00 73.07           S  
+ATOM   1303  N   TRP A 492     -20.647 -35.971 -61.575  1.00 70.06           N  
+ATOM   1304  CA  TRP A 492     -20.292 -37.034 -60.662  1.00 69.36           C  
+ATOM   1305  C   TRP A 492     -20.523 -38.365 -61.379  1.00 69.38           C  
+ATOM   1306  O   TRP A 492     -20.562 -39.429 -60.750  1.00 69.26           O  
+ATOM   1307  CB  TRP A 492     -21.138 -36.949 -59.394  1.00 68.93           C  
+ATOM   1308  CG  TRP A 492     -20.790 -35.804 -58.474  1.00 68.38           C  
+ATOM   1309  CD1 TRP A 492     -21.540 -34.687 -58.233  1.00 68.08           C  
+ATOM   1310  CD2 TRP A 492     -19.617 -35.679 -57.665  1.00 67.82           C  
+ATOM   1311  NE1 TRP A 492     -20.905 -33.875 -57.328  1.00 67.76           N  
+ATOM   1312  CE2 TRP A 492     -19.723 -34.460 -56.962  1.00 67.72           C  
+ATOM   1313  CE3 TRP A 492     -18.481 -36.478 -57.469  1.00 67.95           C  
+ATOM   1314  CZ2 TRP A 492     -18.738 -34.018 -56.078  1.00 68.18           C  
+ATOM   1315  CZ3 TRP A 492     -17.501 -36.040 -56.591  1.00 68.05           C  
+ATOM   1316  CH2 TRP A 492     -17.634 -34.818 -55.906  1.00 68.26           C  
+ATOM   1317  N   GLY A 493     -20.664 -38.283 -62.706  1.00 69.49           N  
+ATOM   1318  CA  GLY A 493     -21.026 -39.423 -63.566  1.00 69.32           C  
+ATOM   1319  C   GLY A 493     -21.909 -39.048 -64.759  1.00 69.10           C  
+ATOM   1320  O   GLY A 493     -22.341 -37.899 -64.875  1.00 68.92           O  
+ATOM   1321  N   PRO A 494     -22.215 -40.029 -65.633  1.00 69.00           N  
+ATOM   1322  CA  PRO A 494     -22.802 -39.730 -66.947  1.00 68.88           C  
+ATOM   1323  C   PRO A 494     -24.264 -39.300 -66.904  1.00 68.77           C  
+ATOM   1324  O   PRO A 494     -24.710 -38.566 -67.788  1.00 68.57           O  
+ATOM   1325  CB  PRO A 494     -22.653 -41.048 -67.709  1.00 68.85           C  
+ATOM   1326  CG  PRO A 494     -22.621 -42.101 -66.652  1.00 68.95           C  
+ATOM   1327  CD  PRO A 494     -22.044 -41.479 -65.414  1.00 69.03           C  
+ATOM   1328  N   GLU A 495     -24.983 -39.754 -65.878  1.00 68.79           N  
+ATOM   1329  CA  GLU A 495     -26.418 -39.507 -65.722  1.00 68.94           C  
+ATOM   1330  C   GLU A 495     -26.785 -38.014 -65.615  1.00 69.01           C  
+ATOM   1331  O   GLU A 495     -25.971 -37.200 -65.173  1.00 68.99           O  
+ATOM   1332  CB  GLU A 495     -26.955 -40.282 -64.511  1.00 68.89           C  
+ATOM   1333  N   PRO A 496     -28.016 -37.652 -66.026  1.00 69.16           N  
+ATOM   1334  CA  PRO A 496     -28.443 -36.248 -65.994  1.00 69.07           C  
+ATOM   1335  C   PRO A 496     -28.441 -35.628 -64.593  1.00 68.91           C  
+ATOM   1336  O   PRO A 496     -28.294 -34.409 -64.464  1.00 68.87           O  
+ATOM   1337  CB  PRO A 496     -29.877 -36.304 -66.544  1.00 69.17           C  
+ATOM   1338  CG  PRO A 496     -30.319 -37.730 -66.340  1.00 69.29           C  
+ATOM   1339  CD  PRO A 496     -29.079 -38.535 -66.551  1.00 69.26           C  
+ATOM   1340  N   ARG A 497     -28.606 -36.451 -63.558  1.00 68.67           N  
+ATOM   1341  CA  ARG A 497     -28.639 -35.938 -62.183  1.00 68.45           C  
+ATOM   1342  C   ARG A 497     -27.290 -36.037 -61.437  1.00 68.61           C  
+ATOM   1343  O   ARG A 497     -27.247 -36.130 -60.205  1.00 68.76           O  
+ATOM   1344  CB  ARG A 497     -29.820 -36.528 -61.380  1.00 68.18           C  
+ATOM   1345  CG  ARG A 497     -29.962 -38.046 -61.415  1.00 67.08           C  
+ATOM   1346  CD  ARG A 497     -29.131 -38.706 -60.328  1.00 64.29           C  
+ATOM   1347  NE  ARG A 497     -28.813 -40.094 -60.650  1.00 62.42           N  
+ATOM   1348  CZ  ARG A 497     -29.041 -41.130 -59.849  1.00 61.10           C  
+ATOM   1349  NH1 ARG A 497     -29.579 -40.959 -58.648  1.00 60.04           N  
+ATOM   1350  NH2 ARG A 497     -28.710 -42.346 -60.251  1.00 61.09           N  
+ATOM   1351  N   ASP A 498     -26.196 -35.997 -62.197  1.00 68.55           N  
+ATOM   1352  CA  ASP A 498     -24.852 -35.915 -61.630  1.00 68.45           C  
+ATOM   1353  C   ASP A 498     -24.272 -34.509 -61.778  1.00 68.64           C  
+ATOM   1354  O   ASP A 498     -23.114 -34.269 -61.430  1.00 68.62           O  
+ATOM   1355  CB  ASP A 498     -23.933 -36.947 -62.287  1.00 68.26           C  
+ATOM   1356  CG  ASP A 498     -24.339 -38.377 -61.973  1.00 68.02           C  
+ATOM   1357  OD1 ASP A 498     -24.875 -38.616 -60.872  1.00 67.29           O  
+ATOM   1358  OD2 ASP A 498     -24.118 -39.269 -62.823  1.00 67.76           O  
+ATOM   1359  N   CYS A 499     -25.087 -33.588 -62.292  1.00 68.94           N  
+ATOM   1360  CA  CYS A 499     -24.679 -32.193 -62.507  1.00 69.28           C  
+ATOM   1361  C   CYS A 499     -24.503 -31.451 -61.190  1.00 69.46           C  
+ATOM   1362  O   CYS A 499     -25.384 -31.494 -60.319  1.00 69.81           O  
+ATOM   1363  CB  CYS A 499     -25.701 -31.449 -63.370  1.00 69.25           C  
+ATOM   1364  SG  CYS A 499     -26.042 -32.228 -64.947  1.00 69.45           S  
+ATOM   1365  N   VAL A 500     -23.372 -30.764 -61.047  1.00 69.41           N  
+ATOM   1366  CA  VAL A 500     -23.093 -30.021 -59.820  1.00 69.23           C  
+ATOM   1367  C   VAL A 500     -23.875 -28.711 -59.820  1.00 69.23           C  
+ATOM   1368  O   VAL A 500     -25.048 -28.687 -59.443  1.00 69.19           O  
+ATOM   1369  CB  VAL A 500     -21.583 -29.766 -59.610  1.00 69.14           C  
+ATOM   1370  CG1 VAL A 500     -21.322 -29.255 -58.196  1.00 68.76           C  
+ATOM   1371  CG2 VAL A 500     -20.784 -31.044 -59.860  1.00 69.26           C  
+HETATM 1372  C1  NAG A3281     -13.608 -56.579 -37.810  1.00 34.81           C  
+HETATM 1373  C2  NAG A3281     -12.238 -56.193 -37.325  1.00 36.79           C  
+HETATM 1374  C3  NAG A3281     -12.162 -56.580 -35.859  1.00 35.91           C  
+HETATM 1375  C4  NAG A3281     -13.372 -56.008 -35.107  1.00 33.98           C  
+HETATM 1376  C5  NAG A3281     -14.679 -55.907 -35.888  1.00 33.96           C  
+HETATM 1377  C6  NAG A3281     -15.597 -54.832 -35.312  1.00 35.46           C  
+HETATM 1378  C7  NAG A3281     -10.961 -56.196 -39.352  1.00 41.80           C  
+HETATM 1379  C8  NAG A3281      -9.853 -56.794 -40.170  1.00 42.42           C  
+HETATM 1380  N2  NAG A3281     -11.225 -56.776 -38.177  1.00 39.99           N  
+HETATM 1381  O3  NAG A3281     -10.967 -56.068 -35.296  1.00 37.00           O  
+HETATM 1382  O4  NAG A3281     -13.636 -56.810 -33.989  1.00 31.29           O  
+HETATM 1383  O5  NAG A3281     -14.428 -55.605 -37.237  1.00 34.05           O  
+HETATM 1384  O6  NAG A3281     -15.354 -54.621 -33.933  1.00 36.58           O  
+HETATM 1385  O7  NAG A3281     -11.583 -55.214 -39.774  1.00 42.23           O  
+HETATM 1386  C1  NAG A3282     -12.359 -55.390 -32.430  1.00 53.97           C  
+HETATM 1387  C2  NAG A3282     -13.101 -56.306 -31.484  1.00 53.99           C  
+HETATM 1388  C3  NAG A3282     -12.453 -56.069 -30.140  1.00 54.11           C  
+HETATM 1389  C4  NAG A3282     -11.016 -56.588 -30.274  1.00 53.91           C  
+HETATM 1390  C5  NAG A3282     -10.321 -56.032 -31.523  1.00 53.90           C  
+HETATM 1391  C6  NAG A3282      -9.094 -56.827 -31.905  1.00 55.15           C  
+HETATM 1392  C7  NAG A3282     -15.346 -57.117 -31.797  1.00 54.05           C  
+HETATM 1393  C8  NAG A3282     -16.819 -56.824 -31.782  1.00 54.14           C  
+HETATM 1394  N2  NAG A3282     -14.533 -56.097 -31.531  1.00 54.05           N  
+HETATM 1395  O3  NAG A3282     -13.206 -56.681 -29.115  1.00 54.45           O  
+HETATM 1396  O4  NAG A3282     -10.277 -56.143 -29.170  1.00 54.65           O  
+HETATM 1397  O5  NAG A3282     -11.138 -56.035 -32.671  1.00 52.82           O  
+HETATM 1398  O6  NAG A3282      -8.747 -56.399 -33.206  1.00 57.15           O  
+HETATM 1399  O7  NAG A3282     -14.934 -58.253 -32.051  1.00 54.15           O  
+HETATM 1400  C1  BMA A3283      -9.074 -57.905 -27.355  1.00108.53           C  
+HETATM 1401  C2  BMA A3283      -8.000 -56.835 -27.189  1.00108.65           C  
+HETATM 1402  C3  BMA A3283      -7.957 -56.413 -25.723  1.00108.81           C  
+HETATM 1403  C4  BMA A3283      -9.338 -55.966 -25.221  1.00108.75           C  
+HETATM 1404  C5  BMA A3283     -10.434 -56.976 -25.601  1.00108.57           C  
+HETATM 1405  C6  BMA A3283     -11.851 -56.457 -25.326  1.00108.45           C  
+HETATM 1406  O2  BMA A3283      -8.258 -55.701 -28.035  1.00108.15           O  
+HETATM 1407  O3  BMA A3283      -6.960 -55.397 -25.550  1.00108.97           O  
+HETATM 1408  O4  BMA A3283      -9.275 -55.822 -23.794  1.00109.04           O  
+HETATM 1409  O5  BMA A3283     -10.336 -57.337 -26.986  1.00108.33           O  
+HETATM 1410  O6  BMA A3283     -12.767 -57.558 -25.181  1.00108.24           O  
+HETATM 1411  C1  MAN A3284      -5.173 -56.499 -28.223  1.00 95.02           C  
+HETATM 1412  C2  MAN A3284      -4.017 -56.647 -27.224  1.00 95.10           C  
+HETATM 1413  C3  MAN A3284      -3.684 -55.318 -26.548  1.00 95.06           C  
+HETATM 1414  C4  MAN A3284      -3.547 -54.222 -27.603  1.00 94.99           C  
+HETATM 1415  C5  MAN A3284      -4.874 -54.087 -28.354  1.00 94.36           C  
+HETATM 1416  C6  MAN A3284      -4.826 -52.968 -29.389  1.00 93.16           C  
+HETATM 1417  O2  MAN A3284      -2.879 -57.167 -27.888  1.00 95.45           O  
+HETATM 1418  O3  MAN A3284      -2.504 -55.428 -25.778  1.00 94.95           O  
+HETATM 1419  O4  MAN A3284      -3.190 -53.001 -26.994  1.00 95.80           O  
+HETATM 1420  O5  MAN A3284      -5.183 -55.308 -29.009  1.00 94.91           O  
+HETATM 1421  O6  MAN A3284      -4.734 -51.729 -28.725  1.00 91.70           O  
+HETATM 1422  C1  NAG A3371     -34.803 -49.073 -38.605  1.00 85.19           C  
+HETATM 1423  C2  NAG A3371     -34.581 -49.067 -37.096  1.00 84.93           C  
+HETATM 1424  C3  NAG A3371     -35.845 -49.607 -36.440  1.00 85.34           C  
+HETATM 1425  C4  NAG A3371     -37.135 -49.043 -37.066  1.00 85.68           C  
+HETATM 1426  C5  NAG A3371     -37.000 -48.125 -38.311  1.00 85.72           C  
+HETATM 1427  C6  NAG A3371     -37.502 -46.718 -37.982  1.00 85.91           C  
+HETATM 1428  C7  NAG A3371     -32.320 -49.148 -36.149  1.00 83.08           C  
+HETATM 1429  C8  NAG A3371     -31.184 -50.008 -35.673  1.00 82.40           C  
+HETATM 1430  N2  NAG A3371     -33.372 -49.776 -36.693  1.00 83.97           N  
+HETATM 1431  O3  NAG A3371     -35.814 -49.321 -35.059  1.00 85.08           O  
+HETATM 1432  O4  NAG A3371     -37.967 -50.143 -37.395  1.00 85.83           O  
+HETATM 1433  O5  NAG A3371     -35.698 -48.010 -38.883  1.00 85.21           O  
+HETATM 1434  O6  NAG A3371     -38.309 -46.242 -39.040  1.00 86.38           O  
+HETATM 1435  O7  NAG A3371     -32.240 -47.925 -36.022  1.00 82.35           O  
+HETATM 1436  C1  NAG A3891     -23.830 -58.002 -57.543  1.00100.48           C  
+HETATM 1437  C2  NAG A3891     -24.999 -57.994 -58.525  1.00100.65           C  
+HETATM 1438  C3  NAG A3891     -26.060 -58.984 -58.027  1.00100.37           C  
+HETATM 1439  C4  NAG A3891     -25.468 -60.351 -57.636  1.00100.38           C  
+HETATM 1440  C5  NAG A3891     -24.053 -60.294 -57.021  1.00100.32           C  
+HETATM 1441  C6  NAG A3891     -23.336 -61.637 -57.162  1.00 99.87           C  
+HETATM 1442  C7  NAG A3891     -25.174 -55.815 -59.692  1.00100.68           C  
+HETATM 1443  C8  NAG A3891     -26.302 -55.258 -60.522  1.00100.38           C  
+HETATM 1444  N2  NAG A3891     -25.522 -56.640 -58.693  1.00100.89           N  
+HETATM 1445  O3  NAG A3891     -27.039 -59.172 -59.025  1.00 99.83           O  
+HETATM 1446  O4  NAG A3891     -26.345 -60.986 -56.725  1.00100.08           O  
+HETATM 1447  O5  NAG A3891     -23.240 -59.284 -57.599  1.00100.28           O  
+HETATM 1448  O6  NAG A3891     -21.966 -61.480 -56.862  1.00 99.32           O  
+HETATM 1449  O7  NAG A3891     -24.008 -55.492 -59.945  1.00100.25           O  
+HETATM 1450  C1  NAG A4201     -14.499 -54.550 -64.091  1.00 78.09           C  
+HETATM 1451  C2  NAG A4201     -15.580 -55.458 -63.527  1.00 77.98           C  
+HETATM 1452  C3  NAG A4201     -16.743 -55.532 -64.517  1.00 78.34           C  
+HETATM 1453  C4  NAG A4201     -16.826 -54.328 -65.476  1.00 78.56           C  
+HETATM 1454  C5  NAG A4201     -15.997 -53.065 -65.134  1.00 78.47           C  
+HETATM 1455  C6  NAG A4201     -16.899 -51.912 -64.705  1.00 78.82           C  
+HETATM 1456  C7  NAG A4201     -15.387 -57.475 -62.166  1.00 76.90           C  
+HETATM 1457  C8  NAG A4201     -14.402 -58.499 -61.692  1.00 76.71           C  
+HETATM 1458  N2  NAG A4201     -15.037 -56.774 -63.243  1.00 77.44           N  
+HETATM 1459  O3  NAG A4201     -17.968 -55.694 -63.827  1.00 78.12           O  
+HETATM 1460  O4  NAG A4201     -16.469 -54.784 -66.767  1.00 78.47           O  
+HETATM 1461  O5  NAG A4201     -15.038 -53.246 -64.112  1.00 77.73           O  
+HETATM 1462  O6  NAG A4201     -17.173 -51.090 -65.815  1.00 78.54           O  
+HETATM 1463  O7  NAG A4201     -16.453 -57.322 -61.571  1.00 76.86           O  
+HETATM 1464  C1  NAG A4202     -18.920 -53.982 -68.031  1.00102.86           C  
+HETATM 1465  C2  NAG A4202     -18.481 -54.133 -69.482  1.00103.12           C  
+HETATM 1466  C3  NAG A4202     -19.714 -54.210 -70.388  1.00103.35           C  
+HETATM 1467  C4  NAG A4202     -20.827 -55.126 -69.848  1.00103.26           C  
+HETATM 1468  C5  NAG A4202     -20.974 -55.072 -68.316  1.00102.97           C  
+HETATM 1469  C6  NAG A4202     -21.855 -56.210 -67.802  1.00102.50           C  
+HETATM 1470  C7  NAG A4202     -16.275 -53.050 -69.770  1.00103.34           C  
+HETATM 1471  C8  NAG A4202     -15.575 -51.736 -69.988  1.00103.03           C  
+HETATM 1472  N2  NAG A4202     -17.614 -53.029 -69.870  1.00103.21           N  
+HETATM 1473  O3  NAG A4202     -19.315 -54.685 -71.655  1.00103.61           O  
+HETATM 1474  O4  NAG A4202     -22.058 -54.779 -70.459  1.00103.30           O  
+HETATM 1475  O5  NAG A4202     -19.701 -55.105 -67.684  1.00102.88           O  
+HETATM 1476  O6  NAG A4202     -21.575 -56.479 -66.445  1.00102.05           O  
+HETATM 1477  O7  NAG A4202     -15.611 -54.063 -69.519  1.00103.27           O  
+ATOM   1478  N   LYS D 310     -25.331  12.248 -47.196  1.00 47.00           N  
+ATOM   1479  CA  LYS D 310     -24.379  11.706 -46.154  1.00 47.31           C  
+ATOM   1480  C   LYS D 310     -22.975  12.348 -46.176  1.00 47.23           C  
+ATOM   1481  O   LYS D 310     -22.349  12.421 -47.233  1.00 47.39           O  
+ATOM   1482  CB  LYS D 310     -24.262  10.177 -46.261  1.00 46.98           C  
+ATOM   1483  N   LYS D 311     -22.495  12.800 -45.010  1.00 47.19           N  
+ATOM   1484  CA  LYS D 311     -21.151  13.409 -44.866  1.00 47.02           C  
+ATOM   1485  C   LYS D 311     -20.576  13.327 -43.438  1.00 46.83           C  
+ATOM   1486  O   LYS D 311     -21.274  13.615 -42.461  1.00 46.78           O  
+ATOM   1487  CB  LYS D 311     -21.159  14.871 -45.341  1.00 46.97           C  
+ATOM   1488  N   VAL D 312     -19.301  12.950 -43.329  1.00 46.56           N  
+ATOM   1489  CA  VAL D 312     -18.607  12.877 -42.035  1.00 46.54           C  
+ATOM   1490  C   VAL D 312     -17.696  14.097 -41.794  1.00 46.70           C  
+ATOM   1491  O   VAL D 312     -16.791  14.350 -42.586  1.00 46.87           O  
+ATOM   1492  CB  VAL D 312     -17.789  11.569 -41.915  1.00 45.90           C  
+ATOM   1493  N   CYS D 313     -17.923  14.847 -40.709  1.00 47.05           N  
+ATOM   1494  CA  CYS D 313     -17.117  16.058 -40.414  1.00 47.53           C  
+ATOM   1495  C   CYS D 313     -16.287  15.956 -39.154  1.00 47.41           C  
+ATOM   1496  O   CYS D 313     -16.776  15.490 -38.133  1.00 47.42           O  
+ATOM   1497  CB  CYS D 313     -18.002  17.296 -40.258  1.00 47.62           C  
+ATOM   1498  SG  CYS D 313     -19.313  17.443 -41.466  1.00 49.94           S  
+ATOM   1499  N   ASN D 314     -15.042  16.423 -39.222  1.00 47.65           N  
+ATOM   1500  CA  ASN D 314     -14.238  16.653 -38.023  1.00 48.15           C  
+ATOM   1501  C   ASN D 314     -15.094  17.312 -36.941  1.00 48.51           C  
+ATOM   1502  O   ASN D 314     -15.931  18.174 -37.240  1.00 48.62           O  
+ATOM   1503  CB  ASN D 314     -13.035  17.562 -38.330  1.00 48.09           C  
+ATOM   1504  CG  ASN D 314     -12.016  16.918 -39.268  1.00 48.29           C  
+ATOM   1505  OD1 ASN D 314     -11.988  15.697 -39.463  1.00 49.13           O  
+ATOM   1506  ND2 ASN D 314     -11.159  17.747 -39.841  1.00 48.04           N  
+ATOM   1507  N   GLY D 315     -14.899  16.894 -35.694  1.00 48.88           N  
+ATOM   1508  CA  GLY D 315     -15.639  17.460 -34.560  1.00 49.30           C  
+ATOM   1509  C   GLY D 315     -14.803  18.501 -33.856  1.00 49.61           C  
+ATOM   1510  O   GLY D 315     -13.861  19.028 -34.431  1.00 49.53           O  
+ATOM   1511  N   ILE D 316     -15.140  18.809 -32.614  1.00 50.19           N  
+ATOM   1512  CA  ILE D 316     -14.306  19.718 -31.838  1.00 51.20           C  
+ATOM   1513  C   ILE D 316     -13.080  18.954 -31.330  1.00 52.00           C  
+ATOM   1514  O   ILE D 316     -13.211  17.845 -30.799  1.00 52.29           O  
+ATOM   1515  CB  ILE D 316     -15.098  20.392 -30.688  1.00 51.07           C  
+ATOM   1516  CG1 ILE D 316     -15.894  21.578 -31.220  1.00 50.79           C  
+ATOM   1517  CG2 ILE D 316     -14.170  20.915 -29.601  1.00 51.03           C  
+ATOM   1518  CD1 ILE D 316     -17.010  21.205 -32.148  1.00 50.91           C  
+ATOM   1519  N   GLY D 317     -11.899  19.541 -31.519  1.00 52.70           N  
+ATOM   1520  CA  GLY D 317     -10.635  18.893 -31.163  1.00 53.84           C  
+ATOM   1521  C   GLY D 317      -9.905  18.307 -32.366  1.00 54.60           C  
+ATOM   1522  O   GLY D 317      -8.740  18.623 -32.611  1.00 54.90           O  
+ATOM   1523  N   ILE D 318     -10.597  17.445 -33.108  1.00 55.06           N  
+ATOM   1524  CA  ILE D 318     -10.064  16.807 -34.306  1.00 55.62           C  
+ATOM   1525  C   ILE D 318      -9.870  17.820 -35.437  1.00 55.94           C  
+ATOM   1526  O   ILE D 318     -10.728  18.665 -35.671  1.00 56.24           O  
+ATOM   1527  CB  ILE D 318     -11.014  15.680 -34.766  1.00 55.60           C  
+ATOM   1528  CG1 ILE D 318     -10.840  14.449 -33.867  1.00 55.90           C  
+ATOM   1529  CG2 ILE D 318     -10.809  15.335 -36.249  1.00 56.17           C  
+ATOM   1530  CD1 ILE D 318     -11.592  13.178 -34.338  1.00 55.95           C  
+ATOM   1531  N   GLY D 319      -8.743  17.730 -36.136  1.00 56.35           N  
+ATOM   1532  CA  GLY D 319      -8.472  18.595 -37.291  1.00 56.62           C  
+ATOM   1533  C   GLY D 319      -8.271  20.042 -36.893  1.00 56.74           C  
+ATOM   1534  O   GLY D 319      -7.894  20.331 -35.752  1.00 56.91           O  
+ATOM   1535  N   GLU D 320      -8.529  20.949 -37.833  1.00 56.78           N  
+ATOM   1536  CA  GLU D 320      -8.471  22.400 -37.580  1.00 56.86           C  
+ATOM   1537  C   GLU D 320      -9.299  22.858 -36.378  1.00 56.64           C  
+ATOM   1538  O   GLU D 320      -9.012  23.899 -35.792  1.00 56.60           O  
+ATOM   1539  CB  GLU D 320      -8.853  23.214 -38.830  1.00 56.96           C  
+ATOM   1540  CG  GLU D 320      -9.689  22.476 -39.913  1.00 57.70           C  
+ATOM   1541  CD  GLU D 320     -11.024  21.924 -39.414  1.00 57.43           C  
+ATOM   1542  OE1 GLU D 320     -11.052  20.781 -38.911  1.00 57.81           O  
+ATOM   1543  OE2 GLU D 320     -12.046  22.623 -39.553  1.00 57.32           O  
+ATOM   1544  N   PHE D 321     -10.310  22.073 -36.008  1.00 56.59           N  
+ATOM   1545  CA  PHE D 321     -11.111  22.356 -34.815  1.00 56.61           C  
+ATOM   1546  C   PHE D 321     -10.425  21.938 -33.512  1.00 56.64           C  
+ATOM   1547  O   PHE D 321     -11.071  21.901 -32.460  1.00 56.61           O  
+ATOM   1548  CB  PHE D 321     -12.508  21.722 -34.896  1.00 56.57           C  
+ATOM   1549  CG  PHE D 321     -13.384  22.281 -35.989  1.00 56.78           C  
+ATOM   1550  CD1 PHE D 321     -14.336  21.469 -36.608  1.00 57.38           C  
+ATOM   1551  CD2 PHE D 321     -13.267  23.607 -36.402  1.00 56.67           C  
+ATOM   1552  CE1 PHE D 321     -15.162  21.964 -37.620  1.00 57.05           C  
+ATOM   1553  CE2 PHE D 321     -14.079  24.109 -37.410  1.00 56.54           C  
+ATOM   1554  CZ  PHE D 321     -15.031  23.284 -38.017  1.00 56.93           C  
+ATOM   1555  N   LYS D 322      -9.130  21.612 -33.582  1.00 56.76           N  
+ATOM   1556  CA  LYS D 322      -8.287  21.501 -32.379  1.00 56.64           C  
+ATOM   1557  C   LYS D 322      -8.051  22.899 -31.807  1.00 56.56           C  
+ATOM   1558  O   LYS D 322      -8.275  23.917 -32.489  1.00 56.44           O  
+ATOM   1559  CB  LYS D 322      -6.945  20.820 -32.684  1.00 56.43           C  
+ATOM   1560  N   ASP D 323      -7.608  22.943 -30.553  1.00 56.30           N  
+ATOM   1561  CA  ASP D 323      -7.277  24.208 -29.878  1.00 55.92           C  
+ATOM   1562  C   ASP D 323      -8.517  25.042 -29.566  1.00 55.20           C  
+ATOM   1563  O   ASP D 323      -8.397  26.165 -29.064  1.00 55.34           O  
+ATOM   1564  CB  ASP D 323      -6.283  25.057 -30.706  1.00 56.15           C  
+ATOM   1565  CG  ASP D 323      -4.910  24.399 -30.871  1.00 56.48           C  
+ATOM   1566  OD1 ASP D 323      -4.672  23.304 -30.301  1.00 56.53           O  
+ATOM   1567  OD2 ASP D 323      -4.067  25.000 -31.579  1.00 56.32           O  
+ATOM   1568  N   SER D 324      -9.696  24.493 -29.860  1.00 54.12           N  
+ATOM   1569  CA  SER D 324     -10.957  25.212 -29.684  1.00 53.06           C  
+ATOM   1570  C   SER D 324     -11.903  24.510 -28.718  1.00 52.18           C  
+ATOM   1571  O   SER D 324     -12.451  23.455 -29.018  1.00 51.84           O  
+ATOM   1572  CB  SER D 324     -11.625  25.463 -31.036  1.00 53.18           C  
+ATOM   1573  OG  SER D 324     -11.187  24.526 -32.003  1.00 53.65           O  
+ATOM   1574  N   LEU D 325     -12.094  25.133 -27.561  1.00 51.38           N  
+ATOM   1575  CA  LEU D 325     -12.837  24.540 -26.455  1.00 50.68           C  
+ATOM   1576  C   LEU D 325     -14.288  24.132 -26.764  1.00 50.28           C  
+ATOM   1577  O   LEU D 325     -14.752  23.130 -26.229  1.00 50.58           O  
+ATOM   1578  CB  LEU D 325     -12.777  25.446 -25.215  1.00 50.51           C  
+ATOM   1579  N   SER D 326     -15.009  24.869 -27.608  1.00 49.44           N  
+ATOM   1580  CA  SER D 326     -16.430  24.549 -27.799  1.00 48.81           C  
+ATOM   1581  C   SER D 326     -16.971  24.760 -29.204  1.00 48.19           C  
+ATOM   1582  O   SER D 326     -16.299  25.338 -30.046  1.00 48.17           O  
+ATOM   1583  CB  SER D 326     -17.293  25.323 -26.793  1.00 48.98           C  
+ATOM   1584  OG  SER D 326     -18.664  24.961 -26.903  1.00 49.31           O  
+ATOM   1585  N   ILE D 327     -18.185  24.266 -29.451  1.00 47.47           N  
+ATOM   1586  CA  ILE D 327     -18.950  24.688 -30.608  1.00 46.99           C  
+ATOM   1587  C   ILE D 327     -19.303  26.136 -30.349  1.00 47.18           C  
+ATOM   1588  O   ILE D 327     -19.693  26.486 -29.231  1.00 47.21           O  
+ATOM   1589  CB  ILE D 327     -20.244  23.904 -30.771  1.00 46.72           C  
+ATOM   1590  CG1 ILE D 327     -19.961  22.527 -31.353  1.00 46.48           C  
+ATOM   1591  CG2 ILE D 327     -21.172  24.634 -31.723  1.00 46.56           C  
+ATOM   1592  CD1 ILE D 327     -21.129  21.571 -31.281  1.00 45.92           C  
+ATOM   1593  N   ASN D 328     -19.148  26.979 -31.369  1.00 47.23           N  
+ATOM   1594  CA  ASN D 328     -19.401  28.412 -31.226  1.00 47.31           C  
+ATOM   1595  C   ASN D 328     -19.598  29.137 -32.545  1.00 47.69           C  
+ATOM   1596  O   ASN D 328     -19.317  28.598 -33.611  1.00 47.60           O  
+ATOM   1597  CB  ASN D 328     -18.249  29.077 -30.469  1.00 47.07           C  
+ATOM   1598  CG  ASN D 328     -16.934  28.940 -31.188  1.00 45.78           C  
+ATOM   1599  OD1 ASN D 328     -16.754  29.449 -32.288  1.00 44.80           O  
+ATOM   1600  ND2 ASN D 328     -16.005  28.247 -30.568  1.00 44.92           N  
+ATOM   1601  N   ALA D 329     -20.040  30.388 -32.446  1.00 48.33           N  
+ATOM   1602  CA  ALA D 329     -20.195  31.271 -33.600  1.00 48.89           C  
+ATOM   1603  C   ALA D 329     -19.189  30.993 -34.719  1.00 49.16           C  
+ATOM   1604  O   ALA D 329     -19.590  30.676 -35.841  1.00 49.37           O  
+ATOM   1605  CB  ALA D 329     -20.133  32.733 -33.167  1.00 48.77           C  
+ATOM   1606  N   THR D 330     -17.897  31.083 -34.409  1.00 49.49           N  
+ATOM   1607  CA  THR D 330     -16.864  31.009 -35.442  1.00 50.05           C  
+ATOM   1608  C   THR D 330     -16.911  29.697 -36.232  1.00 50.52           C  
+ATOM   1609  O   THR D 330     -16.859  29.722 -37.464  1.00 50.81           O  
+ATOM   1610  CB  THR D 330     -15.441  31.284 -34.888  1.00 50.03           C  
+ATOM   1611  OG1 THR D 330     -15.500  32.321 -33.904  1.00 50.24           O  
+ATOM   1612  CG2 THR D 330     -14.512  31.741 -35.999  1.00 49.92           C  
+ATOM   1613  N   ASN D 331     -17.048  28.566 -35.538  1.00 50.91           N  
+ATOM   1614  CA  ASN D 331     -17.036  27.252 -36.200  1.00 51.13           C  
+ATOM   1615  C   ASN D 331     -18.390  26.654 -36.552  1.00 51.32           C  
+ATOM   1616  O   ASN D 331     -18.496  25.946 -37.542  1.00 51.40           O  
+ATOM   1617  CB  ASN D 331     -16.230  26.239 -35.396  1.00 51.13           C  
+ATOM   1618  CG  ASN D 331     -16.765  26.044 -34.001  1.00 51.50           C  
+ATOM   1619  OD1 ASN D 331     -17.931  25.700 -33.817  1.00 51.73           O  
+ATOM   1620  ND2 ASN D 331     -15.906  26.247 -33.003  1.00 51.68           N  
+ATOM   1621  N   ILE D 332     -19.412  26.935 -35.745  1.00 51.77           N  
+ATOM   1622  CA  ILE D 332     -20.746  26.319 -35.886  1.00 52.23           C  
+ATOM   1623  C   ILE D 332     -21.186  26.067 -37.336  1.00 52.93           C  
+ATOM   1624  O   ILE D 332     -21.662  24.974 -37.669  1.00 52.65           O  
+ATOM   1625  CB  ILE D 332     -21.848  27.107 -35.099  1.00 52.05           C  
+ATOM   1626  CG1 ILE D 332     -23.238  26.498 -35.312  1.00 51.87           C  
+ATOM   1627  CG2 ILE D 332     -21.877  28.576 -35.496  1.00 51.81           C  
+ATOM   1628  CD1 ILE D 332     -23.453  25.178 -34.641  1.00 51.54           C  
+ATOM   1629  N   LYS D 333     -21.005  27.075 -38.188  1.00 53.96           N  
+ATOM   1630  CA  LYS D 333     -21.443  27.009 -39.580  1.00 54.92           C  
+ATOM   1631  C   LYS D 333     -20.767  25.867 -40.332  1.00 55.65           C  
+ATOM   1632  O   LYS D 333     -21.382  25.251 -41.206  1.00 55.81           O  
+ATOM   1633  CB  LYS D 333     -21.193  28.341 -40.290  1.00 55.01           C  
+ATOM   1634  N   HIS D 334     -19.515  25.576 -39.976  1.00 56.45           N  
+ATOM   1635  CA  HIS D 334     -18.768  24.468 -40.578  1.00 57.31           C  
+ATOM   1636  C   HIS D 334     -19.380  23.092 -40.269  1.00 57.48           C  
+ATOM   1637  O   HIS D 334     -18.773  22.056 -40.576  1.00 57.82           O  
+ATOM   1638  CB  HIS D 334     -17.294  24.509 -40.163  1.00 57.53           C  
+ATOM   1639  CG  HIS D 334     -16.557  25.727 -40.640  1.00 59.60           C  
+ATOM   1640  ND1 HIS D 334     -15.628  25.685 -41.661  1.00 60.85           N  
+ATOM   1641  CD2 HIS D 334     -16.605  27.019 -40.230  1.00 60.85           C  
+ATOM   1642  CE1 HIS D 334     -15.143  26.898 -41.863  1.00 61.25           C  
+ATOM   1643  NE2 HIS D 334     -15.717  27.726 -41.007  1.00 61.35           N  
+ATOM   1644  N   PHE D 335     -20.578  23.085 -39.674  1.00 57.49           N  
+ATOM   1645  CA  PHE D 335     -21.329  21.845 -39.443  1.00 57.38           C  
+ATOM   1646  C   PHE D 335     -22.589  21.736 -40.302  1.00 57.41           C  
+ATOM   1647  O   PHE D 335     -23.472  20.922 -40.000  1.00 57.31           O  
+ATOM   1648  CB  PHE D 335     -21.691  21.673 -37.959  1.00 57.22           C  
+ATOM   1649  CG  PHE D 335     -20.530  21.288 -37.085  1.00 57.14           C  
+ATOM   1650  CD1 PHE D 335     -19.949  22.217 -36.226  1.00 57.64           C  
+ATOM   1651  CD2 PHE D 335     -20.019  20.000 -37.110  1.00 57.28           C  
+ATOM   1652  CE1 PHE D 335     -18.871  21.873 -35.406  1.00 56.93           C  
+ATOM   1653  CE2 PHE D 335     -18.943  19.648 -36.299  1.00 57.37           C  
+ATOM   1654  CZ  PHE D 335     -18.373  20.591 -35.448  1.00 57.32           C  
+ATOM   1655  N   LYS D 336     -22.669  22.533 -41.371  1.00 57.48           N  
+ATOM   1656  CA  LYS D 336     -23.892  22.602 -42.192  1.00 57.65           C  
+ATOM   1657  C   LYS D 336     -24.101  21.324 -42.998  1.00 57.67           C  
+ATOM   1658  O   LYS D 336     -23.206  20.885 -43.725  1.00 57.71           O  
+ATOM   1659  CB  LYS D 336     -23.890  23.831 -43.110  1.00 57.45           C  
+ATOM   1660  N   ASN D 337     -25.280  20.728 -42.846  1.00 57.61           N  
+ATOM   1661  CA  ASN D 337     -25.621  19.479 -43.528  1.00 57.76           C  
+ATOM   1662  C   ASN D 337     -24.687  18.308 -43.186  1.00 57.49           C  
+ATOM   1663  O   ASN D 337     -24.273  17.562 -44.078  1.00 57.54           O  
+ATOM   1664  CB  ASN D 337     -25.679  19.684 -45.055  1.00 57.98           C  
+ATOM   1665  CG  ASN D 337     -26.897  20.484 -45.499  1.00 58.68           C  
+ATOM   1666  OD1 ASN D 337     -28.020  19.973 -45.551  1.00 59.08           O  
+ATOM   1667  ND2 ASN D 337     -26.675  21.744 -45.832  1.00 59.55           N  
+ATOM   1668  N   CYS D 338     -24.366  18.139 -41.901  1.00 57.08           N  
+ATOM   1669  CA  CYS D 338     -23.484  17.043 -41.470  1.00 56.61           C  
+ATOM   1670  C   CYS D 338     -24.241  15.823 -40.988  1.00 55.98           C  
+ATOM   1671  O   CYS D 338     -25.323  15.940 -40.414  1.00 55.86           O  
+ATOM   1672  CB  CYS D 338     -22.547  17.501 -40.371  1.00 56.65           C  
+ATOM   1673  SG  CYS D 338     -21.431  18.758 -40.932  1.00 58.40           S  
+ATOM   1674  N   THR D 339     -23.641  14.657 -41.207  1.00 55.21           N  
+ATOM   1675  CA  THR D 339     -24.250  13.385 -40.853  1.00 54.21           C  
+ATOM   1676  C   THR D 339     -23.518  12.703 -39.691  1.00 53.76           C  
+ATOM   1677  O   THR D 339     -24.071  12.591 -38.596  1.00 53.85           O  
+ATOM   1678  CB  THR D 339     -24.358  12.500 -42.089  1.00 54.10           C  
+ATOM   1679  OG1 THR D 339     -25.460  12.970 -42.869  1.00 53.49           O  
+ATOM   1680  CG2 THR D 339     -24.570  11.031 -41.721  1.00 54.24           C  
+ATOM   1681  N   SER D 340     -22.285  12.257 -39.918  1.00 52.94           N  
+ATOM   1682  CA  SER D 340     -21.483  11.685 -38.839  1.00 52.12           C  
+ATOM   1683  C   SER D 340     -20.443  12.694 -38.378  1.00 51.54           C  
+ATOM   1684  O   SER D 340     -19.987  13.527 -39.156  1.00 51.37           O  
+ATOM   1685  CB  SER D 340     -20.827  10.364 -39.263  1.00 51.98           C  
+ATOM   1686  N   ILE D 341     -20.089  12.630 -37.101  1.00 51.07           N  
+ATOM   1687  CA  ILE D 341     -19.082  13.521 -36.553  1.00 50.62           C  
+ATOM   1688  C   ILE D 341     -17.903  12.744 -35.993  1.00 50.76           C  
+ATOM   1689  O   ILE D 341     -17.949  12.234 -34.869  1.00 50.86           O  
+ATOM   1690  CB  ILE D 341     -19.673  14.486 -35.515  1.00 50.35           C  
+ATOM   1691  CG1 ILE D 341     -20.565  15.496 -36.236  1.00 50.60           C  
+ATOM   1692  CG2 ILE D 341     -18.569  15.204 -34.755  1.00 49.83           C  
+ATOM   1693  CD1 ILE D 341     -21.245  16.500 -35.348  1.00 51.19           C  
+ATOM   1694  N   SER D 342     -16.859  12.638 -36.811  1.00 50.73           N  
+ATOM   1695  CA  SER D 342     -15.573  12.139 -36.363  1.00 50.78           C  
+ATOM   1696  C   SER D 342     -15.011  13.100 -35.310  1.00 50.76           C  
+ATOM   1697  O   SER D 342     -14.439  14.143 -35.643  1.00 50.79           O  
+ATOM   1698  CB  SER D 342     -14.614  12.006 -37.545  1.00 50.74           C  
+ATOM   1699  OG  SER D 342     -13.299  11.699 -37.098  1.00 51.51           O  
+ATOM   1700  N   GLY D 343     -15.206  12.753 -34.041  1.00 50.71           N  
+ATOM   1701  CA  GLY D 343     -14.762  13.586 -32.926  1.00 50.59           C  
+ATOM   1702  C   GLY D 343     -15.811  13.741 -31.846  1.00 50.58           C  
+ATOM   1703  O   GLY D 343     -16.772  12.977 -31.783  1.00 50.53           O  
+ATOM   1704  N   ASP D 344     -15.620  14.746 -31.000  1.00 50.68           N  
+ATOM   1705  CA  ASP D 344     -16.526  15.017 -29.888  1.00 50.70           C  
+ATOM   1706  C   ASP D 344     -17.304  16.318 -30.107  1.00 50.69           C  
+ATOM   1707  O   ASP D 344     -16.844  17.216 -30.824  1.00 50.81           O  
+ATOM   1708  CB  ASP D 344     -15.735  15.093 -28.573  1.00 50.78           C  
+ATOM   1709  CG  ASP D 344     -14.694  13.982 -28.442  1.00 50.87           C  
+ATOM   1710  OD1 ASP D 344     -14.969  12.849 -28.888  1.00 50.24           O  
+ATOM   1711  OD2 ASP D 344     -13.598  14.243 -27.893  1.00 50.94           O  
+ATOM   1712  N   LEU D 345     -18.483  16.412 -29.492  1.00 50.57           N  
+ATOM   1713  CA  LEU D 345     -19.259  17.654 -29.489  1.00 50.28           C  
+ATOM   1714  C   LEU D 345     -19.252  18.299 -28.115  1.00 50.27           C  
+ATOM   1715  O   LEU D 345     -19.656  17.682 -27.136  1.00 50.36           O  
+ATOM   1716  CB  LEU D 345     -20.695  17.415 -29.950  1.00 50.14           C  
+ATOM   1717  CG  LEU D 345     -20.920  17.086 -31.420  1.00 49.71           C  
+ATOM   1718  CD1 LEU D 345     -22.337  17.463 -31.781  1.00 49.01           C  
+ATOM   1719  CD2 LEU D 345     -19.937  17.835 -32.303  1.00 49.61           C  
+ATOM   1720  N   HIS D 346     -18.792  19.544 -28.060  1.00 50.24           N  
+ATOM   1721  CA  HIS D 346     -18.641  20.279 -26.817  1.00 50.52           C  
+ATOM   1722  C   HIS D 346     -19.425  21.568 -26.867  1.00 50.44           C  
+ATOM   1723  O   HIS D 346     -19.142  22.445 -27.692  1.00 50.66           O  
+ATOM   1724  CB  HIS D 346     -17.183  20.669 -26.614  1.00 50.85           C  
+ATOM   1725  CG  HIS D 346     -16.276  19.527 -26.292  1.00 52.17           C  
+ATOM   1726  ND1 HIS D 346     -15.477  19.514 -25.169  1.00 53.07           N  
+ATOM   1727  CD2 HIS D 346     -16.014  18.378 -26.959  1.00 53.44           C  
+ATOM   1728  CE1 HIS D 346     -14.770  18.398 -25.152  1.00 54.63           C  
+ATOM   1729  NE2 HIS D 346     -15.076  17.692 -26.228  1.00 54.97           N  
+ATOM   1730  N   ILE D 347     -20.394  21.711 -25.975  1.00 50.26           N  
+ATOM   1731  CA  ILE D 347     -21.121  22.968 -25.889  1.00 49.85           C  
+ATOM   1732  C   ILE D 347     -20.924  23.517 -24.495  1.00 49.80           C  
+ATOM   1733  O   ILE D 347     -21.574  23.083 -23.556  1.00 49.85           O  
+ATOM   1734  CB  ILE D 347     -22.615  22.801 -26.255  1.00 49.74           C  
+ATOM   1735  CG1 ILE D 347     -22.767  22.396 -27.729  1.00 49.09           C  
+ATOM   1736  CG2 ILE D 347     -23.376  24.088 -26.014  1.00 49.86           C  
+ATOM   1737  CD1 ILE D 347     -22.807  20.897 -27.989  1.00 47.62           C  
+ATOM   1738  N   LEU D 348     -20.000  24.459 -24.372  1.00 50.02           N  
+ATOM   1739  CA  LEU D 348     -19.612  25.014 -23.076  1.00 50.58           C  
+ATOM   1740  C   LEU D 348     -20.233  26.399 -22.781  1.00 50.84           C  
+ATOM   1741  O   LEU D 348     -20.685  27.085 -23.702  1.00 51.18           O  
+ATOM   1742  CB  LEU D 348     -18.083  25.092 -23.001  1.00 50.67           C  
+ATOM   1743  CG  LEU D 348     -17.275  23.797 -23.191  1.00 50.85           C  
+ATOM   1744  CD1 LEU D 348     -15.767  24.101 -23.262  1.00 50.76           C  
+ATOM   1745  CD2 LEU D 348     -17.569  22.775 -22.089  1.00 50.10           C  
+ATOM   1746  N   PRO D 349     -20.288  26.811 -21.491  1.00 50.84           N  
+ATOM   1747  CA  PRO D 349     -20.629  28.207 -21.170  1.00 50.51           C  
+ATOM   1748  C   PRO D 349     -20.086  29.220 -22.184  1.00 50.03           C  
+ATOM   1749  O   PRO D 349     -20.807  30.107 -22.615  1.00 49.92           O  
+ATOM   1750  CB  PRO D 349     -19.958  28.429 -19.801  1.00 50.64           C  
+ATOM   1751  CG  PRO D 349     -19.492  27.030 -19.322  1.00 50.90           C  
+ATOM   1752  CD  PRO D 349     -20.088  26.021 -20.262  1.00 50.91           C  
+ATOM   1753  N   VAL D 350     -18.832  29.047 -22.584  1.00 49.63           N  
+ATOM   1754  CA  VAL D 350     -18.127  30.022 -23.408  1.00 49.18           C  
+ATOM   1755  C   VAL D 350     -18.746  30.192 -24.796  1.00 48.90           C  
+ATOM   1756  O   VAL D 350     -18.522  31.198 -25.465  1.00 48.78           O  
+ATOM   1757  CB  VAL D 350     -16.616  29.682 -23.496  1.00 49.17           C  
+ATOM   1758  CG1 VAL D 350     -15.827  30.815 -24.131  1.00 48.82           C  
+ATOM   1759  CG2 VAL D 350     -16.063  29.385 -22.094  1.00 49.50           C  
+ATOM   1760  N   ALA D 351     -19.544  29.219 -25.216  1.00 48.83           N  
+ATOM   1761  CA  ALA D 351     -20.182  29.279 -26.533  1.00 48.90           C  
+ATOM   1762  C   ALA D 351     -21.246  30.371 -26.579  1.00 48.98           C  
+ATOM   1763  O   ALA D 351     -21.510  30.954 -27.636  1.00 49.08           O  
+ATOM   1764  CB  ALA D 351     -20.783  27.941 -26.902  1.00 48.68           C  
+ATOM   1765  N   PHE D 352     -21.841  30.648 -25.423  1.00 48.94           N  
+ATOM   1766  CA  PHE D 352     -22.881  31.658 -25.313  1.00 48.75           C  
+ATOM   1767  C   PHE D 352     -22.364  32.976 -24.760  1.00 48.65           C  
+ATOM   1768  O   PHE D 352     -22.858  34.033 -25.132  1.00 48.77           O  
+ATOM   1769  CB  PHE D 352     -24.032  31.120 -24.484  1.00 48.78           C  
+ATOM   1770  CG  PHE D 352     -24.559  29.819 -24.992  1.00 48.95           C  
+ATOM   1771  CD1 PHE D 352     -24.335  28.649 -24.293  1.00 49.63           C  
+ATOM   1772  CD2 PHE D 352     -25.246  29.758 -26.192  1.00 49.52           C  
+ATOM   1773  CE1 PHE D 352     -24.809  27.440 -24.767  1.00 49.66           C  
+ATOM   1774  CE2 PHE D 352     -25.723  28.553 -26.675  1.00 49.68           C  
+ATOM   1775  CZ  PHE D 352     -25.501  27.392 -25.958  1.00 49.66           C  
+ATOM   1776  N   ARG D 353     -21.362  32.915 -23.888  1.00 48.45           N  
+ATOM   1777  CA  ARG D 353     -20.698  34.120 -23.427  1.00 48.24           C  
+ATOM   1778  C   ARG D 353     -19.826  34.739 -24.525  1.00 48.39           C  
+ATOM   1779  O   ARG D 353     -19.668  35.956 -24.558  1.00 48.59           O  
+ATOM   1780  CB  ARG D 353     -19.886  33.855 -22.156  1.00 47.97           C  
+ATOM   1781  N   GLY D 354     -19.287  33.917 -25.429  1.00 48.53           N  
+ATOM   1782  CA  GLY D 354     -18.302  34.378 -26.420  1.00 48.96           C  
+ATOM   1783  C   GLY D 354     -16.978  34.693 -25.744  1.00 49.52           C  
+ATOM   1784  O   GLY D 354     -16.942  34.926 -24.541  1.00 49.50           O  
+ATOM   1785  N   ASP D 355     -15.879  34.698 -26.492  1.00 50.29           N  
+ATOM   1786  CA  ASP D 355     -14.563  34.954 -25.874  1.00 51.14           C  
+ATOM   1787  C   ASP D 355     -13.733  36.032 -26.567  1.00 51.69           C  
+ATOM   1788  O   ASP D 355     -13.512  35.982 -27.783  1.00 51.66           O  
+ATOM   1789  CB  ASP D 355     -13.741  33.663 -25.734  1.00 51.05           C  
+ATOM   1790  N   SER D 356     -13.279  37.003 -25.775  1.00 52.40           N  
+ATOM   1791  CA  SER D 356     -12.419  38.068 -26.274  1.00 53.12           C  
+ATOM   1792  C   SER D 356     -11.049  37.507 -26.621  1.00 53.82           C  
+ATOM   1793  O   SER D 356     -10.492  37.824 -27.673  1.00 54.11           O  
+ATOM   1794  CB  SER D 356     -12.268  39.181 -25.234  1.00 53.08           C  
+ATOM   1795  OG  SER D 356     -10.994  39.149 -24.603  1.00 53.02           O  
+ATOM   1796  N   PHE D 357     -10.519  36.668 -25.727  1.00 54.55           N  
+ATOM   1797  CA  PHE D 357      -9.165  36.122 -25.853  1.00 54.85           C  
+ATOM   1798  C   PHE D 357      -8.967  35.371 -27.165  1.00 54.93           C  
+ATOM   1799  O   PHE D 357      -7.927  35.536 -27.818  1.00 55.03           O  
+ATOM   1800  CB  PHE D 357      -8.834  35.206 -24.667  1.00 55.13           C  
+ATOM   1801  N   THR D 358      -9.969  34.570 -27.545  1.00 54.77           N  
+ATOM   1802  CA  THR D 358      -9.893  33.748 -28.756  1.00 54.65           C  
+ATOM   1803  C   THR D 358     -10.543  34.396 -29.969  1.00 54.52           C  
+ATOM   1804  O   THR D 358     -10.738  33.739 -30.984  1.00 54.70           O  
+ATOM   1805  CB  THR D 358     -10.497  32.335 -28.559  1.00 54.61           C  
+ATOM   1806  OG1 THR D 358     -11.926  32.415 -28.520  1.00 54.57           O  
+ATOM   1807  CG2 THR D 358      -9.980  31.689 -27.285  1.00 55.08           C  
+ATOM   1808  N   HIS D 359     -10.873  35.679 -29.863  1.00 54.45           N  
+ATOM   1809  CA  HIS D 359     -11.452  36.442 -30.977  1.00 54.64           C  
+ATOM   1810  C   HIS D 359     -12.789  35.861 -31.426  1.00 54.07           C  
+ATOM   1811  O   HIS D 359     -12.992  35.617 -32.613  1.00 53.97           O  
+ATOM   1812  CB  HIS D 359     -10.475  36.521 -32.173  1.00 54.97           C  
+ATOM   1813  CG  HIS D 359      -9.054  36.803 -31.786  1.00 56.94           C  
+ATOM   1814  ND1 HIS D 359      -8.707  37.746 -30.835  1.00 58.82           N  
+ATOM   1815  CD2 HIS D 359      -7.888  36.277 -32.234  1.00 58.80           C  
+ATOM   1816  CE1 HIS D 359      -7.392  37.778 -30.705  1.00 59.16           C  
+ATOM   1817  NE2 HIS D 359      -6.870  36.897 -31.544  1.00 59.77           N  
+ATOM   1818  N   THR D 360     -13.701  35.651 -30.478  1.00 53.62           N  
+ATOM   1819  CA  THR D 360     -14.902  34.851 -30.750  1.00 53.22           C  
+ATOM   1820  C   THR D 360     -16.243  35.457 -30.279  1.00 52.91           C  
+ATOM   1821  O   THR D 360     -16.495  35.557 -29.068  1.00 52.84           O  
+ATOM   1822  CB  THR D 360     -14.744  33.409 -30.196  1.00 53.26           C  
+ATOM   1823  OG1 THR D 360     -13.473  32.872 -30.598  1.00 53.19           O  
+ATOM   1824  CG2 THR D 360     -15.872  32.500 -30.698  1.00 53.05           C  
+ATOM   1825  N   PRO D 361     -17.104  35.855 -31.249  1.00 52.53           N  
+ATOM   1826  CA  PRO D 361     -18.501  36.286 -31.040  1.00 52.23           C  
+ATOM   1827  C   PRO D 361     -19.379  35.230 -30.368  1.00 52.02           C  
+ATOM   1828  O   PRO D 361     -19.173  34.042 -30.594  1.00 52.16           O  
+ATOM   1829  CB  PRO D 361     -19.013  36.534 -32.463  1.00 52.11           C  
+ATOM   1830  CG  PRO D 361     -18.028  35.883 -33.371  1.00 52.28           C  
+ATOM   1831  CD  PRO D 361     -16.720  35.944 -32.670  1.00 52.35           C  
+ATOM   1832  N   PRO D 362     -20.346  35.656 -29.536  1.00 51.91           N  
+ATOM   1833  CA  PRO D 362     -21.296  34.724 -28.910  1.00 52.16           C  
+ATOM   1834  C   PRO D 362     -22.241  34.047 -29.919  1.00 52.58           C  
+ATOM   1835  O   PRO D 362     -22.517  34.612 -30.972  1.00 52.78           O  
+ATOM   1836  CB  PRO D 362     -22.073  35.612 -27.939  1.00 51.98           C  
+ATOM   1837  CG  PRO D 362     -21.879  36.990 -28.421  1.00 51.72           C  
+ATOM   1838  CD  PRO D 362     -20.572  37.048 -29.111  1.00 51.76           C  
+ATOM   1839  N   LEU D 363     -22.708  32.836 -29.612  1.00 53.03           N  
+ATOM   1840  CA  LEU D 363     -23.526  32.064 -30.564  1.00 53.40           C  
+ATOM   1841  C   LEU D 363     -24.997  32.466 -30.516  1.00 53.64           C  
+ATOM   1842  O   LEU D 363     -25.578  32.589 -29.432  1.00 53.51           O  
+ATOM   1843  CB  LEU D 363     -23.378  30.548 -30.337  1.00 53.18           C  
+ATOM   1844  N   ASP D 364     -25.581  32.688 -31.694  1.00 53.99           N  
+ATOM   1845  CA  ASP D 364     -27.025  32.855 -31.827  1.00 54.43           C  
+ATOM   1846  C   ASP D 364     -27.615  31.468 -31.647  1.00 54.26           C  
+ATOM   1847  O   ASP D 364     -27.534  30.635 -32.547  1.00 54.06           O  
+ATOM   1848  CB  ASP D 364     -27.400  33.468 -33.200  1.00 55.00           C  
+ATOM   1849  CG  ASP D 364     -28.940  33.510 -33.470  1.00 56.16           C  
+ATOM   1850  OD1 ASP D 364     -29.346  33.399 -34.659  1.00 56.61           O  
+ATOM   1851  OD2 ASP D 364     -29.742  33.662 -32.516  1.00 57.11           O  
+ATOM   1852  N   PRO D 365     -28.199  31.207 -30.471  1.00 54.34           N  
+ATOM   1853  CA  PRO D 365     -28.702  29.876 -30.158  1.00 54.73           C  
+ATOM   1854  C   PRO D 365     -29.717  29.368 -31.175  1.00 55.21           C  
+ATOM   1855  O   PRO D 365     -30.232  28.255 -31.028  1.00 55.62           O  
+ATOM   1856  CB  PRO D 365     -29.348  30.051 -28.785  1.00 54.50           C  
+ATOM   1857  CG  PRO D 365     -29.531  31.510 -28.620  1.00 54.72           C  
+ATOM   1858  CD  PRO D 365     -28.430  32.151 -29.370  1.00 54.37           C  
+ATOM   1859  N   GLN D 366     -29.999  30.174 -32.195  1.00 55.63           N  
+ATOM   1860  CA  GLN D 366     -30.792  29.713 -33.328  1.00 56.03           C  
+ATOM   1861  C   GLN D 366     -29.935  28.830 -34.234  1.00 56.31           C  
+ATOM   1862  O   GLN D 366     -30.466  27.962 -34.934  1.00 56.42           O  
+ATOM   1863  CB  GLN D 366     -31.375  30.891 -34.115  1.00 55.97           C  
+ATOM   1864  N   GLU D 367     -28.613  29.046 -34.195  1.00 56.44           N  
+ATOM   1865  CA  GLU D 367     -27.653  28.361 -35.084  1.00 56.74           C  
+ATOM   1866  C   GLU D 367     -27.337  26.925 -34.642  1.00 56.42           C  
+ATOM   1867  O   GLU D 367     -26.660  26.167 -35.354  1.00 56.33           O  
+ATOM   1868  CB  GLU D 367     -26.359  29.170 -35.218  1.00 56.57           C  
+ATOM   1869  CG  GLU D 367     -26.495  30.504 -35.934  1.00 57.25           C  
+ATOM   1870  CD  GLU D 367     -25.141  31.139 -36.217  1.00 57.95           C  
+ATOM   1871  OE1 GLU D 367     -24.601  31.845 -35.324  1.00 59.59           O  
+ATOM   1872  OE2 GLU D 367     -24.612  30.926 -37.335  1.00 59.35           O  
+ATOM   1873  N   LEU D 368     -27.829  26.564 -33.458  1.00 56.16           N  
+ATOM   1874  CA  LEU D 368     -27.783  25.185 -32.985  1.00 55.56           C  
+ATOM   1875  C   LEU D 368     -28.698  24.282 -33.805  1.00 55.52           C  
+ATOM   1876  O   LEU D 368     -28.484  23.072 -33.857  1.00 55.45           O  
+ATOM   1877  CB  LEU D 368     -28.140  25.112 -31.506  1.00 55.20           C  
+ATOM   1878  CG  LEU D 368     -27.010  25.536 -30.577  1.00 54.02           C  
+ATOM   1879  CD1 LEU D 368     -27.527  25.663 -29.169  1.00 53.30           C  
+ATOM   1880  CD2 LEU D 368     -25.877  24.538 -30.638  1.00 53.13           C  
+ATOM   1881  N   ASP D 369     -29.699  24.878 -34.455  1.00 55.39           N  
+ATOM   1882  CA  ASP D 369     -30.564  24.153 -35.389  1.00 55.48           C  
+ATOM   1883  C   ASP D 369     -29.802  23.517 -36.553  1.00 55.01           C  
+ATOM   1884  O   ASP D 369     -30.366  22.694 -37.289  1.00 54.90           O  
+ATOM   1885  CB  ASP D 369     -31.680  25.056 -35.926  1.00 55.80           C  
+ATOM   1886  CG  ASP D 369     -32.841  25.200 -34.952  1.00 57.32           C  
+ATOM   1887  OD1 ASP D 369     -33.201  24.194 -34.282  1.00 58.44           O  
+ATOM   1888  OD2 ASP D 369     -33.403  26.321 -34.867  1.00 58.87           O  
+ATOM   1889  N   ILE D 370     -28.531  23.902 -36.707  1.00 54.48           N  
+ATOM   1890  CA  ILE D 370     -27.648  23.323 -37.734  1.00 53.98           C  
+ATOM   1891  C   ILE D 370     -27.279  21.861 -37.401  1.00 53.68           C  
+ATOM   1892  O   ILE D 370     -27.113  21.029 -38.306  1.00 53.53           O  
+ATOM   1893  CB  ILE D 370     -26.380  24.215 -38.001  1.00 53.95           C  
+ATOM   1894  CG1 ILE D 370     -26.783  25.527 -38.686  1.00 53.82           C  
+ATOM   1895  CG2 ILE D 370     -25.373  23.498 -38.882  1.00 53.48           C  
+ATOM   1896  CD1 ILE D 370     -25.683  26.576 -38.758  1.00 53.83           C  
+ATOM   1897  N   LEU D 371     -27.188  21.556 -36.104  1.00 53.24           N  
+ATOM   1898  CA  LEU D 371     -26.867  20.206 -35.628  1.00 52.81           C  
+ATOM   1899  C   LEU D 371     -27.950  19.165 -35.969  1.00 52.58           C  
+ATOM   1900  O   LEU D 371     -27.727  17.965 -35.800  1.00 52.60           O  
+ATOM   1901  CB  LEU D 371     -26.581  20.227 -34.119  1.00 52.50           C  
+ATOM   1902  N   LYS D 372     -29.096  19.632 -36.478  1.00 52.31           N  
+ATOM   1903  CA  LYS D 372     -30.299  18.804 -36.688  1.00 51.97           C  
+ATOM   1904  C   LYS D 372     -30.109  17.561 -37.578  1.00 51.84           C  
+ATOM   1905  O   LYS D 372     -30.842  16.576 -37.429  1.00 51.70           O  
+ATOM   1906  CB  LYS D 372     -31.470  19.660 -37.188  1.00 51.73           C  
+ATOM   1907  N   THR D 373     -29.116  17.607 -38.472  1.00 51.62           N  
+ATOM   1908  CA  THR D 373     -28.843  16.509 -39.421  1.00 51.40           C  
+ATOM   1909  C   THR D 373     -27.820  15.452 -38.956  1.00 51.12           C  
+ATOM   1910  O   THR D 373     -27.525  14.504 -39.699  1.00 51.02           O  
+ATOM   1911  CB  THR D 373     -28.388  17.044 -40.810  1.00 51.50           C  
+ATOM   1912  OG1 THR D 373     -27.318  17.990 -40.651  1.00 51.20           O  
+ATOM   1913  CG2 THR D 373     -29.551  17.690 -41.553  1.00 51.93           C  
+ATOM   1914  N   VAL D 374     -27.292  15.613 -37.740  1.00 50.75           N  
+ATOM   1915  CA  VAL D 374     -26.234  14.734 -37.200  1.00 50.21           C  
+ATOM   1916  C   VAL D 374     -26.753  13.429 -36.585  1.00 49.93           C  
+ATOM   1917  O   VAL D 374     -27.299  13.436 -35.481  1.00 49.94           O  
+ATOM   1918  CB  VAL D 374     -25.384  15.464 -36.143  1.00 50.10           C  
+ATOM   1919  CG1 VAL D 374     -24.399  14.500 -35.485  1.00 49.99           C  
+ATOM   1920  CG2 VAL D 374     -24.664  16.643 -36.767  1.00 50.11           C  
+ATOM   1921  N   LYS D 375     -26.558  12.314 -37.288  1.00 49.48           N  
+ATOM   1922  CA  LYS D 375     -27.046  11.017 -36.818  1.00 49.22           C  
+ATOM   1923  C   LYS D 375     -26.046  10.266 -35.912  1.00 49.16           C  
+ATOM   1924  O   LYS D 375     -26.441   9.632 -34.925  1.00 49.18           O  
+ATOM   1925  CB  LYS D 375     -27.489  10.154 -38.002  1.00 48.98           C  
+ATOM   1926  N   GLU D 376     -24.757  10.365 -36.240  1.00 48.90           N  
+ATOM   1927  CA  GLU D 376     -23.696   9.657 -35.527  1.00 48.61           C  
+ATOM   1928  C   GLU D 376     -22.687  10.633 -34.926  1.00 48.18           C  
+ATOM   1929  O   GLU D 376     -22.338  11.625 -35.560  1.00 47.96           O  
+ATOM   1930  CB  GLU D 376     -22.989   8.685 -36.487  1.00 48.70           C  
+ATOM   1931  CG  GLU D 376     -21.729   7.975 -35.926  1.00 49.21           C  
+ATOM   1932  CD  GLU D 376     -21.083   6.976 -36.905  1.00 49.15           C  
+ATOM   1933  OE1 GLU D 376     -21.645   6.731 -37.999  1.00 50.85           O  
+ATOM   1934  OE2 GLU D 376     -20.010   6.425 -36.570  1.00 48.54           O  
+ATOM   1935  N   ILE D 377     -22.242  10.345 -33.700  1.00 47.92           N  
+ATOM   1936  CA  ILE D 377     -21.090  11.022 -33.076  1.00 47.62           C  
+ATOM   1937  C   ILE D 377     -20.063   9.963 -32.681  1.00 47.60           C  
+ATOM   1938  O   ILE D 377     -20.324   9.159 -31.794  1.00 47.62           O  
+ATOM   1939  CB  ILE D 377     -21.500  11.845 -31.822  1.00 47.49           C  
+ATOM   1940  CG1 ILE D 377     -22.438  12.988 -32.210  1.00 47.06           C  
+ATOM   1941  CG2 ILE D 377     -20.269  12.381 -31.082  1.00 46.97           C  
+ATOM   1942  CD1 ILE D 377     -22.919  13.786 -31.042  1.00 47.33           C  
+ATOM   1943  N   THR D 378     -18.904   9.954 -33.334  1.00 47.72           N  
+ATOM   1944  CA  THR D 378     -17.930   8.870 -33.115  1.00 47.97           C  
+ATOM   1945  C   THR D 378     -17.260   8.944 -31.740  1.00 47.91           C  
+ATOM   1946  O   THR D 378     -17.032   7.919 -31.099  1.00 48.06           O  
+ATOM   1947  CB  THR D 378     -16.847   8.734 -34.252  1.00 48.19           C  
+ATOM   1948  OG1 THR D 378     -15.869   9.781 -34.143  1.00 48.43           O  
+ATOM   1949  CG2 THR D 378     -17.483   8.726 -35.654  1.00 47.72           C  
+ATOM   1950  N   GLY D 379     -16.952  10.156 -31.292  1.00 47.80           N  
+ATOM   1951  CA  GLY D 379     -16.441  10.361 -29.941  1.00 47.62           C  
+ATOM   1952  C   GLY D 379     -17.576  10.513 -28.940  1.00 47.52           C  
+ATOM   1953  O   GLY D 379     -18.479   9.674 -28.891  1.00 47.29           O  
+ATOM   1954  N   PHE D 380     -17.539  11.590 -28.153  1.00 47.44           N  
+ATOM   1955  CA  PHE D 380     -18.518  11.785 -27.088  1.00 47.35           C  
+ATOM   1956  C   PHE D 380     -19.308  13.085 -27.194  1.00 47.22           C  
+ATOM   1957  O   PHE D 380     -18.936  13.979 -27.943  1.00 47.31           O  
+ATOM   1958  CB  PHE D 380     -17.878  11.595 -25.695  1.00 47.39           C  
+ATOM   1959  CG  PHE D 380     -16.906  12.665 -25.297  1.00 47.64           C  
+ATOM   1960  CD1 PHE D 380     -17.343  13.826 -24.661  1.00 48.57           C  
+ATOM   1961  CD2 PHE D 380     -15.543  12.496 -25.505  1.00 48.45           C  
+ATOM   1962  CE1 PHE D 380     -16.432  14.825 -24.264  1.00 48.95           C  
+ATOM   1963  CE2 PHE D 380     -14.618  13.480 -25.106  1.00 48.68           C  
+ATOM   1964  CZ  PHE D 380     -15.062  14.646 -24.486  1.00 48.32           C  
+ATOM   1965  N   LEU D 381     -20.413  13.164 -26.458  1.00 47.13           N  
+ATOM   1966  CA  LEU D 381     -21.213  14.384 -26.374  1.00 47.17           C  
+ATOM   1967  C   LEU D 381     -21.110  15.031 -24.988  1.00 47.15           C  
+ATOM   1968  O   LEU D 381     -21.239  14.366 -23.962  1.00 47.26           O  
+ATOM   1969  CB  LEU D 381     -22.676  14.103 -26.744  1.00 47.11           C  
+ATOM   1970  CG  LEU D 381     -23.727  15.225 -26.716  1.00 47.10           C  
+ATOM   1971  CD1 LEU D 381     -23.276  16.499 -27.432  1.00 46.66           C  
+ATOM   1972  CD2 LEU D 381     -25.030  14.715 -27.322  1.00 47.23           C  
+ATOM   1973  N   LEU D 382     -20.879  16.336 -24.975  1.00 47.13           N  
+ATOM   1974  CA  LEU D 382     -20.705  17.080 -23.740  1.00 47.11           C  
+ATOM   1975  C   LEU D 382     -21.436  18.417 -23.824  1.00 47.29           C  
+ATOM   1976  O   LEU D 382     -20.988  19.365 -24.497  1.00 47.04           O  
+ATOM   1977  CB  LEU D 382     -19.214  17.302 -23.444  1.00 47.07           C  
+ATOM   1978  CG  LEU D 382     -18.913  18.397 -22.415  1.00 46.54           C  
+ATOM   1979  CD1 LEU D 382     -18.832  17.821 -21.002  1.00 46.07           C  
+ATOM   1980  CD2 LEU D 382     -17.648  19.128 -22.796  1.00 45.91           C  
+ATOM   1981  N   ILE D 383     -22.563  18.479 -23.127  1.00 47.51           N  
+ATOM   1982  CA  ILE D 383     -23.355  19.689 -23.069  1.00 47.78           C  
+ATOM   1983  C   ILE D 383     -23.374  20.224 -21.644  1.00 48.54           C  
+ATOM   1984  O   ILE D 383     -24.086  19.709 -20.783  1.00 48.63           O  
+ATOM   1985  CB  ILE D 383     -24.774  19.456 -23.598  1.00 47.54           C  
+ATOM   1986  CG1 ILE D 383     -24.766  18.381 -24.695  1.00 46.93           C  
+ATOM   1987  CG2 ILE D 383     -25.330  20.766 -24.107  1.00 47.89           C  
+ATOM   1988  CD1 ILE D 383     -26.096  18.145 -25.380  1.00 47.25           C  
+ATOM   1989  N   GLN D 384     -22.562  21.248 -21.401  1.00 49.49           N  
+ATOM   1990  CA  GLN D 384     -22.449  21.864 -20.082  1.00 50.70           C  
+ATOM   1991  C   GLN D 384     -23.233  23.163 -19.994  1.00 51.50           C  
+ATOM   1992  O   GLN D 384     -23.769  23.497 -18.932  1.00 52.00           O  
+ATOM   1993  CB  GLN D 384     -20.999  22.140 -19.737  1.00 50.61           C  
+ATOM   1994  CG  GLN D 384     -20.175  20.909 -19.465  1.00 51.73           C  
+ATOM   1995  CD  GLN D 384     -18.749  21.269 -19.118  1.00 53.88           C  
+ATOM   1996  OE1 GLN D 384     -18.480  22.366 -18.614  1.00 55.71           O  
+ATOM   1997  NE2 GLN D 384     -17.823  20.361 -19.392  1.00 53.91           N  
+ATOM   1998  N   ALA D 385     -23.266  23.905 -21.100  1.00 52.20           N  
+ATOM   1999  CA  ALA D 385     -24.140  25.064 -21.249  1.00 52.73           C  
+ATOM   2000  C   ALA D 385     -25.199  24.772 -22.309  1.00 53.31           C  
+ATOM   2001  O   ALA D 385     -25.038  23.854 -23.113  1.00 53.44           O  
+ATOM   2002  CB  ALA D 385     -23.338  26.270 -21.625  1.00 52.39           C  
+ATOM   2003  N   TRP D 386     -26.283  25.542 -22.299  1.00 54.21           N  
+ATOM   2004  CA  TRP D 386     -27.385  25.387 -23.266  1.00 55.18           C  
+ATOM   2005  C   TRP D 386     -28.427  26.454 -22.967  1.00 56.05           C  
+ATOM   2006  O   TRP D 386     -28.690  26.738 -21.780  1.00 56.32           O  
+ATOM   2007  CB  TRP D 386     -28.018  24.005 -23.162  1.00 54.90           C  
+ATOM   2008  CG  TRP D 386     -29.056  23.673 -24.186  1.00 54.71           C  
+ATOM   2009  CD1 TRP D 386     -30.407  23.820 -24.057  1.00 55.08           C  
+ATOM   2010  CD2 TRP D 386     -28.842  23.073 -25.472  1.00 55.03           C  
+ATOM   2011  NE1 TRP D 386     -31.052  23.361 -25.187  1.00 54.96           N  
+ATOM   2012  CE2 TRP D 386     -30.115  22.898 -26.071  1.00 54.98           C  
+ATOM   2013  CE3 TRP D 386     -27.699  22.671 -26.180  1.00 54.86           C  
+ATOM   2014  CZ2 TRP D 386     -30.277  22.347 -27.344  1.00 54.90           C  
+ATOM   2015  CZ3 TRP D 386     -27.861  22.121 -27.446  1.00 54.87           C  
+ATOM   2016  CH2 TRP D 386     -29.144  21.967 -28.016  1.00 54.93           C  
+ATOM   2017  N   PRO D 387     -29.016  27.050 -24.034  1.00 56.51           N  
+ATOM   2018  CA  PRO D 387     -29.882  28.231 -23.979  1.00 56.88           C  
+ATOM   2019  C   PRO D 387     -30.916  28.206 -22.855  1.00 57.42           C  
+ATOM   2020  O   PRO D 387     -31.823  27.375 -22.868  1.00 57.29           O  
+ATOM   2021  CB  PRO D 387     -30.553  28.205 -25.343  1.00 56.95           C  
+ATOM   2022  CG  PRO D 387     -29.508  27.643 -26.224  1.00 56.39           C  
+ATOM   2023  CD  PRO D 387     -28.855  26.581 -25.424  1.00 56.23           C  
+ATOM   2024  N   GLU D 388     -30.763  29.128 -21.904  1.00 58.36           N  
+ATOM   2025  CA  GLU D 388     -31.561  29.166 -20.669  1.00 59.53           C  
+ATOM   2026  C   GLU D 388     -33.069  28.991 -20.909  1.00 60.54           C  
+ATOM   2027  O   GLU D 388     -33.759  28.357 -20.106  1.00 60.78           O  
+ATOM   2028  CB  GLU D 388     -31.272  30.446 -19.867  1.00 59.11           C  
+ATOM   2029  N   ASN D 389     -33.564  29.524 -22.025  1.00 61.62           N  
+ATOM   2030  CA  ASN D 389     -34.977  29.421 -22.374  1.00 62.60           C  
+ATOM   2031  C   ASN D 389     -35.330  28.227 -23.275  1.00 63.00           C  
+ATOM   2032  O   ASN D 389     -36.494  27.823 -23.327  1.00 63.43           O  
+ATOM   2033  CB  ASN D 389     -35.457  30.709 -23.037  1.00 62.92           C  
+ATOM   2034  CG  ASN D 389     -35.343  30.654 -24.550  1.00 64.23           C  
+ATOM   2035  OD1 ASN D 389     -34.240  30.708 -25.112  1.00 65.43           O  
+ATOM   2036  ND2 ASN D 389     -36.488  30.522 -25.222  1.00 65.40           N  
+ATOM   2037  N   ARG D 390     -34.360  27.693 -24.016  1.00 63.24           N  
+ATOM   2038  CA  ARG D 390     -34.600  26.467 -24.770  1.00 63.61           C  
+ATOM   2039  C   ARG D 390     -34.711  25.316 -23.754  1.00 64.00           C  
+ATOM   2040  O   ARG D 390     -33.775  25.078 -22.982  1.00 64.08           O  
+ATOM   2041  CB  ARG D 390     -33.493  26.231 -25.800  1.00 63.36           C  
+ATOM   2042  N   THR D 391     -35.858  24.631 -23.735  1.00 64.38           N  
+ATOM   2043  CA  THR D 391     -36.203  23.689 -22.643  1.00 64.90           C  
+ATOM   2044  C   THR D 391     -35.823  22.225 -22.893  1.00 65.25           C  
+ATOM   2045  O   THR D 391     -36.077  21.346 -22.056  1.00 65.22           O  
+ATOM   2046  CB  THR D 391     -37.710  23.717 -22.339  1.00 64.92           C  
+ATOM   2047  OG1 THR D 391     -38.442  23.257 -23.489  1.00 64.77           O  
+ATOM   2048  CG2 THR D 391     -38.151  25.128 -21.941  1.00 64.92           C  
+ATOM   2049  N   ASP D 392     -35.197  21.987 -24.041  1.00 65.66           N  
+ATOM   2050  CA  ASP D 392     -35.017  20.656 -24.593  1.00 65.83           C  
+ATOM   2051  C   ASP D 392     -33.660  20.535 -25.304  1.00 66.00           C  
+ATOM   2052  O   ASP D 392     -32.948  21.533 -25.525  1.00 66.06           O  
+ATOM   2053  CB  ASP D 392     -36.138  20.409 -25.599  1.00 65.83           C  
+ATOM   2054  CG  ASP D 392     -36.584  18.979 -25.635  1.00 66.56           C  
+ATOM   2055  OD1 ASP D 392     -36.522  18.388 -26.730  1.00 68.21           O  
+ATOM   2056  OD2 ASP D 392     -37.003  18.446 -24.584  1.00 66.91           O  
+ATOM   2057  N   LEU D 393     -33.293  19.308 -25.655  1.00 65.93           N  
+ATOM   2058  CA  LEU D 393     -32.159  19.099 -26.536  1.00 65.68           C  
+ATOM   2059  C   LEU D 393     -32.739  18.837 -27.915  1.00 65.74           C  
+ATOM   2060  O   LEU D 393     -32.739  17.710 -28.415  1.00 65.74           O  
+ATOM   2061  CB  LEU D 393     -31.274  17.957 -26.037  1.00 65.60           C  
+ATOM   2062  CG  LEU D 393     -30.637  18.150 -24.657  1.00 64.99           C  
+ATOM   2063  CD1 LEU D 393     -30.049  16.841 -24.185  1.00 64.73           C  
+ATOM   2064  CD2 LEU D 393     -29.577  19.247 -24.664  1.00 64.06           C  
+ATOM   2065  N   HIS D 394     -33.269  19.907 -28.500  1.00 65.81           N  
+ATOM   2066  CA  HIS D 394     -33.959  19.851 -29.785  1.00 65.77           C  
+ATOM   2067  C   HIS D 394     -32.995  19.508 -30.916  1.00 64.98           C  
+ATOM   2068  O   HIS D 394     -33.217  18.554 -31.664  1.00 64.68           O  
+ATOM   2069  CB  HIS D 394     -34.743  21.162 -30.063  1.00 66.32           C  
+ATOM   2070  CG  HIS D 394     -33.916  22.421 -29.979  1.00 67.74           C  
+ATOM   2071  ND1 HIS D 394     -33.870  23.350 -31.003  1.00 69.03           N  
+ATOM   2072  CD2 HIS D 394     -33.133  22.917 -28.988  1.00 68.48           C  
+ATOM   2073  CE1 HIS D 394     -33.085  24.355 -30.650  1.00 69.33           C  
+ATOM   2074  NE2 HIS D 394     -32.625  24.116 -29.432  1.00 69.34           N  
+ATOM   2075  N   ALA D 395     -31.911  20.274 -30.998  1.00 64.15           N  
+ATOM   2076  CA  ALA D 395     -30.943  20.161 -32.078  1.00 63.66           C  
+ATOM   2077  C   ALA D 395     -30.493  18.724 -32.329  1.00 63.20           C  
+ATOM   2078  O   ALA D 395     -30.182  18.347 -33.461  1.00 63.33           O  
+ATOM   2079  CB  ALA D 395     -29.747  21.038 -31.777  1.00 63.79           C  
+ATOM   2080  N   PHE D 396     -30.467  17.931 -31.262  1.00 62.44           N  
+ATOM   2081  CA  PHE D 396     -29.990  16.556 -31.319  1.00 61.46           C  
+ATOM   2082  C   PHE D 396     -31.128  15.550 -31.410  1.00 60.99           C  
+ATOM   2083  O   PHE D 396     -30.988  14.405 -30.969  1.00 61.01           O  
+ATOM   2084  CB  PHE D 396     -29.148  16.267 -30.090  1.00 61.16           C  
+ATOM   2085  CG  PHE D 396     -27.967  17.170 -29.949  1.00 60.87           C  
+ATOM   2086  CD1 PHE D 396     -27.946  18.156 -28.971  1.00 60.55           C  
+ATOM   2087  CD2 PHE D 396     -26.870  17.036 -30.791  1.00 60.15           C  
+ATOM   2088  CE1 PHE D 396     -26.847  18.987 -28.829  1.00 60.38           C  
+ATOM   2089  CE2 PHE D 396     -25.772  17.862 -30.656  1.00 59.96           C  
+ATOM   2090  CZ  PHE D 396     -25.758  18.841 -29.675  1.00 60.28           C  
+ATOM   2091  N   GLU D 397     -32.248  15.985 -31.985  1.00 60.24           N  
+ATOM   2092  CA  GLU D 397     -33.432  15.148 -32.104  1.00 59.47           C  
+ATOM   2093  C   GLU D 397     -33.121  13.950 -32.983  1.00 58.82           C  
+ATOM   2094  O   GLU D 397     -33.502  12.821 -32.678  1.00 58.87           O  
+ATOM   2095  CB  GLU D 397     -34.605  15.946 -32.681  1.00 59.68           C  
+ATOM   2096  N   ASN D 398     -32.398  14.195 -34.062  1.00 57.96           N  
+ATOM   2097  CA  ASN D 398     -32.131  13.144 -35.024  1.00 57.34           C  
+ATOM   2098  C   ASN D 398     -30.902  12.300 -34.699  1.00 56.52           C  
+ATOM   2099  O   ASN D 398     -30.579  11.385 -35.452  1.00 56.41           O  
+ATOM   2100  CB  ASN D 398     -32.041  13.730 -36.438  1.00 57.72           C  
+ATOM   2101  CG  ASN D 398     -33.411  14.085 -37.016  1.00 58.03           C  
+ATOM   2102  OD1 ASN D 398     -33.825  13.524 -38.034  1.00 58.39           O  
+ATOM   2103  ND2 ASN D 398     -34.120  15.007 -36.363  1.00 57.92           N  
+ATOM   2104  N   LEU D 399     -30.235  12.613 -33.582  1.00 55.52           N  
+ATOM   2105  CA  LEU D 399     -29.041  11.883 -33.118  1.00 54.58           C  
+ATOM   2106  C   LEU D 399     -29.391  10.469 -32.728  1.00 54.02           C  
+ATOM   2107  O   LEU D 399     -30.134  10.249 -31.773  1.00 54.04           O  
+ATOM   2108  CB  LEU D 399     -28.388  12.582 -31.920  1.00 54.62           C  
+ATOM   2109  CG  LEU D 399     -27.158  11.934 -31.267  1.00 54.85           C  
+ATOM   2110  CD1 LEU D 399     -26.053  11.640 -32.289  1.00 54.73           C  
+ATOM   2111  CD2 LEU D 399     -26.623  12.808 -30.142  1.00 54.18           C  
+ATOM   2112  N   GLU D 400     -28.830   9.517 -33.461  1.00 53.23           N  
+ATOM   2113  CA  GLU D 400     -29.169   8.114 -33.289  1.00 52.60           C  
+ATOM   2114  C   GLU D 400     -28.125   7.317 -32.514  1.00 52.08           C  
+ATOM   2115  O   GLU D 400     -28.458   6.341 -31.849  1.00 52.03           O  
+ATOM   2116  CB  GLU D 400     -29.353   7.457 -34.644  1.00 52.68           C  
+ATOM   2117  CG  GLU D 400     -30.574   7.873 -35.398  1.00 52.84           C  
+ATOM   2118  CD  GLU D 400     -30.558   7.318 -36.802  1.00 53.79           C  
+ATOM   2119  OE1 GLU D 400     -29.909   6.274 -37.030  1.00 54.05           O  
+ATOM   2120  OE2 GLU D 400     -31.193   7.920 -37.687  1.00 54.92           O  
+ATOM   2121  N   ILE D 401     -26.860   7.705 -32.626  1.00 51.43           N  
+ATOM   2122  CA  ILE D 401     -25.800   6.924 -32.006  1.00 50.78           C  
+ATOM   2123  C   ILE D 401     -24.529   7.695 -31.641  1.00 50.59           C  
+ATOM   2124  O   ILE D 401     -24.055   8.548 -32.399  1.00 50.43           O  
+ATOM   2125  CB  ILE D 401     -25.478   5.635 -32.829  1.00 50.81           C  
+ATOM   2126  CG1 ILE D 401     -23.993   5.280 -32.738  1.00 50.41           C  
+ATOM   2127  CG2 ILE D 401     -25.955   5.751 -34.295  1.00 50.11           C  
+ATOM   2128  CD1 ILE D 401     -23.704   3.885 -33.170  1.00 51.07           C  
+ATOM   2129  N   ILE D 402     -24.012   7.391 -30.453  1.00 50.30           N  
+ATOM   2130  CA  ILE D 402     -22.716   7.883 -29.990  1.00 50.00           C  
+ATOM   2131  C   ILE D 402     -21.794   6.672 -29.856  1.00 50.14           C  
+ATOM   2132  O   ILE D 402     -22.203   5.648 -29.331  1.00 50.46           O  
+ATOM   2133  CB  ILE D 402     -22.827   8.589 -28.621  1.00 49.84           C  
+ATOM   2134  CG1 ILE D 402     -23.935   9.648 -28.635  1.00 49.49           C  
+ATOM   2135  CG2 ILE D 402     -21.499   9.203 -28.239  1.00 49.57           C  
+ATOM   2136  CD1 ILE D 402     -24.338  10.147 -27.258  1.00 49.59           C  
+ATOM   2137  N   ARG D 403     -20.562   6.767 -30.335  1.00 50.13           N  
+ATOM   2138  CA  ARG D 403     -19.671   5.622 -30.267  1.00 50.28           C  
+ATOM   2139  C   ARG D 403     -18.913   5.643 -28.966  1.00 50.54           C  
+ATOM   2140  O   ARG D 403     -18.722   4.606 -28.345  1.00 51.17           O  
+ATOM   2141  CB  ARG D 403     -18.676   5.597 -31.427  1.00 50.34           C  
+ATOM   2142  CG  ARG D 403     -19.288   5.585 -32.816  1.00 50.90           C  
+ATOM   2143  CD  ARG D 403     -19.918   4.245 -33.185  1.00 51.02           C  
+ATOM   2144  NE  ARG D 403     -20.664   4.340 -34.439  1.00 50.81           N  
+ATOM   2145  CZ  ARG D 403     -21.158   3.300 -35.102  1.00 51.36           C  
+ATOM   2146  NH1 ARG D 403     -20.996   2.073 -34.633  1.00 51.72           N  
+ATOM   2147  NH2 ARG D 403     -21.827   3.487 -36.230  1.00 52.33           N  
+ATOM   2148  N   GLY D 404     -18.470   6.821 -28.548  1.00 50.60           N  
+ATOM   2149  CA  GLY D 404     -17.688   6.930 -27.328  1.00 50.61           C  
+ATOM   2150  C   GLY D 404     -16.279   6.440 -27.550  1.00 50.72           C  
+ATOM   2151  O   GLY D 404     -15.584   6.109 -26.599  1.00 50.52           O  
+ATOM   2152  N   ARG D 405     -15.862   6.406 -28.816  1.00 51.08           N  
+ATOM   2153  CA  ARG D 405     -14.490   6.044 -29.191  1.00 51.55           C  
+ATOM   2154  C   ARG D 405     -13.458   6.888 -28.427  1.00 51.85           C  
+ATOM   2155  O   ARG D 405     -12.351   6.438 -28.153  1.00 52.05           O  
+ATOM   2156  CB  ARG D 405     -14.285   6.134 -30.712  1.00 51.35           C  
+ATOM   2157  N   THR D 406     -13.825   8.114 -28.087  1.00 52.22           N  
+ATOM   2158  CA  THR D 406     -13.104   8.850 -27.060  1.00 52.81           C  
+ATOM   2159  C   THR D 406     -14.144   9.228 -26.006  1.00 53.19           C  
+ATOM   2160  O   THR D 406     -15.349   9.199 -26.296  1.00 53.29           O  
+ATOM   2161  CB  THR D 406     -12.374  10.077 -27.630  1.00 52.79           C  
+ATOM   2162  OG1 THR D 406     -13.315  10.960 -28.248  1.00 53.02           O  
+ATOM   2163  CG2 THR D 406     -11.352   9.646 -28.672  1.00 53.06           C  
+ATOM   2164  N   LYS D 407     -13.703   9.547 -24.785  1.00 53.44           N  
+ATOM   2165  CA  LYS D 407     -14.635   9.744 -23.655  1.00 53.44           C  
+ATOM   2166  C   LYS D 407     -14.198  10.876 -22.729  1.00 53.62           C  
+ATOM   2167  O   LYS D 407     -13.013  11.013 -22.449  1.00 54.05           O  
+ATOM   2168  CB  LYS D 407     -14.772   8.448 -22.840  1.00 53.32           C  
+ATOM   2169  CG  LYS D 407     -15.402   7.258 -23.575  1.00 52.57           C  
+ATOM   2170  CD  LYS D 407     -14.906   5.940 -23.008  1.00 51.03           C  
+ATOM   2171  CE  LYS D 407     -15.108   4.799 -23.980  1.00 49.72           C  
+ATOM   2172  NZ  LYS D 407     -14.454   3.541 -23.531  1.00 48.20           N  
+ATOM   2173  N   GLN D 408     -15.146  11.682 -22.252  1.00 53.69           N  
+ATOM   2174  CA  GLN D 408     -14.835  12.699 -21.239  1.00 53.73           C  
+ATOM   2175  C   GLN D 408     -14.245  12.016 -20.000  1.00 53.79           C  
+ATOM   2176  O   GLN D 408     -14.864  11.107 -19.414  1.00 53.70           O  
+ATOM   2177  CB  GLN D 408     -16.072  13.534 -20.869  1.00 53.77           C  
+ATOM   2178  N   HIS D 409     -13.037  12.451 -19.632  1.00 53.79           N  
+ATOM   2179  CA  HIS D 409     -12.233  11.843 -18.548  1.00 53.75           C  
+ATOM   2180  C   HIS D 409     -12.018  10.338 -18.776  1.00 53.20           C  
+ATOM   2181  O   HIS D 409     -11.817   9.565 -17.824  1.00 53.43           O  
+ATOM   2182  CB  HIS D 409     -12.836  12.130 -17.150  1.00 53.90           C  
+ATOM   2183  CG  HIS D 409     -13.145  13.579 -16.903  1.00 54.91           C  
+ATOM   2184  ND1 HIS D 409     -14.380  14.015 -16.469  1.00 55.93           N  
+ATOM   2185  CD2 HIS D 409     -12.384  14.693 -17.044  1.00 55.40           C  
+ATOM   2186  CE1 HIS D 409     -14.366  15.331 -16.345  1.00 55.77           C  
+ATOM   2187  NE2 HIS D 409     -13.167  15.767 -16.689  1.00 55.71           N  
+ATOM   2188  N   GLY D 410     -12.064   9.939 -20.049  1.00 52.34           N  
+ATOM   2189  CA  GLY D 410     -12.037   8.528 -20.441  1.00 51.38           C  
+ATOM   2190  C   GLY D 410     -13.251   7.692 -20.033  1.00 50.64           C  
+ATOM   2191  O   GLY D 410     -13.269   6.474 -20.273  1.00 50.76           O  
+ATOM   2192  N   GLN D 411     -14.266   8.329 -19.434  1.00 49.47           N  
+ATOM   2193  CA  GLN D 411     -15.429   7.612 -18.908  1.00 48.13           C  
+ATOM   2194  C   GLN D 411     -16.715   7.911 -19.668  1.00 47.42           C  
+ATOM   2195  O   GLN D 411     -17.386   6.996 -20.145  1.00 47.14           O  
+ATOM   2196  CB  GLN D 411     -15.617   7.911 -17.417  1.00 48.14           C  
+ATOM   2197  N   PHE D 412     -17.038   9.196 -19.796  1.00 46.54           N  
+ATOM   2198  CA  PHE D 412     -18.371   9.618 -20.225  1.00 45.74           C  
+ATOM   2199  C   PHE D 412     -18.526   9.962 -21.705  1.00 45.53           C  
+ATOM   2200  O   PHE D 412     -17.864  10.873 -22.228  1.00 45.48           O  
+ATOM   2201  CB  PHE D 412     -18.843  10.791 -19.369  1.00 45.49           C  
+ATOM   2202  CG  PHE D 412     -19.068  10.436 -17.927  1.00 45.21           C  
+ATOM   2203  CD1 PHE D 412     -18.208  10.911 -16.940  1.00 44.76           C  
+ATOM   2204  CD2 PHE D 412     -20.137   9.621 -17.552  1.00 44.45           C  
+ATOM   2205  CE1 PHE D 412     -18.416  10.586 -15.603  1.00 44.32           C  
+ATOM   2206  CE2 PHE D 412     -20.347   9.291 -16.222  1.00 43.60           C  
+ATOM   2207  CZ  PHE D 412     -19.489   9.775 -15.247  1.00 44.29           C  
+ATOM   2208  N   SER D 413     -19.423   9.236 -22.369  1.00 45.15           N  
+ATOM   2209  CA  SER D 413     -19.732   9.483 -23.783  1.00 44.75           C  
+ATOM   2210  C   SER D 413     -20.949  10.391 -23.955  1.00 44.28           C  
+ATOM   2211  O   SER D 413     -21.142  11.002 -25.000  1.00 43.99           O  
+ATOM   2212  CB  SER D 413     -19.908   8.167 -24.554  1.00 44.89           C  
+ATOM   2213  OG  SER D 413     -20.730   7.246 -23.854  1.00 45.27           O  
+ATOM   2214  N   LEU D 414     -21.772  10.456 -22.919  1.00 44.06           N  
+ATOM   2215  CA  LEU D 414     -22.862  11.409 -22.862  1.00 43.96           C  
+ATOM   2216  C   LEU D 414     -22.747  12.177 -21.562  1.00 43.98           C  
+ATOM   2217  O   LEU D 414     -22.649  11.586 -20.487  1.00 44.13           O  
+ATOM   2218  CB  LEU D 414     -24.225  10.715 -22.972  1.00 43.86           C  
+ATOM   2219  CG  LEU D 414     -25.468  11.586 -23.181  1.00 43.52           C  
+ATOM   2220  CD1 LEU D 414     -25.167  12.848 -23.994  1.00 43.39           C  
+ATOM   2221  CD2 LEU D 414     -26.578  10.784 -23.848  1.00 43.17           C  
+ATOM   2222  N   ALA D 415     -22.734  13.497 -21.672  1.00 43.97           N  
+ATOM   2223  CA  ALA D 415     -22.610  14.358 -20.518  1.00 44.08           C  
+ATOM   2224  C   ALA D 415     -23.594  15.496 -20.658  1.00 44.28           C  
+ATOM   2225  O   ALA D 415     -23.384  16.396 -21.464  1.00 44.77           O  
+ATOM   2226  CB  ALA D 415     -21.189  14.890 -20.404  1.00 43.85           C  
+ATOM   2227  N   VAL D 416     -24.670  15.451 -19.883  1.00 44.34           N  
+ATOM   2228  CA  VAL D 416     -25.633  16.545 -19.851  1.00 44.56           C  
+ATOM   2229  C   VAL D 416     -25.633  17.168 -18.445  1.00 45.16           C  
+ATOM   2230  O   VAL D 416     -26.394  16.747 -17.568  1.00 45.43           O  
+ATOM   2231  CB  VAL D 416     -27.054  16.060 -20.307  1.00 44.36           C  
+ATOM   2232  CG1 VAL D 416     -28.084  17.197 -20.287  1.00 43.44           C  
+ATOM   2233  CG2 VAL D 416     -26.979  15.434 -21.693  1.00 43.46           C  
+ATOM   2234  N   VAL D 417     -24.773  18.153 -18.213  1.00 45.61           N  
+ATOM   2235  CA  VAL D 417     -24.683  18.711 -16.860  1.00 46.67           C  
+ATOM   2236  C   VAL D 417     -25.288  20.102 -16.716  1.00 47.46           C  
+ATOM   2237  O   VAL D 417     -25.327  20.867 -17.683  1.00 47.83           O  
+ATOM   2238  CB  VAL D 417     -23.241  18.681 -16.273  1.00 46.52           C  
+ATOM   2239  CG1 VAL D 417     -22.516  17.433 -16.729  1.00 46.64           C  
+ATOM   2240  CG2 VAL D 417     -22.448  19.947 -16.625  1.00 46.17           C  
+ATOM   2241  N   SER D 418     -25.761  20.402 -15.499  1.00 48.08           N  
+ATOM   2242  CA  SER D 418     -26.235  21.738 -15.078  1.00 48.32           C  
+ATOM   2243  C   SER D 418     -26.955  22.550 -16.170  1.00 48.72           C  
+ATOM   2244  O   SER D 418     -26.565  23.663 -16.520  1.00 48.56           O  
+ATOM   2245  CB  SER D 418     -25.097  22.532 -14.416  1.00 48.05           C  
+ATOM   2246  OG  SER D 418     -23.902  22.432 -15.167  1.00 47.30           O  
+ATOM   2247  N   LEU D 419     -28.011  21.965 -16.707  1.00 49.33           N  
+ATOM   2248  CA  LEU D 419     -28.783  22.621 -17.735  1.00 50.28           C  
+ATOM   2249  C   LEU D 419     -30.172  23.012 -17.230  1.00 51.03           C  
+ATOM   2250  O   LEU D 419     -30.622  22.571 -16.156  1.00 51.12           O  
+ATOM   2251  CB  LEU D 419     -28.923  21.716 -18.970  1.00 50.24           C  
+ATOM   2252  CG  LEU D 419     -27.717  21.331 -19.834  1.00 50.21           C  
+ATOM   2253  CD1 LEU D 419     -28.209  20.764 -21.162  1.00 49.92           C  
+ATOM   2254  CD2 LEU D 419     -26.759  22.492 -20.073  1.00 49.29           C  
+ATOM   2255  N   ASN D 420     -30.854  23.831 -18.026  1.00 51.64           N  
+ATOM   2256  CA  ASN D 420     -32.229  24.167 -17.746  1.00 52.07           C  
+ATOM   2257  C   ASN D 420     -33.252  23.256 -18.428  1.00 52.56           C  
+ATOM   2258  O   ASN D 420     -34.453  23.404 -18.202  1.00 52.93           O  
+ATOM   2259  CB  ASN D 420     -32.500  25.630 -18.074  1.00 51.98           C  
+ATOM   2260  CG  ASN D 420     -33.602  26.213 -17.219  1.00 51.86           C  
+ATOM   2261  OD1 ASN D 420     -33.677  25.954 -16.014  1.00 51.34           O  
+ATOM   2262  ND2 ASN D 420     -34.473  26.999 -17.838  1.00 51.92           N  
+ATOM   2263  N   ILE D 421     -32.791  22.305 -19.243  1.00 53.01           N  
+ATOM   2264  CA  ILE D 421     -33.693  21.300 -19.834  1.00 53.38           C  
+ATOM   2265  C   ILE D 421     -34.794  20.849 -18.842  1.00 53.62           C  
+ATOM   2266  O   ILE D 421     -34.568  20.785 -17.624  1.00 53.60           O  
+ATOM   2267  CB  ILE D 421     -32.912  20.065 -20.369  1.00 53.00           C  
+ATOM   2268  N   THR D 422     -35.992  20.586 -19.360  1.00 54.01           N  
+ATOM   2269  CA  THR D 422     -37.052  19.928 -18.568  1.00 54.31           C  
+ATOM   2270  C   THR D 422     -37.344  18.523 -19.108  1.00 54.15           C  
+ATOM   2271  O   THR D 422     -37.619  17.597 -18.337  1.00 54.17           O  
+ATOM   2272  CB  THR D 422     -38.355  20.769 -18.468  1.00 54.41           C  
+ATOM   2273  OG1 THR D 422     -38.513  21.564 -19.651  1.00 55.06           O  
+ATOM   2274  CG2 THR D 422     -38.312  21.684 -17.245  1.00 54.26           C  
+ATOM   2275  N   SER D 423     -37.293  18.387 -20.434  1.00 53.94           N  
+ATOM   2276  CA  SER D 423     -37.170  17.088 -21.093  1.00 53.89           C  
+ATOM   2277  C   SER D 423     -35.759  16.973 -21.696  1.00 53.82           C  
+ATOM   2278  O   SER D 423     -35.105  17.996 -21.955  1.00 54.15           O  
+ATOM   2279  CB  SER D 423     -38.229  16.933 -22.184  1.00 53.87           C  
+ATOM   2280  N   LEU D 424     -35.282  15.741 -21.896  1.00 53.26           N  
+ATOM   2281  CA  LEU D 424     -34.016  15.517 -22.602  1.00 52.77           C  
+ATOM   2282  C   LEU D 424     -34.244  15.599 -24.120  1.00 52.46           C  
+ATOM   2283  O   LEU D 424     -33.553  16.340 -24.825  1.00 52.00           O  
+ATOM   2284  CB  LEU D 424     -33.377  14.178 -22.193  1.00 52.68           C  
+ATOM   2285  N   GLY D 425     -35.228  14.839 -24.601  1.00 52.30           N  
+ATOM   2286  CA  GLY D 425     -35.671  14.881 -25.993  1.00 52.18           C  
+ATOM   2287  C   GLY D 425     -34.712  14.329 -27.034  1.00 52.24           C  
+ATOM   2288  O   GLY D 425     -34.631  14.864 -28.141  1.00 52.68           O  
+ATOM   2289  N   LEU D 426     -33.989  13.260 -26.700  1.00 51.94           N  
+ATOM   2290  CA  LEU D 426     -33.077  12.619 -27.654  1.00 51.51           C  
+ATOM   2291  C   LEU D 426     -33.807  11.478 -28.328  1.00 51.45           C  
+ATOM   2292  O   LEU D 426     -33.455  10.310 -28.180  1.00 51.33           O  
+ATOM   2293  CB  LEU D 426     -31.810  12.130 -26.950  1.00 51.37           C  
+ATOM   2294  CG  LEU D 426     -30.981  13.207 -26.251  1.00 51.16           C  
+ATOM   2295  CD1 LEU D 426     -29.961  12.577 -25.344  1.00 51.25           C  
+ATOM   2296  CD2 LEU D 426     -30.302  14.132 -27.257  1.00 51.31           C  
+ATOM   2297  N   ARG D 427     -34.833  11.840 -29.085  1.00 51.62           N  
+ATOM   2298  CA  ARG D 427     -35.857  10.890 -29.518  1.00 51.75           C  
+ATOM   2299  C   ARG D 427     -35.357   9.760 -30.434  1.00 51.57           C  
+ATOM   2300  O   ARG D 427     -35.986   8.702 -30.515  1.00 51.58           O  
+ATOM   2301  CB  ARG D 427     -37.039  11.638 -30.157  1.00 51.89           C  
+ATOM   2302  N   SER D 428     -34.228   9.985 -31.104  1.00 51.34           N  
+ATOM   2303  CA  SER D 428     -33.729   9.045 -32.109  1.00 51.06           C  
+ATOM   2304  C   SER D 428     -32.524   8.236 -31.630  1.00 50.77           C  
+ATOM   2305  O   SER D 428     -32.064   7.339 -32.344  1.00 50.91           O  
+ATOM   2306  CB  SER D 428     -33.397   9.780 -33.422  1.00 51.09           C  
+ATOM   2307  N   LEU D 429     -32.030   8.557 -30.429  1.00 50.24           N  
+ATOM   2308  CA  LEU D 429     -30.842   7.920 -29.843  1.00 49.71           C  
+ATOM   2309  C   LEU D 429     -31.098   6.481 -29.436  1.00 49.72           C  
+ATOM   2310  O   LEU D 429     -31.796   6.218 -28.457  1.00 49.83           O  
+ATOM   2311  CB  LEU D 429     -30.356   8.708 -28.635  1.00 49.55           C  
+ATOM   2312  CG  LEU D 429     -29.041   8.285 -27.998  1.00 49.21           C  
+ATOM   2313  CD1 LEU D 429     -27.895   8.376 -28.993  1.00 49.63           C  
+ATOM   2314  CD2 LEU D 429     -28.771   9.183 -26.816  1.00 49.32           C  
+ATOM   2315  N   LYS D 430     -30.514   5.559 -30.198  1.00 49.66           N  
+ATOM   2316  CA  LYS D 430     -30.742   4.125 -30.045  1.00 49.30           C  
+ATOM   2317  C   LYS D 430     -29.487   3.364 -29.586  1.00 49.26           C  
+ATOM   2318  O   LYS D 430     -29.587   2.209 -29.175  1.00 49.55           O  
+ATOM   2319  CB  LYS D 430     -31.278   3.545 -31.358  1.00 49.02           C  
+ATOM   2320  N   GLU D 431     -28.319   4.010 -29.627  1.00 48.92           N  
+ATOM   2321  CA  GLU D 431     -27.069   3.340 -29.266  1.00 48.74           C  
+ATOM   2322  C   GLU D 431     -25.924   4.224 -28.721  1.00 48.66           C  
+ATOM   2323  O   GLU D 431     -25.428   5.129 -29.400  1.00 48.45           O  
+ATOM   2324  CB  GLU D 431     -26.581   2.506 -30.449  1.00 48.64           C  
+ATOM   2325  CG  GLU D 431     -25.257   1.803 -30.233  1.00 48.69           C  
+ATOM   2326  CD  GLU D 431     -24.799   1.058 -31.469  1.00 49.12           C  
+ATOM   2327  OE1 GLU D 431     -25.661   0.537 -32.210  1.00 49.73           O  
+ATOM   2328  OE2 GLU D 431     -23.576   0.994 -31.709  1.00 49.70           O  
+ATOM   2329  N   ILE D 432     -25.526   3.939 -27.480  1.00 48.66           N  
+ATOM   2330  CA  ILE D 432     -24.240   4.379 -26.937  1.00 48.58           C  
+ATOM   2331  C   ILE D 432     -23.306   3.157 -26.907  1.00 48.51           C  
+ATOM   2332  O   ILE D 432     -23.473   2.253 -26.088  1.00 48.56           O  
+ATOM   2333  CB  ILE D 432     -24.364   5.045 -25.536  1.00 48.60           C  
+ATOM   2334  CG1 ILE D 432     -25.128   6.369 -25.625  1.00 48.55           C  
+ATOM   2335  CG2 ILE D 432     -22.990   5.354 -24.957  1.00 48.46           C  
+ATOM   2336  CD1 ILE D 432     -26.592   6.288 -25.242  1.00 48.46           C  
+ATOM   2337  N   SER D 433     -22.333   3.151 -27.815  1.00 48.40           N  
+ATOM   2338  CA  SER D 433     -21.520   1.977 -28.126  1.00 48.34           C  
+ATOM   2339  C   SER D 433     -20.465   1.679 -27.082  1.00 48.36           C  
+ATOM   2340  O   SER D 433     -20.021   0.533 -26.940  1.00 48.52           O  
+ATOM   2341  CB  SER D 433     -20.835   2.160 -29.479  1.00 48.24           C  
+ATOM   2342  OG  SER D 433     -21.743   1.943 -30.537  1.00 48.11           O  
+ATOM   2343  N   ASP D 434     -20.055   2.723 -26.378  1.00 48.30           N  
+ATOM   2344  CA  ASP D 434     -19.017   2.632 -25.374  1.00 48.50           C  
+ATOM   2345  C   ASP D 434     -19.006   3.948 -24.621  1.00 48.62           C  
+ATOM   2346  O   ASP D 434     -19.294   5.006 -25.192  1.00 48.60           O  
+ATOM   2347  CB  ASP D 434     -17.648   2.373 -26.009  1.00 48.48           C  
+ATOM   2348  CG  ASP D 434     -16.660   1.753 -25.037  1.00 48.93           C  
+ATOM   2349  OD1 ASP D 434     -17.093   1.019 -24.124  1.00 49.48           O  
+ATOM   2350  OD2 ASP D 434     -15.442   1.984 -25.189  1.00 49.30           O  
+ATOM   2351  N   GLY D 435     -18.683   3.875 -23.337  1.00 48.71           N  
+ATOM   2352  CA  GLY D 435     -18.682   5.053 -22.485  1.00 48.77           C  
+ATOM   2353  C   GLY D 435     -19.932   5.074 -21.634  1.00 48.81           C  
+ATOM   2354  O   GLY D 435     -20.896   4.358 -21.919  1.00 48.76           O  
+ATOM   2355  N   ASP D 436     -19.905   5.893 -20.585  1.00 48.80           N  
+ATOM   2356  CA  ASP D 436     -20.986   5.955 -19.612  1.00 48.63           C  
+ATOM   2357  C   ASP D 436     -21.757   7.249 -19.801  1.00 48.47           C  
+ATOM   2358  O   ASP D 436     -21.295   8.153 -20.503  1.00 48.45           O  
+ATOM   2359  CB  ASP D 436     -20.430   5.919 -18.185  1.00 48.91           C  
+ATOM   2360  CG  ASP D 436     -19.698   4.624 -17.849  1.00 49.17           C  
+ATOM   2361  OD1 ASP D 436     -19.912   3.584 -18.517  1.00 49.69           O  
+ATOM   2362  OD2 ASP D 436     -18.908   4.659 -16.883  1.00 48.98           O  
+ATOM   2363  N   VAL D 437     -22.917   7.328 -19.148  1.00 48.22           N  
+ATOM   2364  CA  VAL D 437     -23.821   8.473 -19.233  1.00 47.89           C  
+ATOM   2365  C   VAL D 437     -23.828   9.257 -17.919  1.00 48.16           C  
+ATOM   2366  O   VAL D 437     -24.107   8.700 -16.856  1.00 48.21           O  
+ATOM   2367  CB  VAL D 437     -25.261   8.014 -19.555  1.00 47.55           C  
+ATOM   2368  CG1 VAL D 437     -26.217   9.167 -19.450  1.00 47.42           C  
+ATOM   2369  CG2 VAL D 437     -25.334   7.386 -20.927  1.00 46.89           C  
+ATOM   2370  N   ILE D 438     -23.515  10.547 -18.003  1.00 48.46           N  
+ATOM   2371  CA  ILE D 438     -23.611  11.453 -16.860  1.00 48.70           C  
+ATOM   2372  C   ILE D 438     -24.739  12.453 -17.086  1.00 49.23           C  
+ATOM   2373  O   ILE D 438     -24.738  13.193 -18.063  1.00 49.39           O  
+ATOM   2374  CB  ILE D 438     -22.244  12.174 -16.543  1.00 48.53           C  
+ATOM   2375  CG1 ILE D 438     -22.360  13.113 -15.342  1.00 48.12           C  
+ATOM   2376  CG2 ILE D 438     -21.685  12.918 -17.737  1.00 47.81           C  
+ATOM   2377  CD1 ILE D 438     -21.911  12.492 -14.051  1.00 48.19           C  
+ATOM   2378  N   ILE D 439     -25.713  12.457 -16.191  1.00 50.00           N  
+ATOM   2379  CA  ILE D 439     -26.804  13.429 -16.258  1.00 50.86           C  
+ATOM   2380  C   ILE D 439     -26.964  14.100 -14.884  1.00 51.85           C  
+ATOM   2381  O   ILE D 439     -27.692  13.610 -14.015  1.00 52.07           O  
+ATOM   2382  CB  ILE D 439     -28.120  12.778 -16.780  1.00 50.54           C  
+ATOM   2383  CG1 ILE D 439     -27.962  12.378 -18.245  1.00 49.75           C  
+ATOM   2384  CG2 ILE D 439     -29.295  13.718 -16.642  1.00 50.45           C  
+ATOM   2385  CD1 ILE D 439     -29.137  11.622 -18.803  1.00 48.88           C  
+ATOM   2386  N   SER D 440     -26.267  15.219 -14.699  1.00 53.00           N  
+ATOM   2387  CA  SER D 440     -26.160  15.871 -13.393  1.00 54.10           C  
+ATOM   2388  C   SER D 440     -26.674  17.306 -13.360  1.00 54.95           C  
+ATOM   2389  O   SER D 440     -26.599  18.024 -14.358  1.00 55.17           O  
+ATOM   2390  CB  SER D 440     -24.702  15.850 -12.919  1.00 54.02           C  
+ATOM   2391  OG  SER D 440     -24.396  17.004 -12.148  1.00 54.01           O  
+ATOM   2392  N   GLY D 441     -27.187  17.709 -12.196  1.00 55.82           N  
+ATOM   2393  CA  GLY D 441     -27.438  19.119 -11.875  1.00 56.82           C  
+ATOM   2394  C   GLY D 441     -28.347  19.871 -12.821  1.00 57.52           C  
+ATOM   2395  O   GLY D 441     -28.287  21.094 -12.912  1.00 57.39           O  
+ATOM   2396  N   ASN D 442     -29.189  19.133 -13.532  1.00 58.53           N  
+ATOM   2397  CA  ASN D 442     -30.138  19.738 -14.456  1.00 59.67           C  
+ATOM   2398  C   ASN D 442     -31.434  20.058 -13.711  1.00 60.39           C  
+ATOM   2399  O   ASN D 442     -32.449  19.354 -13.854  1.00 60.51           O  
+ATOM   2400  CB  ASN D 442     -30.355  18.825 -15.668  1.00 59.61           C  
+ATOM   2401  CG  ASN D 442     -29.042  18.430 -16.345  1.00 59.82           C  
+ATOM   2402  OD1 ASN D 442     -28.238  19.287 -16.731  1.00 59.22           O  
+ATOM   2403  ND2 ASN D 442     -28.818  17.126 -16.481  1.00 59.49           N  
+ATOM   2404  N   LYS D 443     -31.363  21.136 -12.919  1.00 61.11           N  
+ATOM   2405  CA  LYS D 443     -32.343  21.497 -11.877  1.00 61.72           C  
+ATOM   2406  C   LYS D 443     -33.813  21.179 -12.149  1.00 62.33           C  
+ATOM   2407  O   LYS D 443     -34.552  20.878 -11.220  1.00 62.30           O  
+ATOM   2408  CB  LYS D 443     -32.200  22.974 -11.503  1.00 61.43           C  
+ATOM   2409  N   ASN D 444     -34.224  21.231 -13.413  1.00 63.46           N  
+ATOM   2410  CA  ASN D 444     -35.624  21.010 -13.793  1.00 64.55           C  
+ATOM   2411  C   ASN D 444     -35.888  19.783 -14.684  1.00 65.05           C  
+ATOM   2412  O   ASN D 444     -37.030  19.564 -15.115  1.00 65.23           O  
+ATOM   2413  CB  ASN D 444     -36.193  22.270 -14.454  1.00 64.71           C  
+ATOM   2414  CG  ASN D 444     -36.345  23.426 -13.478  1.00 65.70           C  
+ATOM   2415  OD1 ASN D 444     -37.306  23.470 -12.705  1.00 67.44           O  
+ATOM   2416  ND2 ASN D 444     -35.405  24.377 -13.515  1.00 65.48           N  
+ATOM   2417  N   LEU D 445     -34.848  18.989 -14.953  1.00 65.48           N  
+ATOM   2418  CA  LEU D 445     -34.979  17.812 -15.820  1.00 65.87           C  
+ATOM   2419  C   LEU D 445     -35.797  16.706 -15.158  1.00 66.20           C  
+ATOM   2420  O   LEU D 445     -35.612  16.403 -13.976  1.00 66.21           O  
+ATOM   2421  CB  LEU D 445     -33.609  17.276 -16.252  1.00 65.63           C  
+ATOM   2422  N   CYS D 446     -36.711  16.130 -15.934  1.00 66.67           N  
+ATOM   2423  CA  CYS D 446     -37.513  14.978 -15.520  1.00 67.34           C  
+ATOM   2424  C   CYS D 446     -37.373  13.893 -16.581  1.00 67.26           C  
+ATOM   2425  O   CYS D 446     -36.579  14.043 -17.506  1.00 67.56           O  
+ATOM   2426  CB  CYS D 446     -38.989  15.380 -15.373  1.00 67.52           C  
+ATOM   2427  SG  CYS D 446     -39.377  16.418 -13.914  1.00 69.33           S  
+ATOM   2428  N   TYR D 447     -38.132  12.805 -16.447  1.00 67.19           N  
+ATOM   2429  CA  TYR D 447     -38.300  11.805 -17.518  1.00 67.16           C  
+ATOM   2430  C   TYR D 447     -37.135  10.838 -17.751  1.00 66.93           C  
+ATOM   2431  O   TYR D 447     -37.338   9.752 -18.307  1.00 66.86           O  
+ATOM   2432  CB  TYR D 447     -38.648  12.479 -18.849  1.00 67.57           C  
+ATOM   2433  CG  TYR D 447     -39.894  13.324 -18.812  1.00 68.36           C  
+ATOM   2434  CD1 TYR D 447     -39.816  14.709 -18.647  1.00 68.53           C  
+ATOM   2435  CD2 TYR D 447     -41.158  12.740 -18.958  1.00 69.08           C  
+ATOM   2436  CE1 TYR D 447     -40.965  15.491 -18.614  1.00 68.94           C  
+ATOM   2437  CE2 TYR D 447     -42.316  13.515 -18.927  1.00 68.98           C  
+ATOM   2438  CZ  TYR D 447     -42.211  14.887 -18.759  1.00 68.68           C  
+ATOM   2439  OH  TYR D 447     -43.351  15.648 -18.730  1.00 68.59           O  
+ATOM   2440  N   ALA D 448     -35.930  11.247 -17.347  1.00 66.64           N  
+ATOM   2441  CA  ALA D 448     -34.694  10.465 -17.526  1.00 66.13           C  
+ATOM   2442  C   ALA D 448     -34.784   9.049 -16.949  1.00 65.97           C  
+ATOM   2443  O   ALA D 448     -34.349   8.083 -17.588  1.00 65.94           O  
+ATOM   2444  CB  ALA D 448     -33.516  11.205 -16.920  1.00 65.95           C  
+ATOM   2445  N   ASN D 449     -35.358   8.945 -15.749  1.00 65.65           N  
+ATOM   2446  CA  ASN D 449     -35.567   7.676 -15.064  1.00 65.23           C  
+ATOM   2447  C   ASN D 449     -36.394   6.689 -15.865  1.00 64.77           C  
+ATOM   2448  O   ASN D 449     -36.030   5.521 -15.958  1.00 64.94           O  
+ATOM   2449  CB  ASN D 449     -36.246   7.896 -13.712  1.00 65.51           C  
+ATOM   2450  CG  ASN D 449     -35.547   8.942 -12.862  1.00 66.28           C  
+ATOM   2451  OD1 ASN D 449     -36.178   9.880 -12.370  1.00 67.39           O  
+ATOM   2452  ND2 ASN D 449     -34.240   8.788 -12.686  1.00 67.28           N  
+ATOM   2453  N   THR D 450     -37.493   7.160 -16.453  1.00 64.12           N  
+ATOM   2454  CA  THR D 450     -38.502   6.264 -17.053  1.00 63.66           C  
+ATOM   2455  C   THR D 450     -37.983   5.294 -18.141  1.00 63.18           C  
+ATOM   2456  O   THR D 450     -38.585   4.234 -18.372  1.00 63.08           O  
+ATOM   2457  CB  THR D 450     -39.767   7.036 -17.553  1.00 63.67           C  
+ATOM   2458  OG1 THR D 450     -39.470   7.773 -18.742  1.00 63.48           O  
+ATOM   2459  CG2 THR D 450     -40.282   7.997 -16.486  1.00 64.03           C  
+ATOM   2460  N   ILE D 451     -36.868   5.656 -18.782  1.00 62.52           N  
+ATOM   2461  CA  ILE D 451     -36.270   4.848 -19.857  1.00 61.83           C  
+ATOM   2462  C   ILE D 451     -35.396   3.693 -19.332  1.00 61.34           C  
+ATOM   2463  O   ILE D 451     -34.962   3.694 -18.170  1.00 61.21           O  
+ATOM   2464  CB  ILE D 451     -35.468   5.722 -20.863  1.00 61.58           C  
+ATOM   2465  N   ASN D 452     -35.165   2.706 -20.199  1.00 60.55           N  
+ATOM   2466  CA  ASN D 452     -34.291   1.575 -19.897  1.00 59.75           C  
+ATOM   2467  C   ASN D 452     -32.927   1.747 -20.578  1.00 59.11           C  
+ATOM   2468  O   ASN D 452     -32.701   1.240 -21.685  1.00 59.26           O  
+ATOM   2469  CB  ASN D 452     -34.960   0.254 -20.317  1.00 59.84           C  
+ATOM   2470  CG  ASN D 452     -34.071  -0.968 -20.081  1.00 59.97           C  
+ATOM   2471  OD1 ASN D 452     -33.281  -1.007 -19.133  1.00 60.96           O  
+ATOM   2472  ND2 ASN D 452     -34.202  -1.969 -20.946  1.00 59.33           N  
+ATOM   2473  N   TRP D 453     -32.021   2.461 -19.911  1.00 58.04           N  
+ATOM   2474  CA  TRP D 453     -30.707   2.774 -20.476  1.00 57.08           C  
+ATOM   2475  C   TRP D 453     -29.999   1.555 -21.058  1.00 56.33           C  
+ATOM   2476  O   TRP D 453     -29.317   1.657 -22.077  1.00 56.26           O  
+ATOM   2477  CB  TRP D 453     -29.820   3.467 -19.444  1.00 57.25           C  
+ATOM   2478  CG  TRP D 453     -30.279   4.844 -19.138  1.00 57.75           C  
+ATOM   2479  CD1 TRP D 453     -31.118   5.223 -18.127  1.00 58.29           C  
+ATOM   2480  CD2 TRP D 453     -29.953   6.040 -19.863  1.00 58.40           C  
+ATOM   2481  NE1 TRP D 453     -31.328   6.582 -18.175  1.00 58.81           N  
+ATOM   2482  CE2 TRP D 453     -30.625   7.107 -19.230  1.00 58.64           C  
+ATOM   2483  CE3 TRP D 453     -29.155   6.314 -20.984  1.00 58.29           C  
+ATOM   2484  CZ2 TRP D 453     -30.517   8.432 -19.678  1.00 57.85           C  
+ATOM   2485  CZ3 TRP D 453     -29.054   7.629 -21.429  1.00 57.96           C  
+ATOM   2486  CH2 TRP D 453     -29.732   8.670 -20.775  1.00 57.51           C  
+ATOM   2487  N   LYS D 454     -30.178   0.403 -20.416  1.00 55.19           N  
+ATOM   2488  CA  LYS D 454     -29.559  -0.828 -20.873  1.00 54.03           C  
+ATOM   2489  C   LYS D 454     -29.813  -1.062 -22.354  1.00 53.75           C  
+ATOM   2490  O   LYS D 454     -28.880  -1.391 -23.087  1.00 53.70           O  
+ATOM   2491  CB  LYS D 454     -30.065  -2.003 -20.057  1.00 53.80           C  
+ATOM   2492  CG  LYS D 454     -29.781  -1.874 -18.575  1.00 52.87           C  
+ATOM   2493  CD  LYS D 454     -28.413  -2.432 -18.205  1.00 50.52           C  
+ATOM   2494  CE  LYS D 454     -28.365  -2.759 -16.734  1.00 48.17           C  
+ATOM   2495  NZ  LYS D 454     -27.880  -1.618 -15.955  1.00 47.49           N  
+ATOM   2496  N   LYS D 455     -31.061  -0.859 -22.795  1.00 53.24           N  
+ATOM   2497  CA  LYS D 455     -31.441  -1.046 -24.206  1.00 52.88           C  
+ATOM   2498  C   LYS D 455     -30.582  -0.201 -25.164  1.00 52.71           C  
+ATOM   2499  O   LYS D 455     -30.591  -0.413 -26.385  1.00 52.82           O  
+ATOM   2500  CB  LYS D 455     -32.934  -0.773 -24.419  1.00 52.48           C  
+ATOM   2501  N   LEU D 456     -29.832   0.738 -24.588  1.00 52.15           N  
+ATOM   2502  CA  LEU D 456     -29.001   1.675 -25.333  1.00 51.68           C  
+ATOM   2503  C   LEU D 456     -27.522   1.324 -25.227  1.00 51.37           C  
+ATOM   2504  O   LEU D 456     -26.665   2.090 -25.692  1.00 51.38           O  
+ATOM   2505  CB  LEU D 456     -29.203   3.089 -24.771  1.00 51.68           C  
+ATOM   2506  CG  LEU D 456     -30.220   4.053 -25.376  1.00 51.66           C  
+ATOM   2507  CD1 LEU D 456     -30.750   5.005 -24.322  1.00 50.94           C  
+ATOM   2508  CD2 LEU D 456     -29.561   4.830 -26.497  1.00 52.27           C  
+ATOM   2509  N   PHE D 457     -27.219   0.180 -24.610  1.00 50.79           N  
+ATOM   2510  CA  PHE D 457     -25.845  -0.104 -24.180  1.00 50.06           C  
+ATOM   2511  C   PHE D 457     -25.143  -1.263 -24.892  1.00 49.85           C  
+ATOM   2512  O   PHE D 457     -25.786  -2.207 -25.370  1.00 49.64           O  
+ATOM   2513  CB  PHE D 457     -25.780  -0.304 -22.663  1.00 49.85           C  
+ATOM   2514  CG  PHE D 457     -25.757   0.979 -21.864  1.00 49.40           C  
+ATOM   2515  CD1 PHE D 457     -26.396   1.048 -20.627  1.00 48.57           C  
+ATOM   2516  CD2 PHE D 457     -25.095   2.111 -22.335  1.00 48.99           C  
+ATOM   2517  CE1 PHE D 457     -26.374   2.217 -19.873  1.00 47.85           C  
+ATOM   2518  CE2 PHE D 457     -25.070   3.288 -21.582  1.00 48.56           C  
+ATOM   2519  CZ  PHE D 457     -25.708   3.336 -20.351  1.00 48.32           C  
+ATOM   2520  N   GLY D 458     -23.811  -1.162 -24.929  1.00 49.57           N  
+ATOM   2521  CA  GLY D 458     -22.924  -2.105 -25.613  1.00 48.93           C  
+ATOM   2522  C   GLY D 458     -22.222  -3.118 -24.723  1.00 48.42           C  
+ATOM   2523  O   GLY D 458     -21.921  -4.213 -25.176  1.00 48.41           O  
+ATOM   2524  N   THR D 459     -21.958  -2.766 -23.465  1.00 48.09           N  
+ATOM   2525  CA  THR D 459     -21.403  -3.727 -22.488  1.00 47.76           C  
+ATOM   2526  C   THR D 459     -22.103  -3.766 -21.135  1.00 47.76           C  
+ATOM   2527  O   THR D 459     -23.028  -2.986 -20.862  1.00 48.15           O  
+ATOM   2528  CB  THR D 459     -19.926  -3.465 -22.184  1.00 47.50           C  
+ATOM   2529  OG1 THR D 459     -19.576  -2.149 -22.626  1.00 46.99           O  
+ATOM   2530  CG2 THR D 459     -19.065  -4.493 -22.885  1.00 47.56           C  
+ATOM   2531  N   SER D 460     -21.649  -4.686 -20.289  1.00 47.30           N  
+ATOM   2532  CA  SER D 460     -21.943  -4.623 -18.870  1.00 47.00           C  
+ATOM   2533  C   SER D 460     -21.333  -3.347 -18.304  1.00 46.73           C  
+ATOM   2534  O   SER D 460     -21.992  -2.618 -17.564  1.00 46.90           O  
+ATOM   2535  CB  SER D 460     -21.353  -5.825 -18.137  1.00 47.05           C  
+ATOM   2536  OG  SER D 460     -21.725  -7.032 -18.767  1.00 47.37           O  
+ATOM   2537  N   GLY D 461     -20.083  -3.076 -18.684  1.00 46.46           N  
+ATOM   2538  CA  GLY D 461     -19.268  -2.007 -18.086  1.00 46.05           C  
+ATOM   2539  C   GLY D 461     -19.825  -0.594 -18.147  1.00 45.75           C  
+ATOM   2540  O   GLY D 461     -19.274   0.329 -17.530  1.00 45.55           O  
+ATOM   2541  N   GLN D 462     -20.921  -0.432 -18.889  1.00 45.51           N  
+ATOM   2542  CA  GLN D 462     -21.565   0.863 -19.057  1.00 45.26           C  
+ATOM   2543  C   GLN D 462     -22.498   1.214 -17.913  1.00 45.39           C  
+ATOM   2544  O   GLN D 462     -23.255   0.377 -17.412  1.00 45.46           O  
+ATOM   2545  CB  GLN D 462     -22.265   0.945 -20.402  1.00 45.02           C  
+ATOM   2546  CG  GLN D 462     -21.274   1.229 -21.508  1.00 44.76           C  
+ATOM   2547  CD  GLN D 462     -21.889   1.225 -22.877  1.00 44.15           C  
+ATOM   2548  OE1 GLN D 462     -22.666   0.336 -23.225  1.00 43.41           O  
+ATOM   2549  NE2 GLN D 462     -21.536   2.220 -23.676  1.00 44.08           N  
+ATOM   2550  N   LYS D 463     -22.409   2.466 -17.489  1.00 45.53           N  
+ATOM   2551  CA  LYS D 463     -23.069   2.913 -16.280  1.00 45.72           C  
+ATOM   2552  C   LYS D 463     -23.891   4.143 -16.592  1.00 46.06           C  
+ATOM   2553  O   LYS D 463     -23.820   4.686 -17.696  1.00 46.31           O  
+ATOM   2554  CB  LYS D 463     -22.039   3.217 -15.177  1.00 45.48           C  
+ATOM   2555  CG  LYS D 463     -20.991   2.117 -14.990  1.00 45.50           C  
+ATOM   2556  CD  LYS D 463     -20.700   1.790 -13.532  1.00 44.44           C  
+ATOM   2557  CE  LYS D 463     -19.327   2.267 -13.109  1.00 43.51           C  
+ATOM   2558  NZ  LYS D 463     -18.898   1.526 -11.914  1.00 42.60           N  
+ATOM   2559  N   THR D 464     -24.689   4.555 -15.617  1.00 46.34           N  
+ATOM   2560  CA  THR D 464     -25.424   5.794 -15.669  1.00 46.39           C  
+ATOM   2561  C   THR D 464     -25.218   6.479 -14.327  1.00 47.02           C  
+ATOM   2562  O   THR D 464     -25.627   5.948 -13.290  1.00 47.15           O  
+ATOM   2563  CB  THR D 464     -26.917   5.533 -15.863  1.00 46.18           C  
+ATOM   2564  OG1 THR D 464     -27.381   4.647 -14.838  1.00 46.05           O  
+ATOM   2565  CG2 THR D 464     -27.182   4.902 -17.205  1.00 45.87           C  
+ATOM   2566  N   LYS D 465     -24.536   7.621 -14.332  1.00 47.68           N  
+ATOM   2567  CA  LYS D 465     -24.526   8.496 -13.162  1.00 48.37           C  
+ATOM   2568  C   LYS D 465     -25.539   9.590 -13.460  1.00 48.99           C  
+ATOM   2569  O   LYS D 465     -25.170  10.713 -13.795  1.00 48.95           O  
+ATOM   2570  CB  LYS D 465     -23.130   9.068 -12.858  1.00 47.80           C  
+ATOM   2571  N   ILE D 466     -26.819   9.224 -13.377  1.00 50.09           N  
+ATOM   2572  CA  ILE D 466     -27.937  10.159 -13.567  1.00 51.40           C  
+ATOM   2573  C   ILE D 466     -28.409  10.762 -12.227  1.00 52.35           C  
+ATOM   2574  O   ILE D 466     -29.513  10.479 -11.768  1.00 52.48           O  
+ATOM   2575  CB  ILE D 466     -29.123   9.487 -14.314  1.00 50.90           C  
+ATOM   2576  N   ILE D 467     -27.564  11.598 -11.620  1.00 53.61           N  
+ATOM   2577  CA  ILE D 467     -27.799  12.136 -10.276  1.00 55.06           C  
+ATOM   2578  C   ILE D 467     -28.140  13.636 -10.225  1.00 56.32           C  
+ATOM   2579  O   ILE D 467     -27.699  14.421 -11.071  1.00 56.62           O  
+ATOM   2580  CB  ILE D 467     -26.566  11.906  -9.367  1.00 54.71           C  
+ATOM   2581  N   SER D 468     -28.936  14.014  -9.223  1.00 57.69           N  
+ATOM   2582  CA  SER D 468     -29.062  15.404  -8.767  1.00 58.97           C  
+ATOM   2583  C   SER D 468     -29.863  16.325  -9.694  1.00 60.37           C  
+ATOM   2584  O   SER D 468     -29.474  17.471  -9.941  1.00 60.48           O  
+ATOM   2585  CB  SER D 468     -27.677  15.985  -8.449  1.00 58.60           C  
+ATOM   2586  OG  SER D 468     -27.771  17.303  -7.962  1.00 57.71           O  
+ATOM   2587  N   ASN D 469     -30.998  15.825 -10.177  1.00 62.20           N  
+ATOM   2588  CA  ASN D 469     -31.897  16.611 -11.035  1.00 64.01           C  
+ATOM   2589  C   ASN D 469     -33.176  17.006 -10.295  1.00 65.23           C  
+ATOM   2590  O   ASN D 469     -33.185  17.055  -9.060  1.00 65.37           O  
+ATOM   2591  CB  ASN D 469     -32.221  15.844 -12.328  1.00 63.95           C  
+ATOM   2592  CG  ASN D 469     -30.965  15.365 -13.068  1.00 64.17           C  
+ATOM   2593  OD1 ASN D 469     -29.976  16.102 -13.223  1.00 63.86           O  
+ATOM   2594  ND2 ASN D 469     -31.007  14.121 -13.531  1.00 63.65           N  
+ATOM   2595  N   ARG D 470     -34.245  17.298 -11.042  1.00 66.89           N  
+ATOM   2596  CA  ARG D 470     -35.563  17.570 -10.440  1.00 68.41           C  
+ATOM   2597  C   ARG D 470     -36.168  16.272  -9.907  1.00 69.46           C  
+ATOM   2598  O   ARG D 470     -36.912  15.594 -10.626  1.00 69.65           O  
+ATOM   2599  CB  ARG D 470     -36.519  18.225 -11.448  1.00 68.21           C  
+ATOM   2600  N   GLY D 471     -35.839  15.940  -8.653  1.00 70.60           N  
+ATOM   2601  CA  GLY D 471     -36.238  14.676  -8.011  1.00 72.03           C  
+ATOM   2602  C   GLY D 471     -37.534  14.072  -8.523  1.00 73.10           C  
+ATOM   2603  O   GLY D 471     -38.579  14.726  -8.490  1.00 73.19           O  
+ATOM   2604  N   GLU D 472     -37.457  12.825  -8.991  1.00 74.20           N  
+ATOM   2605  CA  GLU D 472     -38.605  12.086  -9.553  1.00 75.57           C  
+ATOM   2606  C   GLU D 472     -39.977  12.353  -8.897  1.00 76.63           C  
+ATOM   2607  O   GLU D 472     -41.019  12.218  -9.557  1.00 76.86           O  
+ATOM   2608  CB  GLU D 472     -38.318  10.580  -9.570  1.00 75.37           C  
+ATOM   2609  N   ASN D 473     -39.969  12.713  -7.608  1.00 77.86           N  
+ATOM   2610  CA  ASN D 473     -41.188  13.055  -6.853  1.00 78.89           C  
+ATOM   2611  C   ASN D 473     -41.940  14.252  -7.442  1.00 79.67           C  
+ATOM   2612  O   ASN D 473     -43.078  14.111  -7.915  1.00 79.63           O  
+ATOM   2613  CB  ASN D 473     -40.869  13.297  -5.366  1.00 78.70           C  
+ATOM   2614  CG  ASN D 473     -40.782  12.004  -4.560  1.00 78.63           C  
+ATOM   2615  OD1 ASN D 473     -41.389  10.989  -4.912  1.00 78.15           O  
+ATOM   2616  ND2 ASN D 473     -40.031  12.045  -3.464  1.00 78.40           N  
+ATOM   2617  N   SER D 474     -41.285  15.415  -7.425  1.00 80.65           N  
+ATOM   2618  CA  SER D 474     -41.848  16.644  -7.981  1.00 81.63           C  
+ATOM   2619  C   SER D 474     -42.359  16.449  -9.415  1.00 82.41           C  
+ATOM   2620  O   SER D 474     -43.275  17.148  -9.845  1.00 82.55           O  
+ATOM   2621  CB  SER D 474     -40.827  17.787  -7.913  1.00 81.39           C  
+ATOM   2622  N   CYS D 475     -41.773  15.492 -10.141  1.00 83.46           N  
+ATOM   2623  CA  CYS D 475     -42.198  15.171 -11.511  1.00 84.41           C  
+ATOM   2624  C   CYS D 475     -43.622  14.657 -11.497  1.00 84.89           C  
+ATOM   2625  O   CYS D 475     -44.516  15.296 -12.047  1.00 84.98           O  
+ATOM   2626  CB  CYS D 475     -41.293  14.117 -12.170  1.00 84.42           C  
+ATOM   2627  SG  CYS D 475     -39.525  14.463 -12.134  1.00 84.55           S  
+ATOM   2628  N   LYS D 476     -43.820  13.507 -10.854  1.00 85.58           N  
+ATOM   2629  CA  LYS D 476     -45.140  12.902 -10.726  1.00 86.27           C  
+ATOM   2630  C   LYS D 476     -46.113  13.873 -10.046  1.00 86.68           C  
+ATOM   2631  O   LYS D 476     -47.297  13.933 -10.406  1.00 86.68           O  
+ATOM   2632  CB  LYS D 476     -45.052  11.577  -9.959  1.00 86.20           C  
+ATOM   2633  N   ALA D 477     -45.594  14.644  -9.086  1.00 87.14           N  
+ATOM   2634  CA  ALA D 477     -46.381  15.657  -8.377  1.00 87.58           C  
+ATOM   2635  C   ALA D 477     -46.885  16.751  -9.326  1.00 87.79           C  
+ATOM   2636  O   ALA D 477     -48.090  16.991  -9.402  1.00 87.92           O  
+ATOM   2637  CB  ALA D 477     -45.582  16.257  -7.207  1.00 87.53           C  
+ATOM   2638  N   THR D 478     -45.966  17.391 -10.053  1.00 88.02           N  
+ATOM   2639  CA  THR D 478     -46.324  18.396 -11.058  1.00 88.18           C  
+ATOM   2640  C   THR D 478     -46.735  17.739 -12.383  1.00 88.45           C  
+ATOM   2641  O   THR D 478     -46.804  18.404 -13.419  1.00 88.43           O  
+ATOM   2642  CB  THR D 478     -45.183  19.418 -11.290  1.00 88.00           C  
+ATOM   2643  N   GLY D 479     -47.014  16.435 -12.334  1.00 88.80           N  
+ATOM   2644  CA  GLY D 479     -47.480  15.679 -13.494  1.00 89.43           C  
+ATOM   2645  C   GLY D 479     -46.537  15.747 -14.680  1.00 89.99           C  
+ATOM   2646  O   GLY D 479     -46.910  16.225 -15.755  1.00 90.05           O  
+ATOM   2647  N   GLN D 480     -45.308  15.278 -14.473  1.00 90.48           N  
+ATOM   2648  CA  GLN D 480     -44.294  15.236 -15.521  1.00 90.91           C  
+ATOM   2649  C   GLN D 480     -43.817  13.801 -15.729  1.00 91.27           C  
+ATOM   2650  O   GLN D 480     -42.629  13.498 -15.576  1.00 91.46           O  
+ATOM   2651  CB  GLN D 480     -43.111  16.145 -15.171  1.00 90.86           C  
+ATOM   2652  CG  GLN D 480     -43.379  17.633 -15.333  1.00 90.80           C  
+ATOM   2653  CD  GLN D 480     -42.102  18.431 -15.545  1.00 90.84           C  
+ATOM   2654  OE1 GLN D 480     -41.270  18.080 -16.384  1.00 90.90           O  
+ATOM   2655  NE2 GLN D 480     -41.943  19.514 -14.789  1.00 90.60           N  
+ATOM   2656  N   VAL D 481     -44.752  12.920 -16.070  1.00 91.59           N  
+ATOM   2657  CA  VAL D 481     -44.443  11.512 -16.272  1.00 91.96           C  
+ATOM   2658  C   VAL D 481     -44.819  11.076 -17.678  1.00 92.20           C  
+ATOM   2659  O   VAL D 481     -45.334  11.869 -18.464  1.00 92.22           O  
+ATOM   2660  CB  VAL D 481     -45.163  10.630 -15.240  1.00 92.01           C  
+ATOM   2661  N   CYS D 482     -44.553   9.812 -17.990  1.00 92.60           N  
+ATOM   2662  CA  CYS D 482     -44.854   9.259 -19.301  1.00 93.23           C  
+ATOM   2663  C   CYS D 482     -46.282   9.534 -19.729  1.00 93.42           C  
+ATOM   2664  O   CYS D 482     -47.220   9.078 -19.067  1.00 93.71           O  
+ATOM   2665  CB  CYS D 482     -44.620   7.752 -19.301  1.00 93.30           C  
+ATOM   2666  SG  CYS D 482     -42.900   7.297 -19.146  1.00 94.44           S  
+ATOM   2667  N   HIS D 483     -46.448  10.273 -20.828  1.00 93.51           N  
+ATOM   2668  CA  HIS D 483     -47.769  10.455 -21.435  1.00 93.75           C  
+ATOM   2669  C   HIS D 483     -48.438   9.091 -21.607  1.00 93.87           C  
+ATOM   2670  O   HIS D 483     -47.762   8.087 -21.855  1.00 93.89           O  
+ATOM   2671  CB  HIS D 483     -47.672  11.166 -22.785  1.00 93.83           C  
+ATOM   2672  N   ALA D 484     -49.760   9.058 -21.456  1.00 93.89           N  
+ATOM   2673  CA  ALA D 484     -50.503   7.798 -21.399  1.00 93.74           C  
+ATOM   2674  C   ALA D 484     -50.205   6.863 -22.577  1.00 93.60           C  
+ATOM   2675  O   ALA D 484     -50.048   5.653 -22.383  1.00 93.49           O  
+ATOM   2676  CB  ALA D 484     -52.005   8.064 -21.277  1.00 93.81           C  
+ATOM   2677  N   LEU D 485     -50.093   7.436 -23.779  1.00 93.41           N  
+ATOM   2678  CA  LEU D 485     -49.938   6.665 -25.027  1.00 93.22           C  
+ATOM   2679  C   LEU D 485     -48.737   5.709 -25.041  1.00 92.99           C  
+ATOM   2680  O   LEU D 485     -48.646   4.826 -25.900  1.00 92.88           O  
+ATOM   2681  CB  LEU D 485     -49.853   7.619 -26.225  1.00 93.23           C  
+ATOM   2682  N   CYS D 486     -47.843   5.886 -24.067  1.00 92.76           N  
+ATOM   2683  CA  CYS D 486     -46.530   5.243 -24.042  1.00 92.41           C  
+ATOM   2684  C   CYS D 486     -46.543   3.805 -23.555  1.00 91.98           C  
+ATOM   2685  O   CYS D 486     -47.056   3.503 -22.482  1.00 91.89           O  
+ATOM   2686  CB  CYS D 486     -45.561   6.058 -23.181  1.00 92.58           C  
+ATOM   2687  SG  CYS D 486     -45.336   7.777 -23.725  1.00 93.21           S  
+ATOM   2688  N   SER D 487     -45.961   2.933 -24.371  1.00 91.56           N  
+ATOM   2689  CA  SER D 487     -45.699   1.549 -24.016  1.00 91.11           C  
+ATOM   2690  C   SER D 487     -44.614   1.549 -22.950  1.00 90.84           C  
+ATOM   2691  O   SER D 487     -43.437   1.655 -23.289  1.00 90.87           O  
+ATOM   2692  CB  SER D 487     -45.212   0.796 -25.257  1.00 91.17           C  
+ATOM   2693  OG  SER D 487     -44.258   1.568 -25.980  1.00 90.97           O  
+ATOM   2694  N   PRO D 488     -45.002   1.429 -21.661  1.00 90.57           N  
+ATOM   2695  CA  PRO D 488     -44.090   1.692 -20.531  1.00 90.38           C  
+ATOM   2696  C   PRO D 488     -42.684   1.072 -20.666  1.00 90.07           C  
+ATOM   2697  O   PRO D 488     -42.364   0.066 -20.026  1.00 89.98           O  
+ATOM   2698  CB  PRO D 488     -44.850   1.146 -19.305  1.00 90.45           C  
+ATOM   2699  CG  PRO D 488     -46.070   0.459 -19.840  1.00 90.44           C  
+ATOM   2700  CD  PRO D 488     -46.338   1.016 -21.195  1.00 90.51           C  
+ATOM   2701  N   GLU D 489     -41.872   1.697 -21.517  1.00 89.73           N  
+ATOM   2702  CA  GLU D 489     -40.461   1.362 -21.697  1.00 89.39           C  
+ATOM   2703  C   GLU D 489     -39.601   2.605 -21.426  1.00 89.07           C  
+ATOM   2704  O   GLU D 489     -38.426   2.490 -21.065  1.00 89.10           O  
+ATOM   2705  CB  GLU D 489     -40.200   0.822 -23.109  1.00 89.31           C  
+ATOM   2706  N   GLY D 490     -40.194   3.787 -21.604  1.00 88.59           N  
+ATOM   2707  CA  GLY D 490     -39.527   5.037 -21.260  1.00 88.00           C  
+ATOM   2708  C   GLY D 490     -40.050   6.310 -21.900  1.00 87.71           C  
+ATOM   2709  O   GLY D 490     -40.881   6.272 -22.812  1.00 87.70           O  
+ATOM   2710  N   CYS D 491     -39.544   7.439 -21.398  1.00 87.28           N  
+ATOM   2711  CA  CYS D 491     -39.833   8.771 -21.925  1.00 86.76           C  
+ATOM   2712  C   CYS D 491     -38.582   9.596 -22.144  1.00 86.33           C  
+ATOM   2713  O   CYS D 491     -37.639   9.541 -21.351  1.00 86.27           O  
+ATOM   2714  CB  CYS D 491     -40.742   9.543 -20.978  1.00 86.73           C  
+ATOM   2715  SG  CYS D 491     -42.422   9.535 -21.516  1.00 87.51           S  
+ATOM   2716  N   TRP D 492     -38.592  10.372 -23.221  1.00 85.79           N  
+ATOM   2717  CA  TRP D 492     -37.568  11.383 -23.449  1.00 85.33           C  
+ATOM   2718  C   TRP D 492     -38.123  12.765 -23.097  1.00 85.43           C  
+ATOM   2719  O   TRP D 492     -37.371  13.727 -22.902  1.00 85.32           O  
+ATOM   2720  CB  TRP D 492     -37.091  11.337 -24.901  1.00 84.84           C  
+ATOM   2721  CG  TRP D 492     -36.324  10.090 -25.245  1.00 84.16           C  
+ATOM   2722  CD1 TRP D 492     -36.734   9.076 -26.058  1.00 83.66           C  
+ATOM   2723  CD2 TRP D 492     -35.019   9.730 -24.780  1.00 83.43           C  
+ATOM   2724  NE1 TRP D 492     -35.764   8.105 -26.130  1.00 83.37           N  
+ATOM   2725  CE2 TRP D 492     -34.700   8.483 -25.356  1.00 83.29           C  
+ATOM   2726  CE3 TRP D 492     -34.086  10.341 -23.932  1.00 83.09           C  
+ATOM   2727  CZ2 TRP D 492     -33.489   7.837 -25.116  1.00 83.73           C  
+ATOM   2728  CZ3 TRP D 492     -32.886   9.700 -23.693  1.00 83.39           C  
+ATOM   2729  CH2 TRP D 492     -32.597   8.459 -24.282  1.00 83.70           C  
+ATOM   2730  N   GLY D 493     -39.452  12.838 -23.013  1.00 85.61           N  
+ATOM   2731  CA  GLY D 493     -40.181  14.062 -22.692  1.00 85.61           C  
+ATOM   2732  C   GLY D 493     -41.632  13.738 -22.389  1.00 85.65           C  
+ATOM   2733  O   GLY D 493     -41.958  12.580 -22.130  1.00 85.50           O  
+ATOM   2734  N   PRO D 494     -42.512  14.759 -22.408  1.00 85.73           N  
+ATOM   2735  CA  PRO D 494     -43.942  14.570 -22.153  1.00 85.77           C  
+ATOM   2736  C   PRO D 494     -44.709  13.978 -23.341  1.00 85.92           C  
+ATOM   2737  O   PRO D 494     -45.166  12.841 -23.258  1.00 85.94           O  
+ATOM   2738  CB  PRO D 494     -44.441  15.989 -21.838  1.00 85.65           C  
+ATOM   2739  CG  PRO D 494     -43.207  16.862 -21.789  1.00 85.59           C  
+ATOM   2740  CD  PRO D 494     -42.197  16.178 -22.636  1.00 85.74           C  
+ATOM   2741  N   GLU D 495     -44.833  14.738 -24.430  1.00 86.13           N  
+ATOM   2742  CA  GLU D 495     -45.680  14.367 -25.576  1.00 86.28           C  
+ATOM   2743  C   GLU D 495     -45.368  12.978 -26.162  1.00 86.47           C  
+ATOM   2744  O   GLU D 495     -44.221  12.527 -26.106  1.00 86.47           O  
+ATOM   2745  CB  GLU D 495     -45.609  15.443 -26.671  1.00 86.09           C  
+ATOM   2746  N   PRO D 496     -46.403  12.290 -26.696  1.00 86.69           N  
+ATOM   2747  CA  PRO D 496     -46.339  11.018 -27.427  1.00 86.73           C  
+ATOM   2748  C   PRO D 496     -45.080  10.765 -28.265  1.00 86.76           C  
+ATOM   2749  O   PRO D 496     -44.622   9.626 -28.335  1.00 86.78           O  
+ATOM   2750  CB  PRO D 496     -47.565  11.094 -28.342  1.00 86.71           C  
+ATOM   2751  CG  PRO D 496     -48.563  11.880 -27.553  1.00 86.72           C  
+ATOM   2752  CD  PRO D 496     -47.803  12.737 -26.552  1.00 86.76           C  
+ATOM   2753  N   ARG D 497     -44.533  11.800 -28.899  1.00 86.90           N  
+ATOM   2754  CA  ARG D 497     -43.306  11.657 -29.695  1.00 87.02           C  
+ATOM   2755  C   ARG D 497     -42.061  11.549 -28.801  1.00 87.12           C  
+ATOM   2756  O   ARG D 497     -40.996  12.114 -29.112  1.00 87.25           O  
+ATOM   2757  CB  ARG D 497     -43.170  12.811 -30.699  1.00 86.95           C  
+ATOM   2758  N   ASP D 498     -42.207  10.816 -27.693  1.00 87.12           N  
+ATOM   2759  CA  ASP D 498     -41.140  10.679 -26.703  1.00 87.01           C  
+ATOM   2760  C   ASP D 498     -41.147   9.332 -25.958  1.00 86.96           C  
+ATOM   2761  O   ASP D 498     -40.508   9.209 -24.909  1.00 87.01           O  
+ATOM   2762  CB  ASP D 498     -41.175  11.857 -25.714  1.00 86.85           C  
+ATOM   2763  N   CYS D 499     -41.850   8.331 -26.501  1.00 86.86           N  
+ATOM   2764  CA  CYS D 499     -41.857   6.973 -25.927  1.00 86.88           C  
+ATOM   2765  C   CYS D 499     -40.606   6.214 -26.332  1.00 86.93           C  
+ATOM   2766  O   CYS D 499     -40.392   5.973 -27.522  1.00 86.89           O  
+ATOM   2767  CB  CYS D 499     -43.057   6.150 -26.406  1.00 86.94           C  
+ATOM   2768  SG  CYS D 499     -44.668   6.911 -26.296  1.00 86.90           S  
+ATOM   2769  N   VAL D 500     -39.797   5.817 -25.349  1.00 87.05           N  
+ATOM   2770  CA  VAL D 500     -38.571   5.055 -25.619  1.00 87.07           C  
+ATOM   2771  C   VAL D 500     -38.878   3.587 -25.901  1.00 87.07           C  
+ATOM   2772  O   VAL D 500     -39.397   3.247 -26.967  1.00 87.13           O  
+ATOM   2773  CB  VAL D 500     -37.561   5.151 -24.463  1.00 87.02           C  
+HETATM 2774  C1  NAG D3281     -14.050  29.206 -31.622  1.00 36.64           C  
+HETATM 2775  C2  NAG D3281     -12.807  28.960 -30.803  1.00 36.58           C  
+HETATM 2776  C3  NAG D3281     -11.620  29.396 -31.666  1.00 37.32           C  
+HETATM 2777  C4  NAG D3281     -11.679  28.722 -33.033  1.00 38.10           C  
+HETATM 2778  C5  NAG D3281     -13.086  28.522 -33.630  1.00 38.49           C  
+HETATM 2779  C6  NAG D3281     -13.055  27.349 -34.594  1.00 39.07           C  
+HETATM 2780  C7  NAG D3281     -13.709  29.139 -28.561  1.00 34.76           C  
+HETATM 2781  C8  NAG D3281     -13.956  30.009 -27.364  1.00 34.49           C  
+HETATM 2782  N2  NAG D3281     -12.972  29.660 -29.544  1.00 35.68           N  
+HETATM 2783  O3  NAG D3281     -10.380  29.005 -31.128  1.00 37.53           O  
+HETATM 2784  O4  NAG D3281     -10.886  29.487 -33.910  1.00 37.95           O  
+HETATM 2785  O5  NAG D3281     -14.070  28.251 -32.652  1.00 37.89           O  
+HETATM 2786  O6  NAG D3281     -12.279  27.744 -35.701  1.00 41.09           O  
+HETATM 2787  O7  NAG D3281     -14.181  28.005 -28.603  1.00 33.71           O  
+HETATM 2788  C1  NAG D3282      -8.580  28.766 -33.821  1.00 70.04           C  
+HETATM 2789  C2  NAG D3282      -7.648  29.519 -34.746  1.00 70.78           C  
+HETATM 2790  C3  NAG D3282      -6.250  28.926 -34.597  1.00 70.09           C  
+HETATM 2791  C4  NAG D3282      -5.866  28.681 -33.133  1.00 69.40           C  
+HETATM 2792  C5  NAG D3282      -7.032  28.466 -32.141  1.00 69.04           C  
+HETATM 2793  C6  NAG D3282      -6.643  28.858 -30.719  1.00 68.33           C  
+HETATM 2794  C7  NAG D3282      -9.241  30.234 -36.437  1.00 73.28           C  
+HETATM 2795  C8  NAG D3282     -10.293  29.591 -37.296  1.00 73.27           C  
+HETATM 2796  N2  NAG D3282      -8.183  29.483 -36.097  1.00 72.06           N  
+HETATM 2797  O3  NAG D3282      -5.299  29.822 -35.116  1.00 70.14           O  
+HETATM 2798  O4  NAG D3282      -4.976  27.580 -33.106  1.00 69.13           O  
+HETATM 2799  O5  NAG D3282      -8.216  29.144 -32.519  1.00 69.29           O  
+HETATM 2800  O6  NAG D3282      -7.781  29.238 -29.981  1.00 67.81           O  
+HETATM 2801  O7  NAG D3282      -9.389  31.409 -36.080  1.00 74.16           O  
+HETATM 2802  C1  BMA D3283      -3.098  29.351 -31.449  1.00112.13           C  
+HETATM 2803  C2  BMA D3283      -2.286  28.287 -30.726  1.00112.18           C  
+HETATM 2804  C3  BMA D3283      -0.807  28.577 -30.977  1.00112.36           C  
+HETATM 2805  C4  BMA D3283      -0.474  28.947 -32.435  1.00112.42           C  
+HETATM 2806  C5  BMA D3283      -1.624  29.469 -33.323  1.00112.39           C  
+HETATM 2807  C6  BMA D3283      -1.482  28.988 -34.772  1.00112.39           C  
+HETATM 2808  O2  BMA D3283      -2.642  26.982 -31.208  1.00111.57           O  
+HETATM 2809  O3  BMA D3283      -0.017  27.459 -30.538  1.00112.41           O  
+HETATM 2810  O4  BMA D3283       0.550  29.961 -32.403  1.00112.72           O  
+HETATM 2811  O5  BMA D3283      -2.932  29.113 -32.846  1.00112.22           O  
+HETATM 2812  O6  BMA D3283      -2.551  29.496 -35.584  1.00111.85           O  
+HETATM 2813  C1  NAG D3371     -25.243  20.978 -48.275  1.00106.44           C  
+HETATM 2814  C2  NAG D3371     -24.690  22.407 -48.409  1.00106.25           C  
+HETATM 2815  C3  NAG D3371     -25.791  23.455 -48.585  1.00106.43           C  
+HETATM 2816  C4  NAG D3371     -26.856  23.003 -49.590  1.00106.75           C  
+HETATM 2817  C5  NAG D3371     -27.405  21.621 -49.216  1.00106.63           C  
+HETATM 2818  C6  NAG D3371     -28.416  21.120 -50.247  1.00106.25           C  
+HETATM 2819  C7  NAG D3371     -22.572  22.589 -47.184  1.00104.71           C  
+HETATM 2820  C8  NAG D3371     -21.775  23.781 -46.742  1.00104.57           C  
+HETATM 2821  N2  NAG D3371     -23.897  22.742 -47.236  1.00105.32           N  
+HETATM 2822  O3  NAG D3371     -25.207  24.672 -48.995  1.00106.19           O  
+HETATM 2823  O4  NAG D3371     -27.901  23.954 -49.633  1.00107.23           O  
+HETATM 2824  O5  NAG D3371     -26.353  20.670 -49.115  1.00106.90           O  
+HETATM 2825  O6  NAG D3371     -29.316  20.214 -49.625  1.00106.08           O  
+HETATM 2826  O7  NAG D3371     -21.998  21.539 -47.471  1.00104.13           O  
+HETATM 2827  C1  NAG D3891     -35.807  33.183 -26.357  1.00 97.20           C  
+HETATM 2828  C2  NAG D3891     -36.669  33.310 -27.609  1.00 97.49           C  
+HETATM 2829  C3  NAG D3891     -36.000  34.271 -28.593  1.00 98.05           C  
+HETATM 2830  C4  NAG D3891     -35.588  35.583 -27.902  1.00 98.12           C  
+HETATM 2831  C5  NAG D3891     -34.814  35.318 -26.599  1.00 97.84           C  
+HETATM 2832  C6  NAG D3891     -34.544  36.604 -25.819  1.00 97.86           C  
+HETATM 2833  C7  NAG D3891     -37.988  31.287 -28.120  1.00 96.79           C  
+HETATM 2834  C8  NAG D3891     -38.437  30.586 -29.375  1.00 96.74           C  
+HETATM 2835  N2  NAG D3891     -36.859  32.000 -28.214  1.00 97.03           N  
+HETATM 2836  O3  NAG D3891     -36.878  34.520 -29.672  1.00 98.60           O  
+HETATM 2837  O4  NAG D3891     -34.824  36.389 -28.782  1.00 97.84           O  
+HETATM 2838  O5  NAG D3891     -35.541  34.434 -25.764  1.00 97.38           O  
+HETATM 2839  O6  NAG D3891     -33.782  36.312 -24.667  1.00 97.50           O  
+HETATM 2840  O7  NAG D3891     -38.651  31.176 -27.085  1.00 96.22           O  
+ATOM   2841  N   GLN H   1     -35.964 -14.993  -4.087  1.00 45.93           N  
+ATOM   2842  CA  GLN H   1     -36.380 -14.319  -5.349  1.00 46.23           C  
+ATOM   2843  C   GLN H   1     -35.498 -14.710  -6.549  1.00 46.24           C  
+ATOM   2844  O   GLN H   1     -35.840 -15.653  -7.279  1.00 46.54           O  
+ATOM   2845  CB  GLN H   1     -36.440 -12.794  -5.176  1.00 46.27           C  
+ATOM   2846  N   VAL H   2     -34.377 -14.005  -6.749  1.00 45.75           N  
+ATOM   2847  CA  VAL H   2     -33.542 -14.199  -7.950  1.00 45.07           C  
+ATOM   2848  C   VAL H   2     -32.983 -15.620  -8.023  1.00 45.18           C  
+ATOM   2849  O   VAL H   2     -32.312 -16.084  -7.103  1.00 45.30           O  
+ATOM   2850  CB  VAL H   2     -32.381 -13.183  -8.048  1.00 44.89           C  
+ATOM   2851  CG1 VAL H   2     -31.992 -12.971  -9.499  1.00 44.02           C  
+ATOM   2852  CG2 VAL H   2     -32.752 -11.859  -7.403  1.00 44.43           C  
+ATOM   2853  N   GLN H   3     -33.292 -16.310  -9.113  1.00 45.19           N  
+ATOM   2854  CA  GLN H   3     -32.862 -17.692  -9.318  1.00 45.48           C  
+ATOM   2855  C   GLN H   3     -32.503 -17.903 -10.778  1.00 44.98           C  
+ATOM   2856  O   GLN H   3     -33.119 -17.314 -11.665  1.00 44.98           O  
+ATOM   2857  CB  GLN H   3     -33.980 -18.675  -8.962  1.00 45.50           C  
+ATOM   2858  CG  GLN H   3     -34.396 -18.735  -7.492  1.00 46.56           C  
+ATOM   2859  CD  GLN H   3     -35.714 -19.509  -7.279  1.00 46.66           C  
+ATOM   2860  OE1 GLN H   3     -36.108 -20.354  -8.099  1.00 47.09           O  
+ATOM   2861  NE2 GLN H   3     -36.393 -19.222  -6.167  1.00 47.70           N  
+ATOM   2862  N   LEU H   4     -31.514 -18.749 -11.034  1.00 44.66           N  
+ATOM   2863  CA  LEU H   4     -31.242 -19.174 -12.401  1.00 44.42           C  
+ATOM   2864  C   LEU H   4     -31.221 -20.695 -12.452  1.00 44.44           C  
+ATOM   2865  O   LEU H   4     -30.323 -21.339 -11.887  1.00 44.69           O  
+ATOM   2866  CB  LEU H   4     -29.949 -18.555 -12.934  1.00 44.25           C  
+ATOM   2867  CG  LEU H   4     -29.916 -17.022 -12.854  1.00 44.22           C  
+ATOM   2868  CD1 LEU H   4     -28.514 -16.481 -12.978  1.00 44.16           C  
+ATOM   2869  CD2 LEU H   4     -30.800 -16.393 -13.893  1.00 44.03           C  
+ATOM   2870  N   VAL H   5     -32.243 -21.263 -13.094  1.00 43.99           N  
+ATOM   2871  CA  VAL H   5     -32.390 -22.710 -13.177  1.00 43.40           C  
+ATOM   2872  C   VAL H   5     -32.022 -23.181 -14.568  1.00 43.38           C  
+ATOM   2873  O   VAL H   5     -32.779 -22.990 -15.535  1.00 43.47           O  
+ATOM   2874  CB  VAL H   5     -33.789 -23.175 -12.818  1.00 43.21           C  
+ATOM   2875  CG1 VAL H   5     -33.850 -24.684 -12.858  1.00 42.94           C  
+ATOM   2876  CG2 VAL H   5     -34.164 -22.668 -11.437  1.00 43.50           C  
+ATOM   2877  N   GLN H   6     -30.844 -23.795 -14.637  1.00 42.95           N  
+ATOM   2878  CA  GLN H   6     -30.217 -24.198 -15.876  1.00 42.82           C  
+ATOM   2879  C   GLN H   6     -30.599 -25.617 -16.219  1.00 42.59           C  
+ATOM   2880  O   GLN H   6     -30.822 -26.419 -15.320  1.00 42.42           O  
+ATOM   2881  CB  GLN H   6     -28.712 -24.167 -15.712  1.00 43.05           C  
+ATOM   2882  CG  GLN H   6     -28.100 -22.821 -15.442  1.00 43.89           C  
+ATOM   2883  CD  GLN H   6     -26.615 -22.842 -15.732  1.00 45.38           C  
+ATOM   2884  OE1 GLN H   6     -25.809 -22.267 -14.997  1.00 46.41           O  
+ATOM   2885  NE2 GLN H   6     -26.239 -23.535 -16.805  1.00 45.78           N  
+ATOM   2886  N   SER H   7     -30.620 -25.929 -17.518  1.00 42.53           N  
+ATOM   2887  CA  SER H   7     -31.004 -27.256 -18.028  1.00 42.31           C  
+ATOM   2888  C   SER H   7     -30.191 -28.400 -17.428  1.00 42.14           C  
+ATOM   2889  O   SER H   7     -29.104 -28.195 -16.897  1.00 41.97           O  
+ATOM   2890  CB  SER H   7     -30.874 -27.309 -19.552  1.00 42.26           C  
+ATOM   2891  OG  SER H   7     -29.711 -28.033 -19.928  1.00 42.40           O  
+ATOM   2892  N   GLY H   8     -30.727 -29.609 -17.541  1.00 42.28           N  
+ATOM   2893  CA  GLY H   8     -30.041 -30.805 -17.073  1.00 42.52           C  
+ATOM   2894  C   GLY H   8     -28.806 -31.145 -17.894  1.00 42.57           C  
+ATOM   2895  O   GLY H   8     -28.637 -30.667 -19.023  1.00 42.35           O  
+ATOM   2896  N   ALA H   9     -27.946 -31.980 -17.318  1.00 42.65           N  
+ATOM   2897  CA  ALA H   9     -26.708 -32.382 -17.967  1.00 42.83           C  
+ATOM   2898  C   ALA H   9     -27.012 -33.240 -19.168  1.00 42.91           C  
+ATOM   2899  O   ALA H   9     -28.105 -33.791 -19.269  1.00 43.24           O  
+ATOM   2900  CB  ALA H   9     -25.834 -33.150 -16.997  1.00 43.01           C  
+ATOM   2901  N   GLU H  11     -26.054 -33.347 -20.085  1.00 42.96           N  
+ATOM   2902  CA  GLU H  11     -26.162 -34.312 -21.187  1.00 42.87           C  
+ATOM   2903  C   GLU H  11     -24.813 -34.696 -21.773  1.00 42.59           C  
+ATOM   2904  O   GLU H  11     -23.811 -34.001 -21.578  1.00 42.47           O  
+ATOM   2905  CB  GLU H  11     -27.134 -33.847 -22.280  1.00 42.91           C  
+ATOM   2906  CG  GLU H  11     -27.007 -32.383 -22.649  1.00 43.47           C  
+ATOM   2907  CD  GLU H  11     -28.237 -31.863 -23.357  1.00 44.17           C  
+ATOM   2908  OE1 GLU H  11     -28.781 -32.584 -24.223  1.00 44.59           O  
+ATOM   2909  OE2 GLU H  11     -28.655 -30.727 -23.049  1.00 44.57           O  
+ATOM   2910  N   VAL H  12     -24.810 -35.823 -22.478  1.00 42.33           N  
+ATOM   2911  CA  VAL H  12     -23.605 -36.378 -23.078  1.00 42.03           C  
+ATOM   2912  C   VAL H  12     -23.694 -36.252 -24.585  1.00 42.00           C  
+ATOM   2913  O   VAL H  12     -24.758 -36.430 -25.171  1.00 42.03           O  
+ATOM   2914  CB  VAL H  12     -23.418 -37.842 -22.665  1.00 41.86           C  
+ATOM   2915  CG1 VAL H  12     -24.686 -38.624 -22.934  1.00 42.12           C  
+ATOM   2916  CG2 VAL H  12     -22.211 -38.466 -23.353  1.00 41.54           C  
+ATOM   2917  N   LYS H  13     -22.576 -35.914 -25.210  1.00 42.07           N  
+ATOM   2918  CA  LYS H  13     -22.558 -35.707 -26.641  1.00 42.30           C  
+ATOM   2919  C   LYS H  13     -21.324 -36.319 -27.279  1.00 42.36           C  
+ATOM   2920  O   LYS H  13     -20.231 -36.299 -26.705  1.00 42.37           O  
+ATOM   2921  CB  LYS H  13     -22.651 -34.222 -26.964  1.00 42.40           C  
+ATOM   2922  CG  LYS H  13     -24.023 -33.594 -26.697  1.00 43.58           C  
+ATOM   2923  CD  LYS H  13     -25.116 -34.154 -27.601  1.00 45.57           C  
+ATOM   2924  CE  LYS H  13     -26.401 -33.347 -27.476  1.00 47.09           C  
+ATOM   2925  NZ  LYS H  13     -27.515 -33.929 -28.289  1.00 48.87           N  
+ATOM   2926  N   LYS H  14     -21.517 -36.886 -28.467  1.00 42.43           N  
+ATOM   2927  CA  LYS H  14     -20.426 -37.473 -29.232  1.00 42.18           C  
+ATOM   2928  C   LYS H  14     -19.797 -36.349 -30.061  1.00 42.07           C  
+ATOM   2929  O   LYS H  14     -20.513 -35.447 -30.501  1.00 41.92           O  
+ATOM   2930  CB  LYS H  14     -20.947 -38.620 -30.107  1.00 42.10           C  
+ATOM   2931  N   PRO H  15     -18.462 -36.387 -30.267  1.00 42.03           N  
+ATOM   2932  CA  PRO H  15     -17.804 -35.259 -30.910  1.00 42.25           C  
+ATOM   2933  C   PRO H  15     -18.403 -34.949 -32.275  1.00 42.83           C  
+ATOM   2934  O   PRO H  15     -18.673 -35.862 -33.066  1.00 42.78           O  
+ATOM   2935  CB  PRO H  15     -16.359 -35.729 -31.056  1.00 42.03           C  
+ATOM   2936  CG  PRO H  15     -16.193 -36.754 -30.020  1.00 41.78           C  
+ATOM   2937  CD  PRO H  15     -17.500 -37.452 -29.939  1.00 41.99           C  
+ATOM   2938  N   GLY H  16     -18.622 -33.663 -32.532  1.00 43.46           N  
+ATOM   2939  CA  GLY H  16     -19.192 -33.211 -33.789  1.00 43.97           C  
+ATOM   2940  C   GLY H  16     -20.565 -32.622 -33.578  1.00 44.44           C  
+ATOM   2941  O   GLY H  16     -20.961 -31.712 -34.301  1.00 44.55           O  
+ATOM   2942  N   ALA H  17     -21.279 -33.135 -32.576  1.00 45.05           N  
+ATOM   2943  CA  ALA H  17     -22.667 -32.738 -32.304  1.00 45.81           C  
+ATOM   2944  C   ALA H  17     -22.797 -31.307 -31.770  1.00 46.36           C  
+ATOM   2945  O   ALA H  17     -21.800 -30.600 -31.593  1.00 46.73           O  
+ATOM   2946  CB  ALA H  17     -23.325 -33.724 -31.354  1.00 45.57           C  
+ATOM   2947  N   SER H  18     -24.035 -30.878 -31.553  1.00 46.87           N  
+ATOM   2948  CA  SER H  18     -24.312 -29.584 -30.944  1.00 47.44           C  
+ATOM   2949  C   SER H  18     -24.887 -29.818 -29.547  1.00 47.78           C  
+ATOM   2950  O   SER H  18     -24.917 -30.961 -29.066  1.00 48.06           O  
+ATOM   2951  CB  SER H  18     -25.294 -28.778 -31.811  1.00 47.59           C  
+ATOM   2952  OG  SER H  18     -26.612 -29.328 -31.786  1.00 48.17           O  
+ATOM   2953  N   VAL H  19     -25.337 -28.739 -28.905  1.00 47.83           N  
+ATOM   2954  CA  VAL H  19     -26.070 -28.802 -27.638  1.00 47.85           C  
+ATOM   2955  C   VAL H  19     -26.609 -27.401 -27.330  1.00 47.77           C  
+ATOM   2956  O   VAL H  19     -25.858 -26.428 -27.403  1.00 48.17           O  
+ATOM   2957  CB  VAL H  19     -25.167 -29.332 -26.469  1.00 47.96           C  
+ATOM   2958  CG1 VAL H  19     -23.867 -28.526 -26.337  1.00 47.50           C  
+ATOM   2959  CG2 VAL H  19     -25.931 -29.372 -25.148  1.00 48.69           C  
+ATOM   2960  N   LYS H  20     -27.899 -27.280 -27.028  1.00 47.34           N  
+ATOM   2961  CA  LYS H  20     -28.440 -25.983 -26.606  1.00 46.93           C  
+ATOM   2962  C   LYS H  20     -28.795 -26.064 -25.132  1.00 46.74           C  
+ATOM   2963  O   LYS H  20     -29.730 -26.764 -24.733  1.00 46.73           O  
+ATOM   2964  CB  LYS H  20     -29.635 -25.523 -27.457  1.00 46.80           C  
+ATOM   2965  N   VAL H  21     -28.012 -25.347 -24.333  1.00 46.45           N  
+ATOM   2966  CA  VAL H  21     -28.124 -25.350 -22.883  1.00 45.93           C  
+ATOM   2967  C   VAL H  21     -29.023 -24.193 -22.444  1.00 45.64           C  
+ATOM   2968  O   VAL H  21     -28.753 -23.033 -22.761  1.00 45.48           O  
+ATOM   2969  CB  VAL H  21     -26.710 -25.271 -22.258  1.00 45.88           C  
+ATOM   2970  CG1 VAL H  21     -26.763 -25.143 -20.737  1.00 45.97           C  
+ATOM   2971  CG2 VAL H  21     -25.914 -26.493 -22.665  1.00 45.36           C  
+ATOM   2972  N   SER H  22     -30.101 -24.512 -21.736  1.00 45.45           N  
+ATOM   2973  CA  SER H  22     -31.077 -23.486 -21.370  1.00 45.67           C  
+ATOM   2974  C   SER H  22     -30.828 -22.959 -19.968  1.00 45.61           C  
+ATOM   2975  O   SER H  22     -30.129 -23.602 -19.174  1.00 45.40           O  
+ATOM   2976  CB  SER H  22     -32.518 -23.997 -21.501  1.00 45.69           C  
+ATOM   2977  OG  SER H  22     -32.895 -24.766 -20.372  1.00 45.89           O  
+ATOM   2978  N   CYS H  23     -31.412 -21.791 -19.684  1.00 45.61           N  
+ATOM   2979  CA  CYS H  23     -31.261 -21.114 -18.398  1.00 45.41           C  
+ATOM   2980  C   CYS H  23     -32.453 -20.229 -18.042  1.00 45.27           C  
+ATOM   2981  O   CYS H  23     -32.518 -19.062 -18.445  1.00 44.69           O  
+ATOM   2982  CB  CYS H  23     -29.987 -20.282 -18.385  1.00 45.47           C  
+ATOM   2983  SG  CYS H  23     -29.820 -19.254 -16.907  1.00 46.37           S  
+ATOM   2984  N   LYS H  24     -33.376 -20.792 -17.263  1.00 45.53           N  
+ATOM   2985  CA  LYS H  24     -34.618 -20.110 -16.912  1.00 45.80           C  
+ATOM   2986  C   LYS H  24     -34.377 -19.158 -15.757  1.00 45.90           C  
+ATOM   2987  O   LYS H  24     -34.108 -19.581 -14.632  1.00 45.99           O  
+ATOM   2988  CB  LYS H  24     -35.728 -21.115 -16.577  1.00 45.79           C  
+ATOM   2989  N   ALA H  25     -34.464 -17.869 -16.056  1.00 45.99           N  
+ATOM   2990  CA  ALA H  25     -34.198 -16.834 -15.082  1.00 46.44           C  
+ATOM   2991  C   ALA H  25     -35.460 -16.489 -14.335  1.00 46.85           C  
+ATOM   2992  O   ALA H  25     -36.368 -15.905 -14.904  1.00 47.11           O  
+ATOM   2993  CB  ALA H  25     -33.653 -15.606 -15.770  1.00 46.46           C  
+ATOM   2994  N   SER H  26     -35.525 -16.857 -13.065  1.00 47.40           N  
+ATOM   2995  CA  SER H  26     -36.653 -16.485 -12.227  1.00 48.09           C  
+ATOM   2996  C   SER H  26     -36.224 -15.349 -11.314  1.00 48.73           C  
+ATOM   2997  O   SER H  26     -35.042 -15.215 -11.026  1.00 49.26           O  
+ATOM   2998  CB  SER H  26     -37.081 -17.685 -11.385  1.00 47.98           C  
+ATOM   2999  N   GLY H  27     -37.162 -14.520 -10.868  1.00 49.35           N  
+ATOM   3000  CA  GLY H  27     -36.914 -13.652  -9.697  1.00 50.05           C  
+ATOM   3001  C   GLY H  27     -36.535 -12.189  -9.892  1.00 50.58           C  
+ATOM   3002  O   GLY H  27     -36.370 -11.445  -8.910  1.00 50.56           O  
+ATOM   3003  N   TYR H  28     -36.388 -11.771 -11.147  1.00 50.96           N  
+ATOM   3004  CA  TYR H  28     -36.115 -10.371 -11.458  1.00 51.42           C  
+ATOM   3005  C   TYR H  28     -36.659  -9.963 -12.825  1.00 51.99           C  
+ATOM   3006  O   TYR H  28     -37.083 -10.805 -13.633  1.00 51.99           O  
+ATOM   3007  CB  TYR H  28     -34.619 -10.066 -11.373  1.00 51.15           C  
+ATOM   3008  CG  TYR H  28     -33.787 -10.690 -12.474  1.00 50.84           C  
+ATOM   3009  CD1 TYR H  28     -33.593 -12.066 -12.531  1.00 50.47           C  
+ATOM   3010  CD2 TYR H  28     -33.176  -9.901 -13.445  1.00 50.32           C  
+ATOM   3011  CE1 TYR H  28     -32.829 -12.643 -13.526  1.00 50.29           C  
+ATOM   3012  CE2 TYR H  28     -32.400 -10.469 -14.443  1.00 50.27           C  
+ATOM   3013  CZ  TYR H  28     -32.235 -11.842 -14.474  1.00 50.48           C  
+ATOM   3014  OH  TYR H  28     -31.476 -12.434 -15.446  1.00 51.02           O  
+ATOM   3015  N   THR H  29     -36.637  -8.660 -13.072  1.00 52.50           N  
+ATOM   3016  CA  THR H  29     -37.143  -8.112 -14.315  1.00 53.21           C  
+ATOM   3017  C   THR H  29     -36.163  -8.396 -15.499  1.00 53.60           C  
+ATOM   3018  O   THR H  29     -35.219  -7.640 -15.764  1.00 53.61           O  
+ATOM   3019  CB  THR H  29     -37.559  -6.629 -14.116  1.00 53.22           C  
+ATOM   3020  OG1 THR H  29     -37.990  -6.077 -15.363  1.00 53.84           O  
+ATOM   3021  CG2 THR H  29     -36.420  -5.779 -13.497  1.00 53.09           C  
+ATOM   3022  N   PHE H  30     -36.418  -9.509 -16.189  1.00 53.88           N  
+ATOM   3023  CA  PHE H  30     -35.504 -10.118 -17.178  1.00 54.08           C  
+ATOM   3024  C   PHE H  30     -34.754  -9.178 -18.153  1.00 54.09           C  
+ATOM   3025  O   PHE H  30     -33.510  -9.168 -18.172  1.00 54.27           O  
+ATOM   3026  CB  PHE H  30     -36.264 -11.207 -17.958  1.00 54.27           C  
+ATOM   3027  CG  PHE H  30     -35.411 -11.998 -18.920  1.00 54.61           C  
+ATOM   3028  CD1 PHE H  30     -34.196 -12.551 -18.518  1.00 55.30           C  
+ATOM   3029  CD2 PHE H  30     -35.845 -12.214 -20.225  1.00 54.30           C  
+ATOM   3030  CE1 PHE H  30     -33.420 -13.285 -19.415  1.00 55.93           C  
+ATOM   3031  CE2 PHE H  30     -35.082 -12.955 -21.126  1.00 54.22           C  
+ATOM   3032  CZ  PHE H  30     -33.875 -13.492 -20.728  1.00 55.03           C  
+ATOM   3033  N   THR H  35     -35.509  -8.414 -18.956  1.00 53.78           N  
+ATOM   3034  CA  THR H  35     -34.969  -7.535 -20.017  1.00 52.91           C  
+ATOM   3035  C   THR H  35     -34.081  -6.424 -19.463  1.00 52.45           C  
+ATOM   3036  O   THR H  35     -33.768  -5.457 -20.156  1.00 52.23           O  
+ATOM   3037  CB  THR H  35     -36.110  -6.883 -20.823  1.00 52.77           C  
+ATOM   3038  N   SER H  36     -33.669  -6.583 -18.209  1.00 51.98           N  
+ATOM   3039  CA  SER H  36     -32.970  -5.539 -17.487  1.00 51.27           C  
+ATOM   3040  C   SER H  36     -31.489  -5.829 -17.299  1.00 50.62           C  
+ATOM   3041  O   SER H  36     -30.701  -4.902 -17.146  1.00 50.78           O  
+ATOM   3042  CB  SER H  36     -33.635  -5.300 -16.133  1.00 51.22           C  
+ATOM   3043  OG  SER H  36     -33.589  -3.929 -15.792  1.00 51.46           O  
+ATOM   3044  N   HIS H  37     -31.099  -7.098 -17.313  1.00 49.74           N  
+ATOM   3045  CA  HIS H  37     -29.704  -7.428 -17.019  1.00 48.96           C  
+ATOM   3046  C   HIS H  37     -29.021  -8.304 -18.065  1.00 48.64           C  
+ATOM   3047  O   HIS H  37     -29.606  -9.270 -18.553  1.00 48.92           O  
+ATOM   3048  CB  HIS H  37     -29.583  -8.053 -15.626  1.00 48.83           C  
+ATOM   3049  CG  HIS H  37     -30.012  -7.141 -14.520  1.00 47.90           C  
+ATOM   3050  ND1 HIS H  37     -31.046  -7.446 -13.665  1.00 47.60           N  
+ATOM   3051  CD2 HIS H  37     -29.559  -5.924 -14.141  1.00 46.88           C  
+ATOM   3052  CE1 HIS H  37     -31.212  -6.457 -12.806  1.00 47.04           C  
+ATOM   3053  NE2 HIS H  37     -30.323  -5.520 -13.075  1.00 46.76           N  
+ATOM   3054  N   TRP H  38     -27.776  -7.956 -18.392  1.00 47.88           N  
+ATOM   3055  CA  TRP H  38     -26.954  -8.725 -19.328  1.00 47.13           C  
+ATOM   3056  C   TRP H  38     -26.765 -10.148 -18.824  1.00 46.80           C  
+ATOM   3057  O   TRP H  38     -26.421 -10.349 -17.655  1.00 46.88           O  
+ATOM   3058  CB  TRP H  38     -25.569  -8.093 -19.453  1.00 47.04           C  
+ATOM   3059  CG  TRP H  38     -25.467  -6.837 -20.267  1.00 46.51           C  
+ATOM   3060  CD1 TRP H  38     -25.724  -5.561 -19.856  1.00 45.97           C  
+ATOM   3061  CD2 TRP H  38     -25.024  -6.741 -21.617  1.00 46.02           C  
+ATOM   3062  NE1 TRP H  38     -25.485  -4.680 -20.874  1.00 45.48           N  
+ATOM   3063  CE2 TRP H  38     -25.053  -5.380 -21.969  1.00 45.95           C  
+ATOM   3064  CE3 TRP H  38     -24.604  -7.679 -22.568  1.00 46.46           C  
+ATOM   3065  CZ2 TRP H  38     -24.684  -4.930 -23.235  1.00 46.75           C  
+ATOM   3066  CZ3 TRP H  38     -24.239  -7.236 -23.828  1.00 46.31           C  
+ATOM   3067  CH2 TRP H  38     -24.280  -5.873 -24.149  1.00 46.76           C  
+ATOM   3068  N   MET H  39     -26.968 -11.129 -19.702  1.00 46.23           N  
+ATOM   3069  CA  MET H  39     -26.756 -12.539 -19.344  1.00 45.77           C  
+ATOM   3070  C   MET H  39     -25.406 -13.107 -19.841  1.00 45.30           C  
+ATOM   3071  O   MET H  39     -25.098 -13.047 -21.037  1.00 45.51           O  
+ATOM   3072  CB  MET H  39     -27.921 -13.398 -19.838  1.00 45.65           C  
+ATOM   3073  CG  MET H  39     -27.960 -14.784 -19.220  1.00 46.28           C  
+ATOM   3074  SD  MET H  39     -28.248 -14.768 -17.432  1.00 46.94           S  
+ATOM   3075  CE  MET H  39     -30.038 -14.773 -17.405  1.00 47.97           C  
+ATOM   3076  N   HIS H  40     -24.617 -13.665 -18.920  1.00 44.35           N  
+ATOM   3077  CA  HIS H  40     -23.264 -14.157 -19.227  1.00 43.56           C  
+ATOM   3078  C   HIS H  40     -23.192 -15.686 -19.300  1.00 42.90           C  
+ATOM   3079  O   HIS H  40     -24.074 -16.359 -18.789  1.00 43.06           O  
+ATOM   3080  CB  HIS H  40     -22.271 -13.679 -18.162  1.00 43.62           C  
+ATOM   3081  CG  HIS H  40     -22.166 -12.191 -18.041  1.00 43.18           C  
+ATOM   3082  ND1 HIS H  40     -21.049 -11.491 -18.444  1.00 42.83           N  
+ATOM   3083  CD2 HIS H  40     -23.030 -11.275 -17.548  1.00 42.80           C  
+ATOM   3084  CE1 HIS H  40     -21.231 -10.206 -18.206  1.00 42.88           C  
+ATOM   3085  NE2 HIS H  40     -22.423 -10.048 -17.659  1.00 43.03           N  
+ATOM   3086  N   TRP H  41     -22.141 -16.227 -19.920  1.00 41.79           N  
+ATOM   3087  CA  TRP H  41     -21.887 -17.665 -19.892  1.00 40.80           C  
+ATOM   3088  C   TRP H  41     -20.438 -17.909 -19.564  1.00 40.70           C  
+ATOM   3089  O   TRP H  41     -19.570 -17.404 -20.256  1.00 41.19           O  
+ATOM   3090  CB  TRP H  41     -22.239 -18.313 -21.225  1.00 40.39           C  
+ATOM   3091  CG  TRP H  41     -23.712 -18.262 -21.508  1.00 40.07           C  
+ATOM   3092  CD1 TRP H  41     -24.398 -17.246 -22.110  1.00 39.31           C  
+ATOM   3093  CD2 TRP H  41     -24.685 -19.254 -21.171  1.00 39.06           C  
+ATOM   3094  NE1 TRP H  41     -25.730 -17.550 -22.178  1.00 39.13           N  
+ATOM   3095  CE2 TRP H  41     -25.935 -18.774 -21.602  1.00 39.27           C  
+ATOM   3096  CE3 TRP H  41     -24.618 -20.503 -20.549  1.00 38.71           C  
+ATOM   3097  CZ2 TRP H  41     -27.111 -19.497 -21.429  1.00 39.77           C  
+ATOM   3098  CZ3 TRP H  41     -25.778 -21.221 -20.381  1.00 38.98           C  
+ATOM   3099  CH2 TRP H  41     -27.012 -20.717 -20.817  1.00 39.66           C  
+ATOM   3100  N   VAL H  42     -20.181 -18.660 -18.495  1.00 40.38           N  
+ATOM   3101  CA  VAL H  42     -18.820 -18.997 -18.056  1.00 39.76           C  
+ATOM   3102  C   VAL H  42     -18.609 -20.497 -18.111  1.00 39.77           C  
+ATOM   3103  O   VAL H  42     -19.463 -21.273 -17.682  1.00 39.98           O  
+ATOM   3104  CB  VAL H  42     -18.544 -18.533 -16.610  1.00 39.63           C  
+ATOM   3105  CG1 VAL H  42     -17.181 -19.026 -16.133  1.00 39.18           C  
+ATOM   3106  CG2 VAL H  42     -18.626 -17.021 -16.510  1.00 39.50           C  
+ATOM   3107  N   ARG H  43     -17.458 -20.906 -18.617  1.00 39.65           N  
+ATOM   3108  CA  ARG H  43     -17.148 -22.318 -18.741  1.00 39.60           C  
+ATOM   3109  C   ARG H  43     -16.140 -22.768 -17.686  1.00 39.49           C  
+ATOM   3110  O   ARG H  43     -15.160 -22.065 -17.410  1.00 39.58           O  
+ATOM   3111  CB  ARG H  43     -16.598 -22.581 -20.131  1.00 39.68           C  
+ATOM   3112  CG  ARG H  43     -16.167 -23.984 -20.350  1.00 40.28           C  
+ATOM   3113  CD  ARG H  43     -15.864 -24.189 -21.781  1.00 42.01           C  
+ATOM   3114  NE  ARG H  43     -14.486 -23.867 -22.094  1.00 44.03           N  
+ATOM   3115  CZ  ARG H  43     -13.866 -24.307 -23.179  1.00 45.42           C  
+ATOM   3116  NH1 ARG H  43     -14.513 -25.083 -24.047  1.00 45.41           N  
+ATOM   3117  NH2 ARG H  43     -12.598 -23.978 -23.388  1.00 46.57           N  
+ATOM   3118  N   GLN H  44     -16.382 -23.938 -17.099  1.00 39.22           N  
+ATOM   3119  CA  GLN H  44     -15.430 -24.507 -16.154  1.00 39.03           C  
+ATOM   3120  C   GLN H  44     -15.096 -25.963 -16.441  1.00 39.24           C  
+ATOM   3121  O   GLN H  44     -15.878 -26.880 -16.124  1.00 38.93           O  
+ATOM   3122  CB  GLN H  44     -15.897 -24.336 -14.712  1.00 38.98           C  
+ATOM   3123  CG  GLN H  44     -14.813 -24.654 -13.678  1.00 38.48           C  
+ATOM   3124  CD  GLN H  44     -15.072 -24.008 -12.334  1.00 37.39           C  
+ATOM   3125  OE1 GLN H  44     -14.142 -23.686 -11.601  1.00 35.05           O  
+ATOM   3126  NE2 GLN H  44     -16.348 -23.813 -12.005  1.00 38.02           N  
+ATOM   3127  N   ALA H  45     -13.917 -26.142 -17.048  1.00 39.48           N  
+ATOM   3128  CA  ALA H  45     -13.300 -27.450 -17.296  1.00 39.29           C  
+ATOM   3129  C   ALA H  45     -13.048 -28.121 -15.958  1.00 39.22           C  
+ATOM   3130  O   ALA H  45     -12.643 -27.449 -15.009  1.00 39.44           O  
+ATOM   3131  CB  ALA H  45     -11.997 -27.274 -18.060  1.00 39.24           C  
+ATOM   3132  N   PRO H  46     -13.295 -29.436 -15.864  1.00 39.01           N  
+ATOM   3133  CA  PRO H  46     -13.259 -30.068 -14.555  1.00 39.20           C  
+ATOM   3134  C   PRO H  46     -11.872 -30.057 -13.873  1.00 39.53           C  
+ATOM   3135  O   PRO H  46     -10.841 -30.314 -14.512  1.00 39.05           O  
+ATOM   3136  CB  PRO H  46     -13.766 -31.488 -14.837  1.00 39.05           C  
+ATOM   3137  CG  PRO H  46     -13.493 -31.706 -16.252  1.00 38.93           C  
+ATOM   3138  CD  PRO H  46     -13.625 -30.393 -16.928  1.00 38.98           C  
+ATOM   3139  N   GLY H  47     -11.884 -29.743 -12.574  1.00 39.96           N  
+ATOM   3140  CA  GLY H  47     -10.675 -29.602 -11.776  1.00 40.56           C  
+ATOM   3141  C   GLY H  47      -9.921 -28.346 -12.169  1.00 41.05           C  
+ATOM   3142  O   GLY H  47      -8.729 -28.196 -11.858  1.00 41.64           O  
+ATOM   3143  N   GLN H  48     -10.617 -27.432 -12.841  1.00 40.94           N  
+ATOM   3144  CA  GLN H  48      -9.966 -26.307 -13.491  1.00 40.76           C  
+ATOM   3145  C   GLN H  48     -10.685 -24.980 -13.310  1.00 40.51           C  
+ATOM   3146  O   GLN H  48     -11.830 -24.940 -12.865  1.00 40.64           O  
+ATOM   3147  CB  GLN H  48      -9.830 -26.593 -14.974  1.00 40.74           C  
+ATOM   3148  CG  GLN H  48      -9.118 -27.867 -15.294  1.00 41.78           C  
+ATOM   3149  CD  GLN H  48      -8.238 -27.697 -16.496  1.00 44.34           C  
+ATOM   3150  OE1 GLN H  48      -7.084 -27.264 -16.368  1.00 46.41           O  
+ATOM   3151  NE2 GLN H  48      -8.773 -28.006 -17.686  1.00 43.89           N  
+ATOM   3152  N   GLY H  49     -10.001 -23.905 -13.692  1.00 40.21           N  
+ATOM   3153  CA  GLY H  49     -10.498 -22.542 -13.554  1.00 40.05           C  
+ATOM   3154  C   GLY H  49     -11.594 -22.107 -14.516  1.00 40.00           C  
+ATOM   3155  O   GLY H  49     -12.061 -22.877 -15.365  1.00 39.97           O  
+ATOM   3156  N   LEU H  50     -11.987 -20.846 -14.379  1.00 39.77           N  
+ATOM   3157  CA  LEU H  50     -13.141 -20.309 -15.073  1.00 39.52           C  
+ATOM   3158  C   LEU H  50     -12.712 -19.584 -16.331  1.00 39.66           C  
+ATOM   3159  O   LEU H  50     -11.737 -18.836 -16.313  1.00 39.61           O  
+ATOM   3160  CB  LEU H  50     -13.876 -19.345 -14.149  1.00 39.40           C  
+ATOM   3161  CG  LEU H  50     -14.436 -19.958 -12.871  1.00 38.71           C  
+ATOM   3162  CD1 LEU H  50     -14.285 -18.998 -11.742  1.00 37.81           C  
+ATOM   3163  CD2 LEU H  50     -15.896 -20.311 -13.070  1.00 39.37           C  
+ATOM   3164  N   GLU H  51     -13.433 -19.819 -17.424  1.00 39.79           N  
+ATOM   3165  CA  GLU H  51     -13.189 -19.110 -18.675  1.00 40.08           C  
+ATOM   3166  C   GLU H  51     -14.506 -18.495 -19.157  1.00 40.11           C  
+ATOM   3167  O   GLU H  51     -15.542 -19.158 -19.191  1.00 40.05           O  
+ATOM   3168  CB  GLU H  51     -12.607 -20.037 -19.758  1.00 40.14           C  
+ATOM   3169  CG  GLU H  51     -11.659 -21.136 -19.297  1.00 41.02           C  
+ATOM   3170  CD  GLU H  51     -11.862 -22.446 -20.082  1.00 43.28           C  
+ATOM   3171  OE1 GLU H  51     -11.604 -22.448 -21.309  1.00 43.05           O  
+ATOM   3172  OE2 GLU H  51     -12.281 -23.474 -19.476  1.00 43.74           O  
+ATOM   3173  N   TRP H  52     -14.450 -17.223 -19.530  1.00 40.34           N  
+ATOM   3174  CA  TRP H  52     -15.625 -16.458 -19.920  1.00 40.67           C  
+ATOM   3175  C   TRP H  52     -15.889 -16.652 -21.395  1.00 40.79           C  
+ATOM   3176  O   TRP H  52     -14.973 -16.533 -22.200  1.00 41.13           O  
+ATOM   3177  CB  TRP H  52     -15.375 -14.982 -19.620  1.00 40.93           C  
+ATOM   3178  CG  TRP H  52     -16.509 -14.054 -19.922  1.00 41.63           C  
+ATOM   3179  CD1 TRP H  52     -17.689 -13.946 -19.240  1.00 41.84           C  
+ATOM   3180  CD2 TRP H  52     -16.559 -13.069 -20.966  1.00 42.44           C  
+ATOM   3181  NE1 TRP H  52     -18.476 -12.963 -19.802  1.00 42.07           N  
+ATOM   3182  CE2 TRP H  52     -17.805 -12.411 -20.862  1.00 42.22           C  
+ATOM   3183  CE3 TRP H  52     -15.676 -12.684 -21.982  1.00 42.27           C  
+ATOM   3184  CZ2 TRP H  52     -18.185 -11.392 -21.737  1.00 41.66           C  
+ATOM   3185  CZ3 TRP H  52     -16.059 -11.671 -22.847  1.00 41.51           C  
+ATOM   3186  CH2 TRP H  52     -17.298 -11.040 -22.718  1.00 41.41           C  
+ATOM   3187  N   ILE H  53     -17.140 -16.940 -21.743  1.00 40.87           N  
+ATOM   3188  CA  ILE H  53     -17.549 -17.211 -23.128  1.00 40.86           C  
+ATOM   3189  C   ILE H  53     -18.192 -16.001 -23.796  1.00 41.28           C  
+ATOM   3190  O   ILE H  53     -18.152 -15.868 -25.023  1.00 41.48           O  
+ATOM   3191  CB  ILE H  53     -18.553 -18.378 -23.200  1.00 40.67           C  
+ATOM   3192  CG1 ILE H  53     -17.889 -19.693 -22.800  1.00 40.53           C  
+ATOM   3193  CG2 ILE H  53     -19.160 -18.506 -24.587  1.00 40.85           C  
+ATOM   3194  CD1 ILE H  53     -18.864 -20.852 -22.697  1.00 39.70           C  
+ATOM   3195  N   GLY H  54     -18.805 -15.131 -22.999  1.00 41.76           N  
+ATOM   3196  CA  GLY H  54     -19.506 -13.974 -23.547  1.00 42.21           C  
+ATOM   3197  C   GLY H  54     -20.732 -13.524 -22.779  1.00 42.62           C  
+ATOM   3198  O   GLY H  54     -21.152 -14.171 -21.818  1.00 42.35           O  
+ATOM   3199  N   GLU H  55     -21.298 -12.403 -23.223  1.00 43.21           N  
+ATOM   3200  CA  GLU H  55     -22.474 -11.790 -22.607  1.00 43.92           C  
+ATOM   3201  C   GLU H  55     -23.555 -11.500 -23.647  1.00 44.33           C  
+ATOM   3202  O   GLU H  55     -23.265 -11.377 -24.838  1.00 44.46           O  
+ATOM   3203  CB  GLU H  55     -22.081 -10.497 -21.894  1.00 43.68           C  
+ATOM   3204  CG  GLU H  55     -21.372  -9.490 -22.784  1.00 43.89           C  
+ATOM   3205  CD  GLU H  55     -20.932  -8.235 -22.048  1.00 44.52           C  
+ATOM   3206  OE1 GLU H  55     -20.053  -7.512 -22.579  1.00 46.06           O  
+ATOM   3207  OE2 GLU H  55     -21.457  -7.965 -20.946  1.00 44.80           O  
+ATOM   3208  N   PHE H  56     -24.797 -11.380 -23.187  1.00 44.95           N  
+ATOM   3209  CA  PHE H  56     -25.937 -11.068 -24.056  1.00 45.58           C  
+ATOM   3210  C   PHE H  56     -26.818 -10.034 -23.358  1.00 46.01           C  
+ATOM   3211  O   PHE H  56     -27.165 -10.213 -22.181  1.00 46.22           O  
+ATOM   3212  CB  PHE H  56     -26.739 -12.338 -24.339  1.00 45.46           C  
+ATOM   3213  CG  PHE H  56     -27.770 -12.197 -25.433  1.00 46.02           C  
+ATOM   3214  CD1 PHE H  56     -27.631 -12.904 -26.634  1.00 46.73           C  
+ATOM   3215  CD2 PHE H  56     -28.901 -11.399 -25.261  1.00 45.85           C  
+ATOM   3216  CE1 PHE H  56     -28.595 -12.800 -27.659  1.00 45.83           C  
+ATOM   3217  CE2 PHE H  56     -29.863 -11.290 -26.273  1.00 46.23           C  
+ATOM   3218  CZ  PHE H  56     -29.707 -11.999 -27.476  1.00 45.82           C  
+ATOM   3219  N   ASN H  57     -27.147  -8.946 -24.065  1.00 46.31           N  
+ATOM   3220  CA  ASN H  57     -28.081  -7.928 -23.560  1.00 46.36           C  
+ATOM   3221  C   ASN H  57     -29.498  -8.323 -23.961  1.00 46.78           C  
+ATOM   3222  O   ASN H  57     -29.916  -8.044 -25.091  1.00 46.93           O  
+ATOM   3223  CB  ASN H  57     -27.735  -6.534 -24.096  1.00 45.79           C  
+ATOM   3224  CG  ASN H  57     -28.452  -5.411 -23.345  1.00 45.23           C  
+ATOM   3225  OD1 ASN H  57     -29.239  -5.644 -22.432  1.00 44.38           O  
+ATOM   3226  ND2 ASN H  57     -28.171  -4.180 -23.736  1.00 44.80           N  
+ATOM   3227  N   PRO H  58     -30.248  -8.972 -23.037  1.00 47.11           N  
+ATOM   3228  CA  PRO H  58     -31.506  -9.608 -23.454  1.00 47.41           C  
+ATOM   3229  C   PRO H  58     -32.554  -8.586 -23.862  1.00 47.59           C  
+ATOM   3230  O   PRO H  58     -33.621  -8.970 -24.324  1.00 47.31           O  
+ATOM   3231  CB  PRO H  58     -31.951 -10.387 -22.208  1.00 47.35           C  
+ATOM   3232  CG  PRO H  58     -31.304  -9.698 -21.075  1.00 47.32           C  
+ATOM   3233  CD  PRO H  58     -30.009  -9.121 -21.589  1.00 46.88           C  
+ATOM   3234  N   SER H  59     -32.222  -7.303 -23.707  1.00 48.00           N  
+ATOM   3235  CA  SER H  59     -33.139  -6.212 -24.013  1.00 48.82           C  
+ATOM   3236  C   SER H  59     -33.019  -5.706 -25.458  1.00 49.52           C  
+ATOM   3237  O   SER H  59     -34.044  -5.410 -26.109  1.00 49.79           O  
+ATOM   3238  CB  SER H  59     -32.963  -5.055 -23.027  1.00 48.58           C  
+ATOM   3239  OG  SER H  59     -31.968  -4.154 -23.459  1.00 48.40           O  
+ATOM   3240  N   ASN H  62     -31.783  -5.596 -25.952  1.00 49.86           N  
+ATOM   3241  CA  ASN H  62     -31.569  -5.154 -27.325  1.00 50.24           C  
+ATOM   3242  C   ASN H  62     -30.962  -6.210 -28.260  1.00 50.68           C  
+ATOM   3243  O   ASN H  62     -31.111  -6.117 -29.477  1.00 50.96           O  
+ATOM   3244  CB  ASN H  62     -30.829  -3.813 -27.375  1.00 50.07           C  
+ATOM   3245  CG  ASN H  62     -29.373  -3.925 -27.007  1.00 50.58           C  
+ATOM   3246  OD1 ASN H  62     -28.746  -4.969 -27.202  1.00 51.28           O  
+ATOM   3247  ND2 ASN H  62     -28.809  -2.831 -26.492  1.00 50.79           N  
+ATOM   3248  N   GLY H  63     -30.298  -7.215 -27.697  1.00 51.16           N  
+ATOM   3249  CA  GLY H  63     -29.827  -8.354 -28.488  1.00 51.68           C  
+ATOM   3250  C   GLY H  63     -28.366  -8.282 -28.873  1.00 52.12           C  
+ATOM   3251  O   GLY H  63     -27.863  -9.123 -29.630  1.00 51.93           O  
+ATOM   3252  N   ARG H  64     -27.689  -7.272 -28.340  1.00 52.80           N  
+ATOM   3253  CA  ARG H  64     -26.260  -7.071 -28.561  1.00 53.72           C  
+ATOM   3254  C   ARG H  64     -25.455  -8.195 -27.885  1.00 53.70           C  
+ATOM   3255  O   ARG H  64     -25.914  -8.800 -26.915  1.00 53.83           O  
+ATOM   3256  CB  ARG H  64     -25.860  -5.690 -28.031  1.00 53.91           C  
+ATOM   3257  CG  ARG H  64     -25.191  -4.782 -29.058  1.00 55.75           C  
+ATOM   3258  CD  ARG H  64     -25.504  -3.304 -28.775  1.00 58.41           C  
+ATOM   3259  NE  ARG H  64     -26.608  -2.784 -29.588  1.00 59.81           N  
+ATOM   3260  CZ  ARG H  64     -27.199  -1.601 -29.405  1.00 60.85           C  
+ATOM   3261  NH1 ARG H  64     -26.812  -0.789 -28.422  1.00 60.98           N  
+ATOM   3262  NH2 ARG H  64     -28.195  -1.228 -30.204  1.00 61.33           N  
+ATOM   3263  N   THR H  65     -24.268  -8.490 -28.399  1.00 53.89           N  
+ATOM   3264  CA  THR H  65     -23.502  -9.627 -27.882  1.00 54.20           C  
+ATOM   3265  C   THR H  65     -22.002  -9.421 -27.899  1.00 54.21           C  
+ATOM   3266  O   THR H  65     -21.454  -8.895 -28.874  1.00 54.44           O  
+ATOM   3267  CB  THR H  65     -23.768 -10.886 -28.700  1.00 54.28           C  
+ATOM   3268  OG1 THR H  65     -23.947 -10.517 -30.075  1.00 54.53           O  
+ATOM   3269  CG2 THR H  65     -24.998 -11.614 -28.180  1.00 54.28           C  
+ATOM   3270  N   ASN H  66     -21.344  -9.864 -26.826  1.00 54.06           N  
+ATOM   3271  CA  ASN H  66     -19.881  -9.804 -26.720  1.00 53.93           C  
+ATOM   3272  C   ASN H  66     -19.240 -11.139 -26.339  1.00 53.88           C  
+ATOM   3273  O   ASN H  66     -19.376 -11.588 -25.202  1.00 53.95           O  
+ATOM   3274  CB  ASN H  66     -19.445  -8.692 -25.760  1.00 53.67           C  
+ATOM   3275  CG  ASN H  66     -19.713  -7.315 -26.317  1.00 53.59           C  
+ATOM   3276  OD1 ASN H  66     -18.789  -6.586 -26.667  1.00 53.77           O  
+ATOM   3277  ND2 ASN H  66     -20.986  -6.959 -26.427  1.00 53.77           N  
+ATOM   3278  N   TYR H  67     -18.552 -11.761 -27.298  1.00 53.79           N  
+ATOM   3279  CA  TYR H  67     -17.882 -13.041 -27.074  1.00 53.81           C  
+ATOM   3280  C   TYR H  67     -16.404 -12.830 -26.794  1.00 53.93           C  
+ATOM   3281  O   TYR H  67     -15.823 -11.805 -27.152  1.00 53.78           O  
+ATOM   3282  CB  TYR H  67     -18.031 -13.982 -28.273  1.00 53.71           C  
+ATOM   3283  CG  TYR H  67     -19.454 -14.237 -28.736  1.00 54.02           C  
+ATOM   3284  CD1 TYR H  67     -20.235 -13.206 -29.269  1.00 54.33           C  
+ATOM   3285  CD2 TYR H  67     -20.011 -15.515 -28.680  1.00 53.84           C  
+ATOM   3286  CE1 TYR H  67     -21.529 -13.438 -29.705  1.00 54.10           C  
+ATOM   3287  CE2 TYR H  67     -21.309 -15.756 -29.120  1.00 53.29           C  
+ATOM   3288  CZ  TYR H  67     -22.058 -14.710 -29.628  1.00 53.69           C  
+ATOM   3289  OH  TYR H  67     -23.338 -14.919 -30.066  1.00 53.76           O  
+ATOM   3290  N   ASN H  68     -15.813 -13.815 -26.130  1.00 54.28           N  
+ATOM   3291  CA  ASN H  68     -14.388 -13.861 -25.917  1.00 54.71           C  
+ATOM   3292  C   ASN H  68     -13.791 -14.476 -27.149  1.00 54.64           C  
+ATOM   3293  O   ASN H  68     -14.388 -15.374 -27.731  1.00 54.88           O  
+ATOM   3294  CB  ASN H  68     -14.063 -14.733 -24.709  1.00 55.04           C  
+ATOM   3295  CG  ASN H  68     -12.723 -14.384 -24.082  1.00 56.50           C  
+ATOM   3296  OD1 ASN H  68     -11.709 -14.245 -24.783  1.00 58.95           O  
+ATOM   3297  ND2 ASN H  68     -12.711 -14.234 -22.754  1.00 56.48           N  
+ATOM   3298  N   GLU H  69     -12.620 -13.991 -27.545  1.00 54.65           N  
+ATOM   3299  CA  GLU H  69     -11.936 -14.469 -28.749  1.00 54.62           C  
+ATOM   3300  C   GLU H  69     -12.256 -15.928 -29.101  1.00 54.24           C  
+ATOM   3301  O   GLU H  69     -12.991 -16.191 -30.059  1.00 54.06           O  
+ATOM   3302  CB  GLU H  69     -10.416 -14.266 -28.621  1.00 54.97           C  
+ATOM   3303  CG  GLU H  69      -9.933 -12.836 -28.886  1.00 55.82           C  
+ATOM   3304  CD  GLU H  69     -10.082 -12.411 -30.345  1.00 57.05           C  
+ATOM   3305  OE1 GLU H  69     -10.282 -13.288 -31.207  1.00 57.66           O  
+ATOM   3306  OE2 GLU H  69      -9.996 -11.198 -30.636  1.00 58.03           O  
+ATOM   3307  N   LYS H  70     -11.728 -16.858 -28.299  1.00 53.79           N  
+ATOM   3308  CA  LYS H  70     -11.835 -18.306 -28.545  1.00 53.18           C  
+ATOM   3309  C   LYS H  70     -13.223 -18.807 -28.973  1.00 52.77           C  
+ATOM   3310  O   LYS H  70     -13.320 -19.696 -29.812  1.00 52.82           O  
+ATOM   3311  CB  LYS H  70     -11.334 -19.101 -27.326  1.00 52.83           C  
+ATOM   3312  N   PHE H  71     -14.286 -18.222 -28.426  1.00 52.48           N  
+ATOM   3313  CA  PHE H  71     -15.624 -18.816 -28.536  1.00 52.38           C  
+ATOM   3314  C   PHE H  71     -16.521 -18.327 -29.674  1.00 52.54           C  
+ATOM   3315  O   PHE H  71     -17.555 -18.946 -29.943  1.00 52.52           O  
+ATOM   3316  CB  PHE H  71     -16.360 -18.748 -27.194  1.00 51.99           C  
+ATOM   3317  CG  PHE H  71     -15.642 -19.452 -26.092  1.00 51.58           C  
+ATOM   3318  CD1 PHE H  71     -15.814 -20.817 -25.897  1.00 50.84           C  
+ATOM   3319  CD2 PHE H  71     -14.764 -18.754 -25.254  1.00 51.69           C  
+ATOM   3320  CE1 PHE H  71     -15.122 -21.486 -24.868  1.00 51.38           C  
+ATOM   3321  CE2 PHE H  71     -14.067 -19.410 -24.218  1.00 51.26           C  
+ATOM   3322  CZ  PHE H  71     -14.247 -20.776 -24.024  1.00 51.12           C  
+ATOM   3323  N   LYS H  72     -16.130 -17.245 -30.347  1.00 52.79           N  
+ATOM   3324  CA  LYS H  72     -16.916 -16.720 -31.475  1.00 53.02           C  
+ATOM   3325  C   LYS H  72     -17.415 -17.858 -32.376  1.00 53.11           C  
+ATOM   3326  O   LYS H  72     -18.620 -17.958 -32.645  1.00 53.15           O  
+ATOM   3327  CB  LYS H  72     -16.130 -15.673 -32.280  1.00 52.88           C  
+ATOM   3328  N   SER H  74     -16.496 -18.732 -32.799  1.00 53.14           N  
+ATOM   3329  CA  SER H  74     -16.847 -19.865 -33.666  1.00 53.32           C  
+ATOM   3330  C   SER H  74     -17.751 -20.913 -32.973  1.00 53.34           C  
+ATOM   3331  O   SER H  74     -18.866 -21.182 -33.456  1.00 53.56           O  
+ATOM   3332  CB  SER H  74     -15.592 -20.516 -34.264  1.00 53.25           C  
+ATOM   3333  OG  SER H  74     -15.028 -21.470 -33.376  1.00 53.46           O  
+ATOM   3334  N   LYS H  75     -17.280 -21.480 -31.853  1.00 52.88           N  
+ATOM   3335  CA  LYS H  75     -18.016 -22.522 -31.122  1.00 52.50           C  
+ATOM   3336  C   LYS H  75     -19.421 -22.056 -30.695  1.00 52.48           C  
+ATOM   3337  O   LYS H  75     -20.438 -22.431 -31.307  1.00 52.61           O  
+ATOM   3338  CB  LYS H  75     -17.213 -23.002 -29.907  1.00 52.06           C  
+ATOM   3339  N   ALA H  76     -19.461 -21.203 -29.671  1.00 52.10           N  
+ATOM   3340  CA  ALA H  76     -20.709 -20.802 -29.011  1.00 51.45           C  
+ATOM   3341  C   ALA H  76     -21.532 -19.787 -29.790  1.00 50.95           C  
+ATOM   3342  O   ALA H  76     -20.978 -18.984 -30.542  1.00 51.00           O  
+ATOM   3343  CB  ALA H  76     -20.401 -20.258 -27.621  1.00 51.49           C  
+ATOM   3344  N   THR H  77     -22.850 -19.836 -29.597  1.00 50.35           N  
+ATOM   3345  CA  THR H  77     -23.772 -18.774 -30.042  1.00 49.95           C  
+ATOM   3346  C   THR H  77     -24.843 -18.508 -28.976  1.00 49.71           C  
+ATOM   3347  O   THR H  77     -25.480 -19.437 -28.488  1.00 49.62           O  
+ATOM   3348  CB  THR H  77     -24.417 -19.078 -31.421  1.00 49.80           C  
+ATOM   3349  OG1 THR H  77     -24.145 -20.436 -31.786  1.00 50.01           O  
+ATOM   3350  CG2 THR H  77     -23.849 -18.158 -32.500  1.00 49.43           C  
+ATOM   3351  N   MET H  78     -25.016 -17.238 -28.612  1.00 49.56           N  
+ATOM   3352  CA  MET H  78     -25.885 -16.833 -27.507  1.00 49.59           C  
+ATOM   3353  C   MET H  78     -27.219 -16.304 -28.011  1.00 50.01           C  
+ATOM   3354  O   MET H  78     -27.247 -15.439 -28.881  1.00 50.35           O  
+ATOM   3355  CB  MET H  78     -25.202 -15.755 -26.660  1.00 49.55           C  
+ATOM   3356  CG  MET H  78     -23.936 -16.217 -25.935  1.00 49.44           C  
+ATOM   3357  SD  MET H  78     -23.167 -14.942 -24.900  1.00 49.18           S  
+ATOM   3358  CE  MET H  78     -22.283 -13.980 -26.122  1.00 49.48           C  
+ATOM   3359  N   THR H  79     -28.320 -16.825 -27.463  1.00 50.43           N  
+ATOM   3360  CA  THR H  79     -29.694 -16.413 -27.828  1.00 50.43           C  
+ATOM   3361  C   THR H  79     -30.607 -16.375 -26.601  1.00 50.81           C  
+ATOM   3362  O   THR H  79     -30.267 -16.886 -25.532  1.00 50.86           O  
+ATOM   3363  CB  THR H  79     -30.343 -17.334 -28.899  1.00 50.27           C  
+ATOM   3364  OG1 THR H  79     -30.507 -18.665 -28.382  1.00 50.22           O  
+ATOM   3365  CG2 THR H  79     -29.509 -17.387 -30.154  1.00 50.11           C  
+ATOM   3366  N   VAL H  80     -31.779 -15.781 -26.777  1.00 51.30           N  
+ATOM   3367  CA  VAL H  80     -32.685 -15.474 -25.678  1.00 51.80           C  
+ATOM   3368  C   VAL H  80     -34.139 -15.585 -26.147  1.00 51.94           C  
+ATOM   3369  O   VAL H  80     -34.437 -15.417 -27.329  1.00 52.17           O  
+ATOM   3370  CB  VAL H  80     -32.383 -14.044 -25.133  1.00 51.93           C  
+ATOM   3371  CG1 VAL H  80     -33.619 -13.380 -24.518  1.00 52.67           C  
+ATOM   3372  CG2 VAL H  80     -31.242 -14.081 -24.135  1.00 51.86           C  
+ATOM   3373  N   ASP H  81     -35.041 -15.881 -25.222  1.00 52.09           N  
+ATOM   3374  CA  ASP H  81     -36.459 -15.898 -25.525  1.00 52.32           C  
+ATOM   3375  C   ASP H  81     -37.180 -15.169 -24.388  1.00 52.06           C  
+ATOM   3376  O   ASP H  81     -37.662 -15.777 -23.418  1.00 51.79           O  
+ATOM   3377  CB  ASP H  81     -36.930 -17.345 -25.759  1.00 52.71           C  
+ATOM   3378  CG  ASP H  81     -38.448 -17.518 -25.659  1.00 54.85           C  
+ATOM   3379  OD1 ASP H  81     -39.215 -16.564 -25.942  1.00 57.28           O  
+ATOM   3380  OD2 ASP H  81     -38.881 -18.637 -25.294  1.00 56.79           O  
+ATOM   3381  N   THR H  82     -37.215 -13.844 -24.527  1.00 51.96           N  
+ATOM   3382  CA  THR H  82     -37.804 -12.920 -23.548  1.00 52.04           C  
+ATOM   3383  C   THR H  82     -39.236 -13.241 -23.126  1.00 52.28           C  
+ATOM   3384  O   THR H  82     -39.616 -12.998 -21.976  1.00 52.09           O  
+ATOM   3385  CB  THR H  82     -37.780 -11.492 -24.081  1.00 51.86           C  
+ATOM   3386  OG1 THR H  82     -37.804 -11.525 -25.511  1.00 51.92           O  
+ATOM   3387  CG2 THR H  82     -36.518 -10.798 -23.642  1.00 52.31           C  
+ATOM   3388  N   SER H  83     -40.015 -13.778 -24.072  1.00 52.78           N  
+ATOM   3389  CA  SER H  83     -41.376 -14.290 -23.838  1.00 52.93           C  
+ATOM   3390  C   SER H  83     -41.457 -15.244 -22.642  1.00 53.09           C  
+ATOM   3391  O   SER H  83     -42.463 -15.267 -21.922  1.00 52.93           O  
+ATOM   3392  CB  SER H  83     -41.896 -14.999 -25.090  1.00 52.66           C  
+ATOM   3393  N   THR H  84     -40.391 -16.015 -22.429  1.00 53.26           N  
+ATOM   3394  CA  THR H  84     -40.365 -16.994 -21.345  1.00 53.44           C  
+ATOM   3395  C   THR H  84     -39.115 -16.925 -20.454  1.00 53.42           C  
+ATOM   3396  O   THR H  84     -38.690 -17.939 -19.883  1.00 53.47           O  
+ATOM   3397  CB  THR H  84     -40.545 -18.415 -21.885  1.00 53.48           C  
+ATOM   3398  OG1 THR H  84     -39.507 -18.691 -22.833  1.00 53.16           O  
+ATOM   3399  CG2 THR H  84     -41.920 -18.559 -22.550  1.00 53.77           C  
+ATOM   3400  N   ASN H  85     -38.558 -15.718 -20.326  1.00 53.28           N  
+ATOM   3401  CA  ASN H  85     -37.429 -15.436 -19.427  1.00 53.07           C  
+ATOM   3402  C   ASN H  85     -36.421 -16.566 -19.388  1.00 52.66           C  
+ATOM   3403  O   ASN H  85     -36.245 -17.223 -18.364  1.00 52.96           O  
+ATOM   3404  CB  ASN H  85     -37.928 -15.106 -18.019  1.00 53.18           C  
+ATOM   3405  CG  ASN H  85     -38.673 -13.778 -17.959  1.00 54.32           C  
+ATOM   3406  OD1 ASN H  85     -39.547 -13.489 -18.790  1.00 55.55           O  
+ATOM   3407  ND2 ASN H  85     -38.333 -12.961 -16.968  1.00 54.84           N  
+ATOM   3408  N   THR H  86     -35.785 -16.803 -20.528  1.00 52.03           N  
+ATOM   3409  CA  THR H  86     -34.853 -17.905 -20.670  1.00 51.61           C  
+ATOM   3410  C   THR H  86     -33.782 -17.574 -21.712  1.00 51.48           C  
+ATOM   3411  O   THR H  86     -34.096 -17.091 -22.809  1.00 51.55           O  
+ATOM   3412  CB  THR H  86     -35.574 -19.239 -20.994  1.00 51.48           C  
+ATOM   3413  OG1 THR H  86     -34.639 -20.179 -21.531  1.00 51.47           O  
+ATOM   3414  CG2 THR H  86     -36.662 -19.027 -22.012  1.00 52.01           C  
+ATOM   3415  N   ALA H  87     -32.521 -17.816 -21.337  1.00 51.02           N  
+ATOM   3416  CA  ALA H  87     -31.364 -17.573 -22.198  1.00 50.29           C  
+ATOM   3417  C   ALA H  87     -30.689 -18.882 -22.562  1.00 49.96           C  
+ATOM   3418  O   ALA H  87     -30.604 -19.802 -21.750  1.00 49.77           O  
+ATOM   3419  CB  ALA H  87     -30.382 -16.645 -21.523  1.00 50.25           C  
+ATOM   3420  N   TYR H  88     -30.207 -18.950 -23.796  1.00 49.81           N  
+ATOM   3421  CA  TYR H  88     -29.646 -20.171 -24.351  1.00 49.49           C  
+ATOM   3422  C   TYR H  88     -28.200 -19.935 -24.743  1.00 49.17           C  
+ATOM   3423  O   TYR H  88     -27.769 -18.788 -24.873  1.00 49.08           O  
+ATOM   3424  CB  TYR H  88     -30.464 -20.620 -25.565  1.00 49.58           C  
+ATOM   3425  CG  TYR H  88     -31.935 -20.885 -25.273  1.00 49.82           C  
+ATOM   3426  CD1 TYR H  88     -32.864 -19.836 -25.234  1.00 49.89           C  
+ATOM   3427  CD2 TYR H  88     -32.402 -22.185 -25.047  1.00 49.75           C  
+ATOM   3428  CE1 TYR H  88     -34.219 -20.071 -24.970  1.00 49.98           C  
+ATOM   3429  CE2 TYR H  88     -33.761 -22.434 -24.785  1.00 50.18           C  
+ATOM   3430  CZ  TYR H  88     -34.666 -21.370 -24.751  1.00 50.26           C  
+ATOM   3431  OH  TYR H  88     -36.011 -21.601 -24.501  1.00 49.84           O  
+ATOM   3432  N   MET H  89     -27.456 -21.026 -24.905  1.00 48.96           N  
+ATOM   3433  CA  MET H  89     -26.055 -20.986 -25.301  1.00 48.98           C  
+ATOM   3434  C   MET H  89     -25.760 -22.268 -26.055  1.00 49.08           C  
+ATOM   3435  O   MET H  89     -25.712 -23.346 -25.463  1.00 48.83           O  
+ATOM   3436  CB  MET H  89     -25.161 -20.863 -24.065  1.00 49.11           C  
+ATOM   3437  CG  MET H  89     -23.729 -20.404 -24.305  1.00 48.92           C  
+ATOM   3438  SD  MET H  89     -22.591 -21.753 -24.700  1.00 50.72           S  
+ATOM   3439  CE  MET H  89     -22.738 -22.825 -23.266  1.00 49.67           C  
+ATOM   3440  N   GLU H  90     -25.588 -22.149 -27.368  1.00 49.44           N  
+ATOM   3441  CA  GLU H  90     -25.437 -23.317 -28.225  1.00 49.94           C  
+ATOM   3442  C   GLU H  90     -24.000 -23.498 -28.704  1.00 50.09           C  
+ATOM   3443  O   GLU H  90     -23.374 -22.555 -29.207  1.00 50.27           O  
+ATOM   3444  CB  GLU H  90     -26.409 -23.266 -29.411  1.00 49.81           C  
+ATOM   3445  CG  GLU H  90     -26.410 -24.550 -30.248  1.00 50.37           C  
+ATOM   3446  CD  GLU H  90     -27.429 -24.556 -31.388  1.00 50.50           C  
+ATOM   3447  OE1 GLU H  90     -27.832 -23.468 -31.862  1.00 51.05           O  
+ATOM   3448  OE2 GLU H  90     -27.818 -25.668 -31.819  1.00 50.66           O  
+ATOM   3449  N   LEU H  91     -23.499 -24.724 -28.555  1.00 50.22           N  
+ATOM   3450  CA  LEU H  91     -22.121 -25.053 -28.885  1.00 50.36           C  
+ATOM   3451  C   LEU H  91     -22.003 -25.872 -30.165  1.00 50.61           C  
+ATOM   3452  O   LEU H  91     -22.642 -26.920 -30.298  1.00 50.64           O  
+ATOM   3453  CB  LEU H  91     -21.451 -25.777 -27.714  1.00 50.31           C  
+ATOM   3454  CG  LEU H  91     -21.035 -24.913 -26.513  1.00 50.38           C  
+ATOM   3455  CD1 LEU H  91     -20.657 -25.773 -25.317  1.00 49.89           C  
+ATOM   3456  CD2 LEU H  91     -19.882 -23.996 -26.877  1.00 50.60           C  
+ATOM   3457  N   SER H  92     -21.173 -25.365 -31.086  1.00 50.91           N  
+ATOM   3458  CA  SER H  92     -20.888 -25.963 -32.403  1.00 51.09           C  
+ATOM   3459  C   SER H  92     -19.830 -27.060 -32.330  1.00 51.31           C  
+ATOM   3460  O   SER H  92     -19.307 -27.350 -31.247  1.00 51.42           O  
+ATOM   3461  CB  SER H  92     -20.382 -24.878 -33.360  1.00 50.89           C  
+ATOM   3462  N   SER H  93     -19.523 -27.657 -33.489  1.00 51.47           N  
+ATOM   3463  CA  SER H  93     -18.381 -28.578 -33.666  1.00 51.49           C  
+ATOM   3464  C   SER H  93     -17.791 -29.073 -32.337  1.00 51.57           C  
+ATOM   3465  O   SER H  93     -16.679 -28.683 -31.956  1.00 51.61           O  
+ATOM   3466  CB  SER H  93     -17.294 -27.909 -34.519  1.00 51.22           C  
+ATOM   3467  N   LEU H  94     -18.552 -29.927 -31.645  1.00 51.63           N  
+ATOM   3468  CA  LEU H  94     -18.250 -30.344 -30.272  1.00 51.55           C  
+ATOM   3469  C   LEU H  94     -16.988 -31.190 -30.194  1.00 51.95           C  
+ATOM   3470  O   LEU H  94     -16.806 -32.136 -30.960  1.00 52.26           O  
+ATOM   3471  CB  LEU H  94     -19.438 -31.091 -29.669  1.00 51.18           C  
+ATOM   3472  CG  LEU H  94     -19.961 -30.612 -28.314  1.00 50.49           C  
+ATOM   3473  CD1 LEU H  94     -20.179 -29.122 -28.300  1.00 50.69           C  
+ATOM   3474  CD2 LEU H  94     -21.252 -31.297 -27.977  1.00 49.36           C  
+ATOM   3475  N   ARG H  95     -16.111 -30.830 -29.271  1.00 52.13           N  
+ATOM   3476  CA  ARG H  95     -14.813 -31.465 -29.176  1.00 52.68           C  
+ATOM   3477  C   ARG H  95     -14.603 -32.022 -27.772  1.00 52.66           C  
+ATOM   3478  O   ARG H  95     -15.181 -31.512 -26.807  1.00 52.93           O  
+ATOM   3479  CB  ARG H  95     -13.728 -30.447 -29.521  1.00 52.59           C  
+ATOM   3480  CG  ARG H  95     -12.303 -30.989 -29.469  1.00 53.63           C  
+ATOM   3481  CD  ARG H  95     -11.293 -29.942 -29.911  1.00 53.65           C  
+ATOM   3482  NE  ARG H  95     -11.140 -28.882 -28.917  1.00 55.38           N  
+ATOM   3483  CZ  ARG H  95     -10.728 -27.649 -29.195  1.00 55.65           C  
+ATOM   3484  NH1 ARG H  95     -10.432 -27.311 -30.444  1.00 56.10           N  
+ATOM   3485  NH2 ARG H  95     -10.620 -26.749 -28.225  1.00 55.78           N  
+ATOM   3486  N   SER H  96     -13.786 -33.072 -27.665  1.00 52.43           N  
+ATOM   3487  CA  SER H  96     -13.347 -33.613 -26.376  1.00 52.15           C  
+ATOM   3488  C   SER H  96     -12.909 -32.545 -25.355  1.00 51.97           C  
+ATOM   3489  O   SER H  96     -12.793 -32.832 -24.162  1.00 52.02           O  
+ATOM   3490  CB  SER H  96     -12.213 -34.623 -26.601  1.00 52.37           C  
+ATOM   3491  OG  SER H  96     -11.192 -34.510 -25.609  1.00 52.42           O  
+ATOM   3492  N   GLU H  97     -12.663 -31.323 -25.826  1.00 51.63           N  
+ATOM   3493  CA  GLU H  97     -12.176 -30.243 -24.967  1.00 51.22           C  
+ATOM   3494  C   GLU H  97     -13.307 -29.335 -24.440  1.00 50.78           C  
+ATOM   3495  O   GLU H  97     -13.069 -28.399 -23.665  1.00 50.72           O  
+ATOM   3496  CB  GLU H  97     -11.091 -29.439 -25.699  1.00 51.22           C  
+ATOM   3497  N   ASP H  98     -14.536 -29.631 -24.849  1.00 50.19           N  
+ATOM   3498  CA  ASP H  98     -15.701 -28.832 -24.457  1.00 49.75           C  
+ATOM   3499  C   ASP H  98     -16.390 -29.388 -23.208  1.00 49.25           C  
+ATOM   3500  O   ASP H  98     -17.396 -28.834 -22.729  1.00 48.93           O  
+ATOM   3501  CB  ASP H  98     -16.700 -28.756 -25.613  1.00 49.94           C  
+ATOM   3502  CG  ASP H  98     -16.051 -28.332 -26.917  1.00 50.32           C  
+ATOM   3503  OD1 ASP H  98     -14.828 -28.067 -26.920  1.00 50.28           O  
+ATOM   3504  OD2 ASP H  98     -16.767 -28.268 -27.941  1.00 51.50           O  
+ATOM   3505  N   THR H  99     -15.844 -30.489 -22.692  1.00 48.50           N  
+ATOM   3506  CA  THR H  99     -16.368 -31.098 -21.487  1.00 47.67           C  
+ATOM   3507  C   THR H  99     -16.106 -30.153 -20.345  1.00 47.03           C  
+ATOM   3508  O   THR H  99     -14.954 -29.929 -19.959  1.00 47.04           O  
+ATOM   3509  CB  THR H  99     -15.710 -32.435 -21.179  1.00 47.76           C  
+ATOM   3510  OG1 THR H  99     -15.827 -33.294 -22.317  1.00 48.05           O  
+ATOM   3511  CG2 THR H  99     -16.384 -33.090 -19.971  1.00 47.93           C  
+ATOM   3512  N   ALA H 100     -17.186 -29.579 -19.830  1.00 46.08           N  
+ATOM   3513  CA  ALA H 100     -17.097 -28.678 -18.702  1.00 45.18           C  
+ATOM   3514  C   ALA H 100     -18.478 -28.274 -18.203  1.00 44.63           C  
+ATOM   3515  O   ALA H 100     -19.502 -28.552 -18.848  1.00 44.24           O  
+ATOM   3516  CB  ALA H 100     -16.299 -27.456 -19.082  1.00 45.15           C  
+ATOM   3517  N   VAL H 101     -18.477 -27.623 -17.039  1.00 43.87           N  
+ATOM   3518  CA  VAL H 101     -19.674 -27.065 -16.441  1.00 42.99           C  
+ATOM   3519  C   VAL H 101     -19.914 -25.722 -17.096  1.00 42.57           C  
+ATOM   3520  O   VAL H 101     -19.045 -24.845 -17.094  1.00 42.15           O  
+ATOM   3521  CB  VAL H 101     -19.524 -26.877 -14.921  1.00 42.80           C  
+ATOM   3522  CG1 VAL H 101     -20.854 -26.584 -14.300  1.00 42.60           C  
+ATOM   3523  CG2 VAL H 101     -18.941 -28.122 -14.289  1.00 43.37           C  
+ATOM   3524  N   TYR H 102     -21.095 -25.579 -17.681  1.00 42.36           N  
+ATOM   3525  CA  TYR H 102     -21.493 -24.312 -18.260  1.00 42.19           C  
+ATOM   3526  C   TYR H 102     -22.447 -23.557 -17.341  1.00 41.94           C  
+ATOM   3527  O   TYR H 102     -23.542 -24.021 -17.040  1.00 41.90           O  
+ATOM   3528  CB  TYR H 102     -22.055 -24.519 -19.656  1.00 42.24           C  
+ATOM   3529  CG  TYR H 102     -20.970 -24.896 -20.618  1.00 42.69           C  
+ATOM   3530  CD1 TYR H 102     -20.654 -26.229 -20.856  1.00 43.42           C  
+ATOM   3531  CD2 TYR H 102     -20.218 -23.917 -21.260  1.00 43.38           C  
+ATOM   3532  CE1 TYR H 102     -19.627 -26.580 -21.744  1.00 43.70           C  
+ATOM   3533  CE2 TYR H 102     -19.198 -24.254 -22.148  1.00 43.17           C  
+ATOM   3534  CZ  TYR H 102     -18.906 -25.582 -22.383  1.00 43.05           C  
+ATOM   3535  OH  TYR H 102     -17.896 -25.908 -23.256  1.00 43.05           O  
+ATOM   3536  N   TYR H 103     -21.979 -22.408 -16.864  1.00 41.58           N  
+ATOM   3537  CA  TYR H 103     -22.721 -21.592 -15.930  1.00 41.30           C  
+ATOM   3538  C   TYR H 103     -23.294 -20.455 -16.726  1.00 41.08           C  
+ATOM   3539  O   TYR H 103     -22.662 -19.975 -17.652  1.00 40.92           O  
+ATOM   3540  CB  TYR H 103     -21.794 -21.002 -14.851  1.00 41.38           C  
+ATOM   3541  CG  TYR H 103     -21.240 -21.964 -13.798  1.00 41.22           C  
+ATOM   3542  CD1 TYR H 103     -19.897 -22.340 -13.820  1.00 41.21           C  
+ATOM   3543  CD2 TYR H 103     -22.044 -22.463 -12.764  1.00 40.54           C  
+ATOM   3544  CE1 TYR H 103     -19.369 -23.204 -12.865  1.00 40.83           C  
+ATOM   3545  CE2 TYR H 103     -21.524 -23.327 -11.804  1.00 40.28           C  
+ATOM   3546  CZ  TYR H 103     -20.181 -23.687 -11.865  1.00 41.03           C  
+ATOM   3547  OH  TYR H 103     -19.632 -24.529 -10.932  1.00 41.79           O  
+ATOM   3548  N   CYS H 104     -24.494 -20.026 -16.380  1.00 41.14           N  
+ATOM   3549  CA  CYS H 104     -24.965 -18.739 -16.841  1.00 41.60           C  
+ATOM   3550  C   CYS H 104     -25.029 -17.853 -15.614  1.00 41.72           C  
+ATOM   3551  O   CYS H 104     -25.116 -18.359 -14.496  1.00 41.72           O  
+ATOM   3552  CB  CYS H 104     -26.328 -18.851 -17.502  1.00 41.66           C  
+ATOM   3553  SG  CYS H 104     -27.592 -19.367 -16.363  1.00 42.99           S  
+ATOM   3554  N   ALA H 105     -24.973 -16.540 -15.818  1.00 41.99           N  
+ATOM   3555  CA  ALA H 105     -24.865 -15.591 -14.713  1.00 42.31           C  
+ATOM   3556  C   ALA H 105     -25.293 -14.203 -15.151  1.00 42.68           C  
+ATOM   3557  O   ALA H 105     -24.797 -13.691 -16.154  1.00 42.89           O  
+ATOM   3558  CB  ALA H 105     -23.441 -15.561 -14.174  1.00 42.04           C  
+ATOM   3559  N   SER H 106     -26.215 -13.600 -14.405  1.00 43.10           N  
+ATOM   3560  CA  SER H 106     -26.739 -12.289 -14.761  1.00 43.78           C  
+ATOM   3561  C   SER H 106     -25.883 -11.217 -14.111  1.00 44.09           C  
+ATOM   3562  O   SER H 106     -26.002 -10.968 -12.915  1.00 44.52           O  
+ATOM   3563  CB  SER H 106     -28.205 -12.161 -14.345  1.00 43.85           C  
+ATOM   3564  OG  SER H 106     -28.344 -12.260 -12.937  1.00 44.45           O  
+ATOM   3565  N   ARG H 107     -25.005 -10.600 -14.898  1.00 44.45           N  
+ATOM   3566  CA  ARG H 107     -23.975  -9.710 -14.354  1.00 44.74           C  
+ATOM   3567  C   ARG H 107     -23.983  -8.394 -15.101  1.00 45.30           C  
+ATOM   3568  O   ARG H 107     -24.091  -8.364 -16.323  1.00 45.22           O  
+ATOM   3569  CB  ARG H 107     -22.602 -10.375 -14.387  1.00 44.49           C  
+ATOM   3570  CG  ARG H 107     -22.648 -11.841 -14.005  1.00 43.43           C  
+ATOM   3571  CD  ARG H 107     -21.285 -12.427 -13.875  1.00 42.24           C  
+ATOM   3572  NE  ARG H 107     -20.543 -12.379 -15.125  1.00 41.89           N  
+ATOM   3573  CZ  ARG H 107     -19.225 -12.510 -15.197  1.00 42.22           C  
+ATOM   3574  NH1 ARG H 107     -18.521 -12.688 -14.086  1.00 42.94           N  
+ATOM   3575  NH2 ARG H 107     -18.608 -12.459 -16.370  1.00 41.43           N  
+ATOM   3576  N   ASP H 108     -23.860  -7.307 -14.349  1.00 46.12           N  
+ATOM   3577  CA  ASP H 108     -24.504  -6.064 -14.734  1.00 46.92           C  
+ATOM   3578  C   ASP H 108     -24.191  -5.002 -13.725  1.00 47.41           C  
+ATOM   3579  O   ASP H 108     -23.710  -5.297 -12.628  1.00 47.46           O  
+ATOM   3580  CB  ASP H 108     -26.016  -6.273 -14.649  1.00 47.11           C  
+ATOM   3581  CG  ASP H 108     -26.756  -5.722 -15.833  1.00 47.50           C  
+ATOM   3582  OD1 ASP H 108     -26.331  -5.962 -16.983  1.00 48.36           O  
+ATOM   3583  OD2 ASP H 108     -27.798  -5.082 -15.609  1.00 47.28           O  
+ATOM   3584  N   TYR H 109     -24.520  -3.767 -14.081  1.00 48.07           N  
+ATOM   3585  CA  TYR H 109     -24.451  -2.651 -13.150  1.00 48.60           C  
+ATOM   3586  C   TYR H 109     -25.842  -2.098 -12.928  1.00 49.06           C  
+ATOM   3587  O   TYR H 109     -26.544  -1.824 -13.896  1.00 49.25           O  
+ATOM   3588  CB  TYR H 109     -23.559  -1.557 -13.717  1.00 48.41           C  
+ATOM   3589  CG  TYR H 109     -22.104  -1.740 -13.412  1.00 47.80           C  
+ATOM   3590  CD1 TYR H 109     -21.589  -1.376 -12.175  1.00 47.96           C  
+ATOM   3591  CD2 TYR H 109     -21.240  -2.266 -14.360  1.00 47.26           C  
+ATOM   3592  CE1 TYR H 109     -20.238  -1.528 -11.886  1.00 48.40           C  
+ATOM   3593  CE2 TYR H 109     -19.891  -2.431 -14.084  1.00 47.96           C  
+ATOM   3594  CZ  TYR H 109     -19.392  -2.058 -12.844  1.00 48.27           C  
+ATOM   3595  OH  TYR H 109     -18.052  -2.213 -12.559  1.00 47.92           O  
+ATOM   3596  N   ASP H 110     -26.237  -1.940 -11.665  1.00 49.66           N  
+ATOM   3597  CA  ASP H 110     -27.521  -1.316 -11.310  1.00 50.36           C  
+ATOM   3598  C   ASP H 110     -27.570   0.157 -11.688  1.00 50.58           C  
+ATOM   3599  O   ASP H 110     -26.539   0.832 -11.727  1.00 50.66           O  
+ATOM   3600  CB  ASP H 110     -27.813  -1.460  -9.813  1.00 50.44           C  
+ATOM   3601  CG  ASP H 110     -28.311  -2.858  -9.442  1.00 52.09           C  
+ATOM   3602  OD1 ASP H 110     -28.638  -3.660 -10.355  1.00 52.71           O  
+ATOM   3603  OD2 ASP H 110     -28.380  -3.157  -8.224  1.00 54.08           O  
+ATOM   3604  N   TYR H 111     -28.779   0.639 -11.980  1.00 50.92           N  
+ATOM   3605  CA  TYR H 111     -29.040   2.062 -12.202  1.00 50.98           C  
+ATOM   3606  C   TYR H 111     -28.491   2.847 -11.000  1.00 50.46           C  
+ATOM   3607  O   TYR H 111     -27.957   3.955 -11.157  1.00 50.25           O  
+ATOM   3608  CB  TYR H 111     -30.549   2.265 -12.367  1.00 51.76           C  
+ATOM   3609  CG  TYR H 111     -30.991   3.642 -12.826  1.00 53.25           C  
+ATOM   3610  CD1 TYR H 111     -31.730   3.800 -14.010  1.00 54.47           C  
+ATOM   3611  CD2 TYR H 111     -30.698   4.788 -12.066  1.00 54.29           C  
+ATOM   3612  CE1 TYR H 111     -32.150   5.071 -14.432  1.00 54.71           C  
+ATOM   3613  CE2 TYR H 111     -31.110   6.058 -12.472  1.00 54.35           C  
+ATOM   3614  CZ  TYR H 111     -31.834   6.194 -13.652  1.00 54.40           C  
+ATOM   3615  OH  TYR H 111     -32.234   7.455 -14.039  1.00 54.23           O  
+ATOM   3616  N   ALA H 112A    -28.617   2.229  -9.814  1.00 49.79           N  
+ATOM   3617  CA  ALA H 112A    -28.014   2.676  -8.542  1.00 48.78           C  
+ATOM   3618  C   ALA H 112A    -26.476   2.804  -8.578  1.00 47.97           C  
+ATOM   3619  O   ALA H 112A    -25.879   3.400  -7.680  1.00 48.00           O  
+ATOM   3620  CB  ALA H 112A    -28.443   1.737  -7.393  1.00 48.53           C  
+ATOM   3621  N   GLY H 112     -25.843   2.243  -9.606  1.00 46.80           N  
+ATOM   3622  CA  GLY H 112     -24.393   2.262  -9.721  1.00 45.52           C  
+ATOM   3623  C   GLY H 112     -23.750   1.003  -9.167  1.00 44.75           C  
+ATOM   3624  O   GLY H 112     -22.668   0.617  -9.607  1.00 44.74           O  
+ATOM   3625  N   ARG H 113     -24.418   0.369  -8.197  1.00 43.92           N  
+ATOM   3626  CA  ARG H 113     -23.946  -0.868  -7.555  1.00 42.93           C  
+ATOM   3627  C   ARG H 113     -23.902  -2.027  -8.564  1.00 42.24           C  
+ATOM   3628  O   ARG H 113     -24.530  -1.952  -9.619  1.00 42.45           O  
+ATOM   3629  CB  ARG H 113     -24.838  -1.218  -6.350  1.00 42.70           C  
+ATOM   3630  N   TYR H 114     -23.150  -3.085  -8.258  1.00 41.24           N  
+ATOM   3631  CA  TYR H 114     -23.041  -4.241  -9.170  1.00 40.00           C  
+ATOM   3632  C   TYR H 114     -24.141  -5.299  -8.949  1.00 38.97           C  
+ATOM   3633  O   TYR H 114     -24.677  -5.427  -7.853  1.00 38.79           O  
+ATOM   3634  CB  TYR H 114     -21.639  -4.859  -9.092  1.00 39.87           C  
+ATOM   3635  CG  TYR H 114     -21.202  -5.573 -10.354  1.00 39.85           C  
+ATOM   3636  CD1 TYR H 114     -20.984  -4.870 -11.540  1.00 39.71           C  
+ATOM   3637  CD2 TYR H 114     -20.988  -6.950 -10.362  1.00 39.96           C  
+ATOM   3638  CE1 TYR H 114     -20.577  -5.523 -12.704  1.00 39.33           C  
+ATOM   3639  CE2 TYR H 114     -20.582  -7.608 -11.521  1.00 39.60           C  
+ATOM   3640  CZ  TYR H 114     -20.382  -6.886 -12.683  1.00 39.32           C  
+ATOM   3641  OH  TYR H 114     -19.979  -7.531 -13.820  1.00 39.72           O  
+ATOM   3642  N   PHE H 115     -24.474  -6.038 -10.007  1.00 37.86           N  
+ATOM   3643  CA  PHE H 115     -25.540  -7.059  -9.978  1.00 36.80           C  
+ATOM   3644  C   PHE H 115     -25.001  -8.427 -10.449  1.00 36.33           C  
+ATOM   3645  O   PHE H 115     -24.307  -8.513 -11.472  1.00 36.33           O  
+ATOM   3646  CB  PHE H 115     -26.725  -6.601 -10.847  1.00 36.45           C  
+ATOM   3647  CG  PHE H 115     -27.901  -7.509 -10.783  1.00 35.23           C  
+ATOM   3648  CD1 PHE H 115     -28.824  -7.392  -9.756  1.00 34.17           C  
+ATOM   3649  CD2 PHE H 115     -28.083  -8.495 -11.740  1.00 34.69           C  
+ATOM   3650  CE1 PHE H 115     -29.925  -8.250  -9.681  1.00 33.80           C  
+ATOM   3651  CE2 PHE H 115     -29.178  -9.361 -11.672  1.00 34.80           C  
+ATOM   3652  CZ  PHE H 115     -30.103  -9.232 -10.642  1.00 34.53           C  
+ATOM   3653  N   ASP H 116     -25.315  -9.498  -9.725  1.00 35.48           N  
+ATOM   3654  CA  ASP H 116     -24.517 -10.715  -9.881  1.00 35.07           C  
+ATOM   3655  C   ASP H 116     -25.240 -11.958  -9.371  1.00 34.54           C  
+ATOM   3656  O   ASP H 116     -25.389 -12.137  -8.154  1.00 34.91           O  
+ATOM   3657  CB  ASP H 116     -23.219 -10.516  -9.080  1.00 35.60           C  
+ATOM   3658  CG  ASP H 116     -22.052 -11.307  -9.613  1.00 35.77           C  
+ATOM   3659  OD1 ASP H 116     -22.128 -12.557  -9.638  1.00 36.63           O  
+ATOM   3660  OD2 ASP H 116     -21.035 -10.663  -9.954  1.00 34.71           O  
+ATOM   3661  N   TYR H 117     -25.685 -12.819 -10.286  1.00 33.40           N  
+ATOM   3662  CA  TYR H 117     -26.365 -14.065  -9.904  1.00 32.35           C  
+ATOM   3663  C   TYR H 117     -26.060 -15.167 -10.888  1.00 32.15           C  
+ATOM   3664  O   TYR H 117     -25.928 -14.912 -12.075  1.00 32.16           O  
+ATOM   3665  CB  TYR H 117     -27.874 -13.874  -9.811  1.00 31.87           C  
+ATOM   3666  CG  TYR H 117     -28.316 -13.046  -8.638  1.00 30.80           C  
+ATOM   3667  CD1 TYR H 117     -28.584 -13.627  -7.412  1.00 30.18           C  
+ATOM   3668  CD2 TYR H 117     -28.473 -11.686  -8.757  1.00 30.63           C  
+ATOM   3669  CE1 TYR H 117     -28.998 -12.868  -6.337  1.00 29.75           C  
+ATOM   3670  CE2 TYR H 117     -28.875 -10.922  -7.690  1.00 30.81           C  
+ATOM   3671  CZ  TYR H 117     -29.142 -11.514  -6.487  1.00 30.44           C  
+ATOM   3672  OH  TYR H 117     -29.551 -10.723  -5.438  1.00 31.31           O  
+ATOM   3673  N   TRP H 118     -25.988 -16.396 -10.388  1.00 32.01           N  
+ATOM   3674  CA  TRP H 118     -25.407 -17.515 -11.125  1.00 31.85           C  
+ATOM   3675  C   TRP H 118     -26.291 -18.739 -11.160  1.00 32.01           C  
+ATOM   3676  O   TRP H 118     -27.049 -18.982 -10.245  1.00 31.97           O  
+ATOM   3677  CB  TRP H 118     -24.085 -17.913 -10.477  1.00 31.67           C  
+ATOM   3678  CG  TRP H 118     -22.994 -16.954 -10.716  1.00 30.88           C  
+ATOM   3679  CD1 TRP H 118     -22.887 -15.706 -10.205  1.00 30.56           C  
+ATOM   3680  CD2 TRP H 118     -21.833 -17.164 -11.526  1.00 31.33           C  
+ATOM   3681  NE1 TRP H 118     -21.735 -15.112 -10.644  1.00 31.56           N  
+ATOM   3682  CE2 TRP H 118     -21.065 -15.987 -11.460  1.00 31.97           C  
+ATOM   3683  CE3 TRP H 118     -21.368 -18.232 -12.307  1.00 31.20           C  
+ATOM   3684  CZ2 TRP H 118     -19.849 -15.841 -12.150  1.00 31.60           C  
+ATOM   3685  CZ3 TRP H 118     -20.164 -18.088 -12.988  1.00 31.13           C  
+ATOM   3686  CH2 TRP H 118     -19.419 -16.901 -12.902  1.00 30.88           C  
+ATOM   3687  N   GLY H 119     -26.160 -19.528 -12.214  1.00 32.66           N  
+ATOM   3688  CA  GLY H 119     -26.885 -20.790 -12.320  1.00 33.96           C  
+ATOM   3689  C   GLY H 119     -26.206 -21.889 -11.533  1.00 34.65           C  
+ATOM   3690  O   GLY H 119     -25.189 -21.649 -10.891  1.00 34.71           O  
+ATOM   3691  N   GLN H 120     -26.771 -23.093 -11.566  1.00 35.50           N  
+ATOM   3692  CA  GLN H 120     -26.163 -24.214 -10.855  1.00 36.81           C  
+ATOM   3693  C   GLN H 120     -25.169 -24.860 -11.796  1.00 37.07           C  
+ATOM   3694  O   GLN H 120     -24.456 -25.804 -11.420  1.00 37.03           O  
+ATOM   3695  CB  GLN H 120     -27.189 -25.258 -10.393  1.00 37.08           C  
+ATOM   3696  CG  GLN H 120     -28.654 -24.918 -10.636  1.00 40.04           C  
+ATOM   3697  CD  GLN H 120     -29.037 -25.028 -12.109  1.00 43.19           C  
+ATOM   3698  OE1 GLN H 120     -30.062 -24.489 -12.542  1.00 43.93           O  
+ATOM   3699  NE2 GLN H 120     -28.204 -25.722 -12.885  1.00 44.06           N  
+ATOM   3700  N   GLY H 121     -25.129 -24.333 -13.023  1.00 37.42           N  
+ATOM   3701  CA  GLY H 121     -24.260 -24.851 -14.075  1.00 37.57           C  
+ATOM   3702  C   GLY H 121     -24.853 -26.091 -14.705  1.00 37.68           C  
+ATOM   3703  O   GLY H 121     -25.594 -26.831 -14.058  1.00 37.73           O  
+ATOM   3704  N   THR H 122     -24.529 -26.315 -15.971  1.00 37.89           N  
+ATOM   3705  CA  THR H 122     -25.013 -27.484 -16.699  1.00 38.06           C  
+ATOM   3706  C   THR H 122     -23.779 -28.228 -17.164  1.00 38.26           C  
+ATOM   3707  O   THR H 122     -22.947 -27.666 -17.875  1.00 38.00           O  
+ATOM   3708  CB  THR H 122     -25.916 -27.084 -17.911  1.00 38.00           C  
+ATOM   3709  OG1 THR H 122     -27.022 -26.294 -17.459  1.00 37.27           O  
+ATOM   3710  CG2 THR H 122     -26.450 -28.301 -18.645  1.00 37.58           C  
+ATOM   3711  N   LEU H 123     -23.644 -29.477 -16.734  1.00 38.80           N  
+ATOM   3712  CA  LEU H 123     -22.501 -30.267 -17.152  1.00 39.54           C  
+ATOM   3713  C   LEU H 123     -22.701 -30.788 -18.555  1.00 40.09           C  
+ATOM   3714  O   LEU H 123     -23.750 -31.356 -18.871  1.00 40.40           O  
+ATOM   3715  CB  LEU H 123     -22.239 -31.444 -16.213  1.00 39.56           C  
+ATOM   3716  CG  LEU H 123     -21.019 -32.306 -16.594  1.00 38.99           C  
+ATOM   3717  CD1 LEU H 123     -19.727 -31.497 -16.716  1.00 38.26           C  
+ATOM   3718  CD2 LEU H 123     -20.835 -33.377 -15.579  1.00 38.93           C  
+ATOM   3719  N   VAL H 124     -21.687 -30.602 -19.394  1.00 40.50           N  
+ATOM   3720  CA  VAL H 124     -21.686 -31.234 -20.704  1.00 40.84           C  
+ATOM   3721  C   VAL H 124     -20.467 -32.133 -20.866  1.00 41.33           C  
+ATOM   3722  O   VAL H 124     -19.329 -31.672 -20.786  1.00 41.49           O  
+ATOM   3723  CB  VAL H 124     -21.779 -30.215 -21.837  1.00 40.62           C  
+ATOM   3724  CG1 VAL H 124     -21.657 -30.912 -23.174  1.00 40.49           C  
+ATOM   3725  CG2 VAL H 124     -23.095 -29.467 -21.750  1.00 40.51           C  
+ATOM   3726  N   THR H 125     -20.726 -33.424 -21.069  1.00 41.93           N  
+ATOM   3727  CA  THR H 125     -19.679 -34.399 -21.319  1.00 42.25           C  
+ATOM   3728  C   THR H 125     -19.627 -34.693 -22.804  1.00 42.65           C  
+ATOM   3729  O   THR H 125     -20.638 -35.073 -23.403  1.00 42.87           O  
+ATOM   3730  CB  THR H 125     -19.944 -35.720 -20.600  1.00 42.07           C  
+ATOM   3731  OG1 THR H 125     -20.485 -35.460 -19.302  1.00 42.40           O  
+ATOM   3732  CG2 THR H 125     -18.654 -36.512 -20.472  1.00 42.06           C  
+ATOM   3733  N   VAL H 126     -18.451 -34.493 -23.392  1.00 42.92           N  
+ATOM   3734  CA  VAL H 126     -18.182 -34.918 -24.757  1.00 43.19           C  
+ATOM   3735  C   VAL H 126     -17.441 -36.243 -24.684  1.00 43.43           C  
+ATOM   3736  O   VAL H 126     -16.285 -36.295 -24.234  1.00 43.46           O  
+ATOM   3737  CB  VAL H 126     -17.333 -33.885 -25.539  1.00 43.18           C  
+ATOM   3738  CG1 VAL H 126     -17.016 -34.392 -26.941  1.00 43.27           C  
+ATOM   3739  CG2 VAL H 126     -18.040 -32.541 -25.607  1.00 43.29           C  
+ATOM   3740  N   SER H 127     -18.112 -37.316 -25.093  1.00 43.71           N  
+ATOM   3741  CA  SER H 127     -17.453 -38.620 -25.164  1.00 44.27           C  
+ATOM   3742  C   SER H 127     -18.097 -39.558 -26.176  1.00 44.61           C  
+ATOM   3743  O   SER H 127     -19.230 -39.332 -26.632  1.00 44.70           O  
+ATOM   3744  CB  SER H 127     -17.349 -39.287 -23.782  1.00 44.11           C  
+ATOM   3745  OG  SER H 127     -18.329 -40.284 -23.614  1.00 43.77           O  
+ATOM   3746  N   SER H 128     -17.355 -40.609 -26.520  1.00 44.83           N  
+ATOM   3747  CA  SER H 128     -17.793 -41.568 -27.522  1.00 45.16           C  
+ATOM   3748  C   SER H 128     -18.413 -42.788 -26.839  1.00 45.29           C  
+ATOM   3749  O   SER H 128     -17.985 -43.928 -27.064  1.00 45.61           O  
+ATOM   3750  CB  SER H 128     -16.611 -41.947 -28.422  1.00 44.95           C  
+ATOM   3751  N   ALA H 129     -19.409 -42.540 -25.988  1.00 45.25           N  
+ATOM   3752  CA  ALA H 129     -19.952 -43.578 -25.112  1.00 45.54           C  
+ATOM   3753  C   ALA H 129     -21.342 -43.228 -24.663  1.00 45.91           C  
+ATOM   3754  O   ALA H 129     -21.685 -42.050 -24.516  1.00 45.81           O  
+ATOM   3755  CB  ALA H 129     -19.050 -43.823 -23.888  1.00 45.43           C  
+ATOM   3756  N   SER H 130     -22.113 -44.282 -24.401  1.00 46.50           N  
+ATOM   3757  CA  SER H 130     -23.571 -44.228 -24.238  1.00 46.77           C  
+ATOM   3758  C   SER H 130     -24.028 -44.170 -22.779  1.00 46.94           C  
+ATOM   3759  O   SER H 130     -23.399 -44.780 -21.904  1.00 46.92           O  
+ATOM   3760  CB  SER H 130     -24.158 -45.461 -24.901  1.00 46.75           C  
+ATOM   3761  OG  SER H 130     -23.258 -46.547 -24.732  1.00 46.66           O  
+ATOM   3762  N   THR H 131     -25.130 -43.448 -22.541  1.00 47.04           N  
+ATOM   3763  CA  THR H 131     -25.679 -43.222 -21.196  1.00 47.07           C  
+ATOM   3764  C   THR H 131     -26.251 -44.489 -20.576  1.00 47.37           C  
+ATOM   3765  O   THR H 131     -27.073 -45.160 -21.192  1.00 47.62           O  
+ATOM   3766  CB  THR H 131     -26.789 -42.171 -21.214  1.00 46.87           C  
+ATOM   3767  OG1 THR H 131     -26.301 -40.982 -21.836  1.00 46.82           O  
+ATOM   3768  CG2 THR H 131     -27.253 -41.843 -19.803  1.00 46.48           C  
+ATOM   3769  N   LYS H 132     -25.796 -44.794 -19.358  1.00 47.56           N  
+ATOM   3770  CA  LYS H 132     -26.273 -45.910 -18.549  1.00 47.60           C  
+ATOM   3771  C   LYS H 132     -26.584 -45.377 -17.159  1.00 47.98           C  
+ATOM   3772  O   LYS H 132     -25.713 -44.792 -16.512  1.00 48.17           O  
+ATOM   3773  CB  LYS H 132     -25.200 -46.999 -18.450  1.00 47.11           C  
+ATOM   3774  N   GLY H 133     -27.825 -45.567 -16.709  1.00 48.35           N  
+ATOM   3775  CA  GLY H 133     -28.214 -45.282 -15.317  1.00 48.80           C  
+ATOM   3776  C   GLY H 133     -27.524 -46.151 -14.258  1.00 49.28           C  
+ATOM   3777  O   GLY H 133     -26.932 -47.196 -14.569  1.00 49.10           O  
+ATOM   3778  N   PRO H 134     -27.586 -45.723 -12.986  1.00 49.62           N  
+ATOM   3779  CA  PRO H 134     -26.873 -46.455 -11.949  1.00 49.93           C  
+ATOM   3780  C   PRO H 134     -27.741 -47.494 -11.249  1.00 50.52           C  
+ATOM   3781  O   PRO H 134     -28.969 -47.470 -11.384  1.00 50.66           O  
+ATOM   3782  CB  PRO H 134     -26.490 -45.350 -10.965  1.00 49.63           C  
+ATOM   3783  CG  PRO H 134     -27.527 -44.277 -11.155  1.00 49.41           C  
+ATOM   3784  CD  PRO H 134     -28.284 -44.548 -12.436  1.00 49.55           C  
+ATOM   3785  N   SER H 135     -27.092 -48.403 -10.522  1.00 51.16           N  
+ATOM   3786  CA  SER H 135     -27.761 -49.302  -9.577  1.00 51.74           C  
+ATOM   3787  C   SER H 135     -27.424 -48.833  -8.153  1.00 52.20           C  
+ATOM   3788  O   SER H 135     -26.265 -48.522  -7.867  1.00 52.41           O  
+ATOM   3789  CB  SER H 135     -27.315 -50.750  -9.806  1.00 51.50           C  
+ATOM   3790  N   VAL H 136     -28.423 -48.766  -7.270  1.00 52.72           N  
+ATOM   3791  CA  VAL H 136     -28.209 -48.238  -5.907  1.00 53.30           C  
+ATOM   3792  C   VAL H 136     -28.215 -49.324  -4.814  1.00 53.66           C  
+ATOM   3793  O   VAL H 136     -29.229 -49.985  -4.594  1.00 53.97           O  
+ATOM   3794  CB  VAL H 136     -29.238 -47.124  -5.538  1.00 53.27           C  
+ATOM   3795  CG1 VAL H 136     -28.855 -46.458  -4.220  1.00 53.30           C  
+ATOM   3796  CG2 VAL H 136     -29.343 -46.080  -6.641  1.00 53.13           C  
+ATOM   3797  N   PHE H 137     -27.093 -49.498  -4.124  1.00 53.91           N  
+ATOM   3798  CA  PHE H 137     -27.014 -50.510  -3.079  1.00 54.53           C  
+ATOM   3799  C   PHE H 137     -26.754 -49.891  -1.702  1.00 54.91           C  
+ATOM   3800  O   PHE H 137     -25.776 -49.156  -1.526  1.00 54.86           O  
+ATOM   3801  CB  PHE H 137     -25.957 -51.573  -3.409  1.00 54.59           C  
+ATOM   3802  CG  PHE H 137     -26.058 -52.122  -4.811  1.00 55.74           C  
+ATOM   3803  CD1 PHE H 137     -25.119 -51.767  -5.787  1.00 56.54           C  
+ATOM   3804  CD2 PHE H 137     -27.092 -52.990  -5.170  1.00 56.57           C  
+ATOM   3805  CE1 PHE H 137     -25.207 -52.268  -7.102  1.00 55.79           C  
+ATOM   3806  CE2 PHE H 137     -27.185 -53.497  -6.483  1.00 56.25           C  
+ATOM   3807  CZ  PHE H 137     -26.237 -53.136  -7.442  1.00 55.54           C  
+ATOM   3808  N   PRO H 138     -27.642 -50.176  -0.722  1.00 55.18           N  
+ATOM   3809  CA  PRO H 138     -27.460 -49.776   0.669  1.00 55.16           C  
+ATOM   3810  C   PRO H 138     -26.088 -50.123   1.245  1.00 55.24           C  
+ATOM   3811  O   PRO H 138     -25.393 -51.008   0.738  1.00 55.18           O  
+ATOM   3812  CB  PRO H 138     -28.540 -50.583   1.412  1.00 55.18           C  
+ATOM   3813  CG  PRO H 138     -29.060 -51.578   0.429  1.00 55.20           C  
+ATOM   3814  CD  PRO H 138     -28.916 -50.897  -0.888  1.00 55.36           C  
+ATOM   3815  N   LEU H 139     -25.716 -49.390   2.292  1.00 55.22           N  
+ATOM   3816  CA  LEU H 139     -24.548 -49.669   3.102  1.00 55.02           C  
+ATOM   3817  C   LEU H 139     -25.053 -49.643   4.534  1.00 55.23           C  
+ATOM   3818  O   LEU H 139     -25.126 -48.590   5.156  1.00 55.50           O  
+ATOM   3819  CB  LEU H 139     -23.464 -48.613   2.867  1.00 54.81           C  
+ATOM   3820  CG  LEU H 139     -22.886 -48.515   1.453  1.00 54.61           C  
+ATOM   3821  CD1 LEU H 139     -21.983 -47.310   1.309  1.00 54.15           C  
+ATOM   3822  CD2 LEU H 139     -22.151 -49.790   1.066  1.00 54.96           C  
+ATOM   3823  N   ALA H 140     -25.430 -50.811   5.038  1.00 55.51           N  
+ATOM   3824  CA  ALA H 140     -26.184 -50.929   6.287  1.00 55.73           C  
+ATOM   3825  C   ALA H 140     -25.387 -50.560   7.543  1.00 55.87           C  
+ATOM   3826  O   ALA H 140     -24.176 -50.810   7.603  1.00 55.59           O  
+ATOM   3827  CB  ALA H 140     -26.764 -52.337   6.412  1.00 55.93           C  
+ATOM   3828  N   PRO H 141     -26.077 -49.966   8.548  1.00 56.14           N  
+ATOM   3829  CA  PRO H 141     -25.516 -49.555   9.840  1.00 56.35           C  
+ATOM   3830  C   PRO H 141     -24.567 -50.594  10.434  1.00 56.72           C  
+ATOM   3831  O   PRO H 141     -24.857 -51.793  10.419  1.00 56.67           O  
+ATOM   3832  CB  PRO H 141     -26.760 -49.396  10.718  1.00 56.31           C  
+ATOM   3833  CG  PRO H 141     -27.823 -48.972   9.780  1.00 56.02           C  
+ATOM   3834  CD  PRO H 141     -27.516 -49.639   8.460  1.00 56.12           C  
+ATOM   3835  N   SER H 142     -23.445 -50.124  10.965  1.00 57.29           N  
+ATOM   3836  CA  SER H 142     -22.331 -51.008  11.328  1.00 57.78           C  
+ATOM   3837  C   SER H 142     -22.482 -51.696  12.691  1.00 57.74           C  
+ATOM   3838  O   SER H 142     -23.561 -52.176  13.043  1.00 57.74           O  
+ATOM   3839  CB  SER H 142     -21.004 -50.238  11.242  1.00 57.96           C  
+ATOM   3840  OG  SER H 142     -20.758 -49.780   9.915  1.00 57.96           O  
+ATOM   3841  N   GLY H 143     -21.976 -45.119  20.796  1.00 68.17           N  
+ATOM   3842  CA  GLY H 143     -21.762 -43.748  20.321  1.00 68.01           C  
+ATOM   3843  C   GLY H 143     -22.485 -43.434  19.018  1.00 67.96           C  
+ATOM   3844  O   GLY H 143     -23.717 -43.285  18.993  1.00 67.93           O  
+ATOM   3845  N   THR H 144     -21.717 -43.338  17.931  1.00 67.75           N  
+ATOM   3846  CA  THR H 144     -22.259 -42.938  16.625  1.00 67.36           C  
+ATOM   3847  C   THR H 144     -22.256 -44.115  15.652  1.00 66.96           C  
+ATOM   3848  O   THR H 144     -21.329 -44.939  15.670  1.00 67.02           O  
+ATOM   3849  CB  THR H 144     -21.447 -41.768  15.986  1.00 67.39           C  
+ATOM   3850  OG1 THR H 144     -20.340 -41.412  16.832  1.00 67.59           O  
+ATOM   3851  CG2 THR H 144     -22.343 -40.547  15.750  1.00 67.03           C  
+ATOM   3852  N   ALA H 145     -23.288 -44.186  14.808  1.00 66.21           N  
+ATOM   3853  CA  ALA H 145     -23.357 -45.195  13.742  1.00 65.40           C  
+ATOM   3854  C   ALA H 145     -23.333 -44.524  12.382  1.00 64.61           C  
+ATOM   3855  O   ALA H 145     -23.954 -43.477  12.203  1.00 64.60           O  
+ATOM   3856  CB  ALA H 145     -24.616 -46.053  13.885  1.00 65.66           C  
+ATOM   3857  N   ALA H 146     -22.615 -45.122  11.431  1.00 63.56           N  
+ATOM   3858  CA  ALA H 146     -22.606 -44.627  10.050  1.00 62.44           C  
+ATOM   3859  C   ALA H 146     -23.322 -45.570   9.093  1.00 61.63           C  
+ATOM   3860  O   ALA H 146     -23.145 -46.788   9.158  1.00 61.78           O  
+ATOM   3861  CB  ALA H 146     -21.186 -44.363   9.567  1.00 62.35           C  
+ATOM   3862  N   LEU H 147     -24.139 -44.991   8.219  1.00 60.43           N  
+ATOM   3863  CA  LEU H 147     -24.773 -45.712   7.118  1.00 59.28           C  
+ATOM   3864  C   LEU H 147     -24.544 -44.946   5.809  1.00 58.54           C  
+ATOM   3865  O   LEU H 147     -23.786 -43.978   5.783  1.00 58.53           O  
+ATOM   3866  CB  LEU H 147     -26.260 -45.921   7.401  1.00 59.18           C  
+ATOM   3867  CG  LEU H 147     -27.061 -44.715   7.891  1.00 59.51           C  
+ATOM   3868  CD1 LEU H 147     -27.670 -43.953   6.736  1.00 60.00           C  
+ATOM   3869  CD2 LEU H 147     -28.152 -45.158   8.843  1.00 60.08           C  
+ATOM   3870  N   GLY H 148     -25.183 -45.377   4.727  1.00 57.63           N  
+ATOM   3871  CA  GLY H 148     -24.992 -44.721   3.446  1.00 56.52           C  
+ATOM   3872  C   GLY H 148     -25.602 -45.417   2.248  1.00 55.84           C  
+ATOM   3873  O   GLY H 148     -26.391 -46.348   2.387  1.00 55.73           O  
+ATOM   3874  N   CYS H 149     -25.223 -44.940   1.066  1.00 55.18           N  
+ATOM   3875  CA  CYS H 149     -25.650 -45.489  -0.214  1.00 54.36           C  
+ATOM   3876  C   CYS H 149     -24.478 -45.631  -1.170  1.00 54.19           C  
+ATOM   3877  O   CYS H 149     -23.589 -44.776  -1.197  1.00 54.57           O  
+ATOM   3878  CB  CYS H 149     -26.662 -44.562  -0.857  1.00 54.24           C  
+ATOM   3879  SG  CYS H 149     -28.292 -44.851  -0.283  1.00 53.22           S  
+ATOM   3880  N   LEU H 150     -24.485 -46.705  -1.958  1.00 53.58           N  
+ATOM   3881  CA  LEU H 150     -23.506 -46.890  -3.029  1.00 52.71           C  
+ATOM   3882  C   LEU H 150     -24.188 -46.776  -4.393  1.00 52.19           C  
+ATOM   3883  O   LEU H 150     -24.992 -47.635  -4.762  1.00 52.14           O  
+ATOM   3884  CB  LEU H 150     -22.799 -48.241  -2.893  1.00 52.53           C  
+ATOM   3885  CG  LEU H 150     -21.937 -48.654  -4.084  1.00 52.10           C  
+ATOM   3886  CD1 LEU H 150     -20.513 -48.159  -3.906  1.00 52.21           C  
+ATOM   3887  CD2 LEU H 150     -21.971 -50.161  -4.237  1.00 52.49           C  
+ATOM   3888  N   VAL H 151     -23.861 -45.714  -5.127  1.00 51.48           N  
+ATOM   3889  CA  VAL H 151     -24.429 -45.475  -6.455  1.00 50.95           C  
+ATOM   3890  C   VAL H 151     -23.472 -45.949  -7.567  1.00 50.59           C  
+ATOM   3891  O   VAL H 151     -22.739 -45.152  -8.154  1.00 50.46           O  
+ATOM   3892  CB  VAL H 151     -24.826 -43.981  -6.624  1.00 50.95           C  
+ATOM   3893  CG1 VAL H 151     -25.501 -43.740  -7.953  1.00 51.01           C  
+ATOM   3894  CG2 VAL H 151     -25.757 -43.547  -5.504  1.00 51.01           C  
+ATOM   3895  N   LYS H 152     -23.496 -47.250  -7.855  1.00 50.28           N  
+ATOM   3896  CA  LYS H 152     -22.537 -47.867  -8.782  1.00 50.12           C  
+ATOM   3897  C   LYS H 152     -23.007 -47.956 -10.249  1.00 49.91           C  
+ATOM   3898  O   LYS H 152     -24.194 -48.140 -10.519  1.00 49.79           O  
+ATOM   3899  CB  LYS H 152     -22.122 -49.258  -8.279  1.00 50.06           C  
+ATOM   3900  CG  LYS H 152     -20.779 -49.716  -8.838  1.00 50.25           C  
+ATOM   3901  CD  LYS H 152     -20.541 -51.212  -8.698  1.00 50.36           C  
+ATOM   3902  CE  LYS H 152     -19.402 -51.577  -9.665  1.00 51.69           C  
+ATOM   3903  NZ  LYS H 152     -19.187 -53.069  -9.845  1.00 52.75           N  
+ATOM   3904  N   ASP H 153     -22.049 -47.814 -11.173  1.00 49.78           N  
+ATOM   3905  CA  ASP H 153     -22.208 -48.056 -12.630  1.00 49.54           C  
+ATOM   3906  C   ASP H 153     -23.181 -47.143 -13.391  1.00 49.73           C  
+ATOM   3907  O   ASP H 153     -24.364 -47.476 -13.571  1.00 49.71           O  
+ATOM   3908  CB  ASP H 153     -22.491 -49.531 -12.932  1.00 49.34           C  
+ATOM   3909  CG  ASP H 153     -21.347 -50.435 -12.535  1.00 49.02           C  
+ATOM   3910  OD1 ASP H 153     -20.187 -49.974 -12.538  1.00 48.80           O  
+ATOM   3911  OD2 ASP H 153     -21.605 -51.612 -12.219  1.00 48.58           O  
+ATOM   3912  N   TYR H 154     -22.649 -46.011 -13.856  1.00 49.70           N  
+ATOM   3913  CA  TYR H 154     -23.397 -45.036 -14.646  1.00 49.65           C  
+ATOM   3914  C   TYR H 154     -22.431 -44.212 -15.489  1.00 49.65           C  
+ATOM   3915  O   TYR H 154     -21.220 -44.231 -15.251  1.00 49.58           O  
+ATOM   3916  CB  TYR H 154     -24.219 -44.108 -13.736  1.00 49.81           C  
+ATOM   3917  CG  TYR H 154     -23.375 -43.241 -12.823  1.00 50.09           C  
+ATOM   3918  CD1 TYR H 154     -22.774 -43.772 -11.681  1.00 50.78           C  
+ATOM   3919  CD2 TYR H 154     -23.175 -41.894 -13.100  1.00 49.95           C  
+ATOM   3920  CE1 TYR H 154     -21.997 -42.988 -10.841  1.00 51.00           C  
+ATOM   3921  CE2 TYR H 154     -22.398 -41.101 -12.271  1.00 50.47           C  
+ATOM   3922  CZ  TYR H 154     -21.810 -41.653 -11.142  1.00 50.83           C  
+ATOM   3923  OH  TYR H 154     -21.030 -40.874 -10.317  1.00 50.79           O  
+ATOM   3924  N   PHE H 155     -22.984 -43.492 -16.465  1.00 49.52           N  
+ATOM   3925  CA  PHE H 155     -22.252 -42.536 -17.289  1.00 49.34           C  
+ATOM   3926  C   PHE H 155     -23.306 -41.651 -17.910  1.00 49.37           C  
+ATOM   3927  O   PHE H 155     -24.348 -42.148 -18.314  1.00 49.30           O  
+ATOM   3928  CB  PHE H 155     -21.503 -43.265 -18.400  1.00 49.52           C  
+ATOM   3929  CG  PHE H 155     -20.442 -42.436 -19.086  1.00 49.50           C  
+ATOM   3930  CD1 PHE H 155     -19.099 -42.632 -18.793  1.00 49.18           C  
+ATOM   3931  CD2 PHE H 155     -20.783 -41.498 -20.053  1.00 49.26           C  
+ATOM   3932  CE1 PHE H 155     -18.123 -41.898 -19.427  1.00 48.99           C  
+ATOM   3933  CE2 PHE H 155     -19.815 -40.752 -20.683  1.00 48.92           C  
+ATOM   3934  CZ  PHE H 155     -18.479 -40.956 -20.371  1.00 49.34           C  
+ATOM   3935  N   PRO H 156     -23.055 -40.333 -17.994  1.00 49.62           N  
+ATOM   3936  CA  PRO H 156     -21.868 -39.599 -17.545  1.00 49.70           C  
+ATOM   3937  C   PRO H 156     -22.102 -38.993 -16.175  1.00 49.65           C  
+ATOM   3938  O   PRO H 156     -23.186 -39.155 -15.605  1.00 50.10           O  
+ATOM   3939  CB  PRO H 156     -21.787 -38.464 -18.561  1.00 49.77           C  
+ATOM   3940  CG  PRO H 156     -23.262 -38.156 -18.873  1.00 49.73           C  
+ATOM   3941  CD  PRO H 156     -24.051 -39.425 -18.602  1.00 49.60           C  
+ATOM   3942  N   GLU H 157     -21.116 -38.270 -15.659  1.00 49.09           N  
+ATOM   3943  CA  GLU H 157     -21.362 -37.427 -14.509  1.00 48.71           C  
+ATOM   3944  C   GLU H 157     -22.474 -36.468 -14.927  1.00 48.60           C  
+ATOM   3945  O   GLU H 157     -22.627 -36.224 -16.122  1.00 48.69           O  
+ATOM   3946  CB  GLU H 157     -20.095 -36.664 -14.190  1.00 48.62           C  
+ATOM   3947  CG  GLU H 157     -18.951 -37.547 -13.840  1.00 48.73           C  
+ATOM   3948  CD  GLU H 157     -18.756 -37.636 -12.360  1.00 50.39           C  
+ATOM   3949  OE1 GLU H 157     -19.748 -37.873 -11.626  1.00 51.55           O  
+ATOM   3950  OE2 GLU H 157     -17.599 -37.454 -11.926  1.00 52.02           O  
+ATOM   3951  N   PRO H 158     -23.241 -35.902 -13.972  1.00 48.54           N  
+ATOM   3952  CA  PRO H 158     -23.191 -36.033 -12.538  1.00 48.66           C  
+ATOM   3953  C   PRO H 158     -24.375 -36.798 -11.985  1.00 48.88           C  
+ATOM   3954  O   PRO H 158     -25.369 -37.034 -12.683  1.00 48.89           O  
+ATOM   3955  CB  PRO H 158     -23.342 -34.583 -12.096  1.00 48.65           C  
+ATOM   3956  CG  PRO H 158     -24.340 -34.019 -13.104  1.00 48.27           C  
+ATOM   3957  CD  PRO H 158     -24.266 -34.908 -14.340  1.00 48.36           C  
+ATOM   3958  N   VAL H 159     -24.276 -37.135 -10.708  1.00 49.09           N  
+ATOM   3959  CA  VAL H 159     -25.376 -37.751 -10.002  1.00 49.09           C  
+ATOM   3960  C   VAL H 159     -25.689 -36.915  -8.760  1.00 49.14           C  
+ATOM   3961  O   VAL H 159     -24.809 -36.243  -8.219  1.00 49.16           O  
+ATOM   3962  CB  VAL H 159     -25.061 -39.247  -9.683  1.00 49.20           C  
+ATOM   3963  CG1 VAL H 159     -24.302 -39.412  -8.351  1.00 48.97           C  
+ATOM   3964  CG2 VAL H 159     -26.334 -40.080  -9.719  1.00 49.10           C  
+ATOM   3965  N   THR H 160     -26.951 -36.935  -8.342  1.00 49.20           N  
+ATOM   3966  CA  THR H 160     -27.403 -36.224  -7.150  1.00 49.15           C  
+ATOM   3967  C   THR H 160     -27.646 -37.240  -6.042  1.00 49.13           C  
+ATOM   3968  O   THR H 160     -28.223 -38.294  -6.286  1.00 49.18           O  
+ATOM   3969  CB  THR H 160     -28.724 -35.488  -7.430  1.00 49.22           C  
+ATOM   3970  OG1 THR H 160     -28.572 -34.654  -8.582  1.00 48.67           O  
+ATOM   3971  CG2 THR H 160     -29.160 -34.636  -6.228  1.00 49.78           C  
+ATOM   3972  N   VAL H 161     -27.195 -36.933  -4.831  1.00 49.11           N  
+ATOM   3973  CA  VAL H 161     -27.561 -37.735  -3.670  1.00 49.10           C  
+ATOM   3974  C   VAL H 161     -27.937 -36.862  -2.481  1.00 49.47           C  
+ATOM   3975  O   VAL H 161     -27.118 -36.090  -1.970  1.00 49.37           O  
+ATOM   3976  CB  VAL H 161     -26.467 -38.715  -3.256  1.00 48.95           C  
+ATOM   3977  CG1 VAL H 161     -27.021 -39.680  -2.238  1.00 48.92           C  
+ATOM   3978  CG2 VAL H 161     -25.947 -39.478  -4.455  1.00 48.91           C  
+ATOM   3979  N   SER H 162     -29.194 -36.988  -2.063  1.00 49.98           N  
+ATOM   3980  CA  SER H 162     -29.730 -36.264  -0.913  1.00 50.28           C  
+ATOM   3981  C   SER H 162     -30.364 -37.264   0.035  1.00 50.60           C  
+ATOM   3982  O   SER H 162     -30.794 -38.341  -0.382  1.00 50.67           O  
+ATOM   3983  CB  SER H 162     -30.770 -35.230  -1.353  1.00 50.21           C  
+ATOM   3984  OG  SER H 162     -31.951 -35.852  -1.831  1.00 49.92           O  
+ATOM   3985  N   TRP H 163     -30.430 -36.901   1.310  1.00 51.10           N  
+ATOM   3986  CA  TRP H 163     -30.953 -37.812   2.313  1.00 51.52           C  
+ATOM   3987  C   TRP H 163     -32.302 -37.413   2.893  1.00 52.23           C  
+ATOM   3988  O   TRP H 163     -32.626 -36.229   3.028  1.00 52.31           O  
+ATOM   3989  CB  TRP H 163     -29.934 -38.015   3.414  1.00 51.09           C  
+ATOM   3990  CG  TRP H 163     -28.841 -38.907   3.003  1.00 50.32           C  
+ATOM   3991  CD1 TRP H 163     -27.713 -38.561   2.317  1.00 49.75           C  
+ATOM   3992  CD2 TRP H 163     -28.754 -40.310   3.246  1.00 49.83           C  
+ATOM   3993  NE1 TRP H 163     -26.919 -39.665   2.128  1.00 49.81           N  
+ATOM   3994  CE2 TRP H 163     -27.537 -40.755   2.687  1.00 50.27           C  
+ATOM   3995  CE3 TRP H 163     -29.585 -41.237   3.886  1.00 49.50           C  
+ATOM   3996  CZ2 TRP H 163     -27.130 -42.094   2.750  1.00 50.52           C  
+ATOM   3997  CZ3 TRP H 163     -29.185 -42.562   3.946  1.00 49.94           C  
+ATOM   3998  CH2 TRP H 163     -27.966 -42.979   3.382  1.00 50.13           C  
+ATOM   3999  N   ASN H 164     -33.064 -38.435   3.266  1.00 53.15           N  
+ATOM   4000  CA  ASN H 164     -34.501 -38.321   3.508  1.00 54.05           C  
+ATOM   4001  C   ASN H 164     -35.172 -37.575   2.351  1.00 54.41           C  
+ATOM   4002  O   ASN H 164     -35.662 -38.230   1.425  1.00 54.89           O  
+ATOM   4003  CB  ASN H 164     -34.794 -37.796   4.911  1.00 54.11           C  
+ATOM   4004  CG  ASN H 164     -34.137 -38.664   5.993  1.00 54.63           C  
+ATOM   4005  OD1 ASN H 164     -33.756 -38.169   7.053  1.00 56.20           O  
+ATOM   4006  ND2 ASN H 164     -33.981 -39.961   5.712  1.00 53.29           N  
+ATOM   4007  N   SER H 165     -35.167 -36.247   2.349  1.00 54.45           N  
+ATOM   4008  CA  SER H 165     -35.371 -35.545   1.076  1.00 54.94           C  
+ATOM   4009  C   SER H 165     -34.905 -34.105   1.156  1.00 55.17           C  
+ATOM   4010  O   SER H 165     -35.713 -33.172   1.151  1.00 55.66           O  
+ATOM   4011  CB  SER H 165     -36.809 -35.674   0.540  1.00 54.69           C  
+ATOM   4012  OG  SER H 165     -37.750 -35.405   1.553  1.00 55.73           O  
+ATOM   4013  N   GLY H 166     -33.586 -33.932   1.219  1.00 55.17           N  
+ATOM   4014  CA  GLY H 166     -33.001 -32.639   1.560  1.00 55.14           C  
+ATOM   4015  C   GLY H 166     -33.513 -32.175   2.919  1.00 55.04           C  
+ATOM   4016  O   GLY H 166     -33.677 -30.977   3.161  1.00 55.33           O  
+ATOM   4017  N   ALA H 167     -33.785 -33.135   3.797  1.00 54.56           N  
+ATOM   4018  CA  ALA H 167     -34.309 -32.842   5.109  1.00 54.09           C  
+ATOM   4019  C   ALA H 167     -33.231 -33.119   6.153  1.00 53.79           C  
+ATOM   4020  O   ALA H 167     -33.181 -32.454   7.191  1.00 54.02           O  
+ATOM   4021  CB  ALA H 167     -35.546 -33.669   5.368  1.00 54.27           C  
+ATOM   4022  N   LEU H 168     -32.381 -34.107   5.870  1.00 53.16           N  
+ATOM   4023  CA  LEU H 168     -31.202 -34.398   6.688  1.00 52.43           C  
+ATOM   4024  C   LEU H 168     -29.975 -33.966   5.905  1.00 52.15           C  
+ATOM   4025  O   LEU H 168     -29.803 -34.373   4.747  1.00 52.33           O  
+ATOM   4026  CB  LEU H 168     -31.113 -35.895   7.033  1.00 52.37           C  
+ATOM   4027  CG  LEU H 168     -29.766 -36.467   7.515  1.00 52.05           C  
+ATOM   4028  CD1 LEU H 168     -29.331 -35.893   8.876  1.00 51.70           C  
+ATOM   4029  CD2 LEU H 168     -29.804 -37.993   7.553  1.00 51.92           C  
+ATOM   4030  N   THR H 169     -29.134 -33.134   6.518  1.00 51.34           N  
+ATOM   4031  CA  THR H 169     -27.925 -32.649   5.841  1.00 50.53           C  
+ATOM   4032  C   THR H 169     -26.702 -32.593   6.760  1.00 49.97           C  
+ATOM   4033  O   THR H 169     -25.575 -32.519   6.278  1.00 50.09           O  
+ATOM   4034  CB  THR H 169     -28.122 -31.261   5.153  1.00 50.43           C  
+ATOM   4035  OG1 THR H 169     -27.896 -30.210   6.099  1.00 50.64           O  
+ATOM   4036  CG2 THR H 169     -29.525 -31.115   4.557  1.00 50.40           C  
+ATOM   4037  N   SER H 170     -26.923 -32.617   8.073  1.00 49.09           N  
+ATOM   4038  CA  SER H 170     -25.823 -32.545   9.027  1.00 48.12           C  
+ATOM   4039  C   SER H 170     -25.055 -33.851   9.034  1.00 47.52           C  
+ATOM   4040  O   SER H 170     -25.584 -34.884   9.426  1.00 47.57           O  
+ATOM   4041  CB  SER H 170     -26.332 -32.221  10.435  1.00 48.16           C  
+ATOM   4042  N   GLY H 171     -23.813 -33.806   8.572  1.00 46.90           N  
+ATOM   4043  CA  GLY H 171     -22.933 -34.968   8.646  1.00 46.29           C  
+ATOM   4044  C   GLY H 171     -23.051 -35.970   7.514  1.00 45.83           C  
+ATOM   4045  O   GLY H 171     -22.686 -37.135   7.661  1.00 45.84           O  
+ATOM   4046  N   VAL H 172     -23.571 -35.532   6.379  1.00 45.44           N  
+ATOM   4047  CA  VAL H 172     -23.490 -36.359   5.189  1.00 44.93           C  
+ATOM   4048  C   VAL H 172     -22.195 -36.046   4.445  1.00 44.95           C  
+ATOM   4049  O   VAL H 172     -21.718 -34.909   4.443  1.00 44.99           O  
+ATOM   4050  CB  VAL H 172     -24.795 -36.334   4.289  1.00 44.70           C  
+ATOM   4051  CG1 VAL H 172     -25.888 -35.471   4.889  1.00 44.35           C  
+ATOM   4052  CG2 VAL H 172     -24.511 -35.984   2.823  1.00 44.09           C  
+ATOM   4053  N   HIS H 173     -21.606 -37.077   3.863  1.00 44.80           N  
+ATOM   4054  CA  HIS H 173     -20.488 -36.907   2.974  1.00 44.71           C  
+ATOM   4055  C   HIS H 173     -20.804 -37.655   1.687  1.00 44.55           C  
+ATOM   4056  O   HIS H 173     -20.681 -38.882   1.632  1.00 44.88           O  
+ATOM   4057  CB  HIS H 173     -19.208 -37.448   3.617  1.00 44.77           C  
+ATOM   4058  CG  HIS H 173     -18.697 -36.615   4.754  1.00 45.59           C  
+ATOM   4059  ND1 HIS H 173     -18.539 -37.114   6.031  1.00 45.83           N  
+ATOM   4060  CD2 HIS H 173     -18.296 -35.321   4.805  1.00 46.03           C  
+ATOM   4061  CE1 HIS H 173     -18.072 -36.164   6.820  1.00 45.80           C  
+ATOM   4062  NE2 HIS H 173     -17.909 -35.068   6.100  1.00 46.13           N  
+ATOM   4063  N   THR H 174     -21.245 -36.923   0.667  1.00 44.07           N  
+ATOM   4064  CA  THR H 174     -21.346 -37.474  -0.685  1.00 43.57           C  
+ATOM   4065  C   THR H 174     -19.996 -37.316  -1.377  1.00 43.42           C  
+ATOM   4066  O   THR H 174     -19.516 -36.201  -1.570  1.00 43.30           O  
+ATOM   4067  CB  THR H 174     -22.452 -36.791  -1.503  1.00 43.55           C  
+ATOM   4068  OG1 THR H 174     -23.694 -36.881  -0.792  1.00 43.30           O  
+ATOM   4069  CG2 THR H 174     -22.594 -37.455  -2.866  1.00 43.01           C  
+ATOM   4070  N   PHE H 175     -19.392 -38.441  -1.740  1.00 43.48           N  
+ATOM   4071  CA  PHE H 175     -18.010 -38.479  -2.222  1.00 43.65           C  
+ATOM   4072  C   PHE H 175     -17.810 -38.172  -3.715  1.00 43.86           C  
+ATOM   4073  O   PHE H 175     -18.743 -38.274  -4.514  1.00 43.66           O  
+ATOM   4074  CB  PHE H 175     -17.403 -39.847  -1.920  1.00 43.65           C  
+ATOM   4075  CG  PHE H 175     -16.971 -40.021  -0.504  1.00 43.32           C  
+ATOM   4076  CD1 PHE H 175     -15.664 -39.735  -0.129  1.00 43.40           C  
+ATOM   4077  CD2 PHE H 175     -17.856 -40.497   0.453  1.00 43.17           C  
+ATOM   4078  CE1 PHE H 175     -15.239 -39.905   1.188  1.00 43.60           C  
+ATOM   4079  CE2 PHE H 175     -17.443 -40.672   1.777  1.00 44.06           C  
+ATOM   4080  CZ  PHE H 175     -16.126 -40.377   2.146  1.00 43.70           C  
+ATOM   4081  N   PRO H 176     -16.574 -37.798  -4.094  1.00 44.24           N  
+ATOM   4082  CA  PRO H 176     -16.237 -37.672  -5.504  1.00 44.64           C  
+ATOM   4083  C   PRO H 176     -16.391 -39.009  -6.222  1.00 45.10           C  
+ATOM   4084  O   PRO H 176     -15.887 -40.032  -5.740  1.00 45.30           O  
+ATOM   4085  CB  PRO H 176     -14.757 -37.268  -5.472  1.00 44.64           C  
+ATOM   4086  CG  PRO H 176     -14.554 -36.658  -4.142  1.00 44.32           C  
+ATOM   4087  CD  PRO H 176     -15.428 -37.452  -3.231  1.00 44.23           C  
+ATOM   4088  N   ALA H 177     -17.084 -38.993  -7.361  1.00 45.40           N  
+ATOM   4089  CA  ALA H 177     -17.273 -40.189  -8.180  1.00 45.50           C  
+ATOM   4090  C   ALA H 177     -15.926 -40.734  -8.628  1.00 45.71           C  
+ATOM   4091  O   ALA H 177     -14.950 -40.001  -8.670  1.00 45.99           O  
+ATOM   4092  CB  ALA H 177     -18.128 -39.856  -9.375  1.00 45.38           C  
+ATOM   4093  N   VAL H 178     -15.857 -42.021  -8.936  1.00 46.19           N  
+ATOM   4094  CA  VAL H 178     -14.643 -42.575  -9.539  1.00 46.84           C  
+ATOM   4095  C   VAL H 178     -14.923 -43.364 -10.813  1.00 47.26           C  
+ATOM   4096  O   VAL H 178     -15.727 -44.301 -10.818  1.00 47.13           O  
+ATOM   4097  CB  VAL H 178     -13.782 -43.427  -8.555  1.00 46.88           C  
+ATOM   4098  CG1 VAL H 178     -13.066 -42.531  -7.541  1.00 46.75           C  
+ATOM   4099  CG2 VAL H 178     -14.621 -44.509  -7.865  1.00 47.03           C  
+ATOM   4100  N   LEU H 179     -14.251 -42.961 -11.888  1.00 47.96           N  
+ATOM   4101  CA  LEU H 179     -14.243 -43.699 -13.148  1.00 48.54           C  
+ATOM   4102  C   LEU H 179     -13.637 -45.091 -12.953  1.00 49.10           C  
+ATOM   4103  O   LEU H 179     -12.462 -45.231 -12.586  1.00 49.24           O  
+ATOM   4104  CB  LEU H 179     -13.442 -42.925 -14.187  1.00 48.32           C  
+ATOM   4105  CG  LEU H 179     -13.353 -43.480 -15.600  1.00 48.43           C  
+ATOM   4106  CD1 LEU H 179     -14.586 -43.137 -16.412  1.00 48.71           C  
+ATOM   4107  CD2 LEU H 179     -12.115 -42.904 -16.249  1.00 49.64           C  
+ATOM   4108  N   GLN H 180     -14.448 -46.119 -13.181  1.00 49.66           N  
+ATOM   4109  CA  GLN H 180     -13.980 -47.490 -13.023  1.00 50.10           C  
+ATOM   4110  C   GLN H 180     -13.214 -47.942 -14.248  1.00 50.34           C  
+ATOM   4111  O   GLN H 180     -13.403 -47.405 -15.348  1.00 50.34           O  
+ATOM   4112  CB  GLN H 180     -15.151 -48.440 -12.794  1.00 50.08           C  
+ATOM   4113  CG  GLN H 180     -15.626 -48.490 -11.374  1.00 50.12           C  
+ATOM   4114  CD  GLN H 180     -16.998 -49.084 -11.274  1.00 49.88           C  
+ATOM   4115  OE1 GLN H 180     -17.987 -48.449 -11.626  1.00 49.39           O  
+ATOM   4116  NE2 GLN H 180     -17.071 -50.315 -10.800  1.00 50.62           N  
+ATOM   4117  N   SER H 181     -12.360 -48.942 -14.039  1.00 50.55           N  
+ATOM   4118  CA  SER H 181     -11.693 -49.659 -15.122  1.00 50.58           C  
+ATOM   4119  C   SER H 181     -12.664 -50.009 -16.261  1.00 50.37           C  
+ATOM   4120  O   SER H 181     -12.269 -50.058 -17.427  1.00 50.31           O  
+ATOM   4121  CB  SER H 181     -11.012 -50.923 -14.572  1.00 50.82           C  
+ATOM   4122  OG  SER H 181     -11.929 -51.763 -13.879  1.00 51.01           O  
+ATOM   4123  N   SER H 182     -13.932 -50.224 -15.908  1.00 50.20           N  
+ATOM   4124  CA  SER H 182     -14.980 -50.550 -16.873  1.00 50.14           C  
+ATOM   4125  C   SER H 182     -15.253 -49.399 -17.842  1.00 49.86           C  
+ATOM   4126  O   SER H 182     -15.533 -49.615 -19.013  1.00 49.96           O  
+ATOM   4127  CB  SER H 182     -16.274 -50.945 -16.145  1.00 50.30           C  
+ATOM   4128  OG  SER H 182     -17.199 -49.864 -16.068  1.00 50.80           O  
+ATOM   4129  N   GLY H 183     -15.162 -48.175 -17.347  1.00 49.61           N  
+ATOM   4130  CA  GLY H 183     -15.512 -47.014 -18.143  1.00 49.30           C  
+ATOM   4131  C   GLY H 183     -16.768 -46.402 -17.580  1.00 49.10           C  
+ATOM   4132  O   GLY H 183     -17.403 -45.560 -18.212  1.00 49.13           O  
+ATOM   4133  N   LEU H 184     -17.119 -46.836 -16.375  1.00 48.95           N  
+ATOM   4134  CA  LEU H 184     -18.304 -46.343 -15.692  1.00 48.75           C  
+ATOM   4135  C   LEU H 184     -17.950 -45.781 -14.315  1.00 48.61           C  
+ATOM   4136  O   LEU H 184     -17.082 -46.315 -13.617  1.00 48.44           O  
+ATOM   4137  CB  LEU H 184     -19.365 -47.449 -15.582  1.00 48.71           C  
+ATOM   4138  CG  LEU H 184     -19.980 -47.998 -16.876  1.00 48.51           C  
+ATOM   4139  CD1 LEU H 184     -20.983 -49.110 -16.568  1.00 48.71           C  
+ATOM   4140  CD2 LEU H 184     -20.634 -46.893 -17.721  1.00 47.67           C  
+ATOM   4141  N   TYR H 185     -18.623 -44.694 -13.944  1.00 48.38           N  
+ATOM   4142  CA  TYR H 185     -18.412 -44.054 -12.653  1.00 48.12           C  
+ATOM   4143  C   TYR H 185     -19.174 -44.755 -11.534  1.00 48.12           C  
+ATOM   4144  O   TYR H 185     -20.162 -45.458 -11.770  1.00 47.95           O  
+ATOM   4145  CB  TYR H 185     -18.820 -42.580 -12.697  1.00 48.08           C  
+ATOM   4146  CG  TYR H 185     -17.977 -41.700 -13.591  1.00 47.77           C  
+ATOM   4147  CD1 TYR H 185     -16.757 -41.182 -13.151  1.00 47.01           C  
+ATOM   4148  CD2 TYR H 185     -18.420 -41.358 -14.867  1.00 48.23           C  
+ATOM   4149  CE1 TYR H 185     -15.993 -40.366 -13.968  1.00 47.20           C  
+ATOM   4150  CE2 TYR H 185     -17.664 -40.539 -15.694  1.00 48.08           C  
+ATOM   4151  CZ  TYR H 185     -16.454 -40.050 -15.241  1.00 47.70           C  
+ATOM   4152  OH  TYR H 185     -15.719 -39.243 -16.072  1.00 47.63           O  
+ATOM   4153  N   SER H 186     -18.695 -44.540 -10.314  1.00 48.25           N  
+ATOM   4154  CA  SER H 186     -19.271 -45.111  -9.101  1.00 48.52           C  
+ATOM   4155  C   SER H 186     -18.935 -44.196  -7.918  1.00 48.60           C  
+ATOM   4156  O   SER H 186     -17.839 -43.633  -7.839  1.00 48.91           O  
+ATOM   4157  CB  SER H 186     -18.746 -46.531  -8.857  1.00 48.44           C  
+ATOM   4158  OG  SER H 186     -19.389 -47.126  -7.747  1.00 48.33           O  
+ATOM   4159  N   LEU H 187     -19.877 -44.068  -6.992  1.00 48.43           N  
+ATOM   4160  CA  LEU H 187     -19.799 -43.048  -5.965  1.00 48.40           C  
+ATOM   4161  C   LEU H 187     -20.488 -43.536  -4.700  1.00 48.51           C  
+ATOM   4162  O   LEU H 187     -21.328 -44.429  -4.748  1.00 48.50           O  
+ATOM   4163  CB  LEU H 187     -20.428 -41.752  -6.513  1.00 48.38           C  
+ATOM   4164  CG  LEU H 187     -21.074 -40.633  -5.687  1.00 48.13           C  
+ATOM   4165  CD1 LEU H 187     -21.069 -39.317  -6.473  1.00 46.93           C  
+ATOM   4166  CD2 LEU H 187     -22.489 -41.016  -5.252  1.00 47.44           C  
+ATOM   4167  N   SER H 188     -20.123 -42.955  -3.565  1.00 48.77           N  
+ATOM   4168  CA  SER H 188     -20.753 -43.316  -2.312  1.00 49.17           C  
+ATOM   4169  C   SER H 188     -21.107 -42.087  -1.506  1.00 49.35           C  
+ATOM   4170  O   SER H 188     -20.343 -41.124  -1.451  1.00 49.28           O  
+ATOM   4171  CB  SER H 188     -19.858 -44.250  -1.495  1.00 49.29           C  
+ATOM   4172  OG  SER H 188     -18.640 -43.618  -1.120  1.00 49.87           O  
+ATOM   4173  N   SER H 189     -22.284 -42.132  -0.892  1.00 49.74           N  
+ATOM   4174  CA  SER H 189     -22.748 -41.076  -0.013  1.00 50.15           C  
+ATOM   4175  C   SER H 189     -23.041 -41.694   1.341  1.00 50.67           C  
+ATOM   4176  O   SER H 189     -23.771 -42.676   1.441  1.00 50.77           O  
+ATOM   4177  CB  SER H 189     -23.997 -40.408  -0.581  1.00 49.95           C  
+ATOM   4178  OG  SER H 189     -24.282 -39.201   0.100  1.00 49.68           O  
+ATOM   4179  N   VAL H 190     -22.451 -41.119   2.381  1.00 51.26           N  
+ATOM   4180  CA  VAL H 190     -22.580 -41.650   3.730  1.00 51.80           C  
+ATOM   4181  C   VAL H 190     -23.089 -40.566   4.684  1.00 52.43           C  
+ATOM   4182  O   VAL H 190     -22.791 -39.385   4.491  1.00 52.64           O  
+ATOM   4183  CB  VAL H 190     -21.236 -42.257   4.243  1.00 51.69           C  
+ATOM   4184  CG1 VAL H 190     -20.823 -43.441   3.382  1.00 51.36           C  
+ATOM   4185  CG2 VAL H 190     -20.126 -41.210   4.277  1.00 51.14           C  
+ATOM   4186  N   VAL H 191     -23.869 -40.971   5.692  1.00 52.96           N  
+ATOM   4187  CA  VAL H 191     -24.317 -40.077   6.769  1.00 53.24           C  
+ATOM   4188  C   VAL H 191     -23.907 -40.668   8.096  1.00 53.23           C  
+ATOM   4189  O   VAL H 191     -23.960 -41.879   8.279  1.00 53.37           O  
+ATOM   4190  CB  VAL H 191     -25.856 -39.909   6.816  1.00 53.31           C  
+ATOM   4191  CG1 VAL H 191     -26.245 -38.948   7.918  1.00 53.90           C  
+ATOM   4192  CG2 VAL H 191     -26.380 -39.372   5.522  1.00 53.92           C  
+ATOM   4193  N   THR H 192     -23.506 -39.802   9.017  1.00 53.38           N  
+ATOM   4194  CA  THR H 192     -23.268 -40.189  10.392  1.00 53.48           C  
+ATOM   4195  C   THR H 192     -24.478 -39.784  11.231  1.00 54.08           C  
+ATOM   4196  O   THR H 192     -24.950 -38.649  11.147  1.00 53.87           O  
+ATOM   4197  CB  THR H 192     -21.942 -39.595  10.900  1.00 53.21           C  
+ATOM   4198  OG1 THR H 192     -20.903 -40.551  10.680  1.00 52.46           O  
+ATOM   4199  CG2 THR H 192     -21.994 -39.270  12.384  1.00 53.35           C  
+ATOM   4200  N   VAL H 193     -24.992 -40.738  12.006  1.00 55.08           N  
+ATOM   4201  CA  VAL H 193     -26.164 -40.525  12.864  1.00 56.14           C  
+ATOM   4202  C   VAL H 193     -26.033 -41.141  14.266  1.00 56.95           C  
+ATOM   4203  O   VAL H 193     -25.248 -42.087  14.472  1.00 56.91           O  
+ATOM   4204  CB  VAL H 193     -27.483 -41.084  12.232  1.00 56.15           C  
+ATOM   4205  CG1 VAL H 193     -27.754 -40.461  10.876  1.00 56.17           C  
+ATOM   4206  CG2 VAL H 193     -27.479 -42.633  12.166  1.00 56.32           C  
+ATOM   4207  N   PRO H 194     -26.808 -40.601  15.235  1.00 57.72           N  
+ATOM   4208  CA  PRO H 194     -27.062 -41.282  16.496  1.00 58.35           C  
+ATOM   4209  C   PRO H 194     -27.585 -42.705  16.275  1.00 59.11           C  
+ATOM   4210  O   PRO H 194     -28.633 -42.894  15.647  1.00 58.94           O  
+ATOM   4211  CB  PRO H 194     -28.157 -40.419  17.145  1.00 58.31           C  
+ATOM   4212  CG  PRO H 194     -28.669 -39.513  16.061  1.00 57.74           C  
+ATOM   4213  CD  PRO H 194     -27.476 -39.287  15.202  1.00 57.74           C  
+ATOM   4214  N   SER H 195     -26.845 -43.689  16.786  1.00 60.12           N  
+ATOM   4215  CA  SER H 195     -27.282 -45.094  16.775  1.00 60.91           C  
+ATOM   4216  C   SER H 195     -28.645 -45.299  17.456  1.00 61.39           C  
+ATOM   4217  O   SER H 195     -29.338 -46.283  17.184  1.00 61.54           O  
+ATOM   4218  CB  SER H 195     -26.206 -46.032  17.361  1.00 60.89           C  
+ATOM   4219  OG  SER H 195     -25.106 -45.318  17.905  1.00 60.89           O  
+ATOM   4220  N   SER H 196     -29.019 -44.360  18.326  1.00 61.97           N  
+ATOM   4221  CA  SER H 196     -30.361 -44.302  18.901  1.00 62.48           C  
+ATOM   4222  C   SER H 196     -31.445 -44.295  17.816  1.00 62.97           C  
+ATOM   4223  O   SER H 196     -32.416 -45.058  17.896  1.00 62.97           O  
+ATOM   4224  CB  SER H 196     -30.508 -43.067  19.792  1.00 62.33           C  
+ATOM   4225  N   SER H 197     -31.263 -43.453  16.794  1.00 63.66           N  
+ATOM   4226  CA  SER H 197     -32.292 -43.258  15.745  1.00 64.18           C  
+ATOM   4227  C   SER H 197     -32.571 -44.500  14.882  1.00 64.46           C  
+ATOM   4228  O   SER H 197     -33.717 -44.727  14.485  1.00 64.23           O  
+ATOM   4229  CB  SER H 197     -32.012 -42.011  14.879  1.00 64.07           C  
+ATOM   4230  OG  SER H 197     -30.629 -41.829  14.620  1.00 63.90           O  
+ATOM   4231  N   LEU H 198     -31.528 -45.301  14.628  1.00 64.88           N  
+ATOM   4232  CA  LEU H 198     -31.640 -46.552  13.862  1.00 65.14           C  
+ATOM   4233  C   LEU H 198     -32.975 -47.266  14.104  1.00 65.36           C  
+ATOM   4234  O   LEU H 198     -33.646 -47.680  13.154  1.00 65.63           O  
+ATOM   4235  CB  LEU H 198     -30.463 -47.494  14.162  1.00 65.00           C  
+ATOM   4236  CG  LEU H 198     -29.032 -47.004  13.892  1.00 65.35           C  
+ATOM   4237  CD1 LEU H 198     -27.990 -48.091  14.191  1.00 64.94           C  
+ATOM   4238  CD2 LEU H 198     -28.872 -46.488  12.464  1.00 65.87           C  
+ATOM   4239  N   GLY H 199     -33.366 -47.382  15.371  1.00 65.34           N  
+ATOM   4240  CA  GLY H 199     -34.653 -47.964  15.724  1.00 65.27           C  
+ATOM   4241  C   GLY H 199     -35.830 -47.150  15.213  1.00 65.23           C  
+ATOM   4242  O   GLY H 199     -36.565 -47.597  14.330  1.00 65.20           O  
+ATOM   4243  N   THR H 200     -35.996 -45.947  15.756  1.00 65.15           N  
+ATOM   4244  CA  THR H 200     -37.185 -45.131  15.482  1.00 65.05           C  
+ATOM   4245  C   THR H 200     -37.208 -44.446  14.094  1.00 64.91           C  
+ATOM   4246  O   THR H 200     -38.272 -44.051  13.608  1.00 64.94           O  
+ATOM   4247  CB  THR H 200     -37.407 -44.079  16.601  1.00 65.05           C  
+ATOM   4248  N   GLN H 201     -36.044 -44.331  13.457  1.00 64.62           N  
+ATOM   4249  CA  GLN H 201     -35.893 -43.529  12.237  1.00 64.10           C  
+ATOM   4250  C   GLN H 201     -35.647 -44.318  10.950  1.00 63.86           C  
+ATOM   4251  O   GLN H 201     -34.840 -45.262  10.913  1.00 63.85           O  
+ATOM   4252  CB  GLN H 201     -34.769 -42.512  12.428  1.00 64.08           C  
+ATOM   4253  CG  GLN H 201     -35.247 -41.101  12.664  1.00 63.92           C  
+ATOM   4254  CD  GLN H 201     -35.266 -40.291  11.391  1.00 63.73           C  
+ATOM   4255  OE1 GLN H 201     -36.055 -39.353  11.243  1.00 63.91           O  
+ATOM   4256  NE2 GLN H 201     -34.392 -40.648  10.457  1.00 63.45           N  
+ATOM   4257  N   THR H 202     -36.350 -43.900   9.898  1.00 63.29           N  
+ATOM   4258  CA  THR H 202     -36.119 -44.382   8.537  1.00 62.62           C  
+ATOM   4259  C   THR H 202     -35.073 -43.482   7.873  1.00 62.01           C  
+ATOM   4260  O   THR H 202     -35.137 -42.260   8.006  1.00 61.95           O  
+ATOM   4261  CB  THR H 202     -37.420 -44.332   7.697  1.00 62.59           C  
+ATOM   4262  OG1 THR H 202     -38.558 -44.465   8.557  1.00 62.67           O  
+ATOM   4263  CG2 THR H 202     -37.443 -45.457   6.672  1.00 62.94           C  
+ATOM   4264  N   TYR H 203     -34.109 -44.083   7.177  1.00 61.30           N  
+ATOM   4265  CA  TYR H 203     -33.131 -43.318   6.395  1.00 60.67           C  
+ATOM   4266  C   TYR H 203     -33.195 -43.640   4.912  1.00 59.88           C  
+ATOM   4267  O   TYR H 203     -32.952 -44.768   4.503  1.00 59.85           O  
+ATOM   4268  CB  TYR H 203     -31.710 -43.537   6.912  1.00 60.98           C  
+ATOM   4269  CG  TYR H 203     -31.445 -42.874   8.237  1.00 61.71           C  
+ATOM   4270  CD1 TYR H 203     -31.421 -41.481   8.353  1.00 62.58           C  
+ATOM   4271  CD2 TYR H 203     -31.216 -43.633   9.379  1.00 62.37           C  
+ATOM   4272  CE1 TYR H 203     -31.174 -40.865   9.579  1.00 62.74           C  
+ATOM   4273  CE2 TYR H 203     -30.964 -43.032  10.608  1.00 62.74           C  
+ATOM   4274  CZ  TYR H 203     -30.948 -41.650  10.704  1.00 62.52           C  
+ATOM   4275  OH  TYR H 203     -30.704 -41.059  11.926  1.00 62.31           O  
+ATOM   4276  N   ILE H 204     -33.508 -42.639   4.106  1.00 59.02           N  
+ATOM   4277  CA  ILE H 204     -33.614 -42.838   2.668  1.00 58.38           C  
+ATOM   4278  C   ILE H 204     -32.615 -41.971   1.900  1.00 57.82           C  
+ATOM   4279  O   ILE H 204     -32.435 -40.799   2.218  1.00 58.13           O  
+ATOM   4280  CB  ILE H 204     -35.066 -42.568   2.186  1.00 58.46           C  
+ATOM   4281  CG1 ILE H 204     -35.965 -43.764   2.540  1.00 58.39           C  
+ATOM   4282  CG2 ILE H 204     -35.101 -42.271   0.685  1.00 58.43           C  
+ATOM   4283  CD1 ILE H 204     -37.456 -43.518   2.373  1.00 58.24           C  
+ATOM   4284  N   CYS H 205     -31.958 -42.539   0.897  1.00 56.89           N  
+ATOM   4285  CA  CYS H 205     -31.175 -41.711  -0.016  1.00 56.07           C  
+ATOM   4286  C   CYS H 205     -31.961 -41.433  -1.284  1.00 55.72           C  
+ATOM   4287  O   CYS H 205     -32.673 -42.299  -1.783  1.00 55.64           O  
+ATOM   4288  CB  CYS H 205     -29.842 -42.358  -0.361  1.00 55.97           C  
+ATOM   4289  SG  CYS H 205     -29.996 -43.842  -1.350  1.00 54.99           S  
+ATOM   4290  N   ASN H 206     -31.829 -40.217  -1.795  1.00 55.30           N  
+ATOM   4291  CA  ASN H 206     -32.493 -39.835  -3.028  1.00 54.86           C  
+ATOM   4292  C   ASN H 206     -31.456 -39.616  -4.104  1.00 54.63           C  
+ATOM   4293  O   ASN H 206     -30.711 -38.633  -4.086  1.00 54.51           O  
+ATOM   4294  CB  ASN H 206     -33.344 -38.588  -2.834  1.00 54.80           C  
+ATOM   4295  CG  ASN H 206     -33.955 -38.515  -1.459  1.00 54.74           C  
+ATOM   4296  OD1 ASN H 206     -33.796 -37.519  -0.763  1.00 55.64           O  
+ATOM   4297  ND2 ASN H 206     -34.639 -39.576  -1.047  1.00 53.99           N  
+ATOM   4298  N   VAL H 207     -31.411 -40.564  -5.028  1.00 54.34           N  
+ATOM   4299  CA  VAL H 207     -30.450 -40.562  -6.100  1.00 54.21           C  
+ATOM   4300  C   VAL H 207     -31.128 -40.163  -7.409  1.00 54.41           C  
+ATOM   4301  O   VAL H 207     -32.025 -40.862  -7.882  1.00 54.46           O  
+ATOM   4302  CB  VAL H 207     -29.836 -41.955  -6.253  1.00 54.05           C  
+ATOM   4303  CG1 VAL H 207     -28.693 -41.921  -7.238  1.00 54.56           C  
+ATOM   4304  CG2 VAL H 207     -29.355 -42.462  -4.920  1.00 53.89           C  
+ATOM   4305  N   ASN H 208     -30.729 -39.029  -7.978  1.00 54.58           N  
+ATOM   4306  CA  ASN H 208     -31.111 -38.734  -9.343  1.00 54.90           C  
+ATOM   4307  C   ASN H 208     -29.908 -38.664 -10.252  1.00 55.09           C  
+ATOM   4308  O   ASN H 208     -28.971 -37.917  -9.977  1.00 55.23           O  
+ATOM   4309  CB  ASN H 208     -31.943 -37.462  -9.480  1.00 54.89           C  
+ATOM   4310  CG  ASN H 208     -32.485 -37.274 -10.914  1.00 56.05           C  
+ATOM   4311  OD1 ASN H 208     -32.761 -38.244 -11.632  1.00 56.10           O  
+ATOM   4312  ND2 ASN H 208     -32.624 -36.021 -11.333  1.00 57.88           N  
+ATOM   4313  N   HIS H 209     -29.950 -39.466 -11.318  1.00 55.30           N  
+ATOM   4314  CA  HIS H 209     -29.039 -39.363 -12.454  1.00 55.42           C  
+ATOM   4315  C   HIS H 209     -29.882 -38.885 -13.622  1.00 55.72           C  
+ATOM   4316  O   HIS H 209     -30.490 -39.692 -14.329  1.00 55.87           O  
+ATOM   4317  CB  HIS H 209     -28.423 -40.726 -12.768  1.00 55.15           C  
+ATOM   4318  CG  HIS H 209     -27.479 -40.722 -13.935  1.00 55.05           C  
+ATOM   4319  ND1 HIS H 209     -27.633 -41.562 -15.017  1.00 55.04           N  
+ATOM   4320  CD2 HIS H 209     -26.360 -40.000 -14.180  1.00 54.87           C  
+ATOM   4321  CE1 HIS H 209     -26.652 -41.355 -15.878  1.00 54.47           C  
+ATOM   4322  NE2 HIS H 209     -25.867 -40.411 -15.396  1.00 53.97           N  
+ATOM   4323  N   LYS H 210     -29.924 -37.566 -13.810  1.00 55.94           N  
+ATOM   4324  CA  LYS H 210     -30.826 -36.943 -14.787  1.00 56.13           C  
+ATOM   4325  C   LYS H 210     -30.623 -37.425 -16.235  1.00 56.19           C  
+ATOM   4326  O   LYS H 210     -31.613 -37.672 -16.937  1.00 56.05           O  
+ATOM   4327  CB  LYS H 210     -30.769 -35.411 -14.697  1.00 56.12           C  
+ATOM   4328  N   PRO H 211     -29.350 -37.565 -16.681  1.00 56.30           N  
+ATOM   4329  CA  PRO H 211     -29.046 -37.952 -18.066  1.00 56.55           C  
+ATOM   4330  C   PRO H 211     -29.651 -39.284 -18.498  1.00 56.93           C  
+ATOM   4331  O   PRO H 211     -29.831 -39.518 -19.691  1.00 56.78           O  
+ATOM   4332  CB  PRO H 211     -27.521 -38.052 -18.072  1.00 56.49           C  
+ATOM   4333  CG  PRO H 211     -27.084 -37.174 -16.981  1.00 56.37           C  
+ATOM   4334  CD  PRO H 211     -28.111 -37.342 -15.914  1.00 56.24           C  
+ATOM   4335  N   SER H 212     -29.952 -40.143 -17.530  1.00 57.53           N  
+ATOM   4336  CA  SER H 212     -30.599 -41.429 -17.787  1.00 58.18           C  
+ATOM   4337  C   SER H 212     -32.067 -41.437 -17.335  1.00 58.57           C  
+ATOM   4338  O   SER H 212     -32.760 -42.457 -17.436  1.00 58.51           O  
+ATOM   4339  CB  SER H 212     -29.816 -42.542 -17.088  1.00 58.14           C  
+ATOM   4340  OG  SER H 212     -30.678 -43.470 -16.458  1.00 58.32           O  
+ATOM   4341  N   ASN H 213     -32.524 -40.285 -16.845  1.00 59.03           N  
+ATOM   4342  CA  ASN H 213     -33.822 -40.144 -16.174  1.00 59.46           C  
+ATOM   4343  C   ASN H 213     -34.125 -41.206 -15.109  1.00 59.18           C  
+ATOM   4344  O   ASN H 213     -35.289 -41.502 -14.826  1.00 59.45           O  
+ATOM   4345  CB  ASN H 213     -34.963 -40.001 -17.188  1.00 59.76           C  
+ATOM   4346  CG  ASN H 213     -34.825 -38.751 -18.042  1.00 61.32           C  
+ATOM   4347  OD1 ASN H 213     -34.818 -38.833 -19.271  1.00 63.02           O  
+ATOM   4348  ND2 ASN H 213     -34.702 -37.584 -17.395  1.00 62.58           N  
+ATOM   4349  N   THR H 214     -33.064 -41.763 -14.526  1.00 58.72           N  
+ATOM   4350  CA  THR H 214     -33.164 -42.649 -13.372  1.00 58.45           C  
+ATOM   4351  C   THR H 214     -33.250 -41.808 -12.093  1.00 58.36           C  
+ATOM   4352  O   THR H 214     -32.333 -41.033 -11.798  1.00 58.40           O  
+ATOM   4353  CB  THR H 214     -31.930 -43.562 -13.285  1.00 58.42           C  
+ATOM   4354  OG1 THR H 214     -31.750 -44.244 -14.531  1.00 58.58           O  
+ATOM   4355  CG2 THR H 214     -32.079 -44.579 -12.168  1.00 58.25           C  
+ATOM   4356  N   LYS H 215     -34.355 -41.955 -11.355  1.00 58.02           N  
+ATOM   4357  CA  LYS H 215     -34.544 -41.305 -10.051  1.00 57.62           C  
+ATOM   4358  C   LYS H 215     -34.957 -42.379  -9.054  1.00 57.57           C  
+ATOM   4359  O   LYS H 215     -36.023 -42.979  -9.198  1.00 57.78           O  
+ATOM   4360  CB  LYS H 215     -35.606 -40.201 -10.120  1.00 57.32           C  
+ATOM   4361  N   VAL H 216     -34.113 -42.627  -8.053  1.00 57.37           N  
+ATOM   4362  CA  VAL H 216     -34.317 -43.743  -7.114  1.00 57.17           C  
+ATOM   4363  C   VAL H 216     -34.297 -43.300  -5.643  1.00 57.37           C  
+ATOM   4364  O   VAL H 216     -33.635 -42.324  -5.295  1.00 57.51           O  
+ATOM   4365  CB  VAL H 216     -33.284 -44.886  -7.374  1.00 56.94           C  
+ATOM   4366  CG1 VAL H 216     -33.232 -45.877  -6.225  1.00 56.70           C  
+ATOM   4367  CG2 VAL H 216     -33.602 -45.609  -8.672  1.00 56.56           C  
+ATOM   4368  N   ASP H 217     -35.052 -44.006  -4.800  1.00 57.61           N  
+ATOM   4369  CA  ASP H 217     -35.008 -43.825  -3.353  1.00 57.94           C  
+ATOM   4370  C   ASP H 217     -34.841 -45.181  -2.734  1.00 58.23           C  
+ATOM   4371  O   ASP H 217     -35.747 -46.004  -2.819  1.00 58.40           O  
+ATOM   4372  CB  ASP H 217     -36.301 -43.218  -2.823  1.00 57.80           C  
+ATOM   4373  CG  ASP H 217     -36.587 -41.869  -3.410  1.00 58.65           C  
+ATOM   4374  OD1 ASP H 217     -35.783 -40.932  -3.189  1.00 59.53           O  
+ATOM   4375  OD2 ASP H 217     -37.619 -41.747  -4.104  1.00 59.67           O  
+ATOM   4376  N   LYS H 218     -33.685 -45.419  -2.124  1.00 58.66           N  
+ATOM   4377  CA  LYS H 218     -33.433 -46.679  -1.442  1.00 59.17           C  
+ATOM   4378  C   LYS H 218     -33.435 -46.449   0.065  1.00 59.60           C  
+ATOM   4379  O   LYS H 218     -32.737 -45.565   0.558  1.00 59.76           O  
+ATOM   4380  CB  LYS H 218     -32.112 -47.306  -1.914  1.00 58.91           C  
+ATOM   4381  N   LYS H 219     -34.246 -47.222   0.787  1.00 60.25           N  
+ATOM   4382  CA  LYS H 219     -34.228 -47.203   2.251  1.00 60.83           C  
+ATOM   4383  C   LYS H 219     -32.988 -47.940   2.730  1.00 61.31           C  
+ATOM   4384  O   LYS H 219     -32.683 -49.025   2.251  1.00 61.36           O  
+ATOM   4385  CB  LYS H 219     -35.492 -47.842   2.842  1.00 60.61           C  
+ATOM   4386  N   VAL H 220     -32.259 -47.335   3.655  1.00 62.17           N  
+ATOM   4387  CA  VAL H 220     -31.081 -47.977   4.220  1.00 63.27           C  
+ATOM   4388  C   VAL H 220     -31.365 -48.487   5.644  1.00 64.38           C  
+ATOM   4389  O   VAL H 220     -31.562 -47.702   6.578  1.00 64.57           O  
+ATOM   4390  CB  VAL H 220     -29.852 -47.051   4.162  1.00 62.98           C  
+ATOM   4391  CG1 VAL H 220     -28.603 -47.788   4.609  1.00 62.65           C  
+ATOM   4392  CG2 VAL H 220     -29.672 -46.541   2.750  1.00 62.90           C  
+ATOM   4393  N   GLU H 221     -31.394 -49.811   5.792  1.00 65.55           N  
+ATOM   4394  CA  GLU H 221     -31.758 -50.450   7.059  1.00 66.63           C  
+ATOM   4395  C   GLU H 221     -30.596 -51.270   7.620  1.00 67.32           C  
+ATOM   4396  O   GLU H 221     -29.707 -51.670   6.860  1.00 67.38           O  
+ATOM   4397  CB  GLU H 221     -32.990 -51.346   6.868  1.00 66.64           C  
+ATOM   4398  CG  GLU H 221     -34.203 -50.619   6.288  1.00 66.80           C  
+ATOM   4399  CD  GLU H 221     -35.430 -51.503   6.188  1.00 66.86           C  
+ATOM   4400  OE1 GLU H 221     -35.307 -52.669   5.756  1.00 66.90           O  
+ATOM   4401  OE2 GLU H 221     -36.528 -51.022   6.537  1.00 67.79           O  
+ATOM   4402  N   PRO H 222     -30.584 -51.501   8.954  1.00 68.01           N  
+ATOM   4403  CA  PRO H 222     -29.613 -52.440   9.542  1.00 68.36           C  
+ATOM   4404  C   PRO H 222     -30.101 -53.882   9.410  1.00 68.70           C  
+ATOM   4405  O   PRO H 222     -31.164 -54.222   9.936  1.00 68.92           O  
+ATOM   4406  CB  PRO H 222     -29.546 -52.015  11.015  1.00 68.36           C  
+ATOM   4407  CG  PRO H 222     -30.839 -51.287  11.285  1.00 68.26           C  
+ATOM   4408  CD  PRO H 222     -31.461 -50.882   9.973  1.00 67.98           C  
+ATOM   4409  N   LYS H 223     -29.343 -54.714   8.700  1.00 68.98           N  
+ATOM   4410  CA  LYS H 223     -29.778 -56.085   8.421  1.00 69.38           C  
+ATOM   4411  C   LYS H 223     -28.787 -57.118   8.952  1.00 69.60           C  
+ATOM   4412  O   LYS H 223     -27.672 -57.252   8.435  1.00 69.87           O  
+ATOM   4413  CB  LYS H 223     -30.036 -56.290   6.918  1.00 69.31           C  
+ATOM   4414  N   ASP L   1      -7.239  -9.639 -24.877  1.00 49.49           N  
+ATOM   4415  CA  ASP L   1      -6.013  -8.806 -25.087  1.00 49.41           C  
+ATOM   4416  C   ASP L   1      -5.273  -8.497 -23.777  1.00 49.12           C  
+ATOM   4417  O   ASP L   1      -4.111  -8.088 -23.800  1.00 49.15           O  
+ATOM   4418  CB  ASP L   1      -6.370  -7.503 -25.819  1.00 49.66           C  
+ATOM   4419  N   ILE L   2      -5.954  -8.674 -22.644  1.00 48.63           N  
+ATOM   4420  CA  ILE L   2      -5.322  -8.514 -21.330  1.00 48.17           C  
+ATOM   4421  C   ILE L   2      -5.215  -9.871 -20.628  1.00 47.72           C  
+ATOM   4422  O   ILE L   2      -6.164 -10.674 -20.645  1.00 47.58           O  
+ATOM   4423  CB  ILE L   2      -6.057  -7.483 -20.439  1.00 48.31           C  
+ATOM   4424  N   GLN L   3      -4.054 -10.113 -20.019  1.00 46.97           N  
+ATOM   4425  CA  GLN L   3      -3.676 -11.447 -19.551  1.00 46.27           C  
+ATOM   4426  C   GLN L   3      -3.264 -11.464 -18.072  1.00 45.62           C  
+ATOM   4427  O   GLN L   3      -2.280 -10.831 -17.666  1.00 45.63           O  
+ATOM   4428  CB  GLN L   3      -2.577 -12.042 -20.450  1.00 46.32           C  
+ATOM   4429  N   MET L   4      -4.021 -12.229 -17.289  1.00 44.69           N  
+ATOM   4430  CA  MET L   4      -3.952 -12.202 -15.831  1.00 43.61           C  
+ATOM   4431  C   MET L   4      -3.016 -13.245 -15.233  1.00 42.69           C  
+ATOM   4432  O   MET L   4      -3.037 -14.410 -15.625  1.00 42.67           O  
+ATOM   4433  CB  MET L   4      -5.358 -12.388 -15.255  1.00 43.87           C  
+ATOM   4434  CG  MET L   4      -6.291 -11.243 -15.560  1.00 43.71           C  
+ATOM   4435  SD  MET L   4      -5.843  -9.824 -14.557  1.00 45.09           S  
+ATOM   4436  CE  MET L   4      -6.074  -8.494 -15.735  1.00 45.02           C  
+ATOM   4437  N   THR L   5      -2.204 -12.824 -14.273  1.00 41.44           N  
+ATOM   4438  CA  THR L   5      -1.370 -13.753 -13.536  1.00 40.51           C  
+ATOM   4439  C   THR L   5      -1.781 -13.689 -12.077  1.00 39.83           C  
+ATOM   4440  O   THR L   5      -1.491 -12.707 -11.389  1.00 39.91           O  
+ATOM   4441  CB  THR L   5       0.134 -13.449 -13.736  1.00 40.53           C  
+ATOM   4442  OG1 THR L   5       0.484 -13.715 -15.096  1.00 40.37           O  
+ATOM   4443  CG2 THR L   5       1.009 -14.317 -12.840  1.00 40.70           C  
+ATOM   4444  N   GLN L   6      -2.489 -14.722 -11.626  1.00 38.86           N  
+ATOM   4445  CA  GLN L   6      -2.965 -14.797 -10.252  1.00 38.02           C  
+ATOM   4446  C   GLN L   6      -1.974 -15.628  -9.503  1.00 37.76           C  
+ATOM   4447  O   GLN L   6      -1.337 -16.498 -10.091  1.00 38.31           O  
+ATOM   4448  CB  GLN L   6      -4.322 -15.473 -10.190  1.00 37.95           C  
+ATOM   4449  CG  GLN L   6      -4.943 -15.474  -8.805  1.00 37.93           C  
+ATOM   4450  CD  GLN L   6      -6.412 -15.859  -8.818  1.00 37.80           C  
+ATOM   4451  OE1 GLN L   6      -6.990 -16.180  -7.785  1.00 36.87           O  
+ATOM   4452  NE2 GLN L   6      -7.022 -15.821  -9.991  1.00 38.42           N  
+ATOM   4453  N   SER L   7      -1.831 -15.371  -8.210  1.00 37.07           N  
+ATOM   4454  CA  SER L   7      -0.822 -16.050  -7.419  1.00 36.18           C  
+ATOM   4455  C   SER L   7      -1.136 -15.872  -5.946  1.00 35.95           C  
+ATOM   4456  O   SER L   7      -1.487 -14.768  -5.528  1.00 36.02           O  
+ATOM   4457  CB  SER L   7       0.549 -15.466  -7.731  1.00 36.04           C  
+ATOM   4458  OG  SER L   7       1.544 -16.432  -7.500  1.00 35.95           O  
+ATOM   4459  N   PRO L   8      -0.971 -16.937  -5.138  1.00 35.58           N  
+ATOM   4460  CA  PRO L   8      -0.411 -18.236  -5.485  1.00 35.42           C  
+ATOM   4461  C   PRO L   8      -1.436 -19.253  -6.005  1.00 35.34           C  
+ATOM   4462  O   PRO L   8      -2.604 -18.922  -6.166  1.00 35.07           O  
+ATOM   4463  CB  PRO L   8       0.172 -18.695  -4.160  1.00 35.05           C  
+ATOM   4464  CG  PRO L   8      -0.781 -18.153  -3.164  1.00 35.03           C  
+ATOM   4465  CD  PRO L   8      -1.322 -16.877  -3.708  1.00 35.50           C  
+ATOM   4466  N   SER L   9      -0.973 -20.471  -6.280  1.00 35.32           N  
+ATOM   4467  CA  SER L   9      -1.841 -21.564  -6.660  1.00 35.60           C  
+ATOM   4468  C   SER L   9      -2.558 -22.110  -5.438  1.00 36.08           C  
+ATOM   4469  O   SER L   9      -3.776 -22.274  -5.456  1.00 36.56           O  
+ATOM   4470  CB  SER L   9      -1.039 -22.669  -7.323  1.00 35.47           C  
+ATOM   4471  OG  SER L   9      -0.289 -22.141  -8.399  1.00 36.24           O  
+ATOM   4472  N   SER L  10      -1.806 -22.399  -4.380  1.00 36.30           N  
+ATOM   4473  CA  SER L  10      -2.394 -22.832  -3.123  1.00 36.66           C  
+ATOM   4474  C   SER L  10      -1.812 -22.052  -1.964  1.00 37.06           C  
+ATOM   4475  O   SER L  10      -0.831 -21.317  -2.103  1.00 37.21           O  
+ATOM   4476  CB  SER L  10      -2.140 -24.310  -2.877  1.00 36.73           C  
+ATOM   4477  OG  SER L  10      -2.330 -25.060  -4.054  1.00 38.10           O  
+ATOM   4478  N   LEU L  11      -2.396 -22.272  -0.797  1.00 37.32           N  
+ATOM   4479  CA  LEU L  11      -2.154 -21.447   0.352  1.00 37.53           C  
+ATOM   4480  C   LEU L  11      -2.774 -22.173   1.524  1.00 37.48           C  
+ATOM   4481  O   LEU L  11      -3.985 -22.430   1.523  1.00 37.98           O  
+ATOM   4482  CB  LEU L  11      -2.885 -20.130   0.132  1.00 37.56           C  
+ATOM   4483  CG  LEU L  11      -2.840 -18.982   1.120  1.00 38.27           C  
+ATOM   4484  CD1 LEU L  11      -1.429 -18.552   1.282  1.00 40.64           C  
+ATOM   4485  CD2 LEU L  11      -3.635 -17.825   0.563  1.00 38.35           C  
+ATOM   4486  N   SER L  12      -1.966 -22.522   2.519  1.00 37.08           N  
+ATOM   4487  CA  SER L  12      -2.529 -23.049   3.757  1.00 36.58           C  
+ATOM   4488  C   SER L  12      -2.252 -22.113   4.921  1.00 35.88           C  
+ATOM   4489  O   SER L  12      -1.120 -21.659   5.109  1.00 35.75           O  
+ATOM   4490  CB  SER L  12      -2.002 -24.449   4.046  1.00 36.87           C  
+ATOM   4491  OG  SER L  12      -2.910 -25.159   4.874  1.00 38.21           O  
+ATOM   4492  N   ALA L  13      -3.295 -21.796   5.681  1.00 35.09           N  
+ATOM   4493  CA  ALA L  13      -3.136 -20.950   6.862  1.00 34.53           C  
+ATOM   4494  C   ALA L  13      -4.190 -21.210   7.935  1.00 34.16           C  
+ATOM   4495  O   ALA L  13      -5.185 -21.902   7.712  1.00 34.18           O  
+ATOM   4496  CB  ALA L  13      -3.093 -19.484   6.486  1.00 34.42           C  
+ATOM   4497  N   SER L  14      -3.953 -20.660   9.113  1.00 33.52           N  
+ATOM   4498  CA  SER L  14      -4.719 -21.054  10.268  1.00 33.03           C  
+ATOM   4499  C   SER L  14      -5.923 -20.152  10.377  1.00 32.78           C  
+ATOM   4500  O   SER L  14      -5.985 -19.111   9.724  1.00 32.76           O  
+ATOM   4501  CB  SER L  14      -3.848 -20.978  11.528  1.00 33.09           C  
+ATOM   4502  OG  SER L  14      -2.591 -21.612  11.326  1.00 32.92           O  
+ATOM   4503  N   VAL L  15      -6.890 -20.560  11.193  1.00 32.42           N  
+ATOM   4504  CA  VAL L  15      -8.060 -19.739  11.457  1.00 31.88           C  
+ATOM   4505  C   VAL L  15      -7.606 -18.445  12.096  1.00 31.49           C  
+ATOM   4506  O   VAL L  15      -6.736 -18.459  12.959  1.00 31.64           O  
+ATOM   4507  CB  VAL L  15      -9.020 -20.448  12.398  1.00 31.93           C  
+ATOM   4508  CG1 VAL L  15     -10.166 -19.526  12.781  1.00 32.16           C  
+ATOM   4509  CG2 VAL L  15      -9.528 -21.744  11.760  1.00 32.15           C  
+ATOM   4510  N   GLY L  16      -8.173 -17.330  11.654  1.00 31.15           N  
+ATOM   4511  CA  GLY L  16      -7.832 -16.023  12.210  1.00 30.55           C  
+ATOM   4512  C   GLY L  16      -6.689 -15.349  11.481  1.00 30.13           C  
+ATOM   4513  O   GLY L  16      -6.445 -14.161  11.675  1.00 29.88           O  
+ATOM   4514  N   ASP L  17      -6.007 -16.111  10.627  1.00 29.94           N  
+ATOM   4515  CA  ASP L  17      -4.816 -15.643   9.926  1.00 29.69           C  
+ATOM   4516  C   ASP L  17      -5.176 -14.776   8.752  1.00 29.21           C  
+ATOM   4517  O   ASP L  17      -6.311 -14.802   8.296  1.00 29.18           O  
+ATOM   4518  CB  ASP L  17      -3.977 -16.821   9.432  1.00 29.99           C  
+ATOM   4519  CG  ASP L  17      -3.066 -17.393  10.511  1.00 30.85           C  
+ATOM   4520  OD1 ASP L  17      -3.293 -17.076  11.709  1.00 31.11           O  
+ATOM   4521  OD2 ASP L  17      -2.131 -18.163  10.153  1.00 31.47           O  
+ATOM   4522  N   ARG L  18      -4.191 -14.025   8.265  1.00 28.88           N  
+ATOM   4523  CA  ARG L  18      -4.373 -13.107   7.149  1.00 28.58           C  
+ATOM   4524  C   ARG L  18      -4.011 -13.735   5.809  1.00 28.59           C  
+ATOM   4525  O   ARG L  18      -2.881 -14.163   5.576  1.00 28.31           O  
+ATOM   4526  CB  ARG L  18      -3.564 -11.840   7.366  1.00 28.59           C  
+ATOM   4527  CG  ARG L  18      -3.722 -10.809   6.269  1.00 28.08           C  
+ATOM   4528  CD  ARG L  18      -2.711  -9.685   6.423  1.00 27.28           C  
+ATOM   4529  NE  ARG L  18      -3.265  -8.438   5.931  1.00 28.28           N  
+ATOM   4530  CZ  ARG L  18      -3.827  -7.516   6.706  1.00 30.52           C  
+ATOM   4531  NH1 ARG L  18      -3.886  -7.690   8.027  1.00 30.70           N  
+ATOM   4532  NH2 ARG L  18      -4.323  -6.406   6.158  1.00 32.20           N  
+ATOM   4533  N   VAL L  19      -4.999 -13.764   4.927  1.00 28.83           N  
+ATOM   4534  CA  VAL L  19      -4.857 -14.395   3.628  1.00 28.71           C  
+ATOM   4535  C   VAL L  19      -4.868 -13.323   2.558  1.00 29.01           C  
+ATOM   4536  O   VAL L  19      -5.850 -12.589   2.411  1.00 28.68           O  
+ATOM   4537  CB  VAL L  19      -5.960 -15.433   3.392  1.00 28.47           C  
+ATOM   4538  CG1 VAL L  19      -6.158 -15.693   1.899  1.00 27.68           C  
+ATOM   4539  CG2 VAL L  19      -5.631 -16.724   4.161  1.00 28.13           C  
+ATOM   4540  N   THR L  20      -3.744 -13.212   1.848  1.00 29.46           N  
+ATOM   4541  CA  THR L  20      -3.614 -12.229   0.773  1.00 29.71           C  
+ATOM   4542  C   THR L  20      -3.248 -12.912  -0.561  1.00 29.88           C  
+ATOM   4543  O   THR L  20      -2.272 -13.677  -0.643  1.00 29.50           O  
+ATOM   4544  CB  THR L  20      -2.626 -11.070   1.120  1.00 29.47           C  
+ATOM   4545  OG1 THR L  20      -1.358 -11.366   0.569  1.00 30.04           O  
+ATOM   4546  CG2 THR L  20      -2.438 -10.904   2.602  1.00 29.16           C  
+ATOM   4547  N   ILE L  21      -4.070 -12.644  -1.578  1.00 30.14           N  
+ATOM   4548  CA  ILE L  21      -3.920 -13.216  -2.907  1.00 30.88           C  
+ATOM   4549  C   ILE L  21      -3.794 -12.110  -3.949  1.00 31.53           C  
+ATOM   4550  O   ILE L  21      -4.788 -11.449  -4.281  1.00 31.84           O  
+ATOM   4551  CB  ILE L  21      -5.143 -14.065  -3.318  1.00 30.76           C  
+ATOM   4552  CG1 ILE L  21      -5.402 -15.198  -2.333  1.00 30.71           C  
+ATOM   4553  CG2 ILE L  21      -4.939 -14.640  -4.717  1.00 31.07           C  
+ATOM   4554  CD1 ILE L  21      -6.754 -15.846  -2.527  1.00 31.28           C  
+ATOM   4555  N   THR L  22      -2.585 -11.927  -4.480  1.00 32.07           N  
+ATOM   4556  CA  THR L  22      -2.345 -10.947  -5.532  1.00 32.50           C  
+ATOM   4557  C   THR L  22      -2.870 -11.477  -6.847  1.00 33.10           C  
+ATOM   4558  O   THR L  22      -2.971 -12.688  -7.046  1.00 33.46           O  
+ATOM   4559  CB  THR L  22      -0.865 -10.688  -5.736  1.00 32.23           C  
+ATOM   4560  OG1 THR L  22      -0.333 -11.682  -6.617  1.00 32.21           O  
+ATOM   4561  CG2 THR L  22      -0.137 -10.747  -4.423  1.00 32.59           C  
+ATOM   4562  N   CYS L  23      -3.191 -10.566  -7.751  1.00 33.97           N  
+ATOM   4563  CA  CYS L  23      -3.546 -10.940  -9.098  1.00 34.31           C  
+ATOM   4564  C   CYS L  23      -3.144  -9.837 -10.068  1.00 34.75           C  
+ATOM   4565  O   CYS L  23      -3.758  -8.772 -10.121  1.00 34.55           O  
+ATOM   4566  CB  CYS L  23      -5.025 -11.251  -9.191  1.00 34.27           C  
+ATOM   4567  SG  CYS L  23      -5.609 -11.252 -10.878  1.00 35.58           S  
+ATOM   4568  N   SER L  24      -2.095 -10.122 -10.833  1.00 35.56           N  
+ATOM   4569  CA  SER L  24      -1.423  -9.141 -11.676  1.00 36.19           C  
+ATOM   4570  C   SER L  24      -2.012  -9.082 -13.094  1.00 36.41           C  
+ATOM   4571  O   SER L  24      -2.696 -10.003 -13.521  1.00 36.76           O  
+ATOM   4572  CB  SER L  24       0.073  -9.456 -11.703  1.00 36.02           C  
+ATOM   4573  OG  SER L  24       0.641  -9.078 -12.939  1.00 36.82           O  
+ATOM   4574  N   ALA L  25      -1.731  -8.003 -13.817  1.00 36.64           N  
+ATOM   4575  CA  ALA L  25      -2.317  -7.784 -15.128  1.00 37.28           C  
+ATOM   4576  C   ALA L  25      -1.288  -7.339 -16.183  1.00 38.04           C  
+ATOM   4577  O   ALA L  25      -0.418  -6.514 -15.891  1.00 38.35           O  
+ATOM   4578  CB  ALA L  25      -3.403  -6.767 -15.011  1.00 37.18           C  
+ATOM   4579  N   SER L  26      -1.410  -7.872 -17.406  1.00 38.66           N  
+ATOM   4580  CA  SER L  26      -0.506  -7.562 -18.527  1.00 39.09           C  
+ATOM   4581  C   SER L  26      -0.555  -6.076 -18.939  1.00 39.79           C  
+ATOM   4582  O   SER L  26       0.347  -5.323 -18.585  1.00 40.31           O  
+ATOM   4583  CB  SER L  26      -0.776  -8.484 -19.714  1.00 38.83           C  
+ATOM   4584  OG  SER L  26      -2.064  -8.243 -20.250  1.00 39.07           O  
+ATOM   4585  N   SER L  27      -1.585  -5.646 -19.676  1.00 40.38           N  
+ATOM   4586  CA  SER L  27      -1.825  -4.205 -19.886  1.00 40.54           C  
+ATOM   4587  C   SER L  27      -2.612  -3.641 -18.683  1.00 41.07           C  
+ATOM   4588  O   SER L  27      -2.756  -4.319 -17.653  1.00 40.97           O  
+ATOM   4589  CB  SER L  27      -2.551  -3.943 -21.219  1.00 40.35           C  
+ATOM   4590  OG  SER L  27      -3.940  -3.675 -21.042  1.00 39.62           O  
+ATOM   4591  N   SER L  28      -3.123  -2.414 -18.807  1.00 41.61           N  
+ATOM   4592  CA  SER L  28      -3.966  -1.822 -17.754  1.00 41.85           C  
+ATOM   4593  C   SER L  28      -5.457  -2.166 -17.861  1.00 41.82           C  
+ATOM   4594  O   SER L  28      -5.981  -2.430 -18.951  1.00 41.88           O  
+ATOM   4595  CB  SER L  28      -3.784  -0.307 -17.668  1.00 41.99           C  
+ATOM   4596  OG  SER L  28      -4.220   0.151 -16.398  1.00 42.38           O  
+ATOM   4597  N   VAL L  29      -6.119  -2.118 -16.706  1.00 41.67           N  
+ATOM   4598  CA  VAL L  29      -7.437  -2.719 -16.485  1.00 41.38           C  
+ATOM   4599  C   VAL L  29      -8.402  -1.727 -15.844  1.00 40.84           C  
+ATOM   4600  O   VAL L  29      -8.082  -1.113 -14.814  1.00 40.94           O  
+ATOM   4601  CB  VAL L  29      -7.302  -3.970 -15.565  1.00 41.62           C  
+ATOM   4602  CG1 VAL L  29      -5.968  -3.930 -14.821  1.00 42.07           C  
+ATOM   4603  CG2 VAL L  29      -8.471  -4.088 -14.567  1.00 41.65           C  
+ATOM   4604  N   THR L  37      -9.587  -1.589 -16.436  1.00 39.90           N  
+ATOM   4605  CA  THR L  37     -10.581  -0.660 -15.906  1.00 39.12           C  
+ATOM   4606  C   THR L  37     -11.228  -1.177 -14.604  1.00 38.44           C  
+ATOM   4607  O   THR L  37     -11.155  -0.520 -13.562  1.00 38.54           O  
+ATOM   4608  CB  THR L  37     -11.641  -0.258 -16.973  1.00 39.23           C  
+ATOM   4609  OG1 THR L  37     -12.701  -1.224 -17.022  1.00 39.83           O  
+ATOM   4610  CG2 THR L  37     -11.015  -0.141 -18.355  1.00 39.40           C  
+ATOM   4611  N   TYR L  38     -11.834  -2.362 -14.656  1.00 37.58           N  
+ATOM   4612  CA  TYR L  38     -12.577  -2.899 -13.508  1.00 36.42           C  
+ATOM   4613  C   TYR L  38     -12.092  -4.283 -13.087  1.00 35.55           C  
+ATOM   4614  O   TYR L  38     -11.775  -5.140 -13.923  1.00 34.96           O  
+ATOM   4615  CB  TYR L  38     -14.087  -2.969 -13.789  1.00 36.58           C  
+ATOM   4616  CG  TYR L  38     -14.798  -1.670 -14.112  1.00 35.96           C  
+ATOM   4617  CD1 TYR L  38     -14.540  -0.487 -13.417  1.00 35.93           C  
+ATOM   4618  CD2 TYR L  38     -15.772  -1.650 -15.084  1.00 36.34           C  
+ATOM   4619  CE1 TYR L  38     -15.225   0.695 -13.728  1.00 36.32           C  
+ATOM   4620  CE2 TYR L  38     -16.463  -0.490 -15.403  1.00 37.60           C  
+ATOM   4621  CZ  TYR L  38     -16.196   0.682 -14.730  1.00 37.08           C  
+ATOM   4622  OH  TYR L  38     -16.922   1.805 -15.094  1.00 36.10           O  
+ATOM   4623  N   MET L  39     -12.085  -4.486 -11.773  1.00 34.57           N  
+ATOM   4624  CA  MET L  39     -11.506  -5.663 -11.146  1.00 33.55           C  
+ATOM   4625  C   MET L  39     -12.533  -6.263 -10.207  1.00 32.60           C  
+ATOM   4626  O   MET L  39     -13.156  -5.551  -9.417  1.00 32.25           O  
+ATOM   4627  CB  MET L  39     -10.228  -5.263 -10.391  1.00 33.71           C  
+ATOM   4628  CG  MET L  39      -9.484  -6.383  -9.677  1.00 34.48           C  
+ATOM   4629  SD  MET L  39      -9.144  -7.862 -10.657  1.00 36.75           S  
+ATOM   4630  CE  MET L  39      -8.077  -7.223 -11.953  1.00 36.10           C  
+ATOM   4631  N   TYR L  40     -12.710  -7.574 -10.308  1.00 31.60           N  
+ATOM   4632  CA  TYR L  40     -13.703  -8.285  -9.516  1.00 30.96           C  
+ATOM   4633  C   TYR L  40     -13.008  -9.364  -8.723  1.00 30.40           C  
+ATOM   4634  O   TYR L  40     -11.901  -9.736  -9.064  1.00 30.61           O  
+ATOM   4635  CB  TYR L  40     -14.775  -8.879 -10.434  1.00 31.08           C  
+ATOM   4636  CG  TYR L  40     -15.435  -7.819 -11.266  1.00 31.22           C  
+ATOM   4637  CD1 TYR L  40     -16.428  -7.015 -10.722  1.00 32.16           C  
+ATOM   4638  CD2 TYR L  40     -15.036  -7.575 -12.575  1.00 31.02           C  
+ATOM   4639  CE1 TYR L  40     -17.027  -6.005 -11.466  1.00 32.39           C  
+ATOM   4640  CE2 TYR L  40     -15.623  -6.567 -13.331  1.00 31.24           C  
+ATOM   4641  CZ  TYR L  40     -16.625  -5.784 -12.770  1.00 31.80           C  
+ATOM   4642  OH  TYR L  40     -17.242  -4.783 -13.495  1.00 31.92           O  
+ATOM   4643  N   TRP L  41     -13.640  -9.846  -7.655  1.00 29.67           N  
+ATOM   4644  CA  TRP L  41     -13.117 -10.984  -6.905  1.00 29.01           C  
+ATOM   4645  C   TRP L  41     -14.220 -11.946  -6.539  1.00 28.83           C  
+ATOM   4646  O   TRP L  41     -15.152 -11.588  -5.815  1.00 28.50           O  
+ATOM   4647  CB  TRP L  41     -12.396 -10.535  -5.642  1.00 29.03           C  
+ATOM   4648  CG  TRP L  41     -11.140  -9.839  -5.917  1.00 28.15           C  
+ATOM   4649  CD1 TRP L  41     -10.969  -8.505  -6.061  1.00 27.69           C  
+ATOM   4650  CD2 TRP L  41      -9.864 -10.436  -6.097  1.00 27.55           C  
+ATOM   4651  NE1 TRP L  41      -9.656  -8.222  -6.312  1.00 28.08           N  
+ATOM   4652  CE2 TRP L  41      -8.952  -9.395  -6.345  1.00 28.24           C  
+ATOM   4653  CE3 TRP L  41      -9.399 -11.752  -6.087  1.00 28.07           C  
+ATOM   4654  CZ2 TRP L  41      -7.589  -9.627  -6.581  1.00 28.82           C  
+ATOM   4655  CZ3 TRP L  41      -8.036 -11.988  -6.322  1.00 28.37           C  
+ATOM   4656  CH2 TRP L  41      -7.153 -10.928  -6.564  1.00 28.55           C  
+ATOM   4657  N   TYR L  42     -14.083 -13.172  -7.042  1.00 28.75           N  
+ATOM   4658  CA  TYR L  42     -15.072 -14.232  -6.896  1.00 28.61           C  
+ATOM   4659  C   TYR L  42     -14.588 -15.330  -5.961  1.00 28.86           C  
+ATOM   4660  O   TYR L  42     -13.380 -15.571  -5.828  1.00 29.16           O  
+ATOM   4661  CB  TYR L  42     -15.384 -14.835  -8.256  1.00 28.22           C  
+ATOM   4662  CG  TYR L  42     -16.416 -14.074  -9.049  1.00 28.54           C  
+ATOM   4663  CD1 TYR L  42     -17.779 -14.305  -8.843  1.00 29.38           C  
+ATOM   4664  CD2 TYR L  42     -16.043 -13.138 -10.022  1.00 27.98           C  
+ATOM   4665  CE1 TYR L  42     -18.759 -13.612  -9.584  1.00 29.53           C  
+ATOM   4666  CE2 TYR L  42     -17.009 -12.442 -10.771  1.00 28.15           C  
+ATOM   4667  CZ  TYR L  42     -18.370 -12.687 -10.547  1.00 28.75           C  
+ATOM   4668  OH  TYR L  42     -19.348 -12.033 -11.270  1.00 27.19           O  
+ATOM   4669  N   GLN L  43     -15.541 -15.999  -5.319  1.00 28.91           N  
+ATOM   4670  CA  GLN L  43     -15.250 -17.097  -4.409  1.00 28.84           C  
+ATOM   4671  C   GLN L  43     -16.036 -18.323  -4.842  1.00 28.97           C  
+ATOM   4672  O   GLN L  43     -17.251 -18.239  -5.011  1.00 29.37           O  
+ATOM   4673  CB  GLN L  43     -15.664 -16.714  -3.000  1.00 28.76           C  
+ATOM   4674  CG  GLN L  43     -15.661 -17.878  -2.052  1.00 28.87           C  
+ATOM   4675  CD  GLN L  43     -16.264 -17.545  -0.725  1.00 29.37           C  
+ATOM   4676  OE1 GLN L  43     -17.474 -17.320  -0.617  1.00 29.70           O  
+ATOM   4677  NE2 GLN L  43     -15.427 -17.529   0.313  1.00 29.04           N  
+ATOM   4678  N   GLN L  44     -15.358 -19.456  -5.018  1.00 28.91           N  
+ATOM   4679  CA  GLN L  44     -16.036 -20.674  -5.441  1.00 28.77           C  
+ATOM   4680  C   GLN L  44     -15.816 -21.757  -4.443  1.00 29.02           C  
+ATOM   4681  O   GLN L  44     -14.734 -22.325  -4.405  1.00 28.79           O  
+ATOM   4682  CB  GLN L  44     -15.517 -21.150  -6.789  1.00 28.61           C  
+ATOM   4683  CG  GLN L  44     -16.604 -21.781  -7.616  1.00 28.79           C  
+ATOM   4684  CD  GLN L  44     -16.110 -22.662  -8.742  1.00 28.66           C  
+ATOM   4685  OE1 GLN L  44     -14.924 -22.687  -9.079  1.00 28.43           O  
+ATOM   4686  NE2 GLN L  44     -17.038 -23.396  -9.339  1.00 29.19           N  
+ATOM   4687  N   LYS L  45     -16.838 -22.036  -3.631  1.00 29.80           N  
+ATOM   4688  CA  LYS L  45     -16.782 -23.129  -2.646  1.00 30.71           C  
+ATOM   4689  C   LYS L  45     -17.012 -24.464  -3.341  1.00 31.36           C  
+ATOM   4690  O   LYS L  45     -17.783 -24.526  -4.312  1.00 31.79           O  
+ATOM   4691  CB  LYS L  45     -17.807 -22.939  -1.529  1.00 30.56           C  
+ATOM   4692  CG  LYS L  45     -17.681 -21.619  -0.784  1.00 31.79           C  
+ATOM   4693  CD  LYS L  45     -17.831 -21.770   0.726  1.00 33.15           C  
+ATOM   4694  CE  LYS L  45     -18.304 -20.445   1.332  1.00 34.40           C  
+ATOM   4695  NZ  LYS L  45     -18.740 -20.590   2.760  1.00 35.87           N  
+ATOM   4696  N   PRO L  46     -16.371 -25.548  -2.849  1.00 31.82           N  
+ATOM   4697  CA  PRO L  46     -16.457 -26.806  -3.608  1.00 32.20           C  
+ATOM   4698  C   PRO L  46     -17.910 -27.147  -4.011  1.00 32.47           C  
+ATOM   4699  O   PRO L  46     -18.820 -27.058  -3.177  1.00 32.32           O  
+ATOM   4700  CB  PRO L  46     -15.900 -27.847  -2.624  1.00 32.04           C  
+ATOM   4701  CG  PRO L  46     -15.871 -27.150  -1.273  1.00 31.52           C  
+ATOM   4702  CD  PRO L  46     -15.609 -25.725  -1.601  1.00 31.59           C  
+ATOM   4703  N   GLY L  47     -18.122 -27.476  -5.286  1.00 32.72           N  
+ATOM   4704  CA  GLY L  47     -19.432 -27.949  -5.757  1.00 33.07           C  
+ATOM   4705  C   GLY L  47     -20.507 -26.881  -5.926  1.00 33.25           C  
+ATOM   4706  O   GLY L  47     -21.492 -27.094  -6.651  1.00 33.51           O  
+ATOM   4707  N   LYS L  48     -20.338 -25.744  -5.247  1.00 32.84           N  
+ATOM   4708  CA  LYS L  48     -21.189 -24.582  -5.480  1.00 32.29           C  
+ATOM   4709  C   LYS L  48     -20.653 -23.756  -6.673  1.00 32.13           C  
+ATOM   4710  O   LYS L  48     -19.573 -24.042  -7.207  1.00 32.18           O  
+ATOM   4711  CB  LYS L  48     -21.304 -23.746  -4.205  1.00 32.02           C  
+ATOM   4712  N   ALA L  49     -21.424 -22.758  -7.106  1.00 31.76           N  
+ATOM   4713  CA  ALA L  49     -20.997 -21.825  -8.157  1.00 31.11           C  
+ATOM   4714  C   ALA L  49     -20.146 -20.674  -7.577  1.00 30.86           C  
+ATOM   4715  O   ALA L  49     -20.097 -20.494  -6.356  1.00 30.95           O  
+ATOM   4716  CB  ALA L  49     -22.216 -21.279  -8.906  1.00 30.71           C  
+ATOM   4717  N   PRO L  50     -19.430 -19.924  -8.441  1.00 30.49           N  
+ATOM   4718  CA  PRO L  50     -18.781 -18.673  -8.065  1.00 30.37           C  
+ATOM   4719  C   PRO L  50     -19.647 -17.706  -7.238  1.00 30.30           C  
+ATOM   4720  O   PRO L  50     -20.862 -17.656  -7.417  1.00 30.57           O  
+ATOM   4721  CB  PRO L  50     -18.475 -18.049  -9.429  1.00 30.44           C  
+ATOM   4722  CG  PRO L  50     -18.180 -19.198 -10.281  1.00 29.91           C  
+ATOM   4723  CD  PRO L  50     -19.129 -20.271  -9.844  1.00 30.45           C  
+ATOM   4724  N   LYS L  51     -19.023 -16.940  -6.347  1.00 30.19           N  
+ATOM   4725  CA  LYS L  51     -19.731 -15.882  -5.625  1.00 30.32           C  
+ATOM   4726  C   LYS L  51     -18.900 -14.594  -5.621  1.00 30.37           C  
+ATOM   4727  O   LYS L  51     -17.769 -14.585  -5.129  1.00 30.57           O  
+ATOM   4728  CB  LYS L  51     -20.063 -16.304  -4.185  1.00 30.24           C  
+ATOM   4729  CG  LYS L  51     -21.402 -15.756  -3.677  1.00 30.63           C  
+ATOM   4730  CD  LYS L  51     -21.273 -15.044  -2.320  1.00 31.53           C  
+ATOM   4731  CE  LYS L  51     -21.217 -16.010  -1.126  1.00 31.69           C  
+ATOM   4732  NZ  LYS L  51     -20.948 -15.321   0.185  1.00 30.48           N  
+ATOM   4733  N   LEU L  52     -19.466 -13.519  -6.177  1.00 30.13           N  
+ATOM   4734  CA  LEU L  52     -18.824 -12.215  -6.175  1.00 29.63           C  
+ATOM   4735  C   LEU L  52     -18.723 -11.691  -4.774  1.00 29.55           C  
+ATOM   4736  O   LEU L  52     -19.748 -11.439  -4.142  1.00 29.64           O  
+ATOM   4737  CB  LEU L  52     -19.630 -11.204  -6.973  1.00 29.74           C  
+ATOM   4738  CG  LEU L  52     -18.993  -9.814  -6.994  1.00 29.88           C  
+ATOM   4739  CD1 LEU L  52     -17.777  -9.820  -7.913  1.00 31.20           C  
+ATOM   4740  CD2 LEU L  52     -19.967  -8.771  -7.455  1.00 31.02           C  
+ATOM   4741  N   LEU L  53     -17.486 -11.518  -4.305  1.00 29.36           N  
+ATOM   4742  CA  LEU L  53     -17.204 -10.862  -3.025  1.00 29.01           C  
+ATOM   4743  C   LEU L  53     -16.864  -9.373  -3.135  1.00 29.08           C  
+ATOM   4744  O   LEU L  53     -17.282  -8.576  -2.299  1.00 29.11           O  
+ATOM   4745  CB  LEU L  53     -16.093 -11.590  -2.283  1.00 28.72           C  
+ATOM   4746  CG  LEU L  53     -16.595 -12.619  -1.288  1.00 28.24           C  
+ATOM   4747  CD1 LEU L  53     -17.721 -13.426  -1.885  1.00 29.23           C  
+ATOM   4748  CD2 LEU L  53     -15.469 -13.514  -0.896  1.00 28.01           C  
+ATOM   4749  N   ILE L  54     -16.108  -8.990  -4.152  1.00 28.97           N  
+ATOM   4750  CA  ILE L  54     -15.667  -7.620  -4.238  1.00 29.20           C  
+ATOM   4751  C   ILE L  54     -15.708  -7.202  -5.666  1.00 29.83           C  
+ATOM   4752  O   ILE L  54     -15.271  -7.954  -6.526  1.00 30.06           O  
+ATOM   4753  CB  ILE L  54     -14.230  -7.482  -3.697  1.00 29.19           C  
+ATOM   4754  CG1 ILE L  54     -14.257  -7.441  -2.175  1.00 28.26           C  
+ATOM   4755  CG2 ILE L  54     -13.548  -6.219  -4.228  1.00 28.64           C  
+ATOM   4756  CD1 ILE L  54     -13.086  -8.015  -1.601  1.00 27.67           C  
+ATOM   4757  N   TYR L  55     -16.227  -6.008  -5.930  1.00 30.68           N  
+ATOM   4758  CA  TYR L  55     -16.230  -5.483  -7.301  1.00 31.69           C  
+ATOM   4759  C   TYR L  55     -15.580  -4.100  -7.391  1.00 32.23           C  
+ATOM   4760  O   TYR L  55     -15.502  -3.364  -6.401  1.00 32.70           O  
+ATOM   4761  CB  TYR L  55     -17.650  -5.472  -7.901  1.00 31.59           C  
+ATOM   4762  CG  TYR L  55     -18.565  -4.481  -7.244  1.00 31.59           C  
+ATOM   4763  CD1 TYR L  55     -19.413  -4.877  -6.224  1.00 32.16           C  
+ATOM   4764  CD2 TYR L  55     -18.567  -3.139  -7.622  1.00 31.28           C  
+ATOM   4765  CE1 TYR L  55     -20.256  -3.970  -5.600  1.00 32.70           C  
+ATOM   4766  CE2 TYR L  55     -19.402  -2.223  -7.005  1.00 31.63           C  
+ATOM   4767  CZ  TYR L  55     -20.249  -2.648  -5.994  1.00 32.17           C  
+ATOM   4768  OH  TYR L  55     -21.091  -1.765  -5.361  1.00 32.28           O  
+ATOM   4769  N   ASP L  56     -15.111  -3.766  -8.585  1.00 32.58           N  
+ATOM   4770  CA  ASP L  56     -14.489  -2.479  -8.866  1.00 33.12           C  
+ATOM   4771  C   ASP L  56     -13.090  -2.280  -8.350  1.00 33.24           C  
+ATOM   4772  O   ASP L  56     -12.318  -1.553  -8.967  1.00 34.26           O  
+ATOM   4773  CB  ASP L  56     -15.383  -1.334  -8.470  1.00 33.20           C  
+ATOM   4774  CG  ASP L  56     -16.395  -1.040  -9.529  1.00 34.54           C  
+ATOM   4775  OD1 ASP L  56     -16.632  -1.922 -10.389  1.00 34.00           O  
+ATOM   4776  OD2 ASP L  56     -16.947   0.078  -9.510  1.00 37.63           O  
+ATOM   4777  N   THR L  57     -12.777  -2.922  -7.236  1.00 32.92           N  
+ATOM   4778  CA  THR L  57     -11.418  -3.147  -6.749  1.00 32.84           C  
+ATOM   4779  C   THR L  57     -11.600  -3.450  -5.289  1.00 32.83           C  
+ATOM   4780  O   THR L  57     -11.044  -4.412  -4.786  1.00 32.97           O  
+ATOM   4781  CB  THR L  57     -10.416  -1.943  -6.909  1.00 32.86           C  
+ATOM   4782  OG1 THR L  57      -9.979  -1.830  -8.268  1.00 33.01           O  
+ATOM   4783  CG2 THR L  57      -9.169  -2.162  -6.070  1.00 32.76           C  
+ATOM   4784  N   SER L  65     -12.418  -2.641  -4.627  1.00 32.80           N  
+ATOM   4785  CA  SER L  65     -12.531  -2.681  -3.181  1.00 32.85           C  
+ATOM   4786  C   SER L  65     -13.957  -2.734  -2.668  1.00 32.84           C  
+ATOM   4787  O   SER L  65     -14.169  -2.996  -1.479  1.00 33.12           O  
+ATOM   4788  CB  SER L  65     -11.851  -1.460  -2.586  1.00 32.94           C  
+ATOM   4789  OG  SER L  65     -12.479  -0.280  -3.049  1.00 33.60           O  
+ATOM   4790  N   ASN L  66     -14.925  -2.472  -3.545  1.00 32.54           N  
+ATOM   4791  CA  ASN L  66     -16.323  -2.489  -3.155  1.00 32.29           C  
+ATOM   4792  C   ASN L  66     -16.809  -3.866  -2.761  1.00 32.58           C  
+ATOM   4793  O   ASN L  66     -17.059  -4.715  -3.635  1.00 32.42           O  
+ATOM   4794  CB  ASN L  66     -17.185  -1.965  -4.278  1.00 32.12           C  
+ATOM   4795  CG  ASN L  66     -17.108  -0.487  -4.405  1.00 31.66           C  
+ATOM   4796  OD1 ASN L  66     -16.165   0.142  -3.919  1.00 30.26           O  
+ATOM   4797  ND2 ASN L  66     -18.108   0.097  -5.058  1.00 31.49           N  
+ATOM   4798  N   LEU L  67     -16.926  -4.074  -1.443  1.00 32.68           N  
+ATOM   4799  CA  LEU L  67     -17.471  -5.308  -0.881  1.00 32.86           C  
+ATOM   4800  C   LEU L  67     -18.890  -5.516  -1.357  1.00 32.86           C  
+ATOM   4801  O   LEU L  67     -19.763  -4.719  -1.089  1.00 32.74           O  
+ATOM   4802  CB  LEU L  67     -17.422  -5.299   0.654  1.00 32.79           C  
+ATOM   4803  CG  LEU L  67     -16.167  -5.902   1.316  1.00 33.43           C  
+ATOM   4804  CD1 LEU L  67     -16.024  -5.531   2.788  1.00 32.49           C  
+ATOM   4805  CD2 LEU L  67     -16.115  -7.427   1.166  1.00 34.14           C  
+ATOM   4806  N   ALA L  68     -19.116  -6.585  -2.095  1.00 33.51           N  
+ATOM   4807  CA  ALA L  68     -20.472  -6.941  -2.477  1.00 34.23           C  
+ATOM   4808  C   ALA L  68     -21.342  -6.993  -1.228  1.00 34.67           C  
+ATOM   4809  O   ALA L  68     -20.835  -7.141  -0.100  1.00 35.25           O  
+ATOM   4810  CB  ALA L  68     -20.498  -8.285  -3.193  1.00 34.24           C  
+ATOM   4811  N   SER L  69     -22.650  -6.874  -1.444  1.00 34.72           N  
+ATOM   4812  CA  SER L  69     -23.635  -6.832  -0.375  1.00 34.40           C  
+ATOM   4813  C   SER L  69     -23.587  -8.099   0.464  1.00 34.03           C  
+ATOM   4814  O   SER L  69     -23.507  -9.202  -0.083  1.00 34.31           O  
+ATOM   4815  CB  SER L  69     -25.027  -6.672  -0.980  1.00 34.39           C  
+ATOM   4816  OG  SER L  69     -25.911  -6.114  -0.030  1.00 35.07           O  
+ATOM   4817  N   GLY L  70     -23.617  -7.939   1.784  1.00 33.40           N  
+ATOM   4818  CA  GLY L  70     -23.764  -9.083   2.685  1.00 32.86           C  
+ATOM   4819  C   GLY L  70     -22.450  -9.672   3.161  1.00 32.59           C  
+ATOM   4820  O   GLY L  70     -22.330 -10.115   4.321  1.00 32.86           O  
+ATOM   4821  N   VAL L  71     -21.466  -9.677   2.262  1.00 31.79           N  
+ATOM   4822  CA  VAL L  71     -20.113 -10.100   2.580  1.00 30.83           C  
+ATOM   4823  C   VAL L  71     -19.624  -9.449   3.880  1.00 30.03           C  
+ATOM   4824  O   VAL L  71     -19.717  -8.242   4.053  1.00 29.64           O  
+ATOM   4825  CB  VAL L  71     -19.139  -9.773   1.431  1.00 30.97           C  
+ATOM   4826  CG1 VAL L  71     -17.797 -10.515   1.641  1.00 31.31           C  
+ATOM   4827  CG2 VAL L  71     -19.756 -10.154   0.083  1.00 30.71           C  
+ATOM   4828  N   PRO L  72     -19.133 -10.265   4.810  1.00 29.43           N  
+ATOM   4829  CA  PRO L  72     -18.532  -9.817   6.054  1.00 29.45           C  
+ATOM   4830  C   PRO L  72     -17.307  -8.905   5.886  1.00 29.40           C  
+ATOM   4831  O   PRO L  72     -16.753  -8.795   4.793  1.00 29.30           O  
+ATOM   4832  CB  PRO L  72     -18.123 -11.133   6.725  1.00 29.57           C  
+ATOM   4833  CG  PRO L  72     -18.088 -12.129   5.622  1.00 29.29           C  
+ATOM   4834  CD  PRO L  72     -19.172 -11.728   4.725  1.00 29.28           C  
+ATOM   4835  N   SER L  74     -16.892  -8.287   6.993  1.00 29.36           N  
+ATOM   4836  CA  SER L  74     -15.827  -7.276   7.029  1.00 29.39           C  
+ATOM   4837  C   SER L  74     -14.469  -7.790   6.615  1.00 29.10           C  
+ATOM   4838  O   SER L  74     -13.690  -7.057   6.000  1.00 29.47           O  
+ATOM   4839  CB  SER L  74     -15.676  -6.732   8.442  1.00 29.32           C  
+ATOM   4840  OG  SER L  74     -16.858  -6.973   9.183  1.00 31.38           O  
+ATOM   4841  N   ARG L  75     -14.185  -9.042   6.966  1.00 28.60           N  
+ATOM   4842  CA  ARG L  75     -12.836  -9.587   6.878  1.00 27.94           C  
+ATOM   4843  C   ARG L  75     -12.325  -9.619   5.463  1.00 27.63           C  
+ATOM   4844  O   ARG L  75     -11.114  -9.714   5.250  1.00 27.94           O  
+ATOM   4845  CB  ARG L  75     -12.770 -10.990   7.472  1.00 27.95           C  
+ATOM   4846  CG  ARG L  75     -13.685 -11.998   6.790  1.00 28.02           C  
+ATOM   4847  CD  ARG L  75     -13.286 -13.408   7.181  1.00 27.19           C  
+ATOM   4848  NE  ARG L  75     -14.284 -14.423   6.859  1.00 24.91           N  
+ATOM   4849  CZ  ARG L  75     -15.477 -14.510   7.432  1.00 23.63           C  
+ATOM   4850  NH1 ARG L  75     -15.869 -13.615   8.328  1.00 23.34           N  
+ATOM   4851  NH2 ARG L  75     -16.286 -15.492   7.095  1.00 24.54           N  
+ATOM   4852  N   PHE L  76     -13.248  -9.552   4.503  1.00 27.04           N  
+ATOM   4853  CA  PHE L  76     -12.893  -9.521   3.083  1.00 26.67           C  
+ATOM   4854  C   PHE L  76     -12.620  -8.094   2.588  1.00 26.81           C  
+ATOM   4855  O   PHE L  76     -13.265  -7.135   3.011  1.00 27.10           O  
+ATOM   4856  CB  PHE L  76     -13.954 -10.242   2.242  1.00 26.10           C  
+ATOM   4857  CG  PHE L  76     -13.975 -11.740   2.449  1.00 25.70           C  
+ATOM   4858  CD1 PHE L  76     -14.747 -12.314   3.462  1.00 25.34           C  
+ATOM   4859  CD2 PHE L  76     -13.210 -12.584   1.641  1.00 24.44           C  
+ATOM   4860  CE1 PHE L  76     -14.748 -13.707   3.665  1.00 24.23           C  
+ATOM   4861  CE2 PHE L  76     -13.220 -13.976   1.829  1.00 23.12           C  
+ATOM   4862  CZ  PHE L  76     -13.986 -14.533   2.839  1.00 23.78           C  
+ATOM   4863  N   SER L  77     -11.621  -7.955   1.733  1.00 27.00           N  
+ATOM   4864  CA  SER L  77     -11.295  -6.673   1.138  1.00 27.82           C  
+ATOM   4865  C   SER L  77     -10.503  -6.930  -0.132  1.00 28.76           C  
+ATOM   4866  O   SER L  77     -10.082  -8.060  -0.385  1.00 29.07           O  
+ATOM   4867  CB  SER L  77     -10.526  -5.756   2.113  1.00 27.84           C  
+ATOM   4868  OG  SER L  77      -9.299  -6.306   2.566  1.00 26.88           O  
+ATOM   4869  N   GLY L  78     -10.336  -5.893  -0.942  1.00 29.62           N  
+ATOM   4870  CA  GLY L  78      -9.521  -5.965  -2.139  1.00 30.88           C  
+ATOM   4871  C   GLY L  78      -8.982  -4.584  -2.426  1.00 32.21           C  
+ATOM   4872  O   GLY L  78      -9.715  -3.601  -2.359  1.00 32.09           O  
+ATOM   4873  N   SER L  79      -7.699  -4.494  -2.737  1.00 33.57           N  
+ATOM   4874  CA  SER L  79      -7.091  -3.199  -2.946  1.00 35.05           C  
+ATOM   4875  C   SER L  79      -6.301  -3.177  -4.240  1.00 36.30           C  
+ATOM   4876  O   SER L  79      -6.549  -3.979  -5.139  1.00 36.50           O  
+ATOM   4877  CB  SER L  79      -6.197  -2.847  -1.755  1.00 34.88           C  
+ATOM   4878  OG  SER L  79      -4.913  -3.439  -1.880  1.00 35.48           O  
+ATOM   4879  N   GLY L  80      -5.362  -2.237  -4.321  1.00 38.02           N  
+ATOM   4880  CA  GLY L  80      -4.395  -2.146  -5.413  1.00 39.73           C  
+ATOM   4881  C   GLY L  80      -4.881  -1.261  -6.538  1.00 41.00           C  
+ATOM   4882  O   GLY L  80      -6.088  -1.191  -6.799  1.00 41.38           O  
+ATOM   4883  N   SER L  83      -3.942  -0.583  -7.201  1.00 42.10           N  
+ATOM   4884  CA  SER L  83      -4.240   0.206  -8.422  1.00 42.84           C  
+ATOM   4885  C   SER L  83      -3.169   0.010  -9.510  1.00 43.08           C  
+ATOM   4886  O   SER L  83      -2.039  -0.432  -9.231  1.00 43.30           O  
+ATOM   4887  CB  SER L  83      -4.417   1.702  -8.102  1.00 42.67           C  
+ATOM   4888  N   GLY L  84      -3.537   0.350 -10.742  1.00 43.15           N  
+ATOM   4889  CA  GLY L  84      -2.645   0.201 -11.891  1.00 42.79           C  
+ATOM   4890  C   GLY L  84      -2.888  -1.140 -12.549  1.00 42.46           C  
+ATOM   4891  O   GLY L  84      -3.975  -1.384 -13.118  1.00 42.48           O  
+ATOM   4892  N   THR L  85      -1.870  -2.005 -12.472  1.00 41.83           N  
+ATOM   4893  CA  THR L  85      -1.973  -3.403 -12.933  1.00 41.07           C  
+ATOM   4894  C   THR L  85      -1.742  -4.378 -11.766  1.00 40.22           C  
+ATOM   4895  O   THR L  85      -1.414  -5.543 -11.966  1.00 40.30           O  
+ATOM   4896  CB  THR L  85      -1.015  -3.718 -14.138  1.00 41.04           C  
+ATOM   4897  OG1 THR L  85       0.335  -3.408 -13.785  1.00 41.88           O  
+ATOM   4898  CG2 THR L  85      -1.383  -2.917 -15.371  1.00 40.74           C  
+ATOM   4899  N   ASP L  86      -1.934  -3.885 -10.547  1.00 39.34           N  
+ATOM   4900  CA  ASP L  86      -1.664  -4.652  -9.335  1.00 38.57           C  
+ATOM   4901  C   ASP L  86      -2.864  -4.670  -8.396  1.00 37.99           C  
+ATOM   4902  O   ASP L  86      -3.246  -3.624  -7.852  1.00 38.12           O  
+ATOM   4903  CB  ASP L  86      -0.457  -4.062  -8.590  1.00 38.62           C  
+ATOM   4904  CG  ASP L  86       0.857  -4.481  -9.188  1.00 37.98           C  
+ATOM   4905  OD1 ASP L  86       0.946  -4.593 -10.429  1.00 37.45           O  
+ATOM   4906  OD2 ASP L  86       1.804  -4.693  -8.408  1.00 37.96           O  
+ATOM   4907  N   TYR L  87      -3.439  -5.852  -8.186  1.00 36.80           N  
+ATOM   4908  CA  TYR L  87      -4.615  -5.972  -7.342  1.00 35.81           C  
+ATOM   4909  C   TYR L  87      -4.376  -7.026  -6.298  1.00 35.08           C  
+ATOM   4910  O   TYR L  87      -3.844  -8.082  -6.609  1.00 35.15           O  
+ATOM   4911  CB  TYR L  87      -5.851  -6.279  -8.200  1.00 36.15           C  
+ATOM   4912  CG  TYR L  87      -6.027  -5.252  -9.287  1.00 36.00           C  
+ATOM   4913  CD1 TYR L  87      -5.367  -5.389 -10.503  1.00 36.27           C  
+ATOM   4914  CD2 TYR L  87      -6.787  -4.109  -9.076  1.00 36.07           C  
+ATOM   4915  CE1 TYR L  87      -5.480  -4.432 -11.498  1.00 36.95           C  
+ATOM   4916  CE2 TYR L  87      -6.911  -3.139 -10.066  1.00 37.29           C  
+ATOM   4917  CZ  TYR L  87      -6.254  -3.305 -11.282  1.00 37.32           C  
+ATOM   4918  OH  TYR L  87      -6.365  -2.352 -12.283  1.00 37.03           O  
+ATOM   4919  N   THR L  88      -4.733  -6.720  -5.054  1.00 34.20           N  
+ATOM   4920  CA  THR L  88      -4.569  -7.662  -3.949  1.00 33.67           C  
+ATOM   4921  C   THR L  88      -5.937  -7.964  -3.409  1.00 32.82           C  
+ATOM   4922  O   THR L  88      -6.794  -7.093  -3.426  1.00 33.28           O  
+ATOM   4923  CB  THR L  88      -3.699  -7.087  -2.786  1.00 33.86           C  
+ATOM   4924  OG1 THR L  88      -2.460  -6.578  -3.299  1.00 35.05           O  
+ATOM   4925  CG2 THR L  88      -3.375  -8.162  -1.747  1.00 34.01           C  
+ATOM   4926  N   PHE L  89      -6.133  -9.194  -2.938  1.00 31.70           N  
+ATOM   4927  CA  PHE L  89      -7.359  -9.604  -2.257  1.00 30.79           C  
+ATOM   4928  C   PHE L  89      -6.993 -10.152  -0.886  1.00 30.14           C  
+ATOM   4929  O   PHE L  89      -6.057 -10.930  -0.772  1.00 30.02           O  
+ATOM   4930  CB  PHE L  89      -8.083 -10.652  -3.105  1.00 30.77           C  
+ATOM   4931  CG  PHE L  89      -9.269 -11.300  -2.434  1.00 30.62           C  
+ATOM   4932  CD1 PHE L  89     -10.517 -10.696  -2.459  1.00 30.23           C  
+ATOM   4933  CD2 PHE L  89      -9.141 -12.546  -1.820  1.00 30.44           C  
+ATOM   4934  CE1 PHE L  89     -11.612 -11.304  -1.857  1.00 29.83           C  
+ATOM   4935  CE2 PHE L  89     -10.226 -13.156  -1.216  1.00 30.21           C  
+ATOM   4936  CZ  PHE L  89     -11.467 -12.529  -1.237  1.00 30.26           C  
+ATOM   4937  N   THR L  90      -7.732  -9.764   0.146  1.00 29.62           N  
+ATOM   4938  CA  THR L  90      -7.322 -10.054   1.519  1.00 29.69           C  
+ATOM   4939  C   THR L  90      -8.462 -10.557   2.371  1.00 29.43           C  
+ATOM   4940  O   THR L  90      -9.534  -9.970   2.366  1.00 30.09           O  
+ATOM   4941  CB  THR L  90      -6.825  -8.782   2.204  1.00 29.85           C  
+ATOM   4942  OG1 THR L  90      -6.301  -7.887   1.212  1.00 31.67           O  
+ATOM   4943  CG2 THR L  90      -5.776  -9.092   3.283  1.00 29.02           C  
+ATOM   4944  N   ILE L  91      -8.236 -11.632   3.112  1.00 28.88           N  
+ATOM   4945  CA  ILE L  91      -9.169 -12.050   4.144  1.00 28.06           C  
+ATOM   4946  C   ILE L  91      -8.388 -11.848   5.427  1.00 28.31           C  
+ATOM   4947  O   ILE L  91      -7.484 -12.626   5.753  1.00 28.05           O  
+ATOM   4948  CB  ILE L  91      -9.604 -13.520   4.001  1.00 27.91           C  
+ATOM   4949  CG1 ILE L  91      -9.771 -13.907   2.533  1.00 26.78           C  
+ATOM   4950  CG2 ILE L  91     -10.883 -13.762   4.770  1.00 27.47           C  
+ATOM   4951  CD1 ILE L  91     -10.049 -15.362   2.313  1.00 25.04           C  
+ATOM   4952  N   SER L  92      -8.717 -10.776   6.135  1.00 28.45           N  
+ATOM   4953  CA  SER L  92      -7.911 -10.331   7.263  1.00 28.66           C  
+ATOM   4954  C   SER L  92      -7.875 -11.368   8.360  1.00 28.78           C  
+ATOM   4955  O   SER L  92      -6.843 -11.561   8.992  1.00 29.41           O  
+ATOM   4956  CB  SER L  92      -8.427  -9.005   7.809  1.00 28.50           C  
+ATOM   4957  OG  SER L  92      -9.771  -9.130   8.244  1.00 29.74           O  
+ATOM   4958  N   SER L  93      -8.987 -12.062   8.560  1.00 28.80           N  
+ATOM   4959  CA  SER L  93      -9.097 -13.011   9.652  1.00 28.91           C  
+ATOM   4960  C   SER L  93      -9.816 -14.304   9.226  1.00 28.74           C  
+ATOM   4961  O   SER L  93     -11.034 -14.449   9.436  1.00 28.69           O  
+ATOM   4962  CB  SER L  93      -9.806 -12.329  10.817  1.00 28.96           C  
+ATOM   4963  OG  SER L  93      -9.496 -12.958  12.045  1.00 30.73           O  
+ATOM   4964  N   LEU L  94      -9.043 -15.235   8.642  1.00 28.56           N  
+ATOM   4965  CA  LEU L  94      -9.570 -16.434   7.962  1.00 28.17           C  
+ATOM   4966  C   LEU L  94     -10.451 -17.292   8.846  1.00 28.53           C  
+ATOM   4967  O   LEU L  94      -9.997 -17.801   9.871  1.00 28.75           O  
+ATOM   4968  CB  LEU L  94      -8.445 -17.300   7.402  1.00 27.63           C  
+ATOM   4969  CG  LEU L  94      -8.895 -18.562   6.653  1.00 26.73           C  
+ATOM   4970  CD1 LEU L  94      -9.011 -18.344   5.151  1.00 25.65           C  
+ATOM   4971  CD2 LEU L  94      -7.943 -19.704   6.917  1.00 26.40           C  
+ATOM   4972  N   GLN L  95     -11.705 -17.453   8.427  1.00 28.68           N  
+ATOM   4973  CA  GLN L  95     -12.661 -18.319   9.103  1.00 28.86           C  
+ATOM   4974  C   GLN L  95     -12.797 -19.654   8.361  1.00 29.04           C  
+ATOM   4975  O   GLN L  95     -12.562 -19.712   7.152  1.00 29.08           O  
+ATOM   4976  CB  GLN L  95     -14.014 -17.625   9.205  1.00 28.95           C  
+ATOM   4977  CG  GLN L  95     -13.989 -16.347  10.017  1.00 29.94           C  
+ATOM   4978  CD  GLN L  95     -13.590 -16.576  11.462  1.00 31.79           C  
+ATOM   4979  OE1 GLN L  95     -13.839 -17.642  12.028  1.00 32.74           O  
+ATOM   4980  NE2 GLN L  95     -12.966 -15.569  12.071  1.00 32.47           N  
+ATOM   4981  N   PRO L  96     -13.142 -20.740   9.087  1.00 29.10           N  
+ATOM   4982  CA  PRO L  96     -13.306 -22.073   8.508  1.00 29.00           C  
+ATOM   4983  C   PRO L  96     -14.163 -22.098   7.250  1.00 29.03           C  
+ATOM   4984  O   PRO L  96     -13.845 -22.813   6.304  1.00 29.31           O  
+ATOM   4985  CB  PRO L  96     -13.998 -22.854   9.623  1.00 29.04           C  
+ATOM   4986  CG  PRO L  96     -13.530 -22.215  10.857  1.00 29.20           C  
+ATOM   4987  CD  PRO L  96     -13.363 -20.757  10.546  1.00 29.32           C  
+ATOM   4988  N   GLU L  97     -15.235 -21.317   7.241  1.00 28.81           N  
+ATOM   4989  CA  GLU L  97     -16.161 -21.292   6.117  1.00 28.72           C  
+ATOM   4990  C   GLU L  97     -15.580 -20.611   4.877  1.00 28.69           C  
+ATOM   4991  O   GLU L  97     -16.291 -20.370   3.903  1.00 28.91           O  
+ATOM   4992  CB  GLU L  97     -17.485 -20.627   6.531  1.00 28.94           C  
+ATOM   4993  CG  GLU L  97     -17.349 -19.266   7.224  1.00 29.02           C  
+ATOM   4994  CD  GLU L  97     -17.260 -19.370   8.734  1.00 29.14           C  
+ATOM   4995  OE1 GLU L  97     -18.047 -18.668   9.401  1.00 30.68           O  
+ATOM   4996  OE2 GLU L  97     -16.418 -20.135   9.256  1.00 27.52           O  
+ATOM   4997  N   ASP L  98     -14.289 -20.297   4.919  1.00 28.67           N  
+ATOM   4998  CA  ASP L  98     -13.649 -19.516   3.860  1.00 28.44           C  
+ATOM   4999  C   ASP L  98     -12.899 -20.412   2.898  1.00 28.48           C  
+ATOM   5000  O   ASP L  98     -12.300 -19.943   1.928  1.00 28.28           O  
+ATOM   5001  CB  ASP L  98     -12.724 -18.456   4.452  1.00 28.26           C  
+ATOM   5002  CG  ASP L  98     -13.479 -17.377   5.210  1.00 28.04           C  
+ATOM   5003  OD1 ASP L  98     -14.655 -17.087   4.854  1.00 27.80           O  
+ATOM   5004  OD2 ASP L  98     -12.880 -16.816   6.155  1.00 26.87           O  
+ATOM   5005  N   ILE L  99     -12.943 -21.707   3.179  1.00 28.69           N  
+ATOM   5006  CA  ILE L  99     -12.483 -22.714   2.246  1.00 29.25           C  
+ATOM   5007  C   ILE L  99     -13.169 -22.523   0.887  1.00 29.47           C  
+ATOM   5008  O   ILE L  99     -14.410 -22.506   0.785  1.00 29.92           O  
+ATOM   5009  CB  ILE L  99     -12.716 -24.127   2.842  1.00 29.52           C  
+ATOM   5010  CG1 ILE L  99     -11.648 -24.392   3.914  1.00 30.65           C  
+ATOM   5011  CG2 ILE L  99     -12.767 -25.242   1.750  1.00 28.65           C  
+ATOM   5012  CD1 ILE L  99     -12.175 -25.157   5.155  1.00 33.54           C  
+ATOM   5013  N   ALA L 100     -12.346 -22.332  -0.137  1.00 29.23           N  
+ATOM   5014  CA  ALA L 100     -12.797 -22.256  -1.526  1.00 29.24           C  
+ATOM   5015  C   ALA L 100     -11.602 -21.974  -2.435  1.00 29.54           C  
+ATOM   5016  O   ALA L 100     -10.454 -21.909  -1.986  1.00 29.92           O  
+ATOM   5017  CB  ALA L 100     -13.833 -21.187  -1.686  1.00 28.58           C  
+ATOM   5018  N   THR L 101     -11.858 -21.820  -3.718  1.00 29.61           N  
+ATOM   5019  CA  THR L 101     -10.835 -21.291  -4.577  1.00 30.18           C  
+ATOM   5020  C   THR L 101     -11.325 -19.937  -5.023  1.00 30.20           C  
+ATOM   5021  O   THR L 101     -12.489 -19.781  -5.395  1.00 30.52           O  
+ATOM   5022  CB  THR L 101     -10.554 -22.212  -5.754  1.00 30.50           C  
+ATOM   5023  OG1 THR L 101      -9.905 -23.387  -5.260  1.00 31.59           O  
+ATOM   5024  CG2 THR L 101      -9.640 -21.535  -6.762  1.00 30.87           C  
+ATOM   5025  N   TYR L 102     -10.441 -18.951  -4.951  1.00 30.02           N  
+ATOM   5026  CA  TYR L 102     -10.817 -17.585  -5.216  1.00 29.83           C  
+ATOM   5027  C   TYR L 102     -10.279 -17.185  -6.566  1.00 30.46           C  
+ATOM   5028  O   TYR L 102      -9.153 -17.546  -6.912  1.00 30.95           O  
+ATOM   5029  CB  TYR L 102     -10.260 -16.692  -4.124  1.00 29.17           C  
+ATOM   5030  CG  TYR L 102     -10.940 -16.893  -2.793  1.00 28.24           C  
+ATOM   5031  CD1 TYR L 102     -10.408 -17.768  -1.838  1.00 26.88           C  
+ATOM   5032  CD2 TYR L 102     -12.119 -16.214  -2.488  1.00 27.14           C  
+ATOM   5033  CE1 TYR L 102     -11.034 -17.960  -0.613  1.00 26.91           C  
+ATOM   5034  CE2 TYR L 102     -12.751 -16.394  -1.270  1.00 27.49           C  
+ATOM   5035  CZ  TYR L 102     -12.211 -17.269  -0.333  1.00 27.91           C  
+ATOM   5036  OH  TYR L 102     -12.851 -17.442   0.877  1.00 27.95           O  
+ATOM   5037  N   TYR L 103     -11.095 -16.467  -7.337  1.00 30.84           N  
+ATOM   5038  CA  TYR L 103     -10.708 -15.999  -8.674  1.00 31.14           C  
+ATOM   5039  C   TYR L 103     -10.937 -14.503  -8.841  1.00 31.67           C  
+ATOM   5040  O   TYR L 103     -11.986 -13.974  -8.459  1.00 31.79           O  
+ATOM   5041  CB  TYR L 103     -11.534 -16.683  -9.765  1.00 30.73           C  
+ATOM   5042  CG  TYR L 103     -11.411 -18.173  -9.891  1.00 29.59           C  
+ATOM   5043  CD1 TYR L 103     -12.088 -19.021  -9.027  1.00 29.06           C  
+ATOM   5044  CD2 TYR L 103     -10.674 -18.732 -10.924  1.00 29.04           C  
+ATOM   5045  CE1 TYR L 103     -12.004 -20.396  -9.164  1.00 29.68           C  
+ATOM   5046  CE2 TYR L 103     -10.582 -20.098 -11.072  1.00 29.50           C  
+ATOM   5047  CZ  TYR L 103     -11.248 -20.924 -10.187  1.00 29.82           C  
+ATOM   5048  OH  TYR L 103     -11.147 -22.279 -10.320  1.00 29.61           O  
+ATOM   5049  N   CYS L 104      -9.968 -13.832  -9.445  1.00 32.25           N  
+ATOM   5050  CA  CYS L 104     -10.147 -12.450  -9.854  1.00 32.94           C  
+ATOM   5051  C   CYS L 104     -10.587 -12.465 -11.288  1.00 33.40           C  
+ATOM   5052  O   CYS L 104     -10.231 -13.372 -12.033  1.00 33.48           O  
+ATOM   5053  CB  CYS L 104      -8.831 -11.689  -9.761  1.00 32.85           C  
+ATOM   5054  SG  CYS L 104      -7.507 -12.501 -10.663  1.00 33.61           S  
+ATOM   5055  N   GLN L 105     -11.374 -11.475 -11.678  1.00 34.23           N  
+ATOM   5056  CA  GLN L 105     -11.574 -11.220 -13.089  1.00 35.29           C  
+ATOM   5057  C   GLN L 105     -11.400  -9.722 -13.386  1.00 36.10           C  
+ATOM   5058  O   GLN L 105     -11.637  -8.869 -12.522  1.00 36.30           O  
+ATOM   5059  CB  GLN L 105     -12.911 -11.786 -13.587  1.00 34.87           C  
+ATOM   5060  CG  GLN L 105     -14.029 -10.777 -13.659  1.00 35.31           C  
+ATOM   5061  CD  GLN L 105     -15.270 -11.294 -14.347  1.00 35.50           C  
+ATOM   5062  OE1 GLN L 105     -15.238 -12.291 -15.060  1.00 35.36           O  
+ATOM   5063  NE2 GLN L 105     -16.382 -10.609 -14.133  1.00 36.86           N  
+ATOM   5064  N   GLN L 106     -10.942  -9.415 -14.594  1.00 36.97           N  
+ATOM   5065  CA  GLN L 106     -10.872  -8.047 -15.056  1.00 38.14           C  
+ATOM   5066  C   GLN L 106     -11.843  -7.819 -16.212  1.00 38.86           C  
+ATOM   5067  O   GLN L 106     -12.093  -8.731 -17.017  1.00 39.16           O  
+ATOM   5068  CB  GLN L 106      -9.440  -7.711 -15.465  1.00 38.40           C  
+ATOM   5069  CG  GLN L 106      -9.283  -6.814 -16.699  1.00 39.29           C  
+ATOM   5070  CD  GLN L 106      -9.252  -7.611 -17.984  1.00 41.16           C  
+ATOM   5071  OE1 GLN L 106      -9.688  -7.134 -19.036  1.00 42.60           O  
+ATOM   5072  NE2 GLN L 106      -8.744  -8.843 -17.905  1.00 40.85           N  
+ATOM   5073  N   TRP L 107     -12.407  -6.612 -16.275  1.00 39.45           N  
+ATOM   5074  CA  TRP L 107     -13.158  -6.179 -17.453  1.00 39.92           C  
+ATOM   5075  C   TRP L 107     -12.468  -4.967 -18.027  1.00 40.30           C  
+ATOM   5076  O   TRP L 107     -12.304  -3.955 -17.346  1.00 40.77           O  
+ATOM   5077  CB  TRP L 107     -14.615  -5.833 -17.145  1.00 39.96           C  
+ATOM   5078  CG  TRP L 107     -15.347  -5.377 -18.362  1.00 40.01           C  
+ATOM   5079  CD1 TRP L 107     -15.924  -6.165 -19.305  1.00 41.02           C  
+ATOM   5080  CD2 TRP L 107     -15.556  -4.029 -18.788  1.00 40.58           C  
+ATOM   5081  NE1 TRP L 107     -16.497  -5.395 -20.292  1.00 40.93           N  
+ATOM   5082  CE2 TRP L 107     -16.280  -4.078 -19.997  1.00 40.80           C  
+ATOM   5083  CE3 TRP L 107     -15.202  -2.780 -18.266  1.00 41.38           C  
+ATOM   5084  CZ2 TRP L 107     -16.659  -2.928 -20.690  1.00 40.90           C  
+ATOM   5085  CZ3 TRP L 107     -15.583  -1.634 -18.952  1.00 40.76           C  
+ATOM   5086  CH2 TRP L 107     -16.304  -1.717 -20.152  1.00 40.76           C  
+ATOM   5087  N   SER L 108     -12.057  -5.090 -19.283  1.00 40.43           N  
+ATOM   5088  CA  SER L 108     -11.418  -4.018 -20.012  1.00 40.10           C  
+ATOM   5089  C   SER L 108     -11.847  -4.141 -21.462  1.00 40.32           C  
+ATOM   5090  O   SER L 108     -11.911  -5.249 -22.003  1.00 40.22           O  
+ATOM   5091  CB  SER L 108      -9.895  -4.098 -19.870  1.00 39.88           C  
+ATOM   5092  OG  SER L 108      -9.489  -3.737 -18.560  1.00 38.88           O  
+ATOM   5093  N   SER L 109     -12.159  -2.986 -22.061  1.00 40.65           N  
+ATOM   5094  CA  SER L 109     -12.547  -2.828 -23.474  1.00 40.51           C  
+ATOM   5095  C   SER L 109     -13.455  -3.939 -23.992  1.00 40.59           C  
+ATOM   5096  O   SER L 109     -13.167  -4.560 -25.012  1.00 40.40           O  
+ATOM   5097  CB  SER L 109     -11.313  -2.634 -24.365  1.00 40.34           C  
+ATOM   5098  N   HIS L 114     -14.533  -4.194 -23.251  1.00 40.89           N  
+ATOM   5099  CA  HIS L 114     -15.635  -5.064 -23.692  1.00 41.57           C  
+ATOM   5100  C   HIS L 114     -15.484  -6.588 -23.454  1.00 41.25           C  
+ATOM   5101  O   HIS L 114     -16.422  -7.361 -23.674  1.00 41.46           O  
+ATOM   5102  CB  HIS L 114     -16.027  -4.757 -25.154  1.00 41.99           C  
+ATOM   5103  CG  HIS L 114     -16.500  -3.350 -25.366  1.00 44.09           C  
+ATOM   5104  ND1 HIS L 114     -17.833  -2.999 -25.334  1.00 45.44           N  
+ATOM   5105  CD2 HIS L 114     -15.813  -2.203 -25.599  1.00 45.80           C  
+ATOM   5106  CE1 HIS L 114     -17.947  -1.696 -25.538  1.00 46.41           C  
+ATOM   5107  NE2 HIS L 114     -16.737  -1.190 -25.704  1.00 45.89           N  
+ATOM   5108  N   ILE L 115     -14.323  -7.021 -22.987  1.00 40.76           N  
+ATOM   5109  CA  ILE L 115     -14.112  -8.448 -22.761  1.00 40.16           C  
+ATOM   5110  C   ILE L 115     -13.698  -8.750 -21.312  1.00 39.63           C  
+ATOM   5111  O   ILE L 115     -12.966  -7.978 -20.693  1.00 39.69           O  
+ATOM   5112  CB  ILE L 115     -13.102  -9.053 -23.783  1.00 40.41           C  
+ATOM   5113  CG1 ILE L 115     -11.690  -8.467 -23.584  1.00 40.89           C  
+ATOM   5114  CG2 ILE L 115     -13.608  -8.841 -25.224  1.00 39.78           C  
+ATOM   5115  CD1 ILE L 115     -10.554  -9.499 -23.658  1.00 41.63           C  
+ATOM   5116  N   PHE L 116     -14.187  -9.863 -20.772  1.00 38.83           N  
+ATOM   5117  CA  PHE L 116     -13.826 -10.287 -19.420  1.00 37.94           C  
+ATOM   5118  C   PHE L 116     -12.624 -11.233 -19.494  1.00 37.45           C  
+ATOM   5119  O   PHE L 116     -12.390 -11.837 -20.549  1.00 37.50           O  
+ATOM   5120  CB  PHE L 116     -15.026 -10.955 -18.728  1.00 37.73           C  
+ATOM   5121  CG  PHE L 116     -16.121  -9.984 -18.291  1.00 37.02           C  
+ATOM   5122  CD1 PHE L 116     -17.205  -9.707 -19.120  1.00 36.75           C  
+ATOM   5123  CD2 PHE L 116     -16.075  -9.370 -17.047  1.00 35.67           C  
+ATOM   5124  CE1 PHE L 116     -18.221  -8.829 -18.721  1.00 35.88           C  
+ATOM   5125  CE2 PHE L 116     -17.079  -8.497 -16.642  1.00 35.04           C  
+ATOM   5126  CZ  PHE L 116     -18.152  -8.226 -17.478  1.00 35.94           C  
+ATOM   5127  N   THR L 117     -11.854 -11.330 -18.403  1.00 36.73           N  
+ATOM   5128  CA  THR L 117     -10.716 -12.280 -18.294  1.00 36.14           C  
+ATOM   5129  C   THR L 117     -10.487 -12.763 -16.852  1.00 35.68           C  
+ATOM   5130  O   THR L 117     -10.240 -11.948 -15.959  1.00 35.88           O  
+ATOM   5131  CB  THR L 117      -9.375 -11.670 -18.781  1.00 36.08           C  
+ATOM   5132  OG1 THR L 117      -9.546 -11.015 -20.042  1.00 36.58           O  
+ATOM   5133  CG2 THR L 117      -8.320 -12.745 -18.922  1.00 35.99           C  
+ATOM   5134  N   PHE L 118     -10.535 -14.082 -16.641  1.00 34.79           N  
+ATOM   5135  CA  PHE L 118     -10.325 -14.692 -15.321  1.00 33.80           C  
+ATOM   5136  C   PHE L 118      -8.878 -15.047 -15.007  1.00 33.47           C  
+ATOM   5137  O   PHE L 118      -8.109 -15.421 -15.892  1.00 33.48           O  
+ATOM   5138  CB  PHE L 118     -11.128 -15.980 -15.199  1.00 33.67           C  
+ATOM   5139  CG  PHE L 118     -12.595 -15.772 -15.073  1.00 33.39           C  
+ATOM   5140  CD1 PHE L 118     -13.419 -15.861 -16.190  1.00 33.82           C  
+ATOM   5141  CD2 PHE L 118     -13.165 -15.510 -13.841  1.00 32.63           C  
+ATOM   5142  CE1 PHE L 118     -14.801 -15.677 -16.083  1.00 32.89           C  
+ATOM   5143  CE2 PHE L 118     -14.529 -15.323 -13.727  1.00 33.19           C  
+ATOM   5144  CZ  PHE L 118     -15.352 -15.407 -14.856  1.00 32.91           C  
+ATOM   5145  N   GLY L 119      -8.527 -14.958 -13.726  1.00 33.28           N  
+ATOM   5146  CA  GLY L 119      -7.252 -15.465 -13.216  1.00 32.76           C  
+ATOM   5147  C   GLY L 119      -7.305 -16.976 -13.041  1.00 32.53           C  
+ATOM   5148  O   GLY L 119      -8.340 -17.618 -13.280  1.00 32.71           O  
+ATOM   5149  N   GLN L 120      -6.190 -17.547 -12.605  1.00 32.11           N  
+ATOM   5150  CA  GLN L 120      -6.014 -18.998 -12.608  1.00 31.58           C  
+ATOM   5151  C   GLN L 120      -6.641 -19.678 -11.409  1.00 31.23           C  
+ATOM   5152  O   GLN L 120      -6.863 -20.880 -11.428  1.00 31.14           O  
+ATOM   5153  CB  GLN L 120      -4.525 -19.342 -12.663  1.00 31.83           C  
+ATOM   5154  CG  GLN L 120      -3.858 -19.052 -14.014  1.00 31.55           C  
+ATOM   5155  CD  GLN L 120      -3.644 -17.569 -14.300  1.00 31.41           C  
+ATOM   5156  OE1 GLN L 120      -3.650 -16.719 -13.401  1.00 31.37           O  
+ATOM   5157  NE2 GLN L 120      -3.444 -17.257 -15.566  1.00 32.35           N  
+ATOM   5158  N   GLY L 121      -6.917 -18.908 -10.366  1.00 30.96           N  
+ATOM   5159  CA  GLY L 121      -7.427 -19.458  -9.130  1.00 30.67           C  
+ATOM   5160  C   GLY L 121      -6.337 -19.572  -8.084  1.00 30.77           C  
+ATOM   5161  O   GLY L 121      -5.142 -19.613  -8.398  1.00 30.64           O  
+ATOM   5162  N   THR L 122      -6.773 -19.608  -6.833  1.00 30.83           N  
+ATOM   5163  CA  THR L 122      -5.919 -19.787  -5.679  1.00 30.84           C  
+ATOM   5164  C   THR L 122      -6.717 -20.641  -4.714  1.00 30.80           C  
+ATOM   5165  O   THR L 122      -7.671 -20.155  -4.135  1.00 31.36           O  
+ATOM   5166  CB  THR L 122      -5.637 -18.435  -5.003  1.00 30.89           C  
+ATOM   5167  OG1 THR L 122      -4.895 -17.597  -5.896  1.00 31.55           O  
+ATOM   5168  CG2 THR L 122      -4.843 -18.614  -3.723  1.00 31.06           C  
+ATOM   5169  N   LYS L 123      -6.370 -21.914  -4.562  1.00 30.67           N  
+ATOM   5170  CA  LYS L 123      -7.034 -22.741  -3.566  1.00 30.47           C  
+ATOM   5171  C   LYS L 123      -6.548 -22.302  -2.178  1.00 30.79           C  
+ATOM   5172  O   LYS L 123      -5.349 -22.366  -1.869  1.00 30.89           O  
+ATOM   5173  CB  LYS L 123      -6.781 -24.233  -3.814  1.00 29.84           C  
+ATOM   5174  N   VAL L 124      -7.478 -21.807  -1.367  1.00 31.02           N  
+ATOM   5175  CA  VAL L 124      -7.204 -21.508   0.036  1.00 31.25           C  
+ATOM   5176  C   VAL L 124      -7.676 -22.683   0.881  1.00 31.83           C  
+ATOM   5177  O   VAL L 124      -8.814 -23.152   0.740  1.00 31.82           O  
+ATOM   5178  CB  VAL L 124      -7.859 -20.179   0.474  1.00 31.11           C  
+ATOM   5179  CG1 VAL L 124      -7.927 -20.047   1.992  1.00 29.98           C  
+ATOM   5180  CG2 VAL L 124      -7.087 -19.017  -0.107  1.00 31.24           C  
+ATOM   5181  N   GLU L 125      -6.778 -23.178   1.727  1.00 32.50           N  
+ATOM   5182  CA  GLU L 125      -7.052 -24.345   2.560  1.00 33.56           C  
+ATOM   5183  C   GLU L 125      -6.694 -24.069   3.996  1.00 33.36           C  
+ATOM   5184  O   GLU L 125      -5.670 -23.434   4.270  1.00 33.13           O  
+ATOM   5185  CB  GLU L 125      -6.274 -25.573   2.065  1.00 33.74           C  
+ATOM   5186  CG  GLU L 125      -7.106 -26.584   1.250  1.00 34.41           C  
+ATOM   5187  CD  GLU L 125      -6.229 -27.600   0.513  1.00 34.72           C  
+ATOM   5188  OE1 GLU L 125      -5.260 -27.168  -0.162  1.00 36.02           O  
+ATOM   5189  OE2 GLU L 125      -6.511 -28.826   0.601  1.00 35.56           O  
+ATOM   5190  N   ILE L 126      -7.535 -24.566   4.900  1.00 33.55           N  
+ATOM   5191  CA  ILE L 126      -7.360 -24.330   6.326  1.00 34.04           C  
+ATOM   5192  C   ILE L 126      -6.454 -25.354   6.979  1.00 34.64           C  
+ATOM   5193  O   ILE L 126      -6.649 -26.555   6.797  1.00 34.92           O  
+ATOM   5194  CB  ILE L 126      -8.691 -24.310   7.053  1.00 33.75           C  
+ATOM   5195  CG1 ILE L 126      -9.504 -23.127   6.548  1.00 34.92           C  
+ATOM   5196  CG2 ILE L 126      -8.474 -24.208   8.544  1.00 33.01           C  
+ATOM   5197  CD1 ILE L 126     -10.671 -22.750   7.425  1.00 36.60           C  
+ATOM   5198  N   LYS L 127      -5.460 -24.863   7.724  1.00 35.11           N  
+ATOM   5199  CA  LYS L 127      -4.609 -25.694   8.561  1.00 35.50           C  
+ATOM   5200  C   LYS L 127      -5.210 -25.769   9.963  1.00 35.57           C  
+ATOM   5201  O   LYS L 127      -5.548 -24.745  10.552  1.00 35.94           O  
+ATOM   5202  CB  LYS L 127      -3.199 -25.112   8.602  1.00 35.66           C  
+ATOM   5203  CG  LYS L 127      -2.235 -25.836   9.545  1.00 37.20           C  
+ATOM   5204  CD  LYS L 127      -0.794 -25.435   9.254  1.00 39.95           C  
+ATOM   5205  CE  LYS L 127       0.205 -26.243  10.076  1.00 41.53           C  
+ATOM   5206  NZ  LYS L 127       0.657 -25.513  11.305  1.00 42.22           N  
+ATOM   5207  N   ARG L 128      -5.351 -26.979  10.491  1.00 35.77           N  
+ATOM   5208  CA  ARG L 128      -5.929 -27.185  11.819  1.00 36.15           C  
+ATOM   5209  C   ARG L 128      -5.110 -28.180  12.653  1.00 36.91           C  
+ATOM   5210  O   ARG L 128      -4.026 -28.604  12.239  1.00 36.90           O  
+ATOM   5211  CB  ARG L 128      -7.368 -27.674  11.692  1.00 35.77           C  
+ATOM   5212  CG  ARG L 128      -7.449 -29.136  11.361  1.00 34.95           C  
+ATOM   5213  CD  ARG L 128      -8.856 -29.625  11.230  1.00 34.04           C  
+ATOM   5214  NE  ARG L 128      -9.616 -29.517  12.469  1.00 33.31           N  
+ATOM   5215  CZ  ARG L 128      -9.560 -30.372  13.484  1.00 32.30           C  
+ATOM   5216  NH1 ARG L 128      -8.761 -31.420  13.455  1.00 32.05           N  
+ATOM   5217  NH2 ARG L 128     -10.310 -30.163  14.546  1.00 33.39           N  
+ATOM   5218  N   THR L 129      -5.631 -28.541  13.829  1.00 37.92           N  
+ATOM   5219  CA  THR L 129      -4.994 -29.543  14.693  1.00 38.86           C  
+ATOM   5220  C   THR L 129      -5.231 -30.930  14.132  1.00 39.94           C  
+ATOM   5221  O   THR L 129      -6.237 -31.165  13.477  1.00 40.28           O  
+ATOM   5222  CB  THR L 129      -5.580 -29.547  16.092  1.00 38.34           C  
+ATOM   5223  OG1 THR L 129      -6.998 -29.663  15.989  1.00 38.19           O  
+ATOM   5224  CG2 THR L 129      -5.222 -28.284  16.827  1.00 38.25           C  
+ATOM   5225  N   VAL L 130      -4.312 -31.846  14.411  1.00 41.23           N  
+ATOM   5226  CA  VAL L 130      -4.421 -33.226  13.948  1.00 42.47           C  
+ATOM   5227  C   VAL L 130      -5.716 -33.901  14.447  1.00 43.26           C  
+ATOM   5228  O   VAL L 130      -6.078 -33.811  15.631  1.00 43.21           O  
+ATOM   5229  CB  VAL L 130      -3.186 -34.061  14.373  1.00 42.58           C  
+ATOM   5230  CG1 VAL L 130      -2.929 -35.167  13.372  1.00 42.62           C  
+ATOM   5231  CG2 VAL L 130      -1.943 -33.175  14.504  1.00 42.81           C  
+ATOM   5232  N   ALA L 131      -6.414 -34.558  13.522  1.00 44.31           N  
+ATOM   5233  CA  ALA L 131      -7.647 -35.290  13.837  1.00 45.19           C  
+ATOM   5234  C   ALA L 131      -7.576 -36.737  13.362  1.00 45.80           C  
+ATOM   5235  O   ALA L 131      -6.982 -37.037  12.313  1.00 45.85           O  
+ATOM   5236  CB  ALA L 131      -8.858 -34.603  13.236  1.00 45.08           C  
+ATOM   5237  N   ALA L 132      -8.193 -37.616  14.149  1.00 46.38           N  
+ATOM   5238  CA  ALA L 132      -8.169 -39.048  13.913  1.00 46.72           C  
+ATOM   5239  C   ALA L 132      -9.467 -39.478  13.221  1.00 47.10           C  
+ATOM   5240  O   ALA L 132     -10.549 -39.026  13.607  1.00 46.70           O  
+ATOM   5241  CB  ALA L 132      -7.967 -39.790  15.234  1.00 46.68           C  
+ATOM   5242  N   PRO L 133      -9.352 -40.320  12.166  1.00 47.71           N  
+ATOM   5243  CA  PRO L 133     -10.482 -40.841  11.378  1.00 48.29           C  
+ATOM   5244  C   PRO L 133     -11.398 -41.844  12.097  1.00 49.10           C  
+ATOM   5245  O   PRO L 133     -10.921 -42.850  12.625  1.00 49.20           O  
+ATOM   5246  CB  PRO L 133      -9.790 -41.535  10.198  1.00 48.15           C  
+ATOM   5247  CG  PRO L 133      -8.436 -41.865  10.675  1.00 47.49           C  
+ATOM   5248  CD  PRO L 133      -8.055 -40.787  11.633  1.00 47.58           C  
+ATOM   5249  N   SER L 134     -12.705 -41.576  12.102  1.00 49.99           N  
+ATOM   5250  CA  SER L 134     -13.695 -42.577  12.518  1.00 50.78           C  
+ATOM   5251  C   SER L 134     -13.760 -43.666  11.439  1.00 51.31           C  
+ATOM   5252  O   SER L 134     -14.228 -43.398  10.331  1.00 51.17           O  
+ATOM   5253  CB  SER L 134     -15.096 -41.957  12.680  1.00 50.72           C  
+ATOM   5254  OG  SER L 134     -15.133 -40.875  13.591  1.00 50.93           O  
+ATOM   5255  N   VAL L 135     -13.294 -44.880  11.744  1.00 52.05           N  
+ATOM   5256  CA  VAL L 135     -13.344 -45.965  10.751  1.00 52.69           C  
+ATOM   5257  C   VAL L 135     -14.682 -46.712  10.757  1.00 53.13           C  
+ATOM   5258  O   VAL L 135     -15.263 -46.972  11.810  1.00 53.30           O  
+ATOM   5259  CB  VAL L 135     -12.160 -46.950  10.863  1.00 52.74           C  
+ATOM   5260  CG1 VAL L 135     -12.111 -47.870   9.633  1.00 52.63           C  
+ATOM   5261  CG2 VAL L 135     -10.838 -46.190  10.996  1.00 52.94           C  
+ATOM   5262  N   PHE L 136     -15.168 -47.022   9.559  1.00 53.63           N  
+ATOM   5263  CA  PHE L 136     -16.383 -47.799   9.367  1.00 54.26           C  
+ATOM   5264  C   PHE L 136     -16.158 -48.780   8.225  1.00 54.79           C  
+ATOM   5265  O   PHE L 136     -15.314 -48.542   7.348  1.00 55.14           O  
+ATOM   5266  CB  PHE L 136     -17.553 -46.886   9.052  1.00 54.25           C  
+ATOM   5267  CG  PHE L 136     -17.899 -45.953  10.165  1.00 54.79           C  
+ATOM   5268  CD1 PHE L 136     -17.285 -44.709  10.263  1.00 55.02           C  
+ATOM   5269  CD2 PHE L 136     -18.848 -46.311  11.118  1.00 55.60           C  
+ATOM   5270  CE1 PHE L 136     -17.608 -43.836  11.296  1.00 55.53           C  
+ATOM   5271  CE2 PHE L 136     -19.187 -45.441  12.158  1.00 55.72           C  
+ATOM   5272  CZ  PHE L 136     -18.564 -44.201  12.247  1.00 55.53           C  
+ATOM   5273  N   ILE L 137     -16.900 -49.887   8.240  1.00 55.08           N  
+ATOM   5274  CA  ILE L 137     -16.662 -50.986   7.301  1.00 55.13           C  
+ATOM   5275  C   ILE L 137     -17.986 -51.546   6.786  1.00 55.51           C  
+ATOM   5276  O   ILE L 137     -18.819 -52.023   7.567  1.00 55.80           O  
+ATOM   5277  CB  ILE L 137     -15.766 -52.085   7.944  1.00 54.88           C  
+ATOM   5278  CG1 ILE L 137     -15.719 -53.354   7.089  1.00 54.74           C  
+ATOM   5279  CG2 ILE L 137     -16.216 -52.385   9.362  1.00 54.66           C  
+ATOM   5280  CD1 ILE L 137     -14.785 -53.267   5.904  1.00 55.17           C  
+ATOM   5281  N   PHE L 138     -18.183 -51.468   5.473  1.00 55.64           N  
+ATOM   5282  CA  PHE L 138     -19.442 -51.894   4.873  1.00 56.04           C  
+ATOM   5283  C   PHE L 138     -19.291 -53.131   3.996  1.00 56.74           C  
+ATOM   5284  O   PHE L 138     -18.452 -53.140   3.081  1.00 57.12           O  
+ATOM   5285  CB  PHE L 138     -20.064 -50.765   4.062  1.00 55.72           C  
+ATOM   5286  CG  PHE L 138     -20.500 -49.604   4.888  1.00 55.21           C  
+ATOM   5287  CD1 PHE L 138     -19.676 -48.500   5.037  1.00 54.57           C  
+ATOM   5288  CD2 PHE L 138     -21.728 -49.621   5.532  1.00 54.65           C  
+ATOM   5289  CE1 PHE L 138     -20.071 -47.433   5.801  1.00 54.27           C  
+ATOM   5290  CE2 PHE L 138     -22.135 -48.553   6.297  1.00 54.28           C  
+ATOM   5291  CZ  PHE L 138     -21.309 -47.456   6.434  1.00 54.63           C  
+ATOM   5292  N   PRO L 139     -20.099 -54.182   4.279  1.00 57.04           N  
+ATOM   5293  CA  PRO L 139     -20.174 -55.386   3.453  1.00 56.91           C  
+ATOM   5294  C   PRO L 139     -20.981 -55.104   2.194  1.00 56.80           C  
+ATOM   5295  O   PRO L 139     -21.674 -54.080   2.130  1.00 56.82           O  
+ATOM   5296  CB  PRO L 139     -20.944 -56.362   4.337  1.00 56.90           C  
+ATOM   5297  CG  PRO L 139     -21.814 -55.502   5.168  1.00 57.27           C  
+ATOM   5298  CD  PRO L 139     -21.005 -54.265   5.443  1.00 57.13           C  
+ATOM   5299  N   PRO L 140     -20.888 -55.994   1.192  1.00 56.65           N  
+ATOM   5300  CA  PRO L 140     -21.749 -55.916   0.009  1.00 56.78           C  
+ATOM   5301  C   PRO L 140     -23.225 -56.127   0.365  1.00 56.82           C  
+ATOM   5302  O   PRO L 140     -23.533 -56.747   1.382  1.00 56.88           O  
+ATOM   5303  CB  PRO L 140     -21.249 -57.070  -0.862  1.00 56.78           C  
+ATOM   5304  CG  PRO L 140     -19.886 -57.374  -0.354  1.00 56.49           C  
+ATOM   5305  CD  PRO L 140     -19.940 -57.112   1.102  1.00 56.40           C  
+ATOM   5306  N   SER L 141     -24.126 -55.603  -0.454  1.00 56.84           N  
+ATOM   5307  CA  SER L 141     -25.542 -55.817  -0.216  1.00 57.15           C  
+ATOM   5308  C   SER L 141     -25.972 -57.090  -0.905  1.00 57.48           C  
+ATOM   5309  O   SER L 141     -25.397 -57.480  -1.921  1.00 57.50           O  
+ATOM   5310  CB  SER L 141     -26.382 -54.629  -0.692  1.00 57.13           C  
+ATOM   5311  OG  SER L 141     -26.171 -54.348  -2.061  1.00 57.22           O  
+ATOM   5312  N   ASP L 142     -26.977 -57.746  -0.336  1.00 58.08           N  
+ATOM   5313  CA  ASP L 142     -27.510 -58.980  -0.907  1.00 58.49           C  
+ATOM   5314  C   ASP L 142     -28.073 -58.706  -2.306  1.00 58.58           C  
+ATOM   5315  O   ASP L 142     -27.873 -59.512  -3.225  1.00 58.63           O  
+ATOM   5316  CB  ASP L 142     -28.562 -59.612   0.021  1.00 58.58           C  
+ATOM   5317  N   GLU L 143     -28.743 -57.561  -2.465  1.00 58.54           N  
+ATOM   5318  CA  GLU L 143     -29.180 -57.097  -3.784  1.00 58.73           C  
+ATOM   5319  C   GLU L 143     -28.025 -57.100  -4.801  1.00 58.85           C  
+ATOM   5320  O   GLU L 143     -28.177 -57.610  -5.920  1.00 58.94           O  
+ATOM   5321  CB  GLU L 143     -29.808 -55.708  -3.692  1.00 58.68           C  
+ATOM   5322  N   GLN L 144     -26.874 -56.555  -4.398  1.00 58.83           N  
+ATOM   5323  CA  GLN L 144     -25.690 -56.492  -5.262  1.00 58.90           C  
+ATOM   5324  C   GLN L 144     -25.102 -57.867  -5.546  1.00 58.89           C  
+ATOM   5325  O   GLN L 144     -24.607 -58.123  -6.649  1.00 58.90           O  
+ATOM   5326  CB  GLN L 144     -24.605 -55.602  -4.651  1.00 58.92           C  
+ATOM   5327  CG  GLN L 144     -23.573 -55.106  -5.668  1.00 59.02           C  
+ATOM   5328  CD  GLN L 144     -22.329 -54.488  -5.041  1.00 59.10           C  
+ATOM   5329  OE1 GLN L 144     -21.270 -54.475  -5.663  1.00 58.61           O  
+ATOM   5330  NE2 GLN L 144     -22.451 -53.974  -3.813  1.00 59.47           N  
+ATOM   5331  N   LEU L 145     -25.145 -58.743  -4.545  1.00 58.82           N  
+ATOM   5332  CA  LEU L 145     -24.582 -60.082  -4.681  1.00 58.66           C  
+ATOM   5333  C   LEU L 145     -25.385 -60.953  -5.645  1.00 58.65           C  
+ATOM   5334  O   LEU L 145     -24.797 -61.658  -6.474  1.00 58.67           O  
+ATOM   5335  CB  LEU L 145     -24.396 -60.746  -3.313  1.00 58.59           C  
+ATOM   5336  CG  LEU L 145     -23.031 -60.418  -2.699  1.00 58.14           C  
+ATOM   5337  CD1 LEU L 145     -23.045 -60.538  -1.181  1.00 58.18           C  
+ATOM   5338  CD2 LEU L 145     -21.945 -61.286  -3.308  1.00 57.03           C  
+ATOM   5339  N   LYS L 146     -26.715 -60.880  -5.550  1.00 58.54           N  
+ATOM   5340  CA  LYS L 146     -27.607 -61.501  -6.532  1.00 58.53           C  
+ATOM   5341  C   LYS L 146     -27.107 -61.210  -7.952  1.00 58.61           C  
+ATOM   5342  O   LYS L 146     -26.973 -62.119  -8.774  1.00 58.62           O  
+ATOM   5343  CB  LYS L 146     -29.041 -60.985  -6.359  1.00 58.34           C  
+ATOM   5344  N   SER L 147     -26.803 -59.933  -8.198  1.00 58.67           N  
+ATOM   5345  CA  SER L 147     -26.332 -59.409  -9.486  1.00 58.45           C  
+ATOM   5346  C   SER L 147     -25.065 -60.072 -10.067  1.00 58.24           C  
+ATOM   5347  O   SER L 147     -25.043 -60.422 -11.247  1.00 58.23           O  
+ATOM   5348  CB  SER L 147     -26.164 -57.885  -9.373  1.00 58.46           C  
+ATOM   5349  OG  SER L 147     -24.954 -57.438  -9.959  1.00 58.80           O  
+ATOM   5350  N   GLY L 148     -24.017 -60.223  -9.257  1.00 58.01           N  
+ATOM   5351  CA  GLY L 148     -22.783 -60.866  -9.722  1.00 57.67           C  
+ATOM   5352  C   GLY L 148     -21.487 -60.216  -9.269  1.00 57.51           C  
+ATOM   5353  O   GLY L 148     -20.393 -60.681  -9.615  1.00 57.59           O  
+ATOM   5354  N   THR L 149     -21.600 -59.155  -8.473  1.00 57.22           N  
+ATOM   5355  CA  THR L 149     -20.431 -58.398  -8.020  1.00 56.78           C  
+ATOM   5356  C   THR L 149     -20.506 -58.021  -6.528  1.00 56.33           C  
+ATOM   5357  O   THR L 149     -21.592 -57.779  -5.989  1.00 56.20           O  
+ATOM   5358  CB  THR L 149     -20.214 -57.159  -8.932  1.00 56.91           C  
+ATOM   5359  OG1 THR L 149     -19.429 -57.541 -10.068  1.00 56.85           O  
+ATOM   5360  CG2 THR L 149     -19.505 -56.037  -8.205  1.00 57.33           C  
+ATOM   5361  N   ALA L 150     -19.346 -57.996  -5.871  1.00 55.80           N  
+ATOM   5362  CA  ALA L 150     -19.245 -57.610  -4.460  1.00 55.45           C  
+ATOM   5363  C   ALA L 150     -18.491 -56.290  -4.285  1.00 55.22           C  
+ATOM   5364  O   ALA L 150     -17.441 -56.091  -4.906  1.00 55.47           O  
+ATOM   5365  CB  ALA L 150     -18.566 -58.710  -3.657  1.00 55.30           C  
+ATOM   5366  N   SER L 151     -19.024 -55.401  -3.440  1.00 54.65           N  
+ATOM   5367  CA  SER L 151     -18.361 -54.130  -3.112  1.00 54.03           C  
+ATOM   5368  C   SER L 151     -18.156 -53.905  -1.605  1.00 53.64           C  
+ATOM   5369  O   SER L 151     -19.113 -53.655  -0.857  1.00 53.49           O  
+ATOM   5370  CB  SER L 151     -19.129 -52.955  -3.715  1.00 54.03           C  
+ATOM   5371  OG  SER L 151     -19.287 -53.113  -5.111  1.00 54.01           O  
+ATOM   5372  N   VAL L 152     -16.903 -53.983  -1.168  1.00 53.13           N  
+ATOM   5373  CA  VAL L 152     -16.570 -53.763   0.238  1.00 52.92           C  
+ATOM   5374  C   VAL L 152     -16.042 -52.337   0.495  1.00 52.74           C  
+ATOM   5375  O   VAL L 152     -14.937 -51.980   0.075  1.00 52.62           O  
+ATOM   5376  CB  VAL L 152     -15.586 -54.829   0.751  1.00 52.94           C  
+ATOM   5377  N   VAL L 153     -16.855 -51.536   1.186  1.00 52.46           N  
+ATOM   5378  CA  VAL L 153     -16.628 -50.095   1.359  1.00 52.01           C  
+ATOM   5379  C   VAL L 153     -16.125 -49.788   2.767  1.00 52.23           C  
+ATOM   5380  O   VAL L 153     -16.746 -50.178   3.763  1.00 52.58           O  
+ATOM   5381  CB  VAL L 153     -17.932 -49.294   1.115  1.00 51.73           C  
+ATOM   5382  CG1 VAL L 153     -17.721 -47.820   1.378  1.00 51.29           C  
+ATOM   5383  CG2 VAL L 153     -18.450 -49.518  -0.294  1.00 51.39           C  
+ATOM   5384  N   CYS L 154     -14.999 -49.088   2.845  1.00 52.16           N  
+ATOM   5385  CA  CYS L 154     -14.419 -48.688   4.117  1.00 51.57           C  
+ATOM   5386  C   CYS L 154     -14.357 -47.179   4.126  1.00 51.08           C  
+ATOM   5387  O   CYS L 154     -13.801 -46.576   3.207  1.00 51.04           O  
+ATOM   5388  CB  CYS L 154     -13.020 -49.280   4.270  1.00 51.78           C  
+ATOM   5389  SG  CYS L 154     -12.034 -48.630   5.645  1.00 52.78           S  
+ATOM   5390  N   LEU L 155     -14.930 -46.585   5.169  1.00 50.63           N  
+ATOM   5391  CA  LEU L 155     -15.069 -45.129   5.297  1.00 50.10           C  
+ATOM   5392  C   LEU L 155     -14.242 -44.534   6.441  1.00 49.78           C  
+ATOM   5393  O   LEU L 155     -14.568 -44.749   7.604  1.00 50.04           O  
+ATOM   5394  CB  LEU L 155     -16.549 -44.771   5.493  1.00 49.89           C  
+ATOM   5395  CG  LEU L 155     -16.925 -43.511   6.277  1.00 49.79           C  
+ATOM   5396  CD1 LEU L 155     -16.505 -42.243   5.541  1.00 50.03           C  
+ATOM   5397  CD2 LEU L 155     -18.418 -43.504   6.570  1.00 50.00           C  
+ATOM   5398  N   LEU L 156     -13.192 -43.780   6.116  1.00 49.19           N  
+ATOM   5399  CA  LEU L 156     -12.481 -43.004   7.136  1.00 48.68           C  
+ATOM   5400  C   LEU L 156     -13.187 -41.658   7.271  1.00 48.58           C  
+ATOM   5401  O   LEU L 156     -13.414 -40.974   6.271  1.00 48.68           O  
+ATOM   5402  CB  LEU L 156     -11.001 -42.800   6.794  1.00 48.40           C  
+ATOM   5403  CG  LEU L 156     -10.201 -43.827   5.987  1.00 48.26           C  
+ATOM   5404  CD1 LEU L 156      -8.738 -43.448   6.014  1.00 47.41           C  
+ATOM   5405  CD2 LEU L 156     -10.392 -45.253   6.480  1.00 48.72           C  
+ATOM   5406  N   ASN L 157     -13.536 -41.281   8.500  1.00 48.32           N  
+ATOM   5407  CA  ASN L 157     -14.401 -40.123   8.715  1.00 47.88           C  
+ATOM   5408  C   ASN L 157     -13.818 -38.997   9.561  1.00 47.64           C  
+ATOM   5409  O   ASN L 157     -13.355 -39.214  10.683  1.00 47.50           O  
+ATOM   5410  CB  ASN L 157     -15.743 -40.561   9.280  1.00 47.86           C  
+ATOM   5411  CG  ASN L 157     -16.853 -39.623   8.909  1.00 48.28           C  
+ATOM   5412  OD1 ASN L 157     -17.048 -39.308   7.734  1.00 48.92           O  
+ATOM   5413  ND2 ASN L 157     -17.604 -39.173   9.907  1.00 49.02           N  
+ATOM   5414  N   ASN L 158     -13.856 -37.798   8.976  1.00 47.43           N  
+ATOM   5415  CA  ASN L 158     -13.422 -36.531   9.582  1.00 46.97           C  
+ATOM   5416  C   ASN L 158     -12.061 -36.531  10.255  1.00 46.93           C  
+ATOM   5417  O   ASN L 158     -11.953 -36.740  11.461  1.00 47.01           O  
+ATOM   5418  CB  ASN L 158     -14.506 -35.978  10.504  1.00 46.89           C  
+ATOM   5419  CG  ASN L 158     -15.794 -35.699   9.774  1.00 46.09           C  
+ATOM   5420  OD1 ASN L 158     -15.857 -35.761   8.547  1.00 45.82           O  
+ATOM   5421  ND2 ASN L 158     -16.829 -35.390  10.523  1.00 46.09           N  
+ATOM   5422  N   PHE L 159     -11.030 -36.283   9.452  1.00 47.02           N  
+ATOM   5423  CA  PHE L 159      -9.632 -36.351   9.891  1.00 47.04           C  
+ATOM   5424  C   PHE L 159      -8.799 -35.286   9.200  1.00 47.39           C  
+ATOM   5425  O   PHE L 159      -9.079 -34.932   8.056  1.00 47.74           O  
+ATOM   5426  CB  PHE L 159      -9.040 -37.728   9.577  1.00 46.63           C  
+ATOM   5427  CG  PHE L 159      -9.079 -38.092   8.120  1.00 46.01           C  
+ATOM   5428  CD1 PHE L 159     -10.263 -38.525   7.522  1.00 45.97           C  
+ATOM   5429  CD2 PHE L 159      -7.933 -38.020   7.346  1.00 45.53           C  
+ATOM   5430  CE1 PHE L 159     -10.302 -38.872   6.172  1.00 45.52           C  
+ATOM   5431  CE2 PHE L 159      -7.962 -38.364   5.990  1.00 45.69           C  
+ATOM   5432  CZ  PHE L 159      -9.148 -38.793   5.404  1.00 45.63           C  
+ATOM   5433  N   TYR L 160      -7.781 -34.784   9.896  1.00 47.69           N  
+ATOM   5434  CA  TYR L 160      -6.793 -33.875   9.312  1.00 47.84           C  
+ATOM   5435  C   TYR L 160      -5.436 -34.264   9.875  1.00 48.05           C  
+ATOM   5436  O   TYR L 160      -5.343 -34.594  11.053  1.00 47.57           O  
+ATOM   5437  CB  TYR L 160      -7.136 -32.420   9.657  1.00 47.83           C  
+ATOM   5438  CG  TYR L 160      -6.204 -31.377   9.067  1.00 47.89           C  
+ATOM   5439  CD1 TYR L 160      -6.523 -30.715   7.884  1.00 48.20           C  
+ATOM   5440  CD2 TYR L 160      -5.011 -31.036   9.704  1.00 48.23           C  
+ATOM   5441  CE1 TYR L 160      -5.666 -29.746   7.335  1.00 48.34           C  
+ATOM   5442  CE2 TYR L 160      -4.143 -30.077   9.166  1.00 48.41           C  
+ATOM   5443  CZ  TYR L 160      -4.475 -29.429   7.984  1.00 48.33           C  
+ATOM   5444  OH  TYR L 160      -3.612 -28.474   7.457  1.00 47.97           O  
+ATOM   5445  N   PRO L 161      -4.375 -34.241   9.047  1.00 48.72           N  
+ATOM   5446  CA  PRO L 161      -4.215 -33.887   7.624  1.00 49.65           C  
+ATOM   5447  C   PRO L 161      -4.802 -34.896   6.630  1.00 50.60           C  
+ATOM   5448  O   PRO L 161      -5.191 -35.986   7.037  1.00 50.87           O  
+ATOM   5449  CB  PRO L 161      -2.688 -33.830   7.448  1.00 49.54           C  
+ATOM   5450  CG  PRO L 161      -2.112 -33.875   8.831  1.00 48.86           C  
+ATOM   5451  CD  PRO L 161      -3.084 -34.611   9.649  1.00 48.70           C  
+ATOM   5452  N   ARG L 162      -4.834 -34.536   5.340  1.00 51.65           N  
+ATOM   5453  CA  ARG L 162      -5.412 -35.391   4.271  1.00 52.51           C  
+ATOM   5454  C   ARG L 162      -4.596 -36.648   3.943  1.00 53.12           C  
+ATOM   5455  O   ARG L 162      -5.099 -37.555   3.274  1.00 53.28           O  
+ATOM   5456  CB  ARG L 162      -5.672 -34.594   2.977  1.00 52.23           C  
+ATOM   5457  N   GLU L 163      -3.345 -36.694   4.389  1.00 53.87           N  
+ATOM   5458  CA  GLU L 163      -2.521 -37.874   4.191  1.00 54.83           C  
+ATOM   5459  C   GLU L 163      -3.073 -39.025   5.031  1.00 55.58           C  
+ATOM   5460  O   GLU L 163      -3.374 -38.835   6.211  1.00 55.60           O  
+ATOM   5461  CB  GLU L 163      -1.072 -37.574   4.573  1.00 54.79           C  
+ATOM   5462  N   ALA L 164      -3.241 -40.195   4.406  1.00 56.70           N  
+ATOM   5463  CA  ALA L 164      -3.668 -41.447   5.087  1.00 57.77           C  
+ATOM   5464  C   ALA L 164      -3.752 -42.648   4.131  1.00 58.51           C  
+ATOM   5465  O   ALA L 164      -4.011 -42.484   2.936  1.00 58.61           O  
+ATOM   5466  CB  ALA L 164      -5.003 -41.266   5.844  1.00 57.59           C  
+ATOM   5467  N   LYS L 165      -3.544 -43.849   4.670  1.00 59.46           N  
+ATOM   5468  CA  LYS L 165      -3.534 -45.069   3.864  1.00 60.47           C  
+ATOM   5469  C   LYS L 165      -4.624 -46.061   4.277  1.00 61.21           C  
+ATOM   5470  O   LYS L 165      -4.781 -46.365   5.469  1.00 61.34           O  
+ATOM   5471  CB  LYS L 165      -2.153 -45.738   3.920  1.00 60.23           C  
+ATOM   5472  N   VAL L 166      -5.375 -46.548   3.283  1.00 62.11           N  
+ATOM   5473  CA  VAL L 166      -6.324 -47.658   3.463  1.00 62.89           C  
+ATOM   5474  C   VAL L 166      -5.748 -48.929   2.855  1.00 63.43           C  
+ATOM   5475  O   VAL L 166      -5.601 -49.041   1.639  1.00 63.37           O  
+ATOM   5476  CB  VAL L 166      -7.709 -47.373   2.830  1.00 62.67           C  
+ATOM   5477  N   GLN L 167      -5.401 -49.878   3.714  1.00 64.45           N  
+ATOM   5478  CA  GLN L 167      -4.855 -51.149   3.253  1.00 65.50           C  
+ATOM   5479  C   GLN L 167      -5.866 -52.280   3.413  1.00 65.95           C  
+ATOM   5480  O   GLN L 167      -6.165 -52.694   4.542  1.00 65.92           O  
+ATOM   5481  CB  GLN L 167      -3.568 -51.490   4.005  1.00 65.66           C  
+ATOM   5482  CG  GLN L 167      -2.933 -52.810   3.586  1.00 66.28           C  
+ATOM   5483  CD  GLN L 167      -2.200 -52.703   2.270  1.00 67.33           C  
+ATOM   5484  OE1 GLN L 167      -1.230 -51.946   2.149  1.00 67.89           O  
+ATOM   5485  NE2 GLN L 167      -2.653 -53.464   1.271  1.00 67.20           N  
+ATOM   5486  N   TRP L 168      -6.374 -52.776   2.279  1.00 66.32           N  
+ATOM   5487  CA  TRP L 168      -7.313 -53.902   2.273  1.00 66.54           C  
+ATOM   5488  C   TRP L 168      -6.610 -55.244   2.508  1.00 67.07           C  
+ATOM   5489  O   TRP L 168      -5.628 -55.590   1.832  1.00 67.10           O  
+ATOM   5490  CB  TRP L 168      -8.115 -53.952   0.970  1.00 66.11           C  
+ATOM   5491  CG  TRP L 168      -9.237 -52.941   0.876  1.00 65.52           C  
+ATOM   5492  CD1 TRP L 168      -9.255 -51.811   0.115  1.00 64.97           C  
+ATOM   5493  CD2 TRP L 168     -10.503 -52.987   1.549  1.00 64.68           C  
+ATOM   5494  NE1 TRP L 168     -10.445 -51.150   0.272  1.00 64.54           N  
+ATOM   5495  CE2 TRP L 168     -11.229 -51.847   1.151  1.00 64.32           C  
+ATOM   5496  CE3 TRP L 168     -11.094 -53.880   2.449  1.00 64.86           C  
+ATOM   5497  CZ2 TRP L 168     -12.512 -51.571   1.624  1.00 64.65           C  
+ATOM   5498  CZ3 TRP L 168     -12.376 -53.602   2.922  1.00 65.03           C  
+ATOM   5499  CH2 TRP L 168     -13.067 -52.456   2.507  1.00 64.95           C  
+ATOM   5500  N   LYS L 169      -7.123 -55.984   3.488  1.00 67.69           N  
+ATOM   5501  CA  LYS L 169      -6.627 -57.322   3.809  1.00 68.07           C  
+ATOM   5502  C   LYS L 169      -7.780 -58.340   3.889  1.00 68.22           C  
+ATOM   5503  O   LYS L 169      -8.587 -58.334   4.830  1.00 67.93           O  
+ATOM   5504  CB  LYS L 169      -5.779 -57.307   5.090  1.00 67.99           C  
+ATOM   5505  N   VAL L 170      -7.868 -59.171   2.852  1.00 68.59           N  
+ATOM   5506  CA  VAL L 170      -8.774 -60.313   2.837  1.00 68.93           C  
+ATOM   5507  C   VAL L 170      -7.986 -61.538   3.311  1.00 69.16           C  
+ATOM   5508  O   VAL L 170      -6.863 -61.800   2.837  1.00 69.04           O  
+ATOM   5509  CB  VAL L 170      -9.391 -60.560   1.436  1.00 68.66           C  
+ATOM   5510  N   ASP L 171      -8.579 -62.264   4.262  1.00 69.29           N  
+ATOM   5511  CA  ASP L 171      -7.930 -63.394   4.919  1.00 69.32           C  
+ATOM   5512  C   ASP L 171      -6.427 -63.155   5.068  1.00 69.63           C  
+ATOM   5513  O   ASP L 171      -5.604 -63.834   4.441  1.00 69.85           O  
+ATOM   5514  CB  ASP L 171      -8.246 -64.705   4.190  1.00 69.02           C  
+ATOM   5515  CG  ASP L 171      -9.589 -65.284   4.598  1.00 68.65           C  
+ATOM   5516  OD1 ASP L 171     -10.337 -65.738   3.710  1.00 67.87           O  
+ATOM   5517  OD2 ASP L 171      -9.911 -65.274   5.809  1.00 68.25           O  
+ATOM   5518  N   ASN L 172      -6.103 -62.134   5.865  1.00 69.75           N  
+ATOM   5519  CA  ASN L 172      -4.730 -61.787   6.253  1.00 69.78           C  
+ATOM   5520  C   ASN L 172      -3.732 -61.461   5.122  1.00 69.58           C  
+ATOM   5521  O   ASN L 172      -2.562 -61.182   5.389  1.00 69.45           O  
+ATOM   5522  CB  ASN L 172      -4.159 -62.869   7.178  1.00 69.97           C  
+ATOM   5523  CG  ASN L 172      -3.157 -62.319   8.171  1.00 70.50           C  
+ATOM   5524  OD1 ASN L 172      -2.021 -62.795   8.260  1.00 70.88           O  
+ATOM   5525  ND2 ASN L 172      -3.574 -61.308   8.928  1.00 71.36           N  
+ATOM   5526  N   ALA L 173      -4.190 -61.482   3.873  1.00 69.45           N  
+ATOM   5527  CA  ALA L 173      -3.331 -61.146   2.736  1.00 69.45           C  
+ATOM   5528  C   ALA L 173      -3.700 -59.785   2.124  1.00 69.48           C  
+ATOM   5529  O   ALA L 173      -4.883 -59.425   2.055  1.00 69.73           O  
+ATOM   5530  CB  ALA L 173      -3.410 -62.238   1.690  1.00 69.45           C  
+ATOM   5531  N   LEU L 174      -2.691 -59.038   1.673  1.00 69.07           N  
+ATOM   5532  CA  LEU L 174      -2.907 -57.717   1.053  1.00 68.55           C  
+ATOM   5533  C   LEU L 174      -3.609 -57.767  -0.327  1.00 68.01           C  
+ATOM   5534  O   LEU L 174      -3.849 -58.847  -0.878  1.00 67.72           O  
+ATOM   5535  CB  LEU L 174      -1.579 -56.950   0.962  1.00 68.79           C  
+ATOM   5536  N   GLN L 175      -3.939 -56.588  -0.867  1.00 67.34           N  
+ATOM   5537  CA  GLN L 175      -4.691 -56.456  -2.125  1.00 66.50           C  
+ATOM   5538  C   GLN L 175      -4.168 -55.293  -2.957  1.00 65.82           C  
+ATOM   5539  O   GLN L 175      -3.858 -54.238  -2.414  1.00 65.94           O  
+ATOM   5540  CB  GLN L 175      -6.168 -56.201  -1.837  1.00 66.59           C  
+ATOM   5541  CG  GLN L 175      -6.791 -57.107  -0.782  1.00 67.03           C  
+ATOM   5542  CD  GLN L 175      -7.190 -58.478  -1.314  1.00 67.74           C  
+ATOM   5543  OE1 GLN L 175      -7.651 -59.332  -0.552  1.00 67.66           O  
+ATOM   5544  NE2 GLN L 175      -7.027 -58.692  -2.624  1.00 67.50           N  
+ATOM   5545  N   SER L 176      -4.087 -55.483  -4.272  1.00 64.95           N  
+ATOM   5546  CA  SER L 176      -3.603 -54.443  -5.186  1.00 64.15           C  
+ATOM   5547  C   SER L 176      -4.402 -54.411  -6.493  1.00 63.69           C  
+ATOM   5548  O   SER L 176      -4.850 -55.452  -6.985  1.00 63.69           O  
+ATOM   5549  CB  SER L 176      -2.112 -54.631  -5.481  1.00 63.96           C  
+ATOM   5550  N   GLY L 177      -4.588 -53.210  -7.040  1.00 62.98           N  
+ATOM   5551  CA  GLY L 177      -5.258 -53.024  -8.335  1.00 61.99           C  
+ATOM   5552  C   GLY L 177      -6.695 -53.521  -8.434  1.00 61.16           C  
+ATOM   5553  O   GLY L 177      -7.196 -53.798  -9.529  1.00 61.27           O  
+ATOM   5554  N   ASN L 178      -7.357 -53.626  -7.289  1.00 60.17           N  
+ATOM   5555  CA  ASN L 178      -8.734 -54.093  -7.214  1.00 59.18           C  
+ATOM   5556  C   ASN L 178      -9.564 -53.151  -6.358  1.00 58.41           C  
+ATOM   5557  O   ASN L 178     -10.724 -53.434  -6.044  1.00 58.42           O  
+ATOM   5558  CB  ASN L 178      -8.771 -55.505  -6.618  1.00 59.35           C  
+ATOM   5559  CG  ASN L 178      -8.032 -55.610  -5.271  1.00 59.71           C  
+ATOM   5560  OD1 ASN L 178      -7.196 -54.762  -4.916  1.00 59.55           O  
+ATOM   5561  ND2 ASN L 178      -8.336 -56.670  -4.524  1.00 59.41           N  
+ATOM   5562  N   SER L 179      -8.946 -52.029  -5.985  1.00 57.41           N  
+ATOM   5563  CA  SER L 179      -9.493 -51.101  -4.992  1.00 56.04           C  
+ATOM   5564  C   SER L 179      -9.259 -49.638  -5.375  1.00 55.18           C  
+ATOM   5565  O   SER L 179      -8.127 -49.229  -5.651  1.00 54.93           O  
+ATOM   5566  CB  SER L 179      -8.889 -51.381  -3.606  1.00 55.97           C  
+ATOM   5567  OG  SER L 179      -7.562 -50.899  -3.515  1.00 54.92           O  
+ATOM   5568  N   GLN L 180     -10.340 -48.864  -5.379  1.00 54.00           N  
+ATOM   5569  CA  GLN L 180     -10.278 -47.438  -5.672  1.00 53.05           C  
+ATOM   5570  C   GLN L 180     -10.750 -46.593  -4.480  1.00 52.19           C  
+ATOM   5571  O   GLN L 180     -11.508 -47.082  -3.621  1.00 52.17           O  
+ATOM   5572  CB  GLN L 180     -11.141 -47.117  -6.889  1.00 53.09           C  
+ATOM   5573  CG  GLN L 180     -10.515 -47.409  -8.237  1.00 52.79           C  
+ATOM   5574  CD  GLN L 180     -11.454 -47.023  -9.373  1.00 53.51           C  
+ATOM   5575  OE1 GLN L 180     -12.672 -47.228  -9.291  1.00 54.31           O  
+ATOM   5576  NE2 GLN L 180     -10.895 -46.458 -10.436  1.00 54.19           N  
+ATOM   5577  N   GLU L 181     -10.311 -45.328  -4.445  1.00 50.78           N  
+ATOM   5578  CA  GLU L 181     -10.752 -44.370  -3.417  1.00 49.17           C  
+ATOM   5579  C   GLU L 181     -10.895 -42.922  -3.888  1.00 47.83           C  
+ATOM   5580  O   GLU L 181     -10.305 -42.509  -4.885  1.00 47.67           O  
+ATOM   5581  CB  GLU L 181      -9.822 -44.417  -2.212  1.00 49.23           C  
+ATOM   5582  CG  GLU L 181      -8.405 -44.029  -2.519  1.00 49.72           C  
+ATOM   5583  CD  GLU L 181      -7.524 -44.102  -1.300  1.00 50.99           C  
+ATOM   5584  OE1 GLU L 181      -7.786 -44.960  -0.427  1.00 51.25           O  
+ATOM   5585  OE2 GLU L 181      -6.563 -43.303  -1.218  1.00 51.51           O  
+ATOM   5586  N   SER L 182     -11.697 -42.159  -3.155  1.00 46.30           N  
+ATOM   5587  CA  SER L 182     -11.775 -40.721  -3.354  1.00 45.02           C  
+ATOM   5588  C   SER L 182     -11.849 -40.022  -2.003  1.00 44.37           C  
+ATOM   5589  O   SER L 182     -12.337 -40.598  -1.023  1.00 44.14           O  
+ATOM   5590  CB  SER L 182     -12.952 -40.334  -4.259  1.00 44.96           C  
+ATOM   5591  OG  SER L 182     -14.198 -40.532  -3.624  1.00 44.02           O  
+ATOM   5592  N   VAL L 183     -11.336 -38.792  -1.962  1.00 43.48           N  
+ATOM   5593  CA  VAL L 183     -11.313 -37.972  -0.751  1.00 42.73           C  
+ATOM   5594  C   VAL L 183     -12.149 -36.717  -0.983  1.00 42.64           C  
+ATOM   5595  O   VAL L 183     -12.004 -36.064  -2.015  1.00 42.85           O  
+ATOM   5596  CB  VAL L 183      -9.867 -37.548  -0.388  1.00 42.44           C  
+ATOM   5597  CG1 VAL L 183      -9.838 -36.765   0.900  1.00 41.85           C  
+ATOM   5598  CG2 VAL L 183      -8.980 -38.749  -0.264  1.00 41.94           C  
+ATOM   5599  N   THR L 184     -13.015 -36.376  -0.032  1.00 42.40           N  
+ATOM   5600  CA  THR L 184     -13.796 -35.140  -0.129  1.00 42.41           C  
+ATOM   5601  C   THR L 184     -12.930 -33.895   0.059  1.00 42.42           C  
+ATOM   5602  O   THR L 184     -11.743 -33.981   0.394  1.00 42.28           O  
+ATOM   5603  CB  THR L 184     -14.941 -35.080   0.899  1.00 42.38           C  
+ATOM   5604  OG1 THR L 184     -14.426 -35.345   2.207  1.00 42.55           O  
+ATOM   5605  CG2 THR L 184     -16.021 -36.077   0.564  1.00 42.42           C  
+ATOM   5606  N   GLU L 185     -13.539 -32.734  -0.167  1.00 42.46           N  
+ATOM   5607  CA  GLU L 185     -12.884 -31.449   0.075  1.00 42.49           C  
+ATOM   5608  C   GLU L 185     -12.881 -31.156   1.578  1.00 42.02           C  
+ATOM   5609  O   GLU L 185     -13.485 -31.895   2.369  1.00 41.98           O  
+ATOM   5610  CB  GLU L 185     -13.616 -30.340  -0.691  1.00 42.72           C  
+ATOM   5611  CG  GLU L 185     -13.858 -30.655  -2.176  1.00 43.65           C  
+ATOM   5612  CD  GLU L 185     -12.764 -30.115  -3.088  1.00 45.13           C  
+ATOM   5613  OE1 GLU L 185     -11.844 -29.444  -2.574  1.00 46.63           O  
+ATOM   5614  OE2 GLU L 185     -12.823 -30.351  -4.318  1.00 45.69           O  
+ATOM   5615  N   GLN L 186     -12.199 -30.088   1.979  1.00 41.52           N  
+ATOM   5616  CA  GLN L 186     -12.204 -29.686   3.380  1.00 41.03           C  
+ATOM   5617  C   GLN L 186     -13.601 -29.298   3.809  1.00 41.01           C  
+ATOM   5618  O   GLN L 186     -14.278 -28.527   3.120  1.00 40.76           O  
+ATOM   5619  CB  GLN L 186     -11.242 -28.533   3.627  1.00 40.77           C  
+ATOM   5620  CG  GLN L 186     -10.182 -28.860   4.625  1.00 40.28           C  
+ATOM   5621  CD  GLN L 186      -9.226 -27.723   4.866  1.00 40.76           C  
+ATOM   5622  OE1 GLN L 186      -9.164 -26.760   4.095  1.00 41.65           O  
+ATOM   5623  NE2 GLN L 186      -8.459 -27.828   5.944  1.00 40.29           N  
+ATOM   5624  N   ASP L 187     -14.038 -29.846   4.939  1.00 40.97           N  
+ATOM   5625  CA  ASP L 187     -15.344 -29.498   5.460  1.00 41.30           C  
+ATOM   5626  C   ASP L 187     -15.366 -28.021   5.794  1.00 41.44           C  
+ATOM   5627  O   ASP L 187     -14.432 -27.500   6.402  1.00 41.91           O  
+ATOM   5628  CB  ASP L 187     -15.693 -30.319   6.695  1.00 41.34           C  
+ATOM   5629  CG  ASP L 187     -17.154 -30.161   7.114  1.00 41.93           C  
+ATOM   5630  OD1 ASP L 187     -18.058 -30.120   6.235  1.00 42.67           O  
+ATOM   5631  OD2 ASP L 187     -17.399 -30.093   8.334  1.00 42.12           O  
+ATOM   5632  N   SER L 188     -16.427 -27.343   5.379  1.00 41.45           N  
+ATOM   5633  CA  SER L 188     -16.552 -25.913   5.627  1.00 41.38           C  
+ATOM   5634  C   SER L 188     -16.794 -25.568   7.098  1.00 41.17           C  
+ATOM   5635  O   SER L 188     -16.504 -24.455   7.522  1.00 41.04           O  
+ATOM   5636  CB  SER L 188     -17.636 -25.304   4.737  1.00 41.43           C  
+ATOM   5637  OG  SER L 188     -18.865 -25.975   4.906  1.00 41.87           O  
+ATOM   5638  N   LYS L 189     -17.306 -26.521   7.873  1.00 41.14           N  
+ATOM   5639  CA  LYS L 189     -17.577 -26.270   9.287  1.00 41.29           C  
+ATOM   5640  C   LYS L 189     -16.424 -26.671  10.230  1.00 41.49           C  
+ATOM   5641  O   LYS L 189     -16.057 -25.882  11.104  1.00 42.01           O  
+ATOM   5642  CB  LYS L 189     -18.914 -26.880   9.724  1.00 40.97           C  
+ATOM   5643  N   ASP L 190     -15.835 -27.857  10.052  1.00 41.33           N  
+ATOM   5644  CA  ASP L 190     -14.828 -28.352  11.008  1.00 41.36           C  
+ATOM   5645  C   ASP L 190     -13.441 -28.583  10.420  1.00 41.32           C  
+ATOM   5646  O   ASP L 190     -12.585 -29.197  11.053  1.00 41.03           O  
+ATOM   5647  CB  ASP L 190     -15.327 -29.622  11.721  1.00 41.72           C  
+ATOM   5648  CG  ASP L 190     -15.372 -30.863  10.804  1.00 42.47           C  
+ATOM   5649  OD1 ASP L 190     -14.860 -30.806   9.659  1.00 43.32           O  
+ATOM   5650  OD2 ASP L 190     -15.916 -31.910  11.247  1.00 41.95           O  
+ATOM   5651  N   SER L 191     -13.254 -28.103   9.195  1.00 41.70           N  
+ATOM   5652  CA  SER L 191     -11.984 -28.161   8.452  1.00 41.73           C  
+ATOM   5653  C   SER L 191     -11.365 -29.552   8.260  1.00 41.74           C  
+ATOM   5654  O   SER L 191     -10.151 -29.659   8.092  1.00 41.86           O  
+ATOM   5655  CB  SER L 191     -10.964 -27.200   9.070  1.00 41.84           C  
+ATOM   5656  N   THR L 192     -12.186 -30.602   8.257  1.00 41.75           N  
+ATOM   5657  CA  THR L 192     -11.677 -31.979   8.156  1.00 41.90           C  
+ATOM   5658  C   THR L 192     -12.059 -32.649   6.850  1.00 42.20           C  
+ATOM   5659  O   THR L 192     -13.014 -32.230   6.180  1.00 42.62           O  
+ATOM   5660  CB  THR L 192     -12.222 -32.872   9.271  1.00 41.77           C  
+ATOM   5661  OG1 THR L 192     -13.639 -33.001   9.121  1.00 41.69           O  
+ATOM   5662  CG2 THR L 192     -11.917 -32.289  10.636  1.00 42.28           C  
+ATOM   5663  N   TYR L 193     -11.331 -33.712   6.510  1.00 42.26           N  
+ATOM   5664  CA  TYR L 193     -11.618 -34.497   5.307  1.00 42.41           C  
+ATOM   5665  C   TYR L 193     -12.423 -35.774   5.596  1.00 43.00           C  
+ATOM   5666  O   TYR L 193     -12.897 -35.970   6.717  1.00 43.16           O  
+ATOM   5667  CB  TYR L 193     -10.318 -34.806   4.566  1.00 41.84           C  
+ATOM   5668  CG  TYR L 193      -9.585 -33.565   4.107  1.00 41.29           C  
+ATOM   5669  CD1 TYR L 193      -8.440 -33.126   4.755  1.00 41.18           C  
+ATOM   5670  CD2 TYR L 193     -10.048 -32.821   3.030  1.00 41.20           C  
+ATOM   5671  CE1 TYR L 193      -7.770 -31.977   4.337  1.00 40.66           C  
+ATOM   5672  CE2 TYR L 193      -9.387 -31.680   2.612  1.00 40.73           C  
+ATOM   5673  CZ  TYR L 193      -8.254 -31.264   3.268  1.00 40.31           C  
+ATOM   5674  OH  TYR L 193      -7.614 -30.130   2.845  1.00 40.36           O  
+ATOM   5675  N   SER L 194     -12.608 -36.608   4.567  1.00 43.62           N  
+ATOM   5676  CA  SER L 194     -13.260 -37.936   4.670  1.00 44.12           C  
+ATOM   5677  C   SER L 194     -12.885 -38.780   3.432  1.00 44.75           C  
+ATOM   5678  O   SER L 194     -12.794 -38.242   2.321  1.00 44.90           O  
+ATOM   5679  CB  SER L 194     -14.794 -37.832   4.814  1.00 43.89           C  
+ATOM   5680  OG  SER L 194     -15.190 -37.172   6.008  1.00 42.81           O  
+ATOM   5681  N   LEU L 195     -12.672 -40.086   3.627  1.00 45.33           N  
+ATOM   5682  CA  LEU L 195     -12.177 -40.982   2.568  1.00 45.71           C  
+ATOM   5683  C   LEU L 195     -12.995 -42.268   2.445  1.00 46.28           C  
+ATOM   5684  O   LEU L 195     -13.272 -42.924   3.451  1.00 46.27           O  
+ATOM   5685  CB  LEU L 195     -10.719 -41.343   2.838  1.00 45.46           C  
+ATOM   5686  CG  LEU L 195      -9.858 -41.921   1.713  1.00 45.68           C  
+ATOM   5687  CD1 LEU L 195      -8.385 -41.684   2.037  1.00 46.51           C  
+ATOM   5688  CD2 LEU L 195     -10.114 -43.404   1.452  1.00 45.22           C  
+ATOM   5689  N   SER L 196     -13.345 -42.627   1.204  1.00 46.93           N  
+ATOM   5690  CA  SER L 196     -14.099 -43.849   0.891  1.00 47.40           C  
+ATOM   5691  C   SER L 196     -13.336 -44.796  -0.046  1.00 48.00           C  
+ATOM   5692  O   SER L 196     -13.426 -44.683  -1.269  1.00 48.02           O  
+ATOM   5693  CB  SER L 196     -15.460 -43.480   0.292  1.00 47.36           C  
+ATOM   5694  OG  SER L 196     -16.041 -44.552  -0.437  1.00 47.47           O  
+ATOM   5695  N   SER L 197     -12.589 -45.733   0.533  1.00 48.99           N  
+ATOM   5696  CA  SER L 197     -11.859 -46.729  -0.250  1.00 49.99           C  
+ATOM   5697  C   SER L 197     -12.779 -47.894  -0.455  1.00 50.75           C  
+ATOM   5698  O   SER L 197     -13.351 -48.392   0.512  1.00 50.89           O  
+ATOM   5699  CB  SER L 197     -10.603 -47.203   0.484  1.00 50.00           C  
+ATOM   5700  OG  SER L 197      -9.745 -47.931  -0.383  1.00 49.92           O  
+ATOM   5701  N   THR L 198     -12.949 -48.318  -1.705  1.00 51.86           N  
+ATOM   5702  CA  THR L 198     -13.844 -49.446  -1.988  1.00 53.06           C  
+ATOM   5703  C   THR L 198     -13.109 -50.609  -2.665  1.00 54.08           C  
+ATOM   5704  O   THR L 198     -12.402 -50.412  -3.662  1.00 54.09           O  
+ATOM   5705  CB  THR L 198     -15.106 -49.050  -2.813  1.00 52.78           C  
+ATOM   5706  OG1 THR L 198     -14.892 -49.348  -4.195  1.00 52.77           O  
+ATOM   5707  CG2 THR L 198     -15.477 -47.566  -2.638  1.00 52.64           C  
+ATOM   5708  N   LEU L 199     -13.288 -51.809  -2.105  1.00 55.35           N  
+ATOM   5709  CA  LEU L 199     -12.689 -53.044  -2.620  1.00 56.60           C  
+ATOM   5710  C   LEU L 199     -13.687 -53.852  -3.437  1.00 57.60           C  
+ATOM   5711  O   LEU L 199     -14.786 -54.163  -2.960  1.00 57.76           O  
+ATOM   5712  CB  LEU L 199     -12.179 -53.908  -1.471  1.00 56.56           C  
+ATOM   5713  CG  LEU L 199     -11.518 -55.242  -1.837  1.00 56.63           C  
+ATOM   5714  CD1 LEU L 199     -10.144 -55.027  -2.464  1.00 56.25           C  
+ATOM   5715  CD2 LEU L 199     -11.417 -56.138  -0.611  1.00 56.53           C  
+ATOM   5716  N   THR L 200     -13.292 -54.205  -4.658  1.00 58.77           N  
+ATOM   5717  CA  THR L 200     -14.191 -54.893  -5.573  1.00 60.03           C  
+ATOM   5718  C   THR L 200     -13.660 -56.255  -5.980  1.00 60.99           C  
+ATOM   5719  O   THR L 200     -12.548 -56.377  -6.501  1.00 61.16           O  
+ATOM   5720  CB  THR L 200     -14.466 -54.079  -6.845  1.00 59.96           C  
+ATOM   5721  OG1 THR L 200     -14.440 -52.680  -6.541  1.00 60.50           O  
+ATOM   5722  CG2 THR L 200     -15.830 -54.449  -7.417  1.00 60.04           C  
+ATOM   5723  N   LEU L 201     -14.483 -57.269  -5.731  1.00 62.14           N  
+ATOM   5724  CA  LEU L 201     -14.225 -58.638  -6.150  1.00 63.04           C  
+ATOM   5725  C   LEU L 201     -15.454 -59.150  -6.918  1.00 63.93           C  
+ATOM   5726  O   LEU L 201     -16.540 -58.547  -6.829  1.00 64.18           O  
+ATOM   5727  CB  LEU L 201     -13.963 -59.514  -4.922  1.00 62.92           C  
+ATOM   5728  CG  LEU L 201     -13.089 -58.979  -3.783  1.00 62.43           C  
+ATOM   5729  CD1 LEU L 201     -13.338 -59.774  -2.503  1.00 62.33           C  
+ATOM   5730  CD2 LEU L 201     -11.612 -58.990  -4.152  1.00 61.85           C  
+ATOM   5731  N   SER L 202     -15.281 -60.237  -7.679  1.00 64.74           N  
+ATOM   5732  CA  SER L 202     -16.397 -60.905  -8.367  1.00 65.38           C  
+ATOM   5733  C   SER L 202     -17.164 -61.742  -7.356  1.00 65.93           C  
+ATOM   5734  O   SER L 202     -16.542 -62.360  -6.484  1.00 65.89           O  
+ATOM   5735  CB  SER L 202     -15.873 -61.808  -9.482  1.00 65.38           C  
+ATOM   5736  OG  SER L 202     -15.012 -62.817  -8.970  1.00 65.20           O  
+ATOM   5737  N   LYS L 203     -18.498 -61.771  -7.468  1.00 66.60           N  
+ATOM   5738  CA  LYS L 203     -19.342 -62.538  -6.527  1.00 67.27           C  
+ATOM   5739  C   LYS L 203     -18.762 -63.920  -6.264  1.00 67.80           C  
+ATOM   5740  O   LYS L 203     -18.838 -64.435  -5.152  1.00 67.68           O  
+ATOM   5741  CB  LYS L 203     -20.782 -62.674  -7.031  1.00 67.23           C  
+ATOM   5742  N   ALA L 204     -18.182 -64.505  -7.309  1.00 68.65           N  
+ATOM   5743  CA  ALA L 204     -17.423 -65.736  -7.198  1.00 69.52           C  
+ATOM   5744  C   ALA L 204     -16.251 -65.585  -6.203  1.00 70.21           C  
+ATOM   5745  O   ALA L 204     -16.288 -66.172  -5.110  1.00 70.27           O  
+ATOM   5746  CB  ALA L 204     -16.937 -66.174  -8.579  1.00 69.49           C  
+ATOM   5747  N   ASP L 205     -15.245 -64.779  -6.566  1.00 70.93           N  
+ATOM   5748  CA  ASP L 205     -14.069 -64.524  -5.716  1.00 71.68           C  
+ATOM   5749  C   ASP L 205     -14.427 -64.167  -4.278  1.00 71.93           C  
+ATOM   5750  O   ASP L 205     -13.628 -64.362  -3.364  1.00 71.87           O  
+ATOM   5751  CB  ASP L 205     -13.208 -63.404  -6.307  1.00 71.98           C  
+ATOM   5752  CG  ASP L 205     -11.977 -63.925  -7.053  1.00 73.40           C  
+ATOM   5753  OD1 ASP L 205     -11.835 -65.161  -7.221  1.00 74.85           O  
+ATOM   5754  OD2 ASP L 205     -11.143 -63.088  -7.473  1.00 74.28           O  
+ATOM   5755  N   TYR L 206     -15.637 -63.647  -4.094  1.00 72.38           N  
+ATOM   5756  CA  TYR L 206     -16.114 -63.218  -2.787  1.00 72.72           C  
+ATOM   5757  C   TYR L 206     -16.550 -64.380  -1.896  1.00 73.11           C  
+ATOM   5758  O   TYR L 206     -16.364 -64.320  -0.681  1.00 73.22           O  
+ATOM   5759  CB  TYR L 206     -17.232 -62.169  -2.937  1.00 72.57           C  
+ATOM   5760  CG  TYR L 206     -17.773 -61.632  -1.623  1.00 72.33           C  
+ATOM   5761  CD1 TYR L 206     -16.960 -60.909  -0.753  1.00 71.96           C  
+ATOM   5762  CD2 TYR L 206     -19.098 -61.845  -1.256  1.00 72.15           C  
+ATOM   5763  CE1 TYR L 206     -17.451 -60.427   0.449  1.00 71.35           C  
+ATOM   5764  CE2 TYR L 206     -19.596 -61.361  -0.057  1.00 71.85           C  
+ATOM   5765  CZ  TYR L 206     -18.764 -60.658   0.789  1.00 71.63           C  
+ATOM   5766  OH  TYR L 206     -19.248 -60.183   1.978  1.00 72.10           O  
+ATOM   5767  N   GLU L 207     -17.116 -65.434  -2.484  1.00 73.65           N  
+ATOM   5768  CA  GLU L 207     -17.512 -66.606  -1.693  1.00 74.40           C  
+ATOM   5769  C   GLU L 207     -16.288 -67.307  -1.103  1.00 75.04           C  
+ATOM   5770  O   GLU L 207     -16.293 -67.711   0.064  1.00 74.99           O  
+ATOM   5771  CB  GLU L 207     -18.336 -67.617  -2.507  1.00 74.37           C  
+ATOM   5772  CG  GLU L 207     -19.420 -67.050  -3.429  1.00 74.21           C  
+ATOM   5773  CD  GLU L 207     -20.526 -66.284  -2.715  1.00 73.82           C  
+ATOM   5774  OE1 GLU L 207     -21.379 -65.716  -3.430  1.00 73.81           O  
+ATOM   5775  OE2 GLU L 207     -20.554 -66.236  -1.463  1.00 73.76           O  
+ATOM   5776  N   LYS L 208     -15.240 -67.414  -1.919  1.00 75.93           N  
+ATOM   5777  CA  LYS L 208     -14.006 -68.139  -1.585  1.00 76.84           C  
+ATOM   5778  C   LYS L 208     -13.344 -67.793  -0.236  1.00 77.53           C  
+ATOM   5779  O   LYS L 208     -12.607 -68.615   0.318  1.00 77.75           O  
+ATOM   5780  CB  LYS L 208     -12.985 -67.989  -2.726  1.00 76.59           C  
+ATOM   5781  N   HIS L 209     -13.604 -66.594   0.289  1.00 78.34           N  
+ATOM   5782  CA  HIS L 209     -12.917 -66.119   1.499  1.00 79.08           C  
+ATOM   5783  C   HIS L 209     -13.870 -65.667   2.614  1.00 79.53           C  
+ATOM   5784  O   HIS L 209     -15.077 -65.507   2.391  1.00 79.52           O  
+ATOM   5785  CB  HIS L 209     -11.956 -64.975   1.157  1.00 79.12           C  
+ATOM   5786  CG  HIS L 209     -11.220 -65.163  -0.134  1.00 79.84           C  
+ATOM   5787  ND1 HIS L 209      -9.930 -65.652  -0.193  1.00 80.20           N  
+ATOM   5788  CD2 HIS L 209     -11.591 -64.914  -1.417  1.00 80.54           C  
+ATOM   5789  CE1 HIS L 209      -9.540 -65.700  -1.458  1.00 80.65           C  
+ATOM   5790  NE2 HIS L 209     -10.530 -65.261  -2.221  1.00 80.67           N  
+ATOM   5791  N   LYS L 210     -13.309 -65.480   3.813  1.00 80.01           N  
+ATOM   5792  CA  LYS L 210     -14.012 -64.890   4.957  1.00 80.48           C  
+ATOM   5793  C   LYS L 210     -13.130 -63.801   5.558  1.00 80.86           C  
+ATOM   5794  O   LYS L 210     -11.982 -63.657   5.146  1.00 81.07           O  
+ATOM   5795  CB  LYS L 210     -14.338 -65.953   6.009  1.00 80.38           C  
+ATOM   5796  N   VAL L 211     -13.662 -63.043   6.520  1.00 81.25           N  
+ATOM   5797  CA  VAL L 211     -12.905 -61.979   7.221  1.00 81.52           C  
+ATOM   5798  C   VAL L 211     -12.217 -60.967   6.277  1.00 81.75           C  
+ATOM   5799  O   VAL L 211     -11.082 -61.171   5.807  1.00 81.77           O  
+ATOM   5800  CB  VAL L 211     -11.938 -62.556   8.325  1.00 81.53           C  
+ATOM   5801  CG1 VAL L 211     -10.885 -61.532   8.774  1.00 81.25           C  
+ATOM   5802  CG2 VAL L 211     -12.746 -63.037   9.523  1.00 81.63           C  
+ATOM   5803  N   TYR L 212     -12.938 -59.878   6.012  1.00 81.88           N  
+ATOM   5804  CA  TYR L 212     -12.454 -58.777   5.180  1.00 81.89           C  
+ATOM   5805  C   TYR L 212     -12.170 -57.544   6.043  1.00 81.64           C  
+ATOM   5806  O   TYR L 212     -13.023 -57.136   6.840  1.00 81.63           O  
+ATOM   5807  CB  TYR L 212     -13.489 -58.434   4.106  1.00 82.17           C  
+ATOM   5808  CG  TYR L 212     -13.770 -59.549   3.124  1.00 82.69           C  
+ATOM   5809  CD1 TYR L 212     -12.860 -59.837   2.096  1.00 83.53           C  
+ATOM   5810  CD2 TYR L 212     -14.948 -60.305   3.209  1.00 82.83           C  
+ATOM   5811  CE1 TYR L 212     -13.105 -60.854   1.180  1.00 83.62           C  
+ATOM   5812  CE2 TYR L 212     -15.203 -61.332   2.300  1.00 83.16           C  
+ATOM   5813  CZ  TYR L 212     -14.278 -61.597   1.283  1.00 83.27           C  
+ATOM   5814  OH  TYR L 212     -14.509 -62.604   0.365  1.00 83.30           O  
+ATOM   5815  N   ALA L 213     -10.980 -56.956   5.871  1.00 81.22           N  
+ATOM   5816  CA  ALA L 213     -10.512 -55.853   6.727  1.00 80.73           C  
+ATOM   5817  C   ALA L 213      -9.738 -54.750   5.990  1.00 80.35           C  
+ATOM   5818  O   ALA L 213      -9.407 -54.885   4.808  1.00 80.25           O  
+ATOM   5819  CB  ALA L 213      -9.657 -56.412   7.869  1.00 80.76           C  
+ATOM   5820  N   CYS L 214      -9.453 -53.661   6.707  1.00 79.80           N  
+ATOM   5821  CA  CYS L 214      -8.478 -52.662   6.260  1.00 79.28           C  
+ATOM   5822  C   CYS L 214      -7.718 -52.023   7.418  1.00 78.94           C  
+ATOM   5823  O   CYS L 214      -8.310 -51.638   8.424  1.00 78.68           O  
+ATOM   5824  CB  CYS L 214      -9.123 -51.588   5.379  1.00 79.41           C  
+ATOM   5825  SG  CYS L 214     -10.795 -51.121   5.848  1.00 79.40           S  
+ATOM   5826  N   GLU L 215      -6.398 -51.934   7.266  1.00 78.77           N  
+ATOM   5827  CA  GLU L 215      -5.542 -51.229   8.231  1.00 78.56           C  
+ATOM   5828  C   GLU L 215      -5.426 -49.743   7.849  1.00 78.16           C  
+ATOM   5829  O   GLU L 215      -5.181 -49.396   6.679  1.00 78.26           O  
+ATOM   5830  CB  GLU L 215      -4.151 -51.893   8.376  1.00 78.49           C  
+ATOM   5831  CG  GLU L 215      -3.371 -52.087   7.062  1.00 78.59           C  
+ATOM   5832  CD  GLU L 215      -1.861 -52.306   7.242  1.00 78.84           C  
+ATOM   5833  OE1 GLU L 215      -1.407 -52.515   8.392  1.00 79.77           O  
+ATOM   5834  OE2 GLU L 215      -1.124 -52.272   6.222  1.00 78.00           O  
+ATOM   5835  N   VAL L 216      -5.619 -48.876   8.840  1.00 77.32           N  
+ATOM   5836  CA  VAL L 216      -5.639 -47.436   8.608  1.00 76.38           C  
+ATOM   5837  C   VAL L 216      -4.445 -46.763   9.294  1.00 75.70           C  
+ATOM   5838  O   VAL L 216      -4.443 -46.578  10.510  1.00 75.64           O  
+ATOM   5839  CB  VAL L 216      -6.981 -46.795   9.096  1.00 76.38           C  
+ATOM   5840  CG1 VAL L 216      -7.091 -45.362   8.634  1.00 76.38           C  
+ATOM   5841  CG2 VAL L 216      -8.180 -47.582   8.603  1.00 76.13           C  
+ATOM   5842  N   THR L 217      -3.427 -46.412   8.516  1.00 74.85           N  
+ATOM   5843  CA  THR L 217      -2.347 -45.568   9.031  1.00 74.24           C  
+ATOM   5844  C   THR L 217      -2.697 -44.072   8.892  1.00 73.85           C  
+ATOM   5845  O   THR L 217      -2.922 -43.574   7.784  1.00 73.96           O  
+ATOM   5846  CB  THR L 217      -0.968 -45.870   8.361  1.00 74.18           C  
+ATOM   5847  OG1 THR L 217      -1.156 -46.233   6.989  1.00 73.90           O  
+ATOM   5848  CG2 THR L 217      -0.243 -46.994   9.075  1.00 74.02           C  
+ATOM   5849  N   HIS L 218      -2.762 -43.365  10.018  1.00 73.07           N  
+ATOM   5850  CA  HIS L 218      -2.952 -41.916  10.007  1.00 72.30           C  
+ATOM   5851  C   HIS L 218      -2.043 -41.234  11.022  1.00 72.07           C  
+ATOM   5852  O   HIS L 218      -1.556 -41.881  11.957  1.00 72.22           O  
+ATOM   5853  CB  HIS L 218      -4.409 -41.553  10.290  1.00 72.19           C  
+ATOM   5854  CG  HIS L 218      -4.708 -40.093  10.121  1.00 71.56           C  
+ATOM   5855  ND1 HIS L 218      -4.596 -39.444   8.909  1.00 70.43           N  
+ATOM   5856  CD2 HIS L 218      -5.110 -39.157  11.011  1.00 70.71           C  
+ATOM   5857  CE1 HIS L 218      -4.917 -38.173   9.060  1.00 69.50           C  
+ATOM   5858  NE2 HIS L 218      -5.236 -37.973  10.325  1.00 69.89           N  
+ATOM   5859  N   GLN L 219      -1.813 -39.933  10.838  1.00 71.44           N  
+ATOM   5860  CA  GLN L 219      -1.034 -39.158  11.796  1.00 70.91           C  
+ATOM   5861  C   GLN L 219      -1.666 -39.268  13.184  1.00 70.59           C  
+ATOM   5862  O   GLN L 219      -1.068 -39.838  14.098  1.00 70.58           O  
+ATOM   5863  CB  GLN L 219      -0.895 -37.696  11.355  1.00 70.74           C  
+ATOM   5864  N   GLY L 220      -2.892 -38.772  13.321  1.00 70.32           N  
+ATOM   5865  CA  GLY L 220      -3.595 -38.761  14.604  1.00 70.14           C  
+ATOM   5866  C   GLY L 220      -3.883 -40.132  15.191  1.00 70.07           C  
+ATOM   5867  O   GLY L 220      -4.489 -40.233  16.260  1.00 70.04           O  
+ATOM   5868  N   LEU L 221      -3.456 -41.183  14.489  1.00 69.98           N  
+ATOM   5869  CA  LEU L 221      -3.627 -42.565  14.948  1.00 69.74           C  
+ATOM   5870  C   LEU L 221      -2.318 -43.098  15.545  1.00 69.56           C  
+ATOM   5871  O   LEU L 221      -1.266 -43.041  14.899  1.00 69.42           O  
+ATOM   5872  CB  LEU L 221      -4.131 -43.461  13.805  1.00 69.55           C  
+ATOM   5873  N   SER L 222      -2.393 -43.595  16.783  1.00 69.46           N  
+ATOM   5874  CA  SER L 222      -1.227 -44.107  17.518  1.00 69.41           C  
+ATOM   5875  C   SER L 222      -0.787 -45.474  17.004  1.00 69.59           C  
+ATOM   5876  O   SER L 222       0.404 -45.707  16.758  1.00 69.76           O  
+ATOM   5877  CB  SER L 222      -1.520 -44.183  19.021  1.00 69.28           C  
+ATOM   5878  OG  SER L 222      -2.353 -45.287  19.329  1.00 68.86           O  
+ATOM   5879  N   SER L 223      -1.763 -46.372  16.862  1.00 69.64           N  
+ATOM   5880  CA  SER L 223      -1.554 -47.702  16.288  1.00 69.51           C  
+ATOM   5881  C   SER L 223      -2.641 -48.015  15.240  1.00 69.28           C  
+ATOM   5882  O   SER L 223      -3.843 -47.963  15.551  1.00 69.04           O  
+ATOM   5883  CB  SER L 223      -1.514 -48.768  17.392  1.00 69.65           C  
+ATOM   5884  N   PRO L 224      -2.214 -48.332  13.994  1.00 69.07           N  
+ATOM   5885  CA  PRO L 224      -3.097 -48.503  12.839  1.00 68.87           C  
+ATOM   5886  C   PRO L 224      -4.401 -49.191  13.198  1.00 68.66           C  
+ATOM   5887  O   PRO L 224      -4.403 -50.385  13.485  1.00 68.81           O  
+ATOM   5888  CB  PRO L 224      -2.270 -49.384  11.898  1.00 68.75           C  
+ATOM   5889  CG  PRO L 224      -0.870 -49.006  12.180  1.00 68.89           C  
+ATOM   5890  CD  PRO L 224      -0.799 -48.554  13.626  1.00 69.13           C  
+ATOM   5891  N   VAL L 225      -5.494 -48.434  13.203  1.00 68.45           N  
+ATOM   5892  CA  VAL L 225      -6.813 -48.992  13.503  1.00 68.41           C  
+ATOM   5893  C   VAL L 225      -7.267 -49.955  12.392  1.00 68.52           C  
+ATOM   5894  O   VAL L 225      -7.191 -49.616  11.199  1.00 68.63           O  
+ATOM   5895  CB  VAL L 225      -7.865 -47.874  13.742  1.00 68.33           C  
+ATOM   5896  CG1 VAL L 225      -9.286 -48.426  13.700  1.00 67.99           C  
+ATOM   5897  CG2 VAL L 225      -7.608 -47.180  15.069  1.00 68.34           C  
+ATOM   5898  N   THR L 226      -7.708 -51.156  12.789  1.00 68.40           N  
+ATOM   5899  CA  THR L 226      -8.234 -52.156  11.839  1.00 68.11           C  
+ATOM   5900  C   THR L 226      -9.720 -52.462  12.080  1.00 68.15           C  
+ATOM   5901  O   THR L 226     -10.118 -52.876  13.168  1.00 67.96           O  
+ATOM   5902  CB  THR L 226      -7.386 -53.459  11.807  1.00 67.82           C  
+ATOM   5903  OG1 THR L 226      -5.993 -53.133  11.830  1.00 67.26           O  
+ATOM   5904  CG2 THR L 226      -7.671 -54.244  10.547  1.00 67.42           C  
+ATOM   5905  N   LYS L 227     -10.534 -52.222  11.058  1.00 68.41           N  
+ATOM   5906  CA  LYS L 227     -11.955 -52.542  11.107  1.00 68.80           C  
+ATOM   5907  C   LYS L 227     -12.273 -53.590  10.041  1.00 69.13           C  
+ATOM   5908  O   LYS L 227     -11.706 -53.564   8.937  1.00 69.16           O  
+ATOM   5909  CB  LYS L 227     -12.825 -51.289  10.946  1.00 68.53           C  
+ATOM   5910  N   SER L 228     -13.177 -54.509  10.395  1.00 69.48           N  
+ATOM   5911  CA  SER L 228     -13.448 -55.721   9.618  1.00 69.59           C  
+ATOM   5912  C   SER L 228     -14.798 -56.333   9.975  1.00 69.68           C  
+ATOM   5913  O   SER L 228     -15.498 -55.843  10.863  1.00 69.71           O  
+ATOM   5914  CB  SER L 228     -12.376 -56.763   9.910  1.00 69.53           C  
+ATOM   5915  OG  SER L 228     -12.551 -57.285  11.216  1.00 69.86           O  
+ATOM   5916  N   PHE L 229     -15.137 -57.420   9.287  1.00 69.84           N  
+ATOM   5917  CA  PHE L 229     -16.334 -58.218   9.577  1.00 69.96           C  
+ATOM   5918  C   PHE L 229     -16.053 -59.690   9.224  1.00 70.06           C  
+ATOM   5919  O   PHE L 229     -14.920 -60.020   8.847  1.00 70.19           O  
+ATOM   5920  CB  PHE L 229     -17.561 -57.650   8.838  1.00 69.81           C  
+ATOM   5921  CG  PHE L 229     -17.475 -57.727   7.332  1.00 69.94           C  
+ATOM   5922  CD1 PHE L 229     -16.252 -57.639   6.664  1.00 70.01           C  
+ATOM   5923  CD2 PHE L 229     -18.631 -57.858   6.575  1.00 70.18           C  
+ATOM   5924  CE1 PHE L 229     -16.188 -57.709   5.273  1.00 70.08           C  
+ATOM   5925  CE2 PHE L 229     -18.569 -57.931   5.181  1.00 70.25           C  
+ATOM   5926  CZ  PHE L 229     -17.348 -57.851   4.530  1.00 69.99           C  
+ATOM   5927  N   ASN L 230     -17.051 -60.569   9.361  1.00 69.96           N  
+ATOM   5928  CA  ASN L 230     -16.885 -61.981   8.973  1.00 69.80           C  
+ATOM   5929  C   ASN L 230     -18.109 -62.622   8.294  1.00 69.70           C  
+ATOM   5930  O   ASN L 230     -19.110 -62.945   8.939  1.00 69.75           O  
+ATOM   5931  CB  ASN L 230     -16.378 -62.830  10.155  1.00 69.71           C  
+ATOM   5932  N   ARG L 231     -18.014 -62.756   6.975  1.00 69.68           N  
+ATOM   5933  CA  ARG L 231     -18.904 -63.575   6.141  1.00 69.82           C  
+ATOM   5934  C   ARG L 231     -18.062 -63.902   4.914  1.00 69.83           C  
+ATOM   5935  O   ARG L 231     -16.836 -64.038   5.021  1.00 69.77           O  
+ATOM   5936  CB  ARG L 231     -20.174 -62.827   5.692  1.00 69.73           C  
+ATOM   5937  CG  ARG L 231     -21.219 -62.547   6.753  1.00 69.90           C  
+ATOM   5938  CD  ARG L 231     -22.058 -63.760   7.140  1.00 69.94           C  
+ATOM   5939  NE  ARG L 231     -23.330 -63.332   7.741  1.00 70.61           N  
+ATOM   5940  CZ  ARG L 231     -23.501 -62.971   9.017  1.00 70.33           C  
+ATOM   5941  NH1 ARG L 231     -22.486 -62.988   9.878  1.00 70.28           N  
+ATOM   5942  NH2 ARG L 231     -24.700 -62.589   9.439  1.00 69.67           N  
+ATOM   5943  N   GLY L 232     -18.714 -64.003   3.754  1.00 69.74           N  
+ATOM   5944  CA  GLY L 232     -18.029 -64.265   2.491  1.00 69.63           C  
+ATOM   5945  C   GLY L 232     -18.090 -65.723   2.080  1.00 69.57           C  
+ATOM   5946  O   GLY L 232     -18.813 -66.081   1.152  1.00 69.48           O  
+ATOM   5947  N   GLN C   1      -0.839 -12.492 -68.419  1.00 55.89           N  
+ATOM   5948  CA  GLN C   1      -2.142 -11.861 -68.770  1.00 55.86           C  
+ATOM   5949  C   GLN C   1      -3.194 -11.996 -67.667  1.00 55.29           C  
+ATOM   5950  O   GLN C   1      -4.295 -11.443 -67.781  1.00 55.46           O  
+ATOM   5951  CB  GLN C   1      -2.681 -12.421 -70.082  1.00 56.22           C  
+ATOM   5952  CG  GLN C   1      -2.411 -11.538 -71.274  1.00 58.04           C  
+ATOM   5953  CD  GLN C   1      -3.610 -11.474 -72.220  1.00 61.28           C  
+ATOM   5954  OE1 GLN C   1      -4.198 -12.506 -72.588  1.00 62.40           O  
+ATOM   5955  NE2 GLN C   1      -3.980 -10.256 -72.619  1.00 61.99           N  
+ATOM   5956  N   VAL C   2      -2.870 -12.743 -66.614  1.00 54.39           N  
+ATOM   5957  CA  VAL C   2      -3.652 -12.673 -65.383  1.00 53.44           C  
+ATOM   5958  C   VAL C   2      -3.268 -11.351 -64.724  1.00 53.07           C  
+ATOM   5959  O   VAL C   2      -2.083 -11.060 -64.538  1.00 52.94           O  
+ATOM   5960  CB  VAL C   2      -3.495 -13.951 -64.454  1.00 53.43           C  
+ATOM   5961  CG1 VAL C   2      -2.287 -14.815 -64.846  1.00 52.66           C  
+ATOM   5962  CG2 VAL C   2      -3.493 -13.599 -62.956  1.00 52.94           C  
+ATOM   5963  N   GLN C   3      -4.272 -10.527 -64.440  1.00 52.56           N  
+ATOM   5964  CA  GLN C   3      -4.044  -9.181 -63.901  1.00 52.02           C  
+ATOM   5965  C   GLN C   3      -5.062  -8.863 -62.812  1.00 51.40           C  
+ATOM   5966  O   GLN C   3      -6.248  -9.134 -62.978  1.00 51.46           O  
+ATOM   5967  CB  GLN C   3      -4.108  -8.133 -65.026  1.00 52.03           C  
+ATOM   5968  N   LEU C   4      -4.599  -8.302 -61.700  1.00 50.61           N  
+ATOM   5969  CA  LEU C   4      -5.500  -7.904 -60.623  1.00 50.09           C  
+ATOM   5970  C   LEU C   4      -5.436  -6.393 -60.443  1.00 49.84           C  
+ATOM   5971  O   LEU C   4      -4.408  -5.866 -60.027  1.00 50.14           O  
+ATOM   5972  CB  LEU C   4      -5.136  -8.611 -59.312  1.00 50.12           C  
+ATOM   5973  CG  LEU C   4      -5.168 -10.143 -59.240  1.00 49.76           C  
+ATOM   5974  CD1 LEU C   4      -4.397 -10.649 -58.032  1.00 49.48           C  
+ATOM   5975  CD2 LEU C   4      -6.581 -10.643 -59.186  1.00 50.26           C  
+ATOM   5976  N   VAL C   5      -6.528  -5.699 -60.759  1.00 49.25           N  
+ATOM   5977  CA  VAL C   5      -6.519  -4.238 -60.788  1.00 48.93           C  
+ATOM   5978  C   VAL C   5      -7.318  -3.652 -59.626  1.00 48.82           C  
+ATOM   5979  O   VAL C   5      -8.511  -3.894 -59.497  1.00 49.05           O  
+ATOM   5980  CB  VAL C   5      -7.011  -3.693 -62.149  1.00 48.90           C  
+ATOM   5981  CG1 VAL C   5      -7.192  -2.181 -62.108  1.00 48.77           C  
+ATOM   5982  CG2 VAL C   5      -6.042  -4.077 -63.251  1.00 48.93           C  
+ATOM   5983  N   GLN C   6      -6.652  -2.863 -58.794  1.00 48.62           N  
+ATOM   5984  CA  GLN C   6      -7.235  -2.424 -57.538  1.00 48.57           C  
+ATOM   5985  C   GLN C   6      -7.737  -0.993 -57.582  1.00 48.45           C  
+ATOM   5986  O   GLN C   6      -7.192  -0.152 -58.303  1.00 48.50           O  
+ATOM   5987  CB  GLN C   6      -6.222  -2.567 -56.396  1.00 48.86           C  
+ATOM   5988  CG  GLN C   6      -5.621  -3.960 -56.248  1.00 49.22           C  
+ATOM   5989  CD  GLN C   6      -5.317  -4.333 -54.813  1.00 48.84           C  
+ATOM   5990  OE1 GLN C   6      -5.870  -3.768 -53.869  1.00 48.26           O  
+ATOM   5991  NE2 GLN C   6      -4.440  -5.305 -54.646  1.00 49.43           N  
+ATOM   5992  N   SER C   7      -8.777  -0.736 -56.790  1.00 48.14           N  
+ATOM   5993  CA  SER C   7      -9.291   0.601 -56.534  1.00 47.80           C  
+ATOM   5994  C   SER C   7      -8.160   1.601 -56.234  1.00 47.74           C  
+ATOM   5995  O   SER C   7      -7.129   1.239 -55.664  1.00 47.74           O  
+ATOM   5996  CB  SER C   7     -10.336   0.531 -55.401  1.00 47.71           C  
+ATOM   5997  OG  SER C   7     -10.003   1.358 -54.277  1.00 47.59           O  
+ATOM   5998  N   GLY C   8      -8.354   2.851 -56.645  1.00 47.67           N  
+ATOM   5999  CA  GLY C   8      -7.384   3.913 -56.394  1.00 47.58           C  
+ATOM   6000  C   GLY C   8      -7.313   4.307 -54.934  1.00 47.58           C  
+ATOM   6001  O   GLY C   8      -8.235   4.034 -54.171  1.00 47.69           O  
+ATOM   6002  N   ALA C   9      -6.215   4.956 -54.552  1.00 47.77           N  
+ATOM   6003  CA  ALA C   9      -5.969   5.370 -53.165  1.00 47.79           C  
+ATOM   6004  C   ALA C   9      -7.047   6.320 -52.656  1.00 47.94           C  
+ATOM   6005  O   ALA C   9      -7.803   6.887 -53.445  1.00 47.93           O  
+ATOM   6006  CB  ALA C   9      -4.593   5.997 -53.031  1.00 47.72           C  
+ATOM   6007  N   GLU C  11      -7.112   6.492 -51.336  1.00 48.21           N  
+ATOM   6008  CA  GLU C  11      -8.238   7.175 -50.705  1.00 48.48           C  
+ATOM   6009  C   GLU C  11      -7.945   7.731 -49.328  1.00 48.52           C  
+ATOM   6010  O   GLU C  11      -7.101   7.210 -48.609  1.00 48.53           O  
+ATOM   6011  CB  GLU C  11      -9.406   6.214 -50.573  1.00 48.54           C  
+ATOM   6012  CG  GLU C  11     -10.461   6.374 -51.617  1.00 48.76           C  
+ATOM   6013  CD  GLU C  11     -11.762   5.841 -51.111  1.00 50.22           C  
+ATOM   6014  OE1 GLU C  11     -12.597   6.655 -50.664  1.00 51.39           O  
+ATOM   6015  OE2 GLU C  11     -11.933   4.606 -51.110  1.00 50.58           O  
+ATOM   6016  N   VAL C  12      -8.681   8.778 -48.962  1.00 48.74           N  
+ATOM   6017  CA  VAL C  12      -8.557   9.399 -47.647  1.00 48.93           C  
+ATOM   6018  C   VAL C  12      -9.845   9.230 -46.851  1.00 48.76           C  
+ATOM   6019  O   VAL C  12     -10.939   9.277 -47.406  1.00 48.97           O  
+ATOM   6020  CB  VAL C  12      -8.184  10.902 -47.750  1.00 49.15           C  
+ATOM   6021  CG1 VAL C  12      -9.446  11.798 -47.862  1.00 49.39           C  
+ATOM   6022  CG2 VAL C  12      -7.302  11.323 -46.562  1.00 49.38           C  
+ATOM   6023  N   LYS C  13      -9.708   9.027 -45.550  1.00 48.60           N  
+ATOM   6024  CA  LYS C  13     -10.858   8.818 -44.690  1.00 48.58           C  
+ATOM   6025  C   LYS C  13     -10.618   9.432 -43.321  1.00 48.59           C  
+ATOM   6026  O   LYS C  13      -9.496   9.420 -42.813  1.00 48.65           O  
+ATOM   6027  CB  LYS C  13     -11.164   7.321 -44.543  1.00 48.58           C  
+ATOM   6028  CG  LYS C  13     -11.761   6.639 -45.786  1.00 48.27           C  
+ATOM   6029  CD  LYS C  13     -13.037   7.304 -46.292  1.00 47.41           C  
+ATOM   6030  CE  LYS C  13     -13.402   6.752 -47.658  1.00 47.70           C  
+ATOM   6031  NZ  LYS C  13     -14.698   7.267 -48.196  1.00 47.98           N  
+ATOM   6032  N   LYS C  14     -11.677   9.981 -42.734  1.00 48.48           N  
+ATOM   6033  CA  LYS C  14     -11.599  10.491 -41.378  1.00 48.33           C  
+ATOM   6034  C   LYS C  14     -11.883   9.330 -40.427  1.00 48.26           C  
+ATOM   6035  O   LYS C  14     -12.722   8.486 -40.745  1.00 47.93           O  
+ATOM   6036  CB  LYS C  14     -12.598  11.630 -41.180  1.00 48.42           C  
+ATOM   6037  N   PRO C  15     -11.173   9.271 -39.271  1.00 48.33           N  
+ATOM   6038  CA  PRO C  15     -11.379   8.207 -38.295  1.00 48.42           C  
+ATOM   6039  C   PRO C  15     -12.859   8.004 -38.071  1.00 48.82           C  
+ATOM   6040  O   PRO C  15     -13.592   8.984 -38.017  1.00 48.94           O  
+ATOM   6041  CB  PRO C  15     -10.740   8.776 -37.031  1.00 48.20           C  
+ATOM   6042  CG  PRO C  15      -9.657   9.619 -37.518  1.00 48.04           C  
+ATOM   6043  CD  PRO C  15     -10.128  10.211 -38.820  1.00 48.39           C  
+ATOM   6044  N   GLY C  16     -13.304   6.755 -37.973  1.00 49.32           N  
+ATOM   6045  CA  GLY C  16     -14.729   6.471 -37.784  1.00 50.03           C  
+ATOM   6046  C   GLY C  16     -15.531   6.227 -39.061  1.00 50.47           C  
+ATOM   6047  O   GLY C  16     -16.630   5.675 -39.011  1.00 50.82           O  
+ATOM   6048  N   ALA C  17     -15.007   6.641 -40.209  1.00 50.68           N  
+ATOM   6049  CA  ALA C  17     -15.615   6.248 -41.479  1.00 50.89           C  
+ATOM   6050  C   ALA C  17     -15.307   4.776 -41.829  1.00 51.00           C  
+ATOM   6051  O   ALA C  17     -14.487   4.116 -41.169  1.00 50.91           O  
+ATOM   6052  CB  ALA C  17     -15.170   7.174 -42.595  1.00 50.92           C  
+ATOM   6053  N   SER C  18     -15.998   4.266 -42.846  1.00 50.92           N  
+ATOM   6054  CA  SER C  18     -15.719   2.947 -43.399  1.00 50.82           C  
+ATOM   6055  C   SER C  18     -15.129   3.154 -44.790  1.00 50.62           C  
+ATOM   6056  O   SER C  18     -14.860   4.293 -45.174  1.00 50.94           O  
+ATOM   6057  CB  SER C  18     -16.993   2.099 -43.451  1.00 50.79           C  
+ATOM   6058  OG  SER C  18     -17.917   2.652 -44.367  1.00 51.35           O  
+ATOM   6059  N   VAL C  19     -14.922   2.069 -45.537  1.00 50.25           N  
+ATOM   6060  CA  VAL C  19     -14.307   2.141 -46.868  1.00 49.90           C  
+ATOM   6061  C   VAL C  19     -14.323   0.768 -47.543  1.00 49.77           C  
+ATOM   6062  O   VAL C  19     -14.195  -0.247 -46.853  1.00 50.20           O  
+ATOM   6063  CB  VAL C  19     -12.857   2.664 -46.777  1.00 49.88           C  
+ATOM   6064  CG1 VAL C  19     -11.983   1.700 -45.968  1.00 49.53           C  
+ATOM   6065  CG2 VAL C  19     -12.287   2.946 -48.173  1.00 49.87           C  
+ATOM   6066  N   LYS C  20     -14.484   0.735 -48.871  1.00 49.16           N  
+ATOM   6067  CA  LYS C  20     -14.490  -0.536 -49.623  1.00 48.58           C  
+ATOM   6068  C   LYS C  20     -13.604  -0.540 -50.889  1.00 48.19           C  
+ATOM   6069  O   LYS C  20     -14.022  -0.148 -51.984  1.00 47.97           O  
+ATOM   6070  CB  LYS C  20     -15.922  -1.019 -49.922  1.00 48.40           C  
+ATOM   6071  N   VAL C  21     -12.370  -0.989 -50.702  1.00 47.70           N  
+ATOM   6072  CA  VAL C  21     -11.430  -1.228 -51.784  1.00 47.45           C  
+ATOM   6073  C   VAL C  21     -11.909  -2.376 -52.671  1.00 47.33           C  
+ATOM   6074  O   VAL C  21     -12.261  -3.445 -52.178  1.00 47.49           O  
+ATOM   6075  CB  VAL C  21     -10.054  -1.595 -51.203  1.00 47.46           C  
+ATOM   6076  CG1 VAL C  21      -9.092  -2.093 -52.288  1.00 47.19           C  
+ATOM   6077  CG2 VAL C  21      -9.479  -0.414 -50.441  1.00 47.56           C  
+ATOM   6078  N   SER C  22     -11.923  -2.144 -53.979  1.00 47.13           N  
+ATOM   6079  CA  SER C  22     -12.245  -3.186 -54.948  1.00 46.91           C  
+ATOM   6080  C   SER C  22     -10.974  -3.658 -55.628  1.00 46.63           C  
+ATOM   6081  O   SER C  22      -9.954  -2.956 -55.620  1.00 46.75           O  
+ATOM   6082  CB  SER C  22     -13.186  -2.641 -56.022  1.00 47.05           C  
+ATOM   6083  OG  SER C  22     -12.557  -1.599 -56.762  1.00 47.56           O  
+ATOM   6084  N   CYS C  23     -11.042  -4.849 -56.220  1.00 46.05           N  
+ATOM   6085  CA  CYS C  23     -10.036  -5.282 -57.182  1.00 45.15           C  
+ATOM   6086  C   CYS C  23     -10.648  -6.262 -58.194  1.00 44.93           C  
+ATOM   6087  O   CYS C  23     -11.349  -7.197 -57.813  1.00 44.59           O  
+ATOM   6088  CB  CYS C  23      -8.803  -5.844 -56.479  1.00 44.87           C  
+ATOM   6089  SG  CYS C  23      -8.631  -7.617 -56.541  1.00 43.77           S  
+ATOM   6090  N   LYS C  24     -10.403  -6.011 -59.479  1.00 44.78           N  
+ATOM   6091  CA  LYS C  24     -10.976  -6.798 -60.568  1.00 44.88           C  
+ATOM   6092  C   LYS C  24      -9.905  -7.641 -61.244  1.00 44.96           C  
+ATOM   6093  O   LYS C  24      -8.804  -7.159 -61.498  1.00 45.07           O  
+ATOM   6094  CB  LYS C  24     -11.640  -5.879 -61.603  1.00 44.76           C  
+ATOM   6095  N   ALA C  25     -10.239  -8.890 -61.549  1.00 45.02           N  
+ATOM   6096  CA  ALA C  25      -9.293  -9.800 -62.175  1.00 45.33           C  
+ATOM   6097  C   ALA C  25      -9.574 -10.095 -63.654  1.00 45.84           C  
+ATOM   6098  O   ALA C  25     -10.718 -10.344 -64.047  1.00 46.16           O  
+ATOM   6099  CB  ALA C  25      -9.241 -11.077 -61.403  1.00 45.17           C  
+ATOM   6100  N   SER C  26      -8.516 -10.072 -64.462  1.00 46.19           N  
+ATOM   6101  CA  SER C  26      -8.541 -10.621 -65.818  1.00 46.44           C  
+ATOM   6102  C   SER C  26      -7.678 -11.901 -65.911  1.00 46.65           C  
+ATOM   6103  O   SER C  26      -7.047 -12.313 -64.926  1.00 46.67           O  
+ATOM   6104  CB  SER C  26      -8.030  -9.569 -66.805  1.00 46.46           C  
+ATOM   6105  N   GLY C  27      -7.670 -12.536 -67.085  1.00 46.64           N  
+ATOM   6106  CA  GLY C  27      -6.673 -13.564 -67.422  1.00 46.53           C  
+ATOM   6107  C   GLY C  27      -6.708 -14.919 -66.732  1.00 46.59           C  
+ATOM   6108  O   GLY C  27      -5.879 -15.786 -67.032  1.00 46.48           O  
+ATOM   6109  N   TYR C  28      -7.644 -15.112 -65.802  1.00 46.68           N  
+ATOM   6110  CA  TYR C  28      -7.897 -16.442 -65.215  1.00 46.79           C  
+ATOM   6111  C   TYR C  28      -9.363 -16.618 -64.825  1.00 46.89           C  
+ATOM   6112  O   TYR C  28     -10.017 -15.670 -64.380  1.00 46.78           O  
+ATOM   6113  CB  TYR C  28      -6.972 -16.729 -64.012  1.00 46.67           C  
+ATOM   6114  CG  TYR C  28      -7.336 -15.998 -62.726  1.00 46.41           C  
+ATOM   6115  CD1 TYR C  28      -7.007 -14.656 -62.536  1.00 45.61           C  
+ATOM   6116  CD2 TYR C  28      -8.006 -16.656 -61.698  1.00 46.16           C  
+ATOM   6117  CE1 TYR C  28      -7.347 -13.995 -61.367  1.00 45.11           C  
+ATOM   6118  CE2 TYR C  28      -8.345 -15.996 -60.524  1.00 45.77           C  
+ATOM   6119  CZ  TYR C  28      -8.018 -14.669 -60.365  1.00 45.46           C  
+ATOM   6120  OH  TYR C  28      -8.364 -14.023 -59.193  1.00 46.02           O  
+ATOM   6121  N   THR C  29      -9.874 -17.832 -64.999  1.00 47.17           N  
+ATOM   6122  CA  THR C  29     -11.228 -18.166 -64.540  1.00 47.51           C  
+ATOM   6123  C   THR C  29     -11.404 -17.857 -63.031  1.00 47.72           C  
+ATOM   6124  O   THR C  29     -10.778 -18.485 -62.171  1.00 47.89           O  
+ATOM   6125  CB  THR C  29     -11.637 -19.631 -64.920  1.00 47.49           C  
+ATOM   6126  OG1 THR C  29     -12.554 -20.144 -63.949  1.00 47.30           O  
+ATOM   6127  CG2 THR C  29     -10.416 -20.577 -65.022  1.00 47.59           C  
+ATOM   6128  N   PHE C  30     -12.253 -16.876 -62.738  1.00 47.89           N  
+ATOM   6129  CA  PHE C  30     -12.340 -16.231 -61.405  1.00 48.04           C  
+ATOM   6130  C   PHE C  30     -12.813 -17.114 -60.246  1.00 47.66           C  
+ATOM   6131  O   PHE C  30     -12.441 -16.874 -59.091  1.00 47.88           O  
+ATOM   6132  CB  PHE C  30     -13.246 -14.991 -61.494  1.00 48.58           C  
+ATOM   6133  CG  PHE C  30     -13.212 -14.103 -60.276  1.00 48.84           C  
+ATOM   6134  CD1 PHE C  30     -12.088 -13.334 -59.983  1.00 49.44           C  
+ATOM   6135  CD2 PHE C  30     -14.326 -14.005 -59.444  1.00 49.74           C  
+ATOM   6136  CE1 PHE C  30     -12.062 -12.489 -58.855  1.00 49.99           C  
+ATOM   6137  CE2 PHE C  30     -14.316 -13.163 -58.312  1.00 50.47           C  
+ATOM   6138  CZ  PHE C  30     -13.180 -12.401 -58.019  1.00 49.85           C  
+ATOM   6139  N   THR C  35     -13.638 -18.114 -60.545  1.00 46.99           N  
+ATOM   6140  CA  THR C  35     -14.079 -19.067 -59.533  1.00 46.25           C  
+ATOM   6141  C   THR C  35     -12.958 -20.063 -59.169  1.00 45.83           C  
+ATOM   6142  O   THR C  35     -13.146 -20.938 -58.330  1.00 45.68           O  
+ATOM   6143  CB  THR C  35     -15.341 -19.823 -59.996  1.00 45.95           C  
+ATOM   6144  N   SER C  36     -11.787 -19.912 -59.783  1.00 45.27           N  
+ATOM   6145  CA  SER C  36     -10.733 -20.928 -59.668  1.00 44.90           C  
+ATOM   6146  C   SER C  36      -9.746 -20.718 -58.515  1.00 44.32           C  
+ATOM   6147  O   SER C  36      -9.010 -21.643 -58.126  1.00 44.10           O  
+ATOM   6148  CB  SER C  36      -9.975 -21.079 -60.996  1.00 44.92           C  
+ATOM   6149  OG  SER C  36     -10.655 -21.961 -61.873  1.00 45.18           O  
+ATOM   6150  N   HIS C  37      -9.723 -19.505 -57.974  1.00 43.48           N  
+ATOM   6151  CA  HIS C  37      -8.732 -19.172 -56.962  1.00 42.72           C  
+ATOM   6152  C   HIS C  37      -9.253 -18.228 -55.886  1.00 42.37           C  
+ATOM   6153  O   HIS C  37      -9.927 -17.222 -56.177  1.00 42.48           O  
+ATOM   6154  CB  HIS C  37      -7.456 -18.624 -57.613  1.00 42.59           C  
+ATOM   6155  CG  HIS C  37      -6.861 -19.552 -58.621  1.00 41.95           C  
+ATOM   6156  ND1 HIS C  37      -7.179 -19.494 -59.958  1.00 41.79           N  
+ATOM   6157  CD2 HIS C  37      -6.006 -20.590 -58.483  1.00 41.48           C  
+ATOM   6158  CE1 HIS C  37      -6.529 -20.444 -60.605  1.00 41.48           C  
+ATOM   6159  NE2 HIS C  37      -5.811 -21.123 -59.732  1.00 41.22           N  
+ATOM   6160  N   TRP C  38      -8.934 -18.585 -54.645  1.00 41.38           N  
+ATOM   6161  CA  TRP C  38      -9.228 -17.787 -53.478  1.00 40.53           C  
+ATOM   6162  C   TRP C  38      -8.631 -16.398 -53.595  1.00 40.40           C  
+ATOM   6163  O   TRP C  38      -7.496 -16.246 -54.036  1.00 40.53           O  
+ATOM   6164  CB  TRP C  38      -8.568 -18.440 -52.288  1.00 40.28           C  
+ATOM   6165  CG  TRP C  38      -9.131 -19.724 -51.904  1.00 39.51           C  
+ATOM   6166  CD1 TRP C  38      -8.917 -20.920 -52.496  1.00 39.33           C  
+ATOM   6167  CD2 TRP C  38      -9.989 -19.962 -50.800  1.00 39.27           C  
+ATOM   6168  NE1 TRP C  38      -9.598 -21.904 -51.833  1.00 39.51           N  
+ATOM   6169  CE2 TRP C  38     -10.273 -21.338 -50.786  1.00 39.19           C  
+ATOM   6170  CE3 TRP C  38     -10.554 -19.141 -49.816  1.00 39.83           C  
+ATOM   6171  CZ2 TRP C  38     -11.106 -21.917 -49.833  1.00 39.77           C  
+ATOM   6172  CZ3 TRP C  38     -11.372 -19.717 -48.859  1.00 39.83           C  
+ATOM   6173  CH2 TRP C  38     -11.640 -21.093 -48.875  1.00 39.83           C  
+ATOM   6174  N   MET C  39      -9.377 -15.384 -53.182  1.00 40.22           N  
+ATOM   6175  CA  MET C  39      -8.787 -14.063 -53.020  1.00 40.33           C  
+ATOM   6176  C   MET C  39      -8.294 -13.875 -51.591  1.00 40.19           C  
+ATOM   6177  O   MET C  39      -8.923 -14.339 -50.629  1.00 40.33           O  
+ATOM   6178  CB  MET C  39      -9.768 -12.956 -53.386  1.00 40.42           C  
+ATOM   6179  CG  MET C  39      -9.892 -12.722 -54.867  1.00 42.16           C  
+ATOM   6180  SD  MET C  39      -8.306 -12.384 -55.670  1.00 45.80           S  
+ATOM   6181  CE  MET C  39      -8.096 -10.665 -55.229  1.00 44.92           C  
+ATOM   6182  N   HIS C  40      -7.159 -13.202 -51.460  1.00 39.63           N  
+ATOM   6183  CA  HIS C  40      -6.612 -12.885 -50.159  1.00 39.08           C  
+ATOM   6184  C   HIS C  40      -6.458 -11.378 -50.076  1.00 39.04           C  
+ATOM   6185  O   HIS C  40      -6.286 -10.709 -51.093  1.00 39.18           O  
+ATOM   6186  CB  HIS C  40      -5.248 -13.534 -49.984  1.00 38.86           C  
+ATOM   6187  CG  HIS C  40      -5.235 -15.005 -50.242  1.00 38.65           C  
+ATOM   6188  ND1 HIS C  40      -5.033 -15.932 -49.242  1.00 38.24           N  
+ATOM   6189  CD2 HIS C  40      -5.375 -15.712 -51.389  1.00 38.15           C  
+ATOM   6190  CE1 HIS C  40      -5.055 -17.146 -49.762  1.00 37.64           C  
+ATOM   6191  NE2 HIS C  40      -5.263 -17.041 -51.062  1.00 37.27           N  
+ATOM   6192  N   TRP C  41      -6.521 -10.841 -48.865  1.00 38.75           N  
+ATOM   6193  CA  TRP C  41      -6.221  -9.438 -48.663  1.00 38.26           C  
+ATOM   6194  C   TRP C  41      -5.123  -9.319 -47.626  1.00 38.36           C  
+ATOM   6195  O   TRP C  41      -5.137 -10.013 -46.603  1.00 37.93           O  
+ATOM   6196  CB  TRP C  41      -7.470  -8.658 -48.278  1.00 38.08           C  
+ATOM   6197  CG  TRP C  41      -8.495  -8.675 -49.352  1.00 37.57           C  
+ATOM   6198  CD1 TRP C  41      -9.367  -9.687 -49.640  1.00 37.60           C  
+ATOM   6199  CD2 TRP C  41      -8.750  -7.645 -50.301  1.00 37.24           C  
+ATOM   6200  NE1 TRP C  41     -10.157  -9.347 -50.706  1.00 37.20           N  
+ATOM   6201  CE2 TRP C  41      -9.798  -8.096 -51.135  1.00 37.74           C  
+ATOM   6202  CE3 TRP C  41      -8.204  -6.380 -50.528  1.00 37.29           C  
+ATOM   6203  CZ2 TRP C  41     -10.308  -7.322 -52.184  1.00 38.08           C  
+ATOM   6204  CZ3 TRP C  41      -8.709  -5.612 -51.568  1.00 37.55           C  
+ATOM   6205  CH2 TRP C  41      -9.752  -6.087 -52.383  1.00 37.95           C  
+ATOM   6206  N   VAL C  42      -4.156  -8.456 -47.938  1.00 38.78           N  
+ATOM   6207  CA  VAL C  42      -2.916  -8.302 -47.173  1.00 38.85           C  
+ATOM   6208  C   VAL C  42      -2.576  -6.822 -47.008  1.00 39.11           C  
+ATOM   6209  O   VAL C  42      -2.730  -6.030 -47.944  1.00 38.79           O  
+ATOM   6210  CB  VAL C  42      -1.738  -9.010 -47.869  1.00 38.60           C  
+ATOM   6211  CG1 VAL C  42      -0.504  -8.934 -47.007  1.00 39.16           C  
+ATOM   6212  CG2 VAL C  42      -2.069 -10.458 -48.150  1.00 38.01           C  
+ATOM   6213  N   ARG C  43      -2.108  -6.448 -45.822  1.00 39.67           N  
+ATOM   6214  CA  ARG C  43      -1.788  -5.038 -45.579  1.00 40.38           C  
+ATOM   6215  C   ARG C  43      -0.364  -4.760 -45.084  1.00 40.50           C  
+ATOM   6216  O   ARG C  43       0.257  -5.593 -44.416  1.00 40.28           O  
+ATOM   6217  CB  ARG C  43      -2.812  -4.394 -44.646  1.00 40.41           C  
+ATOM   6218  CG  ARG C  43      -2.767  -4.933 -43.252  1.00 41.28           C  
+ATOM   6219  CD  ARG C  43      -3.267  -3.919 -42.282  1.00 42.66           C  
+ATOM   6220  NE  ARG C  43      -2.654  -4.126 -40.980  1.00 43.97           N  
+ATOM   6221  CZ  ARG C  43      -3.074  -3.548 -39.864  1.00 45.02           C  
+ATOM   6222  NH1 ARG C  43      -4.124  -2.728 -39.895  1.00 45.40           N  
+ATOM   6223  NH2 ARG C  43      -2.443  -3.794 -38.720  1.00 45.75           N  
+ATOM   6224  N   GLN C  44       0.115  -3.562 -45.415  1.00 40.86           N  
+ATOM   6225  CA  GLN C  44       1.477  -3.137 -45.155  1.00 41.28           C  
+ATOM   6226  C   GLN C  44       1.521  -1.683 -44.692  1.00 42.12           C  
+ATOM   6227  O   GLN C  44       1.527  -0.755 -45.508  1.00 42.13           O  
+ATOM   6228  CB  GLN C  44       2.289  -3.297 -46.427  1.00 41.05           C  
+ATOM   6229  CG  GLN C  44       3.762  -3.052 -46.281  1.00 40.04           C  
+ATOM   6230  CD  GLN C  44       4.536  -3.751 -47.361  1.00 39.16           C  
+ATOM   6231  OE1 GLN C  44       5.361  -4.611 -47.078  1.00 39.22           O  
+ATOM   6232  NE2 GLN C  44       4.248  -3.414 -48.616  1.00 38.63           N  
+ATOM   6233  N   ALA C  45       1.541  -1.488 -43.378  1.00 43.10           N  
+ATOM   6234  CA  ALA C  45       1.692  -0.160 -42.823  1.00 44.06           C  
+ATOM   6235  C   ALA C  45       3.058   0.353 -43.255  1.00 45.07           C  
+ATOM   6236  O   ALA C  45       4.051  -0.384 -43.121  1.00 45.21           O  
+ATOM   6237  CB  ALA C  45       1.601  -0.205 -41.326  1.00 44.02           C  
+ATOM   6238  N   PRO C  46       3.113   1.605 -43.789  1.00 45.76           N  
+ATOM   6239  CA  PRO C  46       4.327   2.284 -44.238  1.00 45.96           C  
+ATOM   6240  C   PRO C  46       5.633   1.713 -43.681  1.00 46.28           C  
+ATOM   6241  O   PRO C  46       5.885   1.764 -42.469  1.00 46.10           O  
+ATOM   6242  CB  PRO C  46       4.101   3.721 -43.757  1.00 45.74           C  
+ATOM   6243  CG  PRO C  46       2.587   3.897 -43.846  1.00 45.92           C  
+ATOM   6244  CD  PRO C  46       1.957   2.499 -43.977  1.00 45.80           C  
+ATOM   6245  N   GLY C  47       6.420   1.135 -44.589  1.00 46.70           N  
+ATOM   6246  CA  GLY C  47       7.796   0.755 -44.323  1.00 47.16           C  
+ATOM   6247  C   GLY C  47       7.935  -0.202 -43.172  1.00 47.46           C  
+ATOM   6248  O   GLY C  47       8.932  -0.174 -42.444  1.00 47.75           O  
+ATOM   6249  N   GLN C  48       6.910  -1.023 -42.989  1.00 47.61           N  
+ATOM   6250  CA  GLN C  48       6.989  -2.177 -42.094  1.00 48.12           C  
+ATOM   6251  C   GLN C  48       6.348  -3.387 -42.777  1.00 47.59           C  
+ATOM   6252  O   GLN C  48       5.908  -3.297 -43.929  1.00 48.08           O  
+ATOM   6253  CB  GLN C  48       6.404  -1.882 -40.705  1.00 47.94           C  
+ATOM   6254  CG  GLN C  48       5.589  -0.604 -40.649  1.00 48.89           C  
+ATOM   6255  CD  GLN C  48       4.943  -0.365 -39.303  1.00 49.38           C  
+ATOM   6256  OE1 GLN C  48       4.339   0.693 -39.081  1.00 50.64           O  
+ATOM   6257  NE2 GLN C  48       5.048  -1.347 -38.395  1.00 50.66           N  
+ATOM   6258  N   GLY C  49       6.310  -4.515 -42.081  1.00 46.80           N  
+ATOM   6259  CA  GLY C  49       6.081  -5.792 -42.739  1.00 45.64           C  
+ATOM   6260  C   GLY C  49       4.725  -6.076 -43.354  1.00 44.79           C  
+ATOM   6261  O   GLY C  49       3.817  -5.239 -43.343  1.00 44.30           O  
+ATOM   6262  N   LEU C  50       4.623  -7.291 -43.888  1.00 44.16           N  
+ATOM   6263  CA  LEU C  50       3.406  -7.838 -44.457  1.00 43.34           C  
+ATOM   6264  C   LEU C  50       2.500  -8.366 -43.364  1.00 43.03           C  
+ATOM   6265  O   LEU C  50       2.963  -8.676 -42.270  1.00 42.64           O  
+ATOM   6266  CB  LEU C  50       3.743  -8.962 -45.441  1.00 43.17           C  
+ATOM   6267  CG  LEU C  50       3.929  -8.630 -46.922  1.00 42.39           C  
+ATOM   6268  CD1 LEU C  50       2.844  -7.680 -47.423  1.00 42.19           C  
+ATOM   6269  CD2 LEU C  50       5.278  -8.074 -47.218  1.00 40.57           C  
+ATOM   6270  N   GLU C  51       1.211  -8.473 -43.680  1.00 42.91           N  
+ATOM   6271  CA  GLU C  51       0.192  -8.840 -42.698  1.00 42.79           C  
+ATOM   6272  C   GLU C  51      -1.113  -9.305 -43.359  1.00 42.28           C  
+ATOM   6273  O   GLU C  51      -1.762  -8.543 -44.104  1.00 41.81           O  
+ATOM   6274  CB  GLU C  51      -0.082  -7.650 -41.797  1.00 43.08           C  
+ATOM   6275  CG  GLU C  51      -0.385  -8.002 -40.382  1.00 44.43           C  
+ATOM   6276  CD  GLU C  51      -0.860  -6.798 -39.612  1.00 47.33           C  
+ATOM   6277  OE1 GLU C  51      -0.451  -5.654 -39.941  1.00 48.84           O  
+ATOM   6278  OE2 GLU C  51      -1.653  -6.996 -38.671  1.00 49.11           O  
+ATOM   6279  N   TRP C  52      -1.485 -10.552 -43.056  1.00 41.61           N  
+ATOM   6280  CA  TRP C  52      -2.572 -11.255 -43.733  1.00 41.16           C  
+ATOM   6281  C   TRP C  52      -3.905 -10.992 -43.067  1.00 40.82           C  
+ATOM   6282  O   TRP C  52      -4.061 -11.251 -41.883  1.00 41.01           O  
+ATOM   6283  CB  TRP C  52      -2.289 -12.754 -43.729  1.00 41.19           C  
+ATOM   6284  CG  TRP C  52      -3.381 -13.619 -44.310  1.00 41.33           C  
+ATOM   6285  CD1 TRP C  52      -3.762 -13.681 -45.607  1.00 40.98           C  
+ATOM   6286  CD2 TRP C  52      -4.197 -14.575 -43.607  1.00 41.95           C  
+ATOM   6287  NE1 TRP C  52      -4.764 -14.602 -45.764  1.00 41.30           N  
+ATOM   6288  CE2 TRP C  52      -5.055 -15.161 -44.550  1.00 41.22           C  
+ATOM   6289  CE3 TRP C  52      -4.287 -14.986 -42.265  1.00 42.78           C  
+ATOM   6290  CZ2 TRP C  52      -5.991 -16.138 -44.207  1.00 41.40           C  
+ATOM   6291  CZ3 TRP C  52      -5.223 -15.966 -41.923  1.00 41.48           C  
+ATOM   6292  CH2 TRP C  52      -6.055 -16.528 -42.891  1.00 41.34           C  
+ATOM   6293  N   ILE C  53      -4.867 -10.494 -43.832  1.00 40.35           N  
+ATOM   6294  CA  ILE C  53      -6.179 -10.197 -43.293  1.00 39.96           C  
+ATOM   6295  C   ILE C  53      -7.077 -11.434 -43.359  1.00 40.44           C  
+ATOM   6296  O   ILE C  53      -7.610 -11.868 -42.337  1.00 40.97           O  
+ATOM   6297  CB  ILE C  53      -6.820  -9.017 -44.011  1.00 39.55           C  
+ATOM   6298  CG1 ILE C  53      -5.941  -7.780 -43.858  1.00 38.77           C  
+ATOM   6299  CG2 ILE C  53      -8.207  -8.754 -43.457  1.00 39.95           C  
+ATOM   6300  CD1 ILE C  53      -6.187  -6.697 -44.879  1.00 36.70           C  
+ATOM   6301  N   GLY C  54      -7.239 -12.008 -44.550  1.00 40.60           N  
+ATOM   6302  CA  GLY C  54      -8.001 -13.246 -44.713  1.00 40.22           C  
+ATOM   6303  C   GLY C  54      -8.069 -13.774 -46.132  1.00 40.17           C  
+ATOM   6304  O   GLY C  54      -7.289 -13.399 -47.001  1.00 40.12           O  
+ATOM   6305  N   GLU C  55      -9.018 -14.657 -46.373  1.00 40.28           N  
+ATOM   6306  CA  GLU C  55      -9.238 -15.162 -47.719  1.00 40.27           C  
+ATOM   6307  C   GLU C  55     -10.720 -15.370 -47.991  1.00 40.24           C  
+ATOM   6308  O   GLU C  55     -11.503 -15.537 -47.062  1.00 39.82           O  
+ATOM   6309  CB  GLU C  55      -8.433 -16.444 -47.957  1.00 40.26           C  
+ATOM   6310  CG  GLU C  55      -8.315 -17.347 -46.744  1.00 39.47           C  
+ATOM   6311  CD  GLU C  55      -7.570 -18.623 -47.042  1.00 39.37           C  
+ATOM   6312  OE1 GLU C  55      -8.036 -19.710 -46.633  1.00 39.64           O  
+ATOM   6313  OE2 GLU C  55      -6.513 -18.544 -47.696  1.00 39.50           O  
+ATOM   6314  N   PHE C  56     -11.093 -15.344 -49.269  1.00 40.56           N  
+ATOM   6315  CA  PHE C  56     -12.494 -15.480 -49.690  1.00 40.82           C  
+ATOM   6316  C   PHE C  56     -12.618 -16.372 -50.921  1.00 40.57           C  
+ATOM   6317  O   PHE C  56     -12.082 -16.043 -51.976  1.00 40.75           O  
+ATOM   6318  CB  PHE C  56     -13.120 -14.103 -49.986  1.00 40.84           C  
+ATOM   6319  CG  PHE C  56     -14.622 -14.148 -50.201  1.00 42.03           C  
+ATOM   6320  CD1 PHE C  56     -15.499 -13.675 -49.214  1.00 41.98           C  
+ATOM   6321  CD2 PHE C  56     -15.165 -14.671 -51.387  1.00 41.69           C  
+ATOM   6322  CE1 PHE C  56     -16.886 -13.724 -49.402  1.00 40.92           C  
+ATOM   6323  CE2 PHE C  56     -16.537 -14.719 -51.576  1.00 40.72           C  
+ATOM   6324  CZ  PHE C  56     -17.400 -14.243 -50.579  1.00 40.87           C  
+ATOM   6325  N   ASN C  57     -13.344 -17.480 -50.786  1.00 40.36           N  
+ATOM   6326  CA  ASN C  57     -13.516 -18.442 -51.880  1.00 40.12           C  
+ATOM   6327  C   ASN C  57     -14.590 -18.003 -52.876  1.00 40.47           C  
+ATOM   6328  O   ASN C  57     -15.779 -18.191 -52.635  1.00 40.58           O  
+ATOM   6329  CB  ASN C  57     -13.850 -19.828 -51.323  1.00 39.63           C  
+ATOM   6330  CG  ASN C  57     -13.665 -20.928 -52.337  1.00 38.21           C  
+ATOM   6331  OD1 ASN C  57     -13.459 -20.678 -53.516  1.00 36.83           O  
+ATOM   6332  ND2 ASN C  57     -13.741 -22.161 -51.877  1.00 37.30           N  
+ATOM   6333  N   PRO C  58     -14.178 -17.442 -54.022  1.00 40.81           N  
+ATOM   6334  CA  PRO C  58     -15.220 -16.930 -54.912  1.00 40.93           C  
+ATOM   6335  C   PRO C  58     -16.174 -18.019 -55.403  1.00 40.91           C  
+ATOM   6336  O   PRO C  58     -17.260 -17.690 -55.859  1.00 40.80           O  
+ATOM   6337  CB  PRO C  58     -14.430 -16.316 -56.084  1.00 41.03           C  
+ATOM   6338  CG  PRO C  58     -13.028 -16.115 -55.553  1.00 41.04           C  
+ATOM   6339  CD  PRO C  58     -12.828 -17.256 -54.587  1.00 40.87           C  
+ATOM   6340  N   SER C  59     -15.777 -19.290 -55.300  1.00 41.03           N  
+ATOM   6341  CA  SER C  59     -16.652 -20.403 -55.663  1.00 41.49           C  
+ATOM   6342  C   SER C  59     -17.872 -20.412 -54.766  1.00 42.07           C  
+ATOM   6343  O   SER C  59     -18.997 -20.174 -55.228  1.00 42.72           O  
+ATOM   6344  CB  SER C  59     -15.960 -21.749 -55.518  1.00 41.15           C  
+ATOM   6345  OG  SER C  59     -14.673 -21.715 -56.069  1.00 41.91           O  
+ATOM   6346  N   ASN C  62     -17.654 -20.674 -53.479  1.00 42.13           N  
+ATOM   6347  CA  ASN C  62     -18.765 -20.846 -52.560  1.00 42.08           C  
+ATOM   6348  C   ASN C  62     -19.039 -19.699 -51.590  1.00 41.91           C  
+ATOM   6349  O   ASN C  62     -20.185 -19.449 -51.269  1.00 42.59           O  
+ATOM   6350  CB  ASN C  62     -18.653 -22.176 -51.833  1.00 42.10           C  
+ATOM   6351  CG  ASN C  62     -17.334 -22.344 -51.136  1.00 43.06           C  
+ATOM   6352  OD1 ASN C  62     -17.000 -21.587 -50.220  1.00 45.38           O  
+ATOM   6353  ND2 ASN C  62     -16.574 -23.354 -51.546  1.00 42.61           N  
+ATOM   6354  N   GLY C  63     -18.012 -18.991 -51.138  1.00 41.60           N  
+ATOM   6355  CA  GLY C  63     -18.207 -17.861 -50.218  1.00 40.89           C  
+ATOM   6356  C   GLY C  63     -17.687 -18.121 -48.814  1.00 40.59           C  
+ATOM   6357  O   GLY C  63     -17.772 -17.248 -47.941  1.00 40.33           O  
+ATOM   6358  N   ARG C  64     -17.164 -19.331 -48.595  1.00 40.30           N  
+ATOM   6359  CA  ARG C  64     -16.471 -19.686 -47.352  1.00 40.06           C  
+ATOM   6360  C   ARG C  64     -15.271 -18.750 -47.160  1.00 39.84           C  
+ATOM   6361  O   ARG C  64     -14.627 -18.363 -48.136  1.00 39.88           O  
+ATOM   6362  CB  ARG C  64     -16.032 -21.158 -47.381  1.00 39.78           C  
+ATOM   6363  N   THR C  65     -14.983 -18.368 -45.919  1.00 39.52           N  
+ATOM   6364  CA  THR C  65     -13.927 -17.390 -45.670  1.00 39.60           C  
+ATOM   6365  C   THR C  65     -13.015 -17.758 -44.514  1.00 39.83           C  
+ATOM   6366  O   THR C  65     -13.356 -18.619 -43.710  1.00 39.98           O  
+ATOM   6367  CB  THR C  65     -14.497 -15.992 -45.402  1.00 39.60           C  
+ATOM   6368  OG1 THR C  65     -15.643 -16.094 -44.553  1.00 39.98           O  
+ATOM   6369  CG2 THR C  65     -14.896 -15.319 -46.695  1.00 39.50           C  
+ATOM   6370  N   ASN C  66     -11.850 -17.107 -44.455  1.00 40.18           N  
+ATOM   6371  CA  ASN C  66     -10.873 -17.275 -43.371  1.00 40.62           C  
+ATOM   6372  C   ASN C  66     -10.151 -15.964 -43.019  1.00 40.86           C  
+ATOM   6373  O   ASN C  66      -9.216 -15.552 -43.712  1.00 40.96           O  
+ATOM   6374  CB  ASN C  66      -9.805 -18.321 -43.719  1.00 40.62           C  
+ATOM   6375  CG  ASN C  66     -10.364 -19.717 -43.930  1.00 41.40           C  
+ATOM   6376  OD1 ASN C  66     -11.460 -20.058 -43.478  1.00 42.29           O  
+ATOM   6377  ND2 ASN C  66      -9.583 -20.548 -44.611  1.00 42.58           N  
+ATOM   6378  N   TYR C  67     -10.594 -15.318 -41.944  1.00 41.16           N  
+ATOM   6379  CA  TYR C  67      -9.908 -14.167 -41.371  1.00 41.26           C  
+ATOM   6380  C   TYR C  67      -8.915 -14.671 -40.338  1.00 41.85           C  
+ATOM   6381  O   TYR C  67      -8.979 -15.830 -39.916  1.00 41.99           O  
+ATOM   6382  CB  TYR C  67     -10.919 -13.249 -40.696  1.00 40.80           C  
+ATOM   6383  CG  TYR C  67     -11.939 -12.681 -41.648  1.00 40.55           C  
+ATOM   6384  CD1 TYR C  67     -12.860 -13.500 -42.294  1.00 39.89           C  
+ATOM   6385  CD2 TYR C  67     -11.987 -11.319 -41.902  1.00 41.16           C  
+ATOM   6386  CE1 TYR C  67     -13.803 -12.972 -43.171  1.00 39.93           C  
+ATOM   6387  CE2 TYR C  67     -12.928 -10.780 -42.784  1.00 41.10           C  
+ATOM   6388  CZ  TYR C  67     -13.830 -11.610 -43.411  1.00 40.37           C  
+ATOM   6389  OH  TYR C  67     -14.747 -11.071 -44.282  1.00 40.44           O  
+ATOM   6390  N   ASN C  68      -7.974 -13.822 -39.946  1.00 42.50           N  
+ATOM   6391  CA  ASN C  68      -7.243 -14.080 -38.722  1.00 43.30           C  
+ATOM   6392  C   ASN C  68      -7.814 -13.121 -37.685  1.00 43.68           C  
+ATOM   6393  O   ASN C  68      -8.058 -11.948 -37.977  1.00 43.68           O  
+ATOM   6394  CB  ASN C  68      -5.742 -13.898 -38.903  1.00 43.55           C  
+ATOM   6395  CG  ASN C  68      -5.329 -12.458 -38.821  1.00 44.07           C  
+ATOM   6396  OD1 ASN C  68      -5.538 -11.692 -39.757  1.00 43.89           O  
+ATOM   6397  ND2 ASN C  68      -4.773 -12.067 -37.679  1.00 44.85           N  
+ATOM   6398  N   GLU C  69      -8.040 -13.638 -36.482  1.00 44.21           N  
+ATOM   6399  CA  GLU C  69      -8.883 -12.989 -35.482  1.00 44.47           C  
+ATOM   6400  C   GLU C  69      -8.753 -11.473 -35.473  1.00 44.69           C  
+ATOM   6401  O   GLU C  69      -9.755 -10.772 -35.372  1.00 44.87           O  
+ATOM   6402  CB  GLU C  69      -8.602 -13.572 -34.091  1.00 44.62           C  
+ATOM   6403  N   LYS C  70      -7.524 -10.979 -35.614  1.00 44.97           N  
+ATOM   6404  CA  LYS C  70      -7.238  -9.539 -35.514  1.00 45.27           C  
+ATOM   6405  C   LYS C  70      -7.961  -8.624 -36.528  1.00 45.45           C  
+ATOM   6406  O   LYS C  70      -7.794  -7.415 -36.476  1.00 45.70           O  
+ATOM   6407  CB  LYS C  70      -5.721  -9.284 -35.551  1.00 44.90           C  
+ATOM   6408  N   PHE C  71      -8.757  -9.181 -37.435  1.00 45.72           N  
+ATOM   6409  CA  PHE C  71      -9.410  -8.371 -38.459  1.00 46.36           C  
+ATOM   6410  C   PHE C  71     -10.871  -8.736 -38.651  1.00 47.30           C  
+ATOM   6411  O   PHE C  71     -11.580  -8.092 -39.437  1.00 47.18           O  
+ATOM   6412  CB  PHE C  71      -8.702  -8.528 -39.801  1.00 45.93           C  
+ATOM   6413  CG  PHE C  71      -7.346  -7.892 -39.862  1.00 45.82           C  
+ATOM   6414  CD1 PHE C  71      -7.206  -6.539 -40.150  1.00 45.47           C  
+ATOM   6415  CD2 PHE C  71      -6.197  -8.652 -39.666  1.00 45.61           C  
+ATOM   6416  CE1 PHE C  71      -5.934  -5.952 -40.220  1.00 45.08           C  
+ATOM   6417  CE2 PHE C  71      -4.930  -8.072 -39.734  1.00 44.66           C  
+ATOM   6418  CZ  PHE C  71      -4.799  -6.723 -40.013  1.00 44.53           C  
+ATOM   6419  N   LYS C  72     -11.309  -9.777 -37.942  1.00 48.54           N  
+ATOM   6420  CA  LYS C  72     -12.642 -10.359 -38.122  1.00 49.75           C  
+ATOM   6421  C   LYS C  72     -13.779  -9.323 -37.994  1.00 50.66           C  
+ATOM   6422  O   LYS C  72     -14.751  -9.349 -38.773  1.00 50.94           O  
+ATOM   6423  CB  LYS C  72     -12.848 -11.544 -37.170  1.00 49.53           C  
+ATOM   6424  N   SER C  74     -13.645  -8.405 -37.033  1.00 51.43           N  
+ATOM   6425  CA  SER C  74     -14.633  -7.342 -36.846  1.00 52.07           C  
+ATOM   6426  C   SER C  74     -14.417  -6.196 -37.840  1.00 52.56           C  
+ATOM   6427  O   SER C  74     -15.366  -5.795 -38.525  1.00 52.94           O  
+ATOM   6428  CB  SER C  74     -14.598  -6.816 -35.420  1.00 51.92           C  
+ATOM   6429  OG  SER C  74     -13.350  -6.199 -35.176  1.00 52.92           O  
+ATOM   6430  N   LYS C  75     -13.180  -5.687 -37.934  1.00 52.88           N  
+ATOM   6431  CA  LYS C  75     -12.844  -4.566 -38.851  1.00 52.98           C  
+ATOM   6432  C   LYS C  75     -13.204  -4.799 -40.334  1.00 52.84           C  
+ATOM   6433  O   LYS C  75     -13.961  -4.022 -40.929  1.00 52.87           O  
+ATOM   6434  CB  LYS C  75     -11.361  -4.170 -38.733  1.00 52.98           C  
+ATOM   6435  N   ALA C  76     -12.674  -5.877 -40.909  1.00 52.51           N  
+ATOM   6436  CA  ALA C  76     -12.744  -6.105 -42.350  1.00 52.12           C  
+ATOM   6437  C   ALA C  76     -13.886  -7.021 -42.764  1.00 51.75           C  
+ATOM   6438  O   ALA C  76     -14.340  -7.846 -41.966  1.00 51.76           O  
+ATOM   6439  CB  ALA C  76     -11.424  -6.674 -42.831  1.00 52.41           C  
+ATOM   6440  N   THR C  77     -14.340  -6.872 -44.009  1.00 51.23           N  
+ATOM   6441  CA  THR C  77     -15.314  -7.800 -44.601  1.00 50.99           C  
+ATOM   6442  C   THR C  77     -15.054  -8.077 -46.089  1.00 51.25           C  
+ATOM   6443  O   THR C  77     -15.059  -7.168 -46.925  1.00 51.13           O  
+ATOM   6444  CB  THR C  77     -16.776  -7.349 -44.385  1.00 50.59           C  
+ATOM   6445  OG1 THR C  77     -17.034  -7.248 -42.990  1.00 49.89           O  
+ATOM   6446  CG2 THR C  77     -17.736  -8.361 -44.953  1.00 50.45           C  
+ATOM   6447  N   MET C  78     -14.836  -9.346 -46.406  1.00 51.53           N  
+ATOM   6448  CA  MET C  78     -14.569  -9.756 -47.773  1.00 51.88           C  
+ATOM   6449  C   MET C  78     -15.878 -10.145 -48.449  1.00 52.27           C  
+ATOM   6450  O   MET C  78     -16.671 -10.901 -47.885  1.00 52.48           O  
+ATOM   6451  CB  MET C  78     -13.566 -10.915 -47.789  1.00 51.84           C  
+ATOM   6452  CG  MET C  78     -12.260 -10.612 -47.055  1.00 51.48           C  
+ATOM   6453  SD  MET C  78     -11.075 -11.974 -47.049  1.00 51.83           S  
+ATOM   6454  CE  MET C  78     -11.609 -12.904 -45.635  1.00 52.11           C  
+ATOM   6455  N   THR C  79     -16.113  -9.588 -49.638  1.00 52.72           N  
+ATOM   6456  CA  THR C  79     -17.289  -9.895 -50.473  1.00 52.93           C  
+ATOM   6457  C   THR C  79     -16.922  -9.776 -51.946  1.00 53.27           C  
+ATOM   6458  O   THR C  79     -16.136  -8.901 -52.330  1.00 53.49           O  
+ATOM   6459  CB  THR C  79     -18.476  -8.925 -50.238  1.00 52.89           C  
+ATOM   6460  OG1 THR C  79     -18.079  -7.582 -50.556  1.00 52.51           O  
+ATOM   6461  CG2 THR C  79     -19.009  -9.005 -48.801  1.00 52.86           C  
+ATOM   6462  N   VAL C  80     -17.503 -10.644 -52.769  1.00 53.49           N  
+ATOM   6463  CA  VAL C  80     -17.247 -10.622 -54.205  1.00 53.71           C  
+ATOM   6464  C   VAL C  80     -18.480 -10.250 -55.017  1.00 54.26           C  
+ATOM   6465  O   VAL C  80     -19.567 -10.043 -54.477  1.00 54.42           O  
+ATOM   6466  CB  VAL C  80     -16.683 -11.955 -54.719  1.00 53.49           C  
+ATOM   6467  CG1 VAL C  80     -15.345 -12.233 -54.078  1.00 53.69           C  
+ATOM   6468  CG2 VAL C  80     -17.669 -13.094 -54.482  1.00 53.05           C  
+ATOM   6469  N   ASP C  81     -18.286 -10.175 -56.327  1.00 54.88           N  
+ATOM   6470  CA  ASP C  81     -19.335  -9.853 -57.271  1.00 55.28           C  
+ATOM   6471  C   ASP C  81     -19.003 -10.642 -58.523  1.00 55.20           C  
+ATOM   6472  O   ASP C  81     -18.618 -10.082 -59.551  1.00 55.14           O  
+ATOM   6473  CB  ASP C  81     -19.341  -8.342 -57.529  1.00 55.65           C  
+ATOM   6474  CG  ASP C  81     -20.388  -7.911 -58.544  1.00 56.78           C  
+ATOM   6475  OD1 ASP C  81     -21.521  -8.448 -58.540  1.00 57.39           O  
+ATOM   6476  OD2 ASP C  81     -20.065  -7.010 -59.346  1.00 58.34           O  
+ATOM   6477  N   THR C  82     -19.139 -11.960 -58.392  1.00 55.32           N  
+ATOM   6478  CA  THR C  82     -18.794 -12.958 -59.423  1.00 55.57           C  
+ATOM   6479  C   THR C  82     -19.216 -12.612 -60.857  1.00 55.52           C  
+ATOM   6480  O   THR C  82     -18.606 -13.091 -61.831  1.00 55.35           O  
+ATOM   6481  CB  THR C  82     -19.402 -14.327 -59.067  1.00 55.69           C  
+ATOM   6482  OG1 THR C  82     -20.677 -14.130 -58.430  1.00 56.39           O  
+ATOM   6483  CG2 THR C  82     -18.476 -15.090 -58.129  1.00 55.64           C  
+ATOM   6484  N   SER C  83     -20.275 -11.805 -60.968  1.00 55.34           N  
+ATOM   6485  CA  SER C  83     -20.694 -11.211 -62.234  1.00 55.05           C  
+ATOM   6486  C   SER C  83     -19.553 -10.399 -62.874  1.00 54.89           C  
+ATOM   6487  O   SER C  83     -19.062 -10.746 -63.958  1.00 55.04           O  
+ATOM   6488  CB  SER C  83     -21.932 -10.342 -62.017  1.00 55.06           C  
+ATOM   6489  OG  SER C  83     -21.807  -9.580 -60.828  1.00 54.62           O  
+ATOM   6490  N   THR C  84     -19.108  -9.350 -62.186  1.00 54.39           N  
+ATOM   6491  CA  THR C  84     -18.030  -8.508 -62.700  1.00 54.05           C  
+ATOM   6492  C   THR C  84     -16.622  -9.054 -62.456  1.00 53.88           C  
+ATOM   6493  O   THR C  84     -15.642  -8.408 -62.833  1.00 54.11           O  
+ATOM   6494  CB  THR C  84     -18.097  -7.088 -62.127  1.00 53.99           C  
+ATOM   6495  OG1 THR C  84     -18.170  -7.148 -60.698  1.00 53.16           O  
+ATOM   6496  CG2 THR C  84     -19.306  -6.366 -62.675  1.00 54.82           C  
+ATOM   6497  N   ASN C  85     -16.517 -10.233 -61.845  1.00 53.49           N  
+ATOM   6498  CA  ASN C  85     -15.220 -10.796 -61.440  1.00 53.21           C  
+ATOM   6499  C   ASN C  85     -14.424  -9.795 -60.591  1.00 52.83           C  
+ATOM   6500  O   ASN C  85     -13.254  -9.500 -60.861  1.00 52.90           O  
+ATOM   6501  CB  ASN C  85     -14.405 -11.285 -62.652  1.00 53.21           C  
+ATOM   6502  CG  ASN C  85     -15.173 -12.269 -63.514  1.00 53.93           C  
+ATOM   6503  OD1 ASN C  85     -16.300 -11.995 -63.950  1.00 55.72           O  
+ATOM   6504  ND2 ASN C  85     -14.567 -13.421 -63.775  1.00 53.93           N  
+ATOM   6505  N   THR C  86     -15.083  -9.269 -59.564  1.00 52.27           N  
+ATOM   6506  CA  THR C  86     -14.475  -8.265 -58.712  1.00 51.70           C  
+ATOM   6507  C   THR C  86     -14.644  -8.591 -57.235  1.00 51.60           C  
+ATOM   6508  O   THR C  86     -15.766  -8.800 -56.754  1.00 51.59           O  
+ATOM   6509  CB  THR C  86     -15.014  -6.868 -59.033  1.00 51.52           C  
+ATOM   6510  OG1 THR C  86     -14.573  -6.503 -60.343  1.00 51.11           O  
+ATOM   6511  CG2 THR C  86     -14.514  -5.834 -58.024  1.00 51.30           C  
+ATOM   6512  N   ALA C  87     -13.506  -8.651 -56.540  1.00 51.15           N  
+ATOM   6513  CA  ALA C  87     -13.468  -8.857 -55.103  1.00 50.53           C  
+ATOM   6514  C   ALA C  87     -13.251  -7.532 -54.397  1.00 50.13           C  
+ATOM   6515  O   ALA C  87     -12.388  -6.730 -54.762  1.00 49.66           O  
+ATOM   6516  CB  ALA C  87     -12.394  -9.862 -54.720  1.00 50.40           C  
+ATOM   6517  N   TYR C  88     -14.078  -7.311 -53.390  1.00 49.97           N  
+ATOM   6518  CA  TYR C  88     -13.997  -6.127 -52.576  1.00 49.93           C  
+ATOM   6519  C   TYR C  88     -13.517  -6.531 -51.193  1.00 49.95           C  
+ATOM   6520  O   TYR C  88     -13.442  -7.723 -50.870  1.00 50.10           O  
+ATOM   6521  CB  TYR C  88     -15.367  -5.456 -52.480  1.00 49.72           C  
+ATOM   6522  CG  TYR C  88     -16.061  -5.254 -53.804  1.00 49.45           C  
+ATOM   6523  CD1 TYR C  88     -16.712  -6.311 -54.432  1.00 49.50           C  
+ATOM   6524  CD2 TYR C  88     -16.087  -4.002 -54.423  1.00 49.19           C  
+ATOM   6525  CE1 TYR C  88     -17.367  -6.135 -55.646  1.00 49.45           C  
+ATOM   6526  CE2 TYR C  88     -16.743  -3.816 -55.646  1.00 48.92           C  
+ATOM   6527  CZ  TYR C  88     -17.383  -4.892 -56.243  1.00 49.09           C  
+ATOM   6528  OH  TYR C  88     -18.038  -4.754 -57.441  1.00 49.24           O  
+ATOM   6529  N   MET C  89     -13.182  -5.526 -50.393  1.00 49.84           N  
+ATOM   6530  CA  MET C  89     -12.793  -5.710 -49.017  1.00 50.01           C  
+ATOM   6531  C   MET C  89     -13.132  -4.402 -48.354  1.00 50.35           C  
+ATOM   6532  O   MET C  89     -12.592  -3.367 -48.719  1.00 50.38           O  
+ATOM   6533  CB  MET C  89     -11.298  -5.967 -48.930  1.00 49.95           C  
+ATOM   6534  CG  MET C  89     -10.800  -6.504 -47.602  1.00 50.13           C  
+ATOM   6535  SD  MET C  89     -10.424  -5.220 -46.402  1.00 50.96           S  
+ATOM   6536  CE  MET C  89      -9.129  -4.289 -47.241  1.00 50.36           C  
+ATOM   6537  N   GLU C  90     -14.048  -4.447 -47.397  1.00 50.90           N  
+ATOM   6538  CA  GLU C  90     -14.523  -3.240 -46.744  1.00 51.47           C  
+ATOM   6539  C   GLU C  90     -14.055  -3.168 -45.302  1.00 51.67           C  
+ATOM   6540  O   GLU C  90     -14.352  -4.044 -44.489  1.00 51.91           O  
+ATOM   6541  CB  GLU C  90     -16.038  -3.157 -46.831  1.00 51.26           C  
+ATOM   6542  CG  GLU C  90     -16.660  -2.031 -46.032  1.00 51.96           C  
+ATOM   6543  CD  GLU C  90     -18.147  -1.856 -46.335  1.00 52.38           C  
+ATOM   6544  OE1 GLU C  90     -18.765  -2.799 -46.885  1.00 53.60           O  
+ATOM   6545  OE2 GLU C  90     -18.698  -0.774 -46.027  1.00 52.90           O  
+ATOM   6546  N   LEU C  91     -13.304  -2.122 -44.997  1.00 52.03           N  
+ATOM   6547  CA  LEU C  91     -12.821  -1.904 -43.650  1.00 52.56           C  
+ATOM   6548  C   LEU C  91     -13.748  -0.956 -42.919  1.00 52.86           C  
+ATOM   6549  O   LEU C  91     -13.914   0.186 -43.339  1.00 53.26           O  
+ATOM   6550  CB  LEU C  91     -11.412  -1.321 -43.685  1.00 52.67           C  
+ATOM   6551  CG  LEU C  91     -10.244  -2.290 -43.522  1.00 52.52           C  
+ATOM   6552  CD1 LEU C  91      -9.016  -1.674 -44.132  1.00 51.67           C  
+ATOM   6553  CD2 LEU C  91     -10.026  -2.624 -42.044  1.00 53.00           C  
+ATOM   6554  N   SER C  92     -14.349  -1.427 -41.829  1.00 53.10           N  
+ATOM   6555  CA  SER C  92     -15.305  -0.621 -41.065  1.00 53.20           C  
+ATOM   6556  C   SER C  92     -14.606   0.238 -39.999  1.00 53.24           C  
+ATOM   6557  O   SER C  92     -13.458  -0.036 -39.626  1.00 52.97           O  
+ATOM   6558  CB  SER C  92     -16.404  -1.503 -40.450  1.00 53.06           C  
+ATOM   6559  N   SER C  93     -15.316   1.277 -39.543  1.00 53.44           N  
+ATOM   6560  CA  SER C  93     -14.851   2.237 -38.527  1.00 53.44           C  
+ATOM   6561  C   SER C  93     -13.328   2.345 -38.430  1.00 53.24           C  
+ATOM   6562  O   SER C  93     -12.699   1.660 -37.609  1.00 52.91           O  
+ATOM   6563  CB  SER C  93     -15.463   1.918 -37.156  1.00 53.60           C  
+ATOM   6564  OG  SER C  93     -14.944   0.712 -36.632  1.00 53.92           O  
+ATOM   6565  N   LEU C  94     -12.755   3.211 -39.270  1.00 53.07           N  
+ATOM   6566  CA  LEU C  94     -11.302   3.310 -39.420  1.00 52.85           C  
+ATOM   6567  C   LEU C  94     -10.617   3.895 -38.194  1.00 52.95           C  
+ATOM   6568  O   LEU C  94     -11.149   4.791 -37.548  1.00 53.19           O  
+ATOM   6569  CB  LEU C  94     -10.924   4.114 -40.670  1.00 52.66           C  
+ATOM   6570  CG  LEU C  94     -10.832   3.504 -42.087  1.00 52.03           C  
+ATOM   6571  CD1 LEU C  94     -10.383   2.044 -42.103  1.00 51.40           C  
+ATOM   6572  CD2 LEU C  94     -12.115   3.689 -42.886  1.00 51.13           C  
+ATOM   6573  N   ARG C  95      -9.449   3.350 -37.868  1.00 53.10           N  
+ATOM   6574  CA  ARG C  95      -8.563   3.909 -36.848  1.00 53.39           C  
+ATOM   6575  C   ARG C  95      -7.334   4.467 -37.568  1.00 53.67           C  
+ATOM   6576  O   ARG C  95      -6.927   3.940 -38.605  1.00 53.65           O  
+ATOM   6577  CB  ARG C  95      -8.141   2.837 -35.832  1.00 53.16           C  
+ATOM   6578  N   SER C  96      -6.735   5.525 -37.029  1.00 53.86           N  
+ATOM   6579  CA  SER C  96      -5.540   6.091 -37.656  1.00 54.00           C  
+ATOM   6580  C   SER C  96      -4.387   5.079 -37.690  1.00 53.85           C  
+ATOM   6581  O   SER C  96      -3.373   5.313 -38.348  1.00 54.20           O  
+ATOM   6582  CB  SER C  96      -5.116   7.398 -36.978  1.00 54.07           C  
+ATOM   6583  OG  SER C  96      -4.302   7.138 -35.849  1.00 55.29           O  
+ATOM   6584  N   GLU C  97      -4.548   3.962 -36.977  1.00 53.64           N  
+ATOM   6585  CA  GLU C  97      -3.626   2.817 -37.084  1.00 53.03           C  
+ATOM   6586  C   GLU C  97      -3.976   1.912 -38.291  1.00 52.45           C  
+ATOM   6587  O   GLU C  97      -3.164   1.094 -38.706  1.00 52.65           O  
+ATOM   6588  CB  GLU C  97      -3.554   2.020 -35.765  1.00 52.68           C  
+ATOM   6589  N   ASP C  98      -5.164   2.082 -38.871  1.00 51.58           N  
+ATOM   6590  CA  ASP C  98      -5.548   1.316 -40.067  1.00 50.93           C  
+ATOM   6591  C   ASP C  98      -4.907   1.796 -41.364  1.00 50.11           C  
+ATOM   6592  O   ASP C  98      -5.213   1.258 -42.424  1.00 50.00           O  
+ATOM   6593  CB  ASP C  98      -7.065   1.339 -40.272  1.00 51.14           C  
+ATOM   6594  CG  ASP C  98      -7.805   0.481 -39.280  1.00 51.96           C  
+ATOM   6595  OD1 ASP C  98      -7.264  -0.561 -38.854  1.00 53.24           O  
+ATOM   6596  OD2 ASP C  98      -8.945   0.846 -38.938  1.00 52.72           O  
+ATOM   6597  N   THR C  99      -4.057   2.819 -41.303  1.00 49.14           N  
+ATOM   6598  CA  THR C  99      -3.492   3.383 -42.528  1.00 48.17           C  
+ATOM   6599  C   THR C  99      -2.420   2.447 -43.055  1.00 47.67           C  
+ATOM   6600  O   THR C  99      -1.394   2.231 -42.402  1.00 48.02           O  
+ATOM   6601  CB  THR C  99      -2.900   4.790 -42.325  1.00 48.14           C  
+ATOM   6602  OG1 THR C  99      -3.934   5.709 -41.962  1.00 47.95           O  
+ATOM   6603  CG2 THR C  99      -2.248   5.282 -43.608  1.00 48.21           C  
+ATOM   6604  N   ALA C 100      -2.669   1.880 -44.228  1.00 46.63           N  
+ATOM   6605  CA  ALA C 100      -1.745   0.929 -44.829  1.00 45.66           C  
+ATOM   6606  C   ALA C 100      -2.064   0.749 -46.302  1.00 45.10           C  
+ATOM   6607  O   ALA C 100      -3.075   1.267 -46.804  1.00 45.10           O  
+ATOM   6608  CB  ALA C 100      -1.806  -0.412 -44.102  1.00 45.55           C  
+ATOM   6609  N   VAL C 101      -1.188   0.024 -46.993  1.00 44.10           N  
+ATOM   6610  CA  VAL C 101      -1.427  -0.337 -48.373  1.00 43.17           C  
+ATOM   6611  C   VAL C 101      -2.219  -1.632 -48.355  1.00 42.80           C  
+ATOM   6612  O   VAL C 101      -1.844  -2.585 -47.666  1.00 42.62           O  
+ATOM   6613  CB  VAL C 101      -0.123  -0.475 -49.164  1.00 42.96           C  
+ATOM   6614  CG1 VAL C 101      -0.410  -0.958 -50.580  1.00 43.08           C  
+ATOM   6615  CG2 VAL C 101       0.585   0.859 -49.213  1.00 42.41           C  
+ATOM   6616  N   TYR C 102      -3.329  -1.652 -49.087  1.00 42.18           N  
+ATOM   6617  CA  TYR C 102      -4.197  -2.809 -49.069  1.00 41.88           C  
+ATOM   6618  C   TYR C 102      -4.107  -3.632 -50.345  1.00 41.55           C  
+ATOM   6619  O   TYR C 102      -4.654  -3.284 -51.382  1.00 41.44           O  
+ATOM   6620  CB  TYR C 102      -5.619  -2.413 -48.675  1.00 42.13           C  
+ATOM   6621  CG  TYR C 102      -5.702  -2.116 -47.192  1.00 42.93           C  
+ATOM   6622  CD1 TYR C 102      -5.562  -0.809 -46.700  1.00 43.15           C  
+ATOM   6623  CD2 TYR C 102      -5.863  -3.149 -46.268  1.00 43.11           C  
+ATOM   6624  CE1 TYR C 102      -5.612  -0.548 -45.326  1.00 42.13           C  
+ATOM   6625  CE2 TYR C 102      -5.909  -2.895 -44.904  1.00 42.31           C  
+ATOM   6626  CZ  TYR C 102      -5.781  -1.601 -44.440  1.00 41.97           C  
+ATOM   6627  OH  TYR C 102      -5.835  -1.380 -43.081  1.00 42.69           O  
+ATOM   6628  N   TYR C 103      -3.365  -4.727 -50.239  1.00 41.33           N  
+ATOM   6629  CA  TYR C 103      -3.100  -5.621 -51.352  1.00 40.84           C  
+ATOM   6630  C   TYR C 103      -4.182  -6.699 -51.426  1.00 40.89           C  
+ATOM   6631  O   TYR C 103      -4.778  -7.076 -50.413  1.00 40.93           O  
+ATOM   6632  CB  TYR C 103      -1.727  -6.295 -51.181  1.00 40.42           C  
+ATOM   6633  CG  TYR C 103      -0.519  -5.451 -51.532  1.00 39.82           C  
+ATOM   6634  CD1 TYR C 103       0.292  -4.905 -50.536  1.00 39.32           C  
+ATOM   6635  CD2 TYR C 103      -0.165  -5.223 -52.864  1.00 40.06           C  
+ATOM   6636  CE1 TYR C 103       1.420  -4.134 -50.856  1.00 39.24           C  
+ATOM   6637  CE2 TYR C 103       0.953  -4.452 -53.198  1.00 39.52           C  
+ATOM   6638  CZ  TYR C 103       1.742  -3.914 -52.190  1.00 39.64           C  
+ATOM   6639  OH  TYR C 103       2.844  -3.156 -52.522  1.00 39.75           O  
+ATOM   6640  N   CYS C 104      -4.428  -7.183 -52.637  1.00 40.83           N  
+ATOM   6641  CA  CYS C 104      -5.261  -8.348 -52.866  1.00 40.72           C  
+ATOM   6642  C   CYS C 104      -4.421  -9.357 -53.648  1.00 40.35           C  
+ATOM   6643  O   CYS C 104      -3.462  -8.985 -54.333  1.00 40.22           O  
+ATOM   6644  CB  CYS C 104      -6.504  -7.963 -53.657  1.00 40.75           C  
+ATOM   6645  SG  CYS C 104      -6.168  -7.671 -55.414  1.00 42.77           S  
+ATOM   6646  N   ALA C 105      -4.782 -10.630 -53.546  1.00 40.04           N  
+ATOM   6647  CA  ALA C 105      -4.003 -11.695 -54.156  1.00 39.70           C  
+ATOM   6648  C   ALA C 105      -4.840 -12.946 -54.421  1.00 39.59           C  
+ATOM   6649  O   ALA C 105      -5.612 -13.395 -53.564  1.00 39.80           O  
+ATOM   6650  CB  ALA C 105      -2.812 -12.038 -53.273  1.00 39.51           C  
+ATOM   6651  N   SER C 106      -4.701 -13.488 -55.625  1.00 39.06           N  
+ATOM   6652  CA  SER C 106      -5.138 -14.838 -55.895  1.00 38.54           C  
+ATOM   6653  C   SER C 106      -3.976 -15.761 -55.476  1.00 38.35           C  
+ATOM   6654  O   SER C 106      -2.880 -15.687 -56.026  1.00 38.35           O  
+ATOM   6655  CB  SER C 106      -5.503 -15.002 -57.370  1.00 38.17           C  
+ATOM   6656  N   ARG C 107      -4.207 -16.589 -54.463  1.00 37.88           N  
+ATOM   6657  CA  ARG C 107      -3.205 -17.535 -54.004  1.00 37.53           C  
+ATOM   6658  C   ARG C 107      -3.908 -18.839 -53.650  1.00 37.69           C  
+ATOM   6659  O   ARG C 107      -4.917 -18.834 -52.946  1.00 37.65           O  
+ATOM   6660  CB  ARG C 107      -2.459 -16.983 -52.799  1.00 37.55           C  
+ATOM   6661  CG  ARG C 107      -2.152 -15.506 -52.871  1.00 36.80           C  
+ATOM   6662  CD  ARG C 107      -1.205 -15.110 -51.765  1.00 36.21           C  
+ATOM   6663  NE  ARG C 107      -1.882 -15.047 -50.478  1.00 35.08           N  
+ATOM   6664  CZ  ARG C 107      -1.271 -15.061 -49.300  1.00 34.66           C  
+ATOM   6665  NH1 ARG C 107       0.059 -15.148 -49.224  1.00 33.96           N  
+ATOM   6666  NH2 ARG C 107      -2.008 -15.003 -48.195  1.00 33.62           N  
+ATOM   6667  N   ASP C 108      -3.359 -19.957 -54.113  1.00 37.73           N  
+ATOM   6668  CA  ASP C 108      -4.151 -21.160 -54.321  1.00 37.97           C  
+ATOM   6669  C   ASP C 108      -3.231 -22.299 -54.689  1.00 37.89           C  
+ATOM   6670  O   ASP C 108      -2.056 -22.089 -54.992  1.00 37.90           O  
+ATOM   6671  CB  ASP C 108      -5.044 -20.914 -55.537  1.00 38.24           C  
+ATOM   6672  CG  ASP C 108      -6.450 -21.445 -55.372  1.00 39.41           C  
+ATOM   6673  OD1 ASP C 108      -6.775 -22.429 -56.058  1.00 40.62           O  
+ATOM   6674  OD2 ASP C 108      -7.248 -20.857 -54.605  1.00 40.99           O  
+ATOM   6675  N   TYR C 109      -3.771 -23.509 -54.695  1.00 37.79           N  
+ATOM   6676  CA  TYR C 109      -3.072 -24.621 -55.302  1.00 37.76           C  
+ATOM   6677  C   TYR C 109      -3.830 -25.051 -56.543  1.00 38.15           C  
+ATOM   6678  O   TYR C 109      -5.043 -25.255 -56.500  1.00 38.01           O  
+ATOM   6679  CB  TYR C 109      -2.946 -25.781 -54.330  1.00 37.61           C  
+ATOM   6680  CG  TYR C 109      -1.840 -25.625 -53.327  1.00 37.23           C  
+ATOM   6681  CD1 TYR C 109      -0.527 -25.909 -53.674  1.00 38.20           C  
+ATOM   6682  CD2 TYR C 109      -2.100 -25.207 -52.029  1.00 36.81           C  
+ATOM   6683  CE1 TYR C 109       0.516 -25.768 -52.754  1.00 37.96           C  
+ATOM   6684  CE2 TYR C 109      -1.067 -25.058 -51.099  1.00 37.49           C  
+ATOM   6685  CZ  TYR C 109       0.241 -25.346 -51.474  1.00 37.50           C  
+ATOM   6686  OH  TYR C 109       1.275 -25.220 -50.582  1.00 37.31           O  
+ATOM   6687  N   ASP C 110      -3.106 -25.160 -57.653  1.00 38.73           N  
+ATOM   6688  CA  ASP C 110      -3.651 -25.673 -58.903  1.00 39.16           C  
+ATOM   6689  C   ASP C 110      -4.132 -27.104 -58.727  1.00 39.49           C  
+ATOM   6690  O   ASP C 110      -3.589 -27.859 -57.907  1.00 39.43           O  
+ATOM   6691  CB  ASP C 110      -2.592 -25.617 -60.014  1.00 39.11           C  
+ATOM   6692  CG  ASP C 110      -2.667 -24.332 -60.833  1.00 39.89           C  
+ATOM   6693  OD1 ASP C 110      -3.667 -23.600 -60.703  1.00 41.52           O  
+ATOM   6694  OD2 ASP C 110      -1.743 -24.047 -61.623  1.00 40.29           O  
+ATOM   6695  N   TYR C 111      -5.162 -27.464 -59.491  1.00 39.98           N  
+ATOM   6696  CA  TYR C 111      -5.570 -28.867 -59.664  1.00 40.29           C  
+ATOM   6697  C   TYR C 111      -4.322 -29.734 -59.946  1.00 39.82           C  
+ATOM   6698  O   TYR C 111      -4.286 -30.922 -59.591  1.00 39.58           O  
+ATOM   6699  CB  TYR C 111      -6.619 -28.961 -60.796  1.00 41.26           C  
+ATOM   6700  CG  TYR C 111      -7.181 -30.346 -61.090  1.00 42.07           C  
+ATOM   6701  CD1 TYR C 111      -8.387 -30.772 -60.529  1.00 42.48           C  
+ATOM   6702  CD2 TYR C 111      -6.518 -31.212 -61.962  1.00 43.42           C  
+ATOM   6703  CE1 TYR C 111      -8.902 -32.047 -60.806  1.00 43.67           C  
+ATOM   6704  CE2 TYR C 111      -7.015 -32.480 -62.253  1.00 44.33           C  
+ATOM   6705  CZ  TYR C 111      -8.205 -32.902 -61.674  1.00 44.16           C  
+ATOM   6706  OH  TYR C 111      -8.679 -34.172 -61.980  1.00 43.61           O  
+ATOM   6707  N   ALA C 112A     -3.317 -29.103 -60.577  1.00 39.15           N  
+ATOM   6708  CA  ALA C 112A     -1.962 -29.649 -60.777  1.00 38.28           C  
+ATOM   6709  C   ALA C 112A     -1.223 -29.928 -59.455  1.00 37.55           C  
+ATOM   6710  O   ALA C 112A     -0.542 -30.948 -59.311  1.00 37.24           O  
+ATOM   6711  CB  ALA C 112A     -1.131 -28.696 -61.663  1.00 38.03           C  
+ATOM   6712  N   GLY C 112      -1.357 -29.013 -58.501  1.00 36.76           N  
+ATOM   6713  CA  GLY C 112      -0.639 -29.113 -57.235  1.00 36.15           C  
+ATOM   6714  C   GLY C 112       0.474 -28.091 -57.037  1.00 35.58           C  
+ATOM   6715  O   GLY C 112       1.001 -27.957 -55.935  1.00 35.36           O  
+ATOM   6716  N   ARG C 113       0.841 -27.397 -58.114  1.00 35.18           N  
+ATOM   6717  CA  ARG C 113       1.775 -26.280 -58.067  1.00 34.76           C  
+ATOM   6718  C   ARG C 113       1.017 -25.059 -57.544  1.00 34.78           C  
+ATOM   6719  O   ARG C 113      -0.160 -24.875 -57.887  1.00 34.60           O  
+ATOM   6720  CB  ARG C 113       2.350 -26.010 -59.463  1.00 34.40           C  
+ATOM   6721  N   TYR C 114       1.677 -24.241 -56.713  1.00 34.76           N  
+ATOM   6722  CA  TYR C 114       1.044 -23.047 -56.108  1.00 34.51           C  
+ATOM   6723  C   TYR C 114       0.749 -21.954 -57.134  1.00 34.30           C  
+ATOM   6724  O   TYR C 114       1.507 -21.755 -58.073  1.00 34.34           O  
+ATOM   6725  CB  TYR C 114       1.902 -22.474 -54.982  1.00 34.36           C  
+ATOM   6726  CG  TYR C 114       1.132 -21.685 -53.926  1.00 34.50           C  
+ATOM   6727  CD1 TYR C 114       0.434 -22.345 -52.908  1.00 34.38           C  
+ATOM   6728  CD2 TYR C 114       1.129 -20.281 -53.920  1.00 34.49           C  
+ATOM   6729  CE1 TYR C 114      -0.265 -21.637 -51.920  1.00 33.96           C  
+ATOM   6730  CE2 TYR C 114       0.433 -19.559 -52.932  1.00 34.29           C  
+ATOM   6731  CZ  TYR C 114      -0.264 -20.253 -51.937  1.00 34.33           C  
+ATOM   6732  OH  TYR C 114      -0.954 -19.576 -50.952  1.00 34.46           O  
+ATOM   6733  N   PHE C 115      -0.362 -21.256 -56.937  1.00 34.02           N  
+ATOM   6734  CA  PHE C 115      -0.831 -20.236 -57.857  1.00 33.96           C  
+ATOM   6735  C   PHE C 115      -0.909 -18.902 -57.089  1.00 34.34           C  
+ATOM   6736  O   PHE C 115      -1.730 -18.762 -56.171  1.00 34.57           O  
+ATOM   6737  CB  PHE C 115      -2.211 -20.665 -58.388  1.00 33.60           C  
+ATOM   6738  CG  PHE C 115      -2.864 -19.669 -59.301  1.00 33.42           C  
+ATOM   6739  CD1 PHE C 115      -2.896 -19.884 -60.669  1.00 34.15           C  
+ATOM   6740  CD2 PHE C 115      -3.467 -18.526 -58.799  1.00 33.33           C  
+ATOM   6741  CE1 PHE C 115      -3.506 -18.966 -61.528  1.00 33.39           C  
+ATOM   6742  CE2 PHE C 115      -4.067 -17.610 -59.643  1.00 33.70           C  
+ATOM   6743  CZ  PHE C 115      -4.089 -17.836 -61.016  1.00 33.35           C  
+ATOM   6744  N   ASP C 116      -0.057 -17.928 -57.413  1.00 34.41           N  
+ATOM   6745  CA  ASP C 116      -0.194 -16.635 -56.733  1.00 34.81           C  
+ATOM   6746  C   ASP C 116       0.234 -15.395 -57.512  1.00 34.89           C  
+ATOM   6747  O   ASP C 116       1.309 -15.337 -58.101  1.00 35.04           O  
+ATOM   6748  CB  ASP C 116       0.302 -16.664 -55.252  1.00 35.11           C  
+ATOM   6749  CG  ASP C 116       1.631 -15.954 -55.030  1.00 35.28           C  
+ATOM   6750  OD1 ASP C 116       1.651 -14.781 -54.596  1.00 33.12           O  
+ATOM   6751  OD2 ASP C 116       2.661 -16.592 -55.275  1.00 37.70           O  
+ATOM   6752  N   TYR C 117      -0.666 -14.418 -57.506  1.00 35.06           N  
+ATOM   6753  CA  TYR C 117      -0.509 -13.161 -58.209  1.00 35.41           C  
+ATOM   6754  C   TYR C 117      -1.013 -12.011 -57.325  1.00 35.36           C  
+ATOM   6755  O   TYR C 117      -1.778 -12.227 -56.389  1.00 35.37           O  
+ATOM   6756  CB  TYR C 117      -1.316 -13.215 -59.497  1.00 35.97           C  
+ATOM   6757  CG  TYR C 117      -0.761 -14.158 -60.532  1.00 36.50           C  
+ATOM   6758  CD1 TYR C 117      -0.037 -13.674 -61.613  1.00 36.57           C  
+ATOM   6759  CD2 TYR C 117      -0.978 -15.531 -60.444  1.00 37.73           C  
+ATOM   6760  CE1 TYR C 117       0.462 -14.523 -62.576  1.00 36.71           C  
+ATOM   6761  CE2 TYR C 117      -0.466 -16.400 -61.402  1.00 37.71           C  
+ATOM   6762  CZ  TYR C 117       0.250 -15.884 -62.467  1.00 37.02           C  
+ATOM   6763  OH  TYR C 117       0.754 -16.730 -63.429  1.00 37.10           O  
+ATOM   6764  N   TRP C 118      -0.596 -10.789 -57.616  1.00 35.19           N  
+ATOM   6765  CA  TRP C 118      -0.891  -9.689 -56.718  1.00 35.37           C  
+ATOM   6766  C   TRP C 118      -1.336  -8.440 -57.467  1.00 36.24           C  
+ATOM   6767  O   TRP C 118      -0.882  -8.188 -58.577  1.00 36.35           O  
+ATOM   6768  CB  TRP C 118       0.349  -9.354 -55.877  1.00 34.86           C  
+ATOM   6769  CG  TRP C 118       0.712 -10.357 -54.815  1.00 33.66           C  
+ATOM   6770  CD1 TRP C 118       1.188 -11.611 -55.010  1.00 33.43           C  
+ATOM   6771  CD2 TRP C 118       0.656 -10.167 -53.401  1.00 32.57           C  
+ATOM   6772  NE1 TRP C 118       1.412 -12.228 -53.811  1.00 33.15           N  
+ATOM   6773  CE2 TRP C 118       1.096 -11.361 -52.803  1.00 32.66           C  
+ATOM   6774  CE3 TRP C 118       0.263  -9.109 -52.580  1.00 32.69           C  
+ATOM   6775  CZ2 TRP C 118       1.166 -11.527 -51.423  1.00 33.12           C  
+ATOM   6776  CZ3 TRP C 118       0.332  -9.274 -51.206  1.00 33.44           C  
+ATOM   6777  CH2 TRP C 118       0.783 -10.473 -50.642  1.00 33.43           C  
+ATOM   6778  N   GLY C 119      -2.224  -7.661 -56.846  1.00 37.33           N  
+ATOM   6779  CA  GLY C 119      -2.582  -6.326 -57.332  1.00 38.64           C  
+ATOM   6780  C   GLY C 119      -1.494  -5.298 -57.031  1.00 39.73           C  
+ATOM   6781  O   GLY C 119      -0.432  -5.631 -56.494  1.00 39.90           O  
+ATOM   6782  N   GLN C 120      -1.752  -4.043 -57.383  1.00 40.56           N  
+ATOM   6783  CA  GLN C 120      -0.817  -2.964 -57.104  1.00 41.59           C  
+ATOM   6784  C   GLN C 120      -0.898  -2.564 -55.638  1.00 42.10           C  
+ATOM   6785  O   GLN C 120      -0.037  -1.834 -55.155  1.00 42.63           O  
+ATOM   6786  CB  GLN C 120      -1.128  -1.724 -57.943  1.00 41.64           C  
+ATOM   6787  CG  GLN C 120      -2.006  -1.951 -59.183  1.00 43.87           C  
+ATOM   6788  CD  GLN C 120      -3.510  -2.000 -58.878  1.00 45.70           C  
+ATOM   6789  OE1 GLN C 120      -4.179  -2.983 -59.198  1.00 46.31           O  
+ATOM   6790  NE2 GLN C 120      -4.039  -0.940 -58.265  1.00 46.09           N  
+ATOM   6791  N   GLY C 121      -1.943  -3.011 -54.941  1.00 42.44           N  
+ATOM   6792  CA  GLY C 121      -2.259  -2.493 -53.610  1.00 42.80           C  
+ATOM   6793  C   GLY C 121      -2.934  -1.129 -53.660  1.00 43.17           C  
+ATOM   6794  O   GLY C 121      -2.752  -0.361 -54.609  1.00 43.20           O  
+ATOM   6795  N   THR C 122      -3.715  -0.830 -52.624  1.00 43.52           N  
+ATOM   6796  CA  THR C 122      -4.533   0.380 -52.568  1.00 43.59           C  
+ATOM   6797  C   THR C 122      -4.176   1.121 -51.285  1.00 44.10           C  
+ATOM   6798  O   THR C 122      -4.256   0.542 -50.197  1.00 44.09           O  
+ATOM   6799  CB  THR C 122      -6.060   0.034 -52.587  1.00 43.29           C  
+ATOM   6800  OG1 THR C 122      -6.396  -0.670 -53.788  1.00 41.98           O  
+ATOM   6801  CG2 THR C 122      -6.909   1.281 -52.505  1.00 43.28           C  
+ATOM   6802  N   LEU C 123      -3.772   2.386 -51.409  1.00 44.80           N  
+ATOM   6803  CA  LEU C 123      -3.379   3.164 -50.231  1.00 45.60           C  
+ATOM   6804  C   LEU C 123      -4.536   3.895 -49.556  1.00 46.41           C  
+ATOM   6805  O   LEU C 123      -4.994   4.933 -50.040  1.00 46.74           O  
+ATOM   6806  CB  LEU C 123      -2.239   4.148 -50.535  1.00 45.50           C  
+ATOM   6807  CG  LEU C 123      -1.650   4.880 -49.307  1.00 45.23           C  
+ATOM   6808  CD1 LEU C 123      -1.423   3.943 -48.111  1.00 44.20           C  
+ATOM   6809  CD2 LEU C 123      -0.362   5.608 -49.648  1.00 45.16           C  
+ATOM   6810  N   VAL C 124      -4.973   3.361 -48.419  1.00 47.14           N  
+ATOM   6811  CA  VAL C 124      -6.004   4.000 -47.608  1.00 47.92           C  
+ATOM   6812  C   VAL C 124      -5.359   4.778 -46.464  1.00 48.47           C  
+ATOM   6813  O   VAL C 124      -4.733   4.181 -45.584  1.00 48.71           O  
+ATOM   6814  CB  VAL C 124      -7.047   2.964 -47.091  1.00 47.94           C  
+ATOM   6815  CG1 VAL C 124      -7.811   3.491 -45.894  1.00 47.75           C  
+ATOM   6816  CG2 VAL C 124      -8.021   2.585 -48.207  1.00 48.10           C  
+ATOM   6817  N   THR C 125      -5.505   6.108 -46.504  1.00 49.27           N  
+ATOM   6818  CA  THR C 125      -4.965   7.028 -45.483  1.00 49.97           C  
+ATOM   6819  C   THR C 125      -6.067   7.513 -44.544  1.00 50.58           C  
+ATOM   6820  O   THR C 125      -7.082   8.037 -45.002  1.00 50.82           O  
+ATOM   6821  CB  THR C 125      -4.303   8.282 -46.115  1.00 49.78           C  
+ATOM   6822  OG1 THR C 125      -3.552   7.912 -47.276  1.00 49.88           O  
+ATOM   6823  CG2 THR C 125      -3.383   8.973 -45.118  1.00 49.61           C  
+ATOM   6824  N   VAL C 126      -5.866   7.346 -43.239  1.00 51.30           N  
+ATOM   6825  CA  VAL C 126      -6.838   7.815 -42.248  1.00 52.07           C  
+ATOM   6826  C   VAL C 126      -6.345   9.135 -41.669  1.00 52.83           C  
+ATOM   6827  O   VAL C 126      -5.335   9.155 -40.965  1.00 53.18           O  
+ATOM   6828  CB  VAL C 126      -7.068   6.778 -41.109  1.00 51.82           C  
+ATOM   6829  CG1 VAL C 126      -8.046   7.305 -40.093  1.00 51.86           C  
+ATOM   6830  CG2 VAL C 126      -7.586   5.474 -41.664  1.00 51.82           C  
+ATOM   6831  N   SER C 127      -7.031  10.234 -41.977  1.00 53.67           N  
+ATOM   6832  CA  SER C 127      -6.600  11.546 -41.484  1.00 54.69           C  
+ATOM   6833  C   SER C 127      -7.744  12.545 -41.422  1.00 55.26           C  
+ATOM   6834  O   SER C 127      -8.649  12.513 -42.248  1.00 55.44           O  
+ATOM   6835  CB  SER C 127      -5.445  12.112 -42.334  1.00 54.78           C  
+ATOM   6836  OG  SER C 127      -4.405  12.657 -41.520  1.00 54.61           O  
+ATOM   6837  N   SER C 128      -7.688  13.426 -40.425  1.00 56.14           N  
+ATOM   6838  CA  SER C 128      -8.673  14.488 -40.248  1.00 56.91           C  
+ATOM   6839  C   SER C 128      -8.565  15.491 -41.386  1.00 57.42           C  
+ATOM   6840  O   SER C 128      -9.584  15.886 -41.970  1.00 57.41           O  
+ATOM   6841  CB  SER C 128      -8.457  15.194 -38.908  1.00 56.87           C  
+ATOM   6842  N   ALA C 129      -7.317  15.872 -41.690  1.00 58.08           N  
+ATOM   6843  CA  ALA C 129      -6.962  16.827 -42.749  1.00 58.66           C  
+ATOM   6844  C   ALA C 129      -7.540  16.439 -44.097  1.00 59.07           C  
+ATOM   6845  O   ALA C 129      -7.668  15.252 -44.406  1.00 58.97           O  
+ATOM   6846  CB  ALA C 129      -5.451  16.961 -42.850  1.00 58.64           C  
+ATOM   6847  N   SER C 130      -7.881  17.447 -44.894  1.00 59.86           N  
+ATOM   6848  CA  SER C 130      -8.589  17.224 -46.158  1.00 60.89           C  
+ATOM   6849  C   SER C 130      -7.681  17.311 -47.398  1.00 61.74           C  
+ATOM   6850  O   SER C 130      -6.575  17.879 -47.341  1.00 61.87           O  
+ATOM   6851  CB  SER C 130      -9.767  18.194 -46.283  1.00 60.65           C  
+ATOM   6852  OG  SER C 130      -9.321  19.526 -46.110  1.00 60.33           O  
+ATOM   6853  N   THR C 131      -8.170  16.741 -48.504  1.00 62.49           N  
+ATOM   6854  CA  THR C 131      -7.504  16.742 -49.818  1.00 63.30           C  
+ATOM   6855  C   THR C 131      -6.740  18.027 -50.201  1.00 63.77           C  
+ATOM   6856  O   THR C 131      -6.988  19.100 -49.656  1.00 63.78           O  
+ATOM   6857  CB  THR C 131      -8.534  16.341 -50.940  1.00 63.37           C  
+ATOM   6858  OG1 THR C 131      -8.320  14.977 -51.328  1.00 63.54           O  
+ATOM   6859  CG2 THR C 131      -8.442  17.239 -52.185  1.00 63.09           C  
+ATOM   6860  N   LYS C 132      -5.794  17.891 -51.127  1.00 64.52           N  
+ATOM   6861  CA  LYS C 132      -5.170  19.031 -51.802  1.00 65.40           C  
+ATOM   6862  C   LYS C 132      -4.452  18.576 -53.075  1.00 66.20           C  
+ATOM   6863  O   LYS C 132      -3.791  17.526 -53.096  1.00 66.37           O  
+ATOM   6864  CB  LYS C 132      -4.196  19.777 -50.884  1.00 65.30           C  
+ATOM   6865  N   GLY C 133      -4.606  19.368 -54.136  1.00 66.97           N  
+ATOM   6866  CA  GLY C 133      -3.893  19.152 -55.394  1.00 67.51           C  
+ATOM   6867  C   GLY C 133      -2.448  19.616 -55.281  1.00 68.03           C  
+ATOM   6868  O   GLY C 133      -2.118  20.438 -54.419  1.00 68.02           O  
+ATOM   6869  N   PRO C 134      -1.569  19.078 -56.145  1.00 68.37           N  
+ATOM   6870  CA  PRO C 134      -0.142  19.416 -56.155  1.00 68.57           C  
+ATOM   6871  C   PRO C 134       0.270  20.560 -57.115  1.00 68.80           C  
+ATOM   6872  O   PRO C 134      -0.576  21.134 -57.818  1.00 68.76           O  
+ATOM   6873  CB  PRO C 134       0.512  18.093 -56.590  1.00 68.52           C  
+ATOM   6874  CG  PRO C 134      -0.625  17.249 -57.216  1.00 68.31           C  
+ATOM   6875  CD  PRO C 134      -1.887  18.055 -57.157  1.00 68.41           C  
+ATOM   6876  N   SER C 135       1.569  20.877 -57.127  1.00 68.95           N  
+ATOM   6877  CA  SER C 135       2.151  21.824 -58.087  1.00 68.86           C  
+ATOM   6878  C   SER C 135       3.476  21.306 -58.679  1.00 68.79           C  
+ATOM   6879  O   SER C 135       3.552  20.885 -59.846  1.00 68.53           O  
+ATOM   6880  CB  SER C 135       2.358  23.192 -57.426  1.00 68.85           C  
+ATOM   6881  OG  SER C 135       1.121  23.792 -57.082  1.00 68.60           O  
+ATOM   6882  N   GLY C 136      14.151  17.230 -63.099  1.00 75.47           N  
+ATOM   6883  CA  GLY C 136      12.968  17.821 -63.701  1.00 75.50           C  
+ATOM   6884  C   GLY C 136      12.266  18.824 -62.804  1.00 75.51           C  
+ATOM   6885  O   GLY C 136      12.846  19.854 -62.434  1.00 75.65           O  
+ATOM   6886  N   CYS C 137      11.025  18.500 -62.438  1.00 75.38           N  
+ATOM   6887  CA  CYS C 137      10.099  19.437 -61.784  1.00 75.13           C  
+ATOM   6888  C   CYS C 137       9.664  19.014 -60.380  1.00 74.93           C  
+ATOM   6889  O   CYS C 137       9.489  17.826 -60.116  1.00 74.78           O  
+ATOM   6890  CB  CYS C 137       8.866  19.606 -62.665  1.00 75.06           C  
+ATOM   6891  SG  CYS C 137       8.563  18.155 -63.705  1.00 75.34           S  
+ATOM   6892  N   LEU C 138       9.492  20.002 -59.495  1.00 74.82           N  
+ATOM   6893  CA  LEU C 138       8.985  19.790 -58.130  1.00 74.70           C  
+ATOM   6894  C   LEU C 138       7.453  19.744 -58.108  1.00 74.67           C  
+ATOM   6895  O   LEU C 138       6.795  20.478 -58.852  1.00 74.76           O  
+ATOM   6896  CB  LEU C 138       9.494  20.878 -57.169  1.00 74.27           C  
+ATOM   6897  N   VAL C 139       6.901  18.862 -57.270  1.00 74.62           N  
+ATOM   6898  CA  VAL C 139       5.458  18.794 -57.010  1.00 74.62           C  
+ATOM   6899  C   VAL C 139       5.197  19.035 -55.517  1.00 74.62           C  
+ATOM   6900  O   VAL C 139       5.448  18.151 -54.693  1.00 74.79           O  
+ATOM   6901  CB  VAL C 139       4.852  17.435 -57.456  1.00 74.37           C  
+ATOM   6902  N   LYS C 140       4.712  20.230 -55.166  1.00 74.48           N  
+ATOM   6903  CA  LYS C 140       4.567  20.605 -53.747  1.00 74.28           C  
+ATOM   6904  C   LYS C 140       3.119  20.787 -53.278  1.00 74.09           C  
+ATOM   6905  O   LYS C 140       2.200  20.966 -54.092  1.00 73.92           O  
+ATOM   6906  CB  LYS C 140       5.407  21.849 -53.406  1.00 74.16           C  
+ATOM   6907  N   ASP C 141       2.953  20.709 -51.952  1.00 73.84           N  
+ATOM   6908  CA  ASP C 141       1.692  20.942 -51.231  1.00 73.52           C  
+ATOM   6909  C   ASP C 141       0.492  20.152 -51.755  1.00 73.08           C  
+ATOM   6910  O   ASP C 141      -0.309  20.657 -52.550  1.00 72.80           O  
+ATOM   6911  CB  ASP C 141       1.390  22.441 -51.148  1.00 73.78           C  
+ATOM   6912  CG  ASP C 141       2.563  23.246 -50.594  1.00 75.02           C  
+ATOM   6913  OD1 ASP C 141       3.457  22.657 -49.935  1.00 75.74           O  
+ATOM   6914  OD2 ASP C 141       2.590  24.480 -50.821  1.00 76.65           O  
+ATOM   6915  N   TYR C 142       0.393  18.905 -51.293  1.00 72.58           N  
+ATOM   6916  CA  TYR C 142      -0.706  18.006 -51.650  1.00 72.07           C  
+ATOM   6917  C   TYR C 142      -0.999  16.990 -50.547  1.00 71.52           C  
+ATOM   6918  O   TYR C 142      -0.110  16.601 -49.794  1.00 71.48           O  
+ATOM   6919  CB  TYR C 142      -0.423  17.293 -52.979  1.00 72.38           C  
+ATOM   6920  CG  TYR C 142       0.696  16.259 -52.948  1.00 72.85           C  
+ATOM   6921  CD1 TYR C 142       0.407  14.896 -52.991  1.00 73.11           C  
+ATOM   6922  CD2 TYR C 142       2.041  16.643 -52.904  1.00 73.10           C  
+ATOM   6923  CE1 TYR C 142       1.422  13.940 -52.971  1.00 73.35           C  
+ATOM   6924  CE2 TYR C 142       3.066  15.690 -52.887  1.00 73.32           C  
+ATOM   6925  CZ  TYR C 142       2.746  14.339 -52.920  1.00 73.22           C  
+ATOM   6926  OH  TYR C 142       3.742  13.383 -52.896  1.00 73.32           O  
+ATOM   6927  N   PHE C 143      -2.258  16.575 -50.464  1.00 70.92           N  
+ATOM   6928  CA  PHE C 143      -2.711  15.579 -49.504  1.00 70.41           C  
+ATOM   6929  C   PHE C 143      -3.908  14.862 -50.123  1.00 70.31           C  
+ATOM   6930  O   PHE C 143      -4.744  15.503 -50.758  1.00 70.02           O  
+ATOM   6931  CB  PHE C 143      -3.115  16.251 -48.189  1.00 70.31           C  
+ATOM   6932  CG  PHE C 143      -3.101  15.332 -46.996  1.00 70.00           C  
+ATOM   6933  CD1 PHE C 143      -2.000  15.295 -46.147  1.00 69.91           C  
+ATOM   6934  CD2 PHE C 143      -4.191  14.516 -46.709  1.00 69.96           C  
+ATOM   6935  CE1 PHE C 143      -1.978  14.451 -45.032  1.00 69.80           C  
+ATOM   6936  CE2 PHE C 143      -4.178  13.664 -45.600  1.00 70.03           C  
+ATOM   6937  CZ  PHE C 143      -3.068  13.634 -44.760  1.00 69.91           C  
+ATOM   6938  N   PRO C 144      -3.990  13.529 -49.966  1.00 70.44           N  
+ATOM   6939  CA  PRO C 144      -3.061  12.608 -49.304  1.00 70.53           C  
+ATOM   6940  C   PRO C 144      -1.976  12.082 -50.242  1.00 70.63           C  
+ATOM   6941  O   PRO C 144      -1.408  12.848 -51.021  1.00 70.83           O  
+ATOM   6942  CB  PRO C 144      -3.975  11.468 -48.859  1.00 70.54           C  
+ATOM   6943  CG  PRO C 144      -5.072  11.441 -49.887  1.00 70.54           C  
+ATOM   6944  CD  PRO C 144      -5.166  12.817 -50.503  1.00 70.54           C  
+ATOM   6945  N   GLU C 145      -1.690  10.788 -50.155  1.00 70.67           N  
+ATOM   6946  CA  GLU C 145      -0.732  10.145 -51.038  1.00 70.79           C  
+ATOM   6947  C   GLU C 145      -1.466   9.100 -51.871  1.00 71.02           C  
+ATOM   6948  O   GLU C 145      -2.540   8.644 -51.472  1.00 70.98           O  
+ATOM   6949  CB  GLU C 145       0.347   9.467 -50.207  1.00 70.78           C  
+ATOM   6950  CG  GLU C 145       1.351  10.405 -49.592  1.00 70.88           C  
+ATOM   6951  CD  GLU C 145       2.685  10.357 -50.295  1.00 71.61           C  
+ATOM   6952  OE1 GLU C 145       2.731  10.610 -51.528  1.00 71.96           O  
+ATOM   6953  OE2 GLU C 145       3.687  10.061 -49.603  1.00 70.99           O  
+ATOM   6954  N   PRO C 146      -0.882   8.690 -53.014  1.00 71.27           N  
+ATOM   6955  CA  PRO C 146       0.377   9.156 -53.561  1.00 71.51           C  
+ATOM   6956  C   PRO C 146       0.220  10.061 -54.776  1.00 71.78           C  
+ATOM   6957  O   PRO C 146      -0.840  10.087 -55.409  1.00 71.69           O  
+ATOM   6958  CB  PRO C 146       1.028   7.845 -54.012  1.00 71.67           C  
+ATOM   6959  CG  PRO C 146      -0.173   6.915 -54.358  1.00 71.17           C  
+ATOM   6960  CD  PRO C 146      -1.426   7.600 -53.844  1.00 71.23           C  
+ATOM   6961  N   VAL C 147       1.283  10.796 -55.087  1.00 72.17           N  
+ATOM   6962  CA  VAL C 147       1.429  11.416 -56.394  1.00 72.47           C  
+ATOM   6963  C   VAL C 147       2.252  10.447 -57.233  1.00 72.78           C  
+ATOM   6964  O   VAL C 147       3.211   9.846 -56.736  1.00 72.60           O  
+ATOM   6965  CB  VAL C 147       2.124  12.794 -56.313  1.00 72.21           C  
+ATOM   6966  N   THR C 148       1.853  10.269 -58.490  1.00 73.39           N  
+ATOM   6967  CA  THR C 148       2.590   9.416 -59.424  1.00 73.97           C  
+ATOM   6968  C   THR C 148       3.167  10.204 -60.605  1.00 74.33           C  
+ATOM   6969  O   THR C 148       2.431  10.878 -61.324  1.00 74.33           O  
+ATOM   6970  CB  THR C 148       1.737   8.223 -59.921  1.00 73.93           C  
+ATOM   6971  OG1 THR C 148       2.567   7.344 -60.686  1.00 74.44           O  
+ATOM   6972  CG2 THR C 148       0.548   8.677 -60.778  1.00 73.81           C  
+ATOM   6973  N   VAL C 149       4.485  10.110 -60.794  1.00 74.93           N  
+ATOM   6974  CA  VAL C 149       5.189  10.870 -61.844  1.00 75.34           C  
+ATOM   6975  C   VAL C 149       5.730   9.979 -62.980  1.00 75.77           C  
+ATOM   6976  O   VAL C 149       6.359   8.949 -62.732  1.00 75.69           O  
+ATOM   6977  CB  VAL C 149       6.345  11.722 -61.252  1.00 75.22           C  
+ATOM   6978  CG1 VAL C 149       6.920  12.655 -62.305  1.00 75.12           C  
+ATOM   6979  CG2 VAL C 149       5.865  12.521 -60.053  1.00 74.84           C  
+ATOM   6980  N   SER C 150       5.468  10.384 -64.220  1.00 76.33           N  
+ATOM   6981  CA  SER C 150       6.046   9.733 -65.391  1.00 77.04           C  
+ATOM   6982  C   SER C 150       7.038  10.684 -66.076  1.00 77.66           C  
+ATOM   6983  O   SER C 150       7.317  11.771 -65.557  1.00 77.68           O  
+ATOM   6984  CB  SER C 150       4.944   9.301 -66.359  1.00 76.91           C  
+ATOM   6985  N   TRP C 151       7.585  10.260 -67.219  1.00 78.47           N  
+ATOM   6986  CA  TRP C 151       8.428  11.123 -68.066  1.00 79.15           C  
+ATOM   6987  C   TRP C 151       8.190  10.892 -69.563  1.00 79.64           C  
+ATOM   6988  O   TRP C 151       7.933   9.758 -70.000  1.00 79.59           O  
+ATOM   6989  CB  TRP C 151       9.911  10.977 -67.730  1.00 79.20           C  
+ATOM   6990  CG  TRP C 151      10.352  11.776 -66.535  1.00 79.57           C  
+ATOM   6991  CD1 TRP C 151      10.783  11.286 -65.336  1.00 79.85           C  
+ATOM   6992  CD2 TRP C 151      10.412  13.209 -66.424  1.00 79.72           C  
+ATOM   6993  NE1 TRP C 151      11.113  12.318 -64.486  1.00 79.76           N  
+ATOM   6994  CE2 TRP C 151      10.894  13.508 -65.126  1.00 79.36           C  
+ATOM   6995  CE3 TRP C 151      10.110  14.267 -67.295  1.00 79.76           C  
+ATOM   6996  CZ2 TRP C 151      11.075  14.817 -64.675  1.00 79.17           C  
+ATOM   6997  CZ3 TRP C 151      10.291  15.576 -66.843  1.00 79.66           C  
+ATOM   6998  CH2 TRP C 151      10.766  15.836 -65.542  1.00 79.53           C  
+ATOM   6999  N   ASN C 152       8.297  11.978 -70.331  1.00 80.20           N  
+ATOM   7000  CA  ASN C 152       7.852  12.040 -71.733  1.00 80.67           C  
+ATOM   7001  C   ASN C 152       6.432  11.467 -71.930  1.00 81.00           C  
+ATOM   7002  O   ASN C 152       5.527  11.744 -71.130  1.00 81.04           O  
+ATOM   7003  CB  ASN C 152       8.882  11.411 -72.683  1.00 80.61           C  
+ATOM   7004  N   SER C 153       6.244  10.667 -72.978  1.00 81.37           N  
+ATOM   7005  CA  SER C 153       4.929  10.094 -73.291  1.00 81.69           C  
+ATOM   7006  C   SER C 153       4.667   8.810 -72.484  1.00 81.68           C  
+ATOM   7007  O   SER C 153       3.772   8.006 -72.819  1.00 81.90           O  
+ATOM   7008  CB  SER C 153       4.799   9.834 -74.810  1.00 81.70           C  
+ATOM   7009  N   GLY C 154       5.438   8.629 -71.412  1.00 81.44           N  
+ATOM   7010  CA  GLY C 154       5.440   7.361 -70.694  1.00 81.19           C  
+ATOM   7011  C   GLY C 154       6.320   6.342 -71.408  1.00 81.04           C  
+ATOM   7012  O   GLY C 154       6.297   5.155 -71.069  1.00 81.25           O  
+ATOM   7013  N   ALA C 155       7.090   6.810 -72.398  1.00 80.58           N  
+ATOM   7014  CA  ALA C 155       8.054   5.978 -73.128  1.00 79.82           C  
+ATOM   7015  C   ALA C 155       9.474   6.085 -72.542  1.00 79.33           C  
+ATOM   7016  O   ALA C 155      10.181   5.079 -72.444  1.00 79.16           O  
+ATOM   7017  CB  ALA C 155       8.039   6.325 -74.614  1.00 79.79           C  
+ATOM   7018  N   LEU C 156       9.878   7.299 -72.158  1.00 78.76           N  
+ATOM   7019  CA  LEU C 156      11.144   7.522 -71.447  1.00 78.44           C  
+ATOM   7020  C   LEU C 156      11.072   6.903 -70.054  1.00 78.32           C  
+ATOM   7021  O   LEU C 156      10.028   6.976 -69.395  1.00 78.46           O  
+ATOM   7022  CB  LEU C 156      11.473   9.022 -71.348  1.00 78.34           C  
+ATOM   7023  CG  LEU C 156      12.528   9.549 -70.353  1.00 78.38           C  
+ATOM   7024  CD1 LEU C 156      13.917   8.904 -70.517  1.00 77.66           C  
+ATOM   7025  CD2 LEU C 156      12.627  11.063 -70.445  1.00 78.10           C  
+ATOM   7026  N   THR C 157      12.179   6.297 -69.617  1.00 77.85           N  
+ATOM   7027  CA  THR C 157      12.246   5.628 -68.313  1.00 77.16           C  
+ATOM   7028  C   THR C 157      13.639   5.698 -67.698  1.00 76.65           C  
+ATOM   7029  O   THR C 157      13.773   5.936 -66.494  1.00 76.60           O  
+ATOM   7030  CB  THR C 157      11.810   4.143 -68.402  1.00 77.08           C  
+ATOM   7031  N   SER C 158      14.667   5.490 -68.524  1.00 75.91           N  
+ATOM   7032  CA  SER C 158      16.057   5.467 -68.053  1.00 75.07           C  
+ATOM   7033  C   SER C 158      16.434   6.737 -67.290  1.00 74.36           C  
+ATOM   7034  O   SER C 158      16.031   7.842 -67.659  1.00 74.38           O  
+ATOM   7035  CB  SER C 158      17.025   5.244 -69.221  1.00 75.00           C  
+ATOM   7036  N   GLY C 159      17.181   6.559 -66.206  1.00 73.53           N  
+ATOM   7037  CA  GLY C 159      17.789   7.672 -65.484  1.00 72.58           C  
+ATOM   7038  C   GLY C 159      16.892   8.441 -64.535  1.00 71.91           C  
+ATOM   7039  O   GLY C 159      17.312   9.468 -63.993  1.00 72.00           O  
+ATOM   7040  N   VAL C 160      15.669   7.949 -64.322  1.00 71.09           N  
+ATOM   7041  CA  VAL C 160      14.707   8.613 -63.427  1.00 70.13           C  
+ATOM   7042  C   VAL C 160      15.019   8.388 -61.949  1.00 69.55           C  
+ATOM   7043  O   VAL C 160      15.587   7.366 -61.564  1.00 69.33           O  
+ATOM   7044  CB  VAL C 160      13.225   8.195 -63.702  1.00 70.19           C  
+ATOM   7045  CG1 VAL C 160      12.744   8.707 -65.063  1.00 69.67           C  
+ATOM   7046  CG2 VAL C 160      13.033   6.668 -63.558  1.00 70.22           C  
+ATOM   7047  N   HIS C 161      14.637   9.365 -61.136  1.00 69.00           N  
+ATOM   7048  CA  HIS C 161      14.745   9.297 -59.682  1.00 68.54           C  
+ATOM   7049  C   HIS C 161      13.557  10.058 -59.071  1.00 68.23           C  
+ATOM   7050  O   HIS C 161      13.675  11.246 -58.750  1.00 68.26           O  
+ATOM   7051  CB  HIS C 161      16.060   9.927 -59.196  1.00 68.50           C  
+ATOM   7052  CG  HIS C 161      17.233   8.996 -59.188  1.00 68.41           C  
+ATOM   7053  ND1 HIS C 161      17.750   8.430 -60.342  1.00 68.76           N  
+ATOM   7054  CD2 HIS C 161      18.024   8.576 -58.165  1.00 68.49           C  
+ATOM   7055  CE1 HIS C 161      18.791   7.678 -60.027  1.00 68.51           C  
+ATOM   7056  NE2 HIS C 161      18.981   7.752 -58.711  1.00 68.38           N  
+ATOM   7057  N   THR C 162      12.417   9.381 -58.927  1.00 67.75           N  
+ATOM   7058  CA  THR C 162      11.244   9.955 -58.252  1.00 67.14           C  
+ATOM   7059  C   THR C 162      11.342   9.759 -56.720  1.00 66.92           C  
+ATOM   7060  O   THR C 162      10.925   8.729 -56.183  1.00 66.98           O  
+ATOM   7061  CB  THR C 162       9.919   9.364 -58.802  1.00 67.13           C  
+ATOM   7062  OG1 THR C 162      10.053   9.063 -60.198  1.00 66.35           O  
+ATOM   7063  CG2 THR C 162       8.771  10.341 -58.600  1.00 66.77           C  
+ATOM   7064  N   PHE C 163      11.897  10.759 -56.038  1.00 66.42           N  
+ATOM   7065  CA  PHE C 163      12.189  10.708 -54.607  1.00 66.05           C  
+ATOM   7066  C   PHE C 163      10.975  10.403 -53.724  1.00 66.09           C  
+ATOM   7067  O   PHE C 163       9.838  10.647 -54.129  1.00 65.99           O  
+ATOM   7068  CB  PHE C 163      12.812  12.030 -54.175  1.00 65.92           C  
+ATOM   7069  CG  PHE C 163      14.213  12.237 -54.680  1.00 66.27           C  
+ATOM   7070  CD1 PHE C 163      15.310  11.885 -53.893  1.00 66.40           C  
+ATOM   7071  CD2 PHE C 163      14.445  12.794 -55.938  1.00 66.29           C  
+ATOM   7072  CE1 PHE C 163      16.614  12.077 -54.351  1.00 65.60           C  
+ATOM   7073  CE2 PHE C 163      15.749  12.989 -56.405  1.00 65.96           C  
+ATOM   7074  CZ  PHE C 163      16.834  12.631 -55.603  1.00 65.88           C  
+ATOM   7075  N   PRO C 164      11.212   9.847 -52.516  1.00 66.20           N  
+ATOM   7076  CA  PRO C 164      10.140   9.679 -51.543  1.00 66.35           C  
+ATOM   7077  C   PRO C 164       9.599  11.026 -51.091  1.00 66.70           C  
+ATOM   7078  O   PRO C 164      10.364  11.982 -50.931  1.00 66.90           O  
+ATOM   7079  CB  PRO C 164      10.841   8.990 -50.366  1.00 66.22           C  
+ATOM   7080  CG  PRO C 164      12.044   8.375 -50.934  1.00 65.90           C  
+ATOM   7081  CD  PRO C 164      12.486   9.321 -51.995  1.00 66.20           C  
+ATOM   7082  N   ALA C 165       8.288  11.095 -50.882  1.00 67.07           N  
+ATOM   7083  CA  ALA C 165       7.647  12.329 -50.435  1.00 67.46           C  
+ATOM   7084  C   ALA C 165       8.223  12.809 -49.108  1.00 67.70           C  
+ATOM   7085  O   ALA C 165       8.797  12.028 -48.347  1.00 67.52           O  
+ATOM   7086  CB  ALA C 165       6.131  12.147 -50.335  1.00 67.36           C  
+ATOM   7087  N   VAL C 166       8.089  14.106 -48.852  1.00 68.29           N  
+ATOM   7088  CA  VAL C 166       8.483  14.674 -47.569  1.00 68.91           C  
+ATOM   7089  C   VAL C 166       7.296  15.406 -46.944  1.00 69.35           C  
+ATOM   7090  O   VAL C 166       6.627  16.200 -47.612  1.00 69.31           O  
+ATOM   7091  CB  VAL C 166       9.695  15.639 -47.682  1.00 68.86           C  
+ATOM   7092  CG1 VAL C 166      10.500  15.614 -46.391  1.00 68.60           C  
+ATOM   7093  CG2 VAL C 166      10.597  15.286 -48.871  1.00 69.08           C  
+ATOM   7094  N   LEU C 167       7.044  15.127 -45.665  1.00 69.97           N  
+ATOM   7095  CA  LEU C 167       5.970  15.776 -44.913  1.00 70.61           C  
+ATOM   7096  C   LEU C 167       6.393  17.129 -44.331  1.00 71.05           C  
+ATOM   7097  O   LEU C 167       7.135  17.192 -43.343  1.00 71.09           O  
+ATOM   7098  CB  LEU C 167       5.452  14.854 -43.803  1.00 70.58           C  
+ATOM   7099  CG  LEU C 167       4.205  15.325 -43.042  1.00 70.91           C  
+ATOM   7100  CD1 LEU C 167       3.184  14.198 -42.914  1.00 71.30           C  
+ATOM   7101  CD2 LEU C 167       4.545  15.932 -41.672  1.00 70.96           C  
+ATOM   7102  N   GLN C 168       5.902  18.206 -44.943  1.00 71.59           N  
+ATOM   7103  CA  GLN C 168       6.169  19.564 -44.468  1.00 72.05           C  
+ATOM   7104  C   GLN C 168       5.381  19.847 -43.174  1.00 72.51           C  
+ATOM   7105  O   GLN C 168       4.472  19.082 -42.813  1.00 72.74           O  
+ATOM   7106  CB  GLN C 168       5.820  20.582 -45.556  1.00 72.06           C  
+ATOM   7107  CG  GLN C 168       6.304  20.199 -46.957  1.00 71.93           C  
+ATOM   7108  CD  GLN C 168       5.590  20.961 -48.067  1.00 71.90           C  
+ATOM   7109  OE1 GLN C 168       6.223  21.460 -48.995  1.00 71.88           O  
+ATOM   7110  NE2 GLN C 168       4.269  21.053 -47.974  1.00 71.62           N  
+ATOM   7111  N   SER C 169       5.730  20.938 -42.485  1.00 72.74           N  
+ATOM   7112  CA  SER C 169       5.117  21.300 -41.194  1.00 72.77           C  
+ATOM   7113  C   SER C 169       3.625  21.645 -41.309  1.00 72.82           C  
+ATOM   7114  O   SER C 169       2.910  21.730 -40.306  1.00 72.64           O  
+ATOM   7115  CB  SER C 169       5.887  22.455 -40.544  1.00 72.72           C  
+ATOM   7116  N   SER C 170       3.163  21.822 -42.541  1.00 73.08           N  
+ATOM   7117  CA  SER C 170       1.769  22.149 -42.815  1.00 73.65           C  
+ATOM   7118  C   SER C 170       0.859  20.921 -42.920  1.00 73.91           C  
+ATOM   7119  O   SER C 170      -0.321  21.046 -43.252  1.00 74.05           O  
+ATOM   7120  CB  SER C 170       1.676  22.968 -44.105  1.00 73.70           C  
+ATOM   7121  OG  SER C 170       2.192  22.239 -45.206  1.00 73.90           O  
+ATOM   7122  N   GLY C 171       1.403  19.738 -42.644  1.00 74.25           N  
+ATOM   7123  CA  GLY C 171       0.676  18.490 -42.871  1.00 74.52           C  
+ATOM   7124  C   GLY C 171       0.647  18.095 -44.343  1.00 74.78           C  
+ATOM   7125  O   GLY C 171       0.273  16.964 -44.677  1.00 74.80           O  
+ATOM   7126  N   LEU C 172       1.049  19.027 -45.214  1.00 74.89           N  
+ATOM   7127  CA  LEU C 172       1.100  18.806 -46.665  1.00 74.91           C  
+ATOM   7128  C   LEU C 172       2.448  18.221 -47.135  1.00 74.94           C  
+ATOM   7129  O   LEU C 172       3.481  18.381 -46.473  1.00 74.63           O  
+ATOM   7130  CB  LEU C 172       0.746  20.093 -47.428  1.00 74.69           C  
+ATOM   7131  N   TYR C 173       2.407  17.550 -48.286  1.00 75.18           N  
+ATOM   7132  CA  TYR C 173       3.535  16.797 -48.829  1.00 75.55           C  
+ATOM   7133  C   TYR C 173       4.235  17.514 -49.980  1.00 75.95           C  
+ATOM   7134  O   TYR C 173       3.615  18.325 -50.670  1.00 76.06           O  
+ATOM   7135  CB  TYR C 173       3.045  15.451 -49.352  1.00 75.42           C  
+ATOM   7136  CG  TYR C 173       2.793  14.391 -48.311  1.00 75.38           C  
+ATOM   7137  CD1 TYR C 173       1.529  13.823 -48.168  1.00 75.13           C  
+ATOM   7138  CD2 TYR C 173       3.825  13.927 -47.491  1.00 75.52           C  
+ATOM   7139  CE1 TYR C 173       1.289  12.832 -47.225  1.00 75.01           C  
+ATOM   7140  CE2 TYR C 173       3.595  12.938 -46.543  1.00 75.40           C  
+ATOM   7141  CZ  TYR C 173       2.325  12.395 -46.419  1.00 75.18           C  
+ATOM   7142  OH  TYR C 173       2.091  11.416 -45.489  1.00 75.14           O  
+ATOM   7143  N   SER C 174       5.518  17.191 -50.189  1.00 76.36           N  
+ATOM   7144  CA  SER C 174       6.319  17.728 -51.304  1.00 76.69           C  
+ATOM   7145  C   SER C 174       7.427  16.760 -51.693  1.00 76.94           C  
+ATOM   7146  O   SER C 174       8.196  16.313 -50.839  1.00 76.96           O  
+ATOM   7147  CB  SER C 174       6.924  19.094 -50.962  1.00 76.63           C  
+ATOM   7148  N   LEU C 175       7.509  16.471 -52.993  1.00 77.32           N  
+ATOM   7149  CA  LEU C 175       8.360  15.408 -53.539  1.00 77.57           C  
+ATOM   7150  C   LEU C 175       9.031  15.808 -54.855  1.00 77.68           C  
+ATOM   7151  O   LEU C 175       8.350  16.114 -55.834  1.00 77.74           O  
+ATOM   7152  CB  LEU C 175       7.524  14.139 -53.766  1.00 77.47           C  
+ATOM   7153  N   SER C 176      10.362  15.784 -54.880  1.00 77.88           N  
+ATOM   7154  CA  SER C 176      11.134  16.078 -56.101  1.00 77.96           C  
+ATOM   7155  C   SER C 176      11.168  14.905 -57.096  1.00 77.99           C  
+ATOM   7156  O   SER C 176      10.843  13.778 -56.736  1.00 78.06           O  
+ATOM   7157  CB  SER C 176      12.556  16.545 -55.744  1.00 77.94           C  
+ATOM   7158  OG  SER C 176      12.943  16.135 -54.438  1.00 77.84           O  
+ATOM   7159  N   SER C 177      11.558  15.175 -58.342  1.00 78.17           N  
+ATOM   7160  CA  SER C 177      11.581  14.155 -59.411  1.00 78.42           C  
+ATOM   7161  C   SER C 177      12.588  14.461 -60.555  1.00 78.71           C  
+ATOM   7162  O   SER C 177      12.210  15.002 -61.603  1.00 78.89           O  
+ATOM   7163  CB  SER C 177      10.160  13.942 -59.964  1.00 78.32           C  
+ATOM   7164  OG  SER C 177      10.157  13.185 -61.164  1.00 78.06           O  
+ATOM   7165  N   VAL C 178      13.855  14.085 -60.355  1.00 78.82           N  
+ATOM   7166  CA  VAL C 178      14.952  14.448 -61.266  1.00 78.87           C  
+ATOM   7167  C   VAL C 178      15.280  13.394 -62.341  1.00 79.02           C  
+ATOM   7168  O   VAL C 178      15.324  12.198 -62.049  1.00 79.13           O  
+ATOM   7169  CB  VAL C 178      16.240  14.765 -60.470  1.00 78.75           C  
+ATOM   7170  N   VAL C 179      15.498  13.849 -63.581  1.00 79.20           N  
+ATOM   7171  CA  VAL C 179      16.019  12.998 -64.674  1.00 79.22           C  
+ATOM   7172  C   VAL C 179      17.450  13.431 -65.008  1.00 79.24           C  
+ATOM   7173  O   VAL C 179      17.928  14.438 -64.471  1.00 79.17           O  
+ATOM   7174  CB  VAL C 179      15.127  13.044 -65.940  1.00 79.15           C  
+ATOM   7175  N   THR C 180      18.140  12.692 -65.881  1.00 79.36           N  
+ATOM   7176  CA  THR C 180      19.580  12.934 -66.041  1.00 79.56           C  
+ATOM   7177  C   THR C 180      20.135  13.516 -67.352  1.00 79.75           C  
+ATOM   7178  O   THR C 180      20.000  12.915 -68.438  1.00 79.80           O  
+ATOM   7179  CB  THR C 180      20.445  11.762 -65.487  1.00 79.57           C  
+ATOM   7180  OG1 THR C 180      21.108  12.213 -64.290  1.00 79.42           O  
+ATOM   7181  CG2 THR C 180      21.516  11.299 -66.492  1.00 79.48           C  
+ATOM   7182  N   VAL C 181      20.613  14.777 -67.205  1.00 79.90           N  
+ATOM   7183  CA  VAL C 181      21.894  15.277 -67.787  1.00 80.04           C  
+ATOM   7184  C   VAL C 181      22.058  16.726 -67.300  1.00 80.04           C  
+ATOM   7185  O   VAL C 181      21.281  17.167 -66.402  1.00 80.00           O  
+ATOM   7186  CB  VAL C 181      22.051  15.169 -69.356  1.00 80.16           C  
+ATOM   7187  CG1 VAL C 181      22.822  16.375 -69.927  1.00 80.07           C  
+ATOM   7188  CG2 VAL C 181      22.803  13.889 -69.739  1.00 80.15           C  
+ATOM   7189  N   TYR C 182      11.057  16.510 -73.167  1.00 82.07           N  
+ATOM   7190  CA  TYR C 182      11.041  16.255 -71.730  1.00 82.14           C  
+ATOM   7191  C   TYR C 182       9.801  16.868 -71.051  1.00 82.17           C  
+ATOM   7192  O   TYR C 182       9.787  18.052 -70.682  1.00 82.23           O  
+ATOM   7193  CB  TYR C 182      12.344  16.744 -71.079  1.00 82.04           C  
+ATOM   7194  N   ILE C 183       8.761  16.046 -70.907  1.00 82.09           N  
+ATOM   7195  CA  ILE C 183       7.506  16.434 -70.251  1.00 81.90           C  
+ATOM   7196  C   ILE C 183       7.091  15.356 -69.232  1.00 81.67           C  
+ATOM   7197  O   ILE C 183       7.259  14.163 -69.491  1.00 81.67           O  
+ATOM   7198  CB  ILE C 183       6.377  16.644 -71.291  1.00 81.86           C  
+ATOM   7199  N   CYS C 184       6.555  15.765 -68.081  1.00 81.32           N  
+ATOM   7200  CA  CYS C 184       6.294  14.810 -66.996  1.00 80.94           C  
+ATOM   7201  C   CYS C 184       4.829  14.665 -66.611  1.00 80.83           C  
+ATOM   7202  O   CYS C 184       4.240  15.585 -66.041  1.00 80.69           O  
+ATOM   7203  CB  CYS C 184       7.116  15.155 -65.749  1.00 80.87           C  
+ATOM   7204  SG  CYS C 184       6.659  16.704 -64.974  1.00 80.28           S  
+ATOM   7205  N   ASN C 185       4.261  13.495 -66.900  1.00 80.77           N  
+ATOM   7206  CA  ASN C 185       2.890  13.161 -66.489  1.00 80.69           C  
+ATOM   7207  C   ASN C 185       2.736  12.944 -64.964  1.00 80.49           C  
+ATOM   7208  O   ASN C 185       2.757  11.804 -64.483  1.00 80.30           O  
+ATOM   7209  CB  ASN C 185       2.372  11.956 -67.289  1.00 80.68           C  
+ATOM   7210  N   VAL C 186       2.583  14.052 -64.227  1.00 80.30           N  
+ATOM   7211  CA  VAL C 186       2.479  14.055 -62.754  1.00 80.19           C  
+ATOM   7212  C   VAL C 186       1.025  14.021 -62.247  1.00 80.10           C  
+ATOM   7213  O   VAL C 186       0.351  15.052 -62.221  1.00 80.19           O  
+ATOM   7214  CB  VAL C 186       3.200  15.281 -62.142  1.00 79.95           C  
+ATOM   7215  N   ASN C 187       0.565  12.840 -61.823  1.00 79.96           N  
+ATOM   7216  CA  ASN C 187      -0.849  12.608 -61.486  1.00 79.76           C  
+ATOM   7217  C   ASN C 187      -1.151  12.305 -60.006  1.00 79.78           C  
+ATOM   7218  O   ASN C 187      -0.419  11.574 -59.340  1.00 79.78           O  
+ATOM   7219  CB  ASN C 187      -1.425  11.512 -62.389  1.00 79.62           C  
+ATOM   7220  CG  ASN C 187      -2.916  11.324 -62.208  1.00 79.58           C  
+ATOM   7221  OD1 ASN C 187      -3.389  10.197 -62.094  1.00 80.20           O  
+ATOM   7222  ND2 ASN C 187      -3.667  12.423 -62.182  1.00 79.33           N  
+ATOM   7223  N   HIS C 188      -2.251  12.877 -59.520  1.00 79.82           N  
+ATOM   7224  CA  HIS C 188      -2.677  12.763 -58.128  1.00 79.80           C  
+ATOM   7225  C   HIS C 188      -4.128  12.274 -58.074  1.00 79.90           C  
+ATOM   7226  O   HIS C 188      -5.063  13.071 -57.947  1.00 79.85           O  
+ATOM   7227  CB  HIS C 188      -2.529  14.123 -57.441  1.00 79.71           C  
+ATOM   7228  CG  HIS C 188      -2.862  14.112 -55.982  1.00 79.62           C  
+ATOM   7229  ND1 HIS C 188      -4.067  14.566 -55.492  1.00 79.42           N  
+ATOM   7230  CD2 HIS C 188      -2.143  13.716 -54.905  1.00 79.38           C  
+ATOM   7231  CE1 HIS C 188      -4.077  14.449 -54.176  1.00 79.26           C  
+ATOM   7232  NE2 HIS C 188      -2.922  13.934 -53.795  1.00 79.19           N  
+ATOM   7233  N   LYS C 189      -4.301  10.958 -58.167  1.00 80.01           N  
+ATOM   7234  CA  LYS C 189      -5.625  10.334 -58.286  1.00 80.13           C  
+ATOM   7235  C   LYS C 189      -6.669  10.737 -57.215  1.00 80.26           C  
+ATOM   7236  O   LYS C 189      -7.841  10.922 -57.557  1.00 80.18           O  
+ATOM   7237  CB  LYS C 189      -5.495   8.807 -58.385  1.00 80.09           C  
+ATOM   7238  N   PRO C 190      -6.259  10.862 -55.927  1.00 80.46           N  
+ATOM   7239  CA  PRO C 190      -7.222  11.262 -54.881  1.00 80.62           C  
+ATOM   7240  C   PRO C 190      -7.800  12.693 -54.948  1.00 80.84           C  
+ATOM   7241  O   PRO C 190      -8.743  12.994 -54.209  1.00 80.86           O  
+ATOM   7242  CB  PRO C 190      -6.430  11.068 -53.578  1.00 80.58           C  
+ATOM   7243  CG  PRO C 190      -5.014  11.161 -53.968  1.00 80.32           C  
+ATOM   7244  CD  PRO C 190      -4.924  10.593 -55.351  1.00 80.50           C  
+ATOM   7245  N   SER C 191      -7.251  13.564 -55.797  1.00 81.02           N  
+ATOM   7246  CA  SER C 191      -7.814  14.910 -55.976  1.00 81.09           C  
+ATOM   7247  C   SER C 191      -8.149  15.207 -57.436  1.00 81.36           C  
+ATOM   7248  O   SER C 191      -8.216  16.373 -57.836  1.00 81.32           O  
+ATOM   7249  CB  SER C 191      -6.880  15.987 -55.413  1.00 80.99           C  
+ATOM   7250  OG  SER C 191      -5.787  16.226 -56.281  1.00 80.44           O  
+ATOM   7251  N   ASN C 192      -8.382  14.142 -58.208  1.00 81.75           N  
+ATOM   7252  CA  ASN C 192      -8.583  14.211 -59.664  1.00 82.05           C  
+ATOM   7253  C   ASN C 192      -7.805  15.337 -60.349  1.00 82.33           C  
+ATOM   7254  O   ASN C 192      -8.389  16.267 -60.916  1.00 82.59           O  
+ATOM   7255  CB  ASN C 192     -10.076  14.235 -60.017  1.00 81.86           C  
+ATOM   7256  CG  ASN C 192     -10.627  12.851 -60.313  1.00 81.97           C  
+ATOM   7257  OD1 ASN C 192     -11.716  12.712 -60.866  1.00 82.12           O  
+ATOM   7258  ND2 ASN C 192      -9.870  11.817 -59.955  1.00 81.96           N  
+ATOM   7259  N   THR C 193      -6.480  15.243 -60.280  1.00 82.51           N  
+ATOM   7260  CA  THR C 193      -5.605  16.319 -60.722  1.00 82.69           C  
+ATOM   7261  C   THR C 193      -4.468  15.784 -61.582  1.00 82.69           C  
+ATOM   7262  O   THR C 193      -3.386  15.483 -61.072  1.00 82.69           O  
+ATOM   7263  CB  THR C 193      -5.013  17.108 -59.515  1.00 82.80           C  
+ATOM   7264  OG1 THR C 193      -6.043  17.389 -58.559  1.00 83.02           O  
+ATOM   7265  CG2 THR C 193      -4.383  18.421 -59.973  1.00 82.93           C  
+ATOM   7266  N   LYS C 194      -4.729  15.653 -62.882  1.00 82.73           N  
+ATOM   7267  CA  LYS C 194      -3.674  15.421 -63.867  1.00 82.71           C  
+ATOM   7268  C   LYS C 194      -3.160  16.787 -64.334  1.00 82.77           C  
+ATOM   7269  O   LYS C 194      -3.962  17.679 -64.637  1.00 82.86           O  
+ATOM   7270  CB  LYS C 194      -4.199  14.590 -65.043  1.00 82.51           C  
+ATOM   7271  N   VAL C 195      -1.837  16.964 -64.364  1.00 82.74           N  
+ATOM   7272  CA  VAL C 195      -1.236  18.261 -64.732  1.00 82.79           C  
+ATOM   7273  C   VAL C 195       0.263  18.191 -65.059  1.00 82.83           C  
+ATOM   7274  O   VAL C 195       1.100  18.381 -64.166  1.00 82.81           O  
+ATOM   7275  CB  VAL C 195      -1.456  19.329 -63.627  1.00 82.64           C  
+ATOM   7276  N   ASP C 196       0.590  17.942 -66.336  1.00 82.87           N  
+ATOM   7277  CA  ASP C 196       1.999  17.846 -66.799  1.00 82.73           C  
+ATOM   7278  C   ASP C 196       2.586  19.084 -67.499  1.00 82.66           C  
+ATOM   7279  O   ASP C 196       2.013  19.599 -68.458  1.00 82.66           O  
+ATOM   7280  CB  ASP C 196       2.267  16.576 -67.644  1.00 82.64           C  
+ATOM   7281  CG  ASP C 196       1.146  16.229 -68.609  1.00 82.03           C  
+ATOM   7282  OD1 ASP C 196       0.965  15.018 -68.862  1.00 81.31           O  
+ATOM   7283  OD2 ASP C 196       0.462  17.138 -69.123  1.00 81.63           O  
+ATOM   7284  N   LYS C 197       3.742  19.533 -67.010  1.00 82.65           N  
+ATOM   7285  CA  LYS C 197       4.466  20.668 -67.592  1.00 82.75           C  
+ATOM   7286  C   LYS C 197       5.608  20.193 -68.516  1.00 82.75           C  
+ATOM   7287  O   LYS C 197       5.834  18.983 -68.669  1.00 82.72           O  
+ATOM   7288  CB  LYS C 197       4.997  21.599 -66.487  1.00 82.61           C  
+ATOM   7289  N   LYS C 198       6.309  21.147 -69.136  1.00 82.57           N  
+ATOM   7290  CA  LYS C 198       7.427  20.843 -70.029  1.00 82.25           C  
+ATOM   7291  C   LYS C 198       8.697  21.556 -69.581  1.00 82.09           C  
+ATOM   7292  O   LYS C 198       9.684  20.914 -69.224  1.00 81.92           O  
+ATOM   7293  CB  LYS C 198       7.080  21.230 -71.467  1.00 82.15           C  
+ATOM   7294  N   ASP B   1      -1.857 -18.561 -33.882  1.00 46.87           N  
+ATOM   7295  CA  ASP B   1      -1.062 -19.425 -32.946  1.00 46.88           C  
+ATOM   7296  C   ASP B   1       0.452 -19.387 -33.198  1.00 46.72           C  
+ATOM   7297  O   ASP B   1       1.236 -19.292 -32.247  1.00 46.93           O  
+ATOM   7298  CB  ASP B   1      -1.558 -20.884 -32.973  1.00 46.83           C  
+ATOM   7299  N   ILE B   2       0.864 -19.469 -34.465  1.00 46.30           N  
+ATOM   7300  CA  ILE B   2       2.297 -19.602 -34.782  1.00 45.87           C  
+ATOM   7301  C   ILE B   2       3.052 -18.253 -34.897  1.00 45.45           C  
+ATOM   7302  O   ILE B   2       2.625 -17.332 -35.588  1.00 45.07           O  
+ATOM   7303  CB  ILE B   2       2.574 -20.557 -35.999  1.00 45.85           C  
+ATOM   7304  CG1 ILE B   2       1.747 -21.845 -35.906  1.00 45.96           C  
+ATOM   7305  CG2 ILE B   2       4.047 -20.951 -36.062  1.00 45.59           C  
+ATOM   7306  CD1 ILE B   2       0.389 -21.784 -36.578  1.00 47.10           C  
+ATOM   7307  N   GLN B   3       4.165 -18.164 -34.173  1.00 45.25           N  
+ATOM   7308  CA  GLN B   3       5.034 -16.995 -34.169  1.00 45.17           C  
+ATOM   7309  C   GLN B   3       6.234 -17.287 -35.030  1.00 44.64           C  
+ATOM   7310  O   GLN B   3       6.833 -18.363 -34.936  1.00 44.73           O  
+ATOM   7311  CB  GLN B   3       5.524 -16.660 -32.751  1.00 45.57           C  
+ATOM   7312  CG  GLN B   3       4.527 -15.898 -31.899  1.00 46.82           C  
+ATOM   7313  CD  GLN B   3       3.350 -16.766 -31.523  1.00 49.04           C  
+ATOM   7314  OE1 GLN B   3       3.507 -17.737 -30.770  1.00 49.48           O  
+ATOM   7315  NE2 GLN B   3       2.163 -16.448 -32.071  1.00 49.16           N  
+ATOM   7316  N   MET B   4       6.595 -16.305 -35.844  1.00 43.86           N  
+ATOM   7317  CA  MET B   4       7.678 -16.448 -36.784  1.00 43.16           C  
+ATOM   7318  C   MET B   4       8.830 -15.555 -36.392  1.00 43.03           C  
+ATOM   7319  O   MET B   4       8.658 -14.354 -36.186  1.00 42.87           O  
+ATOM   7320  CB  MET B   4       7.199 -16.043 -38.169  1.00 43.25           C  
+ATOM   7321  CG  MET B   4       6.047 -16.842 -38.684  1.00 42.25           C  
+ATOM   7322  SD  MET B   4       6.707 -18.310 -39.431  1.00 41.22           S  
+ATOM   7323  CE  MET B   4       6.809 -19.442 -38.058  1.00 40.01           C  
+ATOM   7324  N   THR B   5      10.014 -16.135 -36.296  1.00 42.80           N  
+ATOM   7325  CA  THR B   5      11.198 -15.322 -36.065  1.00 42.52           C  
+ATOM   7326  C   THR B   5      12.109 -15.411 -37.288  1.00 42.32           C  
+ATOM   7327  O   THR B   5      12.693 -16.468 -37.568  1.00 42.53           O  
+ATOM   7328  CB  THR B   5      11.924 -15.708 -34.748  1.00 42.44           C  
+ATOM   7329  OG1 THR B   5      11.003 -15.611 -33.656  1.00 41.41           O  
+ATOM   7330  CG2 THR B   5      13.098 -14.773 -34.486  1.00 42.67           C  
+ATOM   7331  N   GLN B   6      12.198 -14.302 -38.023  1.00 41.70           N  
+ATOM   7332  CA  GLN B   6      13.009 -14.235 -39.233  1.00 41.13           C  
+ATOM   7333  C   GLN B   6      14.188 -13.319 -38.962  1.00 40.75           C  
+ATOM   7334  O   GLN B   6      14.016 -12.229 -38.417  1.00 40.54           O  
+ATOM   7335  CB  GLN B   6      12.172 -13.713 -40.399  1.00 41.19           C  
+ATOM   7336  CG  GLN B   6      12.739 -13.973 -41.780  1.00 40.85           C  
+ATOM   7337  CD  GLN B   6      12.203 -12.985 -42.817  1.00 41.05           C  
+ATOM   7338  OE1 GLN B   6      11.000 -12.912 -43.069  1.00 40.96           O  
+ATOM   7339  NE2 GLN B   6      13.102 -12.223 -43.420  1.00 40.70           N  
+ATOM   7340  N   SER B   7      15.380 -13.786 -39.332  1.00 40.46           N  
+ATOM   7341  CA  SER B   7      16.638 -13.067 -39.092  1.00 40.16           C  
+ATOM   7342  C   SER B   7      17.570 -13.167 -40.300  1.00 39.77           C  
+ATOM   7343  O   SER B   7      17.584 -14.186 -40.988  1.00 39.89           O  
+ATOM   7344  CB  SER B   7      17.352 -13.626 -37.857  1.00 40.34           C  
+ATOM   7345  OG  SER B   7      18.029 -14.844 -38.158  1.00 40.51           O  
+ATOM   7346  N   PRO B   8      18.364 -12.123 -40.553  1.00 39.33           N  
+ATOM   7347  CA  PRO B   8      18.424 -10.914 -39.765  1.00 39.32           C  
+ATOM   7348  C   PRO B   8      17.389  -9.895 -40.207  1.00 39.33           C  
+ATOM   7349  O   PRO B   8      16.708 -10.101 -41.204  1.00 39.04           O  
+ATOM   7350  CB  PRO B   8      19.838 -10.390 -40.030  1.00 39.46           C  
+ATOM   7351  CG  PRO B   8      20.341 -11.119 -41.256  1.00 39.37           C  
+ATOM   7352  CD  PRO B   8      19.281 -12.079 -41.702  1.00 39.36           C  
+ATOM   7353  N   SER B   9      17.276  -8.815 -39.442  1.00 39.65           N  
+ATOM   7354  CA  SER B   9      16.381  -7.718 -39.762  1.00 39.99           C  
+ATOM   7355  C   SER B   9      16.857  -7.021 -41.028  1.00 40.31           C  
+ATOM   7356  O   SER B   9      16.055  -6.764 -41.925  1.00 40.84           O  
+ATOM   7357  CB  SER B   9      16.277  -6.739 -38.594  1.00 39.72           C  
+ATOM   7358  OG  SER B   9      17.494  -6.680 -37.877  1.00 40.52           O  
+ATOM   7359  N   SER B  10      18.156  -6.727 -41.106  1.00 40.55           N  
+ATOM   7360  CA  SER B  10      18.761  -6.184 -42.331  1.00 40.56           C  
+ATOM   7361  C   SER B  10      20.045  -6.930 -42.637  1.00 40.51           C  
+ATOM   7362  O   SER B  10      20.548  -7.688 -41.803  1.00 40.28           O  
+ATOM   7363  CB  SER B  10      19.034  -4.676 -42.222  1.00 40.73           C  
+ATOM   7364  OG  SER B  10      20.264  -4.412 -41.560  1.00 40.78           O  
+ATOM   7365  N   LEU B  11      20.579  -6.703 -43.830  1.00 40.55           N  
+ATOM   7366  CA  LEU B  11      21.683  -7.500 -44.323  1.00 40.83           C  
+ATOM   7367  C   LEU B  11      22.277  -6.906 -45.585  1.00 40.85           C  
+ATOM   7368  O   LEU B  11      21.549  -6.474 -46.483  1.00 40.80           O  
+ATOM   7369  CB  LEU B  11      21.183  -8.910 -44.590  1.00 40.87           C  
+ATOM   7370  CG  LEU B  11      21.926  -9.913 -45.459  1.00 41.69           C  
+ATOM   7371  CD1 LEU B  11      23.375 -10.141 -44.993  1.00 42.95           C  
+ATOM   7372  CD2 LEU B  11      21.116 -11.210 -45.421  1.00 41.47           C  
+ATOM   7373  N   SER B  12      23.610  -6.892 -45.642  1.00 41.01           N  
+ATOM   7374  CA  SER B  12      24.344  -6.358 -46.792  1.00 40.97           C  
+ATOM   7375  C   SER B  12      25.378  -7.342 -47.338  1.00 40.62           C  
+ATOM   7376  O   SER B  12      26.132  -7.945 -46.585  1.00 40.70           O  
+ATOM   7377  CB  SER B  12      25.017  -5.036 -46.437  1.00 41.08           C  
+ATOM   7378  OG  SER B  12      25.817  -4.588 -47.513  1.00 41.80           O  
+ATOM   7379  N   ALA B  13      25.403  -7.488 -48.657  1.00 40.37           N  
+ATOM   7380  CA  ALA B  13      26.292  -8.434 -49.316  1.00 40.26           C  
+ATOM   7381  C   ALA B  13      26.823  -7.894 -50.642  1.00 40.19           C  
+ATOM   7382  O   ALA B  13      26.183  -7.062 -51.295  1.00 40.18           O  
+ATOM   7383  CB  ALA B  13      25.585  -9.757 -49.528  1.00 40.30           C  
+ATOM   7384  N   SER B  14      28.002  -8.370 -51.029  1.00 39.95           N  
+ATOM   7385  CA  SER B  14      28.619  -7.955 -52.277  1.00 39.72           C  
+ATOM   7386  C   SER B  14      27.992  -8.807 -53.362  1.00 39.43           C  
+ATOM   7387  O   SER B  14      27.412  -9.846 -53.071  1.00 39.10           O  
+ATOM   7388  CB  SER B  14      30.137  -8.194 -52.265  1.00 39.88           C  
+ATOM   7389  OG  SER B  14      30.664  -8.375 -50.959  1.00 39.96           O  
+ATOM   7390  N   VAL B  15      28.122  -8.368 -54.609  1.00 39.16           N  
+ATOM   7391  CA  VAL B  15      27.618  -9.124 -55.743  1.00 39.07           C  
+ATOM   7392  C   VAL B  15      28.216 -10.530 -55.736  1.00 39.16           C  
+ATOM   7393  O   VAL B  15      29.297 -10.740 -55.176  1.00 39.18           O  
+ATOM   7394  CB  VAL B  15      27.928  -8.413 -57.052  1.00 39.10           C  
+ATOM   7395  CG1 VAL B  15      26.794  -8.624 -58.046  1.00 38.61           C  
+ATOM   7396  CG2 VAL B  15      28.142  -6.915 -56.793  1.00 39.46           C  
+ATOM   7397  N   GLY B  16      27.494 -11.486 -56.324  1.00 39.28           N  
+ATOM   7398  CA  GLY B  16      27.859 -12.910 -56.278  1.00 39.43           C  
+ATOM   7399  C   GLY B  16      28.209 -13.442 -54.891  1.00 39.54           C  
+ATOM   7400  O   GLY B  16      29.142 -14.227 -54.742  1.00 39.67           O  
+ATOM   7401  N   ASP B  17      27.481 -12.994 -53.873  1.00 39.48           N  
+ATOM   7402  CA  ASP B  17      27.678 -13.474 -52.506  1.00 39.49           C  
+ATOM   7403  C   ASP B  17      26.608 -14.476 -52.192  1.00 38.96           C  
+ATOM   7404  O   ASP B  17      25.607 -14.542 -52.894  1.00 39.08           O  
+ATOM   7405  CB  ASP B  17      27.552 -12.338 -51.489  1.00 40.00           C  
+ATOM   7406  CG  ASP B  17      28.885 -11.694 -51.145  1.00 41.13           C  
+ATOM   7407  OD1 ASP B  17      29.900 -12.008 -51.815  1.00 43.56           O  
+ATOM   7408  OD2 ASP B  17      28.908 -10.866 -50.203  1.00 40.67           O  
+ATOM   7409  N   ARG B  18      26.820 -15.243 -51.128  1.00 38.45           N  
+ATOM   7410  CA  ARG B  18      25.793 -16.123 -50.594  1.00 37.70           C  
+ATOM   7411  C   ARG B  18      25.059 -15.342 -49.527  1.00 36.96           C  
+ATOM   7412  O   ARG B  18      25.640 -14.529 -48.831  1.00 37.07           O  
+ATOM   7413  CB  ARG B  18      26.409 -17.379 -49.996  1.00 37.90           C  
+ATOM   7414  CG  ARG B  18      25.508 -18.583 -50.031  1.00 39.24           C  
+ATOM   7415  CD  ARG B  18      26.295 -19.857 -49.725  1.00 42.34           C  
+ATOM   7416  NE  ARG B  18      25.578 -21.075 -50.142  1.00 44.60           N  
+ATOM   7417  CZ  ARG B  18      24.909 -21.894 -49.324  1.00 44.56           C  
+ATOM   7418  NH1 ARG B  18      24.840 -21.660 -48.014  1.00 44.80           N  
+ATOM   7419  NH2 ARG B  18      24.311 -22.964 -49.824  1.00 44.61           N  
+ATOM   7420  N   VAL B  19      23.764 -15.565 -49.424  1.00 36.26           N  
+ATOM   7421  CA  VAL B  19      22.953 -14.862 -48.460  1.00 35.49           C  
+ATOM   7422  C   VAL B  19      22.106 -15.930 -47.818  1.00 35.18           C  
+ATOM   7423  O   VAL B  19      21.583 -16.797 -48.513  1.00 35.22           O  
+ATOM   7424  CB  VAL B  19      22.045 -13.835 -49.143  1.00 35.24           C  
+ATOM   7425  CG1 VAL B  19      21.183 -13.153 -48.140  1.00 35.48           C  
+ATOM   7426  CG2 VAL B  19      22.863 -12.795 -49.862  1.00 36.00           C  
+ATOM   7427  N   THR B  20      21.983 -15.880 -46.498  1.00 34.78           N  
+ATOM   7428  CA  THR B  20      21.139 -16.818 -45.795  1.00 34.59           C  
+ATOM   7429  C   THR B  20      20.172 -16.168 -44.813  1.00 34.65           C  
+ATOM   7430  O   THR B  20      20.564 -15.575 -43.812  1.00 34.44           O  
+ATOM   7431  CB  THR B  20      21.968 -17.928 -45.152  1.00 34.56           C  
+ATOM   7432  OG1 THR B  20      22.295 -18.886 -46.161  1.00 35.11           O  
+ATOM   7433  CG2 THR B  20      21.190 -18.636 -44.046  1.00 34.82           C  
+ATOM   7434  N   ILE B  21      18.894 -16.272 -45.136  1.00 34.88           N  
+ATOM   7435  CA  ILE B  21      17.855 -15.853 -44.233  1.00 35.10           C  
+ATOM   7436  C   ILE B  21      17.287 -17.106 -43.597  1.00 35.54           C  
+ATOM   7437  O   ILE B  21      16.955 -18.064 -44.293  1.00 35.70           O  
+ATOM   7438  CB  ILE B  21      16.755 -15.100 -44.970  1.00 34.94           C  
+ATOM   7439  CG1 ILE B  21      17.372 -13.997 -45.832  1.00 34.73           C  
+ATOM   7440  CG2 ILE B  21      15.756 -14.536 -43.978  1.00 34.84           C  
+ATOM   7441  CD1 ILE B  21      16.369 -13.230 -46.653  1.00 35.18           C  
+ATOM   7442  N   THR B  22      17.217 -17.107 -42.270  1.00 36.01           N  
+ATOM   7443  CA  THR B  22      16.578 -18.190 -41.527  1.00 36.06           C  
+ATOM   7444  C   THR B  22      15.240 -17.729 -41.035  1.00 36.18           C  
+ATOM   7445  O   THR B  22      14.944 -16.532 -41.026  1.00 35.97           O  
+ATOM   7446  CB  THR B  22      17.395 -18.642 -40.302  1.00 36.09           C  
+ATOM   7447  OG1 THR B  22      18.244 -17.570 -39.857  1.00 35.86           O  
+ATOM   7448  CG2 THR B  22      18.225 -19.890 -40.631  1.00 35.92           C  
+ATOM   7449  N   CYS B  23      14.438 -18.689 -40.605  1.00 36.72           N  
+ATOM   7450  CA  CYS B  23      13.091 -18.386 -40.183  1.00 37.54           C  
+ATOM   7451  C   CYS B  23      12.517 -19.440 -39.260  1.00 37.97           C  
+ATOM   7452  O   CYS B  23      12.160 -20.537 -39.718  1.00 38.24           O  
+ATOM   7453  CB  CYS B  23      12.197 -18.266 -41.397  1.00 37.65           C  
+ATOM   7454  SG  CYS B  23      10.919 -17.140 -41.085  1.00 37.75           S  
+ATOM   7455  N   SER B  24      12.406 -19.088 -37.975  1.00 38.18           N  
+ATOM   7456  CA  SER B  24      12.021 -20.034 -36.919  1.00 38.16           C  
+ATOM   7457  C   SER B  24      10.536 -19.991 -36.580  1.00 37.90           C  
+ATOM   7458  O   SER B  24       9.927 -18.915 -36.550  1.00 37.73           O  
+ATOM   7459  CB  SER B  24      12.856 -19.798 -35.655  1.00 38.22           C  
+ATOM   7460  OG  SER B  24      12.328 -20.519 -34.553  1.00 38.49           O  
+ATOM   7461  N   ALA B  25       9.982 -21.173 -36.307  1.00 37.70           N  
+ATOM   7462  CA  ALA B  25       8.566 -21.337 -35.967  1.00 37.98           C  
+ATOM   7463  C   ALA B  25       8.312 -21.756 -34.506  1.00 38.08           C  
+ATOM   7464  O   ALA B  25       9.020 -22.615 -33.966  1.00 38.40           O  
+ATOM   7465  CB  ALA B  25       7.926 -22.335 -36.915  1.00 38.01           C  
+ATOM   7466  N   SER B  26       7.296 -21.169 -33.871  1.00 37.81           N  
+ATOM   7467  CA  SER B  26       6.966 -21.522 -32.487  1.00 37.57           C  
+ATOM   7468  C   SER B  26       6.415 -22.935 -32.410  1.00 37.50           C  
+ATOM   7469  O   SER B  26       7.087 -23.829 -31.911  1.00 37.67           O  
+ATOM   7470  CB  SER B  26       6.005 -20.511 -31.874  1.00 37.69           C  
+ATOM   7471  OG  SER B  26       5.040 -20.084 -32.813  1.00 37.86           O  
+ATOM   7472  N   SER B  27       5.196 -23.134 -32.907  1.00 37.55           N  
+ATOM   7473  CA  SER B  27       4.684 -24.471 -33.247  1.00 37.30           C  
+ATOM   7474  C   SER B  27       5.239 -24.826 -34.633  1.00 37.09           C  
+ATOM   7475  O   SER B  27       5.580 -23.918 -35.405  1.00 37.17           O  
+ATOM   7476  CB  SER B  27       3.142 -24.462 -33.257  1.00 37.33           C  
+ATOM   7477  OG  SER B  27       2.587 -25.439 -34.138  1.00 37.12           O  
+ATOM   7478  N   SER B  28       5.334 -26.119 -34.955  1.00 36.50           N  
+ATOM   7479  CA  SER B  28       5.765 -26.521 -36.302  1.00 36.06           C  
+ATOM   7480  C   SER B  28       4.678 -26.267 -37.364  1.00 35.56           C  
+ATOM   7481  O   SER B  28       3.478 -26.382 -37.096  1.00 35.07           O  
+ATOM   7482  CB  SER B  28       6.278 -27.959 -36.336  1.00 36.18           C  
+ATOM   7483  OG  SER B  28       5.224 -28.879 -36.506  1.00 36.82           O  
+ATOM   7484  N   VAL B  29       5.128 -25.926 -38.567  1.00 35.14           N  
+ATOM   7485  CA  VAL B  29       4.281 -25.277 -39.554  1.00 34.84           C  
+ATOM   7486  C   VAL B  29       3.904 -26.222 -40.679  1.00 34.57           C  
+ATOM   7487  O   VAL B  29       4.731 -27.032 -41.111  1.00 34.75           O  
+ATOM   7488  CB  VAL B  29       4.995 -24.041 -40.154  1.00 34.89           C  
+ATOM   7489  N   THR B  37       2.666 -26.109 -41.161  1.00 33.95           N  
+ATOM   7490  CA  THR B  37       2.189 -26.980 -42.237  1.00 33.80           C  
+ATOM   7491  C   THR B  37       2.783 -26.698 -43.638  1.00 33.42           C  
+ATOM   7492  O   THR B  37       3.153 -27.636 -44.339  1.00 33.54           O  
+ATOM   7493  CB  THR B  37       0.641 -27.051 -42.302  1.00 33.93           C  
+ATOM   7494  OG1 THR B  37       0.243 -28.069 -43.219  1.00 33.78           O  
+ATOM   7495  CG2 THR B  37       0.079 -25.783 -42.820  1.00 34.61           C  
+ATOM   7496  N   TYR B  38       2.852 -25.427 -44.042  1.00 32.85           N  
+ATOM   7497  CA  TYR B  38       3.461 -25.029 -45.320  1.00 32.25           C  
+ATOM   7498  C   TYR B  38       4.227 -23.724 -45.172  1.00 31.80           C  
+ATOM   7499  O   TYR B  38       3.784 -22.814 -44.468  1.00 31.70           O  
+ATOM   7500  CB  TYR B  38       2.416 -24.810 -46.416  1.00 32.43           C  
+ATOM   7501  CG  TYR B  38       1.708 -26.037 -46.925  1.00 32.64           C  
+ATOM   7502  CD1 TYR B  38       2.399 -27.202 -47.234  1.00 32.53           C  
+ATOM   7503  CD2 TYR B  38       0.333 -26.011 -47.141  1.00 33.82           C  
+ATOM   7504  CE1 TYR B  38       1.726 -28.327 -47.711  1.00 33.16           C  
+ATOM   7505  CE2 TYR B  38      -0.352 -27.123 -47.614  1.00 33.78           C  
+ATOM   7506  CZ  TYR B  38       0.348 -28.278 -47.903  1.00 33.37           C  
+ATOM   7507  OH  TYR B  38      -0.348 -29.371 -48.379  1.00 32.96           O  
+ATOM   7508  N   MET B  39       5.348 -23.631 -45.886  1.00 31.13           N  
+ATOM   7509  CA  MET B  39       6.240 -22.478 -45.846  1.00 30.12           C  
+ATOM   7510  C   MET B  39       6.296 -21.847 -47.236  1.00 29.55           C  
+ATOM   7511  O   MET B  39       6.356 -22.557 -48.230  1.00 29.10           O  
+ATOM   7512  CB  MET B  39       7.631 -22.943 -45.378  1.00 30.25           C  
+ATOM   7513  CG  MET B  39       8.658 -21.855 -45.112  1.00 30.33           C  
+ATOM   7514  SD  MET B  39       7.986 -20.443 -44.219  1.00 31.21           S  
+ATOM   7515  CE  MET B  39       8.023 -21.027 -42.526  1.00 29.87           C  
+ATOM   7516  N   TYR B  40       6.259 -20.516 -47.296  1.00 29.19           N  
+ATOM   7517  CA  TYR B  40       6.354 -19.767 -48.557  1.00 29.15           C  
+ATOM   7518  C   TYR B  40       7.454 -18.725 -48.403  1.00 29.40           C  
+ATOM   7519  O   TYR B  40       7.731 -18.304 -47.280  1.00 29.66           O  
+ATOM   7520  CB  TYR B  40       4.988 -19.124 -48.921  1.00 28.99           C  
+ATOM   7521  CG  TYR B  40       3.866 -20.151 -48.900  1.00 28.58           C  
+ATOM   7522  CD1 TYR B  40       3.623 -20.975 -49.985  1.00 27.83           C  
+ATOM   7523  CD2 TYR B  40       3.112 -20.350 -47.760  1.00 28.30           C  
+ATOM   7524  CE1 TYR B  40       2.655 -21.946 -49.930  1.00 27.61           C  
+ATOM   7525  CE2 TYR B  40       2.143 -21.316 -47.701  1.00 27.22           C  
+ATOM   7526  CZ  TYR B  40       1.915 -22.105 -48.781  1.00 27.89           C  
+ATOM   7527  OH  TYR B  40       0.926 -23.057 -48.694  1.00 29.36           O  
+ATOM   7528  N   TRP B  41       8.120 -18.348 -49.496  1.00 29.66           N  
+ATOM   7529  CA  TRP B  41       9.075 -17.223 -49.450  1.00 30.09           C  
+ATOM   7530  C   TRP B  41       8.753 -16.186 -50.495  1.00 30.21           C  
+ATOM   7531  O   TRP B  41       8.810 -16.460 -51.693  1.00 30.01           O  
+ATOM   7532  CB  TRP B  41      10.532 -17.661 -49.614  1.00 30.41           C  
+ATOM   7533  CG  TRP B  41      11.057 -18.394 -48.470  1.00 30.45           C  
+ATOM   7534  CD1 TRP B  41      11.044 -19.735 -48.308  1.00 31.40           C  
+ATOM   7535  CD2 TRP B  41      11.660 -17.848 -47.295  1.00 31.00           C  
+ATOM   7536  NE1 TRP B  41      11.606 -20.076 -47.104  1.00 32.52           N  
+ATOM   7537  CE2 TRP B  41      11.999 -18.933 -46.460  1.00 32.05           C  
+ATOM   7538  CE3 TRP B  41      11.950 -16.551 -46.862  1.00 31.72           C  
+ATOM   7539  CZ2 TRP B  41      12.632 -18.763 -45.211  1.00 31.18           C  
+ATOM   7540  CZ3 TRP B  41      12.577 -16.380 -45.612  1.00 31.48           C  
+ATOM   7541  CH2 TRP B  41      12.910 -17.483 -44.810  1.00 30.81           C  
+ATOM   7542  N   TYR B  42       8.425 -14.992 -50.012  1.00 30.66           N  
+ATOM   7543  CA  TYR B  42       8.023 -13.863 -50.842  1.00 31.04           C  
+ATOM   7544  C   TYR B  42       9.136 -12.831 -50.934  1.00 31.38           C  
+ATOM   7545  O   TYR B  42       9.927 -12.670 -50.002  1.00 31.73           O  
+ATOM   7546  CB  TYR B  42       6.775 -13.208 -50.249  1.00 31.05           C  
+ATOM   7547  CG  TYR B  42       5.490 -13.890 -50.629  1.00 30.81           C  
+ATOM   7548  CD1 TYR B  42       4.938 -13.694 -51.887  1.00 30.66           C  
+ATOM   7549  CD2 TYR B  42       4.823 -14.722 -49.734  1.00 30.46           C  
+ATOM   7550  CE1 TYR B  42       3.757 -14.317 -52.264  1.00 31.82           C  
+ATOM   7551  CE2 TYR B  42       3.620 -15.354 -50.097  1.00 31.50           C  
+ATOM   7552  CZ  TYR B  42       3.088 -15.145 -51.374  1.00 31.86           C  
+ATOM   7553  OH  TYR B  42       1.899 -15.750 -51.781  1.00 31.36           O  
+ATOM   7554  N   GLN B  43       9.193 -12.115 -52.049  1.00 31.52           N  
+ATOM   7555  CA  GLN B  43      10.233 -11.118 -52.225  1.00 31.79           C  
+ATOM   7556  C   GLN B  43       9.604  -9.833 -52.720  1.00 31.75           C  
+ATOM   7557  O   GLN B  43       8.970  -9.829 -53.771  1.00 31.80           O  
+ATOM   7558  CB  GLN B  43      11.271 -11.638 -53.215  1.00 32.01           C  
+ATOM   7559  CG  GLN B  43      12.434 -10.705 -53.476  1.00 32.48           C  
+ATOM   7560  CD  GLN B  43      12.851 -10.711 -54.930  1.00 33.21           C  
+ATOM   7561  OE1 GLN B  43      12.006 -10.676 -55.835  1.00 34.34           O  
+ATOM   7562  NE2 GLN B  43      14.152 -10.740 -55.169  1.00 33.38           N  
+ATOM   7563  N   GLN B  44       9.774  -8.749 -51.969  1.00 31.83           N  
+ATOM   7564  CA  GLN B  44       9.101  -7.501 -52.305  1.00 32.25           C  
+ATOM   7565  C   GLN B  44      10.073  -6.382 -52.551  1.00 32.78           C  
+ATOM   7566  O   GLN B  44      10.763  -5.956 -51.631  1.00 32.83           O  
+ATOM   7567  CB  GLN B  44       8.145  -7.092 -51.199  1.00 32.17           C  
+ATOM   7568  CG  GLN B  44       7.403  -5.808 -51.493  1.00 32.23           C  
+ATOM   7569  CD  GLN B  44       6.394  -5.447 -50.417  1.00 32.41           C  
+ATOM   7570  OE1 GLN B  44       6.718  -5.405 -49.231  1.00 32.78           O  
+ATOM   7571  NE2 GLN B  44       5.167  -5.161 -50.832  1.00 32.35           N  
+ATOM   7572  N   LYS B  45      10.112  -5.910 -53.796  1.00 33.58           N  
+ATOM   7573  CA  LYS B  45      11.020  -4.833 -54.227  1.00 34.33           C  
+ATOM   7574  C   LYS B  45      10.413  -3.466 -53.915  1.00 34.58           C  
+ATOM   7575  O   LYS B  45       9.196  -3.362 -53.786  1.00 35.00           O  
+ATOM   7576  CB  LYS B  45      11.331  -4.950 -55.719  1.00 34.25           C  
+ATOM   7577  CG  LYS B  45      11.523  -6.380 -56.179  1.00 35.70           C  
+ATOM   7578  CD  LYS B  45      12.395  -6.499 -57.426  1.00 38.28           C  
+ATOM   7579  CE  LYS B  45      13.869  -6.692 -57.063  1.00 39.72           C  
+ATOM   7580  NZ  LYS B  45      14.428  -7.834 -57.860  1.00 40.88           N  
+ATOM   7581  N   PRO B  46      11.253  -2.416 -53.778  1.00 34.74           N  
+ATOM   7582  CA  PRO B  46      10.757  -1.095 -53.376  1.00 34.74           C  
+ATOM   7583  C   PRO B  46       9.530  -0.649 -54.182  1.00 34.71           C  
+ATOM   7584  O   PRO B  46       9.585  -0.571 -55.418  1.00 34.70           O  
+ATOM   7585  CB  PRO B  46      11.947  -0.184 -53.654  1.00 34.89           C  
+ATOM   7586  CG  PRO B  46      13.135  -1.081 -53.491  1.00 34.76           C  
+ATOM   7587  CD  PRO B  46      12.715  -2.413 -53.984  1.00 34.75           C  
+ATOM   7588  N   GLY B  47       8.425  -0.406 -53.477  1.00 34.49           N  
+ATOM   7589  CA  GLY B  47       7.177   0.023 -54.104  1.00 34.12           C  
+ATOM   7590  C   GLY B  47       6.616  -0.871 -55.202  1.00 33.72           C  
+ATOM   7591  O   GLY B  47       5.724  -0.459 -55.947  1.00 33.94           O  
+ATOM   7592  N   LYS B  48       7.166  -2.076 -55.333  1.00 33.14           N  
+ATOM   7593  CA  LYS B  48       6.532  -3.131 -56.113  1.00 32.52           C  
+ATOM   7594  C   LYS B  48       5.789  -4.040 -55.111  1.00 32.16           C  
+ATOM   7595  O   LYS B  48       6.084  -4.032 -53.921  1.00 31.89           O  
+ATOM   7596  CB  LYS B  48       7.557  -3.894 -56.973  1.00 31.88           C  
+ATOM   7597  N   ALA B  49       4.789  -4.776 -55.582  1.00 32.00           N  
+ATOM   7598  CA  ALA B  49       4.092  -5.750 -54.745  1.00 31.60           C  
+ATOM   7599  C   ALA B  49       5.005  -6.942 -54.405  1.00 31.49           C  
+ATOM   7600  O   ALA B  49       6.058  -7.133 -55.038  1.00 31.24           O  
+ATOM   7601  CB  ALA B  49       2.808  -6.230 -55.449  1.00 31.49           C  
+ATOM   7602  N   PRO B  50       4.629  -7.734 -53.378  1.00 31.43           N  
+ATOM   7603  CA  PRO B  50       5.300  -9.018 -53.176  1.00 31.23           C  
+ATOM   7604  C   PRO B  50       5.209  -9.955 -54.376  1.00 30.97           C  
+ATOM   7605  O   PRO B  50       4.258  -9.892 -55.158  1.00 31.02           O  
+ATOM   7606  CB  PRO B  50       4.555  -9.610 -51.972  1.00 31.23           C  
+ATOM   7607  CG  PRO B  50       4.079  -8.414 -51.220  1.00 30.83           C  
+ATOM   7608  CD  PRO B  50       3.643  -7.477 -52.310  1.00 31.40           C  
+ATOM   7609  N   LYS B  51       6.213 -10.811 -54.503  1.00 30.77           N  
+ATOM   7610  CA  LYS B  51       6.249 -11.846 -55.521  1.00 30.80           C  
+ATOM   7611  C   LYS B  51       6.741 -13.134 -54.867  1.00 30.56           C  
+ATOM   7612  O   LYS B  51       7.767 -13.117 -54.172  1.00 31.13           O  
+ATOM   7613  CB  LYS B  51       7.192 -11.429 -56.646  1.00 30.93           C  
+ATOM   7614  CG  LYS B  51       7.745 -12.577 -57.467  1.00 31.98           C  
+ATOM   7615  CD  LYS B  51       8.492 -12.039 -58.653  1.00 34.59           C  
+ATOM   7616  CE  LYS B  51       9.329 -13.124 -59.291  1.00 35.59           C  
+ATOM   7617  NZ  LYS B  51      10.353 -12.539 -60.211  1.00 35.82           N  
+ATOM   7618  N   LEU B  52       6.023 -14.238 -55.067  1.00 29.68           N  
+ATOM   7619  CA  LEU B  52       6.443 -15.499 -54.480  1.00 28.99           C  
+ATOM   7620  C   LEU B  52       7.651 -16.093 -55.195  1.00 28.94           C  
+ATOM   7621  O   LEU B  52       7.649 -16.231 -56.411  1.00 29.03           O  
+ATOM   7622  CB  LEU B  52       5.308 -16.499 -54.499  1.00 28.80           C  
+ATOM   7623  CG  LEU B  52       5.627 -17.844 -53.857  1.00 28.36           C  
+ATOM   7624  CD1 LEU B  52       4.998 -17.931 -52.472  1.00 27.45           C  
+ATOM   7625  CD2 LEU B  52       5.141 -18.952 -54.745  1.00 27.40           C  
+ATOM   7626  N   LEU B  53       8.679 -16.447 -54.430  1.00 28.88           N  
+ATOM   7627  CA  LEU B  53       9.860 -17.093 -54.990  1.00 28.73           C  
+ATOM   7628  C   LEU B  53       9.827 -18.589 -54.766  1.00 29.04           C  
+ATOM   7629  O   LEU B  53       9.833 -19.361 -55.717  1.00 29.49           O  
+ATOM   7630  CB  LEU B  53      11.146 -16.502 -54.423  1.00 28.16           C  
+ATOM   7631  CG  LEU B  53      11.424 -15.068 -54.847  1.00 27.69           C  
+ATOM   7632  CD1 LEU B  53      12.815 -14.723 -54.471  1.00 28.34           C  
+ATOM   7633  CD2 LEU B  53      11.261 -14.897 -56.329  1.00 28.01           C  
+ATOM   7634  N   ILE B  54       9.798 -18.997 -53.509  1.00 29.16           N  
+ATOM   7635  CA  ILE B  54       9.762 -20.402 -53.175  1.00 29.32           C  
+ATOM   7636  C   ILE B  54       8.389 -20.640 -52.581  1.00 29.94           C  
+ATOM   7637  O   ILE B  54       7.847 -19.757 -51.908  1.00 30.37           O  
+ATOM   7638  CB  ILE B  54      10.848 -20.751 -52.114  1.00 29.09           C  
+ATOM   7639  CG1 ILE B  54      12.257 -20.385 -52.593  1.00 27.97           C  
+ATOM   7640  CG2 ILE B  54      10.765 -22.213 -51.711  1.00 29.40           C  
+ATOM   7641  CD1 ILE B  54      12.778 -21.217 -53.744  1.00 26.37           C  
+ATOM   7642  N   TYR B  55       7.816 -21.809 -52.842  1.00 30.27           N  
+ATOM   7643  CA  TYR B  55       6.647 -22.254 -52.103  1.00 30.86           C  
+ATOM   7644  C   TYR B  55       6.864 -23.696 -51.657  1.00 31.55           C  
+ATOM   7645  O   TYR B  55       7.665 -24.447 -52.239  1.00 31.45           O  
+ATOM   7646  CB  TYR B  55       5.342 -22.113 -52.909  1.00 30.64           C  
+ATOM   7647  CG  TYR B  55       5.177 -23.187 -53.955  1.00 31.07           C  
+ATOM   7648  CD1 TYR B  55       5.707 -23.017 -55.233  1.00 31.11           C  
+ATOM   7649  CD2 TYR B  55       4.521 -24.387 -53.664  1.00 30.68           C  
+ATOM   7650  CE1 TYR B  55       5.594 -24.005 -56.192  1.00 31.31           C  
+ATOM   7651  CE2 TYR B  55       4.399 -25.382 -54.623  1.00 30.68           C  
+ATOM   7652  CZ  TYR B  55       4.941 -25.184 -55.889  1.00 31.00           C  
+ATOM   7653  OH  TYR B  55       4.848 -26.152 -56.864  1.00 30.93           O  
+ATOM   7654  N   ASP B  56       6.127 -24.062 -50.611  1.00 32.34           N  
+ATOM   7655  CA  ASP B  56       6.185 -25.380 -50.000  1.00 32.52           C  
+ATOM   7656  C   ASP B  56       7.502 -25.767 -49.366  1.00 32.71           C  
+ATOM   7657  O   ASP B  56       7.732 -26.957 -49.134  1.00 33.61           O  
+ATOM   7658  CB  ASP B  56       5.743 -26.443 -50.980  1.00 32.42           C  
+ATOM   7659  CG  ASP B  56       4.308 -26.754 -50.831  1.00 32.88           C  
+ATOM   7660  OD1 ASP B  56       3.640 -26.019 -50.074  1.00 33.42           O  
+ATOM   7661  OD2 ASP B  56       3.850 -27.728 -51.453  1.00 34.48           O  
+ATOM   7662  N   THR B  57       8.342 -24.767 -49.062  1.00 32.52           N  
+ATOM   7663  CA  THR B  57       9.593 -24.973 -48.322  1.00 32.05           C  
+ATOM   7664  C   THR B  57      10.739 -24.961 -49.293  1.00 31.91           C  
+ATOM   7665  O   THR B  57      11.770 -24.349 -49.015  1.00 31.88           O  
+ATOM   7666  CB  THR B  57       9.609 -26.286 -47.470  1.00 32.00           C  
+ATOM   7667  OG1 THR B  57       8.663 -26.173 -46.398  1.00 32.47           O  
+ATOM   7668  CG2 THR B  57      10.970 -26.579 -46.889  1.00 31.00           C  
+ATOM   7669  N   SER B  65      10.557 -25.606 -50.441  1.00 31.56           N  
+ATOM   7670  CA  SER B  65      11.685 -25.794 -51.346  1.00 31.50           C  
+ATOM   7671  C   SER B  65      11.383 -25.549 -52.812  1.00 31.09           C  
+ATOM   7672  O   SER B  65      12.282 -25.252 -53.585  1.00 30.93           O  
+ATOM   7673  CB  SER B  65      12.303 -27.188 -51.156  1.00 31.84           C  
+ATOM   7674  OG  SER B  65      11.807 -28.120 -52.104  1.00 32.53           O  
+ATOM   7675  N   ASN B  66      10.112 -25.677 -53.182  1.00 31.11           N  
+ATOM   7676  CA  ASN B  66       9.682 -25.602 -54.581  1.00 30.62           C  
+ATOM   7677  C   ASN B  66       9.708 -24.208 -55.190  1.00 30.54           C  
+ATOM   7678  O   ASN B  66       8.934 -23.342 -54.782  1.00 30.54           O  
+ATOM   7679  CB  ASN B  66       8.294 -26.220 -54.715  1.00 30.35           C  
+ATOM   7680  CG  ASN B  66       8.293 -27.684 -54.356  1.00 30.04           C  
+ATOM   7681  OD1 ASN B  66       8.987 -28.493 -54.974  1.00 28.26           O  
+ATOM   7682  ND2 ASN B  66       7.534 -28.032 -53.334  1.00 31.68           N  
+ATOM   7683  N   LEU B  67      10.601 -24.004 -56.161  1.00 30.39           N  
+ATOM   7684  CA  LEU B  67      10.700 -22.731 -56.881  1.00 30.62           C  
+ATOM   7685  C   LEU B  67       9.493 -22.423 -57.764  1.00 30.87           C  
+ATOM   7686  O   LEU B  67       9.215 -23.148 -58.707  1.00 31.11           O  
+ATOM   7687  CB  LEU B  67      11.944 -22.715 -57.759  1.00 30.31           C  
+ATOM   7688  CG  LEU B  67      13.234 -22.223 -57.131  1.00 30.21           C  
+ATOM   7689  CD1 LEU B  67      14.093 -23.378 -56.648  1.00 30.38           C  
+ATOM   7690  CD2 LEU B  67      13.967 -21.423 -58.160  1.00 30.12           C  
+ATOM   7691  N   ALA B  68       8.783 -21.341 -57.477  1.00 31.41           N  
+ATOM   7692  CA  ALA B  68       7.705 -20.908 -58.359  1.00 32.19           C  
+ATOM   7693  C   ALA B  68       8.307 -20.748 -59.737  1.00 32.76           C  
+ATOM   7694  O   ALA B  68       9.504 -20.426 -59.864  1.00 33.14           O  
+ATOM   7695  CB  ALA B  68       7.113 -19.590 -57.897  1.00 32.39           C  
+ATOM   7696  N   SER B  69       7.490 -20.979 -60.766  1.00 32.85           N  
+ATOM   7697  CA  SER B  69       8.006 -21.020 -62.123  1.00 32.44           C  
+ATOM   7698  C   SER B  69       8.592 -19.703 -62.533  1.00 31.74           C  
+ATOM   7699  O   SER B  69       8.011 -18.656 -62.292  1.00 31.53           O  
+ATOM   7700  CB  SER B  69       6.943 -21.425 -63.120  1.00 32.83           C  
+ATOM   7701  OG  SER B  69       7.574 -21.872 -64.315  1.00 34.80           O  
+ATOM   7702  N   GLY B  70       9.772 -19.785 -63.132  1.00 31.44           N  
+ATOM   7703  CA  GLY B  70      10.441 -18.638 -63.700  1.00 30.83           C  
+ATOM   7704  C   GLY B  70      11.464 -18.053 -62.764  1.00 30.39           C  
+ATOM   7705  O   GLY B  70      12.172 -17.112 -63.131  1.00 31.01           O  
+ATOM   7706  N   VAL B  71      11.542 -18.596 -61.552  1.00 29.47           N  
+ATOM   7707  CA  VAL B  71      12.509 -18.098 -60.574  1.00 28.50           C  
+ATOM   7708  C   VAL B  71      13.894 -18.690 -60.829  1.00 27.75           C  
+ATOM   7709  O   VAL B  71      14.039 -19.905 -60.945  1.00 28.00           O  
+ATOM   7710  CB  VAL B  71      12.051 -18.360 -59.124  1.00 28.68           C  
+ATOM   7711  CG1 VAL B  71      13.081 -17.808 -58.120  1.00 28.08           C  
+ATOM   7712  CG2 VAL B  71      10.648 -17.775 -58.892  1.00 27.63           C  
+ATOM   7713  N   PRO B  72      14.901 -17.827 -60.962  1.00 26.95           N  
+ATOM   7714  CA  PRO B  72      16.322 -18.149 -61.169  1.00 26.77           C  
+ATOM   7715  C   PRO B  72      16.927 -19.105 -60.157  1.00 26.44           C  
+ATOM   7716  O   PRO B  72      16.650 -19.018 -58.972  1.00 26.31           O  
+ATOM   7717  CB  PRO B  72      17.004 -16.797 -61.049  1.00 26.98           C  
+ATOM   7718  CG  PRO B  72      15.939 -15.829 -61.479  1.00 27.64           C  
+ATOM   7719  CD  PRO B  72      14.655 -16.382 -60.976  1.00 26.74           C  
+ATOM   7720  N   SER B  74      17.786 -19.986 -60.646  1.00 26.56           N  
+ATOM   7721  CA  SER B  74      18.377 -21.066 -59.851  1.00 26.75           C  
+ATOM   7722  C   SER B  74      19.094 -20.640 -58.570  1.00 26.78           C  
+ATOM   7723  O   SER B  74      19.306 -21.460 -57.689  1.00 26.91           O  
+ATOM   7724  CB  SER B  74      19.363 -21.868 -60.705  1.00 26.75           C  
+ATOM   7725  OG  SER B  74      20.691 -21.406 -60.497  1.00 26.62           O  
+ATOM   7726  N   ARG B  75      19.490 -19.381 -58.465  1.00 26.97           N  
+ATOM   7727  CA  ARG B  75      20.262 -18.965 -57.304  1.00 27.24           C  
+ATOM   7728  C   ARG B  75      19.429 -18.967 -56.047  1.00 27.38           C  
+ATOM   7729  O   ARG B  75      19.953 -19.105 -54.947  1.00 27.43           O  
+ATOM   7730  CB  ARG B  75      20.906 -17.599 -57.511  1.00 27.39           C  
+ATOM   7731  CG  ARG B  75      19.978 -16.475 -57.901  1.00 27.69           C  
+ATOM   7732  CD  ARG B  75      20.771 -15.184 -57.918  1.00 29.09           C  
+ATOM   7733  NE  ARG B  75      19.976 -14.048 -58.344  1.00 31.40           N  
+ATOM   7734  CZ  ARG B  75      19.566 -13.848 -59.593  1.00 33.13           C  
+ATOM   7735  NH1 ARG B  75      19.877 -14.717 -60.548  1.00 34.13           N  
+ATOM   7736  NH2 ARG B  75      18.838 -12.780 -59.884  1.00 33.72           N  
+ATOM   7737  N   PHE B  76      18.123 -18.824 -56.234  1.00 27.69           N  
+ATOM   7738  CA  PHE B  76      17.168 -18.813 -55.142  1.00 27.95           C  
+ATOM   7739  C   PHE B  76      16.828 -20.230 -54.758  1.00 28.37           C  
+ATOM   7740  O   PHE B  76      16.334 -20.984 -55.581  1.00 28.69           O  
+ATOM   7741  CB  PHE B  76      15.886 -18.093 -55.572  1.00 27.68           C  
+ATOM   7742  CG  PHE B  76      16.088 -16.648 -55.903  1.00 26.56           C  
+ATOM   7743  CD1 PHE B  76      16.298 -16.249 -57.216  1.00 26.40           C  
+ATOM   7744  CD2 PHE B  76      16.079 -15.690 -54.900  1.00 25.74           C  
+ATOM   7745  CE1 PHE B  76      16.497 -14.911 -57.534  1.00 26.90           C  
+ATOM   7746  CE2 PHE B  76      16.271 -14.349 -55.193  1.00 26.40           C  
+ATOM   7747  CZ  PHE B  76      16.484 -13.952 -56.516  1.00 27.33           C  
+ATOM   7748  N   SER B  77      17.104 -20.601 -53.517  1.00 29.00           N  
+ATOM   7749  CA  SER B  77      16.627 -21.879 -53.008  1.00 29.95           C  
+ATOM   7750  C   SER B  77      15.928 -21.717 -51.673  1.00 30.34           C  
+ATOM   7751  O   SER B  77      15.983 -20.664 -51.044  1.00 30.16           O  
+ATOM   7752  CB  SER B  77      17.754 -22.901 -52.912  1.00 29.95           C  
+ATOM   7753  OG  SER B  77      18.656 -22.571 -51.869  1.00 31.52           O  
+ATOM   7754  N   GLY B  78      15.258 -22.771 -51.252  1.00 31.21           N  
+ATOM   7755  CA  GLY B  78      14.451 -22.720 -50.052  1.00 32.72           C  
+ATOM   7756  C   GLY B  78      14.505 -24.069 -49.389  1.00 33.86           C  
+ATOM   7757  O   GLY B  78      14.450 -25.109 -50.050  1.00 34.01           O  
+ATOM   7758  N   SER B  79      14.612 -24.054 -48.072  1.00 34.93           N  
+ATOM   7759  CA  SER B  79      14.908 -25.259 -47.340  1.00 35.99           C  
+ATOM   7760  C   SER B  79      14.181 -25.218 -46.011  1.00 36.91           C  
+ATOM   7761  O   SER B  79      13.647 -24.177 -45.614  1.00 37.10           O  
+ATOM   7762  CB  SER B  79      16.416 -25.357 -47.145  1.00 35.76           C  
+ATOM   7763  OG  SER B  79      16.732 -26.296 -46.147  1.00 36.70           O  
+ATOM   7764  N   GLY B  80      14.133 -26.358 -45.337  1.00 37.90           N  
+ATOM   7765  CA  GLY B  80      13.539 -26.418 -44.026  1.00 39.49           C  
+ATOM   7766  C   GLY B  80      13.376 -27.834 -43.542  1.00 40.86           C  
+ATOM   7767  O   GLY B  80      13.618 -28.785 -44.294  1.00 40.97           O  
+ATOM   7768  N   SER B  83      12.999 -27.949 -42.263  1.00 42.23           N  
+ATOM   7769  CA  SER B  83      12.593 -29.210 -41.595  1.00 43.04           C  
+ATOM   7770  C   SER B  83      11.760 -28.897 -40.329  1.00 43.19           C  
+ATOM   7771  O   SER B  83      12.290 -28.675 -39.213  1.00 42.92           O  
+ATOM   7772  CB  SER B  83      13.798 -30.137 -41.284  1.00 43.35           C  
+ATOM   7773  OG  SER B  83      14.770 -29.527 -40.421  1.00 44.10           O  
+ATOM   7774  N   GLY B  84      10.448 -28.825 -40.537  1.00 43.16           N  
+ATOM   7775  CA  GLY B  84       9.505 -28.822 -39.427  1.00 43.10           C  
+ATOM   7776  C   GLY B  84       9.316 -27.491 -38.744  1.00 42.92           C  
+ATOM   7777  O   GLY B  84       8.236 -26.889 -38.863  1.00 43.17           O  
+ATOM   7778  N   THR B  85      10.340 -27.029 -38.018  1.00 42.55           N  
+ATOM   7779  CA  THR B  85      10.209 -25.744 -37.304  1.00 41.99           C  
+ATOM   7780  C   THR B  85      11.196 -24.651 -37.726  1.00 41.74           C  
+ATOM   7781  O   THR B  85      10.981 -23.465 -37.450  1.00 41.55           O  
+ATOM   7782  CB  THR B  85      10.148 -25.918 -35.761  1.00 41.96           C  
+ATOM   7783  OG1 THR B  85       9.135 -25.050 -35.238  1.00 41.40           O  
+ATOM   7784  CG2 THR B  85      11.510 -25.656 -35.077  1.00 41.39           C  
+ATOM   7785  N   ASP B  86      12.261 -25.053 -38.408  1.00 41.40           N  
+ATOM   7786  CA  ASP B  86      13.233 -24.089 -38.891  1.00 41.32           C  
+ATOM   7787  C   ASP B  86      13.364 -24.178 -40.393  1.00 40.80           C  
+ATOM   7788  O   ASP B  86      13.718 -25.236 -40.948  1.00 40.76           O  
+ATOM   7789  CB  ASP B  86      14.600 -24.282 -38.223  1.00 41.61           C  
+ATOM   7790  CG  ASP B  86      14.493 -24.414 -36.728  1.00 42.64           C  
+ATOM   7791  OD1 ASP B  86      13.999 -23.453 -36.078  1.00 43.89           O  
+ATOM   7792  OD2 ASP B  86      14.887 -25.489 -36.213  1.00 43.03           O  
+ATOM   7793  N   TYR B  87      13.076 -23.052 -41.037  1.00 39.92           N  
+ATOM   7794  CA  TYR B  87      13.214 -22.935 -42.471  1.00 39.08           C  
+ATOM   7795  C   TYR B  87      14.268 -21.895 -42.754  1.00 38.34           C  
+ATOM   7796  O   TYR B  87      14.468 -20.961 -41.972  1.00 37.92           O  
+ATOM   7797  CB  TYR B  87      11.859 -22.626 -43.133  1.00 39.32           C  
+ATOM   7798  CG  TYR B  87      10.807 -23.615 -42.697  1.00 39.43           C  
+ATOM   7799  CD1 TYR B  87      10.029 -23.376 -41.570  1.00 40.01           C  
+ATOM   7800  CD2 TYR B  87      10.644 -24.821 -43.357  1.00 39.76           C  
+ATOM   7801  CE1 TYR B  87       9.083 -24.290 -41.132  1.00 40.06           C  
+ATOM   7802  CE2 TYR B  87       9.706 -25.755 -42.922  1.00 40.55           C  
+ATOM   7803  CZ  TYR B  87       8.928 -25.475 -41.810  1.00 40.50           C  
+ATOM   7804  OH  TYR B  87       7.988 -26.379 -41.375  1.00 41.23           O  
+ATOM   7805  N   THR B  88      14.955 -22.092 -43.874  1.00 37.65           N  
+ATOM   7806  CA  THR B  88      16.040 -21.224 -44.298  1.00 36.73           C  
+ATOM   7807  C   THR B  88      16.077 -20.966 -45.820  1.00 36.27           C  
+ATOM   7808  O   THR B  88      16.390 -21.865 -46.608  1.00 36.42           O  
+ATOM   7809  CB  THR B  88      17.382 -21.772 -43.819  1.00 36.54           C  
+ATOM   7810  OG1 THR B  88      18.424 -21.106 -44.526  1.00 36.61           O  
+ATOM   7811  CG2 THR B  88      17.478 -23.285 -44.057  1.00 36.30           C  
+ATOM   7812  N   PHE B  89      15.744 -19.732 -46.207  1.00 35.52           N  
+ATOM   7813  CA  PHE B  89      15.852 -19.226 -47.590  1.00 34.70           C  
+ATOM   7814  C   PHE B  89      17.299 -18.795 -47.892  1.00 34.24           C  
+ATOM   7815  O   PHE B  89      18.039 -18.368 -47.002  1.00 33.83           O  
+ATOM   7816  CB  PHE B  89      14.863 -18.064 -47.772  1.00 34.50           C  
+ATOM   7817  CG  PHE B  89      14.911 -17.378 -49.113  1.00 34.46           C  
+ATOM   7818  CD1 PHE B  89      14.147 -17.832 -50.174  1.00 35.12           C  
+ATOM   7819  CD2 PHE B  89      15.664 -16.224 -49.294  1.00 34.36           C  
+ATOM   7820  CE1 PHE B  89      14.179 -17.167 -51.422  1.00 34.29           C  
+ATOM   7821  CE2 PHE B  89      15.690 -15.561 -50.529  1.00 33.60           C  
+ATOM   7822  CZ  PHE B  89      14.952 -16.036 -51.589  1.00 33.20           C  
+ATOM   7823  N   THR B  90      17.689 -18.931 -49.156  1.00 33.88           N  
+ATOM   7824  CA  THR B  90      19.077 -18.771 -49.583  1.00 33.56           C  
+ATOM   7825  C   THR B  90      19.111 -18.223 -51.009  1.00 33.60           C  
+ATOM   7826  O   THR B  90      18.498 -18.802 -51.916  1.00 33.91           O  
+ATOM   7827  CB  THR B  90      19.828 -20.136 -49.589  1.00 33.35           C  
+ATOM   7828  OG1 THR B  90      19.230 -21.032 -48.648  1.00 32.56           O  
+ATOM   7829  CG2 THR B  90      21.299 -19.964 -49.260  1.00 33.35           C  
+ATOM   7830  N   ILE B  91      19.797 -17.098 -51.209  1.00 33.21           N  
+ATOM   7831  CA  ILE B  91      20.133 -16.650 -52.560  1.00 32.51           C  
+ATOM   7832  C   ILE B  91      21.614 -16.922 -52.633  1.00 32.31           C  
+ATOM   7833  O   ILE B  91      22.376 -16.370 -51.854  1.00 31.99           O  
+ATOM   7834  CB  ILE B  91      19.861 -15.140 -52.810  1.00 32.40           C  
+ATOM   7835  CG1 ILE B  91      18.656 -14.650 -52.029  1.00 31.29           C  
+ATOM   7836  CG2 ILE B  91      19.646 -14.863 -54.292  1.00 32.05           C  
+ATOM   7837  CD1 ILE B  91      18.502 -13.173 -52.072  1.00 30.41           C  
+ATOM   7838  N   SER B  92      22.007 -17.804 -53.545  1.00 32.33           N  
+ATOM   7839  CA  SER B  92      23.366 -18.345 -53.559  1.00 32.58           C  
+ATOM   7840  C   SER B  92      24.374 -17.441 -54.230  1.00 32.09           C  
+ATOM   7841  O   SER B  92      25.538 -17.470 -53.866  1.00 32.18           O  
+ATOM   7842  CB  SER B  92      23.404 -19.704 -54.246  1.00 32.86           C  
+ATOM   7843  OG  SER B  92      22.966 -19.587 -55.591  1.00 34.72           O  
+ATOM   7844  N   SER B  93      23.931 -16.651 -55.206  1.00 31.52           N  
+ATOM   7845  CA  SER B  93      24.834 -15.800 -55.974  1.00 30.92           C  
+ATOM   7846  C   SER B  93      24.229 -14.417 -56.209  1.00 30.16           C  
+ATOM   7847  O   SER B  93      23.874 -14.071 -57.341  1.00 29.78           O  
+ATOM   7848  CB  SER B  93      25.157 -16.482 -57.302  1.00 31.18           C  
+ATOM   7849  OG  SER B  93      26.438 -16.094 -57.778  1.00 32.61           O  
+ATOM   7850  N   LEU B  94      24.132 -13.632 -55.134  1.00 29.39           N  
+ATOM   7851  CA  LEU B  94      23.398 -12.362 -55.135  1.00 29.00           C  
+ATOM   7852  C   LEU B  94      23.773 -11.431 -56.275  1.00 28.89           C  
+ATOM   7853  O   LEU B  94      24.898 -10.979 -56.366  1.00 28.89           O  
+ATOM   7854  CB  LEU B  94      23.541 -11.637 -53.793  1.00 28.76           C  
+ATOM   7855  CG  LEU B  94      22.811 -10.299 -53.591  1.00 28.82           C  
+ATOM   7856  CD1 LEU B  94      21.301 -10.418 -53.687  1.00 27.29           C  
+ATOM   7857  CD2 LEU B  94      23.171  -9.707 -52.251  1.00 28.86           C  
+ATOM   7858  N   GLN B  95      22.803 -11.166 -57.141  1.00 29.12           N  
+ATOM   7859  CA  GLN B  95      22.960 -10.248 -58.266  1.00 29.25           C  
+ATOM   7860  C   GLN B  95      22.378  -8.879 -57.897  1.00 29.16           C  
+ATOM   7861  O   GLN B  95      21.433  -8.806 -57.104  1.00 29.22           O  
+ATOM   7862  CB  GLN B  95      22.248 -10.810 -59.504  1.00 29.46           C  
+ATOM   7863  CG  GLN B  95      22.786 -12.163 -59.991  1.00 30.24           C  
+ATOM   7864  CD  GLN B  95      24.264 -12.124 -60.377  1.00 30.06           C  
+ATOM   7865  OE1 GLN B  95      25.074 -12.913 -59.879  1.00 28.56           O  
+ATOM   7866  NE2 GLN B  95      24.616 -11.199 -61.267  1.00 30.48           N  
+ATOM   7867  N   PRO B  96      22.902  -7.792 -58.502  1.00 28.95           N  
+ATOM   7868  CA  PRO B  96      22.540  -6.434 -58.110  1.00 28.73           C  
+ATOM   7869  C   PRO B  96      21.045  -6.231 -57.920  1.00 28.78           C  
+ATOM   7870  O   PRO B  96      20.632  -5.393 -57.127  1.00 29.33           O  
+ATOM   7871  CB  PRO B  96      23.019  -5.580 -59.296  1.00 28.54           C  
+ATOM   7872  CG  PRO B  96      23.391  -6.542 -60.379  1.00 28.88           C  
+ATOM   7873  CD  PRO B  96      23.821  -7.776 -59.650  1.00 29.21           C  
+ATOM   7874  N   GLU B  97      20.240  -6.999 -58.635  1.00 28.73           N  
+ATOM   7875  CA  GLU B  97      18.817  -6.750 -58.695  1.00 28.54           C  
+ATOM   7876  C   GLU B  97      17.984  -7.727 -57.851  1.00 28.46           C  
+ATOM   7877  O   GLU B  97      16.819  -7.980 -58.152  1.00 28.68           O  
+ATOM   7878  CB  GLU B  97      18.375  -6.737 -60.165  1.00 28.48           C  
+ATOM   7879  CG  GLU B  97      18.207  -8.105 -60.814  1.00 28.91           C  
+ATOM   7880  CD  GLU B  97      19.491  -8.689 -61.318  1.00 29.00           C  
+ATOM   7881  OE1 GLU B  97      19.455  -9.504 -62.261  1.00 30.12           O  
+ATOM   7882  OE2 GLU B  97      20.546  -8.326 -60.785  1.00 29.60           O  
+ATOM   7883  N   ASP B  98      18.575  -8.278 -56.798  1.00 28.22           N  
+ATOM   7884  CA  ASP B  98      17.841  -9.163 -55.902  1.00 28.29           C  
+ATOM   7885  C   ASP B  98      17.514  -8.312 -54.697  1.00 28.29           C  
+ATOM   7886  O   ASP B  98      17.028  -8.775 -53.666  1.00 27.70           O  
+ATOM   7887  CB  ASP B  98      18.706 -10.359 -55.514  1.00 28.62           C  
+ATOM   7888  CG  ASP B  98      19.175 -11.176 -56.721  1.00 29.29           C  
+ATOM   7889  OD1 ASP B  98      18.410 -11.283 -57.718  1.00 29.98           O  
+ATOM   7890  OD2 ASP B  98      20.302 -11.726 -56.656  1.00 28.29           O  
+ATOM   7891  N   ILE B  99      17.765  -7.028 -54.901  1.00 28.86           N  
+ATOM   7892  CA  ILE B  99      17.807  -5.977 -53.894  1.00 29.28           C  
+ATOM   7893  C   ILE B  99      16.760  -5.954 -52.771  1.00 29.70           C  
+ATOM   7894  O   ILE B  99      16.984  -5.302 -51.755  1.00 30.49           O  
+ATOM   7895  CB  ILE B  99      17.776  -4.602 -54.615  1.00 29.22           C  
+ATOM   7896  CG1 ILE B  99      18.459  -3.537 -53.770  1.00 28.55           C  
+ATOM   7897  CG2 ILE B  99      16.344  -4.238 -55.087  1.00 29.38           C  
+ATOM   7898  CD1 ILE B  99      19.935  -3.730 -53.749  1.00 29.32           C  
+ATOM   7899  N   ALA B 100      15.641  -6.654 -52.938  1.00 29.73           N  
+ATOM   7900  CA  ALA B 100      14.423  -6.408 -52.127  1.00 29.56           C  
+ATOM   7901  C   ALA B 100      14.456  -6.705 -50.598  1.00 29.05           C  
+ATOM   7902  O   ALA B 100      15.496  -7.063 -50.043  1.00 28.52           O  
+ATOM   7903  CB  ALA B 100      13.248  -7.123 -52.782  1.00 29.68           C  
+ATOM   7904  N   THR B 101      13.307  -6.506 -49.941  1.00 28.72           N  
+ATOM   7905  CA  THR B 101      13.017  -7.105 -48.628  1.00 28.65           C  
+ATOM   7906  C   THR B 101      12.252  -8.420 -48.798  1.00 28.70           C  
+ATOM   7907  O   THR B 101      11.314  -8.510 -49.604  1.00 28.72           O  
+ATOM   7908  CB  THR B 101      12.179  -6.193 -47.712  1.00 28.56           C  
+ATOM   7909  OG1 THR B 101      12.826  -4.932 -47.557  1.00 28.55           O  
+ATOM   7910  CG2 THR B 101      12.017  -6.824 -46.345  1.00 28.27           C  
+ATOM   7911  N   TYR B 102      12.649  -9.419 -48.013  1.00 28.71           N  
+ATOM   7912  CA  TYR B 102      12.174 -10.787 -48.159  1.00 29.16           C  
+ATOM   7913  C   TYR B 102      11.431 -11.243 -46.903  1.00 29.65           C  
+ATOM   7914  O   TYR B 102      11.949 -11.121 -45.784  1.00 29.80           O  
+ATOM   7915  CB  TYR B 102      13.361 -11.726 -48.405  1.00 29.09           C  
+ATOM   7916  CG  TYR B 102      14.138 -11.489 -49.688  1.00 29.23           C  
+ATOM   7917  CD1 TYR B 102      14.941 -10.352 -49.848  1.00 28.80           C  
+ATOM   7918  CD2 TYR B 102      14.090 -12.418 -50.738  1.00 28.80           C  
+ATOM   7919  CE1 TYR B 102      15.646 -10.133 -51.030  1.00 28.52           C  
+ATOM   7920  CE2 TYR B 102      14.804 -12.213 -51.914  1.00 28.28           C  
+ATOM   7921  CZ  TYR B 102      15.576 -11.069 -52.049  1.00 28.42           C  
+ATOM   7922  OH  TYR B 102      16.282 -10.852 -53.200  1.00 28.41           O  
+ATOM   7923  N   TYR B 103      10.221 -11.773 -47.086  1.00 29.97           N  
+ATOM   7924  CA  TYR B 103       9.419 -12.241 -45.960  1.00 30.13           C  
+ATOM   7925  C   TYR B 103       9.081 -13.706 -46.129  1.00 30.89           C  
+ATOM   7926  O   TYR B 103       8.573 -14.113 -47.175  1.00 31.34           O  
+ATOM   7927  CB  TYR B 103       8.100 -11.477 -45.860  1.00 29.44           C  
+ATOM   7928  CG  TYR B 103       8.170  -9.974 -45.878  1.00 28.37           C  
+ATOM   7929  CD1 TYR B 103       8.493  -9.292 -47.039  1.00 28.41           C  
+ATOM   7930  CD2 TYR B 103       7.856  -9.231 -44.743  1.00 27.54           C  
+ATOM   7931  CE1 TYR B 103       8.542  -7.895 -47.067  1.00 28.76           C  
+ATOM   7932  CE2 TYR B 103       7.892  -7.839 -44.757  1.00 27.69           C  
+ATOM   7933  CZ  TYR B 103       8.234  -7.175 -45.926  1.00 28.54           C  
+ATOM   7934  OH  TYR B 103       8.273  -5.797 -45.978  1.00 28.43           O  
+ATOM   7935  N   CYS B 104       9.333 -14.503 -45.104  1.00 31.63           N  
+ATOM   7936  CA  CYS B 104       8.769 -15.848 -45.071  1.00 32.50           C  
+ATOM   7937  C   CYS B 104       7.292 -15.748 -44.759  1.00 32.59           C  
+ATOM   7938  O   CYS B 104       6.837 -14.770 -44.180  1.00 32.65           O  
+ATOM   7939  CB  CYS B 104       9.437 -16.685 -43.999  1.00 32.63           C  
+ATOM   7940  SG  CYS B 104       9.428 -15.867 -42.398  1.00 34.61           S  
+ATOM   7941  N   GLN B 105       6.544 -16.761 -45.165  1.00 33.25           N  
+ATOM   7942  CA  GLN B 105       5.136 -16.861 -44.814  1.00 33.78           C  
+ATOM   7943  C   GLN B 105       4.830 -18.313 -44.515  1.00 34.24           C  
+ATOM   7944  O   GLN B 105       5.209 -19.198 -45.290  1.00 34.50           O  
+ATOM   7945  CB  GLN B 105       4.227 -16.366 -45.933  1.00 33.45           C  
+ATOM   7946  CG  GLN B 105       2.840 -16.056 -45.424  1.00 33.50           C  
+ATOM   7947  CD  GLN B 105       1.771 -16.203 -46.474  1.00 33.95           C  
+ATOM   7948  OE1 GLN B 105       0.952 -15.308 -46.668  1.00 33.54           O  
+ATOM   7949  NE2 GLN B 105       1.768 -17.335 -47.160  1.00 34.89           N  
+ATOM   7950  N   GLN B 106       4.164 -18.549 -43.386  1.00 34.50           N  
+ATOM   7951  CA  GLN B 106       3.765 -19.888 -43.000  1.00 34.85           C  
+ATOM   7952  C   GLN B 106       2.252 -20.006 -43.017  1.00 35.15           C  
+ATOM   7953  O   GLN B 106       1.544 -19.173 -42.448  1.00 35.40           O  
+ATOM   7954  CB  GLN B 106       4.342 -20.251 -41.626  1.00 34.76           C  
+ATOM   7955  CG  GLN B 106       3.630 -19.618 -40.432  1.00 35.23           C  
+ATOM   7956  CD  GLN B 106       2.486 -20.476 -39.933  1.00 35.63           C  
+ATOM   7957  OE1 GLN B 106       2.575 -21.698 -39.939  1.00 36.31           O  
+ATOM   7958  NE2 GLN B 106       1.402 -19.842 -39.510  1.00 35.67           N  
+ATOM   7959  N   TRP B 107       1.755 -21.019 -43.708  1.00 35.63           N  
+ATOM   7960  CA  TRP B 107       0.360 -21.405 -43.554  1.00 36.30           C  
+ATOM   7961  C   TRP B 107       0.372 -22.495 -42.515  1.00 36.76           C  
+ATOM   7962  O   TRP B 107       1.355 -23.230 -42.403  1.00 37.19           O  
+ATOM   7963  CB  TRP B 107      -0.246 -21.953 -44.857  1.00 36.07           C  
+ATOM   7964  CG  TRP B 107      -1.721 -22.258 -44.744  1.00 35.64           C  
+ATOM   7965  CD1 TRP B 107      -2.728 -21.354 -44.641  1.00 35.95           C  
+ATOM   7966  CD2 TRP B 107      -2.344 -23.551 -44.713  1.00 35.12           C  
+ATOM   7967  NE1 TRP B 107      -3.945 -21.995 -44.554  1.00 35.81           N  
+ATOM   7968  CE2 TRP B 107      -3.734 -23.345 -44.595  1.00 34.90           C  
+ATOM   7969  CE3 TRP B 107      -1.865 -24.859 -44.781  1.00 35.23           C  
+ATOM   7970  CZ2 TRP B 107      -4.642 -24.392 -44.527  1.00 34.96           C  
+ATOM   7971  CZ3 TRP B 107      -2.773 -25.901 -44.721  1.00 35.49           C  
+ATOM   7972  CH2 TRP B 107      -4.146 -25.659 -44.592  1.00 35.37           C  
+ATOM   7973  N   SER B 108      -0.707 -22.588 -41.752  1.00 37.10           N  
+ATOM   7974  CA  SER B 108      -0.922 -23.686 -40.830  1.00 37.35           C  
+ATOM   7975  C   SER B 108      -2.318 -23.550 -40.311  1.00 38.05           C  
+ATOM   7976  O   SER B 108      -2.770 -22.438 -40.039  1.00 38.14           O  
+ATOM   7977  CB  SER B 108       0.081 -23.677 -39.669  1.00 37.11           C  
+ATOM   7978  OG  SER B 108       1.095 -24.656 -39.854  1.00 35.99           O  
+ATOM   7979  N   SER B 109      -3.014 -24.680 -40.210  1.00 38.91           N  
+ATOM   7980  CA  SER B 109      -4.285 -24.741 -39.492  1.00 39.67           C  
+ATOM   7981  C   SER B 109      -5.254 -23.615 -39.906  1.00 39.86           C  
+ATOM   7982  O   SER B 109      -5.837 -22.945 -39.051  1.00 39.89           O  
+ATOM   7983  CB  SER B 109      -3.993 -24.680 -37.990  1.00 39.58           C  
+ATOM   7984  OG  SER B 109      -4.928 -25.443 -37.268  1.00 40.94           O  
+ATOM   7985  N   HIS B 114      -5.386 -23.400 -41.217  1.00 40.23           N  
+ATOM   7986  CA  HIS B 114      -6.214 -22.324 -41.795  1.00 40.91           C  
+ATOM   7987  C   HIS B 114      -5.743 -20.863 -41.604  1.00 40.25           C  
+ATOM   7988  O   HIS B 114      -6.402 -19.945 -42.092  1.00 40.49           O  
+ATOM   7989  CB  HIS B 114      -7.684 -22.447 -41.353  1.00 41.68           C  
+ATOM   7990  CG  HIS B 114      -8.353 -23.715 -41.795  1.00 44.80           C  
+ATOM   7991  ND1 HIS B 114      -9.295 -23.748 -42.805  1.00 46.83           N  
+ATOM   7992  CD2 HIS B 114      -8.232 -24.991 -41.351  1.00 47.04           C  
+ATOM   7993  CE1 HIS B 114      -9.719 -24.990 -42.969  1.00 47.42           C  
+ATOM   7994  NE2 HIS B 114      -9.092 -25.763 -42.099  1.00 47.91           N  
+ATOM   7995  N   ILE B 115      -4.637 -20.624 -40.907  1.00 39.41           N  
+ATOM   7996  CA  ILE B 115      -4.123 -19.248 -40.816  1.00 38.81           C  
+ATOM   7997  C   ILE B 115      -2.706 -19.044 -41.365  1.00 38.68           C  
+ATOM   7998  O   ILE B 115      -1.827 -19.900 -41.208  1.00 38.88           O  
+ATOM   7999  CB  ILE B 115      -4.229 -18.626 -39.390  1.00 38.64           C  
+ATOM   8000  CG1 ILE B 115      -3.676 -19.565 -38.288  1.00 39.00           C  
+ATOM   8001  CG2 ILE B 115      -5.639 -18.162 -39.129  1.00 38.10           C  
+ATOM   8002  CD1 ILE B 115      -2.159 -19.324 -37.849  1.00 36.86           C  
+ATOM   8003  N   PHE B 116      -2.503 -17.901 -42.017  1.00 38.20           N  
+ATOM   8004  CA  PHE B 116      -1.190 -17.502 -42.492  1.00 37.60           C  
+ATOM   8005  C   PHE B 116      -0.570 -16.593 -41.464  1.00 37.28           C  
+ATOM   8006  O   PHE B 116      -1.271 -15.820 -40.803  1.00 37.21           O  
+ATOM   8007  CB  PHE B 116      -1.291 -16.737 -43.806  1.00 37.59           C  
+ATOM   8008  CG  PHE B 116      -1.692 -17.585 -44.989  1.00 38.08           C  
+ATOM   8009  CD1 PHE B 116      -2.979 -17.474 -45.539  1.00 38.30           C  
+ATOM   8010  CD2 PHE B 116      -0.784 -18.466 -45.575  1.00 36.91           C  
+ATOM   8011  CE1 PHE B 116      -3.358 -18.238 -46.646  1.00 37.72           C  
+ATOM   8012  CE2 PHE B 116      -1.146 -19.223 -46.680  1.00 36.98           C  
+ATOM   8013  CZ  PHE B 116      -2.438 -19.115 -47.218  1.00 37.86           C  
+ATOM   8014  N   THR B 117       0.747 -16.688 -41.330  1.00 36.95           N  
+ATOM   8015  CA  THR B 117       1.500 -15.761 -40.503  1.00 36.88           C  
+ATOM   8016  C   THR B 117       2.768 -15.370 -41.260  1.00 36.82           C  
+ATOM   8017  O   THR B 117       3.489 -16.254 -41.751  1.00 36.80           O  
+ATOM   8018  CB  THR B 117       1.835 -16.385 -39.138  1.00 36.89           C  
+ATOM   8019  OG1 THR B 117       0.621 -16.776 -38.487  1.00 37.60           O  
+ATOM   8020  CG2 THR B 117       2.546 -15.394 -38.250  1.00 37.20           C  
+ATOM   8021  N   PHE B 118       3.017 -14.056 -41.365  1.00 36.52           N  
+ATOM   8022  CA  PHE B 118       4.203 -13.510 -42.047  1.00 36.22           C  
+ATOM   8023  C   PHE B 118       5.409 -13.334 -41.134  1.00 36.32           C  
+ATOM   8024  O   PHE B 118       5.260 -13.146 -39.930  1.00 36.46           O  
+ATOM   8025  CB  PHE B 118       3.885 -12.154 -42.652  1.00 36.03           C  
+ATOM   8026  CG  PHE B 118       3.175 -12.227 -43.958  1.00 36.23           C  
+ATOM   8027  CD1 PHE B 118       1.817 -11.942 -44.039  1.00 35.78           C  
+ATOM   8028  CD2 PHE B 118       3.862 -12.562 -45.120  1.00 36.62           C  
+ATOM   8029  CE1 PHE B 118       1.145 -12.004 -45.254  1.00 35.32           C  
+ATOM   8030  CE2 PHE B 118       3.200 -12.619 -46.342  1.00 36.56           C  
+ATOM   8031  CZ  PHE B 118       1.832 -12.343 -46.405  1.00 35.76           C  
+ATOM   8032  N   GLY B 119       6.605 -13.385 -41.716  1.00 36.54           N  
+ATOM   8033  CA  GLY B 119       7.839 -13.055 -41.001  1.00 36.58           C  
+ATOM   8034  C   GLY B 119       8.041 -11.550 -40.992  1.00 36.81           C  
+ATOM   8035  O   GLY B 119       7.275 -10.803 -41.619  1.00 36.78           O  
+ATOM   8036  N   GLN B 120       9.073 -11.100 -40.286  1.00 36.93           N  
+ATOM   8037  CA  GLN B 120       9.316  -9.668 -40.105  1.00 37.14           C  
+ATOM   8038  C   GLN B 120       9.983  -9.048 -41.326  1.00 37.02           C  
+ATOM   8039  O   GLN B 120       9.938  -7.835 -41.514  1.00 36.95           O  
+ATOM   8040  CB  GLN B 120      10.164  -9.403 -38.859  1.00 37.28           C  
+ATOM   8041  CG  GLN B 120       9.527  -9.827 -37.544  1.00 38.84           C  
+ATOM   8042  CD  GLN B 120       9.598 -11.333 -37.300  1.00 42.13           C  
+ATOM   8043  OE1 GLN B 120      10.578 -12.003 -37.662  1.00 43.90           O  
+ATOM   8044  NE2 GLN B 120       8.556 -11.874 -36.677  1.00 42.96           N  
+ATOM   8045  N   GLY B 121      10.602  -9.884 -42.152  1.00 37.05           N  
+ATOM   8046  CA  GLY B 121      11.302  -9.400 -43.324  1.00 37.24           C  
+ATOM   8047  C   GLY B 121      12.785  -9.176 -43.084  1.00 37.68           C  
+ATOM   8048  O   GLY B 121      13.241  -8.986 -41.944  1.00 37.45           O  
+ATOM   8049  N   THR B 122      13.534  -9.204 -44.183  1.00 38.03           N  
+ATOM   8050  CA  THR B 122      14.956  -8.919 -44.190  1.00 38.21           C  
+ATOM   8051  C   THR B 122      15.223  -7.964 -45.331  1.00 38.54           C  
+ATOM   8052  O   THR B 122      15.140  -8.363 -46.475  1.00 38.80           O  
+ATOM   8053  CB  THR B 122      15.763 -10.192 -44.471  1.00 38.15           C  
+ATOM   8054  OG1 THR B 122      15.278 -11.269 -43.658  1.00 37.65           O  
+ATOM   8055  CG2 THR B 122      17.252  -9.959 -44.207  1.00 38.40           C  
+ATOM   8056  N   LYS B 123      15.517  -6.705 -45.038  1.00 39.25           N  
+ATOM   8057  CA  LYS B 123      15.988  -5.795 -46.077  1.00 40.22           C  
+ATOM   8058  C   LYS B 123      17.369  -6.277 -46.532  1.00 41.07           C  
+ATOM   8059  O   LYS B 123      18.266  -6.477 -45.703  1.00 41.35           O  
+ATOM   8060  CB  LYS B 123      16.052  -4.349 -45.567  1.00 39.95           C  
+ATOM   8061  N   VAL B 124      17.524  -6.505 -47.835  1.00 41.94           N  
+ATOM   8062  CA  VAL B 124      18.787  -6.986 -48.390  1.00 42.94           C  
+ATOM   8063  C   VAL B 124      19.340  -5.937 -49.330  1.00 44.11           C  
+ATOM   8064  O   VAL B 124      18.646  -5.480 -50.222  1.00 44.55           O  
+ATOM   8065  CB  VAL B 124      18.624  -8.344 -49.108  1.00 42.64           C  
+ATOM   8066  CG1 VAL B 124      19.759  -8.606 -50.091  1.00 42.20           C  
+ATOM   8067  CG2 VAL B 124      18.558  -9.458 -48.092  1.00 42.60           C  
+ATOM   8068  N   GLU B 125      20.587  -5.540 -49.115  1.00 45.41           N  
+ATOM   8069  CA  GLU B 125      21.185  -4.477 -49.903  1.00 46.66           C  
+ATOM   8070  C   GLU B 125      22.579  -4.861 -50.322  1.00 47.61           C  
+ATOM   8071  O   GLU B 125      23.162  -5.783 -49.757  1.00 47.77           O  
+ATOM   8072  CB  GLU B 125      21.217  -3.181 -49.104  1.00 46.65           C  
+ATOM   8073  CG  GLU B 125      19.886  -2.466 -49.096  1.00 47.20           C  
+ATOM   8074  CD  GLU B 125      19.927  -1.164 -48.333  1.00 47.87           C  
+ATOM   8075  OE1 GLU B 125      20.381  -1.182 -47.163  1.00 47.74           O  
+ATOM   8076  OE2 GLU B 125      19.487  -0.133 -48.905  1.00 48.04           O  
+ATOM   8077  N   ILE B 126      23.115  -4.140 -51.301  1.00 48.79           N  
+ATOM   8078  CA  ILE B 126      24.395  -4.491 -51.908  1.00 49.88           C  
+ATOM   8079  C   ILE B 126      25.532  -3.596 -51.446  1.00 50.78           C  
+ATOM   8080  O   ILE B 126      25.395  -2.376 -51.451  1.00 50.92           O  
+ATOM   8081  CB  ILE B 126      24.276  -4.465 -53.436  1.00 49.65           C  
+ATOM   8082  CG1 ILE B 126      23.748  -5.804 -53.907  1.00 49.86           C  
+ATOM   8083  CG2 ILE B 126      25.610  -4.223 -54.104  1.00 49.85           C  
+ATOM   8084  CD1 ILE B 126      22.618  -5.646 -54.823  1.00 50.98           C  
+ATOM   8085  N   LYS B 127      26.638  -4.208 -51.024  1.00 52.02           N  
+ATOM   8086  CA  LYS B 127      27.890  -3.480 -50.860  1.00 53.39           C  
+ATOM   8087  C   LYS B 127      28.613  -3.443 -52.219  1.00 54.60           C  
+ATOM   8088  O   LYS B 127      28.750  -4.473 -52.895  1.00 54.87           O  
+ATOM   8089  CB  LYS B 127      28.760  -4.102 -49.762  1.00 53.05           C  
+ATOM   8090  N   ARG B 128      29.037  -2.247 -52.625  1.00 55.91           N  
+ATOM   8091  CA  ARG B 128      29.750  -2.038 -53.885  1.00 57.32           C  
+ATOM   8092  C   ARG B 128      30.889  -1.043 -53.679  1.00 58.45           C  
+ATOM   8093  O   ARG B 128      31.100  -0.569 -52.564  1.00 58.50           O  
+ATOM   8094  CB  ARG B 128      28.794  -1.524 -54.962  1.00 57.28           C  
+ATOM   8095  CG  ARG B 128      28.033  -0.265 -54.570  1.00 57.40           C  
+ATOM   8096  CD  ARG B 128      27.342   0.365 -55.754  1.00 57.88           C  
+ATOM   8097  NE  ARG B 128      28.100   1.471 -56.339  1.00 59.17           N  
+ATOM   8098  CZ  ARG B 128      28.696   1.446 -57.531  1.00 60.08           C  
+ATOM   8099  NH1 ARG B 128      28.643   0.365 -58.295  1.00 61.36           N  
+ATOM   8100  NH2 ARG B 128      29.350   2.511 -57.969  1.00 60.42           N  
+ATOM   8101  N   THR B 129      31.623  -0.730 -54.748  1.00 60.01           N  
+ATOM   8102  CA  THR B 129      32.686   0.281 -54.680  1.00 61.51           C  
+ATOM   8103  C   THR B 129      32.103   1.623 -54.285  1.00 62.56           C  
+ATOM   8104  O   THR B 129      30.965   1.939 -54.631  1.00 62.70           O  
+ATOM   8105  CB  THR B 129      33.391   0.501 -56.027  1.00 61.47           C  
+ATOM   8106  OG1 THR B 129      32.416   0.830 -57.030  1.00 61.72           O  
+ATOM   8107  CG2 THR B 129      34.196  -0.724 -56.440  1.00 61.59           C  
+ATOM   8108  N   VAL B 130      32.898   2.410 -53.569  1.00 63.92           N  
+ATOM   8109  CA  VAL B 130      32.511   3.763 -53.182  1.00 65.11           C  
+ATOM   8110  C   VAL B 130      32.278   4.597 -54.443  1.00 65.89           C  
+ATOM   8111  O   VAL B 130      33.088   4.561 -55.367  1.00 66.07           O  
+ATOM   8112  CB  VAL B 130      33.604   4.424 -52.303  1.00 65.06           C  
+ATOM   8113  CG1 VAL B 130      33.035   5.620 -51.547  1.00 65.18           C  
+ATOM   8114  CG2 VAL B 130      34.213   3.402 -51.327  1.00 64.95           C  
+ATOM   8115  N   ALA B 131      31.161   5.313 -54.500  1.00 66.96           N  
+ATOM   8116  CA  ALA B 131      30.902   6.205 -55.632  1.00 68.17           C  
+ATOM   8117  C   ALA B 131      30.590   7.614 -55.154  1.00 69.11           C  
+ATOM   8118  O   ALA B 131      29.792   7.806 -54.232  1.00 69.30           O  
+ATOM   8119  CB  ALA B 131      29.779   5.676 -56.504  1.00 68.07           C  
+ATOM   8120  N   ALA B 132      31.241   8.592 -55.779  1.00 70.23           N  
+ATOM   8121  CA  ALA B 132      31.028   9.998 -55.460  1.00 71.13           C  
+ATOM   8122  C   ALA B 132      29.715  10.465 -56.084  1.00 71.94           C  
+ATOM   8123  O   ALA B 132      29.334   9.989 -57.161  1.00 72.09           O  
+ATOM   8124  CB  ALA B 132      32.190  10.829 -55.971  1.00 71.13           C  
+ATOM   8125  N   PRO B 133      29.005  11.389 -55.412  1.00 72.70           N  
+ATOM   8126  CA  PRO B 133      27.760  11.882 -56.014  1.00 73.33           C  
+ATOM   8127  C   PRO B 133      28.012  12.894 -57.152  1.00 73.99           C  
+ATOM   8128  O   PRO B 133      29.154  13.318 -57.360  1.00 73.89           O  
+ATOM   8129  CB  PRO B 133      27.034  12.533 -54.830  1.00 73.33           C  
+ATOM   8130  CG  PRO B 133      28.123  12.929 -53.875  1.00 72.96           C  
+ATOM   8131  CD  PRO B 133      29.289  12.006 -54.100  1.00 72.61           C  
+ATOM   8132  N   SER B 134      26.965  13.256 -57.893  1.00 74.78           N  
+ATOM   8133  CA  SER B 134      27.089  14.307 -58.907  1.00 75.61           C  
+ATOM   8134  C   SER B 134      26.097  15.461 -58.680  1.00 76.28           C  
+ATOM   8135  O   SER B 134      25.039  15.519 -59.308  1.00 76.36           O  
+ATOM   8136  CB  SER B 134      27.026  13.738 -60.338  1.00 75.50           C  
+ATOM   8137  OG  SER B 134      25.765  13.172 -60.635  1.00 75.09           O  
+ATOM   8138  N   VAL B 135      26.488  16.379 -57.788  1.00 77.14           N  
+ATOM   8139  CA  VAL B 135      25.667  17.508 -57.300  1.00 77.84           C  
+ATOM   8140  C   VAL B 135      25.090  18.429 -58.379  1.00 78.42           C  
+ATOM   8141  O   VAL B 135      25.826  18.984 -59.185  1.00 78.50           O  
+ATOM   8142  CB  VAL B 135      26.466  18.396 -56.284  1.00 77.78           C  
+ATOM   8143  CG1 VAL B 135      25.650  19.621 -55.861  1.00 77.58           C  
+ATOM   8144  CG2 VAL B 135      26.912  17.586 -55.053  1.00 77.79           C  
+ATOM   8145  N   PHE B 136      23.767  18.577 -58.380  1.00 79.37           N  
+ATOM   8146  CA  PHE B 136      23.090  19.629 -59.142  1.00 80.39           C  
+ATOM   8147  C   PHE B 136      22.441  20.631 -58.166  1.00 81.35           C  
+ATOM   8148  O   PHE B 136      22.067  20.260 -57.043  1.00 81.55           O  
+ATOM   8149  CB  PHE B 136      22.011  19.055 -60.077  1.00 80.11           C  
+ATOM   8150  CG  PHE B 136      22.536  18.190 -61.205  1.00 79.79           C  
+ATOM   8151  CD1 PHE B 136      23.897  17.946 -61.374  1.00 79.61           C  
+ATOM   8152  CD2 PHE B 136      21.646  17.645 -62.129  1.00 79.59           C  
+ATOM   8153  CE1 PHE B 136      24.354  17.149 -62.425  1.00 79.91           C  
+ATOM   8154  CE2 PHE B 136      22.093  16.852 -63.188  1.00 79.63           C  
+ATOM   8155  CZ  PHE B 136      23.448  16.606 -63.336  1.00 79.73           C  
+ATOM   8156  N   ILE B 137      22.322  21.895 -58.582  1.00 82.42           N  
+ATOM   8157  CA  ILE B 137      21.609  22.906 -57.794  1.00 83.40           C  
+ATOM   8158  C   ILE B 137      20.395  23.381 -58.586  1.00 84.28           C  
+ATOM   8159  O   ILE B 137      20.429  23.399 -59.822  1.00 84.40           O  
+ATOM   8160  CB  ILE B 137      22.511  24.104 -57.426  1.00 83.06           C  
+ATOM   8161  N   PHE B 138      19.319  23.733 -57.880  1.00 85.34           N  
+ATOM   8162  CA  PHE B 138      18.105  24.265 -58.521  1.00 86.32           C  
+ATOM   8163  C   PHE B 138      17.346  25.256 -57.610  1.00 87.06           C  
+ATOM   8164  O   PHE B 138      16.689  24.836 -56.650  1.00 87.22           O  
+ATOM   8165  CB  PHE B 138      17.190  23.125 -58.999  1.00 86.15           C  
+ATOM   8166  N   PRO B 139      17.449  26.579 -57.902  1.00 87.75           N  
+ATOM   8167  CA  PRO B 139      16.754  27.605 -57.112  1.00 88.13           C  
+ATOM   8168  C   PRO B 139      15.331  27.896 -57.650  1.00 88.51           C  
+ATOM   8169  O   PRO B 139      14.997  27.446 -58.761  1.00 88.47           O  
+ATOM   8170  CB  PRO B 139      17.673  28.826 -57.260  1.00 88.09           C  
+ATOM   8171  CG  PRO B 139      18.317  28.663 -58.612  1.00 87.80           C  
+ATOM   8172  CD  PRO B 139      18.239  27.189 -58.994  1.00 87.82           C  
+ATOM   8173  N   PRO B 140      14.496  28.627 -56.867  1.00 88.78           N  
+ATOM   8174  CA  PRO B 140      13.107  28.928 -57.255  1.00 89.10           C  
+ATOM   8175  C   PRO B 140      12.971  29.308 -58.727  1.00 89.50           C  
+ATOM   8176  O   PRO B 140      13.769  30.095 -59.236  1.00 89.67           O  
+ATOM   8177  CB  PRO B 140      12.751  30.115 -56.363  1.00 89.00           C  
+ATOM   8178  CG  PRO B 140      13.548  29.894 -55.132  1.00 88.77           C  
+ATOM   8179  CD  PRO B 140      14.821  29.200 -55.545  1.00 88.70           C  
+ATOM   8180  N   SER B 141      11.973  28.745 -59.404  1.00 89.95           N  
+ATOM   8181  CA  SER B 141      11.844  28.931 -60.848  1.00 90.39           C  
+ATOM   8182  C   SER B 141      10.402  29.214 -61.311  1.00 90.71           C  
+ATOM   8183  O   SER B 141       9.457  28.561 -60.853  1.00 90.71           O  
+ATOM   8184  CB  SER B 141      12.429  27.719 -61.586  1.00 90.38           C  
+ATOM   8185  N   ASP B 142      10.263  30.189 -62.220  1.00 90.98           N  
+ATOM   8186  CA  ASP B 142       8.986  30.572 -62.856  1.00 91.05           C  
+ATOM   8187  C   ASP B 142       7.861  30.864 -61.847  1.00 91.12           C  
+ATOM   8188  O   ASP B 142       8.038  31.688 -60.943  1.00 90.95           O  
+ATOM   8189  CB  ASP B 142       8.560  29.526 -63.904  1.00 90.96           C  
+ATOM   8190  N   GLU B 143       6.722  30.188 -62.028  1.00 91.27           N  
+ATOM   8191  CA  GLU B 143       5.551  30.244 -61.133  1.00 91.40           C  
+ATOM   8192  C   GLU B 143       5.710  31.072 -59.842  1.00 91.55           C  
+ATOM   8193  O   GLU B 143       5.610  32.304 -59.882  1.00 91.81           O  
+ATOM   8194  CB  GLU B 143       5.059  28.821 -60.818  1.00 91.35           C  
+ATOM   8195  N   GLN B 144       5.949  30.407 -58.708  1.00 91.50           N  
+ATOM   8196  CA  GLN B 144       6.014  31.091 -57.407  1.00 91.37           C  
+ATOM   8197  C   GLN B 144       7.450  31.371 -56.981  1.00 91.26           C  
+ATOM   8198  O   GLN B 144       7.841  31.061 -55.847  1.00 91.15           O  
+ATOM   8199  CB  GLN B 144       5.286  30.276 -56.332  1.00 91.37           C  
+ATOM   8200  N   LEU B 145       8.219  31.966 -57.896  1.00 91.18           N  
+ATOM   8201  CA  LEU B 145       9.652  32.197 -57.700  1.00 91.11           C  
+ATOM   8202  C   LEU B 145       9.915  33.380 -56.779  1.00 91.05           C  
+ATOM   8203  O   LEU B 145      11.008  33.506 -56.229  1.00 91.08           O  
+ATOM   8204  CB  LEU B 145      10.359  32.416 -59.040  1.00 91.03           C  
+ATOM   8205  N   THR B 146       6.691  30.975 -51.934  1.00 86.17           N  
+ATOM   8206  CA  THR B 146       7.533  30.569 -50.811  1.00 86.19           C  
+ATOM   8207  C   THR B 146       8.933  30.179 -51.299  1.00 86.21           C  
+ATOM   8208  O   THR B 146       9.126  29.877 -52.484  1.00 86.33           O  
+ATOM   8209  CB  THR B 146       6.895  29.405 -50.014  1.00 85.95           C  
+ATOM   8210  N   ALA B 147       9.904  30.198 -50.386  1.00 86.02           N  
+ATOM   8211  CA  ALA B 147      11.284  29.832 -50.701  1.00 85.85           C  
+ATOM   8212  C   ALA B 147      11.452  28.316 -50.945  1.00 85.82           C  
+ATOM   8213  O   ALA B 147      11.440  27.517 -49.997  1.00 85.98           O  
+ATOM   8214  CB  ALA B 147      12.219  30.317 -49.588  1.00 85.80           C  
+ATOM   8215  N   SER B 148      11.605  27.926 -52.215  1.00 85.52           N  
+ATOM   8216  CA  SER B 148      11.781  26.508 -52.593  1.00 85.11           C  
+ATOM   8217  C   SER B 148      13.135  26.215 -53.276  1.00 84.90           C  
+ATOM   8218  O   SER B 148      13.245  26.279 -54.508  1.00 84.88           O  
+ATOM   8219  CB  SER B 148      10.602  26.026 -53.464  1.00 85.11           C  
+ATOM   8220  OG  SER B 148      10.392  26.863 -54.593  1.00 84.50           O  
+ATOM   8221  N   VAL B 149      14.152  25.881 -52.473  1.00 84.50           N  
+ATOM   8222  CA  VAL B 149      15.530  25.707 -52.979  1.00 84.06           C  
+ATOM   8223  C   VAL B 149      16.040  24.253 -52.992  1.00 83.71           C  
+ATOM   8224  O   VAL B 149      16.406  23.692 -51.951  1.00 83.53           O  
+ATOM   8225  CB  VAL B 149      16.534  26.612 -52.223  1.00 84.08           C  
+ATOM   8226  N   VAL B 150      16.080  23.671 -54.192  1.00 83.31           N  
+ATOM   8227  CA  VAL B 150      16.479  22.271 -54.403  1.00 82.88           C  
+ATOM   8228  C   VAL B 150      17.999  22.071 -54.494  1.00 82.49           C  
+ATOM   8229  O   VAL B 150      18.722  22.925 -55.015  1.00 82.49           O  
+ATOM   8230  CB  VAL B 150      15.813  21.678 -55.673  1.00 82.76           C  
+ATOM   8231  N   CYS B 151      18.459  20.928 -53.986  1.00 82.00           N  
+ATOM   8232  CA  CYS B 151      19.876  20.544 -53.989  1.00 81.57           C  
+ATOM   8233  C   CYS B 151      19.972  19.017 -54.121  1.00 81.13           C  
+ATOM   8234  O   CYS B 151      19.578  18.283 -53.204  1.00 81.22           O  
+ATOM   8235  CB  CYS B 151      20.556  21.027 -52.695  1.00 81.68           C  
+ATOM   8236  SG  CYS B 151      22.375  20.873 -52.610  1.00 81.79           S  
+ATOM   8237  N   LEU B 152      20.479  18.545 -55.262  1.00 80.37           N  
+ATOM   8238  CA  LEU B 152      20.511  17.104 -55.575  1.00 79.60           C  
+ATOM   8239  C   LEU B 152      21.886  16.454 -55.387  1.00 78.97           C  
+ATOM   8240  O   LEU B 152      22.920  17.095 -55.538  1.00 78.97           O  
+ATOM   8241  CB  LEU B 152      19.987  16.831 -56.998  1.00 79.47           C  
+ATOM   8242  N   LEU B 153      21.873  15.174 -55.032  1.00 78.21           N  
+ATOM   8243  CA  LEU B 153      23.065  14.341 -55.032  1.00 77.30           C  
+ATOM   8244  C   LEU B 153      22.683  13.072 -55.771  1.00 77.02           C  
+ATOM   8245  O   LEU B 153      21.775  12.350 -55.352  1.00 77.00           O  
+ATOM   8246  CB  LEU B 153      23.496  14.003 -53.612  1.00 77.00           C  
+ATOM   8247  CG  LEU B 153      24.083  15.098 -52.738  1.00 76.37           C  
+ATOM   8248  CD1 LEU B 153      23.012  16.006 -52.173  1.00 75.66           C  
+ATOM   8249  CD2 LEU B 153      24.831  14.422 -51.618  1.00 76.44           C  
+ATOM   8250  N   ASN B 154      23.367  12.812 -56.879  1.00 76.50           N  
+ATOM   8251  CA  ASN B 154      22.984  11.728 -57.772  1.00 76.01           C  
+ATOM   8252  C   ASN B 154      23.935  10.540 -57.677  1.00 75.80           C  
+ATOM   8253  O   ASN B 154      25.152  10.712 -57.512  1.00 75.80           O  
+ATOM   8254  CB  ASN B 154      22.906  12.250 -59.209  1.00 75.96           C  
+ATOM   8255  CG  ASN B 154      22.013  11.411 -60.095  1.00 75.48           C  
+ATOM   8256  OD1 ASN B 154      21.596  10.312 -59.726  1.00 75.63           O  
+ATOM   8257  ND2 ASN B 154      21.717  11.927 -61.283  1.00 74.44           N  
+ATOM   8258  N   ASN B 155      23.348   9.343 -57.770  1.00 75.48           N  
+ATOM   8259  CA  ASN B 155      24.068   8.061 -57.725  1.00 75.37           C  
+ATOM   8260  C   ASN B 155      25.375   7.982 -56.919  1.00 75.18           C  
+ATOM   8261  O   ASN B 155      26.468   8.210 -57.450  1.00 75.59           O  
+ATOM   8262  CB  ASN B 155      24.271   7.538 -59.148  1.00 75.45           C  
+ATOM   8263  CG  ASN B 155      22.958   7.243 -59.843  1.00 75.94           C  
+ATOM   8264  OD1 ASN B 155      21.883   7.444 -59.274  1.00 76.86           O  
+ATOM   8265  ND2 ASN B 155      23.036   6.761 -61.079  1.00 76.01           N  
+ATOM   8266  N   PHE B 156      25.240   7.662 -55.637  1.00 74.58           N  
+ATOM   8267  CA  PHE B 156      26.383   7.524 -54.745  1.00 74.01           C  
+ATOM   8268  C   PHE B 156      26.065   6.500 -53.663  1.00 73.99           C  
+ATOM   8269  O   PHE B 156      25.155   6.699 -52.858  1.00 74.14           O  
+ATOM   8270  CB  PHE B 156      26.739   8.870 -54.112  1.00 73.71           C  
+ATOM   8271  CG  PHE B 156      25.702   9.380 -53.152  1.00 73.33           C  
+ATOM   8272  CD1 PHE B 156      25.762   9.052 -51.808  1.00 72.97           C  
+ATOM   8273  CD2 PHE B 156      24.667  10.189 -53.594  1.00 72.73           C  
+ATOM   8274  CE1 PHE B 156      24.810   9.521 -50.922  1.00 72.55           C  
+ATOM   8275  CE2 PHE B 156      23.712  10.660 -52.713  1.00 72.44           C  
+ATOM   8276  CZ  PHE B 156      23.783  10.326 -51.376  1.00 72.52           C  
+ATOM   8277  N   TYR B 157      26.812   5.401 -53.656  1.00 73.87           N  
+ATOM   8278  CA  TYR B 157      26.583   4.324 -52.701  1.00 73.65           C  
+ATOM   8279  C   TYR B 157      26.628   4.820 -51.259  1.00 73.43           C  
+ATOM   8280  O   TYR B 157      25.974   5.801 -50.905  1.00 73.48           O  
+ATOM   8281  CB  TYR B 157      27.607   3.205 -52.902  1.00 73.77           C  
+ATOM   8282  CG  TYR B 157      27.473   2.068 -51.914  1.00 73.86           C  
+ATOM   8283  CD1 TYR B 157      26.230   1.691 -51.424  1.00 73.77           C  
+ATOM   8284  CD2 TYR B 157      28.590   1.372 -51.471  1.00 74.11           C  
+ATOM   8285  CE1 TYR B 157      26.102   0.653 -50.521  1.00 73.93           C  
+ATOM   8286  CE2 TYR B 157      28.472   0.333 -50.568  1.00 74.17           C  
+ATOM   8287  CZ  TYR B 157      27.227  -0.023 -50.096  1.00 74.02           C  
+ATOM   8288  OH  TYR B 157      27.105  -1.057 -49.197  1.00 73.82           O  
+ATOM   8289  N   PRO B 158      27.404   4.130 -50.431  1.00 73.28           N  
+ATOM   8290  CA  PRO B 158      27.525   4.475 -49.012  1.00 73.31           C  
+ATOM   8291  C   PRO B 158      26.542   5.564 -48.592  1.00 73.47           C  
+ATOM   8292  O   PRO B 158      26.866   6.749 -48.666  1.00 73.66           O  
+ATOM   8293  CB  PRO B 158      28.959   4.993 -48.909  1.00 73.21           C  
+ATOM   8294  CG  PRO B 158      29.697   4.223 -49.949  1.00 73.04           C  
+ATOM   8295  CD  PRO B 158      28.721   3.943 -51.067  1.00 73.16           C  
+ATOM   8296  N   ARG B 159      25.355   5.159 -48.152  1.00 73.56           N  
+ATOM   8297  CA  ARG B 159      24.349   6.104 -47.682  1.00 73.64           C  
+ATOM   8298  C   ARG B 159      24.781   6.715 -46.354  1.00 73.66           C  
+ATOM   8299  O   ARG B 159      24.502   6.167 -45.288  1.00 73.91           O  
+ATOM   8300  CB  ARG B 159      22.993   5.415 -47.530  1.00 73.45           C  
+ATOM   8301  N   GLU B 160      25.466   7.851 -46.427  1.00 73.35           N  
+ATOM   8302  CA  GLU B 160      25.994   8.511 -45.231  1.00 73.19           C  
+ATOM   8303  C   GLU B 160      26.217   9.981 -45.534  1.00 73.07           C  
+ATOM   8304  O   GLU B 160      26.745  10.319 -46.589  1.00 72.90           O  
+ATOM   8305  CB  GLU B 160      27.306   7.868 -44.763  1.00 73.06           C  
+ATOM   8306  N   GLY B 161      17.931  23.760 -38.315  1.00 78.39           N  
+ATOM   8307  CA  GLY B 161      17.046  24.846 -38.745  1.00 78.67           C  
+ATOM   8308  C   GLY B 161      15.979  24.479 -39.777  1.00 78.66           C  
+ATOM   8309  O   GLY B 161      15.015  23.757 -39.476  1.00 78.64           O  
+ATOM   8310  N   ASN B 162      16.135  25.006 -40.991  1.00 78.49           N  
+ATOM   8311  CA  ASN B 162      15.233  24.682 -42.087  1.00 78.42           C  
+ATOM   8312  C   ASN B 162      15.961  23.868 -43.160  1.00 78.40           C  
+ATOM   8313  O   ASN B 162      16.360  24.406 -44.204  1.00 78.67           O  
+ATOM   8314  CB  ASN B 162      14.606  25.949 -42.678  1.00 78.26           C  
+ATOM   8315  N   SER B 163      16.134  22.573 -42.886  1.00 77.96           N  
+ATOM   8316  CA  SER B 163      16.769  21.646 -43.826  1.00 77.45           C  
+ATOM   8317  C   SER B 163      15.984  20.320 -43.934  1.00 77.02           C  
+ATOM   8318  O   SER B 163      16.091  19.462 -43.046  1.00 77.14           O  
+ATOM   8319  CB  SER B 163      18.225  21.394 -43.403  1.00 77.45           C  
+ATOM   8320  N   GLN B 164      15.205  20.157 -45.014  1.00 76.18           N  
+ATOM   8321  CA  GLN B 164      14.354  18.951 -45.217  1.00 75.25           C  
+ATOM   8322  C   GLN B 164      14.773  18.051 -46.407  1.00 74.46           C  
+ATOM   8323  O   GLN B 164      14.697  18.476 -47.566  1.00 74.42           O  
+ATOM   8324  CB  GLN B 164      12.873  19.346 -45.338  1.00 75.18           C  
+ATOM   8325  N   GLU B 165      15.187  16.810 -46.109  1.00 73.36           N  
+ATOM   8326  CA  GLU B 165      15.797  15.887 -47.109  1.00 72.17           C  
+ATOM   8327  C   GLU B 165      15.066  14.538 -47.310  1.00 71.16           C  
+ATOM   8328  O   GLU B 165      14.144  14.214 -46.559  1.00 71.18           O  
+ATOM   8329  CB  GLU B 165      17.277  15.637 -46.772  1.00 72.16           C  
+ATOM   8330  CG  GLU B 165      17.540  15.266 -45.307  1.00 72.16           C  
+ATOM   8331  CD  GLU B 165      18.899  14.614 -45.079  1.00 72.28           C  
+ATOM   8332  OE1 GLU B 165      19.826  14.836 -45.891  1.00 72.17           O  
+ATOM   8333  OE2 GLU B 165      19.041  13.877 -44.074  1.00 72.33           O  
+ATOM   8334  N   SER B 166      15.477  13.772 -48.328  1.00 69.76           N  
+ATOM   8335  CA  SER B 166      14.979  12.398 -48.556  1.00 68.35           C  
+ATOM   8336  C   SER B 166      15.863  11.613 -49.532  1.00 67.73           C  
+ATOM   8337  O   SER B 166      16.216  12.121 -50.600  1.00 67.66           O  
+ATOM   8338  CB  SER B 166      13.520  12.386 -49.045  1.00 68.17           C  
+ATOM   8339  OG  SER B 166      13.433  12.424 -50.457  1.00 66.78           O  
+ATOM   8340  N   VAL B 167      16.193  10.372 -49.165  1.00 66.78           N  
+ATOM   8341  CA  VAL B 167      17.044   9.485 -49.982  1.00 65.70           C  
+ATOM   8342  C   VAL B 167      16.233   8.392 -50.700  1.00 65.10           C  
+ATOM   8343  O   VAL B 167      15.269   7.871 -50.144  1.00 65.06           O  
+ATOM   8344  CB  VAL B 167      18.142   8.797 -49.129  1.00 65.54           C  
+ATOM   8345  CG1 VAL B 167      19.353   8.510 -49.979  1.00 65.37           C  
+ATOM   8346  CG2 VAL B 167      18.539   9.656 -47.938  1.00 65.29           C  
+ATOM   8347  N   THR B 168      16.629   8.047 -51.926  1.00 64.46           N  
+ATOM   8348  CA  THR B 168      15.976   6.965 -52.684  1.00 63.96           C  
+ATOM   8349  C   THR B 168      16.467   5.613 -52.209  1.00 63.38           C  
+ATOM   8350  O   THR B 168      17.505   5.527 -51.559  1.00 63.44           O  
+ATOM   8351  CB  THR B 168      16.289   7.012 -54.200  1.00 64.08           C  
+ATOM   8352  OG1 THR B 168      16.967   8.228 -54.544  1.00 64.19           O  
+ATOM   8353  CG2 THR B 168      15.001   6.857 -55.023  1.00 64.28           C  
+ATOM   8354  N   GLU B 169      15.745   4.551 -52.554  1.00 62.71           N  
+ATOM   8355  CA  GLU B 169      16.234   3.212 -52.265  1.00 62.37           C  
+ATOM   8356  C   GLU B 169      17.436   2.899 -53.151  1.00 61.92           C  
+ATOM   8357  O   GLU B 169      17.688   3.598 -54.136  1.00 62.17           O  
+ATOM   8358  CB  GLU B 169      15.149   2.163 -52.462  1.00 62.45           C  
+ATOM   8359  CG  GLU B 169      15.242   1.017 -51.456  1.00 63.05           C  
+ATOM   8360  CD  GLU B 169      14.458   1.287 -50.177  1.00 64.13           C  
+ATOM   8361  OE1 GLU B 169      14.712   0.598 -49.162  1.00 64.65           O  
+ATOM   8362  OE2 GLU B 169      13.580   2.181 -50.188  1.00 64.70           O  
+ATOM   8363  N   GLN B 170      18.182   1.859 -52.789  1.00 61.21           N  
+ATOM   8364  CA  GLN B 170      19.354   1.454 -53.540  1.00 60.50           C  
+ATOM   8365  C   GLN B 170      18.933   1.041 -54.927  1.00 60.41           C  
+ATOM   8366  O   GLN B 170      17.907   0.379 -55.093  1.00 60.48           O  
+ATOM   8367  CB  GLN B 170      20.051   0.293 -52.849  1.00 60.34           C  
+ATOM   8368  CG  GLN B 170      21.530   0.269 -53.104  1.00 59.66           C  
+ATOM   8369  CD  GLN B 170      22.221  -0.899 -52.459  1.00 58.76           C  
+ATOM   8370  OE1 GLN B 170      21.597  -1.713 -51.791  1.00 58.64           O  
+ATOM   8371  NE2 GLN B 170      23.524  -0.992 -52.659  1.00 58.93           N  
+ATOM   8372  N   ASP B 171      19.716   1.439 -55.922  1.00 60.29           N  
+ATOM   8373  CA  ASP B 171      19.362   1.162 -57.309  1.00 60.35           C  
+ATOM   8374  C   ASP B 171      19.433  -0.332 -57.698  1.00 60.44           C  
+ATOM   8375  O   ASP B 171      20.180  -1.123 -57.101  1.00 60.43           O  
+ATOM   8376  CB  ASP B 171      20.176   2.031 -58.266  1.00 60.17           C  
+ATOM   8377  CG  ASP B 171      19.621   2.012 -59.674  1.00 60.38           C  
+ATOM   8378  OD1 ASP B 171      18.532   2.585 -59.902  1.00 60.38           O  
+ATOM   8379  OD2 ASP B 171      20.267   1.411 -60.556  1.00 60.95           O  
+ATOM   8380  N   SER B 172      18.624  -0.699 -58.692  1.00 60.55           N  
+ATOM   8381  CA  SER B 172      18.517  -2.074 -59.188  1.00 60.51           C  
+ATOM   8382  C   SER B 172      19.667  -2.467 -60.110  1.00 60.41           C  
+ATOM   8383  O   SER B 172      19.905  -3.657 -60.338  1.00 60.51           O  
+ATOM   8384  CB  SER B 172      17.191  -2.256 -59.932  1.00 60.45           C  
+ATOM   8385  OG  SER B 172      16.105  -2.228 -59.029  1.00 60.91           O  
+ATOM   8386  N   LYS B 173      20.364  -1.463 -60.646  1.00 60.21           N  
+ATOM   8387  CA  LYS B 173      21.411  -1.677 -61.643  1.00 59.86           C  
+ATOM   8388  C   LYS B 173      22.773  -1.120 -61.201  1.00 59.68           C  
+ATOM   8389  O   LYS B 173      23.761  -1.857 -61.183  1.00 59.78           O  
+ATOM   8390  CB  LYS B 173      20.987  -1.109 -63.003  1.00 59.74           C  
+ATOM   8391  N   ASP B 174      22.829   0.162 -60.836  1.00 59.40           N  
+ATOM   8392  CA  ASP B 174      24.099   0.787 -60.418  1.00 59.16           C  
+ATOM   8393  C   ASP B 174      24.333   0.739 -58.898  1.00 58.85           C  
+ATOM   8394  O   ASP B 174      25.335   1.240 -58.392  1.00 58.66           O  
+ATOM   8395  CB  ASP B 174      24.240   2.217 -60.987  1.00 59.22           C  
+ATOM   8396  CG  ASP B 174      23.330   3.233 -60.302  1.00 59.08           C  
+ATOM   8397  OD1 ASP B 174      23.185   3.199 -59.061  1.00 58.43           O  
+ATOM   8398  OD2 ASP B 174      22.776   4.092 -61.017  1.00 58.90           O  
+ATOM   8399  N   SER B 175      23.377   0.132 -58.201  1.00 58.66           N  
+ATOM   8400  CA  SER B 175      23.395  -0.095 -56.751  1.00 58.33           C  
+ATOM   8401  C   SER B 175      23.715   1.095 -55.859  1.00 58.31           C  
+ATOM   8402  O   SER B 175      24.338   0.932 -54.813  1.00 58.28           O  
+ATOM   8403  CB  SER B 175      24.263  -1.309 -56.401  1.00 58.19           C  
+ATOM   8404  OG  SER B 175      23.497  -2.503 -56.467  1.00 57.87           O  
+ATOM   8405  N   THR B 176      23.249   2.280 -56.257  1.00 58.49           N  
+ATOM   8406  CA  THR B 176      23.506   3.519 -55.513  1.00 58.78           C  
+ATOM   8407  C   THR B 176      22.254   4.293 -55.119  1.00 59.12           C  
+ATOM   8408  O   THR B 176      21.151   4.031 -55.618  1.00 59.27           O  
+ATOM   8409  CB  THR B 176      24.388   4.498 -56.310  1.00 58.80           C  
+ATOM   8410  OG1 THR B 176      23.795   4.753 -57.589  1.00 58.20           O  
+ATOM   8411  CG2 THR B 176      25.792   3.953 -56.490  1.00 59.13           C  
+ATOM   8412  N   TYR B 177      22.461   5.275 -54.243  1.00 59.45           N  
+ATOM   8413  CA  TYR B 177      21.399   6.140 -53.734  1.00 59.90           C  
+ATOM   8414  C   TYR B 177      21.430   7.545 -54.342  1.00 60.62           C  
+ATOM   8415  O   TYR B 177      22.322   7.879 -55.125  1.00 60.82           O  
+ATOM   8416  CB  TYR B 177      21.506   6.251 -52.215  1.00 59.27           C  
+ATOM   8417  CG  TYR B 177      21.654   4.927 -51.523  1.00 58.77           C  
+ATOM   8418  CD1 TYR B 177      22.889   4.511 -51.032  1.00 58.64           C  
+ATOM   8419  CD2 TYR B 177      20.562   4.085 -51.362  1.00 57.80           C  
+ATOM   8420  CE1 TYR B 177      23.026   3.287 -50.396  1.00 58.14           C  
+ATOM   8421  CE2 TYR B 177      20.692   2.868 -50.729  1.00 57.44           C  
+ATOM   8422  CZ  TYR B 177      21.920   2.473 -50.257  1.00 57.76           C  
+ATOM   8423  OH  TYR B 177      22.031   1.264 -49.631  1.00 58.26           O  
+ATOM   8424  N   SER B 178      20.438   8.356 -53.972  1.00 61.39           N  
+ATOM   8425  CA  SER B 178      20.400   9.779 -54.302  1.00 61.99           C  
+ATOM   8426  C   SER B 178      19.620  10.523 -53.212  1.00 62.63           C  
+ATOM   8427  O   SER B 178      18.457  10.208 -52.956  1.00 62.83           O  
+ATOM   8428  CB  SER B 178      19.752  10.005 -55.674  1.00 61.93           C  
+ATOM   8429  OG  SER B 178      20.396   9.258 -56.692  1.00 61.44           O  
+ATOM   8430  N   LEU B 179      20.257  11.483 -52.547  1.00 63.33           N  
+ATOM   8431  CA  LEU B 179      19.549  12.311 -51.565  1.00 64.07           C  
+ATOM   8432  C   LEU B 179      18.942  13.543 -52.253  1.00 64.71           C  
+ATOM   8433  O   LEU B 179      19.126  13.740 -53.464  1.00 64.69           O  
+ATOM   8434  CB  LEU B 179      20.454  12.694 -50.384  1.00 63.80           C  
+ATOM   8435  N   SER B 180      18.204  14.349 -51.485  1.00 65.51           N  
+ATOM   8436  CA  SER B 180      17.446  15.492 -52.011  1.00 66.10           C  
+ATOM   8437  C   SER B 180      16.991  16.403 -50.880  1.00 66.91           C  
+ATOM   8438  O   SER B 180      15.887  16.244 -50.345  1.00 66.90           O  
+ATOM   8439  CB  SER B 180      16.230  15.023 -52.816  1.00 65.83           C  
+ATOM   8440  OG  SER B 180      15.239  16.028 -52.894  1.00 65.03           O  
+ATOM   8441  N   SER B 181      17.854  17.355 -50.528  1.00 67.91           N  
+ATOM   8442  CA  SER B 181      17.566  18.339 -49.481  1.00 68.61           C  
+ATOM   8443  C   SER B 181      16.850  19.541 -50.080  1.00 69.17           C  
+ATOM   8444  O   SER B 181      16.978  19.816 -51.276  1.00 69.20           O  
+ATOM   8445  CB  SER B 181      18.859  18.786 -48.786  1.00 68.47           C  
+ATOM   8446  OG  SER B 181      18.621  19.165 -47.440  1.00 68.41           O  
+ATOM   8447  N   THR B 182      16.084  20.240 -49.248  1.00 69.99           N  
+ATOM   8448  CA  THR B 182      15.417  21.476 -49.663  1.00 70.74           C  
+ATOM   8449  C   THR B 182      15.534  22.567 -48.589  1.00 71.12           C  
+ATOM   8450  O   THR B 182      15.323  22.316 -47.388  1.00 71.27           O  
+ATOM   8451  CB  THR B 182      13.930  21.240 -50.038  1.00 70.66           C  
+ATOM   8452  OG1 THR B 182      13.795  19.974 -50.691  1.00 71.15           O  
+ATOM   8453  CG2 THR B 182      13.432  22.325 -50.982  1.00 70.78           C  
+ATOM   8454  N   LEU B 183      15.904  23.768 -49.037  1.00 71.41           N  
+ATOM   8455  CA  LEU B 183      15.855  24.957 -48.197  1.00 71.53           C  
+ATOM   8456  C   LEU B 183      14.511  25.644 -48.411  1.00 71.65           C  
+ATOM   8457  O   LEU B 183      14.171  26.063 -49.527  1.00 71.47           O  
+ATOM   8458  CB  LEU B 183      17.024  25.906 -48.493  1.00 71.42           C  
+ATOM   8459  N   THR B 184      13.733  25.695 -47.336  1.00 71.95           N  
+ATOM   8460  CA  THR B 184      12.481  26.444 -47.297  1.00 72.15           C  
+ATOM   8461  C   THR B 184      12.514  27.338 -46.062  1.00 72.22           C  
+ATOM   8462  O   THR B 184      13.473  27.272 -45.273  1.00 72.08           O  
+ATOM   8463  CB  THR B 184      11.239  25.516 -47.261  1.00 71.92           C  
+ATOM   8464  N   VAL B 185      27.871  19.417 -48.870  1.00 98.34           N  
+ATOM   8465  CA  VAL B 185      28.055  17.996 -49.150  1.00 98.38           C  
+ATOM   8466  C   VAL B 185      29.400  17.484 -48.616  1.00 98.47           C  
+ATOM   8467  O   VAL B 185      30.457  17.962 -49.024  1.00 98.47           O  
+ATOM   8468  CB  VAL B 185      27.935  17.699 -50.668  1.00 98.18           C  
+ATOM   8469  N   THR B 186      29.347  16.527 -47.690  1.00 98.65           N  
+ATOM   8470  CA  THR B 186      30.546  15.838 -47.191  1.00 98.89           C  
+ATOM   8471  C   THR B 186      30.413  14.309 -47.349  1.00 99.11           C  
+ATOM   8472  O   THR B 186      29.633  13.666 -46.642  1.00 99.24           O  
+ATOM   8473  CB  THR B 186      30.859  16.205 -45.721  1.00 98.73           C  
+ATOM   8474  N   HIS B 187      31.190  13.743 -48.275  1.00 99.27           N  
+ATOM   8475  CA  HIS B 187      31.061  12.339 -48.691  1.00 99.24           C  
+ATOM   8476  C   HIS B 187      32.355  11.535 -48.473  1.00 99.12           C  
+ATOM   8477  O   HIS B 187      33.445  12.108 -48.396  1.00 99.29           O  
+ATOM   8478  CB  HIS B 187      30.644  12.298 -50.172  1.00 99.30           C  
+ATOM   8479  CG  HIS B 187      30.087  10.981 -50.620  1.00 99.73           C  
+ATOM   8480  ND1 HIS B 187      28.953  10.424 -50.068  1.00100.10           N  
+ATOM   8481  CD2 HIS B 187      30.494  10.123 -51.585  1.00100.01           C  
+ATOM   8482  CE1 HIS B 187      28.695   9.274 -50.662  1.00 99.99           C  
+ATOM   8483  NE2 HIS B 187      29.614   9.068 -51.587  1.00100.19           N  
+ATOM   8484  N   GLN B 188      32.230  10.212 -48.369  1.00 98.89           N  
+ATOM   8485  CA  GLN B 188      33.395   9.325 -48.310  1.00 98.58           C  
+ATOM   8486  C   GLN B 188      34.104   9.259 -49.665  1.00 98.38           C  
+ATOM   8487  O   GLN B 188      35.335   9.226 -49.728  1.00 98.33           O  
+ATOM   8488  CB  GLN B 188      32.992   7.921 -47.848  1.00 98.55           C  
+ATOM   8489  N   GLY B 189      33.315   9.258 -50.740  1.00 98.14           N  
+ATOM   8490  CA  GLY B 189      33.827   9.180 -52.111  1.00 97.95           C  
+ATOM   8491  C   GLY B 189      34.484  10.443 -52.639  1.00 97.86           C  
+ATOM   8492  O   GLY B 189      35.116  10.422 -53.697  1.00 97.82           O  
+ATOM   8493  N   LEU B 190      34.324  11.545 -51.911  1.00 97.83           N  
+ATOM   8494  CA  LEU B 190      34.982  12.806 -52.248  1.00 97.80           C  
+ATOM   8495  C   LEU B 190      36.135  13.059 -51.277  1.00 97.89           C  
+ATOM   8496  O   LEU B 190      35.952  12.983 -50.054  1.00 97.88           O  
+ATOM   8497  CB  LEU B 190      33.986  13.972 -52.213  1.00 97.71           C  
+ATOM   8498  CG  LEU B 190      32.780  13.945 -53.164  1.00 97.73           C  
+ATOM   8499  CD1 LEU B 190      31.699  14.913 -52.692  1.00 97.62           C  
+ATOM   8500  CD2 LEU B 190      33.169  14.226 -54.621  1.00 97.15           C  
+ATOM   8501  N   SER B 191      37.318  13.340 -51.829  1.00 97.87           N  
+ATOM   8502  CA  SER B 191      38.522  13.615 -51.038  1.00 97.76           C  
+ATOM   8503  C   SER B 191      38.466  15.003 -50.386  1.00 97.79           C  
+ATOM   8504  O   SER B 191      38.969  15.195 -49.271  1.00 97.92           O  
+ATOM   8505  CB  SER B 191      39.779  13.470 -51.900  1.00 97.67           C  
+ATOM   8506  N   SER B 192      37.855  15.960 -51.088  1.00 97.70           N  
+ATOM   8507  CA  SER B 192      37.597  17.305 -50.553  1.00 97.51           C  
+ATOM   8508  C   SER B 192      36.148  17.768 -50.836  1.00 97.32           C  
+ATOM   8509  O   SER B 192      35.719  17.801 -52.002  1.00 97.22           O  
+ATOM   8510  CB  SER B 192      38.614  18.313 -51.101  1.00 97.47           C  
+ATOM   8511  N   PRO B 193      35.394  18.115 -49.765  1.00 97.03           N  
+ATOM   8512  CA  PRO B 193      33.982  18.523 -49.807  1.00 96.80           C  
+ATOM   8513  C   PRO B 193      33.612  19.407 -50.998  1.00 96.65           C  
+ATOM   8514  O   PRO B 193      34.399  20.262 -51.396  1.00 96.78           O  
+ATOM   8515  CB  PRO B 193      33.818  19.301 -48.503  1.00 96.67           C  
+ATOM   8516  CG  PRO B 193      34.734  18.609 -47.563  1.00 96.74           C  
+ATOM   8517  CD  PRO B 193      35.907  18.116 -48.379  1.00 96.93           C  
+ATOM   8518  N   VAL B 194      32.417  19.197 -51.551  1.00 96.50           N  
+ATOM   8519  CA  VAL B 194      31.950  19.944 -52.724  1.00 96.32           C  
+ATOM   8520  C   VAL B 194      30.691  20.780 -52.466  1.00 96.21           C  
+ATOM   8521  O   VAL B 194      29.836  20.412 -51.653  1.00 96.16           O  
+ATOM   8522  CB  VAL B 194      31.686  19.008 -53.921  1.00 96.26           C  
+ATOM   8523  N   THR B 195      30.600  21.911 -53.166  1.00 96.10           N  
+ATOM   8524  CA  THR B 195      29.414  22.769 -53.153  1.00 95.94           C  
+ATOM   8525  C   THR B 195      29.272  23.441 -54.519  1.00 95.81           C  
+ATOM   8526  O   THR B 195      30.084  24.290 -54.882  1.00 95.81           O  
+ATOM   8527  CB  THR B 195      29.488  23.835 -52.041  1.00 95.83           C  
+ATOM   8528  N   LYS B 196      28.250  23.041 -55.275  1.00 95.71           N  
+ATOM   8529  CA  LYS B 196      28.054  23.518 -56.648  1.00 95.62           C  
+ATOM   8530  C   LYS B 196      26.629  24.004 -56.924  1.00 95.62           C  
+ATOM   8531  O   LYS B 196      25.735  23.886 -56.084  1.00 95.59           O  
+ATOM   8532  CB  LYS B 196      28.440  22.432 -57.657  1.00 95.54           C  
diff --git a/content/data/protein/benchbb_antibody_targets/5bjz_imgt.pdb b/content/data/protein/benchbb_antibody_targets/5bjz_imgt.pdb
new file mode 100644
index 0000000..635db98
--- /dev/null
+++ b/content/data/protein/benchbb_antibody_targets/5bjz_imgt.pdb
@@ -0,0 +1,13611 @@
+REMARK   5 IMGT RENUMBERED STRUCTURE 5BJZ GENERATED BY SABDAB
+REMARK   5 ANTIBODY CHAINS ARE RENUMBERED IN THE VARIABLE REGIONS ONLY
+REMARK   5 NON ANTIBODY CHAINS ARE LEFT WITH RESIDUE IDS AS IN PDB
+REMARK   5 PAIRED_HL HCHAIN=C LCHAIN=L AGCHAIN=A AGTYPE=PROTEIN
+REMARK   5 PAIRED_HL HCHAIN=D LCHAIN=H AGCHAIN=B AGTYPE=PROTEIN
+ATOM      1  N   LYS B   1     -10.673 -19.049 197.513  1.00 60.39           N  
+ATOM      2  CA  LYS B   1      -9.960 -20.015 196.691  1.00 59.38           C  
+ATOM      3  C   LYS B   1     -10.892 -20.592 195.619  1.00 53.77           C  
+ATOM      4  O   LYS B   1     -12.078 -20.830 195.858  1.00 53.47           O  
+ATOM      5  CB  LYS B   1      -9.377 -21.140 197.552  1.00 64.02           C  
+ATOM      6  CG  LYS B   1      -8.323 -21.987 196.848  1.00 66.19           C  
+ATOM      7  CD  LYS B   1      -7.024 -21.195 196.701  1.00 67.53           C  
+ATOM      8  CE  LYS B   1      -6.198 -21.660 195.512  1.00 67.74           C  
+ATOM      9  NZ  LYS B   1      -6.909 -21.407 194.229  1.00 66.80           N  
+ATOM     10  N   ILE B   2     -10.331 -20.818 194.444  1.00 45.33           N  
+ATOM     11  CA  ILE B   2     -11.040 -21.358 193.289  1.00 36.03           C  
+ATOM     12  C   ILE B   2     -10.949 -22.880 193.333  1.00 37.53           C  
+ATOM     13  O   ILE B   2      -9.901 -23.438 193.672  1.00 40.84           O  
+ATOM     14  CB  ILE B   2     -10.438 -20.771 191.998  1.00 29.03           C  
+ATOM     15  CG1 ILE B   2     -10.568 -19.241 192.015  1.00 27.16           C  
+ATOM     16  CG2 ILE B   2     -11.065 -21.394 190.746  1.00 27.25           C  
+ATOM     17  CD1 ILE B   2      -9.766 -18.521 190.948  1.00 23.61           C  
+ATOM     18  N   GLU B   3     -12.057 -23.552 193.010  1.00 35.91           N  
+ATOM     19  CA  GLU B   3     -12.148 -25.005 193.122  1.00 36.52           C  
+ATOM     20  C   GLU B   3     -11.275 -25.700 192.082  1.00 35.30           C  
+ATOM     21  O   GLU B   3     -11.335 -25.381 190.893  1.00 31.83           O  
+ATOM     22  CB  GLU B   3     -13.602 -25.444 192.960  1.00 39.78           C  
+ATOM     23  CG  GLU B   3     -13.853 -26.913 193.225  1.00 47.80           C  
+ATOM     24  CD  GLU B   3     -15.321 -27.282 193.069  1.00 54.95           C  
+ATOM     25  OE1 GLU B   3     -15.620 -28.356 192.493  1.00 54.57           O  
+ATOM     26  OE2 GLU B   3     -16.177 -26.499 193.541  1.00 57.47           O  
+ATOM     27  N   GLU B   4     -10.478 -26.669 192.526  1.00 36.37           N  
+ATOM     28  CA  GLU B   4      -9.584 -27.398 191.636  1.00 38.74           C  
+ATOM     29  C   GLU B   4     -10.311 -28.558 190.964  1.00 38.02           C  
+ATOM     30  O   GLU B   4     -11.188 -29.187 191.558  1.00 42.18           O  
+ATOM     31  CB  GLU B   4      -8.353 -27.899 192.402  1.00 41.97           C  
+ATOM     32  CG  GLU B   4      -7.288 -28.530 191.513  1.00 49.60           C  
+ATOM     33  CD  GLU B   4      -5.982 -28.788 192.244  1.00 57.74           C  
+ATOM     34  OE1 GLU B   4      -4.980 -29.108 191.567  1.00 59.59           O  
+ATOM     35  OE2 GLU B   4      -5.950 -28.655 193.488  1.00 60.46           O  
+ATOM     36  N   GLY B   5      -9.957 -28.821 189.708  1.00 36.49           N  
+ATOM     37  CA  GLY B   5     -10.536 -29.933 188.980  1.00 33.76           C  
+ATOM     38  C   GLY B   5     -11.743 -29.607 188.130  1.00 32.07           C  
+ATOM     39  O   GLY B   5     -12.472 -30.526 187.740  1.00 30.93           O  
+ATOM     40  N   LYS B   6     -11.985 -28.334 187.834  1.00 31.47           N  
+ATOM     41  CA  LYS B   6     -13.088 -27.944 186.964  1.00 32.13           C  
+ATOM     42  C   LYS B   6     -12.818 -26.537 186.464  1.00 28.78           C  
+ATOM     43  O   LYS B   6     -11.918 -25.855 186.951  1.00 31.38           O  
+ATOM     44  CB  LYS B   6     -14.436 -28.022 187.688  1.00 34.36           C  
+ATOM     45  CG  LYS B   6     -14.624 -26.988 188.772  1.00 37.95           C  
+ATOM     46  CD  LYS B   6     -16.089 -26.948 189.206  1.00 44.55           C  
+ATOM     47  CE  LYS B   6     -16.449 -25.612 189.826  1.00 49.03           C  
+ATOM     48  NZ  LYS B   6     -17.830 -25.607 190.392  1.00 51.53           N  
+ATOM     49  N   LEU B   7     -13.595 -26.105 185.471  1.00 26.71           N  
+ATOM     50  CA  LEU B   7     -13.433 -24.770 184.905  1.00 26.79           C  
+ATOM     51  C   LEU B   7     -14.701 -23.952 185.099  1.00 27.86           C  
+ATOM     52  O   LEU B   7     -15.803 -24.422 184.800  1.00 29.06           O  
+ATOM     53  CB  LEU B   7     -13.078 -24.818 183.416  1.00 28.16           C  
+ATOM     54  CG  LEU B   7     -11.679 -25.325 183.055  1.00 29.11           C  
+ATOM     55  CD1 LEU B   7     -11.546 -25.364 181.545  1.00 28.99           C  
+ATOM     56  CD2 LEU B   7     -10.567 -24.477 183.682  1.00 26.23           C  
+ATOM     57  N   VAL B   8     -14.529 -22.726 185.584  1.00 26.71           N  
+ATOM     58  CA  VAL B   8     -15.569 -21.710 185.616  1.00 23.76           C  
+ATOM     59  C   VAL B   8     -15.165 -20.615 184.640  1.00 22.78           C  
+ATOM     60  O   VAL B   8     -14.032 -20.114 184.695  1.00 22.32           O  
+ATOM     61  CB  VAL B   8     -15.761 -21.134 187.033  1.00 26.98           C  
+ATOM     62  CG1 VAL B   8     -16.798 -19.993 187.010  1.00 24.70           C  
+ATOM     63  CG2 VAL B   8     -16.199 -22.231 187.991  1.00 27.12           C  
+ATOM     64  N   ILE B   9     -16.077 -20.265 183.733  1.00 21.46           N  
+ATOM     65  CA  ILE B   9     -15.843 -19.269 182.696  1.00 20.13           C  
+ATOM     66  C   ILE B   9     -16.881 -18.162 182.825  1.00 21.71           C  
+ATOM     67  O   ILE B   9     -18.078 -18.448 182.928  1.00 20.20           O  
+ATOM     68  CB  ILE B   9     -15.936 -19.891 181.288  1.00 24.05           C  
+ATOM     69  CG1 ILE B   9     -14.885 -20.990 181.083  1.00 25.09           C  
+ATOM     70  CG2 ILE B   9     -15.801 -18.807 180.250  1.00 18.35           C  
+ATOM     71  CD1 ILE B   9     -14.965 -21.645 179.694  1.00 24.51           C  
+ATOM     72  N   TRP B  10     -16.434 -16.905 182.766  1.00 18.10           N  
+ATOM     73  CA  TRP B  10     -17.307 -15.738 182.670  1.00 18.12           C  
+ATOM     74  C   TRP B  10     -17.211 -15.136 181.270  1.00 21.64           C  
+ATOM     75  O   TRP B  10     -16.105 -14.907 180.755  1.00 19.89           O  
+ATOM     76  CB  TRP B  10     -16.935 -14.651 183.689  1.00 20.10           C  
+ATOM     77  CG  TRP B  10     -17.294 -14.977 185.103  1.00 20.88           C  
+ATOM     78  CD1 TRP B  10     -17.853 -16.131 185.561  1.00 20.03           C  
+ATOM     79  CD2 TRP B  10     -17.112 -14.132 186.247  1.00 22.25           C  
+ATOM     80  NE1 TRP B  10     -18.025 -16.060 186.925  1.00 23.03           N  
+ATOM     81  CE2 TRP B  10     -17.586 -14.839 187.367  1.00 22.63           C  
+ATOM     82  CE3 TRP B  10     -16.579 -12.849 186.432  1.00 22.92           C  
+ATOM     83  CZ2 TRP B  10     -17.544 -14.307 188.660  1.00 26.30           C  
+ATOM     84  CZ3 TRP B  10     -16.547 -12.320 187.715  1.00 23.86           C  
+ATOM     85  CH2 TRP B  10     -17.017 -13.055 188.812  1.00 24.30           C  
+ATOM     86  N   ILE B  11     -18.367 -14.835 180.684  1.00 21.01           N  
+ATOM     87  CA  ILE B  11     -18.458 -14.163 179.395  1.00 19.80           C  
+ATOM     88  C   ILE B  11     -19.705 -13.284 179.409  1.00 21.91           C  
+ATOM     89  O   ILE B  11     -20.691 -13.601 180.070  1.00 25.55           O  
+ATOM     90  CB  ILE B  11     -18.489 -15.207 178.253  1.00 19.85           C  
+ATOM     91  CG1 ILE B  11     -18.506 -14.534 176.885  1.00 19.78           C  
+ATOM     92  CG2 ILE B  11     -19.672 -16.160 178.427  1.00 19.16           C  
+ATOM     93  CD1 ILE B  11     -18.256 -15.496 175.767  1.00 20.30           C  
+ATOM     94  N   ASN B  12     -19.672 -12.188 178.654  1.00 22.77           N  
+ATOM     95  CA  ASN B  12     -20.774 -11.235 178.697  1.00 24.58           C  
+ATOM     96  C   ASN B  12     -22.073 -11.841 178.157  1.00 22.41           C  
+ATOM     97  O   ASN B  12     -22.075 -12.667 177.239  1.00 24.20           O  
+ATOM     98  CB  ASN B  12     -20.420  -9.983 177.903  1.00 27.11           C  
+ATOM     99  CG  ASN B  12     -21.255  -8.785 178.308  1.00 31.50           C  
+ATOM    100  OD1 ASN B  12     -21.545  -8.579 179.487  1.00 34.65           O  
+ATOM    101  ND2 ASN B  12     -21.636  -7.986 177.337  1.00 31.90           N  
+ATOM    102  N   GLY B  13     -23.194 -11.364 178.703  1.00 22.31           N  
+ATOM    103  CA  GLY B  13     -24.501 -11.922 178.392  1.00 23.20           C  
+ATOM    104  C   GLY B  13     -24.954 -11.720 176.952  1.00 29.22           C  
+ATOM    105  O   GLY B  13     -25.905 -12.382 176.517  1.00 29.27           O  
+ATOM    106  N   ASP B  14     -24.312 -10.822 176.206  1.00 25.56           N  
+ATOM    107  CA  ASP B  14     -24.690 -10.636 174.808  1.00 29.17           C  
+ATOM    108  C   ASP B  14     -23.929 -11.560 173.866  1.00 29.02           C  
+ATOM    109  O   ASP B  14     -24.204 -11.562 172.659  1.00 26.66           O  
+ATOM    110  CB  ASP B  14     -24.508  -9.164 174.383  1.00 32.51           C  
+ATOM    111  CG  ASP B  14     -23.071  -8.649 174.552  1.00 33.14           C  
+ATOM    112  OD1 ASP B  14     -22.169  -9.429 174.911  1.00 31.79           O  
+ATOM    113  OD2 ASP B  14     -22.852  -7.434 174.333  1.00 31.03           O  
+ATOM    114  N   LYS B  15     -23.027 -12.387 174.385  1.00 27.38           N  
+ATOM    115  CA  LYS B  15     -22.262 -13.303 173.554  1.00 28.74           C  
+ATOM    116  C   LYS B  15     -22.902 -14.687 173.546  1.00 29.69           C  
+ATOM    117  O   LYS B  15     -23.869 -14.958 174.262  1.00 26.74           O  
+ATOM    118  CB  LYS B  15     -20.815 -13.375 174.037  1.00 24.38           C  
+ATOM    119  CG  LYS B  15     -20.142 -12.024 174.092  1.00 27.56           C  
+ATOM    120  CD  LYS B  15     -20.098 -11.392 172.716  1.00 31.21           C  
+ATOM    121  CE  LYS B  15     -19.123 -10.228 172.675  1.00 33.69           C  
+ATOM    122  NZ  LYS B  15     -19.527  -9.074 173.500  1.00 34.30           N  
+ATOM    123  N   GLY B  16     -22.338 -15.573 172.718  1.00 26.78           N  
+ATOM    124  CA  GLY B  16     -22.872 -16.915 172.577  1.00 24.82           C  
+ATOM    125  C   GLY B  16     -22.459 -17.847 173.696  1.00 25.87           C  
+ATOM    126  O   GLY B  16     -21.702 -18.795 173.476  1.00 23.80           O  
+ATOM    127  N   TYR B  17     -22.959 -17.596 174.910  1.00 25.29           N  
+ATOM    128  CA  TYR B  17     -22.515 -18.403 176.042  1.00 24.79           C  
+ATOM    129  C   TYR B  17     -23.105 -19.808 176.012  1.00 25.52           C  
+ATOM    130  O   TYR B  17     -22.493 -20.739 176.543  1.00 27.48           O  
+ATOM    131  CB  TYR B  17     -22.847 -17.712 177.363  1.00 19.13           C  
+ATOM    132  CG  TYR B  17     -24.294 -17.298 177.524  1.00 20.67           C  
+ATOM    133  CD1 TYR B  17     -25.273 -18.218 177.896  1.00 21.77           C  
+ATOM    134  CD2 TYR B  17     -24.678 -15.977 177.333  1.00 20.05           C  
+ATOM    135  CE1 TYR B  17     -26.615 -17.823 178.058  1.00 22.53           C  
+ATOM    136  CE2 TYR B  17     -26.001 -15.577 177.504  1.00 21.24           C  
+ATOM    137  CZ  TYR B  17     -26.954 -16.503 177.863  1.00 24.48           C  
+ATOM    138  OH  TYR B  17     -28.259 -16.081 178.013  1.00 31.79           O  
+ATOM    139  N   ASN B  18     -24.281 -19.994 175.406  1.00 26.19           N  
+ATOM    140  CA  ASN B  18     -24.803 -21.355 175.285  1.00 28.78           C  
+ATOM    141  C   ASN B  18     -23.967 -22.174 174.313  1.00 28.49           C  
+ATOM    142  O   ASN B  18     -23.717 -23.364 174.549  1.00 30.58           O  
+ATOM    143  CB  ASN B  18     -26.267 -21.337 174.847  1.00 31.70           C  
+ATOM    144  CG  ASN B  18     -27.203 -20.931 175.965  1.00 33.01           C  
+ATOM    145  OD1 ASN B  18     -27.023 -21.328 177.117  1.00 31.11           O  
+ATOM    146  ND2 ASN B  18     -28.197 -20.121 175.637  1.00 33.25           N  
+ATOM    147  N   GLY B  19     -23.525 -21.554 173.216  1.00 24.48           N  
+ATOM    148  CA  GLY B  19     -22.622 -22.246 172.308  1.00 27.15           C  
+ATOM    149  C   GLY B  19     -21.274 -22.535 172.942  1.00 23.98           C  
+ATOM    150  O   GLY B  19     -20.717 -23.620 172.772  1.00 24.70           O  
+ATOM    151  N   LEU B  20     -20.738 -21.570 173.686  1.00 23.48           N  
+ATOM    152  CA  LEU B  20     -19.508 -21.806 174.426  1.00 25.40           C  
+ATOM    153  C   LEU B  20     -19.675 -22.953 175.416  1.00 23.42           C  
+ATOM    154  O   LEU B  20     -18.758 -23.756 175.602  1.00 26.28           O  
+ATOM    155  CB  LEU B  20     -19.091 -20.525 175.150  1.00 25.42           C  
+ATOM    156  CG  LEU B  20     -17.809 -20.596 175.981  1.00 26.32           C  
+ATOM    157  CD1 LEU B  20     -16.598 -20.995 175.118  1.00 22.32           C  
+ATOM    158  CD2 LEU B  20     -17.583 -19.277 176.703  1.00 24.64           C  
+ATOM    159  N   ALA B  21     -20.849 -23.066 176.039  1.00 24.78           N  
+ATOM    160  CA  ALA B  21     -21.100 -24.187 176.950  1.00 27.83           C  
+ATOM    161  C   ALA B  21     -21.112 -25.522 176.210  1.00 26.90           C  
+ATOM    162  O   ALA B  21     -20.759 -26.561 176.788  1.00 25.47           O  
+ATOM    163  CB  ALA B  21     -22.427 -23.984 177.692  1.00 29.76           C  
+ATOM    164  N   GLU B  22     -21.489 -25.517 174.928  1.00 25.33           N  
+ATOM    165  CA  GLU B  22     -21.416 -26.748 174.152  1.00 26.33           C  
+ATOM    166  C   GLU B  22     -19.971 -27.186 173.944  1.00 25.71           C  
+ATOM    167  O   GLU B  22     -19.678 -28.385 174.010  1.00 25.81           O  
+ATOM    168  CB  GLU B  22     -22.105 -26.553 172.799  1.00 33.95           C  
+ATOM    169  CG  GLU B  22     -23.605 -26.346 172.858  1.00 43.06           C  
+ATOM    170  CD  GLU B  22     -24.345 -27.593 173.315  1.00 55.87           C  
+ATOM    171  OE1 GLU B  22     -23.836 -28.712 173.069  1.00 59.14           O  
+ATOM    172  OE2 GLU B  22     -25.443 -27.458 173.902  1.00 61.46           O  
+ATOM    173  N   VAL B  23     -19.047 -26.230 173.768  1.00 21.78           N  
+ATOM    174  CA  VAL B  23     -17.633 -26.585 173.705  1.00 20.73           C  
+ATOM    175  C   VAL B  23     -17.179 -27.164 175.045  1.00 24.06           C  
+ATOM    176  O   VAL B  23     -16.380 -28.112 175.087  1.00 23.68           O  
+ATOM    177  CB  VAL B  23     -16.785 -25.361 173.281  1.00 20.35           C  
+ATOM    178  CG1 VAL B  23     -15.290 -25.739 173.155  1.00 20.55           C  
+ATOM    179  CG2 VAL B  23     -17.310 -24.761 171.960  1.00 20.92           C  
+ATOM    180  N   GLY B  24     -17.738 -26.674 176.152  1.00 23.74           N  
+ATOM    181  CA  GLY B  24     -17.385 -27.229 177.447  1.00 24.99           C  
+ATOM    182  C   GLY B  24     -17.950 -28.620 177.667  1.00 27.40           C  
+ATOM    183  O   GLY B  24     -17.359 -29.422 178.394  1.00 27.80           O  
+ATOM    184  N   LYS B  25     -19.079 -28.942 177.023  1.00 29.75           N  
+ATOM    185  CA  LYS B  25     -19.600 -30.307 177.113  1.00 29.44           C  
+ATOM    186  C   LYS B  25     -18.753 -31.283 176.306  1.00 30.55           C  
+ATOM    187  O   LYS B  25     -18.604 -32.446 176.700  1.00 33.13           O  
+ATOM    188  CB  LYS B  25     -21.061 -30.358 176.668  1.00 36.58           C  
+ATOM    189  CG  LYS B  25     -22.009 -29.696 177.659  1.00 44.29           C  
+ATOM    190  CD  LYS B  25     -23.453 -29.804 177.214  1.00 55.41           C  
+ATOM    191  CE  LYS B  25     -24.392 -29.121 178.208  1.00 61.15           C  
+ATOM    192  NZ  LYS B  25     -25.776 -28.995 177.664  1.00 64.49           N  
+ATOM    193  N   LYS B  26     -18.201 -30.835 175.177  1.00 28.54           N  
+ATOM    194  CA  LYS B  26     -17.226 -31.640 174.451  1.00 27.94           C  
+ATOM    195  C   LYS B  26     -15.962 -31.847 175.277  1.00 24.54           C  
+ATOM    196  O   LYS B  26     -15.433 -32.958 175.342  1.00 27.36           O  
+ATOM    197  CB  LYS B  26     -16.899 -30.966 173.114  1.00 33.31           C  
+ATOM    198  CG  LYS B  26     -15.794 -31.618 172.301  1.00 35.32           C  
+ATOM    199  CD  LYS B  26     -16.180 -32.996 171.824  1.00 41.51           C  
+ATOM    200  CE  LYS B  26     -15.113 -33.571 170.901  1.00 47.14           C  
+ATOM    201  NZ  LYS B  26     -14.827 -32.671 169.744  1.00 47.42           N  
+ATOM    202  N   PHE B  27     -15.479 -30.790 175.937  1.00 25.50           N  
+ATOM    203  CA  PHE B  27     -14.337 -30.929 176.838  1.00 29.28           C  
+ATOM    204  C   PHE B  27     -14.639 -31.928 177.948  1.00 28.34           C  
+ATOM    205  O   PHE B  27     -13.791 -32.761 178.294  1.00 27.99           O  
+ATOM    206  CB  PHE B  27     -13.969 -29.558 177.426  1.00 26.27           C  
+ATOM    207  CG  PHE B  27     -12.643 -29.520 178.140  1.00 29.86           C  
+ATOM    208  CD1 PHE B  27     -11.458 -29.565 177.426  1.00 31.37           C  
+ATOM    209  CD2 PHE B  27     -12.575 -29.360 179.518  1.00 30.47           C  
+ATOM    210  CE1 PHE B  27     -10.228 -29.507 178.079  1.00 30.58           C  
+ATOM    211  CE2 PHE B  27     -11.345 -29.298 180.169  1.00 28.55           C  
+ATOM    212  CZ  PHE B  27     -10.178 -29.373 179.452  1.00 27.90           C  
+ATOM    213  N   GLU B  28     -15.860 -31.890 178.488  1.00 28.04           N  
+ATOM    214  CA  GLU B  28     -16.229 -32.832 179.546  1.00 30.95           C  
+ATOM    215  C   GLU B  28     -16.349 -34.253 179.002  1.00 26.92           C  
+ATOM    216  O   GLU B  28     -16.015 -35.215 179.698  1.00 28.79           O  
+ATOM    217  CB  GLU B  28     -17.539 -32.394 180.219  1.00 33.88           C  
+ATOM    218  CG  GLU B  28     -17.955 -33.259 181.415  1.00 36.32           C  
+ATOM    219  CD  GLU B  28     -19.352 -32.931 181.951  1.00 42.81           C  
+ATOM    220  OE1 GLU B  28     -19.964 -31.923 181.525  1.00 42.86           O  
+ATOM    221  OE2 GLU B  28     -19.856 -33.721 182.777  1.00 45.65           O  
+ATOM    222  N   LYS B  29     -16.782 -34.415 177.754  1.00 28.07           N  
+ATOM    223  CA  LYS B  29     -16.880 -35.764 177.204  1.00 27.90           C  
+ATOM    224  C   LYS B  29     -15.502 -36.402 177.057  1.00 29.27           C  
+ATOM    225  O   LYS B  29     -15.321 -37.577 177.392  1.00 29.70           O  
+ATOM    226  CB  LYS B  29     -17.607 -35.715 175.858  1.00 32.21           C  
+ATOM    227  CG  LYS B  29     -17.857 -37.060 175.214  1.00 35.50           C  
+ATOM    228  CD  LYS B  29     -18.448 -36.855 173.823  1.00 38.57           C  
+ATOM    229  CE  LYS B  29     -18.792 -38.178 173.145  1.00 41.59           C  
+ATOM    230  NZ  LYS B  29     -19.317 -37.966 171.750  1.00 42.49           N  
+ATOM    231  N   ASP B  30     -14.496 -35.622 176.641  1.00 27.87           N  
+ATOM    232  CA  ASP B  30     -13.172 -36.182 176.371  1.00 30.13           C  
+ATOM    233  C   ASP B  30     -12.344 -36.364 177.635  1.00 32.97           C  
+ATOM    234  O   ASP B  30     -11.552 -37.309 177.721  1.00 35.91           O  
+ATOM    235  CB  ASP B  30     -12.411 -35.296 175.383  1.00 30.80           C  
+ATOM    236  CG  ASP B  30     -13.024 -35.310 173.982  1.00 36.03           C  
+ATOM    237  OD1 ASP B  30     -13.962 -36.105 173.733  1.00 37.05           O  
+ATOM    238  OD2 ASP B  30     -12.564 -34.515 173.132  1.00 36.67           O  
+ATOM    239  N   THR B  31     -12.465 -35.448 178.600  1.00 31.36           N  
+ATOM    240  CA  THR B  31     -11.589 -35.436 179.761  1.00 28.50           C  
+ATOM    241  C   THR B  31     -12.290 -35.705 181.085  1.00 30.29           C  
+ATOM    242  O   THR B  31     -11.605 -35.954 182.086  1.00 26.89           O  
+ATOM    243  CB  THR B  31     -10.872 -34.080 179.875  1.00 28.39           C  
+ATOM    244  OG1 THR B  31     -11.817 -33.081 180.281  1.00 30.22           O  
+ATOM    245  CG2 THR B  31     -10.286 -33.672 178.525  1.00 31.31           C  
+ATOM    246  N   GLY B  32     -13.618 -35.619 181.133  1.00 30.30           N  
+ATOM    247  CA  GLY B  32     -14.352 -35.715 182.381  1.00 28.62           C  
+ATOM    248  C   GLY B  32     -14.440 -34.436 183.187  1.00 28.09           C  
+ATOM    249  O   GLY B  32     -15.096 -34.434 184.237  1.00 32.58           O  
+ATOM    250  N   ILE B  33     -13.891 -33.330 182.691  1.00 27.08           N  
+ATOM    251  CA  ILE B  33     -13.815 -32.075 183.440  1.00 29.69           C  
+ATOM    252  C   ILE B  33     -15.036 -31.230 183.104  1.00 31.25           C  
+ATOM    253  O   ILE B  33     -15.293 -30.929 181.933  1.00 32.35           O  
+ATOM    254  CB  ILE B  33     -12.515 -31.321 183.113  1.00 28.96           C  
+ATOM    255  CG1 ILE B  33     -11.330 -32.061 183.722  1.00 37.22           C  
+ATOM    256  CG2 ILE B  33     -12.572 -29.883 183.594  1.00 28.04           C  
+ATOM    257  CD1 ILE B  33     -10.109 -32.023 182.875  1.00 44.80           C  
+ATOM    258  N   LYS B  34     -15.801 -30.863 184.129  1.00 30.63           N  
+ATOM    259  CA  LYS B  34     -17.005 -30.069 183.925  1.00 31.50           C  
+ATOM    260  C   LYS B  34     -16.646 -28.610 183.696  1.00 28.95           C  
+ATOM    261  O   LYS B  34     -15.819 -28.041 184.411  1.00 29.31           O  
+ATOM    262  CB  LYS B  34     -17.935 -30.184 185.131  1.00 35.30           C  
+ATOM    263  CG  LYS B  34     -18.359 -31.602 185.443  1.00 41.14           C  
+ATOM    264  CD  LYS B  34     -19.335 -31.634 186.606  1.00 45.65           C  
+ATOM    265  CE  LYS B  34     -19.873 -33.040 186.838  1.00 49.50           C  
+ATOM    266  NZ  LYS B  34     -21.056 -33.341 185.977  1.00 52.82           N  
+ATOM    267  N   VAL B  35     -17.289 -28.001 182.706  1.00 26.18           N  
+ATOM    268  CA  VAL B  35     -17.094 -26.593 182.387  1.00 28.30           C  
+ATOM    269  C   VAL B  35     -18.408 -25.870 182.664  1.00 27.80           C  
+ATOM    270  O   VAL B  35     -19.442 -26.223 182.093  1.00 28.92           O  
+ATOM    271  CB  VAL B  35     -16.645 -26.401 180.930  1.00 29.34           C  
+ATOM    272  CG1 VAL B  35     -16.514 -24.929 180.611  1.00 24.90           C  
+ATOM    273  CG2 VAL B  35     -15.322 -27.134 180.684  1.00 29.23           C  
+ATOM    274  N   THR B  36     -18.362 -24.859 183.533  1.00 28.78           N  
+ATOM    275  CA  THR B  36     -19.522 -24.057 183.905  1.00 29.61           C  
+ATOM    276  C   THR B  36     -19.364 -22.647 183.343  1.00 27.15           C  
+ATOM    277  O   THR B  36     -18.452 -21.914 183.739  1.00 27.67           O  
+ATOM    278  CB  THR B  36     -19.660 -23.992 185.427  1.00 31.08           C  
+ATOM    279  OG1 THR B  36     -19.854 -25.311 185.934  1.00 34.28           O  
+ATOM    280  CG2 THR B  36     -20.832 -23.120 185.814  1.00 32.95           C  
+ATOM    281  N   VAL B  37     -20.271 -22.253 182.455  1.00 30.88           N  
+ATOM    282  CA  VAL B  37     -20.252 -20.935 181.822  1.00 26.14           C  
+ATOM    283  C   VAL B  37     -21.282 -20.042 182.504  1.00 26.31           C  
+ATOM    284  O   VAL B  37     -22.454 -20.421 182.640  1.00 24.52           O  
+ATOM    285  CB  VAL B  37     -20.537 -21.041 180.313  1.00 24.64           C  
+ATOM    286  CG1 VAL B  37     -20.443 -19.675 179.661  1.00 21.30           C  
+ATOM    287  CG2 VAL B  37     -19.576 -22.016 179.677  1.00 24.44           C  
+ATOM    288  N   GLU B  38     -20.844 -18.862 182.946  1.00 23.11           N  
+ATOM    289  CA  GLU B  38     -21.708 -17.877 183.585  1.00 25.03           C  
+ATOM    290  C   GLU B  38     -21.575 -16.536 182.878  1.00 24.36           C  
+ATOM    291  O   GLU B  38     -20.537 -16.223 182.277  1.00 21.75           O  
+ATOM    292  CB  GLU B  38     -21.375 -17.718 185.079  1.00 27.81           C  
+ATOM    293  CG  GLU B  38     -21.394 -19.047 185.821  1.00 33.93           C  
+ATOM    294  CD  GLU B  38     -20.920 -18.959 187.265  1.00 37.80           C  
+ATOM    295  OE1 GLU B  38     -20.090 -18.083 187.581  1.00 37.62           O  
+ATOM    296  OE2 GLU B  38     -21.375 -19.783 188.082  1.00 40.26           O  
+ATOM    297  N   HIS B  39     -22.635 -15.722 182.982  1.00 22.47           N  
+ATOM    298  CA  HIS B  39     -22.660 -14.385 182.384  1.00 24.54           C  
+ATOM    299  C   HIS B  39     -23.191 -13.384 183.408  1.00 28.08           C  
+ATOM    300  O   HIS B  39     -24.270 -12.809 183.238  1.00 29.37           O  
+ATOM    301  CB  HIS B  39     -23.495 -14.369 181.092  1.00 22.71           C  
+ATOM    302  CG  HIS B  39     -24.838 -15.033 181.216  1.00 23.66           C  
+ATOM    303  ND1 HIS B  39     -26.005 -14.328 181.429  1.00 26.30           N  
+ATOM    304  CD2 HIS B  39     -25.201 -16.335 181.125  1.00 24.20           C  
+ATOM    305  CE1 HIS B  39     -27.026 -15.167 181.475  1.00 25.38           C  
+ATOM    306  NE2 HIS B  39     -26.565 -16.392 181.295  1.00 26.52           N  
+ATOM    307  N   PRO B  40     -22.438 -13.125 184.473  1.00 30.73           N  
+ATOM    308  CA  PRO B  40     -22.924 -12.184 185.484  1.00 29.21           C  
+ATOM    309  C   PRO B  40     -22.965 -10.758 184.956  1.00 31.54           C  
+ATOM    310  O   PRO B  40     -22.277 -10.388 183.998  1.00 29.44           O  
+ATOM    311  CB  PRO B  40     -21.927 -12.334 186.639  1.00 27.39           C  
+ATOM    312  CG  PRO B  40     -20.693 -12.897 186.022  1.00 27.65           C  
+ATOM    313  CD  PRO B  40     -21.136 -13.717 184.836  1.00 29.38           C  
+ATOM    314  N   ASP B  41     -23.826  -9.964 185.590  1.00 33.12           N  
+ATOM    315  CA  ASP B  41     -23.969  -8.562 185.231  1.00 38.24           C  
+ATOM    316  C   ASP B  41     -22.722  -7.787 185.627  1.00 33.43           C  
+ATOM    317  O   ASP B  41     -22.116  -8.053 186.666  1.00 36.12           O  
+ATOM    318  CB  ASP B  41     -25.190  -7.942 185.919  1.00 43.31           C  
+ATOM    319  CG  ASP B  41     -26.499  -8.592 185.497  1.00 50.88           C  
+ATOM    320  OD1 ASP B  41     -26.724  -8.777 184.279  1.00 50.30           O  
+ATOM    321  OD2 ASP B  41     -27.323  -8.884 186.394  1.00 55.57           O  
+ATOM    322  N   LYS B  42     -22.357  -6.816 184.793  1.00 28.32           N  
+ATOM    323  CA BLYS B  42     -21.205  -5.960 185.057  0.65 34.36           C  
+ATOM    324  C   LYS B  42     -19.961  -6.785 185.381  1.00 31.70           C  
+ATOM    325  O   LYS B  42     -19.210  -6.462 186.304  1.00 25.44           O  
+ATOM    326  CB BLYS B  42     -21.513  -4.982 186.191  0.65 35.10           C  
+ATOM    327  CG BLYS B  42     -22.843  -4.276 186.018  0.65 37.64           C  
+ATOM    328  CD BLYS B  42     -23.387  -3.767 187.329  0.65 38.34           C  
+ATOM    329  CE BLYS B  42     -24.897  -3.550 187.234  0.65 42.72           C  
+ATOM    330  NZ BLYS B  42     -25.259  -2.625 186.124  0.65 44.46           N  
+ATOM    331  N   LEU B  43     -19.748  -7.868 184.625  1.00 17.93           N  
+ATOM    332  CA  LEU B  43     -18.641  -8.765 184.938  1.00 29.39           C  
+ATOM    333  C   LEU B  43     -17.277  -8.112 184.732  1.00 26.73           C  
+ATOM    334  O   LEU B  43     -16.304  -8.563 185.343  1.00 24.27           O  
+ATOM    335  CB  LEU B  43     -18.725 -10.055 184.121  1.00 32.11           C  
+ATOM    336  CG  LEU B  43     -18.366 -10.061 182.636  1.00 31.31           C  
+ATOM    337  CD1 LEU B  43     -16.897 -10.326 182.410  1.00 32.08           C  
+ATOM    338  CD2 LEU B  43     -19.180 -11.138 181.946  1.00 32.27           C  
+ATOM    339  N   GLU B  44     -17.179  -7.083 183.881  1.00 25.01           N  
+ATOM    340  CA  GLU B  44     -15.897  -6.400 183.706  1.00 27.30           C  
+ATOM    341  C   GLU B  44     -15.554  -5.532 184.907  1.00 27.54           C  
+ATOM    342  O   GLU B  44     -14.385  -5.171 185.085  1.00 28.08           O  
+ATOM    343  CB  GLU B  44     -15.897  -5.550 182.426  1.00 24.84           C  
+ATOM    344  CG  GLU B  44     -16.480  -4.132 182.542  1.00 24.88           C  
+ATOM    345  CD  GLU B  44     -18.010  -4.084 182.429  1.00 28.98           C  
+ATOM    346  OE1 GLU B  44     -18.659  -5.136 182.574  1.00 28.92           O  
+ATOM    347  OE2 GLU B  44     -18.558  -2.993 182.177  1.00 27.52           O  
+ATOM    348  N   GLU B  45     -16.547  -5.201 185.733  1.00 25.12           N  
+ATOM    349  CA  GLU B  45     -16.308  -4.545 187.009  1.00 26.38           C  
+ATOM    350  C   GLU B  45     -16.223  -5.528 188.163  1.00 29.43           C  
+ATOM    351  O   GLU B  45     -15.511  -5.264 189.141  1.00 30.09           O  
+ATOM    352  CB  GLU B  45     -17.416  -3.531 187.296  1.00 26.68           C  
+ATOM    353  CG  GLU B  45     -17.461  -2.379 186.319  1.00 32.84           C  
+ATOM    354  CD  GLU B  45     -18.580  -1.400 186.635  1.00 43.87           C  
+ATOM    355  OE1 GLU B  45     -19.389  -1.688 187.544  1.00 48.01           O  
+ATOM    356  OE2 GLU B  45     -18.628  -0.325 186.001  1.00 48.59           O  
+ATOM    357  N   LYS B  46     -16.938  -6.652 188.075  1.00 27.23           N  
+ATOM    358  CA  LYS B  46     -16.903  -7.634 189.147  1.00 27.90           C  
+ATOM    359  C   LYS B  46     -15.583  -8.403 189.145  1.00 27.09           C  
+ATOM    360  O   LYS B  46     -15.012  -8.681 190.214  1.00 23.73           O  
+ATOM    361  CB  LYS B  46     -18.097  -8.583 189.002  1.00 33.19           C  
+ATOM    362  CG  LYS B  46     -18.456  -9.365 190.251  1.00 41.65           C  
+ATOM    363  CD  LYS B  46     -19.721 -10.196 190.038  1.00 47.95           C  
+ATOM    364  CE  LYS B  46     -20.934  -9.302 189.780  1.00 53.15           C  
+ATOM    365  NZ  LYS B  46     -22.235 -10.045 189.863  1.00 55.79           N  
+ATOM    366  N   PHE B  47     -15.065  -8.734 187.961  1.00 19.01           N  
+ATOM    367  CA  PHE B  47     -13.846  -9.544 187.907  1.00 23.40           C  
+ATOM    368  C   PHE B  47     -12.674  -8.920 188.646  1.00 21.84           C  
+ATOM    369  O   PHE B  47     -12.016  -9.639 189.416  1.00 25.26           O  
+ATOM    370  CB  PHE B  47     -13.426  -9.854 186.465  1.00 22.92           C  
+ATOM    371  CG  PHE B  47     -12.109 -10.597 186.386  1.00 18.86           C  
+ATOM    372  CD1 PHE B  47     -12.064 -11.967 186.585  1.00 19.78           C  
+ATOM    373  CD2 PHE B  47     -10.920  -9.919 186.161  1.00 16.96           C  
+ATOM    374  CE1 PHE B  47     -10.855 -12.662 186.534  1.00 24.68           C  
+ATOM    375  CE2 PHE B  47      -9.700 -10.606 186.106  1.00 16.89           C  
+ATOM    376  CZ  PHE B  47      -9.669 -11.973 186.291  1.00 16.93           C  
+ATOM    377  N   PRO B  48     -12.312  -7.652 188.434  1.00 24.58           N  
+ATOM    378  CA  PRO B  48     -11.181  -7.104 189.199  1.00 26.95           C  
+ATOM    379  C   PRO B  48     -11.412  -7.093 190.704  1.00 29.14           C  
+ATOM    380  O   PRO B  48     -10.433  -7.156 191.455  1.00 27.29           O  
+ATOM    381  CB  PRO B  48     -11.022  -5.685 188.635  1.00 23.89           C  
+ATOM    382  CG  PRO B  48     -12.353  -5.366 188.019  1.00 24.45           C  
+ATOM    383  CD  PRO B  48     -12.836  -6.664 187.472  1.00 23.34           C  
+ATOM    384  N   GLN B  49     -12.670  -7.061 191.165  1.00 31.87           N  
+ATOM    385  CA  GLN B  49     -12.953  -7.055 192.597  1.00 32.52           C  
+ATOM    386  C   GLN B  49     -12.772  -8.433 193.225  1.00 29.89           C  
+ATOM    387  O   GLN B  49     -12.156  -8.555 194.291  1.00 29.27           O  
+ATOM    388  CB  GLN B  49     -14.372  -6.538 192.857  1.00 38.70           C  
+ATOM    389  CG  GLN B  49     -14.585  -5.102 192.414  1.00 44.63           C  
+ATOM    390  CD  GLN B  49     -15.997  -4.587 192.676  1.00 49.83           C  
+ATOM    391  OE1 GLN B  49     -16.954  -5.358 192.769  1.00 51.33           O  
+ATOM    392  NE2 GLN B  49     -16.126  -3.269 192.791  1.00 51.78           N  
+ATOM    393  N   VAL B  50     -13.319  -9.482 192.600  1.00 22.90           N  
+ATOM    394  CA  VAL B  50     -13.198 -10.803 193.209  1.00 25.37           C  
+ATOM    395  C   VAL B  50     -11.824 -11.414 192.932  1.00 24.78           C  
+ATOM    396  O   VAL B  50     -11.279 -12.133 193.783  1.00 24.24           O  
+ATOM    397  CB  VAL B  50     -14.336 -11.737 192.744  1.00 27.38           C  
+ATOM    398  CG1 VAL B  50     -15.683 -11.194 193.213  1.00 31.62           C  
+ATOM    399  CG2 VAL B  50     -14.332 -11.922 191.238  1.00 29.90           C  
+ATOM    400  N   ALA B  51     -11.247 -11.147 191.755  1.00 23.85           N  
+ATOM    401  CA  ALA B  51      -9.932 -11.698 191.429  1.00 25.35           C  
+ATOM    402  C   ALA B  51      -8.843 -11.116 192.314  1.00 21.80           C  
+ATOM    403  O   ALA B  51      -7.870 -11.807 192.624  1.00 23.96           O  
+ATOM    404  CB  ALA B  51      -9.581 -11.434 189.967  1.00 21.66           C  
+ATOM    405  N   ALA B  52      -8.983  -9.856 192.722  1.00 21.54           N  
+ATOM    406  CA  ALA B  52      -7.966  -9.258 193.585  1.00 26.23           C  
+ATOM    407  C   ALA B  52      -7.810 -10.037 194.887  1.00 29.20           C  
+ATOM    408  O   ALA B  52      -6.692 -10.171 195.394  1.00 31.47           O  
+ATOM    409  CB  ALA B  52      -8.312  -7.798 193.882  1.00 26.59           C  
+ATOM    410  N   THR B  53      -8.901 -10.592 195.415  1.00 25.06           N  
+ATOM    411  CA  THR B  53      -8.856 -11.352 196.658  1.00 25.98           C  
+ATOM    412  C   THR B  53      -8.607 -12.841 196.438  1.00 27.80           C  
+ATOM    413  O   THR B  53      -8.725 -13.618 197.386  1.00 27.14           O  
+ATOM    414  CB  THR B  53     -10.159 -11.165 197.457  1.00 28.29           C  
+ATOM    415  OG1 THR B  53     -11.253 -11.702 196.722  1.00 27.51           O  
+ATOM    416  CG2 THR B  53     -10.420  -9.690 197.722  1.00 25.44           C  
+ATOM    417  N   GLY B  54      -8.285 -13.263 195.213  1.00 24.99           N  
+ATOM    418  CA  GLY B  54      -7.980 -14.657 194.965  1.00 21.76           C  
+ATOM    419  C   GLY B  54      -9.169 -15.518 194.607  1.00 23.89           C  
+ATOM    420  O   GLY B  54      -9.059 -16.750 194.662  1.00 23.54           O  
+ATOM    421  N   ASP B  55     -10.309 -14.913 194.279  1.00 25.48           N  
+ATOM    422  CA  ASP B  55     -11.525 -15.602 193.875  1.00 28.89           C  
+ATOM    423  C   ASP B  55     -11.783 -15.367 192.380  1.00 27.79           C  
+ATOM    424  O   ASP B  55     -10.904 -14.925 191.635  1.00 23.13           O  
+ATOM    425  CB  ASP B  55     -12.703 -15.140 194.730  1.00 36.03           C  
+ATOM    426  CG  ASP B  55     -12.415 -15.243 196.223  1.00 50.59           C  
+ATOM    427  OD1 ASP B  55     -12.197 -14.193 196.867  1.00 55.56           O  
+ATOM    428  OD2 ASP B  55     -12.374 -16.380 196.744  1.00 55.31           O  
+ATOM    429  N   GLY B  56     -12.998 -15.675 191.946  1.00 25.60           N  
+ATOM    430  CA  GLY B  56     -13.403 -15.403 190.585  1.00 22.84           C  
+ATOM    431  C   GLY B  56     -13.365 -16.619 189.693  1.00 19.11           C  
+ATOM    432  O   GLY B  56     -13.173 -17.753 190.136  1.00 22.30           O  
+ATOM    433  N   PRO B  57     -13.554 -16.401 188.403  1.00 21.84           N  
+ATOM    434  CA  PRO B  57     -13.560 -17.517 187.455  1.00 21.07           C  
+ATOM    435  C   PRO B  57     -12.144 -17.951 187.094  1.00 19.69           C  
+ATOM    436  O   PRO B  57     -11.170 -17.234 187.308  1.00 20.35           O  
+ATOM    437  CB  PRO B  57     -14.279 -16.924 186.234  1.00 17.62           C  
+ATOM    438  CG  PRO B  57     -13.864 -15.491 186.251  1.00 17.49           C  
+ATOM    439  CD  PRO B  57     -13.761 -15.104 187.744  1.00 17.33           C  
+ATOM    440  N   ASP B  58     -12.046 -19.148 186.521  1.00 19.30           N  
+ATOM    441  CA  ASP B  58     -10.765 -19.589 185.977  1.00 17.77           C  
+ATOM    442  C   ASP B  58     -10.400 -18.794 184.733  1.00 20.95           C  
+ATOM    443  O   ASP B  58      -9.234 -18.420 184.549  1.00 20.31           O  
+ATOM    444  CB  ASP B  58     -10.810 -21.086 185.646  1.00 17.67           C  
+ATOM    445  CG  ASP B  58     -10.962 -21.954 186.885  1.00 29.93           C  
+ATOM    446  OD1 ASP B  58      -9.955 -22.147 187.598  1.00 25.64           O  
+ATOM    447  OD2 ASP B  58     -12.087 -22.449 187.135  1.00 31.38           O  
+ATOM    448  N   ILE B  59     -11.388 -18.513 183.884  1.00 21.47           N  
+ATOM    449  CA  ILE B  59     -11.198 -17.833 182.604  1.00 22.36           C  
+ATOM    450  C   ILE B  59     -12.198 -16.692 182.510  1.00 17.74           C  
+ATOM    451  O   ILE B  59     -13.380 -16.868 182.837  1.00 19.13           O  
+ATOM    452  CB  ILE B  59     -11.386 -18.810 181.414  1.00 20.57           C  
+ATOM    453  CG1 ILE B  59     -10.383 -19.970 181.491  1.00 17.95           C  
+ATOM    454  CG2 ILE B  59     -11.265 -18.072 180.069  1.00 17.99           C  
+ATOM    455  CD1 ILE B  59     -10.709 -21.157 180.538  1.00 22.77           C  
+ATOM    456  N   ILE B  60     -11.741 -15.528 182.046  1.00 19.44           N  
+ATOM    457  CA  ILE B  60     -12.623 -14.380 181.831  1.00 17.69           C  
+ATOM    458  C   ILE B  60     -12.513 -13.939 180.377  1.00 19.63           C  
+ATOM    459  O   ILE B  60     -11.400 -13.791 179.851  1.00 19.68           O  
+ATOM    460  CB  ILE B  60     -12.304 -13.198 182.770  1.00 21.03           C  
+ATOM    461  CG1 ILE B  60     -13.236 -12.038 182.399  1.00 23.98           C  
+ATOM    462  CG2 ILE B  60     -10.819 -12.775 182.675  1.00 18.57           C  
+ATOM    463  CD1 ILE B  60     -12.996 -10.787 183.111  1.00 31.67           C  
+ATOM    464  N   PHE B  61     -13.666 -13.737 179.737  1.00 20.20           N  
+ATOM    465  CA  PHE B  61     -13.759 -13.237 178.367  1.00 20.22           C  
+ATOM    466  C   PHE B  61     -14.202 -11.781 178.389  1.00 23.22           C  
+ATOM    467  O   PHE B  61     -15.215 -11.455 179.015  1.00 24.18           O  
+ATOM    468  CB  PHE B  61     -14.771 -14.029 177.545  1.00 18.72           C  
+ATOM    469  CG  PHE B  61     -14.295 -15.362 177.055  1.00 21.60           C  
+ATOM    470  CD1 PHE B  61     -14.122 -16.419 177.928  1.00 22.45           C  
+ATOM    471  CD2 PHE B  61     -14.125 -15.586 175.698  1.00 20.02           C  
+ATOM    472  CE1 PHE B  61     -13.728 -17.659 177.469  1.00 22.26           C  
+ATOM    473  CE2 PHE B  61     -13.724 -16.823 175.230  1.00 20.79           C  
+ATOM    474  CZ  PHE B  61     -13.529 -17.863 176.111  1.00 23.55           C  
+ATOM    475  N   TRP B  62     -13.477 -10.926 177.672  1.00 22.22           N  
+ATOM    476  CA  TRP B  62     -13.886  -9.545 177.451  1.00 20.85           C  
+ATOM    477  C   TRP B  62     -13.103  -9.011 176.259  1.00 21.67           C  
+ATOM    478  O   TRP B  62     -12.124  -9.616 175.822  1.00 20.53           O  
+ATOM    479  CB  TRP B  62     -13.645  -8.672 178.698  1.00 21.37           C  
+ATOM    480  CG  TRP B  62     -14.389  -7.397 178.641  1.00 17.80           C  
+ATOM    481  CD1 TRP B  62     -13.919  -6.177 178.227  1.00 18.80           C  
+ATOM    482  CD2 TRP B  62     -15.774  -7.203 178.970  1.00 21.29           C  
+ATOM    483  NE1 TRP B  62     -14.924  -5.235 178.297  1.00 20.18           N  
+ATOM    484  CE2 TRP B  62     -16.070  -5.843 178.746  1.00 19.09           C  
+ATOM    485  CE3 TRP B  62     -16.786  -8.049 179.434  1.00 21.82           C  
+ATOM    486  CZ2 TRP B  62     -17.337  -5.307 178.977  1.00 22.25           C  
+ATOM    487  CZ3 TRP B  62     -18.046  -7.516 179.672  1.00 23.57           C  
+ATOM    488  CH2 TRP B  62     -18.311  -6.157 179.441  1.00 22.99           C  
+ATOM    489  N   ALA B  63     -13.551  -7.885 175.713  1.00 17.99           N  
+ATOM    490  CA  ALA B  63     -12.735  -7.200 174.718  1.00 24.21           C  
+ATOM    491  C   ALA B  63     -11.391  -6.813 175.329  1.00 21.69           C  
+ATOM    492  O   ALA B  63     -11.264  -6.629 176.545  1.00 18.47           O  
+ATOM    493  CB  ALA B  63     -13.462  -5.963 174.176  1.00 25.13           C  
+ATOM    494  N   HIS B  64     -10.376  -6.696 174.473  1.00 17.91           N  
+ATOM    495  CA  HIS B  64      -8.994  -6.598 174.941  1.00 20.31           C  
+ATOM    496  C   HIS B  64      -8.714  -5.319 175.722  1.00 23.70           C  
+ATOM    497  O   HIS B  64      -7.715  -5.272 176.447  1.00 25.29           O  
+ATOM    498  CB  HIS B  64      -8.013  -6.667 173.760  1.00 17.91           C  
+ATOM    499  CG  HIS B  64      -8.011  -5.425 172.918  1.00 20.33           C  
+ATOM    500  ND1 HIS B  64      -8.914  -5.217 171.898  1.00 19.52           N  
+ATOM    501  CD2 HIS B  64      -7.233  -4.315 172.962  1.00 18.27           C  
+ATOM    502  CE1 HIS B  64      -8.697  -4.031 171.355  1.00 18.11           C  
+ATOM    503  NE2 HIS B  64      -7.680  -3.465 171.978  1.00 18.02           N  
+ATOM    504  N   ASP B  65      -9.577  -4.293 175.621  1.00 24.54           N  
+ATOM    505  CA  ASP B  65      -9.230  -2.991 176.182  1.00 17.65           C  
+ATOM    506  C   ASP B  65      -9.161  -2.995 177.711  1.00 22.88           C  
+ATOM    507  O   ASP B  65      -8.513  -2.113 178.278  1.00 19.58           O  
+ATOM    508  CB  ASP B  65     -10.219  -1.903 175.726  1.00 18.25           C  
+ATOM    509  CG  ASP B  65     -11.650  -2.163 176.170  1.00 20.34           C  
+ATOM    510  OD1 ASP B  65     -12.222  -3.213 175.793  1.00 18.73           O  
+ATOM    511  OD2 ASP B  65     -12.205  -1.315 176.915  1.00 21.53           O  
+ATOM    512  N   ARG B  66      -9.827  -3.937 178.387  1.00 19.99           N  
+ATOM    513  CA  ARG B  66      -9.808  -3.957 179.847  1.00 20.29           C  
+ATOM    514  C   ARG B  66      -8.657  -4.763 180.437  1.00 20.88           C  
+ATOM    515  O   ARG B  66      -8.411  -4.656 181.643  1.00 25.30           O  
+ATOM    516  CB  ARG B  66     -11.129  -4.520 180.405  1.00 20.72           C  
+ATOM    517  CG  ARG B  66     -12.343  -3.717 180.031  1.00 28.46           C  
+ATOM    518  CD  ARG B  66     -12.997  -3.098 181.216  1.00 33.34           C  
+ATOM    519  NE  ARG B  66     -13.878  -2.009 180.801  1.00 34.99           N  
+ATOM    520  CZ  ARG B  66     -14.327  -1.073 181.630  1.00 35.40           C  
+ATOM    521  NH1 ARG B  66     -13.978  -1.107 182.916  1.00 35.42           N  
+ATOM    522  NH2 ARG B  66     -15.115  -0.109 181.178  1.00 32.40           N  
+ATOM    523  N   PHE B  67      -7.940  -5.550 179.633  1.00 21.20           N  
+ATOM    524  CA  PHE B  67      -6.973  -6.495 180.186  1.00 23.93           C  
+ATOM    525  C   PHE B  67      -5.682  -5.834 180.657  1.00 22.66           C  
+ATOM    526  O   PHE B  67      -4.995  -6.394 181.527  1.00 20.58           O  
+ATOM    527  CB  PHE B  67      -6.666  -7.596 179.164  1.00 23.12           C  
+ATOM    528  CG  PHE B  67      -7.725  -8.664 179.108  1.00 26.73           C  
+ATOM    529  CD1 PHE B  67      -8.920  -8.438 178.439  1.00 29.67           C  
+ATOM    530  CD2 PHE B  67      -7.552  -9.872 179.761  1.00 28.13           C  
+ATOM    531  CE1 PHE B  67      -9.918  -9.407 178.404  1.00 27.61           C  
+ATOM    532  CE2 PHE B  67      -8.552 -10.857 179.724  1.00 28.02           C  
+ATOM    533  CZ  PHE B  67      -9.733 -10.614 179.050  1.00 26.00           C  
+ATOM    534  N   GLY B  68      -5.345  -4.659 180.141  1.00 17.11           N  
+ATOM    535  CA  GLY B  68      -4.161  -3.976 180.641  1.00 24.90           C  
+ATOM    536  C   GLY B  68      -4.298  -3.584 182.099  1.00 21.92           C  
+ATOM    537  O   GLY B  68      -3.360  -3.748 182.883  1.00 21.88           O  
+ATOM    538  N   GLY B  69      -5.479  -3.081 182.489  1.00 23.24           N  
+ATOM    539  CA  GLY B  69      -5.721  -2.798 183.897  1.00 20.70           C  
+ATOM    540  C   GLY B  69      -5.677  -4.045 184.759  1.00 21.22           C  
+ATOM    541  O   GLY B  69      -5.137  -4.023 185.871  1.00 24.31           O  
+ATOM    542  N   TYR B  70      -6.260  -5.149 184.270  1.00 19.10           N  
+ATOM    543  CA  TYR B  70      -6.168  -6.409 185.002  1.00 21.30           C  
+ATOM    544  C   TYR B  70      -4.722  -6.870 185.134  1.00 23.29           C  
+ATOM    545  O   TYR B  70      -4.322  -7.390 186.187  1.00 24.43           O  
+ATOM    546  CB  TYR B  70      -6.972  -7.513 184.311  1.00 20.24           C  
+ATOM    547  CG  TYR B  70      -8.438  -7.265 184.100  1.00 21.38           C  
+ATOM    548  CD1 TYR B  70      -9.130  -6.303 184.832  1.00 21.05           C  
+ATOM    549  CD2 TYR B  70      -9.144  -8.009 183.150  1.00 19.61           C  
+ATOM    550  CE1 TYR B  70     -10.488  -6.086 184.620  1.00 20.50           C  
+ATOM    551  CE2 TYR B  70     -10.491  -7.800 182.938  1.00 17.77           C  
+ATOM    552  CZ  TYR B  70     -11.156  -6.842 183.659  1.00 21.20           C  
+ATOM    553  OH  TYR B  70     -12.498  -6.654 183.446  1.00 20.38           O  
+ATOM    554  N   ALA B  71      -3.935  -6.736 184.063  1.00 16.64           N  
+ATOM    555  CA  ALA B  71      -2.540  -7.183 184.121  1.00 25.58           C  
+ATOM    556  C   ALA B  71      -1.717  -6.318 185.071  1.00 23.81           C  
+ATOM    557  O   ALA B  71      -0.887  -6.837 185.823  1.00 23.13           O  
+ATOM    558  CB  ALA B  71      -1.915  -7.186 182.730  1.00 23.45           C  
+ATOM    559  N   GLN B  72      -1.934  -4.999 185.059  1.00 21.76           N  
+ATOM    560  CA  GLN B  72      -1.171  -4.130 185.957  1.00 19.53           C  
+ATOM    561  C   GLN B  72      -1.391  -4.497 187.422  1.00 21.66           C  
+ATOM    562  O   GLN B  72      -0.457  -4.412 188.218  1.00 23.62           O  
+ATOM    563  CB  GLN B  72      -1.559  -2.673 185.727  1.00 20.85           C  
+ATOM    564  CG  GLN B  72      -0.748  -1.673 186.553  1.00 21.35           C  
+ATOM    565  CD  GLN B  72      -1.224  -0.257 186.356  1.00 23.68           C  
+ATOM    566  OE1 GLN B  72      -2.377   0.076 186.659  1.00 29.26           O  
+ATOM    567  NE2 GLN B  72      -0.353   0.587 185.832  1.00 21.93           N  
+ATOM    568  N   SER B  73      -2.614  -4.917 187.788  1.00 23.48           N  
+ATOM    569  CA  SER B  73      -2.960  -5.351 189.142  1.00 24.38           C  
+ATOM    570  C   SER B  73      -2.541  -6.784 189.448  1.00 26.53           C  
+ATOM    571  O   SER B  73      -2.880  -7.286 190.526  1.00 28.87           O  
+ATOM    572  CB  SER B  73      -4.476  -5.245 189.372  1.00 22.74           C  
+ATOM    573  OG  SER B  73      -4.944  -3.933 189.132  1.00 26.47           O  
+ATOM    574  N   GLY B  74      -1.878  -7.470 188.519  1.00 27.00           N  
+ATOM    575  CA  GLY B  74      -1.431  -8.827 188.761  1.00 25.53           C  
+ATOM    576  C   GLY B  74      -2.521  -9.885 188.749  1.00 24.05           C  
+ATOM    577  O   GLY B  74      -2.332 -10.954 189.336  1.00 21.44           O  
+ATOM    578  N   LEU B  75      -3.652  -9.627 188.087  1.00 18.25           N  
+ATOM    579  CA  LEU B  75      -4.808 -10.516 188.184  1.00 16.32           C  
+ATOM    580  C   LEU B  75      -4.825 -11.619 187.135  1.00 22.22           C  
+ATOM    581  O   LEU B  75      -5.705 -12.490 187.201  1.00 20.84           O  
+ATOM    582  CB  LEU B  75      -6.117  -9.715 188.086  1.00 20.12           C  
+ATOM    583  CG  LEU B  75      -6.279  -8.517 189.011  1.00 23.86           C  
+ATOM    584  CD1 LEU B  75      -7.648  -7.864 188.801  1.00 25.36           C  
+ATOM    585  CD2 LEU B  75      -6.079  -8.933 190.479  1.00 20.43           C  
+ATOM    586  N   LEU B  76      -3.875 -11.612 186.191  1.00 22.98           N  
+ATOM    587  CA  LEU B  76      -3.854 -12.516 185.047  1.00 21.55           C  
+ATOM    588  C   LEU B  76      -2.565 -13.326 185.015  1.00 26.80           C  
+ATOM    589  O   LEU B  76      -1.483 -12.811 185.318  1.00 29.65           O  
+ATOM    590  CB  LEU B  76      -3.989 -11.728 183.726  1.00 16.86           C  
+ATOM    591  CG  LEU B  76      -5.236 -10.861 183.591  1.00 23.82           C  
+ATOM    592  CD1 LEU B  76      -5.183 -10.048 182.322  1.00 24.77           C  
+ATOM    593  CD2 LEU B  76      -6.484 -11.744 183.617  1.00 24.46           C  
+ATOM    594  N   ALA B  77      -2.687 -14.580 184.603  1.00 25.81           N  
+ATOM    595  CA  ALA B  77      -1.528 -15.421 184.328  1.00 26.16           C  
+ATOM    596  C   ALA B  77      -0.959 -15.101 182.951  1.00 30.04           C  
+ATOM    597  O   ALA B  77      -1.710 -14.926 181.988  1.00 29.12           O  
+ATOM    598  CB  ALA B  77      -1.934 -16.890 184.378  1.00 24.82           C  
+ATOM    599  N   GLU B  78       0.374 -15.045 182.847  1.00 29.34           N  
+ATOM    600  CA  GLU B  78       0.989 -14.956 181.528  1.00 30.82           C  
+ATOM    601  C   GLU B  78       0.694 -16.244 180.773  1.00 24.18           C  
+ATOM    602  O   GLU B  78       0.871 -17.335 181.308  1.00 26.98           O  
+ATOM    603  CB  GLU B  78       2.502 -14.713 181.627  1.00 36.62           C  
+ATOM    604  CG  GLU B  78       3.187 -14.497 180.265  1.00 38.50           C  
+ATOM    605  CD  GLU B  78       4.683 -14.161 180.377  1.00 42.39           C  
+ATOM    606  OE1 GLU B  78       5.220 -14.140 181.510  1.00 42.51           O  
+ATOM    607  OE2 GLU B  78       5.326 -13.920 179.327  1.00 41.16           O  
+ATOM    608  N   ILE B  79       0.189 -16.129 179.556  1.00 22.51           N  
+ATOM    609  CA  ILE B  79      -0.136 -17.338 178.813  1.00 17.73           C  
+ATOM    610  C   ILE B  79       1.126 -17.873 178.142  1.00 23.29           C  
+ATOM    611  O   ILE B  79       2.117 -17.161 177.974  1.00 22.23           O  
+ATOM    612  CB  ILE B  79      -1.262 -17.087 177.802  1.00 23.57           C  
+ATOM    613  CG1 ILE B  79      -0.844 -16.013 176.796  1.00 21.35           C  
+ATOM    614  CG2 ILE B  79      -2.556 -16.707 178.552  1.00 22.69           C  
+ATOM    615  CD1 ILE B  79      -1.637 -16.042 175.496  1.00 22.97           C  
+ATOM    616  N   THR B  80       1.105 -19.165 177.793  1.00 21.70           N  
+ATOM    617  CA  THR B  80       2.297 -19.844 177.278  1.00 21.63           C  
+ATOM    618  C   THR B  80       2.023 -20.626 175.991  1.00 21.26           C  
+ATOM    619  O   THR B  80       2.354 -21.807 175.903  1.00 27.08           O  
+ATOM    620  CB  THR B  80       2.858 -20.804 178.332  1.00 24.92           C  
+ATOM    621  OG1 THR B  80       1.848 -21.769 178.671  1.00 26.42           O  
+ATOM    622  CG2 THR B  80       3.319 -20.069 179.597  1.00 22.29           C  
+ATOM    623  N   PRO B  81       1.461 -19.996 174.952  1.00 19.25           N  
+ATOM    624  CA  PRO B  81       1.360 -20.700 173.662  1.00 18.71           C  
+ATOM    625  C   PRO B  81       2.729 -20.802 172.995  1.00 26.43           C  
+ATOM    626  O   PRO B  81       3.508 -19.846 172.996  1.00 21.90           O  
+ATOM    627  CB  PRO B  81       0.412 -19.812 172.847  1.00 18.72           C  
+ATOM    628  CG  PRO B  81       0.675 -18.440 173.367  1.00 20.30           C  
+ATOM    629  CD  PRO B  81       0.945 -18.613 174.860  1.00 20.25           C  
+ATOM    630  N   ASP B  82       3.024 -21.962 172.413  1.00 26.81           N  
+ATOM    631  CA  ASP B  82       4.313 -22.069 171.737  1.00 26.56           C  
+ATOM    632  C   ASP B  82       4.237 -21.382 170.375  1.00 24.99           C  
+ATOM    633  O   ASP B  82       3.202 -20.844 169.981  1.00 26.51           O  
+ATOM    634  CB  ASP B  82       4.773 -23.523 171.625  1.00 26.99           C  
+ATOM    635  CG  ASP B  82       3.862 -24.395 170.760  1.00 30.92           C  
+ATOM    636  OD1 ASP B  82       2.938 -23.891 170.089  1.00 33.19           O  
+ATOM    637  OD2 ASP B  82       4.091 -25.620 170.766  1.00 32.73           O  
+ATOM    638  N   LYS B  83       5.372 -21.346 169.678  1.00 27.43           N  
+ATOM    639  CA  LYS B  83       5.448 -20.634 168.409  1.00 29.99           C  
+ATOM    640  C   LYS B  83       4.496 -21.229 167.380  1.00 28.95           C  
+ATOM    641  O   LYS B  83       3.853 -20.496 166.624  1.00 29.96           O  
+ATOM    642  CB  LYS B  83       6.886 -20.663 167.891  1.00 35.41           C  
+ATOM    643  CG  LYS B  83       7.083 -19.974 166.555  1.00 42.63           C  
+ATOM    644  CD  LYS B  83       8.535 -20.086 166.091  1.00 49.90           C  
+ATOM    645  CE  LYS B  83       8.748 -19.381 164.758  1.00 53.58           C  
+ATOM    646  NZ  LYS B  83      10.172 -19.449 164.306  1.00 56.05           N  
+ATOM    647  N   ALA B  84       4.374 -22.557 167.347  1.00 27.40           N  
+ATOM    648  CA  ALA B  84       3.450 -23.181 166.401  1.00 24.63           C  
+ATOM    649  C   ALA B  84       2.010 -22.757 166.674  1.00 25.80           C  
+ATOM    650  O   ALA B  84       1.227 -22.563 165.735  1.00 27.18           O  
+ATOM    651  CB  ALA B  84       3.580 -24.702 166.450  1.00 26.09           C  
+ATOM    652  N   PHE B  85       1.622 -22.609 167.946  1.00 22.29           N  
+ATOM    653  CA  PHE B  85       0.244 -22.159 168.186  1.00 19.54           C  
+ATOM    654  C   PHE B  85       0.066 -20.694 167.823  1.00 24.48           C  
+ATOM    655  O   PHE B  85      -0.985 -20.316 167.304  1.00 25.69           O  
+ATOM    656  CB  PHE B  85      -0.205 -22.384 169.632  1.00 21.42           C  
+ATOM    657  CG  PHE B  85      -1.657 -21.987 169.869  1.00 22.52           C  
+ATOM    658  CD1 PHE B  85      -1.985 -20.709 170.284  1.00 19.07           C  
+ATOM    659  CD2 PHE B  85      -2.690 -22.876 169.602  1.00 22.57           C  
+ATOM    660  CE1 PHE B  85      -3.312 -20.327 170.457  1.00 20.64           C  
+ATOM    661  CE2 PHE B  85      -4.023 -22.503 169.788  1.00 23.66           C  
+ATOM    662  CZ  PHE B  85      -4.329 -21.231 170.221  1.00 19.08           C  
+ATOM    663  N   GLN B  86       1.057 -19.842 168.132  1.00 25.64           N  
+ATOM    664  CA  GLN B  86       0.934 -18.426 167.791  1.00 24.69           C  
+ATOM    665  C   GLN B  86       0.800 -18.219 166.289  1.00 23.57           C  
+ATOM    666  O   GLN B  86       0.095 -17.303 165.845  1.00 19.44           O  
+ATOM    667  CB  GLN B  86       2.135 -17.652 168.333  1.00 23.35           C  
+ATOM    668  CG  GLN B  86       2.180 -17.622 169.851  1.00 26.04           C  
+ATOM    669  CD  GLN B  86       3.453 -16.977 170.377  1.00 29.13           C  
+ATOM    670  OE1 GLN B  86       3.899 -15.962 169.860  1.00 27.59           O  
+ATOM    671  NE2 GLN B  86       4.040 -17.572 171.411  1.00 29.45           N  
+ATOM    672  N   ASP B  87       1.449 -19.068 165.497  1.00 24.41           N  
+ATOM    673  CA  ASP B  87       1.342 -19.013 164.042  1.00 25.21           C  
+ATOM    674  C   ASP B  87      -0.042 -19.412 163.537  1.00 24.34           C  
+ATOM    675  O   ASP B  87      -0.305 -19.288 162.331  1.00 25.83           O  
+ATOM    676  CB  ASP B  87       2.416 -19.912 163.407  1.00 25.54           C  
+ATOM    677  CG  ASP B  87       3.825 -19.366 163.594  1.00 36.68           C  
+ATOM    678  OD1 ASP B  87       3.965 -18.126 163.708  1.00 44.29           O  
+ATOM    679  OD2 ASP B  87       4.796 -20.165 163.627  1.00 39.69           O  
+ATOM    680  N   LYS B  88      -0.935 -19.854 164.414  1.00 24.60           N  
+ATOM    681  CA  LYS B  88      -2.294 -20.208 164.021  1.00 26.40           C  
+ATOM    682  C   LYS B  88      -3.273 -19.039 164.051  1.00 22.07           C  
+ATOM    683  O   LYS B  88      -4.386 -19.196 163.550  1.00 23.62           O  
+ATOM    684  CB  LYS B  88      -2.820 -21.328 164.922  1.00 26.90           C  
+ATOM    685  CG  LYS B  88      -2.095 -22.649 164.696  1.00 34.50           C  
+ATOM    686  CD  LYS B  88      -2.495 -23.700 165.707  1.00 41.20           C  
+ATOM    687  CE  LYS B  88      -3.703 -24.472 165.270  1.00 46.19           C  
+ATOM    688  NZ  LYS B  88      -3.839 -25.715 166.080  1.00 50.32           N  
+ATOM    689  N   LEU B  89      -2.906 -17.901 164.651  1.00 19.49           N  
+ATOM    690  CA  LEU B  89      -3.755 -16.716 164.738  1.00 23.43           C  
+ATOM    691  C   LEU B  89      -3.088 -15.531 164.041  1.00 19.39           C  
+ATOM    692  O   LEU B  89      -1.865 -15.491 163.883  1.00 19.46           O  
+ATOM    693  CB  LEU B  89      -4.061 -16.334 166.209  1.00 24.84           C  
+ATOM    694  CG  LEU B  89      -4.500 -17.403 167.221  1.00 26.04           C  
+ATOM    695  CD1 LEU B  89      -4.904 -16.782 168.577  1.00 22.26           C  
+ATOM    696  CD2 LEU B  89      -5.594 -18.265 166.678  1.00 27.20           C  
+ATOM    697  N   TYR B  90      -3.893 -14.544 163.659  1.00 19.34           N  
+ATOM    698  CA  TYR B  90      -3.361 -13.391 162.938  1.00 23.67           C  
+ATOM    699  C   TYR B  90      -2.428 -12.573 163.832  1.00 27.22           C  
+ATOM    700  O   TYR B  90      -2.745 -12.331 165.001  1.00 19.11           O  
+ATOM    701  CB  TYR B  90      -4.483 -12.489 162.430  1.00 19.34           C  
+ATOM    702  CG  TYR B  90      -5.510 -13.180 161.564  1.00 23.55           C  
+ATOM    703  CD1 TYR B  90      -5.164 -13.724 160.326  1.00 19.61           C  
+ATOM    704  CD2 TYR B  90      -6.830 -13.278 161.976  1.00 23.88           C  
+ATOM    705  CE1 TYR B  90      -6.104 -14.358 159.535  1.00 19.69           C  
+ATOM    706  CE2 TYR B  90      -7.785 -13.902 161.184  1.00 22.87           C  
+ATOM    707  CZ  TYR B  90      -7.413 -14.448 159.971  1.00 24.71           C  
+ATOM    708  OH  TYR B  90      -8.363 -15.075 159.188  1.00 25.62           O  
+ATOM    709  N   PRO B  91      -1.290 -12.096 163.293  1.00 23.55           N  
+ATOM    710  CA  PRO B  91      -0.341 -11.339 164.127  1.00 22.62           C  
+ATOM    711  C   PRO B  91      -0.947 -10.120 164.798  1.00 24.40           C  
+ATOM    712  O   PRO B  91      -0.670  -9.871 165.983  1.00 23.13           O  
+ATOM    713  CB  PRO B  91       0.769 -10.949 163.130  1.00 23.73           C  
+ATOM    714  CG  PRO B  91       0.713 -12.022 162.059  1.00 22.16           C  
+ATOM    715  CD  PRO B  91      -0.760 -12.374 161.941  1.00 19.58           C  
+ATOM    716  N   PHE B  92      -1.782  -9.358 164.097  1.00 22.88           N  
+ATOM    717  CA  PHE B  92      -2.349  -8.169 164.723  1.00 25.32           C  
+ATOM    718  C   PHE B  92      -3.269  -8.510 165.890  1.00 23.00           C  
+ATOM    719  O   PHE B  92      -3.416  -7.686 166.805  1.00 24.64           O  
+ATOM    720  CB  PHE B  92      -3.085  -7.295 163.690  1.00 23.49           C  
+ATOM    721  CG  PHE B  92      -4.512  -7.696 163.418  1.00 21.07           C  
+ATOM    722  CD1 PHE B  92      -5.566  -6.997 163.985  1.00 18.93           C  
+ATOM    723  CD2 PHE B  92      -4.802  -8.727 162.541  1.00 22.08           C  
+ATOM    724  CE1 PHE B  92      -6.876  -7.348 163.718  1.00 25.73           C  
+ATOM    725  CE2 PHE B  92      -6.111  -9.080 162.273  1.00 21.41           C  
+ATOM    726  CZ  PHE B  92      -7.149  -8.387 162.847  1.00 20.99           C  
+ATOM    727  N   THR B  93      -3.852  -9.708 165.928  1.00 21.00           N  
+ATOM    728  CA  THR B  93      -4.656 -10.029 167.103  1.00 20.22           C  
+ATOM    729  C   THR B  93      -3.765 -10.336 168.309  1.00 23.71           C  
+ATOM    730  O   THR B  93      -4.167 -10.056 169.441  1.00 18.46           O  
+ATOM    731  CB  THR B  93      -5.645 -11.183 166.835  1.00 20.78           C  
+ATOM    732  OG1 THR B  93      -4.957 -12.443 166.702  1.00 18.86           O  
+ATOM    733  CG2 THR B  93      -6.472 -10.915 165.568  1.00 21.26           C  
+ATOM    734  N   TRP B  94      -2.547 -10.867 168.093  1.00 21.23           N  
+ATOM    735  CA  TRP B  94      -1.616 -11.047 169.205  1.00 21.59           C  
+ATOM    736  C   TRP B  94      -1.129  -9.704 169.742  1.00 23.30           C  
+ATOM    737  O   TRP B  94      -0.902  -9.556 170.951  1.00 18.32           O  
+ATOM    738  CB  TRP B  94      -0.405 -11.905 168.783  1.00 18.71           C  
+ATOM    739  CG  TRP B  94      -0.703 -13.365 168.642  1.00 21.47           C  
+ATOM    740  CD1 TRP B  94      -0.623 -14.113 167.496  1.00 22.47           C  
+ATOM    741  CD2 TRP B  94      -1.123 -14.268 169.680  1.00 20.83           C  
+ATOM    742  NE1 TRP B  94      -0.963 -15.419 167.757  1.00 21.98           N  
+ATOM    743  CE2 TRP B  94      -1.286 -15.539 169.087  1.00 22.75           C  
+ATOM    744  CE3 TRP B  94      -1.394 -14.119 171.047  1.00 18.51           C  
+ATOM    745  CZ2 TRP B  94      -1.690 -16.661 169.820  1.00 21.08           C  
+ATOM    746  CZ3 TRP B  94      -1.809 -15.226 171.767  1.00 18.48           C  
+ATOM    747  CH2 TRP B  94      -1.952 -16.482 171.156  1.00 18.64           C  
+ATOM    748  N   ASP B  95      -0.941  -8.722 168.855  1.00 21.75           N  
+ATOM    749  CA  ASP B  95      -0.538  -7.388 169.287  1.00 24.65           C  
+ATOM    750  C   ASP B  95      -1.577  -6.775 170.222  1.00 25.40           C  
+ATOM    751  O   ASP B  95      -1.218  -6.019 171.142  1.00 22.13           O  
+ATOM    752  CB  ASP B  95      -0.326  -6.475 168.071  1.00 24.21           C  
+ATOM    753  CG  ASP B  95       0.953  -6.781 167.289  1.00 27.76           C  
+ATOM    754  OD1 ASP B  95       1.799  -7.593 167.735  1.00 25.69           O  
+ATOM    755  OD2 ASP B  95       1.109  -6.192 166.191  1.00 26.91           O  
+ATOM    756  N   ALA B  96      -2.863  -7.109 170.034  1.00 20.99           N  
+ATOM    757  CA  ALA B  96      -3.892  -6.489 170.869  1.00 20.59           C  
+ATOM    758  C   ALA B  96      -3.814  -6.957 172.320  1.00 23.54           C  
+ATOM    759  O   ALA B  96      -4.215  -6.217 173.224  1.00 27.53           O  
+ATOM    760  CB  ALA B  96      -5.290  -6.790 170.332  1.00 18.24           C  
+ATOM    761  N   VAL B  97      -3.288  -8.157 172.563  1.00 19.63           N  
+ATOM    762  CA  VAL B  97      -3.246  -8.740 173.896  1.00 19.30           C  
+ATOM    763  C   VAL B  97      -1.830  -8.735 174.481  1.00 23.15           C  
+ATOM    764  O   VAL B  97      -1.545  -9.519 175.379  1.00 23.84           O  
+ATOM    765  CB  VAL B  97      -3.834 -10.163 173.906  1.00 22.65           C  
+ATOM    766  CG1 VAL B  97      -5.321 -10.139 173.582  1.00 17.99           C  
+ATOM    767  CG2 VAL B  97      -3.087 -11.067 172.938  1.00 22.34           C  
+ATOM    768  N   ARG B  98      -0.930  -7.880 173.977  1.00 22.92           N  
+ATOM    769  CA  ARG B  98       0.385  -7.696 174.580  1.00 23.40           C  
+ATOM    770  C   ARG B  98       0.323  -6.533 175.558  1.00 20.56           C  
+ATOM    771  O   ARG B  98      -0.223  -5.478 175.236  1.00 22.51           O  
+ATOM    772  CB  ARG B  98       1.464  -7.416 173.530  1.00 26.77           C  
+ATOM    773  CG  ARG B  98       1.825  -8.586 172.667  1.00 28.21           C  
+ATOM    774  CD  ARG B  98       3.218  -8.433 172.029  1.00 34.37           C  
+ATOM    775  NE  ARG B  98       3.558  -9.662 171.313  1.00 35.27           N  
+ATOM    776  CZ  ARG B  98       4.185 -10.699 171.859  1.00 34.50           C  
+ATOM    777  NH1 ARG B  98       4.576 -10.656 173.134  1.00 36.91           N  
+ATOM    778  NH2 ARG B  98       4.414 -11.783 171.130  1.00 28.00           N  
+ATOM    779  N   TYR B  99       0.873  -6.733 176.756  1.00 22.44           N  
+ATOM    780  CA  TYR B  99       0.966  -5.668 177.750  1.00 21.32           C  
+ATOM    781  C   TYR B  99       2.335  -5.751 178.401  1.00 21.82           C  
+ATOM    782  O   TYR B  99       2.720  -6.814 178.900  1.00 19.67           O  
+ATOM    783  CB  TYR B  99      -0.148  -5.762 178.810  1.00 23.15           C  
+ATOM    784  CG  TYR B  99      -0.076  -4.618 179.797  1.00 22.06           C  
+ATOM    785  CD1 TYR B  99      -0.432  -3.334 179.412  1.00 24.41           C  
+ATOM    786  CD2 TYR B  99       0.373  -4.811 181.095  1.00 25.11           C  
+ATOM    787  CE1 TYR B  99      -0.345  -2.268 180.288  1.00 29.28           C  
+ATOM    788  CE2 TYR B  99       0.456  -3.737 181.996  1.00 25.44           C  
+ATOM    789  CZ  TYR B  99       0.099  -2.477 181.578  1.00 29.11           C  
+ATOM    790  OH  TYR B  99       0.182  -1.400 182.437  1.00 32.42           O  
+ATOM    791  N   ASN B 100       3.084  -4.650 178.357  1.00 26.05           N  
+ATOM    792  CA  ASN B 100       4.442  -4.621 178.891  1.00 32.53           C  
+ATOM    793  C   ASN B 100       5.286  -5.738 178.280  1.00 30.87           C  
+ATOM    794  O   ASN B 100       6.063  -6.405 178.962  1.00 28.34           O  
+ATOM    795  CB  ASN B 100       4.419  -4.705 180.424  1.00 34.82           C  
+ATOM    796  CG  ASN B 100       5.734  -4.266 181.063  1.00 37.99           C  
+ATOM    797  OD1 ASN B 100       6.463  -3.434 180.520  1.00 39.62           O  
+ATOM    798  ND2 ASN B 100       6.035  -4.830 182.230  1.00 41.11           N  
+ATOM    799  N   GLY B 101       5.089  -5.980 176.981  1.00 35.76           N  
+ATOM    800  CA  GLY B 101       5.858  -6.963 176.247  1.00 38.21           C  
+ATOM    801  C   GLY B 101       5.347  -8.392 176.292  1.00 42.12           C  
+ATOM    802  O   GLY B 101       5.819  -9.220 175.502  1.00 46.72           O  
+ATOM    803  N   LYS B 102       4.431  -8.720 177.200  1.00 31.54           N  
+ATOM    804  CA  LYS B 102       4.007 -10.092 177.448  1.00 28.45           C  
+ATOM    805  C   LYS B 102       2.597 -10.343 176.928  1.00 24.98           C  
+ATOM    806  O   LYS B 102       1.745  -9.452 176.961  1.00 19.45           O  
+ATOM    807  CB  LYS B 102       4.049 -10.414 178.947  1.00 29.21           C  
+ATOM    808  CG  LYS B 102       5.380 -10.097 179.603  1.00 33.31           C  
+ATOM    809  CD  LYS B 102       5.338 -10.331 181.119  1.00 40.36           C  
+ATOM    810  CE  LYS B 102       6.749 -10.244 181.718  1.00 46.90           C  
+ATOM    811  NZ  LYS B 102       6.786  -9.880 183.179  1.00 49.12           N  
+ATOM    812  N   LEU B 103       2.344 -11.587 176.513  1.00 24.49           N  
+ATOM    813  CA  LEU B 103       0.996 -12.023 176.157  1.00 24.92           C  
+ATOM    814  C   LEU B 103       0.190 -12.297 177.429  1.00 26.83           C  
+ATOM    815  O   LEU B 103       0.594 -13.109 178.268  1.00 23.68           O  
+ATOM    816  CB  LEU B 103       1.062 -13.267 175.277  1.00 19.80           C  
+ATOM    817  CG  LEU B 103       1.802 -13.143 173.935  1.00 24.85           C  
+ATOM    818  CD1 LEU B 103       1.942 -14.496 173.255  1.00 21.42           C  
+ATOM    819  CD2 LEU B 103       1.104 -12.153 173.016  1.00 26.41           C  
+ATOM    820  N   ILE B 104      -0.953 -11.627 177.571  1.00 24.69           N  
+ATOM    821  CA AILE B 104      -1.777 -11.721 178.770  0.64 24.69           C  
+ATOM    822  C   ILE B 104      -3.133 -12.350 178.507  1.00 22.54           C  
+ATOM    823  O   ILE B 104      -3.939 -12.454 179.437  1.00 21.51           O  
+ATOM    824  CB AILE B 104      -1.970 -10.341 179.427  0.64 27.44           C  
+ATOM    825  CG1AILE B 104      -2.653  -9.398 178.431  0.64 29.07           C  
+ATOM    826  CG2AILE B 104      -0.644  -9.783 179.908  0.64 29.31           C  
+ATOM    827  CD1AILE B 104      -2.929  -8.035 178.972  0.64 31.15           C  
+ATOM    828  N   ALA B 105      -3.426 -12.757 177.267  1.00 18.51           N  
+ATOM    829  CA  ALA B 105      -4.722 -13.367 176.977  1.00 17.76           C  
+ATOM    830  C   ALA B 105      -4.669 -13.981 175.583  1.00 17.95           C  
+ATOM    831  O   ALA B 105      -3.783 -13.663 174.789  1.00 18.01           O  
+ATOM    832  CB  ALA B 105      -5.873 -12.348 177.078  1.00 17.72           C  
+ATOM    833  N   TYR B 106      -5.623 -14.882 175.310  1.00 18.04           N  
+ATOM    834  CA  TYR B 106      -5.784 -15.476 173.982  1.00 18.23           C  
+ATOM    835  C   TYR B 106      -6.769 -14.655 173.161  1.00 18.28           C  
+ATOM    836  O   TYR B 106      -7.924 -14.503 173.578  1.00 21.42           O  
+ATOM    837  CB  TYR B 106      -6.307 -16.905 174.082  1.00 18.32           C  
+ATOM    838  CG  TYR B 106      -5.310 -17.898 174.609  1.00 20.93           C  
+ATOM    839  CD1 TYR B 106      -5.227 -18.164 175.960  1.00 18.18           C  
+ATOM    840  CD2 TYR B 106      -4.437 -18.565 173.748  1.00 21.30           C  
+ATOM    841  CE1 TYR B 106      -4.309 -19.065 176.453  1.00 20.26           C  
+ATOM    842  CE2 TYR B 106      -3.502 -19.477 174.233  1.00 21.07           C  
+ATOM    843  CZ  TYR B 106      -3.446 -19.720 175.593  1.00 24.48           C  
+ATOM    844  OH  TYR B 106      -2.527 -20.610 176.118  1.00 24.04           O  
+ATOM    845  N   PRO B 107      -6.395 -14.170 171.983  1.00 20.53           N  
+ATOM    846  CA  PRO B 107      -7.382 -13.508 171.129  1.00 19.72           C  
+ATOM    847  C   PRO B 107      -8.355 -14.528 170.550  1.00 20.97           C  
+ATOM    848  O   PRO B 107      -7.968 -15.636 170.176  1.00 18.66           O  
+ATOM    849  CB  PRO B 107      -6.531 -12.859 170.024  1.00 19.69           C  
+ATOM    850  CG  PRO B 107      -5.120 -13.216 170.304  1.00 23.27           C  
+ATOM    851  CD  PRO B 107      -5.100 -14.328 171.306  1.00 21.74           C  
+ATOM    852  N   ILE B 108      -9.632 -14.141 170.495  1.00 20.30           N  
+ATOM    853  CA  ILE B 108     -10.706 -14.988 169.989  1.00 18.67           C  
+ATOM    854  C   ILE B 108     -11.272 -14.441 168.676  1.00 19.69           C  
+ATOM    855  O   ILE B 108     -11.371 -15.162 167.687  1.00 19.85           O  
+ATOM    856  CB  ILE B 108     -11.828 -15.142 171.042  1.00 18.62           C  
+ATOM    857  CG1 ILE B 108     -11.275 -15.546 172.425  1.00 19.83           C  
+ATOM    858  CG2 ILE B 108     -12.878 -16.138 170.563  1.00 20.24           C  
+ATOM    859  CD1 ILE B 108     -10.521 -16.854 172.451  1.00 20.95           C  
+ATOM    860  N   ALA B 109     -11.684 -13.173 168.664  1.00 21.82           N  
+ATOM    861  CA  ALA B 109     -12.400 -12.644 167.507  1.00 25.66           C  
+ATOM    862  C   ALA B 109     -12.291 -11.124 167.446  1.00 23.89           C  
+ATOM    863  O   ALA B 109     -12.185 -10.449 168.468  1.00 25.02           O  
+ATOM    864  CB  ALA B 109     -13.884 -13.047 167.553  1.00 21.24           C  
+ATOM    865  N   VAL B 110     -12.395 -10.591 166.234  1.00 22.38           N  
+ATOM    866  CA  VAL B 110     -12.344  -9.154 166.006  1.00 25.79           C  
+ATOM    867  C   VAL B 110     -13.771  -8.652 165.819  1.00 26.82           C  
+ATOM    868  O   VAL B 110     -14.562  -9.251 165.076  1.00 26.45           O  
+ATOM    869  CB  VAL B 110     -11.446  -8.816 164.799  1.00 26.60           C  
+ATOM    870  CG1 VAL B 110     -11.414  -7.326 164.555  1.00 24.84           C  
+ATOM    871  CG2 VAL B 110     -10.037  -9.326 165.064  1.00 24.53           C  
+ATOM    872  N   GLU B 111     -14.114  -7.591 166.543  1.00 24.43           N  
+ATOM    873  CA  GLU B 111     -15.450  -7.006 166.566  1.00 25.20           C  
+ATOM    874  C   GLU B 111     -15.392  -5.553 166.124  1.00 26.06           C  
+ATOM    875  O   GLU B 111     -14.537  -4.795 166.582  1.00 30.63           O  
+ATOM    876  CB  GLU B 111     -16.061  -7.025 167.983  1.00 29.29           C  
+ATOM    877  CG  GLU B 111     -16.102  -8.353 168.713  1.00 36.35           C  
+ATOM    878  CD  GLU B 111     -16.522  -8.171 170.184  1.00 38.48           C  
+ATOM    879  OE1 GLU B 111     -16.516  -7.011 170.662  1.00 39.35           O  
+ATOM    880  OE2 GLU B 111     -16.869  -9.176 170.845  1.00 32.95           O  
+ATOM    881  N   ALA B 112     -16.348  -5.144 165.298  1.00 29.86           N  
+ATOM    882  CA  ALA B 112     -16.537  -3.730 165.012  1.00 26.12           C  
+ATOM    883  C   ALA B 112     -18.025  -3.489 164.796  1.00 22.53           C  
+ATOM    884  O   ALA B 112     -18.766  -4.399 164.414  1.00 24.86           O  
+ATOM    885  CB  ALA B 112     -15.726  -3.268 163.798  1.00 26.62           C  
+ATOM    886  N   LEU B 113     -18.468  -2.277 165.099  1.00 20.16           N  
+ATOM    887  CA  LEU B 113     -19.863  -1.903 164.877  1.00 23.10           C  
+ATOM    888  C   LEU B 113     -20.103  -1.674 163.393  1.00 24.73           C  
+ATOM    889  O   LEU B 113     -19.229  -1.168 162.683  1.00 24.01           O  
+ATOM    890  CB  LEU B 113     -20.212  -0.625 165.639  1.00 21.92           C  
+ATOM    891  CG  LEU B 113     -20.205  -0.723 167.171  1.00 20.58           C  
+ATOM    892  CD1 LEU B 113     -20.376   0.650 167.789  1.00 20.63           C  
+ATOM    893  CD2 LEU B 113     -21.309  -1.654 167.640  1.00 24.61           C  
+ATOM    894  N   SER B 114     -21.292  -2.042 162.930  1.00 21.60           N  
+ATOM    895  CA  SER B 114     -21.722  -1.740 161.578  1.00 19.18           C  
+ATOM    896  C   SER B 114     -23.089  -1.090 161.655  1.00 27.48           C  
+ATOM    897  O   SER B 114     -23.748  -1.095 162.699  1.00 23.20           O  
+ATOM    898  CB  SER B 114     -21.773  -2.995 160.700  1.00 19.23           C  
+ATOM    899  OG  SER B 114     -20.469  -3.547 160.522  1.00 21.21           O  
+ATOM    900  N   LEU B 115     -23.491  -0.498 160.536  1.00 27.21           N  
+ATOM    901  CA  LEU B 115     -24.842   0.006 160.359  1.00 24.50           C  
+ATOM    902  C   LEU B 115     -25.704  -1.152 159.875  1.00 27.46           C  
+ATOM    903  O   LEU B 115     -25.361  -1.818 158.889  1.00 27.18           O  
+ATOM    904  CB  LEU B 115     -24.861   1.152 159.349  1.00 26.19           C  
+ATOM    905  CG  LEU B 115     -26.208   1.836 159.095  1.00 24.78           C  
+ATOM    906  CD1 LEU B 115     -26.599   2.639 160.306  1.00 22.95           C  
+ATOM    907  CD2 LEU B 115     -26.138   2.732 157.841  1.00 21.56           C  
+ATOM    908  N   ILE B 116     -26.797  -1.411 160.580  1.00 24.63           N  
+ATOM    909  CA  ILE B 116     -27.718  -2.485 160.234  1.00 26.56           C  
+ATOM    910  C   ILE B 116     -29.034  -1.843 159.807  1.00 28.24           C  
+ATOM    911  O   ILE B 116     -29.567  -0.986 160.516  1.00 26.27           O  
+ATOM    912  CB  ILE B 116     -27.893  -3.460 161.414  1.00 25.48           C  
+ATOM    913  CG1 ILE B 116     -26.529  -4.029 161.808  1.00 22.86           C  
+ATOM    914  CG2 ILE B 116     -28.839  -4.606 161.054  1.00 24.29           C  
+ATOM    915  CD1 ILE B 116     -26.569  -4.890 163.046  1.00 24.30           C  
+ATOM    916  N   TYR B 117     -29.525  -2.204 158.621  1.00 32.48           N  
+ATOM    917  CA  TYR B 117     -30.674  -1.520 158.048  1.00 29.77           C  
+ATOM    918  C   TYR B 117     -31.698  -2.526 157.530  1.00 26.37           C  
+ATOM    919  O   TYR B 117     -31.358  -3.648 157.149  1.00 25.31           O  
+ATOM    920  CB  TYR B 117     -30.247  -0.545 156.917  1.00 30.95           C  
+ATOM    921  CG  TYR B 117     -29.764  -1.215 155.655  1.00 31.67           C  
+ATOM    922  CD1 TYR B 117     -28.479  -1.748 155.567  1.00 31.54           C  
+ATOM    923  CD2 TYR B 117     -30.586  -1.290 154.536  1.00 32.05           C  
+ATOM    924  CE1 TYR B 117     -28.043  -2.360 154.405  1.00 32.84           C  
+ATOM    925  CE2 TYR B 117     -30.158  -1.892 153.375  1.00 31.93           C  
+ATOM    926  CZ  TYR B 117     -28.893  -2.419 153.307  1.00 34.89           C  
+ATOM    927  OH  TYR B 117     -28.488  -3.022 152.149  1.00 33.88           O  
+ATOM    928  N   ASN B 118     -32.966  -2.106 157.568  1.00 25.20           N  
+ATOM    929  CA  ASN B 118     -34.099  -2.892 157.101  1.00 26.93           C  
+ATOM    930  C   ASN B 118     -34.264  -2.647 155.605  1.00 28.02           C  
+ATOM    931  O   ASN B 118     -34.689  -1.563 155.193  1.00 29.29           O  
+ATOM    932  CB  ASN B 118     -35.359  -2.482 157.873  1.00 27.98           C  
+ATOM    933  CG  ASN B 118     -36.574  -3.317 157.518  1.00 29.09           C  
+ATOM    934  OD1 ASN B 118     -36.779  -3.695 156.361  1.00 29.92           O  
+ATOM    935  ND2 ASN B 118     -37.413  -3.576 158.512  1.00 26.77           N  
+ATOM    936  N   LYS B 119     -33.972  -3.668 154.798  1.00 27.78           N  
+ATOM    937  CA  LYS B 119     -34.001  -3.495 153.348  1.00 31.32           C  
+ATOM    938  C   LYS B 119     -35.405  -3.191 152.831  1.00 35.90           C  
+ATOM    939  O   LYS B 119     -35.550  -2.510 151.809  1.00 37.16           O  
+ATOM    940  CB  LYS B 119     -33.447  -4.741 152.659  1.00 28.52           C  
+ATOM    941  CG  LYS B 119     -31.946  -4.929 152.781  1.00 29.48           C  
+ATOM    942  CD  LYS B 119     -31.525  -6.209 152.100  1.00 32.52           C  
+ATOM    943  CE  LYS B 119     -30.022  -6.374 152.102  1.00 34.76           C  
+ATOM    944  NZ  LYS B 119     -29.634  -7.638 151.423  1.00 37.40           N  
+ATOM    945  N   ASP B 120     -36.445  -3.713 153.490  1.00 37.20           N  
+ATOM    946  CA  ASP B 120     -37.804  -3.432 153.039  1.00 36.11           C  
+ATOM    947  C   ASP B 120     -38.170  -1.971 153.266  1.00 39.13           C  
+ATOM    948  O   ASP B 120     -38.765  -1.330 152.393  1.00 42.60           O  
+ATOM    949  CB  ASP B 120     -38.808  -4.344 153.746  1.00 35.16           C  
+ATOM    950  CG  ASP B 120     -38.625  -5.807 153.393  1.00 38.29           C  
+ATOM    951  OD1 ASP B 120     -37.932  -6.105 152.400  1.00 39.49           O  
+ATOM    952  OD2 ASP B 120     -39.208  -6.668 154.091  1.00 40.86           O  
+ATOM    953  N   LEU B 121     -37.834  -1.429 154.434  1.00 37.87           N  
+ATOM    954  CA  LEU B 121     -38.123  -0.028 154.713  1.00 37.68           C  
+ATOM    955  C   LEU B 121     -37.136   0.916 154.031  1.00 38.24           C  
+ATOM    956  O   LEU B 121     -37.467   2.082 153.786  1.00 37.15           O  
+ATOM    957  CB  LEU B 121     -38.108   0.222 156.223  1.00 37.71           C  
+ATOM    958  CG  LEU B 121     -39.165  -0.461 157.095  1.00 40.09           C  
+ATOM    959  CD1 LEU B 121     -38.912  -0.135 158.570  1.00 40.48           C  
+ATOM    960  CD2 LEU B 121     -40.582  -0.040 156.690  1.00 39.71           C  
+ATOM    961  N   LEU B 122     -35.925   0.450 153.729  1.00 38.65           N  
+ATOM    962  CA  LEU B 122     -34.836   1.338 153.318  1.00 36.85           C  
+ATOM    963  C   LEU B 122     -33.860   0.575 152.441  1.00 36.84           C  
+ATOM    964  O   LEU B 122     -32.801   0.127 152.897  1.00 39.30           O  
+ATOM    965  CB  LEU B 122     -34.125   1.918 154.545  1.00 34.88           C  
+ATOM    966  CG  LEU B 122     -33.213   3.128 154.369  1.00 36.43           C  
+ATOM    967  CD1 LEU B 122     -34.020   4.339 153.918  1.00 34.87           C  
+ATOM    968  CD2 LEU B 122     -32.477   3.414 155.669  1.00 38.46           C  
+ATOM    969  N   PRO B 123     -34.163   0.442 151.147  1.00 36.25           N  
+ATOM    970  CA  PRO B 123     -33.253  -0.308 150.261  1.00 33.42           C  
+ATOM    971  C   PRO B 123     -31.935   0.403 149.992  1.00 34.54           C  
+ATOM    972  O   PRO B 123     -30.939  -0.272 149.689  1.00 33.87           O  
+ATOM    973  CB  PRO B 123     -34.076  -0.481 148.973  1.00 34.15           C  
+ATOM    974  CG  PRO B 123     -35.061   0.660 148.997  1.00 34.79           C  
+ATOM    975  CD  PRO B 123     -35.361   0.933 150.447  1.00 35.51           C  
+ATOM    976  N   ASN B 124     -31.885   1.734 150.108  1.00 35.72           N  
+ATOM    977  CA  ASN B 124     -30.660   2.519 149.926  1.00 33.35           C  
+ATOM    978  C   ASN B 124     -30.363   3.261 151.219  1.00 35.44           C  
+ATOM    979  O   ASN B 124     -30.764   4.424 151.385  1.00 32.71           O  
+ATOM    980  CB  ASN B 124     -30.804   3.512 148.778  1.00 37.43           C  
+ATOM    981  CG  ASN B 124     -31.150   2.838 147.482  1.00 40.87           C  
+ATOM    982  OD1 ASN B 124     -30.356   2.067 146.948  1.00 42.71           O  
+ATOM    983  ND2 ASN B 124     -32.355   3.106 146.976  1.00 43.58           N  
+ATOM    984  N   PRO B 125     -29.650   2.635 152.156  1.00 36.64           N  
+ATOM    985  CA  PRO B 125     -29.365   3.311 153.421  1.00 38.36           C  
+ATOM    986  C   PRO B 125     -28.479   4.512 153.204  1.00 38.66           C  
+ATOM    987  O   PRO B 125     -27.704   4.574 152.227  1.00 35.18           O  
+ATOM    988  CB  PRO B 125     -28.657   2.219 154.250  1.00 37.29           C  
+ATOM    989  CG  PRO B 125     -28.133   1.245 153.233  1.00 37.49           C  
+ATOM    990  CD  PRO B 125     -29.126   1.261 152.109  1.00 36.12           C  
+ATOM    991  N   PRO B 126     -28.549   5.517 154.077  1.00 39.01           N  
+ATOM    992  CA  PRO B 126     -27.800   6.754 153.854  1.00 37.72           C  
+ATOM    993  C   PRO B 126     -26.302   6.583 154.064  1.00 36.90           C  
+ATOM    994  O   PRO B 126     -25.845   5.789 154.892  1.00 34.23           O  
+ATOM    995  CB  PRO B 126     -28.389   7.712 154.894  1.00 39.18           C  
+ATOM    996  CG  PRO B 126     -28.874   6.822 155.985  1.00 40.95           C  
+ATOM    997  CD  PRO B 126     -29.392   5.589 155.286  1.00 41.35           C  
+ATOM    998  N   LYS B 127     -25.539   7.382 153.316  1.00 33.42           N  
+ATOM    999  CA  LYS B 127     -24.087   7.365 153.393  1.00 33.99           C  
+ATOM   1000  C   LYS B 127     -23.533   8.363 154.397  1.00 31.34           C  
+ATOM   1001  O   LYS B 127     -22.366   8.234 154.788  1.00 31.15           O  
+ATOM   1002  CB  LYS B 127     -23.472   7.672 152.024  1.00 37.53           C  
+ATOM   1003  CG  LYS B 127     -23.872   6.748 150.910  1.00 42.38           C  
+ATOM   1004  CD  LYS B 127     -23.275   5.375 151.106  1.00 49.17           C  
+ATOM   1005  CE  LYS B 127     -23.826   4.401 150.076  1.00 53.65           C  
+ATOM   1006  NZ  LYS B 127     -22.876   3.284 149.808  1.00 55.59           N  
+ATOM   1007  N   THR B 128     -24.330   9.353 154.817  1.00 30.27           N  
+ATOM   1008  CA  THR B 128     -23.886  10.393 155.737  1.00 30.29           C  
+ATOM   1009  C   THR B 128     -24.819  10.458 156.938  1.00 32.88           C  
+ATOM   1010  O   THR B 128     -26.017  10.183 156.827  1.00 33.58           O  
+ATOM   1011  CB  THR B 128     -23.862  11.791 155.087  1.00 29.50           C  
+ATOM   1012  OG1 THR B 128     -25.208  12.242 154.882  1.00 28.91           O  
+ATOM   1013  CG2 THR B 128     -23.139  11.761 153.759  1.00 28.48           C  
+ATOM   1014  N   TRP B 129     -24.253  10.831 158.096  1.00 33.07           N  
+ATOM   1015  CA  TRP B 129     -25.086  11.156 159.250  1.00 29.42           C  
+ATOM   1016  C   TRP B 129     -25.992  12.348 158.967  1.00 32.99           C  
+ATOM   1017  O   TRP B 129     -27.126  12.402 159.460  1.00 30.68           O  
+ATOM   1018  CB  TRP B 129     -24.213  11.469 160.464  1.00 28.66           C  
+ATOM   1019  CG  TRP B 129     -23.664  10.262 161.192  1.00 25.45           C  
+ATOM   1020  CD1 TRP B 129     -22.463   9.636 160.979  1.00 25.44           C  
+ATOM   1021  CD2 TRP B 129     -24.304   9.551 162.263  1.00 28.27           C  
+ATOM   1022  NE1 TRP B 129     -22.311   8.586 161.870  1.00 25.20           N  
+ATOM   1023  CE2 TRP B 129     -23.431   8.508 162.658  1.00 29.68           C  
+ATOM   1024  CE3 TRP B 129     -25.529   9.698 162.930  1.00 30.56           C  
+ATOM   1025  CZ2 TRP B 129     -23.752   7.615 163.686  1.00 30.05           C  
+ATOM   1026  CZ3 TRP B 129     -25.839   8.813 163.952  1.00 31.98           C  
+ATOM   1027  CH2 TRP B 129     -24.956   7.782 164.313  1.00 30.44           C  
+ATOM   1028  N   GLU B 130     -25.529  13.282 158.134  1.00 36.49           N  
+ATOM   1029  CA  GLU B 130     -26.216  14.556 157.956  1.00 36.96           C  
+ATOM   1030  C   GLU B 130     -27.600  14.387 157.332  1.00 38.43           C  
+ATOM   1031  O   GLU B 130     -28.473  15.238 157.532  1.00 38.21           O  
+ATOM   1032  CB  GLU B 130     -25.360  15.490 157.090  1.00 37.43           C  
+ATOM   1033  CG  GLU B 130     -24.128  16.108 157.773  1.00 35.30           C  
+ATOM   1034  CD  GLU B 130     -22.904  15.190 157.765  1.00 34.80           C  
+ATOM   1035  OE1 GLU B 130     -23.041  14.011 157.386  1.00 32.49           O  
+ATOM   1036  OE2 GLU B 130     -21.794  15.666 158.102  1.00 34.30           O  
+ATOM   1037  N   GLU B 131     -27.828  13.319 156.572  1.00 38.60           N  
+ATOM   1038  CA  GLU B 131     -29.109  13.174 155.892  1.00 39.39           C  
+ATOM   1039  C   GLU B 131     -30.122  12.360 156.692  1.00 37.54           C  
+ATOM   1040  O   GLU B 131     -31.241  12.144 156.218  1.00 35.13           O  
+ATOM   1041  CB  GLU B 131     -28.896  12.562 154.500  1.00 39.68           C  
+ATOM   1042  CG  GLU B 131     -28.529  11.109 154.497  1.00 43.96           C  
+ATOM   1043  CD  GLU B 131     -27.855  10.661 153.199  1.00 46.31           C  
+ATOM   1044  OE1 GLU B 131     -26.635  10.900 153.051  1.00 45.96           O  
+ATOM   1045  OE2 GLU B 131     -28.540  10.068 152.334  1.00 45.90           O  
+ATOM   1046  N   ILE B 132     -29.780  11.947 157.907  1.00 37.39           N  
+ATOM   1047  CA  ILE B 132     -30.662  11.137 158.744  1.00 32.99           C  
+ATOM   1048  C   ILE B 132     -31.852  11.945 159.265  1.00 30.47           C  
+ATOM   1049  O   ILE B 132     -32.963  11.397 159.335  1.00 30.62           O  
+ATOM   1050  CB  ILE B 132     -29.869  10.484 159.890  1.00 32.97           C  
+ATOM   1051  CG1 ILE B 132     -28.979   9.371 159.332  1.00 35.82           C  
+ATOM   1052  CG2 ILE B 132     -30.796   9.937 160.961  1.00 30.11           C  
+ATOM   1053  CD1 ILE B 132     -28.188   8.646 160.400  1.00 40.25           C  
+ATOM   1054  N   PRO B 133     -31.694  13.217 159.663  1.00 28.43           N  
+ATOM   1055  CA  PRO B 133     -32.888  13.980 160.086  1.00 30.41           C  
+ATOM   1056  C   PRO B 133     -33.998  14.032 159.043  1.00 34.39           C  
+ATOM   1057  O   PRO B 133     -35.179  13.828 159.381  1.00 34.78           O  
+ATOM   1058  CB  PRO B 133     -32.313  15.371 160.392  1.00 30.49           C  
+ATOM   1059  CG  PRO B 133     -30.914  15.093 160.839  1.00 30.42           C  
+ATOM   1060  CD  PRO B 133     -30.447  13.950 159.977  1.00 28.47           C  
+ATOM   1061  N   ALA B 134     -33.665  14.297 157.777  1.00 33.20           N  
+ATOM   1062  CA  ALA B 134     -34.703  14.344 156.750  1.00 32.98           C  
+ATOM   1063  C   ALA B 134     -35.320  12.969 156.528  1.00 37.34           C  
+ATOM   1064  O   ALA B 134     -36.533  12.857 156.284  1.00 34.75           O  
+ATOM   1065  CB  ALA B 134     -34.140  14.905 155.445  1.00 29.30           C  
+ATOM   1066  N   LEU B 135     -34.499  11.915 156.587  1.00 35.61           N  
+ATOM   1067  CA  LEU B 135     -35.028  10.563 156.455  1.00 36.16           C  
+ATOM   1068  C   LEU B 135     -36.011  10.249 157.577  1.00 36.31           C  
+ATOM   1069  O   LEU B 135     -37.070   9.657 157.336  1.00 36.18           O  
+ATOM   1070  CB  LEU B 135     -33.875   9.556 156.448  1.00 39.45           C  
+ATOM   1071  CG  LEU B 135     -34.222   8.076 156.274  1.00 38.99           C  
+ATOM   1072  CD1 LEU B 135     -35.021   7.861 155.001  1.00 37.51           C  
+ATOM   1073  CD2 LEU B 135     -32.952   7.222 156.278  1.00 40.71           C  
+ATOM   1074  N   ASP B 136     -35.693  10.673 158.807  1.00 36.82           N  
+ATOM   1075  CA  ASP B 136     -36.578  10.401 159.934  1.00 37.82           C  
+ATOM   1076  C   ASP B 136     -37.906  11.133 159.777  1.00 40.80           C  
+ATOM   1077  O   ASP B 136     -38.974  10.544 159.989  1.00 40.07           O  
+ATOM   1078  CB  ASP B 136     -35.903  10.799 161.245  1.00 38.04           C  
+ATOM   1079  CG  ASP B 136     -36.744  10.443 162.466  1.00 40.55           C  
+ATOM   1080  OD1 ASP B 136     -36.937   9.235 162.721  1.00 40.31           O  
+ATOM   1081  OD2 ASP B 136     -37.224  11.366 163.160  1.00 40.41           O  
+ATOM   1082  N   LYS B 137     -37.853  12.417 159.403  1.00 42.42           N  
+ATOM   1083  CA BLYS B 137     -39.073  13.171 159.131  0.57 42.58           C  
+ATOM   1084  C   LYS B 137     -39.950  12.455 158.110  1.00 43.62           C  
+ATOM   1085  O   LYS B 137     -41.181  12.446 158.232  1.00 46.85           O  
+ATOM   1086  CB BLYS B 137     -38.715  14.574 158.645  0.57 41.63           C  
+ATOM   1087  CG BLYS B 137     -39.896  15.409 158.185  0.57 41.64           C  
+ATOM   1088  CD BLYS B 137     -39.427  16.756 157.669  0.57 41.73           C  
+ATOM   1089  CE BLYS B 137     -40.581  17.588 157.151  0.57 42.13           C  
+ATOM   1090  NZ BLYS B 137     -40.100  18.903 156.655  0.57 42.78           N  
+ATOM   1091  N   GLU B 138     -39.332  11.842 157.098  1.00 41.89           N  
+ATOM   1092  CA  GLU B 138     -40.103  11.113 156.097  1.00 42.91           C  
+ATOM   1093  C   GLU B 138     -40.718   9.848 156.691  1.00 44.02           C  
+ATOM   1094  O   GLU B 138     -41.902   9.560 156.474  1.00 45.49           O  
+ATOM   1095  CB  GLU B 138     -39.220  10.781 154.896  1.00 45.19           C  
+ATOM   1096  CG  GLU B 138     -39.942  10.010 153.786  1.00 51.44           C  
+ATOM   1097  CD  GLU B 138     -39.016   9.555 152.660  1.00 56.16           C  
+ATOM   1098  OE1 GLU B 138     -37.777   9.603 152.835  1.00 56.66           O  
+ATOM   1099  OE2 GLU B 138     -39.533   9.139 151.597  1.00 57.49           O  
+ATOM   1100  N   LEU B 139     -39.926   9.075 157.444  1.00 40.77           N  
+ATOM   1101  CA  LEU B 139     -40.425   7.813 157.991  1.00 38.63           C  
+ATOM   1102  C   LEU B 139     -41.424   8.031 159.123  1.00 36.36           C  
+ATOM   1103  O   LEU B 139     -42.315   7.203 159.324  1.00 35.56           O  
+ATOM   1104  CB  LEU B 139     -39.258   6.952 158.469  1.00 39.48           C  
+ATOM   1105  CG  LEU B 139     -38.385   6.350 157.367  1.00 41.45           C  
+ATOM   1106  CD1 LEU B 139     -37.072   5.815 157.922  1.00 41.13           C  
+ATOM   1107  CD2 LEU B 139     -39.140   5.254 156.640  1.00 40.89           C  
+ATOM   1108  N   LYS B 140     -41.301   9.131 159.866  1.00 38.44           N  
+ATOM   1109  CA  LYS B 140     -42.266   9.402 160.925  1.00 44.58           C  
+ATOM   1110  C   LYS B 140     -43.664   9.632 160.363  1.00 47.95           C  
+ATOM   1111  O   LYS B 140     -44.658   9.337 161.038  1.00 46.21           O  
+ATOM   1112  CB  LYS B 140     -41.810  10.607 161.745  1.00 45.45           C  
+ATOM   1113  CG  LYS B 140     -40.683  10.293 162.705  1.00 44.70           C  
+ATOM   1114  CD  LYS B 140     -41.118  10.514 164.137  1.00 43.82           C  
+ATOM   1115  CE  LYS B 140     -40.162   9.831 165.093  1.00 41.46           C  
+ATOM   1116  NZ  LYS B 140     -38.788  10.359 164.951  1.00 40.79           N  
+ATOM   1117  N   ALA B 141     -43.756  10.128 159.125  1.00 51.68           N  
+ATOM   1118  CA  ALA B 141     -45.050  10.265 158.466  1.00 54.75           C  
+ATOM   1119  C   ALA B 141     -45.721   8.912 158.267  1.00 55.94           C  
+ATOM   1120  O   ALA B 141     -46.953   8.837 158.184  1.00 57.43           O  
+ATOM   1121  CB  ALA B 141     -44.883  10.976 157.122  1.00 56.37           C  
+ATOM   1122  N   LYS B 142     -44.934   7.840 158.184  1.00 52.21           N  
+ATOM   1123  CA  LYS B 142     -45.442   6.489 158.001  1.00 48.77           C  
+ATOM   1124  C   LYS B 142     -45.450   5.695 159.302  1.00 44.10           C  
+ATOM   1125  O   LYS B 142     -45.573   4.467 159.269  1.00 44.10           O  
+ATOM   1126  CB  LYS B 142     -44.607   5.753 156.950  1.00 55.61           C  
+ATOM   1127  CG  LYS B 142     -44.584   6.406 155.571  1.00 60.54           C  
+ATOM   1128  CD  LYS B 142     -43.640   5.656 154.638  1.00 65.75           C  
+ATOM   1129  CE  LYS B 142     -43.738   6.148 153.196  1.00 70.18           C  
+ATOM   1130  NZ  LYS B 142     -43.333   7.578 153.049  1.00 72.52           N  
+ATOM   1131  N   GLY B 143     -45.306   6.365 160.443  1.00 39.55           N  
+ATOM   1132  CA  GLY B 143     -45.329   5.686 161.722  1.00 37.54           C  
+ATOM   1133  C   GLY B 143     -44.070   4.936 162.081  1.00 38.96           C  
+ATOM   1134  O   GLY B 143     -44.098   4.104 162.993  1.00 43.03           O  
+ATOM   1135  N   LYS B 144     -42.964   5.205 161.396  1.00 36.55           N  
+ATOM   1136  CA  LYS B 144     -41.676   4.561 161.608  1.00 32.68           C  
+ATOM   1137  C   LYS B 144     -40.662   5.596 162.092  1.00 34.84           C  
+ATOM   1138  O   LYS B 144     -40.989   6.763 162.316  1.00 36.63           O  
+ATOM   1139  CB  LYS B 144     -41.179   3.900 160.318  1.00 33.42           C  
+ATOM   1140  CG  LYS B 144     -42.149   2.937 159.664  1.00 36.83           C  
+ATOM   1141  CD  LYS B 144     -42.404   1.731 160.540  1.00 37.78           C  
+ATOM   1142  CE  LYS B 144     -43.241   0.692 159.810  1.00 38.86           C  
+ATOM   1143  NZ  LYS B 144     -43.571  -0.433 160.732  1.00 40.82           N  
+ATOM   1144  N   SER B 145     -39.413   5.161 162.250  1.00 31.38           N  
+ATOM   1145  CA  SER B 145     -38.326   6.083 162.548  1.00 32.46           C  
+ATOM   1146  C   SER B 145     -37.093   5.649 161.772  1.00 26.83           C  
+ATOM   1147  O   SER B 145     -37.004   4.523 161.275  1.00 25.55           O  
+ATOM   1148  CB  SER B 145     -38.010   6.169 164.062  1.00 36.52           C  
+ATOM   1149  OG  SER B 145     -37.455   4.968 164.567  1.00 37.98           O  
+ATOM   1150  N   ALA B 146     -36.134   6.564 161.668  1.00 25.52           N  
+ATOM   1151  CA  ALA B 146     -34.954   6.275 160.863  1.00 24.62           C  
+ATOM   1152  C   ALA B 146     -33.955   5.394 161.615  1.00 24.13           C  
+ATOM   1153  O   ALA B 146     -33.528   4.358 161.097  1.00 24.89           O  
+ATOM   1154  CB  ALA B 146     -34.293   7.579 160.423  1.00 25.88           C  
+ATOM   1155  N   LEU B 147     -33.610   5.760 162.853  1.00 22.09           N  
+ATOM   1156  CA  LEU B 147     -32.462   5.159 163.525  1.00 28.86           C  
+ATOM   1157  C   LEU B 147     -32.684   5.062 165.029  1.00 29.71           C  
+ATOM   1158  O   LEU B 147     -33.081   6.038 165.673  1.00 30.28           O  
+ATOM   1159  CB  LEU B 147     -31.193   5.980 163.251  1.00 32.56           C  
+ATOM   1160  CG  LEU B 147     -29.887   5.611 163.964  1.00 35.10           C  
+ATOM   1161  CD1 LEU B 147     -29.366   4.237 163.535  1.00 34.52           C  
+ATOM   1162  CD2 LEU B 147     -28.822   6.685 163.744  1.00 33.27           C  
+ATOM   1163  N   MET B 148     -32.378   3.894 165.590  1.00 27.04           N  
+ATOM   1164  CA  MET B 148     -32.373   3.707 167.035  1.00 25.20           C  
+ATOM   1165  C   MET B 148     -31.179   2.843 167.386  1.00 27.31           C  
+ATOM   1166  O   MET B 148     -30.974   1.800 166.763  1.00 27.37           O  
+ATOM   1167  CB  MET B 148     -33.663   3.044 167.529  1.00 24.48           C  
+ATOM   1168  CG  MET B 148     -34.895   3.905 167.328  1.00 31.95           C  
+ATOM   1169  SD  MET B 148     -36.387   3.180 168.024  1.00 40.71           S  
+ATOM   1170  CE  MET B 148     -35.933   3.119 169.758  1.00 33.46           C  
+ATOM   1171  N   PHE B 149     -30.372   3.291 168.346  1.00 25.30           N  
+ATOM   1172  CA  PHE B 149     -29.290   2.466 168.857  1.00 23.67           C  
+ATOM   1173  C   PHE B 149     -29.066   2.838 170.314  1.00 26.17           C  
+ATOM   1174  O   PHE B 149     -29.690   3.762 170.840  1.00 28.01           O  
+ATOM   1175  CB  PHE B 149     -28.003   2.585 168.015  1.00 24.93           C  
+ATOM   1176  CG  PHE B 149     -27.373   3.956 168.020  1.00 28.77           C  
+ATOM   1177  CD1 PHE B 149     -27.779   4.931 167.120  1.00 26.24           C  
+ATOM   1178  CD2 PHE B 149     -26.362   4.262 168.915  1.00 27.57           C  
+ATOM   1179  CE1 PHE B 149     -27.190   6.195 167.120  1.00 25.73           C  
+ATOM   1180  CE2 PHE B 149     -25.768   5.521 168.926  1.00 28.95           C  
+ATOM   1181  CZ  PHE B 149     -26.187   6.493 168.030  1.00 29.29           C  
+ATOM   1182  N   ASN B 150     -28.193   2.076 170.969  1.00 25.96           N  
+ATOM   1183  CA  ASN B 150     -27.990   2.184 172.412  1.00 22.61           C  
+ATOM   1184  C   ASN B 150     -27.267   3.483 172.760  1.00 24.98           C  
+ATOM   1185  O   ASN B 150     -26.074   3.634 172.480  1.00 29.43           O  
+ATOM   1186  CB  ASN B 150     -27.202   0.976 172.912  1.00 21.15           C  
+ATOM   1187  CG  ASN B 150     -27.009   0.994 174.428  1.00 21.73           C  
+ATOM   1188  OD1 ASN B 150     -27.614   1.811 175.128  1.00 24.81           O  
+ATOM   1189  ND2 ASN B 150     -26.198   0.072 174.939  1.00 21.72           N  
+ATOM   1190  N   LEU B 151     -27.970   4.404 173.412  1.00 28.33           N  
+ATOM   1191  CA  LEU B 151     -27.381   5.656 173.874  1.00 31.38           C  
+ATOM   1192  C   LEU B 151     -26.893   5.595 175.319  1.00 34.49           C  
+ATOM   1193  O   LEU B 151     -26.452   6.619 175.855  1.00 34.08           O  
+ATOM   1194  CB  LEU B 151     -28.387   6.804 173.723  1.00 31.19           C  
+ATOM   1195  CG  LEU B 151     -28.834   7.082 172.283  1.00 33.72           C  
+ATOM   1196  CD1 LEU B 151     -29.786   8.280 172.223  1.00 31.43           C  
+ATOM   1197  CD2 LEU B 151     -27.624   7.311 171.376  1.00 35.52           C  
+ATOM   1198  N   GLN B 152     -26.973   4.438 175.970  1.00 31.76           N  
+ATOM   1199  CA  GLN B 152     -26.494   4.335 177.344  1.00 31.27           C  
+ATOM   1200  C   GLN B 152     -25.022   3.930 177.438  1.00 28.44           C  
+ATOM   1201  O   GLN B 152     -24.410   4.121 178.498  1.00 26.69           O  
+ATOM   1202  CB  GLN B 152     -27.351   3.335 178.131  1.00 29.78           C  
+ATOM   1203  CG  GLN B 152     -28.847   3.642 178.122  1.00 29.36           C  
+ATOM   1204  CD  GLN B 152     -29.136   5.109 178.383  1.00 32.80           C  
+ATOM   1205  OE1 GLN B 152     -28.804   5.640 179.446  1.00 31.73           O  
+ATOM   1206  NE2 GLN B 152     -29.739   5.777 177.406  1.00 32.53           N  
+ATOM   1207  N   GLU B 153     -24.436   3.397 176.365  1.00 23.99           N  
+ATOM   1208  CA  GLU B 153     -23.039   2.950 176.369  1.00 23.40           C  
+ATOM   1209  C   GLU B 153     -22.213   3.712 175.339  1.00 22.69           C  
+ATOM   1210  O   GLU B 153     -22.504   3.630 174.130  1.00 18.76           O  
+ATOM   1211  CB  GLU B 153     -22.940   1.442 176.108  1.00 25.75           C  
+ATOM   1212  CG  GLU B 153     -23.296   0.555 177.303  1.00 29.07           C  
+ATOM   1213  CD  GLU B 153     -22.304   0.688 178.476  1.00 35.13           C  
+ATOM   1214  OE1 GLU B 153     -21.138   1.097 178.254  1.00 35.33           O  
+ATOM   1215  OE2 GLU B 153     -22.696   0.370 179.619  1.00 35.38           O  
+ATOM   1216  N   PRO B 154     -21.137   4.393 175.748  1.00 22.67           N  
+ATOM   1217  CA  PRO B 154     -20.387   5.244 174.804  1.00 24.06           C  
+ATOM   1218  C   PRO B 154     -19.717   4.486 173.670  1.00 25.36           C  
+ATOM   1219  O   PRO B 154     -19.317   5.116 172.685  1.00 24.82           O  
+ATOM   1220  CB  PRO B 154     -19.335   5.919 175.694  1.00 21.86           C  
+ATOM   1221  CG  PRO B 154     -19.158   4.975 176.859  1.00 24.03           C  
+ATOM   1222  CD  PRO B 154     -20.521   4.357 177.087  1.00 23.64           C  
+ATOM   1223  N   TYR B 155     -19.585   3.163 173.770  1.00 26.39           N  
+ATOM   1224  CA  TYR B 155     -19.052   2.378 172.660  1.00 26.45           C  
+ATOM   1225  C   TYR B 155     -19.819   2.644 171.366  1.00 25.16           C  
+ATOM   1226  O   TYR B 155     -19.224   2.729 170.279  1.00 21.15           O  
+ATOM   1227  CB  TYR B 155     -19.123   0.903 173.042  1.00 26.89           C  
+ATOM   1228  CG  TYR B 155     -18.628  -0.083 172.025  1.00 25.84           C  
+ATOM   1229  CD1 TYR B 155     -17.269  -0.228 171.771  1.00 24.86           C  
+ATOM   1230  CD2 TYR B 155     -19.518  -0.921 171.366  1.00 26.09           C  
+ATOM   1231  CE1 TYR B 155     -16.818  -1.153 170.869  1.00 24.75           C  
+ATOM   1232  CE2 TYR B 155     -19.076  -1.854 170.469  1.00 26.74           C  
+ATOM   1233  CZ  TYR B 155     -17.729  -1.957 170.209  1.00 26.94           C  
+ATOM   1234  OH  TYR B 155     -17.279  -2.890 169.300  1.00 32.14           O  
+ATOM   1235  N   PHE B 156     -21.140   2.827 171.479  1.00 22.85           N  
+ATOM   1236  CA  PHE B 156     -22.008   2.979 170.319  1.00 23.55           C  
+ATOM   1237  C   PHE B 156     -21.995   4.400 169.772  1.00 25.65           C  
+ATOM   1238  O   PHE B 156     -22.276   4.607 168.580  1.00 23.48           O  
+ATOM   1239  CB  PHE B 156     -23.442   2.581 170.677  1.00 24.11           C  
+ATOM   1240  CG  PHE B 156     -23.607   1.121 170.980  1.00 23.54           C  
+ATOM   1241  CD1 PHE B 156     -24.065   0.249 170.004  1.00 21.53           C  
+ATOM   1242  CD2 PHE B 156     -23.302   0.620 172.236  1.00 20.95           C  
+ATOM   1243  CE1 PHE B 156     -24.215  -1.100 170.279  1.00 22.59           C  
+ATOM   1244  CE2 PHE B 156     -23.441  -0.718 172.519  1.00 20.72           C  
+ATOM   1245  CZ  PHE B 156     -23.898  -1.585 171.548  1.00 20.94           C  
+ATOM   1246  N   THR B 157     -21.718   5.390 170.614  1.00 23.93           N  
+ATOM   1247  CA  THR B 157     -21.631   6.754 170.115  1.00 27.95           C  
+ATOM   1248  C   THR B 157     -20.208   7.161 169.753  1.00 27.31           C  
+ATOM   1249  O   THR B 157     -20.036   8.130 169.007  1.00 26.37           O  
+ATOM   1250  CB  THR B 157     -22.222   7.742 171.129  1.00 30.63           C  
+ATOM   1251  OG1 THR B 157     -21.568   7.592 172.393  1.00 36.23           O  
+ATOM   1252  CG2 THR B 157     -23.717   7.483 171.308  1.00 32.02           C  
+ATOM   1253  N   TRP B 158     -19.201   6.397 170.178  1.00 25.01           N  
+ATOM   1254  CA  TRP B 158     -17.815   6.754 169.866  1.00 22.01           C  
+ATOM   1255  C   TRP B 158     -17.506   6.879 168.371  1.00 23.36           C  
+ATOM   1256  O   TRP B 158     -16.759   7.802 168.004  1.00 24.60           O  
+ATOM   1257  CB  TRP B 158     -16.855   5.745 170.521  1.00 23.30           C  
+ATOM   1258  CG  TRP B 158     -15.431   6.163 170.314  1.00 24.51           C  
+ATOM   1259  CD1 TRP B 158     -14.519   5.611 169.461  1.00 26.99           C  
+ATOM   1260  CD2 TRP B 158     -14.784   7.278 170.930  1.00 25.93           C  
+ATOM   1261  NE1 TRP B 158     -13.327   6.301 169.532  1.00 27.70           N  
+ATOM   1262  CE2 TRP B 158     -13.468   7.330 170.427  1.00 28.64           C  
+ATOM   1263  CE3 TRP B 158     -15.188   8.233 171.870  1.00 28.93           C  
+ATOM   1264  CZ2 TRP B 158     -12.555   8.302 170.832  1.00 28.11           C  
+ATOM   1265  CZ3 TRP B 158     -14.280   9.198 172.272  1.00 29.83           C  
+ATOM   1266  CH2 TRP B 158     -12.979   9.229 171.746  1.00 28.99           C  
+ATOM   1267  N   PRO B 159     -18.003   6.021 167.476  1.00 22.40           N  
+ATOM   1268  CA  PRO B 159     -17.659   6.192 166.052  1.00 22.64           C  
+ATOM   1269  C   PRO B 159     -17.961   7.586 165.510  1.00 21.33           C  
+ATOM   1270  O   PRO B 159     -17.178   8.131 164.717  1.00 24.77           O  
+ATOM   1271  CB  PRO B 159     -18.524   5.128 165.362  1.00 23.61           C  
+ATOM   1272  CG  PRO B 159     -18.750   4.093 166.397  1.00 23.90           C  
+ATOM   1273  CD  PRO B 159     -18.864   4.840 167.688  1.00 26.14           C  
+ATOM   1274  N   LEU B 160     -19.058   8.196 165.954  1.00 21.82           N  
+ATOM   1275  CA  LEU B 160     -19.420   9.541 165.519  1.00 24.15           C  
+ATOM   1276  C   LEU B 160     -18.560  10.605 166.195  1.00 26.73           C  
+ATOM   1277  O   LEU B 160     -18.128  11.565 165.547  1.00 28.22           O  
+ATOM   1278  CB  LEU B 160     -20.903   9.778 165.802  1.00 27.04           C  
+ATOM   1279  CG  LEU B 160     -21.451  11.179 165.580  1.00 28.75           C  
+ATOM   1280  CD1 LEU B 160     -21.233  11.601 164.133  1.00 25.75           C  
+ATOM   1281  CD2 LEU B 160     -22.939  11.220 165.947  1.00 26.06           C  
+ATOM   1282  N   ILE B 161     -18.300  10.445 167.494  1.00 25.75           N  
+ATOM   1283  CA  ILE B 161     -17.465  11.397 168.221  1.00 24.43           C  
+ATOM   1284  C   ILE B 161     -16.055  11.424 167.640  1.00 27.07           C  
+ATOM   1285  O   ILE B 161     -15.433  12.488 167.522  1.00 29.55           O  
+ATOM   1286  CB  ILE B 161     -17.453  11.043 169.719  1.00 26.39           C  
+ATOM   1287  CG1 ILE B 161     -18.831  11.285 170.346  1.00 30.14           C  
+ATOM   1288  CG2 ILE B 161     -16.340  11.800 170.450  1.00 30.24           C  
+ATOM   1289  CD1 ILE B 161     -18.919  10.882 171.837  1.00 27.60           C  
+ATOM   1290  N   ALA B 162     -15.528  10.257 167.267  1.00 22.85           N  
+ATOM   1291  CA  ALA B 162     -14.164  10.186 166.769  1.00 20.92           C  
+ATOM   1292  C   ALA B 162     -14.045  10.569 165.297  1.00 26.28           C  
+ATOM   1293  O   ALA B 162     -12.928  10.825 164.836  1.00 31.39           O  
+ATOM   1294  CB  ALA B 162     -13.601   8.780 166.980  1.00 22.06           C  
+ATOM   1295  N   ALA B 163     -15.162  10.654 164.566  1.00 24.78           N  
+ATOM   1296  CA  ALA B 163     -15.096  10.865 163.117  1.00 27.43           C  
+ATOM   1297  C   ALA B 163     -14.340  12.145 162.769  1.00 31.64           C  
+ATOM   1298  O   ALA B 163     -13.401  12.123 161.967  1.00 34.70           O  
+ATOM   1299  CB  ALA B 163     -16.506  10.897 162.524  1.00 25.60           C  
+ATOM   1300  N   ASP B 164     -14.742  13.273 163.352  1.00 31.48           N  
+ATOM   1301  CA  ASP B 164     -14.170  14.565 162.997  1.00 33.24           C  
+ATOM   1302  C   ASP B 164     -12.929  14.929 163.813  1.00 34.30           C  
+ATOM   1303  O   ASP B 164     -12.478  16.076 163.743  1.00 31.35           O  
+ATOM   1304  CB  ASP B 164     -15.236  15.669 163.123  1.00 39.40           C  
+ATOM   1305  CG  ASP B 164     -14.796  16.992 162.493  1.00 43.90           C  
+ATOM   1306  OD1 ASP B 164     -14.281  16.959 161.349  1.00 41.83           O  
+ATOM   1307  OD2 ASP B 164     -14.972  18.057 163.132  1.00 45.07           O  
+ATOM   1308  N   GLY B 165     -12.371  14.004 164.597  1.00 32.26           N  
+ATOM   1309  CA  GLY B 165     -11.169  14.356 165.333  1.00 32.18           C  
+ATOM   1310  C   GLY B 165     -11.016  13.928 166.783  1.00 31.99           C  
+ATOM   1311  O   GLY B 165      -9.919  14.034 167.328  1.00 29.39           O  
+ATOM   1312  N   GLY B 166     -12.085  13.457 167.426  1.00 29.79           N  
+ATOM   1313  CA  GLY B 166     -11.984  13.038 168.812  1.00 26.52           C  
+ATOM   1314  C   GLY B 166     -11.122  11.796 168.976  1.00 26.99           C  
+ATOM   1315  O   GLY B 166     -11.040  10.944 168.090  1.00 25.05           O  
+ATOM   1316  N   TYR B 167     -10.420  11.709 170.111  1.00 21.51           N  
+ATOM   1317  CA  TYR B 167      -9.582  10.546 170.362  1.00 20.36           C  
+ATOM   1318  C   TYR B 167      -9.535  10.290 171.860  1.00 25.41           C  
+ATOM   1319  O   TYR B 167      -9.950  11.120 172.669  1.00 29.41           O  
+ATOM   1320  CB  TYR B 167      -8.150  10.710 169.815  1.00 23.87           C  
+ATOM   1321  CG  TYR B 167      -7.386  11.905 170.346  1.00 25.26           C  
+ATOM   1322  CD1 TYR B 167      -6.654  11.811 171.530  1.00 25.10           C  
+ATOM   1323  CD2 TYR B 167      -7.380  13.114 169.668  1.00 28.86           C  
+ATOM   1324  CE1 TYR B 167      -5.940  12.893 172.027  1.00 28.93           C  
+ATOM   1325  CE2 TYR B 167      -6.660  14.209 170.155  1.00 27.83           C  
+ATOM   1326  CZ  TYR B 167      -5.954  14.092 171.333  1.00 29.21           C  
+ATOM   1327  OH  TYR B 167      -5.245  15.173 171.821  1.00 28.26           O  
+ATOM   1328  N   ALA B 168      -9.004   9.122 172.219  1.00 21.27           N  
+ATOM   1329  CA  ALA B 168      -8.859   8.734 173.613  1.00 23.24           C  
+ATOM   1330  C   ALA B 168      -7.586   9.323 174.207  1.00 27.49           C  
+ATOM   1331  O   ALA B 168      -7.636  10.361 174.868  1.00 30.12           O  
+ATOM   1332  CB  ALA B 168      -8.869   7.206 173.737  1.00 22.51           C  
+ATOM   1333  N   PHE B 169      -6.440   8.694 173.948  1.00 27.41           N  
+ATOM   1334  CA  PHE B 169      -5.150   9.152 174.445  1.00 27.04           C  
+ATOM   1335  C   PHE B 169      -4.196   9.410 173.288  1.00 25.01           C  
+ATOM   1336  O   PHE B 169      -4.179   8.669 172.304  1.00 23.08           O  
+ATOM   1337  CB  PHE B 169      -4.532   8.127 175.428  1.00 26.64           C  
+ATOM   1338  CG  PHE B 169      -5.384   7.878 176.636  1.00 24.41           C  
+ATOM   1339  CD1 PHE B 169      -5.308   8.718 177.736  1.00 22.98           C  
+ATOM   1340  CD2 PHE B 169      -6.277   6.813 176.666  1.00 24.11           C  
+ATOM   1341  CE1 PHE B 169      -6.103   8.503 178.842  1.00 27.38           C  
+ATOM   1342  CE2 PHE B 169      -7.071   6.588 177.772  1.00 24.43           C  
+ATOM   1343  CZ  PHE B 169      -6.988   7.431 178.863  1.00 28.73           C  
+ATOM   1344  N   LYS B 170      -3.404  10.468 173.418  1.00 25.09           N  
+ATOM   1345  CA  LYS B 170      -2.433  10.828 172.397  1.00 28.65           C  
+ATOM   1346  C   LYS B 170      -1.259   9.860 172.426  1.00 24.96           C  
+ATOM   1347  O   LYS B 170      -0.682   9.600 173.480  1.00 22.45           O  
+ATOM   1348  CB  LYS B 170      -1.935  12.253 172.635  1.00 29.43           C  
+ATOM   1349  CG  LYS B 170      -1.050  12.823 171.556  1.00 35.93           C  
+ATOM   1350  CD  LYS B 170      -1.823  13.003 170.253  1.00 42.12           C  
+ATOM   1351  CE  LYS B 170      -1.065  13.894 169.295  1.00 48.74           C  
+ATOM   1352  NZ  LYS B 170       0.315  13.403 169.045  1.00 54.44           N  
+ATOM   1353  N   TYR B 171      -0.905   9.324 171.270  1.00 23.25           N  
+ATOM   1354  CA  TYR B 171       0.245   8.434 171.134  1.00 27.15           C  
+ATOM   1355  C   TYR B 171       1.323   9.163 170.346  1.00 30.79           C  
+ATOM   1356  O   TYR B 171       1.071   9.627 169.231  1.00 26.91           O  
+ATOM   1357  CB  TYR B 171      -0.149   7.130 170.440  1.00 23.22           C  
+ATOM   1358  CG  TYR B 171       0.960   6.098 170.304  1.00 25.79           C  
+ATOM   1359  CD1 TYR B 171       1.081   5.047 171.211  1.00 27.83           C  
+ATOM   1360  CD2 TYR B 171       1.850   6.146 169.234  1.00 25.33           C  
+ATOM   1361  CE1 TYR B 171       2.071   4.089 171.067  1.00 28.95           C  
+ATOM   1362  CE2 TYR B 171       2.844   5.194 169.084  1.00 25.55           C  
+ATOM   1363  CZ  TYR B 171       2.941   4.165 169.997  1.00 28.44           C  
+ATOM   1364  OH  TYR B 171       3.927   3.216 169.853  1.00 32.55           O  
+ATOM   1365  N   GLU B 172       2.521   9.258 170.912  1.00 38.26           N  
+ATOM   1366  CA  GLU B 172       3.583  10.013 170.255  1.00 42.90           C  
+ATOM   1367  C   GLU B 172       4.937   9.404 170.592  1.00 41.34           C  
+ATOM   1368  O   GLU B 172       5.221   9.132 171.761  1.00 36.13           O  
+ATOM   1369  CB  GLU B 172       3.534  11.483 170.689  1.00 47.87           C  
+ATOM   1370  CG  GLU B 172       4.577  12.388 170.054  1.00 55.83           C  
+ATOM   1371  CD  GLU B 172       4.292  12.668 168.587  1.00 63.23           C  
+ATOM   1372  OE1 GLU B 172       4.571  11.786 167.747  1.00 65.75           O  
+ATOM   1373  OE2 GLU B 172       3.791  13.773 168.274  1.00 66.20           O  
+ATOM   1374  N   ASN B 173       5.759   9.186 169.567  1.00 49.12           N  
+ATOM   1375  CA  ASN B 173       7.122   8.676 169.733  1.00 52.74           C  
+ATOM   1376  C   ASN B 173       7.147   7.416 170.603  1.00 48.44           C  
+ATOM   1377  O   ASN B 173       7.808   7.349 171.639  1.00 44.70           O  
+ATOM   1378  CB  ASN B 173       8.041   9.757 170.309  1.00 62.83           C  
+ATOM   1379  CG  ASN B 173       8.376  10.842 169.294  1.00 71.96           C  
+ATOM   1380  OD1 ASN B 173       7.546  11.213 168.459  1.00 74.87           O  
+ATOM   1381  ND2 ASN B 173       9.605  11.348 169.356  1.00 74.41           N  
+ATOM   1382  N   GLY B 174       6.376   6.419 170.170  1.00 45.39           N  
+ATOM   1383  CA  GLY B 174       6.394   5.102 170.780  1.00 38.94           C  
+ATOM   1384  C   GLY B 174       5.758   4.961 172.147  1.00 36.16           C  
+ATOM   1385  O   GLY B 174       6.016   3.966 172.824  1.00 34.57           O  
+ATOM   1386  N   LYS B 175       4.895   5.893 172.559  1.00 34.70           N  
+ATOM   1387  CA  LYS B 175       4.219   5.768 173.846  1.00 32.37           C  
+ATOM   1388  C   LYS B 175       3.018   6.700 173.894  1.00 27.82           C  
+ATOM   1389  O   LYS B 175       2.886   7.621 173.082  1.00 28.50           O  
+ATOM   1390  CB  LYS B 175       5.171   6.050 175.012  1.00 35.52           C  
+ATOM   1391  CG  LYS B 175       5.725   7.450 175.062  1.00 41.72           C  
+ATOM   1392  CD  LYS B 175       6.695   7.575 176.230  1.00 49.55           C  
+ATOM   1393  CE  LYS B 175       7.391   8.927 176.252  1.00 55.58           C  
+ATOM   1394  NZ  LYS B 175       6.413  10.043 176.339  1.00 59.40           N  
+ATOM   1395  N   TYR B 176       2.135   6.429 174.850  1.00 29.60           N  
+ATOM   1396  CA  TYR B 176       0.978   7.271 175.116  1.00 29.31           C  
+ATOM   1397  C   TYR B 176       1.319   8.384 176.101  1.00 34.00           C  
+ATOM   1398  O   TYR B 176       2.092   8.197 177.040  1.00 31.51           O  
+ATOM   1399  CB  TYR B 176      -0.173   6.455 175.704  1.00 24.67           C  
+ATOM   1400  CG  TYR B 176      -0.911   5.579 174.722  1.00 23.98           C  
+ATOM   1401  CD1 TYR B 176      -1.778   6.132 173.780  1.00 21.71           C  
+ATOM   1402  CD2 TYR B 176      -0.749   4.203 174.738  1.00 21.01           C  
+ATOM   1403  CE1 TYR B 176      -2.451   5.334 172.875  1.00 22.04           C  
+ATOM   1404  CE2 TYR B 176      -1.420   3.395 173.831  1.00 20.29           C  
+ATOM   1405  CZ  TYR B 176      -2.273   3.967 172.916  1.00 19.50           C  
+ATOM   1406  OH  TYR B 176      -2.959   3.159 172.032  1.00 21.07           O  
+ATOM   1407  N   ASP B 177       0.673   9.528 175.913  1.00 35.20           N  
+ATOM   1408  CA  ASP B 177       0.651  10.596 176.902  1.00 31.32           C  
+ATOM   1409  C   ASP B 177      -0.733  10.537 177.531  1.00 27.56           C  
+ATOM   1410  O   ASP B 177      -1.687  11.095 176.987  1.00 25.03           O  
+ATOM   1411  CB  ASP B 177       0.932  11.956 176.265  1.00 31.51           C  
+ATOM   1412  CG  ASP B 177       0.990  13.091 177.290  1.00 36.02           C  
+ATOM   1413  OD1 ASP B 177       0.775  12.835 178.493  1.00 34.73           O  
+ATOM   1414  OD2 ASP B 177       1.274  14.239 176.889  1.00 37.11           O  
+ATOM   1415  N   ILE B 178      -0.837   9.881 178.692  1.00 24.69           N  
+ATOM   1416  CA  ILE B 178      -2.143   9.686 179.309  1.00 25.57           C  
+ATOM   1417  C   ILE B 178      -2.763  10.973 179.824  1.00 26.80           C  
+ATOM   1418  O   ILE B 178      -3.949  10.977 180.168  1.00 30.01           O  
+ATOM   1419  CB  ILE B 178      -2.076   8.655 180.450  1.00 31.44           C  
+ATOM   1420  CG1 ILE B 178      -1.260   9.199 181.626  1.00 33.28           C  
+ATOM   1421  CG2 ILE B 178      -1.494   7.351 179.935  1.00 32.07           C  
+ATOM   1422  CD1 ILE B 178      -1.275   8.283 182.826  1.00 33.87           C  
+ATOM   1423  N   LYS B 179      -2.004  12.069 179.877  1.00 26.72           N  
+ATOM   1424  CA  LYS B 179      -2.554  13.371 180.235  1.00 26.86           C  
+ATOM   1425  C   LYS B 179      -3.112  14.132 179.046  1.00 32.37           C  
+ATOM   1426  O   LYS B 179      -3.729  15.183 179.239  1.00 34.68           O  
+ATOM   1427  CB  LYS B 179      -1.490  14.232 180.921  1.00 31.30           C  
+ATOM   1428  CG  LYS B 179      -0.950  13.611 182.190  1.00 35.37           C  
+ATOM   1429  CD  LYS B 179       0.004  14.548 182.911  1.00 37.89           C  
+ATOM   1430  CE  LYS B 179       0.427  13.964 184.249  1.00 39.87           C  
+ATOM   1431  NZ  LYS B 179       1.179  14.966 185.059  1.00 42.60           N  
+ATOM   1432  N   ASP B 180      -2.932  13.626 177.833  1.00 29.12           N  
+ATOM   1433  CA  ASP B 180      -3.413  14.276 176.618  1.00 30.20           C  
+ATOM   1434  C   ASP B 180      -4.615  13.474 176.125  1.00 29.62           C  
+ATOM   1435  O   ASP B 180      -4.464  12.481 175.416  1.00 26.53           O  
+ATOM   1436  CB  ASP B 180      -2.309  14.344 175.583  1.00 27.20           C  
+ATOM   1437  CG  ASP B 180      -2.689  15.179 174.379  1.00 29.32           C  
+ATOM   1438  OD1 ASP B 180      -3.903  15.385 174.145  1.00 29.03           O  
+ATOM   1439  OD2 ASP B 180      -1.767  15.617 173.668  1.00 26.77           O  
+ATOM   1440  N   VAL B 181      -5.807  13.907 176.517  1.00 28.13           N  
+ATOM   1441  CA  VAL B 181      -7.056  13.218 176.215  1.00 30.67           C  
+ATOM   1442  C   VAL B 181      -7.822  14.037 175.186  1.00 35.31           C  
+ATOM   1443  O   VAL B 181      -7.883  15.268 175.287  1.00 38.41           O  
+ATOM   1444  CB  VAL B 181      -7.890  13.010 177.498  1.00 32.81           C  
+ATOM   1445  CG1 VAL B 181      -9.181  12.269 177.199  1.00 34.84           C  
+ATOM   1446  CG2 VAL B 181      -7.061  12.268 178.561  1.00 32.83           C  
+ATOM   1447  N   GLY B 182      -8.388  13.362 174.182  1.00 34.56           N  
+ATOM   1448  CA  GLY B 182      -9.042  14.086 173.106  1.00 28.07           C  
+ATOM   1449  C   GLY B 182     -10.558  14.009 173.113  1.00 29.77           C  
+ATOM   1450  O   GLY B 182     -11.186  14.015 172.050  1.00 31.55           O  
+ATOM   1451  N   VAL B 183     -11.168  13.989 174.301  1.00 29.22           N  
+ATOM   1452  CA  VAL B 183     -12.624  13.868 174.385  1.00 32.72           C  
+ATOM   1453  C   VAL B 183     -13.341  15.204 174.262  1.00 36.12           C  
+ATOM   1454  O   VAL B 183     -14.571  15.218 174.100  1.00 37.01           O  
+ATOM   1455  CB  VAL B 183     -13.084  13.190 175.691  1.00 32.72           C  
+ATOM   1456  CG1 VAL B 183     -12.644  11.732 175.715  1.00 34.39           C  
+ATOM   1457  CG2 VAL B 183     -12.579  13.950 176.923  1.00 31.38           C  
+ATOM   1458  N   ASP B 184     -12.623  16.328 174.350  1.00 36.00           N  
+ATOM   1459  CA  ASP B 184     -13.268  17.634 174.331  1.00 43.01           C  
+ATOM   1460  C   ASP B 184     -12.659  18.581 173.301  1.00 44.34           C  
+ATOM   1461  O   ASP B 184     -12.756  19.800 173.465  1.00 48.68           O  
+ATOM   1462  CB  ASP B 184     -13.227  18.270 175.723  1.00 51.81           C  
+ATOM   1463  CG  ASP B 184     -11.819  18.592 176.175  1.00 59.79           C  
+ATOM   1464  OD1 ASP B 184     -10.871  17.930 175.701  1.00 63.32           O  
+ATOM   1465  OD2 ASP B 184     -11.661  19.517 177.000  1.00 63.76           O  
+ATOM   1466  N   ASN B 185     -12.023  18.061 172.253  1.00 41.88           N  
+ATOM   1467  CA  ASN B 185     -11.499  18.930 171.211  1.00 39.11           C  
+ATOM   1468  C   ASN B 185     -12.617  19.277 170.226  1.00 38.83           C  
+ATOM   1469  O   ASN B 185     -13.778  18.895 170.405  1.00 41.22           O  
+ATOM   1470  CB  ASN B 185     -10.285  18.289 170.528  1.00 39.70           C  
+ATOM   1471  CG  ASN B 185     -10.597  16.953 169.848  1.00 38.63           C  
+ATOM   1472  OD1 ASN B 185     -11.747  16.629 169.552  1.00 37.71           O  
+ATOM   1473  ND2 ASN B 185      -9.552  16.177 169.590  1.00 36.88           N  
+ATOM   1474  N   ALA B 186     -12.266  20.015 169.170  1.00 35.55           N  
+ATOM   1475  CA  ALA B 186     -13.274  20.464 168.218  1.00 38.16           C  
+ATOM   1476  C   ALA B 186     -13.981  19.285 167.559  1.00 38.05           C  
+ATOM   1477  O   ALA B 186     -15.207  19.299 167.399  1.00 34.19           O  
+ATOM   1478  CB  ALA B 186     -12.635  21.361 167.156  1.00 37.66           C  
+ATOM   1479  N   GLY B 187     -13.231  18.240 167.202  1.00 37.78           N  
+ATOM   1480  CA  GLY B 187     -13.840  17.105 166.527  1.00 33.84           C  
+ATOM   1481  C   GLY B 187     -14.832  16.365 167.404  1.00 32.13           C  
+ATOM   1482  O   GLY B 187     -15.920  16.004 166.949  1.00 33.78           O  
+ATOM   1483  N   ALA B 188     -14.479  16.141 168.679  1.00 31.94           N  
+ATOM   1484  CA  ALA B 188     -15.397  15.457 169.580  1.00 30.52           C  
+ATOM   1485  C   ALA B 188     -16.647  16.291 169.819  1.00 33.20           C  
+ATOM   1486  O   ALA B 188     -17.765  15.764 169.788  1.00 32.64           O  
+ATOM   1487  CB  ALA B 188     -14.717  15.140 170.914  1.00 26.01           C  
+ATOM   1488  N   LYS B 189     -16.475  17.593 170.063  1.00 34.53           N  
+ATOM   1489  CA ALYS B 189     -17.628  18.456 170.297  0.60 35.42           C  
+ATOM   1490  C   LYS B 189     -18.587  18.432 169.116  1.00 34.51           C  
+ATOM   1491  O   LYS B 189     -19.811  18.371 169.307  1.00 34.67           O  
+ATOM   1492  CB ALYS B 189     -17.167  19.883 170.590  0.60 36.36           C  
+ATOM   1493  CG ALYS B 189     -16.512  20.048 171.948  0.60 35.44           C  
+ATOM   1494  CD ALYS B 189     -16.068  21.480 172.167  0.60 35.87           C  
+ATOM   1495  CE ALYS B 189     -15.525  21.686 173.569  0.60 35.96           C  
+ATOM   1496  NZ ALYS B 189     -15.244  23.125 173.804  0.60 37.81           N  
+ATOM   1497  N   ALA B 190     -18.054  18.465 167.890  1.00 30.44           N  
+ATOM   1498  CA  ALA B 190     -18.924  18.472 166.717  1.00 31.79           C  
+ATOM   1499  C   ALA B 190     -19.764  17.206 166.646  1.00 30.99           C  
+ATOM   1500  O   ALA B 190     -20.972  17.268 166.394  1.00 30.57           O  
+ATOM   1501  CB  ALA B 190     -18.100  18.636 165.442  1.00 31.44           C  
+ATOM   1502  N   GLY B 191     -19.148  16.050 166.908  1.00 30.82           N  
+ATOM   1503  CA  GLY B 191     -19.886  14.795 166.852  1.00 28.43           C  
+ATOM   1504  C   GLY B 191     -20.953  14.684 167.927  1.00 30.84           C  
+ATOM   1505  O   GLY B 191     -22.081  14.273 167.652  1.00 32.01           O  
+ATOM   1506  N   LEU B 192     -20.604  15.024 169.176  1.00 34.26           N  
+ATOM   1507  CA  LEU B 192     -21.591  14.948 170.249  1.00 33.00           C  
+ATOM   1508  C   LEU B 192     -22.702  15.977 170.066  1.00 37.57           C  
+ATOM   1509  O   LEU B 192     -23.869  15.692 170.368  1.00 38.53           O  
+ATOM   1510  CB  LEU B 192     -20.920  15.126 171.613  1.00 31.04           C  
+ATOM   1511  CG  LEU B 192     -21.876  14.879 172.778  1.00 30.74           C  
+ATOM   1512  CD1 LEU B 192     -22.573  13.537 172.598  1.00 31.10           C  
+ATOM   1513  CD2 LEU B 192     -21.177  14.956 174.137  1.00 29.12           C  
+ATOM   1514  N   THR B 193     -22.372  17.156 169.537  1.00 37.32           N  
+ATOM   1515  CA  THR B 193     -23.405  18.144 169.245  1.00 34.92           C  
+ATOM   1516  C   THR B 193     -24.412  17.604 168.242  1.00 33.25           C  
+ATOM   1517  O   THR B 193     -25.625  17.796 168.404  1.00 33.92           O  
+ATOM   1518  CB  THR B 193     -22.774  19.428 168.710  1.00 35.54           C  
+ATOM   1519  OG1 THR B 193     -22.035  20.064 169.753  1.00 34.59           O  
+ATOM   1520  CG2 THR B 193     -23.832  20.387 168.178  1.00 35.59           C  
+ATOM   1521  N   PHE B 194     -23.935  16.904 167.211  1.00 31.28           N  
+ATOM   1522  CA  PHE B 194     -24.855  16.353 166.220  1.00 31.67           C  
+ATOM   1523  C   PHE B 194     -25.780  15.319 166.845  1.00 31.27           C  
+ATOM   1524  O   PHE B 194     -26.964  15.239 166.494  1.00 34.12           O  
+ATOM   1525  CB  PHE B 194     -24.081  15.731 165.058  1.00 32.81           C  
+ATOM   1526  CG  PHE B 194     -24.957  15.345 163.898  1.00 32.81           C  
+ATOM   1527  CD1 PHE B 194     -25.271  16.271 162.918  1.00 29.32           C  
+ATOM   1528  CD2 PHE B 194     -25.484  14.067 163.801  1.00 31.99           C  
+ATOM   1529  CE1 PHE B 194     -26.084  15.926 161.849  1.00 28.68           C  
+ATOM   1530  CE2 PHE B 194     -26.308  13.715 162.737  1.00 29.49           C  
+ATOM   1531  CZ  PHE B 194     -26.598  14.647 161.757  1.00 29.54           C  
+ATOM   1532  N   LEU B 195     -25.261  14.528 167.784  1.00 26.89           N  
+ATOM   1533  CA  LEU B 195     -26.097  13.554 168.471  1.00 29.97           C  
+ATOM   1534  C   LEU B 195     -27.167  14.241 169.309  1.00 29.90           C  
+ATOM   1535  O   LEU B 195     -28.333  13.823 169.299  1.00 30.74           O  
+ATOM   1536  CB  LEU B 195     -25.230  12.662 169.361  1.00 31.90           C  
+ATOM   1537  CG  LEU B 195     -25.949  11.512 170.055  1.00 34.75           C  
+ATOM   1538  CD1 LEU B 195     -26.128  10.351 169.106  1.00 37.21           C  
+ATOM   1539  CD2 LEU B 195     -25.183  11.088 171.310  1.00 34.88           C  
+ATOM   1540  N   VAL B 196     -26.786  15.300 170.034  1.00 31.88           N  
+ATOM   1541  CA  VAL B 196     -27.724  16.011 170.896  1.00 34.10           C  
+ATOM   1542  C   VAL B 196     -28.801  16.699 170.066  1.00 35.99           C  
+ATOM   1543  O   VAL B 196     -29.965  16.769 170.478  1.00 32.62           O  
+ATOM   1544  CB  VAL B 196     -26.972  17.012 171.796  1.00 36.36           C  
+ATOM   1545  CG1 VAL B 196     -27.942  17.940 172.508  1.00 33.95           C  
+ATOM   1546  CG2 VAL B 196     -26.120  16.271 172.817  1.00 35.59           C  
+ATOM   1547  N   ASP B 197     -28.433  17.225 168.893  1.00 38.99           N  
+ATOM   1548  CA  ASP B 197     -29.430  17.853 168.028  1.00 41.43           C  
+ATOM   1549  C   ASP B 197     -30.428  16.828 167.511  1.00 42.13           C  
+ATOM   1550  O   ASP B 197     -31.625  17.120 167.412  1.00 44.15           O  
+ATOM   1551  CB  ASP B 197     -28.758  18.584 166.867  1.00 44.31           C  
+ATOM   1552  CG  ASP B 197     -28.075  19.868 167.304  1.00 50.19           C  
+ATOM   1553  OD1 ASP B 197     -28.125  20.192 168.510  1.00 53.25           O  
+ATOM   1554  OD2 ASP B 197     -27.480  20.552 166.444  1.00 53.26           O  
+ATOM   1555  N   LEU B 198     -29.957  15.626 167.172  1.00 37.20           N  
+ATOM   1556  CA  LEU B 198     -30.883  14.558 166.815  1.00 37.85           C  
+ATOM   1557  C   LEU B 198     -31.894  14.311 167.925  1.00 37.73           C  
+ATOM   1558  O   LEU B 198     -33.058  14.006 167.648  1.00 37.32           O  
+ATOM   1559  CB  LEU B 198     -30.120  13.267 166.518  1.00 38.49           C  
+ATOM   1560  CG  LEU B 198     -29.312  13.165 165.228  1.00 39.34           C  
+ATOM   1561  CD1 LEU B 198     -28.599  11.813 165.170  1.00 39.08           C  
+ATOM   1562  CD2 LEU B 198     -30.195  13.373 164.003  1.00 38.63           C  
+ATOM   1563  N   ILE B 199     -31.477  14.466 169.181  1.00 37.74           N  
+ATOM   1564  CA  ILE B 199     -32.383  14.237 170.298  1.00 38.14           C  
+ATOM   1565  C   ILE B 199     -33.255  15.460 170.555  1.00 41.72           C  
+ATOM   1566  O   ILE B 199     -34.461  15.331 170.779  1.00 44.00           O  
+ATOM   1567  CB  ILE B 199     -31.576  13.836 171.543  1.00 36.65           C  
+ATOM   1568  CG1 ILE B 199     -30.884  12.491 171.295  1.00 34.59           C  
+ATOM   1569  CG2 ILE B 199     -32.470  13.798 172.775  1.00 36.40           C  
+ATOM   1570  CD1 ILE B 199     -29.941  12.060 172.384  1.00 32.80           C  
+ATOM   1571  N   LYS B 200     -32.671  16.659 170.506  1.00 43.60           N  
+ATOM   1572  CA  LYS B 200     -33.456  17.877 170.692  1.00 45.01           C  
+ATOM   1573  C   LYS B 200     -34.595  17.973 169.681  1.00 45.95           C  
+ATOM   1574  O   LYS B 200     -35.708  18.388 170.031  1.00 45.81           O  
+ATOM   1575  CB  LYS B 200     -32.552  19.112 170.613  1.00 46.26           C  
+ATOM   1576  CG  LYS B 200     -31.676  19.313 171.839  1.00 49.64           C  
+ATOM   1577  CD  LYS B 200     -30.992  20.686 171.833  1.00 52.42           C  
+ATOM   1578  CE  LYS B 200     -30.046  20.848 173.033  1.00 53.01           C  
+ATOM   1579  NZ  LYS B 200     -29.380  22.186 173.087  1.00 51.65           N  
+ATOM   1580  N   ASN B 201     -34.338  17.601 168.424  1.00 44.26           N  
+ATOM   1581  CA  ASN B 201     -35.353  17.622 167.375  1.00 42.77           C  
+ATOM   1582  C   ASN B 201     -36.148  16.323 167.294  1.00 39.83           C  
+ATOM   1583  O   ASN B 201     -36.790  16.066 166.267  1.00 38.38           O  
+ATOM   1584  CB  ASN B 201     -34.720  17.926 166.017  1.00 42.23           C  
+ATOM   1585  CG  ASN B 201     -34.015  19.261 165.992  1.00 44.75           C  
+ATOM   1586  OD1 ASN B 201     -32.891  19.373 165.497  1.00 48.03           O  
+ATOM   1587  ND2 ASN B 201     -34.665  20.285 166.540  1.00 40.04           N  
+ATOM   1588  N   LYS B 202     -36.088  15.494 168.340  1.00 37.77           N  
+ATOM   1589  CA  LYS B 202     -36.948  14.317 168.505  1.00 41.13           C  
+ATOM   1590  C   LYS B 202     -36.767  13.284 167.395  1.00 39.42           C  
+ATOM   1591  O   LYS B 202     -37.680  12.508 167.101  1.00 38.27           O  
+ATOM   1592  CB  LYS B 202     -38.419  14.724 168.639  1.00 47.90           C  
+ATOM   1593  CG  LYS B 202     -38.666  15.631 169.838  1.00 55.18           C  
+ATOM   1594  CD  LYS B 202     -40.127  16.027 169.967  1.00 61.94           C  
+ATOM   1595  CE  LYS B 202     -40.352  16.905 171.190  1.00 66.24           C  
+ATOM   1596  NZ  LYS B 202     -41.803  17.183 171.414  1.00 69.45           N  
+ATOM   1597  N   HIS B 203     -35.581  13.249 166.780  1.00 35.60           N  
+ATOM   1598  CA  HIS B 203     -35.239  12.158 165.878  1.00 35.73           C  
+ATOM   1599  C   HIS B 203     -34.733  10.933 166.630  1.00 34.37           C  
+ATOM   1600  O   HIS B 203     -34.699   9.839 166.058  1.00 34.39           O  
+ATOM   1601  CB  HIS B 203     -34.190  12.617 164.857  1.00 38.31           C  
+ATOM   1602  CG  HIS B 203     -34.628  13.780 164.023  1.00 41.13           C  
+ATOM   1603  ND1 HIS B 203     -35.731  13.734 163.198  1.00 42.60           N  
+ATOM   1604  CD2 HIS B 203     -34.113  15.026 163.890  1.00 42.04           C  
+ATOM   1605  CE1 HIS B 203     -35.876  14.900 162.592  1.00 41.57           C  
+ATOM   1606  NE2 HIS B 203     -34.906  15.701 162.995  1.00 41.87           N  
+ATOM   1607  N   MET B 204     -34.309  11.103 167.883  1.00 31.66           N  
+ATOM   1608  CA  MET B 204     -33.973  10.001 168.775  1.00 32.41           C  
+ATOM   1609  C   MET B 204     -34.415  10.377 170.180  1.00 34.05           C  
+ATOM   1610  O   MET B 204     -34.733  11.536 170.463  1.00 32.45           O  
+ATOM   1611  CB  MET B 204     -32.471   9.673 168.752  1.00 32.33           C  
+ATOM   1612  CG  MET B 204     -31.973   9.063 167.446  1.00 35.80           C  
+ATOM   1613  SD  MET B 204     -30.289   8.414 167.590  1.00 36.84           S  
+ATOM   1614  CE  MET B 204     -29.475   9.865 168.252  1.00 35.93           C  
+ATOM   1615  N   ASN B 205     -34.427   9.380 171.065  1.00 36.37           N  
+ATOM   1616  CA  ASN B 205     -34.842   9.538 172.456  1.00 35.56           C  
+ATOM   1617  C   ASN B 205     -33.646   9.245 173.356  1.00 33.53           C  
+ATOM   1618  O   ASN B 205     -32.981   8.218 173.191  1.00 31.92           O  
+ATOM   1619  CB  ASN B 205     -36.024   8.596 172.757  1.00 39.88           C  
+ATOM   1620  CG  ASN B 205     -36.591   8.758 174.164  1.00 45.68           C  
+ATOM   1621  OD1 ASN B 205     -35.865   8.700 175.161  1.00 48.82           O  
+ATOM   1622  ND2 ASN B 205     -37.913   8.923 174.248  1.00 46.80           N  
+ATOM   1623  N   ALA B 206     -33.375  10.143 174.311  1.00 33.89           N  
+ATOM   1624  CA  ALA B 206     -32.202   9.987 175.170  1.00 35.04           C  
+ATOM   1625  C   ALA B 206     -32.261   8.735 176.037  1.00 35.15           C  
+ATOM   1626  O   ALA B 206     -31.212   8.266 176.496  1.00 36.09           O  
+ATOM   1627  CB  ALA B 206     -32.027  11.218 176.066  1.00 32.55           C  
+ATOM   1628  N   ASP B 207     -33.453   8.189 176.277  1.00 36.27           N  
+ATOM   1629  CA  ASP B 207     -33.602   7.032 177.149  1.00 36.90           C  
+ATOM   1630  C   ASP B 207     -33.356   5.707 176.444  1.00 33.10           C  
+ATOM   1631  O   ASP B 207     -33.350   4.672 177.118  1.00 32.26           O  
+ATOM   1632  CB  ASP B 207     -35.005   7.001 177.770  1.00 39.23           C  
+ATOM   1633  CG  ASP B 207     -35.251   8.162 178.704  1.00 47.71           C  
+ATOM   1634  OD1 ASP B 207     -34.284   8.618 179.351  1.00 46.71           O  
+ATOM   1635  OD2 ASP B 207     -36.416   8.611 178.804  1.00 56.17           O  
+ATOM   1636  N   THR B 208     -33.175   5.709 175.121  1.00 29.66           N  
+ATOM   1637  CA  THR B 208     -33.029   4.460 174.380  1.00 30.54           C  
+ATOM   1638  C   THR B 208     -31.791   3.690 174.831  1.00 29.48           C  
+ATOM   1639  O   THR B 208     -30.683   4.231 174.856  1.00 30.17           O  
+ATOM   1640  CB  THR B 208     -32.936   4.733 172.877  1.00 29.91           C  
+ATOM   1641  OG1 THR B 208     -34.062   5.513 172.457  1.00 31.42           O  
+ATOM   1642  CG2 THR B 208     -32.920   3.414 172.102  1.00 29.68           C  
+ATOM   1643  N   ASP B 209     -31.981   2.417 175.159  1.00 31.24           N  
+ATOM   1644  CA  ASP B 209     -30.909   1.528 175.585  1.00 29.28           C  
+ATOM   1645  C   ASP B 209     -30.794   0.365 174.593  1.00 29.08           C  
+ATOM   1646  O   ASP B 209     -31.422   0.369 173.529  1.00 25.18           O  
+ATOM   1647  CB  ASP B 209     -31.157   1.066 177.028  1.00 31.35           C  
+ATOM   1648  CG  ASP B 209     -32.453   0.271 177.191  1.00 35.27           C  
+ATOM   1649  OD1 ASP B 209     -33.086  -0.099 176.180  1.00 33.65           O  
+ATOM   1650  OD2 ASP B 209     -32.850   0.020 178.354  1.00 36.47           O  
+ATOM   1651  N   TYR B 210     -30.002  -0.651 174.957  1.00 27.18           N  
+ATOM   1652  CA  TYR B 210     -29.768  -1.770 174.043  1.00 27.87           C  
+ATOM   1653  C   TYR B 210     -31.061  -2.523 173.753  1.00 29.09           C  
+ATOM   1654  O   TYR B 210     -31.390  -2.809 172.594  1.00 28.88           O  
+ATOM   1655  CB  TYR B 210     -28.720  -2.725 174.636  1.00 24.86           C  
+ATOM   1656  CG  TYR B 210     -28.252  -3.803 173.671  1.00 25.97           C  
+ATOM   1657  CD1 TYR B 210     -27.071  -3.658 172.953  1.00 28.24           C  
+ATOM   1658  CD2 TYR B 210     -28.997  -4.967 173.478  1.00 26.03           C  
+ATOM   1659  CE1 TYR B 210     -26.647  -4.638 172.067  1.00 29.27           C  
+ATOM   1660  CE2 TYR B 210     -28.582  -5.949 172.602  1.00 24.99           C  
+ATOM   1661  CZ  TYR B 210     -27.402  -5.778 171.902  1.00 27.80           C  
+ATOM   1662  OH  TYR B 210     -26.985  -6.747 171.027  1.00 29.63           O  
+ATOM   1663  N   SER B 211     -31.803  -2.863 174.803  1.00 22.28           N  
+ATOM   1664  CA  SER B 211     -33.013  -3.671 174.641  1.00 29.72           C  
+ATOM   1665  C   SER B 211     -34.064  -2.947 173.807  1.00 29.61           C  
+ATOM   1666  O   SER B 211     -34.684  -3.547 172.918  1.00 28.16           O  
+ATOM   1667  CB  SER B 211     -33.571  -4.024 176.022  1.00 35.96           C  
+ATOM   1668  OG  SER B 211     -34.606  -4.978 175.942  1.00 44.15           O  
+ATOM   1669  N   ILE B 212     -34.251  -1.648 174.053  1.00 26.92           N  
+ATOM   1670  CA  ILE B 212     -35.280  -0.895 173.345  1.00 28.52           C  
+ATOM   1671  C   ILE B 212     -34.955  -0.788 171.860  1.00 32.29           C  
+ATOM   1672  O   ILE B 212     -35.833  -0.977 171.003  1.00 32.01           O  
+ATOM   1673  CB  ILE B 212     -35.468   0.488 173.991  1.00 33.92           C  
+ATOM   1674  CG1 ILE B 212     -36.161   0.348 175.348  1.00 33.38           C  
+ATOM   1675  CG2 ILE B 212     -36.246   1.435 173.081  1.00 33.58           C  
+ATOM   1676  CD1 ILE B 212     -36.268   1.651 176.087  1.00 34.55           C  
+ATOM   1677  N   ALA B 213     -33.696  -0.465 171.525  1.00 30.49           N  
+ATOM   1678  CA  ALA B 213     -33.336  -0.344 170.114  1.00 26.90           C  
+ATOM   1679  C   ALA B 213     -33.412  -1.691 169.412  1.00 28.46           C  
+ATOM   1680  O   ALA B 213     -33.842  -1.768 168.256  1.00 28.50           O  
+ATOM   1681  CB  ALA B 213     -31.937   0.255 169.967  1.00 27.32           C  
+ATOM   1682  N   GLU B 214     -32.993  -2.761 170.092  1.00 28.08           N  
+ATOM   1683  CA  GLU B 214     -33.065  -4.090 169.500  1.00 30.31           C  
+ATOM   1684  C   GLU B 214     -34.506  -4.482 169.206  1.00 32.05           C  
+ATOM   1685  O   GLU B 214     -34.815  -4.992 168.118  1.00 35.37           O  
+ATOM   1686  CB  GLU B 214     -32.416  -5.124 170.428  1.00 29.50           C  
+ATOM   1687  CG  GLU B 214     -32.507  -6.541 169.893  1.00 34.38           C  
+ATOM   1688  CD  GLU B 214     -31.843  -7.560 170.797  1.00 41.80           C  
+ATOM   1689  OE1 GLU B 214     -32.003  -7.461 172.028  1.00 45.64           O  
+ATOM   1690  OE2 GLU B 214     -31.123  -8.438 170.275  1.00 44.22           O  
+ATOM   1691  N   ALA B 215     -35.404  -4.267 170.174  1.00 29.42           N  
+ATOM   1692  CA  ALA B 215     -36.806  -4.610 169.951  1.00 31.13           C  
+ATOM   1693  C   ALA B 215     -37.392  -3.812 168.791  1.00 30.36           C  
+ATOM   1694  O   ALA B 215     -38.093  -4.369 167.936  1.00 31.09           O  
+ATOM   1695  CB  ALA B 215     -37.616  -4.388 171.229  1.00 31.83           C  
+ATOM   1696  N   ALA B 216     -37.078  -2.512 168.720  1.00 29.52           N  
+ATOM   1697  CA  ALA B 216     -37.661  -1.668 167.680  1.00 31.94           C  
+ATOM   1698  C   ALA B 216     -37.193  -2.085 166.291  1.00 33.27           C  
+ATOM   1699  O   ALA B 216     -37.984  -2.077 165.343  1.00 33.96           O  
+ATOM   1700  CB  ALA B 216     -37.340  -0.201 167.949  1.00 30.84           C  
+ATOM   1701  N   PHE B 217     -35.904  -2.422 166.136  1.00 31.96           N  
+ATOM   1702  CA  PHE B 217     -35.432  -2.842 164.823  1.00 28.22           C  
+ATOM   1703  C   PHE B 217     -35.969  -4.218 164.452  1.00 28.61           C  
+ATOM   1704  O   PHE B 217     -36.346  -4.452 163.296  1.00 27.35           O  
+ATOM   1705  CB  PHE B 217     -33.896  -2.834 164.743  1.00 24.81           C  
+ATOM   1706  CG  PHE B 217     -33.384  -3.162 163.369  1.00 25.17           C  
+ATOM   1707  CD1 PHE B 217     -33.271  -2.169 162.404  1.00 24.71           C  
+ATOM   1708  CD2 PHE B 217     -33.057  -4.467 163.025  1.00 24.31           C  
+ATOM   1709  CE1 PHE B 217     -32.833  -2.469 161.121  1.00 28.10           C  
+ATOM   1710  CE2 PHE B 217     -32.617  -4.775 161.744  1.00 25.97           C  
+ATOM   1711  CZ  PHE B 217     -32.506  -3.776 160.792  1.00 28.27           C  
+ATOM   1712  N   ASN B 218     -35.985  -5.147 165.404  1.00 23.86           N  
+ATOM   1713  CA  ASN B 218     -36.405  -6.510 165.105  1.00 31.28           C  
+ATOM   1714  C   ASN B 218     -37.910  -6.647 164.909  1.00 30.83           C  
+ATOM   1715  O   ASN B 218     -38.365  -7.718 164.498  1.00 32.84           O  
+ATOM   1716  CB  ASN B 218     -35.912  -7.442 166.213  1.00 32.28           C  
+ATOM   1717  CG  ASN B 218     -34.404  -7.565 166.214  1.00 32.65           C  
+ATOM   1718  OD1 ASN B 218     -33.726  -6.871 165.460  1.00 31.05           O  
+ATOM   1719  ND2 ASN B 218     -33.871  -8.442 167.058  1.00 31.22           N  
+ATOM   1720  N   LYS B 219     -38.691  -5.615 165.208  1.00 31.16           N  
+ATOM   1721  CA  LYS B 219     -40.107  -5.610 164.869  1.00 34.90           C  
+ATOM   1722  C   LYS B 219     -40.424  -4.727 163.668  1.00 35.85           C  
+ATOM   1723  O   LYS B 219     -41.600  -4.538 163.350  1.00 34.01           O  
+ATOM   1724  CB  LYS B 219     -40.960  -5.190 166.067  1.00 39.94           C  
+ATOM   1725  CG  LYS B 219     -40.962  -6.234 167.157  1.00 49.52           C  
+ATOM   1726  CD  LYS B 219     -41.927  -5.890 168.270  1.00 59.34           C  
+ATOM   1727  CE  LYS B 219     -41.941  -7.005 169.311  1.00 63.98           C  
+ATOM   1728  NZ  LYS B 219     -43.180  -6.963 170.135  1.00 66.77           N  
+ATOM   1729  N   GLY B 220     -39.408  -4.186 162.998  1.00 33.30           N  
+ATOM   1730  CA  GLY B 220     -39.652  -3.357 161.833  1.00 32.62           C  
+ATOM   1731  C   GLY B 220     -40.180  -1.966 162.116  1.00 32.48           C  
+ATOM   1732  O   GLY B 220     -40.783  -1.355 161.231  1.00 33.94           O  
+ATOM   1733  N   GLU B 221     -39.964  -1.440 163.320  1.00 27.61           N  
+ATOM   1734  CA  GLU B 221     -40.421  -0.100 163.669  1.00 31.27           C  
+ATOM   1735  C   GLU B 221     -39.397   0.985 163.373  1.00 33.49           C  
+ATOM   1736  O   GLU B 221     -39.779   2.151 163.210  1.00 33.79           O  
+ATOM   1737  CB  GLU B 221     -40.818  -0.028 165.149  1.00 38.35           C  
+ATOM   1738  CG  GLU B 221     -42.111  -0.761 165.480  1.00 44.75           C  
+ATOM   1739  CD  GLU B 221     -42.398  -0.785 166.974  1.00 52.66           C  
+ATOM   1740  OE1 GLU B 221     -41.501  -0.399 167.759  1.00 52.09           O  
+ATOM   1741  OE2 GLU B 221     -43.523  -1.182 167.361  1.00 57.36           O  
+ATOM   1742  N   THR B 222     -38.114   0.643 163.315  1.00 31.72           N  
+ATOM   1743  CA  THR B 222     -37.078   1.591 162.943  1.00 32.09           C  
+ATOM   1744  C   THR B 222     -36.278   1.002 161.785  1.00 32.23           C  
+ATOM   1745  O   THR B 222     -36.156  -0.219 161.651  1.00 33.13           O  
+ATOM   1746  CB  THR B 222     -36.174   1.931 164.151  1.00 34.12           C  
+ATOM   1747  OG1 THR B 222     -35.255   2.967 163.795  1.00 36.18           O  
+ATOM   1748  CG2 THR B 222     -35.397   0.709 164.591  1.00 36.22           C  
+ATOM   1749  N   ALA B 223     -35.807   1.877 160.894  1.00 31.99           N  
+ATOM   1750  CA  ALA B 223     -35.163   1.410 159.672  1.00 32.33           C  
+ATOM   1751  C   ALA B 223     -33.689   1.081 159.853  1.00 32.31           C  
+ATOM   1752  O   ALA B 223     -33.105   0.408 158.993  1.00 20.04           O  
+ATOM   1753  CB  ALA B 223     -35.320   2.449 158.553  1.00 31.45           C  
+ATOM   1754  N   MET B 224     -33.053   1.562 160.919  1.00 28.78           N  
+ATOM   1755  CA  MET B 224     -31.634   1.314 161.100  1.00 29.23           C  
+ATOM   1756  C   MET B 224     -31.324   1.129 162.579  1.00 28.81           C  
+ATOM   1757  O   MET B 224     -32.038   1.624 163.451  1.00 30.76           O  
+ATOM   1758  CB  MET B 224     -30.790   2.465 160.528  1.00 30.41           C  
+ATOM   1759  CG  MET B 224     -30.913   2.660 159.005  1.00 29.89           C  
+ATOM   1760  SD  MET B 224     -29.913   4.066 158.481  1.00 31.08           S  
+ATOM   1761  CE  MET B 224     -30.798   5.445 159.206  1.00 31.27           C  
+ATOM   1762  N   THR B 225     -30.257   0.389 162.845  1.00 23.67           N  
+ATOM   1763  CA  THR B 225     -29.657   0.354 164.169  1.00 23.79           C  
+ATOM   1764  C   THR B 225     -28.149   0.238 163.955  1.00 28.65           C  
+ATOM   1765  O   THR B 225     -27.666   0.150 162.821  1.00 28.69           O  
+ATOM   1766  CB  THR B 225     -30.241  -0.780 165.041  1.00 25.42           C  
+ATOM   1767  OG1 THR B 225     -29.734  -0.686 166.391  1.00 26.12           O  
+ATOM   1768  CG2 THR B 225     -29.916  -2.151 164.464  1.00 21.65           C  
+ATOM   1769  N   ILE B 226     -27.406   0.344 165.050  1.00 25.96           N  
+ATOM   1770  CA  ILE B 226     -25.964   0.224 165.038  1.00 24.52           C  
+ATOM   1771  C   ILE B 226     -25.612  -0.848 166.049  1.00 26.96           C  
+ATOM   1772  O   ILE B 226     -25.980  -0.731 167.222  1.00 25.69           O  
+ATOM   1773  CB  ILE B 226     -25.280   1.564 165.366  1.00 25.06           C  
+ATOM   1774  CG1 ILE B 226     -25.498   2.561 164.207  1.00 25.14           C  
+ATOM   1775  CG2 ILE B 226     -23.812   1.352 165.700  1.00 24.18           C  
+ATOM   1776  CD1 ILE B 226     -25.132   4.000 164.533  1.00 28.06           C  
+ATOM   1777  N   ASN B 227     -24.966  -1.918 165.595  1.00 24.22           N  
+ATOM   1778  CA  ASN B 227     -24.683  -3.013 166.515  1.00 19.19           C  
+ATOM   1779  C   ASN B 227     -23.555  -3.855 165.949  1.00 26.56           C  
+ATOM   1780  O   ASN B 227     -23.100  -3.647 164.819  1.00 24.02           O  
+ATOM   1781  CB  ASN B 227     -25.936  -3.866 166.775  1.00 19.29           C  
+ATOM   1782  CG  ASN B 227     -26.054  -4.285 168.241  1.00 25.05           C  
+ATOM   1783  OD1 ASN B 227     -25.052  -4.553 168.889  1.00 24.07           O  
+ATOM   1784  ND2 ASN B 227     -27.279  -4.335 168.759  1.00 27.16           N  
+ATOM   1785  N   GLY B 228     -23.104  -4.812 166.751  1.00 25.72           N  
+ATOM   1786  CA  GLY B 228     -22.033  -5.681 166.330  1.00 22.39           C  
+ATOM   1787  C   GLY B 228     -22.556  -7.042 165.921  1.00 19.87           C  
+ATOM   1788  O   GLY B 228     -23.763  -7.301 165.941  1.00 23.23           O  
+ATOM   1789  N   PRO B 229     -21.639  -7.950 165.591  1.00 21.50           N  
+ATOM   1790  CA  PRO B 229     -22.041  -9.271 165.070  1.00 19.18           C  
+ATOM   1791  C   PRO B 229     -22.870 -10.115 166.024  1.00 22.67           C  
+ATOM   1792  O   PRO B 229     -23.637 -10.964 165.563  1.00 20.45           O  
+ATOM   1793  CB  PRO B 229     -20.693  -9.947 164.792  1.00 19.14           C  
+ATOM   1794  CG  PRO B 229     -19.722  -8.818 164.630  1.00 23.33           C  
+ATOM   1795  CD  PRO B 229     -20.177  -7.752 165.557  1.00 24.83           C  
+ATOM   1796  N   TRP B 230     -22.696  -9.956 167.339  1.00 23.08           N  
+ATOM   1797  CA  TRP B 230     -23.443 -10.762 168.295  1.00 23.59           C  
+ATOM   1798  C   TRP B 230     -24.947 -10.571 168.137  1.00 26.71           C  
+ATOM   1799  O   TRP B 230     -25.728 -11.476 168.458  1.00 29.25           O  
+ATOM   1800  CB  TRP B 230     -23.001 -10.400 169.727  1.00 21.37           C  
+ATOM   1801  CG  TRP B 230     -23.069  -8.928 169.939  1.00 19.04           C  
+ATOM   1802  CD1 TRP B 230     -24.172  -8.207 170.289  1.00 21.67           C  
+ATOM   1803  CD2 TRP B 230     -21.995  -7.975 169.800  1.00 22.30           C  
+ATOM   1804  NE1 TRP B 230     -23.853  -6.874 170.389  1.00 23.46           N  
+ATOM   1805  CE2 TRP B 230     -22.527  -6.704 170.092  1.00 21.78           C  
+ATOM   1806  CE3 TRP B 230     -20.638  -8.078 169.468  1.00 22.71           C  
+ATOM   1807  CZ2 TRP B 230     -21.759  -5.542 170.054  1.00 21.57           C  
+ATOM   1808  CZ3 TRP B 230     -19.873  -6.915 169.422  1.00 20.75           C  
+ATOM   1809  CH2 TRP B 230     -20.436  -5.668 169.718  1.00 21.76           C  
+ATOM   1810  N   ALA B 231     -25.374  -9.426 167.616  1.00 21.19           N  
+ATOM   1811  CA  ALA B 231     -26.802  -9.155 167.533  1.00 21.87           C  
+ATOM   1812  C   ALA B 231     -27.465  -9.774 166.302  1.00 22.95           C  
+ATOM   1813  O   ALA B 231     -28.702  -9.819 166.256  1.00 22.56           O  
+ATOM   1814  CB  ALA B 231     -27.052  -7.642 167.541  1.00 20.37           C  
+ATOM   1815  N   TRP B 232     -26.695 -10.279 165.332  1.00 21.81           N  
+ATOM   1816  CA  TRP B 232     -27.313 -10.730 164.079  1.00 24.07           C  
+ATOM   1817  C   TRP B 232     -28.252 -11.918 164.289  1.00 30.14           C  
+ATOM   1818  O   TRP B 232     -29.227 -12.066 163.548  1.00 35.99           O  
+ATOM   1819  CB  TRP B 232     -26.253 -11.112 163.038  1.00 21.28           C  
+ATOM   1820  CG  TRP B 232     -25.298 -10.009 162.640  1.00 19.50           C  
+ATOM   1821  CD1 TRP B 232     -25.513  -8.659 162.703  1.00 20.55           C  
+ATOM   1822  CD2 TRP B 232     -23.960 -10.181 162.149  1.00 19.44           C  
+ATOM   1823  NE1 TRP B 232     -24.394  -7.980 162.263  1.00 22.25           N  
+ATOM   1824  CE2 TRP B 232     -23.426  -8.892 161.927  1.00 19.37           C  
+ATOM   1825  CE3 TRP B 232     -23.159 -11.298 161.890  1.00 25.01           C  
+ATOM   1826  CZ2 TRP B 232     -22.129  -8.692 161.446  1.00 19.32           C  
+ATOM   1827  CZ3 TRP B 232     -21.856 -11.090 161.418  1.00 24.88           C  
+ATOM   1828  CH2 TRP B 232     -21.367  -9.800 161.206  1.00 20.90           C  
+ATOM   1829  N   SER B 233     -27.972 -12.790 165.263  1.00 29.73           N  
+ATOM   1830  CA  SER B 233     -28.746 -14.026 165.369  1.00 31.56           C  
+ATOM   1831  C   SER B 233     -30.187 -13.751 165.802  1.00 29.63           C  
+ATOM   1832  O   SER B 233     -31.119 -14.391 165.298  1.00 32.26           O  
+ATOM   1833  CB  SER B 233     -28.058 -15.004 166.326  1.00 37.72           C  
+ATOM   1834  OG  SER B 233     -27.963 -14.458 167.626  1.00 46.27           O  
+ATOM   1835  N   ASN B 234     -30.391 -12.789 166.711  1.00 24.34           N  
+ATOM   1836  CA  ASN B 234     -31.745 -12.380 167.075  1.00 23.72           C  
+ATOM   1837  C   ASN B 234     -32.471 -11.705 165.913  1.00 27.63           C  
+ATOM   1838  O   ASN B 234     -33.698 -11.806 165.815  1.00 28.18           O  
+ATOM   1839  CB  ASN B 234     -31.722 -11.427 168.273  1.00 29.00           C  
+ATOM   1840  CG  ASN B 234     -31.434 -12.135 169.586  1.00 27.41           C  
+ATOM   1841  OD1 ASN B 234     -31.446 -13.362 169.660  1.00 26.43           O  
+ATOM   1842  ND2 ASN B 234     -31.202 -11.358 170.635  1.00 27.70           N  
+ATOM   1843  N   ILE B 235     -31.747 -11.015 165.028  1.00 27.34           N  
+ATOM   1844  CA  ILE B 235     -32.396 -10.462 163.840  1.00 30.25           C  
+ATOM   1845  C   ILE B 235     -32.799 -11.578 162.885  1.00 32.63           C  
+ATOM   1846  O   ILE B 235     -33.858 -11.508 162.248  1.00 35.73           O  
+ATOM   1847  CB  ILE B 235     -31.507  -9.417 163.139  1.00 27.65           C  
+ATOM   1848  CG1 ILE B 235     -30.942  -8.414 164.137  1.00 28.83           C  
+ATOM   1849  CG2 ILE B 235     -32.306  -8.666 162.071  1.00 27.75           C  
+ATOM   1850  CD1 ILE B 235     -30.159  -7.295 163.471  1.00 27.72           C  
+ATOM   1851  N   ASP B 236     -31.974 -12.627 162.775  1.00 31.22           N  
+ATOM   1852  CA  ASP B 236     -32.349 -13.784 161.964  1.00 30.20           C  
+ATOM   1853  C   ASP B 236     -33.653 -14.405 162.446  1.00 31.75           C  
+ATOM   1854  O   ASP B 236     -34.479 -14.820 161.632  1.00 31.03           O  
+ATOM   1855  CB  ASP B 236     -31.245 -14.839 161.990  1.00 29.76           C  
+ATOM   1856  CG  ASP B 236     -30.011 -14.410 161.241  1.00 35.29           C  
+ATOM   1857  OD1 ASP B 236     -30.049 -13.354 160.579  1.00 36.26           O  
+ATOM   1858  OD2 ASP B 236     -28.989 -15.123 161.341  1.00 37.23           O  
+ATOM   1859  N   THR B 237     -33.844 -14.493 163.769  1.00 32.35           N  
+ATOM   1860  CA  THR B 237     -35.064 -15.079 164.319  1.00 37.33           C  
+ATOM   1861  C   THR B 237     -36.301 -14.232 164.017  1.00 37.97           C  
+ATOM   1862  O   THR B 237     -37.388 -14.782 163.805  1.00 36.93           O  
+ATOM   1863  CB  THR B 237     -34.913 -15.274 165.834  1.00 40.60           C  
+ATOM   1864  OG1 THR B 237     -33.752 -16.073 166.104  1.00 39.01           O  
+ATOM   1865  CG2 THR B 237     -36.148 -15.957 166.424  1.00 43.15           C  
+ATOM   1866  N   SER B 238     -36.160 -12.905 163.982  1.00 36.24           N  
+ATOM   1867  CA  SER B 238     -37.283 -12.009 163.727  1.00 36.12           C  
+ATOM   1868  C   SER B 238     -37.712 -11.977 162.265  1.00 40.29           C  
+ATOM   1869  O   SER B 238     -38.755 -11.388 161.960  1.00 42.04           O  
+ATOM   1870  CB  SER B 238     -36.924 -10.584 164.131  1.00 36.18           C  
+ATOM   1871  OG  SER B 238     -35.954 -10.078 163.225  1.00 40.12           O  
+ATOM   1872  N   LYS B 239     -36.914 -12.537 161.356  1.00 38.97           N  
+ATOM   1873  CA  LYS B 239     -37.189 -12.595 159.919  1.00 40.11           C  
+ATOM   1874  C   LYS B 239     -37.226 -11.222 159.248  1.00 36.92           C  
+ATOM   1875  O   LYS B 239     -37.707 -11.112 158.108  1.00 35.58           O  
+ATOM   1876  CB  LYS B 239     -38.499 -13.338 159.623  1.00 40.59           C  
+ATOM   1877  CG  LYS B 239     -38.550 -14.739 160.192  1.00 43.76           C  
+ATOM   1878  CD  LYS B 239     -37.388 -15.576 159.683  1.00 49.14           C  
+ATOM   1879  CE  LYS B 239     -37.471 -17.021 160.175  1.00 51.21           C  
+ATOM   1880  NZ  LYS B 239     -36.320 -17.842 159.696  1.00 51.22           N  
+ATOM   1881  N   VAL B 240     -36.742 -10.166 159.910  1.00 34.15           N  
+ATOM   1882  CA  VAL B 240     -36.559  -8.894 159.221  1.00 34.00           C  
+ATOM   1883  C   VAL B 240     -35.541  -9.080 158.097  1.00 34.13           C  
+ATOM   1884  O   VAL B 240     -34.561  -9.826 158.229  1.00 34.80           O  
+ATOM   1885  CB  VAL B 240     -36.134  -7.797 160.213  1.00 32.68           C  
+ATOM   1886  CG1 VAL B 240     -35.645  -6.555 159.480  1.00 29.05           C  
+ATOM   1887  CG2 VAL B 240     -37.302  -7.435 161.131  1.00 34.20           C  
+ATOM   1888  N   ASN B 241     -35.812  -8.463 156.952  1.00 33.12           N  
+ATOM   1889  CA  ASN B 241     -34.930  -8.548 155.787  1.00 34.71           C  
+ATOM   1890  C   ASN B 241     -33.850  -7.478 155.928  1.00 33.47           C  
+ATOM   1891  O   ASN B 241     -33.991  -6.356 155.443  1.00 33.02           O  
+ATOM   1892  CB  ASN B 241     -35.737  -8.379 154.504  1.00 38.18           C  
+ATOM   1893  CG  ASN B 241     -34.890  -8.482 153.266  1.00 41.18           C  
+ATOM   1894  OD1 ASN B 241     -33.839  -9.115 153.274  1.00 42.14           O  
+ATOM   1895  ND2 ASN B 241     -35.353  -7.871 152.178  1.00 43.96           N  
+ATOM   1896  N   TYR B 242     -32.754  -7.822 156.604  1.00 31.50           N  
+ATOM   1897  CA  TYR B 242     -31.770  -6.830 157.011  1.00 30.37           C  
+ATOM   1898  C   TYR B 242     -30.488  -6.928 156.191  1.00 29.95           C  
+ATOM   1899  O   TYR B 242     -30.192  -7.943 155.549  1.00 25.90           O  
+ATOM   1900  CB  TYR B 242     -31.441  -6.955 158.511  1.00 23.87           C  
+ATOM   1901  CG  TYR B 242     -30.620  -8.167 158.889  1.00 25.41           C  
+ATOM   1902  CD1 TYR B 242     -31.219  -9.413 159.072  1.00 24.54           C  
+ATOM   1903  CD2 TYR B 242     -29.243  -8.064 159.075  1.00 29.37           C  
+ATOM   1904  CE1 TYR B 242     -30.470 -10.524 159.438  1.00 27.01           C  
+ATOM   1905  CE2 TYR B 242     -28.478  -9.167 159.435  1.00 27.74           C  
+ATOM   1906  CZ  TYR B 242     -29.089 -10.395 159.612  1.00 30.19           C  
+ATOM   1907  OH  TYR B 242     -28.310 -11.491 159.974  1.00 30.01           O  
+ATOM   1908  N   GLY B 243     -29.738  -5.825 156.210  1.00 29.63           N  
+ATOM   1909  CA  GLY B 243     -28.415  -5.795 155.631  1.00 26.75           C  
+ATOM   1910  C   GLY B 243     -27.433  -5.176 156.608  1.00 24.89           C  
+ATOM   1911  O   GLY B 243     -27.811  -4.472 157.540  1.00 28.61           O  
+ATOM   1912  N   VAL B 244     -26.152  -5.440 156.358  1.00 26.81           N  
+ATOM   1913  CA  VAL B 244     -25.043  -4.956 157.170  1.00 27.52           C  
+ATOM   1914  C   VAL B 244     -24.109  -4.184 156.244  1.00 27.79           C  
+ATOM   1915  O   VAL B 244     -23.675  -4.714 155.213  1.00 30.80           O  
+ATOM   1916  CB  VAL B 244     -24.325  -6.121 157.870  1.00 26.43           C  
+ATOM   1917  CG1 VAL B 244     -23.144  -5.637 158.714  1.00 28.62           C  
+ATOM   1918  CG2 VAL B 244     -25.321  -6.900 158.737  1.00 19.52           C  
+ATOM   1919  N   THR B 245     -23.842  -2.922 156.574  1.00 25.42           N  
+ATOM   1920  CA  THR B 245     -23.077  -2.065 155.679  1.00 28.29           C  
+ATOM   1921  C   THR B 245     -22.246  -1.083 156.496  1.00 28.57           C  
+ATOM   1922  O   THR B 245     -22.206  -1.139 157.730  1.00 25.73           O  
+ATOM   1923  CB  THR B 245     -24.008  -1.344 154.687  1.00 30.98           C  
+ATOM   1924  OG1 THR B 245     -23.221  -0.590 153.762  1.00 32.30           O  
+ATOM   1925  CG2 THR B 245     -24.952  -0.404 155.423  1.00 29.81           C  
+ATOM   1926  N   VAL B 246     -21.609  -0.160 155.795  1.00 29.10           N  
+ATOM   1927  CA  VAL B 246     -20.645   0.754 156.389  1.00 30.28           C  
+ATOM   1928  C   VAL B 246     -21.375   1.843 157.164  1.00 30.10           C  
+ATOM   1929  O   VAL B 246     -22.430   2.336 156.743  1.00 22.73           O  
+ATOM   1930  CB  VAL B 246     -19.743   1.342 155.291  1.00 37.41           C  
+ATOM   1931  CG1 VAL B 246     -18.645   2.214 155.889  1.00 37.23           C  
+ATOM   1932  CG2 VAL B 246     -19.139   0.212 154.464  1.00 38.53           C  
+ATOM   1933  N   LEU B 247     -20.815   2.217 158.314  1.00 28.10           N  
+ATOM   1934  CA  LEU B 247     -21.375   3.311 159.085  1.00 23.45           C  
+ATOM   1935  C   LEU B 247     -21.363   4.592 158.253  1.00 25.14           C  
+ATOM   1936  O   LEU B 247     -20.515   4.758 157.369  1.00 28.51           O  
+ATOM   1937  CB  LEU B 247     -20.574   3.517 160.363  1.00 22.37           C  
+ATOM   1938  CG  LEU B 247     -20.625   2.362 161.353  1.00 19.98           C  
+ATOM   1939  CD1 LEU B 247     -19.444   2.486 162.313  1.00 19.74           C  
+ATOM   1940  CD2 LEU B 247     -21.978   2.349 162.096  1.00 20.84           C  
+ATOM   1941  N   PRO B 248     -22.279   5.518 158.515  1.00 25.55           N  
+ATOM   1942  CA  PRO B 248     -22.311   6.751 157.726  1.00 30.24           C  
+ATOM   1943  C   PRO B 248     -21.120   7.640 158.049  1.00 30.40           C  
+ATOM   1944  O   PRO B 248     -20.523   7.571 159.127  1.00 26.77           O  
+ATOM   1945  CB  PRO B 248     -23.628   7.423 158.145  1.00 30.82           C  
+ATOM   1946  CG  PRO B 248     -24.385   6.398 158.923  1.00 32.38           C  
+ATOM   1947  CD  PRO B 248     -23.365   5.467 159.506  1.00 28.42           C  
+ATOM   1948  N   THR B 249     -20.786   8.495 157.091  1.00 29.07           N  
+ATOM   1949  CA  THR B 249     -19.737   9.480 157.297  1.00 28.29           C  
+ATOM   1950  C   THR B 249     -20.277  10.686 158.070  1.00 29.47           C  
+ATOM   1951  O   THR B 249     -21.484  10.917 158.147  1.00 31.87           O  
+ATOM   1952  CB  THR B 249     -19.175   9.938 155.951  1.00 31.26           C  
+ATOM   1953  OG1 THR B 249     -20.232  10.529 155.186  1.00 33.30           O  
+ATOM   1954  CG2 THR B 249     -18.589   8.762 155.172  1.00 27.32           C  
+ATOM   1955  N   PHE B 250     -19.362  11.464 158.646  1.00 31.02           N  
+ATOM   1956  CA  PHE B 250     -19.713  12.691 159.351  1.00 30.23           C  
+ATOM   1957  C   PHE B 250     -18.753  13.785 158.916  1.00 32.80           C  
+ATOM   1958  O   PHE B 250     -17.538  13.645 159.084  1.00 29.06           O  
+ATOM   1959  CB  PHE B 250     -19.666  12.515 160.871  1.00 29.31           C  
+ATOM   1960  CG  PHE B 250     -19.954  13.782 161.632  1.00 30.91           C  
+ATOM   1961  CD1 PHE B 250     -21.196  14.400 161.540  1.00 31.22           C  
+ATOM   1962  CD2 PHE B 250     -18.977  14.363 162.430  1.00 31.70           C  
+ATOM   1963  CE1 PHE B 250     -21.460  15.567 162.236  1.00 31.05           C  
+ATOM   1964  CE2 PHE B 250     -19.231  15.534 163.131  1.00 34.31           C  
+ATOM   1965  CZ  PHE B 250     -20.475  16.138 163.031  1.00 34.11           C  
+ATOM   1966  N   LYS B 251     -19.307  14.876 158.372  1.00 33.24           N  
+ATOM   1967  CA  LYS B 251     -18.518  15.954 157.773  1.00 34.08           C  
+ATOM   1968  C   LYS B 251     -17.554  15.405 156.722  1.00 32.19           C  
+ATOM   1969  O   LYS B 251     -16.422  15.869 156.578  1.00 32.52           O  
+ATOM   1970  CB  LYS B 251     -17.778  16.760 158.846  1.00 33.86           C  
+ATOM   1971  CG  LYS B 251     -18.728  17.422 159.837  1.00 34.57           C  
+ATOM   1972  CD  LYS B 251     -18.005  18.171 160.944  1.00 39.74           C  
+ATOM   1973  CE  LYS B 251     -17.297  19.404 160.415  1.00 44.42           C  
+ATOM   1974  NZ  LYS B 251     -16.597  20.173 161.493  1.00 46.60           N  
+ATOM   1975  N   GLY B 252     -18.018  14.416 155.961  1.00 32.37           N  
+ATOM   1976  CA  GLY B 252     -17.217  13.842 154.902  1.00 30.63           C  
+ATOM   1977  C   GLY B 252     -16.194  12.818 155.342  1.00 31.24           C  
+ATOM   1978  O   GLY B 252     -15.502  12.247 154.489  1.00 31.65           O  
+ATOM   1979  N   GLN B 253     -16.071  12.564 156.635  1.00 30.82           N  
+ATOM   1980  CA  GLN B 253     -15.080  11.625 157.117  1.00 30.30           C  
+ATOM   1981  C   GLN B 253     -15.756  10.347 157.610  1.00 28.62           C  
+ATOM   1982  O   GLN B 253     -16.896  10.392 158.084  1.00 23.32           O  
+ATOM   1983  CB  GLN B 253     -14.265  12.255 158.252  1.00 34.74           C  
+ATOM   1984  CG  GLN B 253     -13.458  13.475 157.805  1.00 42.17           C  
+ATOM   1985  CD  GLN B 253     -13.145  14.415 158.951  1.00 50.82           C  
+ATOM   1986  OE1 GLN B 253     -12.010  14.481 159.425  1.00 53.77           O  
+ATOM   1987  NE2 GLN B 253     -14.154  15.157 159.398  1.00 54.21           N  
+ATOM   1988  N   PRO B 254     -15.098   9.192 157.488  1.00 24.93           N  
+ATOM   1989  CA  PRO B 254     -15.731   7.947 157.916  1.00 24.42           C  
+ATOM   1990  C   PRO B 254     -15.917   7.941 159.424  1.00 26.11           C  
+ATOM   1991  O   PRO B 254     -15.145   8.546 160.167  1.00 22.72           O  
+ATOM   1992  CB  PRO B 254     -14.728   6.865 157.490  1.00 27.01           C  
+ATOM   1993  CG  PRO B 254     -13.715   7.554 156.629  1.00 30.65           C  
+ATOM   1994  CD  PRO B 254     -13.707   8.981 157.044  1.00 26.47           C  
+ATOM   1995  N   SER B 255     -16.975   7.275 159.872  1.00 24.53           N  
+ATOM   1996  CA  SER B 255     -17.088   6.972 161.292  1.00 26.63           C  
+ATOM   1997  C   SER B 255     -15.915   6.091 161.702  1.00 26.43           C  
+ATOM   1998  O   SER B 255     -15.459   5.251 160.925  1.00 27.07           O  
+ATOM   1999  CB  SER B 255     -18.427   6.285 161.589  1.00 23.70           C  
+ATOM   2000  OG  SER B 255     -19.492   7.217 161.435  1.00 24.08           O  
+ATOM   2001  N   LYS B 256     -15.402   6.307 162.921  1.00 27.10           N  
+ATOM   2002  CA  LYS B 256     -14.180   5.662 163.407  1.00 27.08           C  
+ATOM   2003  C   LYS B 256     -14.492   4.802 164.629  1.00 25.09           C  
+ATOM   2004  O   LYS B 256     -14.160   5.170 165.766  1.00 26.64           O  
+ATOM   2005  CB  LYS B 256     -13.107   6.692 163.751  1.00 34.13           C  
+ATOM   2006  CG  LYS B 256     -12.407   7.297 162.557  1.00 41.91           C  
+ATOM   2007  CD  LYS B 256     -11.313   8.255 163.005  1.00 45.08           C  
+ATOM   2008  CE  LYS B 256     -10.249   7.538 163.812  1.00 47.88           C  
+ATOM   2009  NZ  LYS B 256      -9.189   8.472 164.311  1.00 50.11           N  
+ATOM   2010  N   PRO B 257     -15.087   3.630 164.433  1.00 25.05           N  
+ATOM   2011  CA  PRO B 257     -15.411   2.782 165.580  1.00 27.55           C  
+ATOM   2012  C   PRO B 257     -14.149   2.236 166.212  1.00 30.45           C  
+ATOM   2013  O   PRO B 257     -13.146   1.989 165.533  1.00 30.06           O  
+ATOM   2014  CB  PRO B 257     -16.262   1.666 164.967  1.00 28.14           C  
+ATOM   2015  CG  PRO B 257     -15.756   1.576 163.551  1.00 26.56           C  
+ATOM   2016  CD  PRO B 257     -15.476   2.999 163.153  1.00 24.29           C  
+ATOM   2017  N   PHE B 258     -14.183   2.115 167.533  1.00 26.90           N  
+ATOM   2018  CA  PHE B 258     -13.148   1.352 168.206  1.00 31.76           C  
+ATOM   2019  C   PHE B 258     -13.277  -0.117 167.824  1.00 34.40           C  
+ATOM   2020  O   PHE B 258     -14.375  -0.678 167.817  1.00 38.12           O  
+ATOM   2021  CB  PHE B 258     -13.263   1.502 169.717  1.00 31.27           C  
+ATOM   2022  CG  PHE B 258     -12.460   2.634 170.298  1.00 30.53           C  
+ATOM   2023  CD1 PHE B 258     -11.143   2.852 169.923  1.00 27.73           C  
+ATOM   2024  CD2 PHE B 258     -13.010   3.425 171.293  1.00 33.41           C  
+ATOM   2025  CE1 PHE B 258     -10.403   3.880 170.504  1.00 32.42           C  
+ATOM   2026  CE2 PHE B 258     -12.292   4.449 171.869  1.00 35.35           C  
+ATOM   2027  CZ  PHE B 258     -10.991   4.681 171.484  1.00 35.43           C  
+ATOM   2028  N   VAL B 259     -12.150  -0.755 167.520  1.00 29.77           N  
+ATOM   2029  CA  VAL B 259     -12.138  -2.176 167.194  1.00 24.52           C  
+ATOM   2030  C   VAL B 259     -11.764  -2.936 168.461  1.00 23.12           C  
+ATOM   2031  O   VAL B 259     -10.806  -2.577 169.153  1.00 24.37           O  
+ATOM   2032  CB  VAL B 259     -11.175  -2.477 166.038  1.00 25.73           C  
+ATOM   2033  CG1 VAL B 259     -11.110  -3.962 165.775  1.00 25.66           C  
+ATOM   2034  CG2 VAL B 259     -11.623  -1.717 164.768  1.00 26.37           C  
+ATOM   2035  N   GLY B 260     -12.564  -3.936 168.806  1.00 20.05           N  
+ATOM   2036  CA  GLY B 260     -12.327  -4.764 169.984  1.00 19.85           C  
+ATOM   2037  C   GLY B 260     -11.913  -6.157 169.546  1.00 24.43           C  
+ATOM   2038  O   GLY B 260     -12.341  -6.646 168.485  1.00 24.43           O  
+ATOM   2039  N   VAL B 261     -11.037  -6.762 170.330  1.00 22.66           N  
+ATOM   2040  CA  VAL B 261     -10.630  -8.147 170.138  1.00 24.65           C  
+ATOM   2041  C   VAL B 261     -11.132  -8.893 171.356  1.00 28.12           C  
+ATOM   2042  O   VAL B 261     -10.622  -8.697 172.470  1.00 18.16           O  
+ATOM   2043  CB  VAL B 261      -9.111  -8.300 169.963  1.00 22.94           C  
+ATOM   2044  CG1 VAL B 261      -8.726  -9.784 169.789  1.00 19.72           C  
+ATOM   2045  CG2 VAL B 261      -8.630  -7.499 168.779  1.00 19.26           C  
+ATOM   2046  N   LEU B 262     -12.183  -9.687 171.164  1.00 25.18           N  
+ATOM   2047  CA  LEU B 262     -12.654 -10.561 172.226  1.00 21.99           C  
+ATOM   2048  C   LEU B 262     -11.519 -11.485 172.616  1.00 21.23           C  
+ATOM   2049  O   LEU B 262     -10.920 -12.126 171.753  1.00 21.44           O  
+ATOM   2050  CB  LEU B 262     -13.868 -11.378 171.762  1.00 21.03           C  
+ATOM   2051  CG  LEU B 262     -14.463 -12.328 172.794  1.00 23.34           C  
+ATOM   2052  CD1 LEU B 262     -15.084 -11.524 173.917  1.00 22.31           C  
+ATOM   2053  CD2 LEU B 262     -15.478 -13.273 172.171  1.00 25.96           C  
+ATOM   2054  N   SER B 263     -11.209 -11.536 173.915  1.00 19.71           N  
+ATOM   2055  CA  SER B 263     -10.029 -12.241 174.378  1.00 19.12           C  
+ATOM   2056  C   SER B 263     -10.359 -12.990 175.655  1.00 21.62           C  
+ATOM   2057  O   SER B 263     -11.338 -12.687 176.344  1.00 18.00           O  
+ATOM   2058  CB  SER B 263      -8.848 -11.285 174.603  1.00 20.10           C  
+ATOM   2059  OG  SER B 263      -8.708 -10.420 173.499  1.00 24.02           O  
+ATOM   2060  N   ALA B 264      -9.559 -14.016 175.925  1.00 18.03           N  
+ATOM   2061  CA  ALA B 264      -9.760 -14.902 177.061  1.00 17.98           C  
+ATOM   2062  C   ALA B 264      -8.518 -14.876 177.931  1.00 21.16           C  
+ATOM   2063  O   ALA B 264      -7.435 -15.291 177.487  1.00 23.96           O  
+ATOM   2064  CB  ALA B 264     -10.061 -16.331 176.600  1.00 18.13           C  
+ATOM   2065  N   GLY B 265      -8.673 -14.407 179.166  1.00 22.08           N  
+ATOM   2066  CA  GLY B 265      -7.579 -14.353 180.125  1.00 17.55           C  
+ATOM   2067  C   GLY B 265      -7.727 -15.431 181.184  1.00 21.33           C  
+ATOM   2068  O   GLY B 265      -8.838 -15.866 181.494  1.00 23.48           O  
+ATOM   2069  N   ILE B 266      -6.599 -15.863 181.741  1.00 17.43           N  
+ATOM   2070  CA  ILE B 266      -6.572 -16.908 182.764  1.00 18.38           C  
+ATOM   2071  C   ILE B 266      -6.302 -16.240 184.107  1.00 19.49           C  
+ATOM   2072  O   ILE B 266      -5.337 -15.481 184.246  1.00 17.06           O  
+ATOM   2073  CB  ILE B 266      -5.532 -17.991 182.448  1.00 18.85           C  
+ATOM   2074  CG1 ILE B 266      -5.912 -18.717 181.146  1.00 19.68           C  
+ATOM   2075  CG2 ILE B 266      -5.422 -18.997 183.609  1.00 17.38           C  
+ATOM   2076  CD1 ILE B 266      -4.916 -19.818 180.737  1.00 19.17           C  
+ATOM   2077  N   ASN B 267      -7.190 -16.482 185.065  1.00 23.84           N  
+ATOM   2078  CA  ASN B 267      -7.084 -15.909 186.402  1.00 26.01           C  
+ATOM   2079  C   ASN B 267      -5.773 -16.329 187.041  1.00 20.82           C  
+ATOM   2080  O   ASN B 267      -5.463 -17.518 187.110  1.00 22.00           O  
+ATOM   2081  CB  ASN B 267      -8.271 -16.390 187.247  1.00 16.97           C  
+ATOM   2082  CG  ASN B 267      -8.497 -15.570 188.513  1.00 20.17           C  
+ATOM   2083  OD1 ASN B 267      -7.562 -15.009 189.088  1.00 22.17           O  
+ATOM   2084  ND2 ASN B 267      -9.765 -15.497 188.951  1.00 19.31           N  
+ATOM   2085  N   ALA B 268      -4.996 -15.352 187.506  1.00 22.67           N  
+ATOM   2086  CA  ALA B 268      -3.745 -15.674 188.182  1.00 25.04           C  
+ATOM   2087  C   ALA B 268      -3.975 -16.539 189.419  1.00 23.96           C  
+ATOM   2088  O   ALA B 268      -3.080 -17.294 189.816  1.00 20.21           O  
+ATOM   2089  CB  ALA B 268      -3.009 -14.388 188.573  1.00 26.95           C  
+ATOM   2090  N   ALA B 269      -5.160 -16.481 190.013  1.00 24.55           N  
+ATOM   2091  CA  ALA B 269      -5.452 -17.297 191.184  1.00 25.89           C  
+ATOM   2092  C   ALA B 269      -5.931 -18.698 190.829  1.00 25.81           C  
+ATOM   2093  O   ALA B 269      -6.062 -19.534 191.728  1.00 26.10           O  
+ATOM   2094  CB  ALA B 269      -6.504 -16.605 192.055  1.00 28.58           C  
+ATOM   2095  N   SER B 270      -6.106 -19.013 189.541  1.00 22.56           N  
+ATOM   2096  CA  SER B 270      -6.682 -20.306 189.172  1.00 19.95           C  
+ATOM   2097  C   SER B 270      -5.702 -21.441 189.448  1.00 24.08           C  
+ATOM   2098  O   SER B 270      -4.523 -21.341 189.084  1.00 24.07           O  
+ATOM   2099  CB  SER B 270      -7.069 -20.337 187.687  1.00 23.04           C  
+ATOM   2100  OG  SER B 270      -7.456 -21.665 187.319  1.00 21.75           O  
+ATOM   2101  N   PRO B 271      -6.153 -22.533 190.060  1.00 25.66           N  
+ATOM   2102  CA  PRO B 271      -5.353 -23.763 190.125  1.00 26.80           C  
+ATOM   2103  C   PRO B 271      -5.553 -24.696 188.939  1.00 27.73           C  
+ATOM   2104  O   PRO B 271      -5.087 -25.837 188.995  1.00 26.03           O  
+ATOM   2105  CB  PRO B 271      -5.889 -24.414 191.403  1.00 27.07           C  
+ATOM   2106  CG  PRO B 271      -7.361 -24.054 191.377  1.00 27.63           C  
+ATOM   2107  CD  PRO B 271      -7.437 -22.669 190.782  1.00 27.85           C  
+ATOM   2108  N   ASN B 272      -6.223 -24.238 187.878  1.00 25.67           N  
+ATOM   2109  CA  ASN B 272      -6.532 -25.062 186.716  1.00 25.03           C  
+ATOM   2110  C   ASN B 272      -5.936 -24.477 185.440  1.00 27.10           C  
+ATOM   2111  O   ASN B 272      -6.505 -24.622 184.354  1.00 26.69           O  
+ATOM   2112  CB  ASN B 272      -8.047 -25.245 186.575  1.00 27.57           C  
+ATOM   2113  CG  ASN B 272      -8.707 -25.773 187.860  1.00 27.02           C  
+ATOM   2114  OD1 ASN B 272      -8.461 -26.904 188.271  1.00 29.05           O  
+ATOM   2115  ND2 ASN B 272      -9.563 -24.957 188.478  1.00 23.18           N  
+ATOM   2116  N   LYS B 273      -4.763 -23.842 185.554  1.00 25.63           N  
+ATOM   2117  CA  LYS B 273      -4.178 -23.151 184.409  1.00 25.42           C  
+ATOM   2118  C   LYS B 273      -3.854 -24.118 183.276  1.00 24.06           C  
+ATOM   2119  O   LYS B 273      -4.050 -23.783 182.105  1.00 23.71           O  
+ATOM   2120  CB  LYS B 273      -2.930 -22.366 184.830  1.00 27.14           C  
+ATOM   2121  CG  LYS B 273      -3.170 -21.317 185.930  1.00 24.32           C  
+ATOM   2122  CD  LYS B 273      -1.989 -20.360 186.033  1.00 24.54           C  
+ATOM   2123  CE  LYS B 273      -2.172 -19.309 187.133  1.00 27.29           C  
+ATOM   2124  NZ  LYS B 273      -2.227 -19.938 188.484  1.00 28.27           N  
+ATOM   2125  N   GLU B 274      -3.384 -25.333 183.598  1.00 19.89           N  
+ATOM   2126  CA  GLU B 274      -3.117 -26.318 182.552  1.00 24.47           C  
+ATOM   2127  C   GLU B 274      -4.404 -26.745 181.848  1.00 27.60           C  
+ATOM   2128  O   GLU B 274      -4.438 -26.856 180.613  1.00 27.29           O  
+ATOM   2129  CB  GLU B 274      -2.385 -27.538 183.135  1.00 28.13           C  
+ATOM   2130  CG  GLU B 274      -2.031 -28.630 182.101  1.00 28.92           C  
+ATOM   2131  CD  GLU B 274      -1.429 -29.908 182.719  1.00 30.28           C  
+ATOM   2132  OE1 GLU B 274      -1.124 -29.920 183.931  1.00 27.01           O  
+ATOM   2133  OE2 GLU B 274      -1.268 -30.908 181.987  1.00 26.04           O  
+ATOM   2134  N   LEU B 275      -5.473 -26.988 182.614  1.00 27.10           N  
+ATOM   2135  CA  LEU B 275      -6.769 -27.292 182.010  1.00 27.54           C  
+ATOM   2136  C   LEU B 275      -7.274 -26.130 181.166  1.00 25.60           C  
+ATOM   2137  O   LEU B 275      -7.782 -26.336 180.053  1.00 24.54           O  
+ATOM   2138  CB  LEU B 275      -7.795 -27.628 183.093  1.00 28.32           C  
+ATOM   2139  CG  LEU B 275      -7.511 -28.862 183.946  1.00 28.60           C  
+ATOM   2140  CD1 LEU B 275      -8.694 -29.189 184.860  1.00 26.99           C  
+ATOM   2141  CD2 LEU B 275      -7.155 -30.027 183.046  1.00 29.71           C  
+ATOM   2142  N   ALA B 276      -7.155 -24.902 181.686  1.00 18.20           N  
+ATOM   2143  CA  ALA B 276      -7.604 -23.725 180.942  1.00 21.20           C  
+ATOM   2144  C   ALA B 276      -6.865 -23.579 179.614  1.00 23.03           C  
+ATOM   2145  O   ALA B 276      -7.475 -23.254 178.589  1.00 25.19           O  
+ATOM   2146  CB  ALA B 276      -7.412 -22.467 181.792  1.00 20.45           C  
+ATOM   2147  N   LYS B 277      -5.548 -23.799 179.618  1.00 21.52           N  
+ATOM   2148  CA  LYS B 277      -4.773 -23.748 178.386  1.00 22.68           C  
+ATOM   2149  C   LYS B 277      -5.248 -24.810 177.394  1.00 22.97           C  
+ATOM   2150  O   LYS B 277      -5.431 -24.535 176.199  1.00 22.09           O  
+ATOM   2151  CB  LYS B 277      -3.290 -23.936 178.715  1.00 21.73           C  
+ATOM   2152  CG  LYS B 277      -2.380 -23.946 177.492  1.00 24.71           C  
+ATOM   2153  CD  LYS B 277      -0.916 -24.135 177.881  1.00 26.29           C  
+ATOM   2154  CE  LYS B 277      -0.018 -24.229 176.652  1.00 28.54           C  
+ATOM   2155  NZ  LYS B 277       1.390 -24.503 177.023  1.00 25.85           N  
+ATOM   2156  N   GLU B 278      -5.461 -26.034 177.879  1.00 22.81           N  
+ATOM   2157  CA  GLU B 278      -5.924 -27.105 177.003  1.00 25.93           C  
+ATOM   2158  C   GLU B 278      -7.305 -26.798 176.430  1.00 25.10           C  
+ATOM   2159  O   GLU B 278      -7.556 -27.028 175.239  1.00 25.80           O  
+ATOM   2160  CB  GLU B 278      -5.931 -28.430 177.765  1.00 31.28           C  
+ATOM   2161  CG  GLU B 278      -6.432 -29.615 176.951  1.00 41.63           C  
+ATOM   2162  CD  GLU B 278      -5.473 -30.025 175.843  1.00 50.85           C  
+ATOM   2163  OE1 GLU B 278      -4.273 -29.660 175.914  1.00 54.68           O  
+ATOM   2164  OE2 GLU B 278      -5.922 -30.719 174.902  1.00 53.44           O  
+ATOM   2165  N   PHE B 279      -8.210 -26.261 177.253  1.00 21.79           N  
+ATOM   2166  CA  PHE B 279      -9.536 -25.913 176.758  1.00 23.67           C  
+ATOM   2167  C   PHE B 279      -9.456 -24.838 175.683  1.00 24.29           C  
+ATOM   2168  O   PHE B 279     -10.066 -24.963 174.612  1.00 23.49           O  
+ATOM   2169  CB  PHE B 279     -10.436 -25.448 177.907  1.00 25.01           C  
+ATOM   2170  CG  PHE B 279     -11.784 -24.951 177.449  1.00 26.76           C  
+ATOM   2171  CD1 PHE B 279     -12.811 -25.853 177.154  1.00 27.53           C  
+ATOM   2172  CD2 PHE B 279     -12.029 -23.593 177.296  1.00 20.85           C  
+ATOM   2173  CE1 PHE B 279     -14.051 -25.406 176.721  1.00 22.71           C  
+ATOM   2174  CE2 PHE B 279     -13.272 -23.141 176.871  1.00 22.11           C  
+ATOM   2175  CZ  PHE B 279     -14.287 -24.051 176.580  1.00 20.00           C  
+ATOM   2176  N   LEU B 280      -8.694 -23.776 175.943  1.00 20.74           N  
+ATOM   2177  CA  LEU B 280      -8.683 -22.647 175.017  1.00 21.45           C  
+ATOM   2178  C   LEU B 280      -7.922 -22.972 173.735  1.00 23.56           C  
+ATOM   2179  O   LEU B 280      -8.371 -22.611 172.642  1.00 27.17           O  
+ATOM   2180  CB  LEU B 280      -8.092 -21.415 175.702  1.00 23.69           C  
+ATOM   2181  CG  LEU B 280      -8.926 -20.819 176.832  1.00 22.22           C  
+ATOM   2182  CD1 LEU B 280      -8.105 -19.772 177.575  1.00 19.59           C  
+ATOM   2183  CD2 LEU B 280     -10.216 -20.186 176.288  1.00 18.45           C  
+ATOM   2184  N   GLU B 281      -6.758 -23.635 173.844  1.00 23.09           N  
+ATOM   2185  CA  GLU B 281      -5.942 -23.886 172.658  1.00 23.27           C  
+ATOM   2186  C   GLU B 281      -6.503 -25.020 171.795  1.00 25.65           C  
+ATOM   2187  O   GLU B 281      -6.531 -24.906 170.562  1.00 26.15           O  
+ATOM   2188  CB  GLU B 281      -4.488 -24.196 173.055  1.00 22.56           C  
+ATOM   2189  CG  GLU B 281      -3.688 -22.987 173.582  1.00 20.42           C  
+ATOM   2190  CD  GLU B 281      -2.157 -23.211 173.639  1.00 24.70           C  
+ATOM   2191  OE1 GLU B 281      -1.665 -24.242 173.137  1.00 25.82           O  
+ATOM   2192  OE2 GLU B 281      -1.435 -22.322 174.167  1.00 24.75           O  
+ATOM   2193  N   ASN B 282      -6.934 -26.124 172.406  1.00 24.07           N  
+ATOM   2194  CA  ASN B 282      -7.265 -27.331 171.661  1.00 25.84           C  
+ATOM   2195  C   ASN B 282      -8.759 -27.607 171.553  1.00 25.43           C  
+ATOM   2196  O   ASN B 282      -9.140 -28.586 170.905  1.00 24.70           O  
+ATOM   2197  CB  ASN B 282      -6.547 -28.544 172.267  1.00 31.35           C  
+ATOM   2198  CG  ASN B 282      -5.038 -28.355 172.299  1.00 36.03           C  
+ATOM   2199  OD1 ASN B 282      -4.410 -28.470 173.347  1.00 37.17           O  
+ATOM   2200  ND2 ASN B 282      -4.467 -27.974 171.161  1.00 35.47           N  
+ATOM   2201  N   TYR B 283      -9.617 -26.800 172.173  1.00 24.15           N  
+ATOM   2202  CA  TYR B 283     -11.060 -26.982 172.016  1.00 25.79           C  
+ATOM   2203  C   TYR B 283     -11.741 -25.729 171.490  1.00 24.36           C  
+ATOM   2204  O   TYR B 283     -12.419 -25.793 170.455  1.00 24.20           O  
+ATOM   2205  CB  TYR B 283     -11.706 -27.435 173.342  1.00 26.65           C  
+ATOM   2206  CG  TYR B 283     -11.402 -28.884 173.662  1.00 28.22           C  
+ATOM   2207  CD1 TYR B 283     -12.357 -29.885 173.484  1.00 28.93           C  
+ATOM   2208  CD2 TYR B 283     -10.146 -29.251 174.128  1.00 27.23           C  
+ATOM   2209  CE1 TYR B 283     -12.058 -31.212 173.769  1.00 29.07           C  
+ATOM   2210  CE2 TYR B 283      -9.840 -30.557 174.414  1.00 27.00           C  
+ATOM   2211  CZ  TYR B 283     -10.792 -31.538 174.229  1.00 30.26           C  
+ATOM   2212  OH  TYR B 283     -10.456 -32.835 174.523  1.00 33.96           O  
+ATOM   2213  N   LEU B 284     -11.528 -24.570 172.114  1.00 20.39           N  
+ATOM   2214  CA  LEU B 284     -12.197 -23.360 171.624  1.00 19.21           C  
+ATOM   2215  C   LEU B 284     -11.585 -22.877 170.309  1.00 22.67           C  
+ATOM   2216  O   LEU B 284     -12.290 -22.723 169.308  1.00 24.12           O  
+ATOM   2217  CB  LEU B 284     -12.151 -22.260 172.688  1.00 20.01           C  
+ATOM   2218  CG  LEU B 284     -12.846 -20.951 172.272  1.00 23.03           C  
+ATOM   2219  CD1 LEU B 284     -14.277 -21.212 171.798  1.00 22.02           C  
+ATOM   2220  CD2 LEU B 284     -12.853 -19.958 173.416  1.00 21.73           C  
+ATOM   2221  N   LEU B 285     -10.265 -22.642 170.285  1.00 22.99           N  
+ATOM   2222  CA  LEU B 285      -9.593 -22.071 169.115  1.00 24.35           C  
+ATOM   2223  C   LEU B 285      -9.272 -23.161 168.082  1.00 24.69           C  
+ATOM   2224  O   LEU B 285      -8.125 -23.414 167.707  1.00 21.30           O  
+ATOM   2225  CB  LEU B 285      -8.351 -21.290 169.548  1.00 24.75           C  
+ATOM   2226  CG  LEU B 285      -8.693 -19.953 170.229  1.00 25.00           C  
+ATOM   2227  CD1 LEU B 285      -7.476 -19.337 170.932  1.00 25.46           C  
+ATOM   2228  CD2 LEU B 285      -9.282 -18.959 169.222  1.00 25.71           C  
+ATOM   2229  N   THR B 286     -10.333 -23.848 167.669  1.00 26.93           N  
+ATOM   2230  CA  THR B 286     -10.345 -24.793 166.558  1.00 25.55           C  
+ATOM   2231  C   THR B 286     -11.509 -24.423 165.653  1.00 24.31           C  
+ATOM   2232  O   THR B 286     -12.426 -23.706 166.067  1.00 24.19           O  
+ATOM   2233  CB  THR B 286     -10.525 -26.236 167.040  1.00 30.43           C  
+ATOM   2234  OG1 THR B 286     -11.825 -26.365 167.642  1.00 29.13           O  
+ATOM   2235  CG2 THR B 286      -9.453 -26.614 168.063  1.00 30.49           C  
+ATOM   2236  N   ASP B 287     -11.508 -24.974 164.431  1.00 26.98           N  
+ATOM   2237  CA  ASP B 287     -12.619 -24.725 163.512  1.00 24.42           C  
+ATOM   2238  C   ASP B 287     -13.954 -25.147 164.130  1.00 26.69           C  
+ATOM   2239  O   ASP B 287     -14.968 -24.463 163.961  1.00 25.13           O  
+ATOM   2240  CB  ASP B 287     -12.406 -25.469 162.190  1.00 25.90           C  
+ATOM   2241  CG  ASP B 287     -11.227 -24.936 161.379  1.00 32.25           C  
+ATOM   2242  OD1 ASP B 287     -10.903 -23.731 161.446  1.00 29.52           O  
+ATOM   2243  OD2 ASP B 287     -10.620 -25.753 160.655  1.00 36.14           O  
+ATOM   2244  N   GLU B 288     -13.985 -26.286 164.822  1.00 27.41           N  
+ATOM   2245  CA  GLU B 288     -15.262 -26.772 165.345  1.00 32.11           C  
+ATOM   2246  C   GLU B 288     -15.674 -26.065 166.634  1.00 29.65           C  
+ATOM   2247  O   GLU B 288     -16.871 -25.948 166.919  1.00 28.73           O  
+ATOM   2248  CB  GLU B 288     -15.202 -28.283 165.573  1.00 36.38           C  
+ATOM   2249  CG  GLU B 288     -14.152 -28.727 166.569  1.00 42.18           C  
+ATOM   2250  CD  GLU B 288     -12.748 -28.838 165.981  1.00 46.38           C  
+ATOM   2251  OE1 GLU B 288     -12.525 -28.412 164.819  1.00 45.07           O  
+ATOM   2252  OE2 GLU B 288     -11.859 -29.352 166.699  1.00 46.81           O  
+ATOM   2253  N   GLY B 289     -14.714 -25.594 167.427  1.00 26.93           N  
+ATOM   2254  CA  GLY B 289     -15.071 -24.827 168.609  1.00 21.53           C  
+ATOM   2255  C   GLY B 289     -15.642 -23.465 168.263  1.00 22.64           C  
+ATOM   2256  O   GLY B 289     -16.704 -23.076 168.763  1.00 24.42           O  
+ATOM   2257  N   LEU B 290     -14.967 -22.736 167.372  1.00 24.69           N  
+ATOM   2258  CA  LEU B 290     -15.469 -21.425 166.955  1.00 24.11           C  
+ATOM   2259  C   LEU B 290     -16.798 -21.551 166.219  1.00 25.91           C  
+ATOM   2260  O   LEU B 290     -17.676 -20.689 166.347  1.00 23.11           O  
+ATOM   2261  CB  LEU B 290     -14.431 -20.727 166.073  1.00 23.75           C  
+ATOM   2262  CG  LEU B 290     -13.127 -20.383 166.809  1.00 25.61           C  
+ATOM   2263  CD1 LEU B 290     -12.043 -19.939 165.810  1.00 22.68           C  
+ATOM   2264  CD2 LEU B 290     -13.359 -19.298 167.864  1.00 19.20           C  
+ATOM   2265  N   GLU B 291     -16.960 -22.612 165.431  1.00 27.91           N  
+ATOM   2266  CA  GLU B 291     -18.233 -22.834 164.761  1.00 29.61           C  
+ATOM   2267  C   GLU B 291     -19.364 -22.972 165.771  1.00 25.92           C  
+ATOM   2268  O   GLU B 291     -20.420 -22.344 165.626  1.00 23.65           O  
+ATOM   2269  CB  GLU B 291     -18.134 -24.071 163.866  1.00 33.85           C  
+ATOM   2270  CG  GLU B 291     -19.422 -24.423 163.151  1.00 44.57           C  
+ATOM   2271  CD  GLU B 291     -19.321 -25.736 162.405  1.00 54.79           C  
+ATOM   2272  OE1 GLU B 291     -20.207 -26.013 161.568  1.00 59.87           O  
+ATOM   2273  OE2 GLU B 291     -18.358 -26.496 162.661  1.00 57.18           O  
+ATOM   2274  N   ALA B 292     -19.133 -23.734 166.839  1.00 26.21           N  
+ATOM   2275  CA  ALA B 292     -20.171 -23.955 167.840  1.00 26.53           C  
+ATOM   2276  C   ALA B 292     -20.568 -22.658 168.531  1.00 24.12           C  
+ATOM   2277  O   ALA B 292     -21.752 -22.416 168.758  1.00 21.75           O  
+ATOM   2278  CB  ALA B 292     -19.705 -24.983 168.876  1.00 24.02           C  
+ATOM   2279  N   VAL B 293     -19.598 -21.809 168.884  1.00 25.90           N  
+ATOM   2280  CA  VAL B 293     -19.969 -20.536 169.496  1.00 24.46           C  
+ATOM   2281  C   VAL B 293     -20.675 -19.652 168.472  1.00 26.98           C  
+ATOM   2282  O   VAL B 293     -21.689 -19.006 168.774  1.00 27.10           O  
+ATOM   2283  CB  VAL B 293     -18.736 -19.844 170.115  1.00 24.26           C  
+ATOM   2284  CG1 VAL B 293     -19.141 -18.538 170.790  1.00 24.53           C  
+ATOM   2285  CG2 VAL B 293     -18.078 -20.766 171.153  1.00 21.10           C  
+ATOM   2286  N   ASN B 294     -20.179 -19.649 167.237  1.00 26.82           N  
+ATOM   2287  CA  ASN B 294     -20.728 -18.788 166.192  1.00 30.83           C  
+ATOM   2288  C   ASN B 294     -22.185 -19.129 165.870  1.00 33.61           C  
+ATOM   2289  O   ASN B 294     -22.988 -18.231 165.589  1.00 32.04           O  
+ATOM   2290  CB  ASN B 294     -19.847 -18.890 164.952  1.00 34.44           C  
+ATOM   2291  CG  ASN B 294     -19.849 -17.624 164.130  1.00 40.98           C  
+ATOM   2292  OD1 ASN B 294     -19.254 -16.617 164.516  1.00 38.83           O  
+ATOM   2293  ND2 ASN B 294     -20.514 -17.670 162.980  1.00 44.42           N  
+ATOM   2294  N   LYS B 295     -22.551 -20.418 165.916  1.00 31.75           N  
+ATOM   2295  CA  LYS B 295     -23.928 -20.805 165.612  1.00 34.94           C  
+ATOM   2296  C   LYS B 295     -24.905 -20.222 166.617  1.00 34.29           C  
+ATOM   2297  O   LYS B 295     -26.052 -19.933 166.267  1.00 34.58           O  
+ATOM   2298  CB  LYS B 295     -24.078 -22.328 165.604  1.00 40.96           C  
+ATOM   2299  CG  LYS B 295     -23.626 -23.015 164.342  1.00 48.98           C  
+ATOM   2300  CD  LYS B 295     -23.645 -24.523 164.534  1.00 56.29           C  
+ATOM   2301  CE  LYS B 295     -23.037 -25.248 163.345  1.00 61.30           C  
+ATOM   2302  NZ  LYS B 295     -23.597 -26.622 163.205  1.00 62.24           N  
+ATOM   2303  N   ASP B 296     -24.477 -20.058 167.868  1.00 32.22           N  
+ATOM   2304  CA  ASP B 296     -25.282 -19.413 168.896  1.00 30.87           C  
+ATOM   2305  C   ASP B 296     -25.381 -17.914 168.620  1.00 29.64           C  
+ATOM   2306  O   ASP B 296     -26.471 -17.415 168.316  1.00 27.95           O  
+ATOM   2307  CB  ASP B 296     -24.685 -19.691 170.287  1.00 30.97           C  
+ATOM   2308  CG  ASP B 296     -25.553 -19.164 171.424  1.00 34.29           C  
+ATOM   2309  OD1 ASP B 296     -26.644 -18.640 171.147  1.00 35.55           O  
+ATOM   2310  OD2 ASP B 296     -25.128 -19.242 172.604  1.00 35.13           O  
+ATOM   2311  N   LYS B 297     -24.242 -17.180 168.715  1.00 24.75           N  
+ATOM   2312  CA  LYS B 297     -24.155 -15.744 168.449  1.00 23.39           C  
+ATOM   2313  C   LYS B 297     -22.870 -15.455 167.679  1.00 26.30           C  
+ATOM   2314  O   LYS B 297     -21.777 -15.806 168.149  1.00 26.49           O  
+ATOM   2315  CB  LYS B 297     -24.170 -14.936 169.753  1.00 28.65           C  
+ATOM   2316  CG  LYS B 297     -25.344 -15.229 170.685  1.00 33.94           C  
+ATOM   2317  CD  LYS B 297     -26.525 -14.322 170.447  1.00 41.82           C  
+ATOM   2318  CE  LYS B 297     -27.615 -14.533 171.514  1.00 46.33           C  
+ATOM   2319  NZ  LYS B 297     -27.978 -13.272 172.230  1.00 47.39           N  
+ATOM   2320  N   PRO B 298     -22.946 -14.828 166.504  1.00 24.95           N  
+ATOM   2321  CA  PRO B 298     -21.736 -14.646 165.688  1.00 23.68           C  
+ATOM   2322  C   PRO B 298     -20.659 -13.853 166.415  1.00 24.25           C  
+ATOM   2323  O   PRO B 298     -20.923 -12.811 167.013  1.00 19.17           O  
+ATOM   2324  CB  PRO B 298     -22.252 -13.910 164.442  1.00 21.29           C  
+ATOM   2325  CG  PRO B 298     -23.685 -14.332 164.346  1.00 25.76           C  
+ATOM   2326  CD  PRO B 298     -24.169 -14.447 165.774  1.00 26.80           C  
+ATOM   2327  N   LEU B 299     -19.422 -14.360 166.331  1.00 27.25           N  
+ATOM   2328  CA  LEU B 299     -18.260 -13.771 166.992  1.00 25.90           C  
+ATOM   2329  C   LEU B 299     -17.675 -12.597 166.231  1.00 28.81           C  
+ATOM   2330  O   LEU B 299     -16.958 -11.784 166.826  1.00 26.41           O  
+ATOM   2331  CB  LEU B 299     -17.161 -14.828 167.157  1.00 22.29           C  
+ATOM   2332  CG  LEU B 299     -17.402 -15.835 168.271  1.00 24.42           C  
+ATOM   2333  CD1 LEU B 299     -16.543 -17.082 168.115  1.00 19.13           C  
+ATOM   2334  CD2 LEU B 299     -17.091 -15.102 169.574  1.00 18.93           C  
+ATOM   2335  N   GLY B 300     -17.946 -12.502 164.934  1.00 26.44           N  
+ATOM   2336  CA  GLY B 300     -17.238 -11.552 164.112  1.00 28.58           C  
+ATOM   2337  C   GLY B 300     -16.114 -12.255 163.378  1.00 26.19           C  
+ATOM   2338  O   GLY B 300     -16.230 -13.435 163.040  1.00 23.38           O  
+ATOM   2339  N   ALA B 301     -15.016 -11.552 163.141  1.00 25.60           N  
+ATOM   2340  CA  ALA B 301     -13.892 -12.103 162.389  1.00 21.86           C  
+ATOM   2341  C   ALA B 301     -12.991 -12.843 163.366  1.00 23.03           C  
+ATOM   2342  O   ALA B 301     -12.146 -12.235 164.019  1.00 22.72           O  
+ATOM   2343  CB  ALA B 301     -13.151 -11.001 161.649  1.00 20.13           C  
+ATOM   2344  N   VAL B 302     -13.184 -14.162 163.462  1.00 22.23           N  
+ATOM   2345  CA  VAL B 302     -12.432 -14.967 164.409  1.00 24.79           C  
+ATOM   2346  C   VAL B 302     -10.936 -14.925 164.073  1.00 25.96           C  
+ATOM   2347  O   VAL B 302     -10.529 -14.806 162.910  1.00 24.20           O  
+ATOM   2348  CB  VAL B 302     -12.973 -16.407 164.431  1.00 25.04           C  
+ATOM   2349  CG1 VAL B 302     -14.446 -16.410 164.867  1.00 19.25           C  
+ATOM   2350  CG2 VAL B 302     -12.814 -17.067 163.071  1.00 27.27           C  
+ATOM   2351  N   ALA B 303     -10.112 -15.032 165.114  1.00 24.07           N  
+ATOM   2352  CA  ALA B 303      -8.681 -14.804 164.992  1.00 24.14           C  
+ATOM   2353  C   ALA B 303      -7.935 -15.976 164.368  1.00 25.28           C  
+ATOM   2354  O   ALA B 303      -6.754 -15.817 164.027  1.00 23.85           O  
+ATOM   2355  CB  ALA B 303      -8.094 -14.470 166.372  1.00 21.22           C  
+ATOM   2356  N   LEU B 304      -8.600 -17.125 164.172  1.00 22.22           N  
+ATOM   2357  CA  LEU B 304      -7.940 -18.346 163.713  1.00 21.78           C  
+ATOM   2358  C   LEU B 304      -7.806 -18.347 162.188  1.00 19.63           C  
+ATOM   2359  O   LEU B 304      -8.819 -18.364 161.485  1.00 22.10           O  
+ATOM   2360  CB  LEU B 304      -8.738 -19.558 164.196  1.00 23.25           C  
+ATOM   2361  CG  LEU B 304      -8.155 -20.962 163.981  1.00 24.79           C  
+ATOM   2362  CD1 LEU B 304      -6.921 -21.175 164.835  1.00 25.15           C  
+ATOM   2363  CD2 LEU B 304      -9.209 -22.024 164.295  1.00 23.44           C  
+ATOM   2364  N   LYS B 305      -6.559 -18.405 161.685  1.00 19.72           N  
+ATOM   2365  CA  LYS B 305      -6.294 -18.307 160.244  1.00 23.29           C  
+ATOM   2366  C   LYS B 305      -7.085 -19.325 159.429  1.00 23.99           C  
+ATOM   2367  O   LYS B 305      -7.537 -19.022 158.320  1.00 22.40           O  
+ATOM   2368  CB  LYS B 305      -4.802 -18.514 159.961  1.00 20.57           C  
+ATOM   2369  CG  LYS B 305      -3.891 -17.363 160.344  1.00 19.90           C  
+ATOM   2370  CD  LYS B 305      -2.442 -17.755 160.098  1.00 20.04           C  
+ATOM   2371  CE  LYS B 305      -1.477 -16.689 160.564  1.00 19.97           C  
+ATOM   2372  NZ  LYS B 305      -0.084 -17.178 160.359  1.00 22.92           N  
+ATOM   2373  N   SER B 306      -7.190 -20.560 159.918  1.00 26.74           N  
+ATOM   2374  CA  SER B 306      -7.812 -21.626 159.139  1.00 28.01           C  
+ATOM   2375  C   SER B 306      -9.302 -21.403 158.913  1.00 30.45           C  
+ATOM   2376  O   SER B 306      -9.912 -22.138 158.127  1.00 29.28           O  
+ATOM   2377  CB  SER B 306      -7.593 -22.974 159.827  1.00 30.66           C  
+ATOM   2378  OG  SER B 306      -8.173 -22.984 161.120  1.00 30.02           O  
+ATOM   2379  N   TYR B 307      -9.897 -20.411 159.571  1.00 26.80           N  
+ATOM   2380  CA  TYR B 307     -11.311 -20.108 159.420  1.00 26.35           C  
+ATOM   2381  C   TYR B 307     -11.580 -19.007 158.400  1.00 22.23           C  
+ATOM   2382  O   TYR B 307     -12.745 -18.711 158.125  1.00 21.27           O  
+ATOM   2383  CB  TYR B 307     -11.897 -19.716 160.780  1.00 24.39           C  
+ATOM   2384  CG  TYR B 307     -13.335 -20.149 160.997  1.00 23.14           C  
+ATOM   2385  CD1 TYR B 307     -14.384 -19.274 160.779  1.00 22.59           C  
+ATOM   2386  CD2 TYR B 307     -13.631 -21.423 161.442  1.00 28.34           C  
+ATOM   2387  CE1 TYR B 307     -15.687 -19.656 160.981  1.00 27.64           C  
+ATOM   2388  CE2 TYR B 307     -14.932 -21.821 161.652  1.00 33.33           C  
+ATOM   2389  CZ  TYR B 307     -15.955 -20.931 161.416  1.00 33.85           C  
+ATOM   2390  OH  TYR B 307     -17.258 -21.315 161.625  1.00 37.80           O  
+ATOM   2391  N   GLU B 308     -10.544 -18.385 157.830  1.00 22.92           N  
+ATOM   2392  CA  GLU B 308     -10.814 -17.209 157.007  1.00 24.78           C  
+ATOM   2393  C   GLU B 308     -11.601 -17.563 155.751  1.00 25.71           C  
+ATOM   2394  O   GLU B 308     -12.452 -16.774 155.316  1.00 28.06           O  
+ATOM   2395  CB  GLU B 308      -9.519 -16.487 156.627  1.00 26.67           C  
+ATOM   2396  CG  GLU B 308      -9.811 -15.070 156.145  1.00 31.05           C  
+ATOM   2397  CD  GLU B 308      -8.574 -14.241 155.856  1.00 34.78           C  
+ATOM   2398  OE1 GLU B 308      -7.446 -14.770 155.954  1.00 35.32           O  
+ATOM   2399  OE2 GLU B 308      -8.744 -13.043 155.526  1.00 36.35           O  
+ATOM   2400  N   GLU B 309     -11.369 -18.750 155.184  1.00 23.18           N  
+ATOM   2401  CA  GLU B 309     -12.131 -19.152 153.997  1.00 31.98           C  
+ATOM   2402  C   GLU B 309     -13.626 -19.204 154.292  1.00 31.02           C  
+ATOM   2403  O   GLU B 309     -14.445 -18.760 153.481  1.00 28.39           O  
+ATOM   2404  CB  GLU B 309     -11.633 -20.506 153.501  1.00 38.23           C  
+ATOM   2405  CG  GLU B 309     -12.176 -20.905 152.142  1.00 47.57           C  
+ATOM   2406  CD  GLU B 309     -11.670 -22.264 151.700  1.00 54.05           C  
+ATOM   2407  OE1 GLU B 309     -12.465 -23.225 151.699  1.00 56.21           O  
+ATOM   2408  OE2 GLU B 309     -10.468 -22.374 151.374  1.00 55.77           O  
+ATOM   2409  N   GLU B 310     -13.992 -19.685 155.482  1.00 30.41           N  
+ATOM   2410  CA  GLU B 310     -15.397 -19.741 155.871  1.00 31.52           C  
+ATOM   2411  C   GLU B 310     -15.950 -18.346 156.155  1.00 34.34           C  
+ATOM   2412  O   GLU B 310     -17.074 -18.029 155.753  1.00 36.50           O  
+ATOM   2413  CB  GLU B 310     -15.537 -20.671 157.079  1.00 34.84           C  
+ATOM   2414  CG  GLU B 310     -16.957 -21.038 157.449  1.00 40.82           C  
+ATOM   2415  CD  GLU B 310     -17.671 -21.835 156.370  1.00 45.17           C  
+ATOM   2416  OE1 GLU B 310     -17.039 -22.695 155.713  1.00 47.36           O  
+ATOM   2417  OE2 GLU B 310     -18.880 -21.592 156.187  1.00 46.79           O  
+ATOM   2418  N   LEU B 311     -15.158 -17.484 156.806  1.00 29.40           N  
+ATOM   2419  CA  LEU B 311     -15.589 -16.109 157.039  1.00 26.77           C  
+ATOM   2420  C   LEU B 311     -15.903 -15.390 155.733  1.00 28.43           C  
+ATOM   2421  O   LEU B 311     -16.882 -14.639 155.651  1.00 32.35           O  
+ATOM   2422  CB  LEU B 311     -14.506 -15.330 157.791  1.00 24.81           C  
+ATOM   2423  CG  LEU B 311     -14.225 -15.692 159.243  1.00 26.83           C  
+ATOM   2424  CD1 LEU B 311     -13.189 -14.725 159.784  1.00 28.72           C  
+ATOM   2425  CD2 LEU B 311     -15.519 -15.635 160.049  1.00 25.53           C  
+ATOM   2426  N   ALA B 312     -15.074 -15.598 154.707  1.00 27.26           N  
+ATOM   2427  CA  ALA B 312     -15.234 -14.884 153.444  1.00 29.67           C  
+ATOM   2428  C   ALA B 312     -16.558 -15.199 152.756  1.00 34.13           C  
+ATOM   2429  O   ALA B 312     -17.001 -14.409 151.915  1.00 34.91           O  
+ATOM   2430  CB  ALA B 312     -14.065 -15.204 152.508  1.00 32.03           C  
+ATOM   2431  N   LYS B 313     -17.185 -16.334 153.082  1.00 32.56           N  
+ATOM   2432  CA  LYS B 313     -18.509 -16.682 152.577  1.00 36.08           C  
+ATOM   2433  C   LYS B 313     -19.635 -15.906 153.254  1.00 37.68           C  
+ATOM   2434  O   LYS B 313     -20.766 -15.948 152.762  1.00 39.25           O  
+ATOM   2435  CB  LYS B 313     -18.772 -18.183 152.747  1.00 36.00           C  
+ATOM   2436  CG  LYS B 313     -17.796 -19.087 152.027  1.00 36.45           C  
+ATOM   2437  CD  LYS B 313     -18.175 -20.551 152.190  1.00 38.36           C  
+ATOM   2438  CE  LYS B 313     -17.026 -21.448 151.751  1.00 42.02           C  
+ATOM   2439  NZ  LYS B 313     -17.396 -22.893 151.713  1.00 45.61           N  
+ATOM   2440  N   ASP B 314     -19.359 -15.220 154.377  1.00 35.73           N  
+ATOM   2441  CA  ASP B 314     -20.345 -14.451 155.130  1.00 34.59           C  
+ATOM   2442  C   ASP B 314     -20.187 -12.966 154.814  1.00 33.72           C  
+ATOM   2443  O   ASP B 314     -19.310 -12.305 155.389  1.00 34.44           O  
+ATOM   2444  CB  ASP B 314     -20.185 -14.707 156.635  1.00 34.97           C  
+ATOM   2445  CG  ASP B 314     -21.315 -14.098 157.472  1.00 33.23           C  
+ATOM   2446  OD1 ASP B 314     -22.149 -13.347 156.924  1.00 31.01           O  
+ATOM   2447  OD2 ASP B 314     -21.371 -14.382 158.689  1.00 34.91           O  
+ATOM   2448  N   PRO B 315     -21.039 -12.383 153.963  1.00 34.17           N  
+ATOM   2449  CA  PRO B 315     -20.857 -10.969 153.584  1.00 31.00           C  
+ATOM   2450  C   PRO B 315     -21.030  -9.987 154.739  1.00 30.91           C  
+ATOM   2451  O   PRO B 315     -20.568  -8.838 154.634  1.00 29.61           O  
+ATOM   2452  CB  PRO B 315     -21.928 -10.755 152.501  1.00 32.17           C  
+ATOM   2453  CG  PRO B 315     -22.973 -11.795 152.788  1.00 36.40           C  
+ATOM   2454  CD  PRO B 315     -22.252 -12.979 153.367  1.00 36.51           C  
+ATOM   2455  N   ARG B 316     -21.685 -10.391 155.830  1.00 30.50           N  
+ATOM   2456  CA  ARG B 316     -21.750  -9.529 157.004  1.00 28.72           C  
+ATOM   2457  C   ARG B 316     -20.371  -9.349 157.638  1.00 25.54           C  
+ATOM   2458  O   ARG B 316     -20.101  -8.310 158.257  1.00 26.32           O  
+ATOM   2459  CB  ARG B 316     -22.735 -10.118 158.018  1.00 28.42           C  
+ATOM   2460  CG  ARG B 316     -24.154 -10.363 157.475  1.00 25.64           C  
+ATOM   2461  CD  ARG B 316     -24.981 -11.254 158.404  1.00 22.64           C  
+ATOM   2462  NE  ARG B 316     -24.315 -12.524 158.703  1.00 25.56           N  
+ATOM   2463  CZ  ARG B 316     -24.767 -13.431 159.567  1.00 26.11           C  
+ATOM   2464  NH1 ARG B 316     -25.899 -13.232 160.232  1.00 22.45           N  
+ATOM   2465  NH2 ARG B 316     -24.085 -14.543 159.773  1.00 24.38           N  
+ATOM   2466  N   ILE B 317     -19.481 -10.329 157.471  1.00 28.91           N  
+ATOM   2467  CA  ILE B 317     -18.134 -10.225 158.029  1.00 28.00           C  
+ATOM   2468  C   ILE B 317     -17.280  -9.256 157.222  1.00 25.53           C  
+ATOM   2469  O   ILE B 317     -16.544  -8.449 157.797  1.00 26.26           O  
+ATOM   2470  CB  ILE B 317     -17.495 -11.626 158.109  1.00 30.17           C  
+ATOM   2471  CG1 ILE B 317     -18.280 -12.515 159.080  1.00 31.23           C  
+ATOM   2472  CG2 ILE B 317     -16.003 -11.544 158.463  1.00 25.69           C  
+ATOM   2473  CD1 ILE B 317     -18.386 -11.951 160.491  1.00 32.57           C  
+ATOM   2474  N   ALA B 318     -17.383  -9.287 155.881  1.00 21.96           N  
+ATOM   2475  CA  ALA B 318     -16.682  -8.300 155.056  1.00 22.59           C  
+ATOM   2476  C   ALA B 318     -17.111  -6.881 155.411  1.00 22.81           C  
+ATOM   2477  O   ALA B 318     -16.285  -5.959 155.445  1.00 25.61           O  
+ATOM   2478  CB  ALA B 318     -16.934  -8.572 153.562  1.00 25.92           C  
+ATOM   2479  N   ALA B 319     -18.403  -6.684 155.675  1.00 19.45           N  
+ATOM   2480  CA  ALA B 319     -18.870  -5.372 156.094  1.00 19.40           C  
+ATOM   2481  C   ALA B 319     -18.293  -5.002 157.455  1.00 19.32           C  
+ATOM   2482  O   ALA B 319     -17.872  -3.857 157.675  1.00 26.42           O  
+ATOM   2483  CB  ALA B 319     -20.403  -5.355 156.136  1.00 23.67           C  
+ATOM   2484  N   THR B 320     -18.254  -5.966 158.367  1.00 19.28           N  
+ATOM   2485  CA  THR B 320     -17.643  -5.734 159.680  1.00 19.52           C  
+ATOM   2486  C   THR B 320     -16.184  -5.304 159.531  1.00 22.87           C  
+ATOM   2487  O   THR B 320     -15.730  -4.349 160.182  1.00 20.74           O  
+ATOM   2488  CB  THR B 320     -17.733  -7.000 160.512  1.00 19.18           C  
+ATOM   2489  OG1 THR B 320     -19.105  -7.378 160.677  1.00 19.58           O  
+ATOM   2490  CG2 THR B 320     -17.074  -6.787 161.883  1.00 21.46           C  
+ATOM   2491  N   MET B 321     -15.435  -5.999 158.665  1.00 22.04           N  
+ATOM   2492  CA  MET B 321     -14.025  -5.670 158.493  1.00 23.04           C  
+ATOM   2493  C   MET B 321     -13.809  -4.411 157.663  1.00 24.74           C  
+ATOM   2494  O   MET B 321     -12.705  -3.850 157.698  1.00 24.44           O  
+ATOM   2495  CB  MET B 321     -13.266  -6.839 157.864  1.00 23.61           C  
+ATOM   2496  CG  MET B 321     -13.126  -8.060 158.766  1.00 23.27           C  
+ATOM   2497  SD  MET B 321     -12.427  -7.641 160.385  1.00 27.33           S  
+ATOM   2498  CE  MET B 321     -10.751  -7.152 159.931  1.00 28.01           C  
+ATOM   2499  N   GLU B 322     -14.818  -3.948 156.911  1.00 27.96           N  
+ATOM   2500  CA  GLU B 322     -14.674  -2.647 156.263  1.00 23.90           C  
+ATOM   2501  C   GLU B 322     -14.826  -1.524 157.275  1.00 22.35           C  
+ATOM   2502  O   GLU B 322     -14.096  -0.527 157.222  1.00 23.97           O  
+ATOM   2503  CB  GLU B 322     -15.673  -2.476 155.115  1.00 24.62           C  
+ATOM   2504  CG  GLU B 322     -15.492  -1.136 154.408  1.00 32.35           C  
+ATOM   2505  CD  GLU B 322     -16.311  -1.001 153.127  1.00 43.51           C  
+ATOM   2506  OE1 GLU B 322     -16.685  -2.036 152.533  1.00 45.29           O  
+ATOM   2507  OE2 GLU B 322     -16.545   0.153 152.699  1.00 47.46           O  
+ATOM   2508  N   ASN B 323     -15.752  -1.667 158.219  1.00 24.94           N  
+ATOM   2509  CA  ASN B 323     -15.834  -0.686 159.295  1.00 25.42           C  
+ATOM   2510  C   ASN B 323     -14.605  -0.751 160.187  1.00 22.08           C  
+ATOM   2511  O   ASN B 323     -14.113   0.285 160.650  1.00 26.34           O  
+ATOM   2512  CB  ASN B 323     -17.118  -0.890 160.106  1.00 28.18           C  
+ATOM   2513  CG  ASN B 323     -18.347  -0.348 159.395  1.00 26.91           C  
+ATOM   2514  OD1 ASN B 323     -18.387   0.814 158.995  1.00 21.37           O  
+ATOM   2515  ND2 ASN B 323     -19.346  -1.201 159.213  1.00 28.26           N  
+ATOM   2516  N   ALA B 324     -14.070  -1.948 160.420  1.00 20.71           N  
+ATOM   2517  CA  ALA B 324     -12.838  -2.040 161.208  1.00 23.10           C  
+ATOM   2518  C   ALA B 324     -11.661  -1.385 160.490  1.00 25.85           C  
+ATOM   2519  O   ALA B 324     -10.804  -0.774 161.142  1.00 19.01           O  
+ATOM   2520  CB  ALA B 324     -12.510  -3.501 161.524  1.00 19.32           C  
+ATOM   2521  N   GLN B 325     -11.618  -1.487 159.150  1.00 21.59           N  
+ATOM   2522  CA  GLN B 325     -10.565  -0.850 158.364  1.00 20.70           C  
+ATOM   2523  C   GLN B 325     -10.549   0.655 158.556  1.00 19.24           C  
+ATOM   2524  O   GLN B 325      -9.500   1.291 158.409  1.00 19.92           O  
+ATOM   2525  CB  GLN B 325     -10.760  -1.153 156.868  1.00 19.84           C  
+ATOM   2526  CG  GLN B 325      -9.672  -0.594 155.961  1.00 19.48           C  
+ATOM   2527  CD  GLN B 325      -8.359  -1.309 156.122  1.00 19.88           C  
+ATOM   2528  OE1 GLN B 325      -8.316  -2.425 156.636  1.00 20.93           O  
+ATOM   2529  NE2 GLN B 325      -7.262  -0.666 155.683  1.00 19.61           N  
+ATOM   2530  N   LYS B 326     -11.708   1.248 158.804  1.00 21.01           N  
+ATOM   2531  CA  LYS B 326     -11.815   2.677 159.019  1.00 19.20           C  
+ATOM   2532  C   LYS B 326     -11.750   3.041 160.495  1.00 25.02           C  
+ATOM   2533  O   LYS B 326     -11.908   4.212 160.835  1.00 28.29           O  
+ATOM   2534  CB  LYS B 326     -13.114   3.194 158.409  1.00 25.98           C  
+ATOM   2535  CG  LYS B 326     -13.316   2.816 156.935  1.00 26.73           C  
+ATOM   2536  CD  LYS B 326     -14.804   2.954 156.602  1.00 33.61           C  
+ATOM   2537  CE  LYS B 326     -15.147   2.557 155.168  1.00 35.19           C  
+ATOM   2538  NZ  LYS B 326     -14.561   3.510 154.177  1.00 36.91           N  
+ATOM   2539  N   GLY B 327     -11.504   2.071 161.366  1.00 24.96           N  
+ATOM   2540  CA  GLY B 327     -11.434   2.353 162.790  1.00 21.14           C  
+ATOM   2541  C   GLY B 327     -10.052   2.121 163.366  1.00 26.60           C  
+ATOM   2542  O   GLY B 327      -9.067   2.002 162.628  1.00 26.56           O  
+ATOM   2543  N   GLU B 328      -9.958   2.070 164.694  1.00 29.42           N  
+ATOM   2544  CA  GLU B 328      -8.695   1.867 165.382  1.00 24.63           C  
+ATOM   2545  C   GLU B 328      -8.876   0.816 166.460  1.00 24.27           C  
+ATOM   2546  O   GLU B 328      -9.908   0.781 167.141  1.00 21.01           O  
+ATOM   2547  CB  GLU B 328      -8.191   3.162 166.017  1.00 31.23           C  
+ATOM   2548  CG  GLU B 328      -7.787   4.227 165.029  1.00 40.13           C  
+ATOM   2549  CD  GLU B 328      -7.368   5.520 165.708  1.00 46.01           C  
+ATOM   2550  OE1 GLU B 328      -7.082   5.495 166.927  1.00 47.43           O  
+ATOM   2551  OE2 GLU B 328      -7.315   6.558 165.015  1.00 47.95           O  
+ATOM   2552  N   ILE B 329      -7.856  -0.025 166.621  1.00 18.54           N  
+ATOM   2553  CA  ILE B 329      -7.836  -0.989 167.710  1.00 22.16           C  
+ATOM   2554  C   ILE B 329      -7.702  -0.236 169.025  1.00 21.44           C  
+ATOM   2555  O   ILE B 329      -6.872   0.667 169.153  1.00 20.09           O  
+ATOM   2556  CB  ILE B 329      -6.703  -2.004 167.492  1.00 23.23           C  
+ATOM   2557  CG1 ILE B 329      -6.985  -2.776 166.193  1.00 28.48           C  
+ATOM   2558  CG2 ILE B 329      -6.573  -2.969 168.671  1.00 25.68           C  
+ATOM   2559  CD1 ILE B 329      -6.121  -3.968 165.996  1.00 33.63           C  
+ATOM   2560  N   MET B 330      -8.562  -0.558 169.980  1.00 22.03           N  
+ATOM   2561  CA  MET B 330      -8.550   0.142 171.260  1.00 22.35           C  
+ATOM   2562  C   MET B 330      -7.187   0.020 171.937  1.00 18.39           C  
+ATOM   2563  O   MET B 330      -6.509  -1.002 171.804  1.00 19.07           O  
+ATOM   2564  CB  MET B 330      -9.615  -0.427 172.189  1.00 22.22           C  
+ATOM   2565  CG  MET B 330     -10.989  -0.093 171.744  1.00 28.97           C  
+ATOM   2566  SD  MET B 330     -12.291  -0.587 172.872  1.00 28.73           S  
+ATOM   2567  CE  MET B 330     -12.385  -2.346 172.628  1.00 26.62           C  
+ATOM   2568  N   PRO B 331      -6.762   1.044 172.677  1.00 24.98           N  
+ATOM   2569  CA  PRO B 331      -5.656   0.844 173.613  1.00 23.70           C  
+ATOM   2570  C   PRO B 331      -6.083  -0.151 174.679  1.00 23.16           C  
+ATOM   2571  O   PRO B 331      -7.276  -0.346 174.937  1.00 26.60           O  
+ATOM   2572  CB  PRO B 331      -5.427   2.239 174.216  1.00 23.42           C  
+ATOM   2573  CG  PRO B 331      -6.221   3.194 173.345  1.00 23.91           C  
+ATOM   2574  CD  PRO B 331      -7.357   2.386 172.808  1.00 23.49           C  
+ATOM   2575  N   ASN B 332      -5.096  -0.803 175.301  1.00 20.78           N  
+ATOM   2576  CA  ASN B 332      -5.394  -1.671 176.434  1.00 17.50           C  
+ATOM   2577  C   ASN B 332      -4.819  -1.137 177.733  1.00 21.23           C  
+ATOM   2578  O   ASN B 332      -4.814  -1.861 178.735  1.00 21.60           O  
+ATOM   2579  CB  ASN B 332      -4.907  -3.110 176.195  1.00 18.11           C  
+ATOM   2580  CG  ASN B 332      -3.375  -3.265 176.256  1.00 24.62           C  
+ATOM   2581  OD1 ASN B 332      -2.626  -2.306 176.437  1.00 21.61           O  
+ATOM   2582  ND2 ASN B 332      -2.915  -4.502 176.086  1.00 28.29           N  
+ATOM   2583  N   ILE B 333      -4.373   0.115 177.756  1.00 22.81           N  
+ATOM   2584  CA  ILE B 333      -3.712   0.651 178.948  1.00 24.16           C  
+ATOM   2585  C   ILE B 333      -4.670   0.729 180.133  1.00 28.21           C  
+ATOM   2586  O   ILE B 333      -5.895   0.828 179.948  1.00 27.41           O  
+ATOM   2587  CB  ILE B 333      -3.078   2.017 178.668  1.00 23.72           C  
+ATOM   2588  CG1 ILE B 333      -4.124   3.055 178.292  1.00 25.76           C  
+ATOM   2589  CG2 ILE B 333      -1.988   1.901 177.628  1.00 22.59           C  
+ATOM   2590  CD1 ILE B 333      -3.502   4.401 178.051  1.00 29.35           C  
+ATOM   2591  N   PRO B 334      -4.152   0.700 181.364  1.00 26.56           N  
+ATOM   2592  CA  PRO B 334      -5.039   0.729 182.535  1.00 24.35           C  
+ATOM   2593  C   PRO B 334      -5.974   1.927 182.567  1.00 26.92           C  
+ATOM   2594  O   PRO B 334      -7.052   1.836 183.164  1.00 27.14           O  
+ATOM   2595  CB  PRO B 334      -4.052   0.763 183.714  1.00 22.99           C  
+ATOM   2596  CG  PRO B 334      -2.811   0.093 183.189  1.00 22.88           C  
+ATOM   2597  CD  PRO B 334      -2.734   0.496 181.729  1.00 21.99           C  
+ATOM   2598  N   GLN B 335      -5.618   3.038 181.922  1.00 27.06           N  
+ATOM   2599  CA  GLN B 335      -6.480   4.212 181.998  1.00 26.89           C  
+ATOM   2600  C   GLN B 335      -7.764   4.077 181.181  1.00 27.57           C  
+ATOM   2601  O   GLN B 335      -8.574   5.013 181.194  1.00 23.78           O  
+ATOM   2602  CB  GLN B 335      -5.703   5.460 181.566  1.00 26.88           C  
+ATOM   2603  CG  GLN B 335      -4.613   5.879 182.552  1.00 28.38           C  
+ATOM   2604  CD  GLN B 335      -3.453   4.892 182.596  1.00 31.61           C  
+ATOM   2605  OE1 GLN B 335      -3.155   4.223 181.602  1.00 29.05           O  
+ATOM   2606  NE2 GLN B 335      -2.822   4.767 183.762  1.00 32.71           N  
+ATOM   2607  N   MET B 336      -7.989   2.952 180.486  1.00 27.63           N  
+ATOM   2608  CA  MET B 336      -9.137   2.875 179.584  1.00 27.83           C  
+ATOM   2609  C   MET B 336     -10.457   2.857 180.351  1.00 27.70           C  
+ATOM   2610  O   MET B 336     -11.440   3.455 179.904  1.00 26.25           O  
+ATOM   2611  CB  MET B 336      -9.022   1.650 178.673  1.00 22.24           C  
+ATOM   2612  CG  MET B 336      -8.052   1.856 177.514  1.00 24.84           C  
+ATOM   2613  SD  MET B 336      -8.527   3.144 176.342  1.00 26.05           S  
+ATOM   2614  CE  MET B 336      -9.969   2.372 175.602  1.00 24.35           C  
+ATOM   2615  N   SER B 337     -10.509   2.194 181.509  1.00 28.70           N  
+ATOM   2616  CA  SER B 337     -11.768   2.161 182.246  1.00 30.94           C  
+ATOM   2617  C   SER B 337     -12.174   3.564 182.689  1.00 29.86           C  
+ATOM   2618  O   SER B 337     -13.365   3.900 182.688  1.00 29.36           O  
+ATOM   2619  CB  SER B 337     -11.686   1.207 183.444  1.00 36.01           C  
+ATOM   2620  OG  SER B 337     -10.847   1.714 184.454  1.00 40.69           O  
+ATOM   2621  N   ALA B 338     -11.197   4.401 183.062  1.00 29.04           N  
+ATOM   2622  CA  ALA B 338     -11.507   5.781 183.428  1.00 29.19           C  
+ATOM   2623  C   ALA B 338     -11.947   6.591 182.218  1.00 31.01           C  
+ATOM   2624  O   ALA B 338     -12.817   7.463 182.326  1.00 35.62           O  
+ATOM   2625  CB  ALA B 338     -10.296   6.438 184.091  1.00 31.08           C  
+ATOM   2626  N   PHE B 339     -11.346   6.329 181.063  1.00 29.16           N  
+ATOM   2627  CA  PHE B 339     -11.780   6.987 179.838  1.00 27.08           C  
+ATOM   2628  C   PHE B 339     -13.234   6.653 179.527  1.00 28.82           C  
+ATOM   2629  O   PHE B 339     -14.038   7.545 179.219  1.00 25.62           O  
+ATOM   2630  CB  PHE B 339     -10.858   6.588 178.691  1.00 25.03           C  
+ATOM   2631  CG  PHE B 339     -11.441   6.825 177.329  1.00 24.58           C  
+ATOM   2632  CD1 PHE B 339     -11.424   8.085 176.760  1.00 23.62           C  
+ATOM   2633  CD2 PHE B 339     -12.005   5.777 176.617  1.00 25.18           C  
+ATOM   2634  CE1 PHE B 339     -11.955   8.293 175.505  1.00 25.09           C  
+ATOM   2635  CE2 PHE B 339     -12.541   5.980 175.367  1.00 23.90           C  
+ATOM   2636  CZ  PHE B 339     -12.514   7.240 174.810  1.00 26.13           C  
+ATOM   2637  N   TRP B 340     -13.591   5.366 179.602  1.00 26.99           N  
+ATOM   2638  CA  TRP B 340     -14.952   4.966 179.268  1.00 30.44           C  
+ATOM   2639  C   TRP B 340     -15.964   5.544 180.249  1.00 32.09           C  
+ATOM   2640  O   TRP B 340     -17.018   6.032 179.837  1.00 28.42           O  
+ATOM   2641  CB  TRP B 340     -15.070   3.444 179.234  1.00 26.94           C  
+ATOM   2642  CG  TRP B 340     -14.535   2.799 178.003  1.00 24.42           C  
+ATOM   2643  CD1 TRP B 340     -13.581   1.829 177.937  1.00 20.12           C  
+ATOM   2644  CD2 TRP B 340     -14.924   3.079 176.649  1.00 23.66           C  
+ATOM   2645  NE1 TRP B 340     -13.361   1.471 176.628  1.00 20.27           N  
+ATOM   2646  CE2 TRP B 340     -14.166   2.229 175.817  1.00 22.02           C  
+ATOM   2647  CE3 TRP B 340     -15.827   3.971 176.064  1.00 26.92           C  
+ATOM   2648  CZ2 TRP B 340     -14.294   2.231 174.423  1.00 26.07           C  
+ATOM   2649  CZ3 TRP B 340     -15.959   3.968 174.663  1.00 26.85           C  
+ATOM   2650  CH2 TRP B 340     -15.198   3.107 173.873  1.00 25.45           C  
+ATOM   2651  N   TYR B 341     -15.659   5.504 181.548  1.00 34.45           N  
+ATOM   2652  CA  TYR B 341     -16.581   6.058 182.531  1.00 37.88           C  
+ATOM   2653  C   TYR B 341     -16.825   7.539 182.281  1.00 32.85           C  
+ATOM   2654  O   TYR B 341     -17.937   8.038 182.486  1.00 34.13           O  
+ATOM   2655  CB  TYR B 341     -16.035   5.847 183.944  1.00 47.91           C  
+ATOM   2656  CG  TYR B 341     -16.945   6.364 185.039  1.00 57.82           C  
+ATOM   2657  CD1 TYR B 341     -17.975   5.578 185.538  1.00 63.49           C  
+ATOM   2658  CD2 TYR B 341     -16.773   7.639 185.576  1.00 61.47           C  
+ATOM   2659  CE1 TYR B 341     -18.811   6.043 186.542  1.00 67.55           C  
+ATOM   2660  CE2 TYR B 341     -17.605   8.114 186.582  1.00 64.82           C  
+ATOM   2661  CZ  TYR B 341     -18.622   7.311 187.060  1.00 68.62           C  
+ATOM   2662  OH  TYR B 341     -19.458   7.770 188.056  1.00 71.38           O  
+ATOM   2663  N   ALA B 342     -15.794   8.256 181.842  1.00 28.48           N  
+ATOM   2664  CA  ALA B 342     -15.918   9.689 181.612  1.00 31.56           C  
+ATOM   2665  C   ALA B 342     -16.743   9.986 180.370  1.00 31.58           C  
+ATOM   2666  O   ALA B 342     -17.578  10.902 180.380  1.00 32.17           O  
+ATOM   2667  CB  ALA B 342     -14.530  10.323 181.499  1.00 32.06           C  
+ATOM   2668  N   VAL B 343     -16.528   9.232 179.289  1.00 29.48           N  
+ATOM   2669  CA  VAL B 343     -17.325   9.460 178.087  1.00 27.41           C  
+ATOM   2670  C   VAL B 343     -18.777   9.055 178.327  1.00 28.22           C  
+ATOM   2671  O   VAL B 343     -19.703   9.723 177.855  1.00 27.51           O  
+ATOM   2672  CB  VAL B 343     -16.720   8.732 176.873  1.00 29.42           C  
+ATOM   2673  CG1 VAL B 343     -17.531   9.036 175.630  1.00 32.25           C  
+ATOM   2674  CG2 VAL B 343     -15.279   9.164 176.654  1.00 31.52           C  
+ATOM   2675  N   ARG B 344     -19.000   7.988 179.102  1.00 29.57           N  
+ATOM   2676  CA  ARG B 344     -20.363   7.537 179.378  1.00 32.02           C  
+ATOM   2677  C   ARG B 344     -21.173   8.598 180.119  1.00 31.80           C  
+ATOM   2678  O   ARG B 344     -22.349   8.821 179.812  1.00 30.97           O  
+ATOM   2679  CB  ARG B 344     -20.325   6.239 180.180  1.00 37.25           C  
+ATOM   2680  CG  ARG B 344     -21.691   5.705 180.596  1.00 43.13           C  
+ATOM   2681  CD  ARG B 344     -21.539   4.371 181.294  1.00 53.24           C  
+ATOM   2682  NE  ARG B 344     -22.510   4.217 182.367  1.00 67.45           N  
+ATOM   2683  CZ  ARG B 344     -22.315   4.643 183.611  1.00 77.43           C  
+ATOM   2684  NH1 ARG B 344     -21.179   5.252 183.935  1.00 80.29           N  
+ATOM   2685  NH2 ARG B 344     -23.257   4.465 184.532  1.00 80.29           N  
+ATOM   2686  N   THR B 345     -20.564   9.254 181.106  1.00 32.20           N  
+ATOM   2687  CA  THR B 345     -21.256  10.294 181.860  1.00 31.27           C  
+ATOM   2688  C   THR B 345     -21.520  11.520 180.996  1.00 31.23           C  
+ATOM   2689  O   THR B 345     -22.595  12.130 181.082  1.00 32.25           O  
+ATOM   2690  CB  THR B 345     -20.427  10.671 183.088  1.00 34.60           C  
+ATOM   2691  OG1 THR B 345     -20.237   9.512 183.913  1.00 36.88           O  
+ATOM   2692  CG2 THR B 345     -21.100  11.774 183.892  1.00 36.34           C  
+ATOM   2693  N   ALA B 346     -20.556  11.885 180.148  1.00 28.02           N  
+ATOM   2694  CA  ALA B 346     -20.699  13.063 179.296  1.00 29.77           C  
+ATOM   2695  C   ALA B 346     -21.790  12.871 178.251  1.00 32.54           C  
+ATOM   2696  O   ALA B 346     -22.538  13.809 177.945  1.00 34.46           O  
+ATOM   2697  CB  ALA B 346     -19.367  13.389 178.624  1.00 26.71           C  
+ATOM   2698  N   VAL B 347     -21.890  11.672 177.676  1.00 31.29           N  
+ATOM   2699  CA  VAL B 347     -22.920  11.439 176.667  1.00 31.26           C  
+ATOM   2700  C   VAL B 347     -24.302  11.438 177.309  1.00 34.86           C  
+ATOM   2701  O   VAL B 347     -25.254  12.003 176.760  1.00 33.18           O  
+ATOM   2702  CB  VAL B 347     -22.637  10.127 175.910  1.00 33.11           C  
+ATOM   2703  CG1 VAL B 347     -23.816   9.744 175.032  1.00 31.36           C  
+ATOM   2704  CG2 VAL B 347     -21.364  10.264 175.070  1.00 35.40           C  
+ATOM   2705  N   ILE B 348     -24.427  10.819 178.488  1.00 36.36           N  
+ATOM   2706  CA  ILE B 348     -25.715  10.741 179.175  1.00 37.20           C  
+ATOM   2707  C   ILE B 348     -26.165  12.118 179.655  1.00 37.46           C  
+ATOM   2708  O   ILE B 348     -27.352  12.463 179.568  1.00 36.97           O  
+ATOM   2709  CB  ILE B 348     -25.627   9.729 180.333  1.00 36.59           C  
+ATOM   2710  CG1 ILE B 348     -25.538   8.301 179.782  1.00 36.13           C  
+ATOM   2711  CG2 ILE B 348     -26.805   9.872 181.280  1.00 35.72           C  
+ATOM   2712  CD1 ILE B 348     -25.384   7.237 180.867  1.00 36.13           C  
+ATOM   2713  N   ASN B 349     -25.235  12.925 180.171  1.00 35.71           N  
+ATOM   2714  CA  ASN B 349     -25.609  14.246 180.664  1.00 33.16           C  
+ATOM   2715  C   ASN B 349     -25.958  15.183 179.521  1.00 36.24           C  
+ATOM   2716  O   ASN B 349     -26.887  15.989 179.639  1.00 39.95           O  
+ATOM   2717  CB  ASN B 349     -24.480  14.847 181.499  1.00 30.57           C  
+ATOM   2718  CG  ASN B 349     -24.299  14.139 182.825  1.00 35.61           C  
+ATOM   2719  OD1 ASN B 349     -25.140  13.353 183.239  1.00 38.42           O  
+ATOM   2720  ND2 ASN B 349     -23.188  14.410 183.490  1.00 38.25           N  
+ATOM   2721  N   ALA B 350     -25.220  15.106 178.410  1.00 34.11           N  
+ATOM   2722  CA  ALA B 350     -25.532  15.968 177.273  1.00 36.01           C  
+ATOM   2723  C   ALA B 350     -26.830  15.544 176.604  1.00 39.44           C  
+ATOM   2724  O   ALA B 350     -27.672  16.385 176.274  1.00 43.69           O  
+ATOM   2725  CB  ALA B 350     -24.385  15.968 176.262  1.00 30.75           C  
+ATOM   2726  N   ALA B 351     -27.000  14.239 176.374  1.00 38.98           N  
+ATOM   2727  CA  ALA B 351     -28.192  13.765 175.680  1.00 36.06           C  
+ATOM   2728  C   ALA B 351     -29.461  14.089 176.465  1.00 38.01           C  
+ATOM   2729  O   ALA B 351     -30.509  14.381 175.872  1.00 36.45           O  
+ATOM   2730  CB  ALA B 351     -28.089  12.262 175.416  1.00 32.55           C  
+ATOM   2731  N   SER B 352     -29.387  14.047 177.798  1.00 39.02           N  
+ATOM   2732  CA  SER B 352     -30.560  14.323 178.619  1.00 37.75           C  
+ATOM   2733  C   SER B 352     -30.853  15.811 178.765  1.00 40.92           C  
+ATOM   2734  O   SER B 352     -31.997  16.174 179.059  1.00 44.64           O  
+ATOM   2735  CB  SER B 352     -30.392  13.706 180.009  1.00 36.44           C  
+ATOM   2736  OG  SER B 352     -29.458  14.441 180.775  1.00 37.07           O  
+ATOM   2737  N   GLY B 353     -29.865  16.675 178.558  1.00 39.82           N  
+ATOM   2738  CA  GLY B 353     -30.055  18.102 178.690  1.00 40.03           C  
+ATOM   2739  C   GLY B 353     -29.667  18.685 180.032  1.00 41.43           C  
+ATOM   2740  O   GLY B 353     -29.718  19.911 180.186  1.00 42.71           O  
+ATOM   2741  N   ARG B 354     -29.270  17.856 181.002  1.00 44.11           N  
+ATOM   2742  CA  ARG B 354     -28.847  18.384 182.295  1.00 49.28           C  
+ATOM   2743  C   ARG B 354     -27.576  19.216 182.187  1.00 49.34           C  
+ATOM   2744  O   ARG B 354     -27.345  20.086 183.034  1.00 50.28           O  
+ATOM   2745  CB  ARG B 354     -28.613  17.249 183.297  1.00 52.73           C  
+ATOM   2746  CG  ARG B 354     -29.879  16.549 183.775  1.00 59.15           C  
+ATOM   2747  CD  ARG B 354     -29.578  15.611 184.932  1.00 62.55           C  
+ATOM   2748  NE  ARG B 354     -28.419  14.764 184.661  1.00 66.45           N  
+ATOM   2749  CZ  ARG B 354     -28.465  13.590 184.041  1.00 68.88           C  
+ATOM   2750  NH1 ARG B 354     -27.350  12.902 183.846  1.00 68.77           N  
+ATOM   2751  NH2 ARG B 354     -29.622  13.105 183.613  1.00 70.77           N  
+ATOM   2752  N   GLN B 355     -26.772  18.988 181.150  1.00 45.81           N  
+ATOM   2753  CA  GLN B 355     -25.603  19.797 180.850  1.00 44.63           C  
+ATOM   2754  C   GLN B 355     -25.553  20.064 179.354  1.00 43.39           C  
+ATOM   2755  O   GLN B 355     -26.087  19.294 178.550  1.00 43.90           O  
+ATOM   2756  CB  GLN B 355     -24.303  19.118 181.274  1.00 45.75           C  
+ATOM   2757  CG  GLN B 355     -24.096  18.996 182.772  1.00 47.41           C  
+ATOM   2758  CD  GLN B 355     -22.740  18.401 183.103  1.00 49.71           C  
+ATOM   2759  OE1 GLN B 355     -22.486  17.223 182.853  1.00 49.72           O  
+ATOM   2760  NE2 GLN B 355     -21.849  19.224 183.638  1.00 52.76           N  
+ATOM   2761  N   THR B 356     -24.916  21.171 178.988  1.00 41.20           N  
+ATOM   2762  CA  THR B 356     -24.618  21.404 177.587  1.00 41.51           C  
+ATOM   2763  C   THR B 356     -23.462  20.504 177.145  1.00 41.13           C  
+ATOM   2764  O   THR B 356     -22.801  19.848 177.958  1.00 36.48           O  
+ATOM   2765  CB  THR B 356     -24.268  22.871 177.346  1.00 42.39           C  
+ATOM   2766  OG1 THR B 356     -22.996  23.162 177.933  1.00 45.59           O  
+ATOM   2767  CG2 THR B 356     -25.318  23.780 177.972  1.00 39.36           C  
+ATOM   2768  N   VAL B 357     -23.214  20.490 175.833  1.00 40.95           N  
+ATOM   2769  CA  VAL B 357     -22.127  19.676 175.299  1.00 45.25           C  
+ATOM   2770  C   VAL B 357     -20.787  20.147 175.851  1.00 49.17           C  
+ATOM   2771  O   VAL B 357     -19.956  19.335 176.282  1.00 51.36           O  
+ATOM   2772  CB  VAL B 357     -22.149  19.699 173.759  1.00 44.45           C  
+ATOM   2773  CG1 VAL B 357     -20.875  19.084 173.196  1.00 46.38           C  
+ATOM   2774  CG2 VAL B 357     -23.360  18.945 173.240  1.00 43.24           C  
+ATOM   2775  N   ASP B 358     -20.572  21.465 175.889  1.00 49.39           N  
+ATOM   2776  CA  ASP B 358     -19.302  21.990 176.386  1.00 51.10           C  
+ATOM   2777  C   ASP B 358     -19.091  21.647 177.855  1.00 48.73           C  
+ATOM   2778  O   ASP B 358     -17.986  21.266 178.252  1.00 48.04           O  
+ATOM   2779  CB  ASP B 358     -19.233  23.505 176.183  1.00 53.74           C  
+ATOM   2780  CG  ASP B 358     -19.041  23.893 174.736  1.00 57.52           C  
+ATOM   2781  OD1 ASP B 358     -18.806  22.994 173.899  1.00 60.00           O  
+ATOM   2782  OD2 ASP B 358     -19.122  25.103 174.436  1.00 60.19           O  
+ATOM   2783  N   GLU B 359     -20.140  21.777 178.679  1.00 49.05           N  
+ATOM   2784  CA  GLU B 359     -20.016  21.458 180.103  1.00 48.69           C  
+ATOM   2785  C   GLU B 359     -19.749  19.975 180.327  1.00 47.38           C  
+ATOM   2786  O   GLU B 359     -18.947  19.607 181.193  1.00 48.08           O  
+ATOM   2787  CB  GLU B 359     -21.281  21.872 180.860  1.00 51.97           C  
+ATOM   2788  CG  GLU B 359     -21.613  23.351 180.816  1.00 58.83           C  
+ATOM   2789  CD  GLU B 359     -23.003  23.655 181.369  1.00 65.49           C  
+ATOM   2790  OE1 GLU B 359     -23.136  24.629 182.144  1.00 68.55           O  
+ATOM   2791  OE2 GLU B 359     -23.958  22.911 181.049  1.00 66.34           O  
+ATOM   2792  N   ALA B 360     -20.414  19.110 179.564  1.00 44.72           N  
+ATOM   2793  CA  ALA B 360     -20.281  17.676 179.796  1.00 44.75           C  
+ATOM   2794  C   ALA B 360     -18.896  17.186 179.395  1.00 46.26           C  
+ATOM   2795  O   ALA B 360     -18.248  16.447 180.145  1.00 50.32           O  
+ATOM   2796  CB  ALA B 360     -21.375  16.920 179.038  1.00 43.19           C  
+ATOM   2797  N   LEU B 361     -18.416  17.606 178.219  1.00 46.61           N  
+ATOM   2798  CA  LEU B 361     -17.098  17.174 177.757  1.00 44.36           C  
+ATOM   2799  C   LEU B 361     -15.981  17.815 178.566  1.00 44.49           C  
+ATOM   2800  O   LEU B 361     -14.917  17.208 178.744  1.00 44.12           O  
+ATOM   2801  CB  LEU B 361     -16.934  17.493 176.267  1.00 39.64           C  
+ATOM   2802  CG  LEU B 361     -17.800  16.604 175.374  1.00 35.58           C  
+ATOM   2803  CD1 LEU B 361     -17.583  16.879 173.895  1.00 32.75           C  
+ATOM   2804  CD2 LEU B 361     -17.471  15.153 175.712  1.00 35.17           C  
+ATOM   2805  N   LYS B 362     -16.207  19.021 179.082  1.00 45.42           N  
+ATOM   2806  CA  LYS B 362     -15.229  19.620 179.981  1.00 50.46           C  
+ATOM   2807  C   LYS B 362     -15.115  18.814 181.269  1.00 51.26           C  
+ATOM   2808  O   LYS B 362     -14.021  18.681 181.829  1.00 53.68           O  
+ATOM   2809  CB  LYS B 362     -15.609  21.072 180.274  1.00 55.00           C  
+ATOM   2810  CG  LYS B 362     -14.601  21.824 181.117  1.00 59.64           C  
+ATOM   2811  CD  LYS B 362     -15.047  23.258 181.351  1.00 63.01           C  
+ATOM   2812  CE  LYS B 362     -16.274  23.317 182.245  1.00 65.91           C  
+ATOM   2813  NZ  LYS B 362     -16.015  22.743 183.598  1.00 67.89           N  
+ATOM   2814  N   ASP B 363     -16.235  18.268 181.754  1.00 51.30           N  
+ATOM   2815  CA  ASP B 363     -16.188  17.401 182.930  1.00 52.04           C  
+ATOM   2816  C   ASP B 363     -15.544  16.052 182.612  1.00 49.04           C  
+ATOM   2817  O   ASP B 363     -14.919  15.440 183.487  1.00 44.95           O  
+ATOM   2818  CB  ASP B 363     -17.598  17.204 183.489  1.00 55.18           C  
+ATOM   2819  CG  ASP B 363     -18.180  18.482 184.078  1.00 58.99           C  
+ATOM   2820  OD1 ASP B 363     -17.427  19.473 184.209  1.00 61.14           O  
+ATOM   2821  OD2 ASP B 363     -19.389  18.502 184.399  1.00 59.57           O  
+ATOM   2822  N   ALA B 364     -15.691  15.566 181.376  1.00 49.44           N  
+ATOM   2823  CA  ALA B 364     -15.015  14.329 180.994  1.00 49.71           C  
+ATOM   2824  C   ALA B 364     -13.512  14.534 180.861  1.00 51.47           C  
+ATOM   2825  O   ALA B 364     -12.737  13.592 181.062  1.00 52.48           O  
+ATOM   2826  CB  ALA B 364     -15.593  13.790 179.687  1.00 49.15           C  
+ATOM   2827  N   GLN B 365     -13.089  15.744 180.516  1.00 52.93           N  
+ATOM   2828  CA  GLN B 365     -11.677  16.085 180.444  1.00 56.98           C  
+ATOM   2829  C   GLN B 365     -11.087  16.222 181.852  1.00 58.44           C  
+ATOM   2830  O   GLN B 365     -10.249  15.420 182.273  1.00 59.63           O  
+ATOM   2831  CB  GLN B 365     -11.493  17.384 179.655  1.00 62.07           C  
+ATOM   2832  CG  GLN B 365     -10.048  17.828 179.498  1.00 65.51           C  
+ATOM   2833  CD  GLN B 365      -9.213  16.803 178.766  1.00 67.66           C  
+ATOM   2834  OE1 GLN B 365      -8.350  16.152 179.358  1.00 70.02           O  
+ATOM   2835  NE2 GLN B 365      -9.468  16.648 177.471  1.00 67.57           N  
+HETATM 2836  C1  MAL B 401     -16.780  -1.670 175.019  1.00 22.31           C  
+HETATM 2837  C2  MAL B 401     -15.458  -1.864 175.750  1.00 20.10           C  
+HETATM 2838  C3  MAL B 401     -15.725  -1.759 177.260  1.00 22.44           C  
+HETATM 2839  C4  MAL B 401     -16.356  -0.412 177.578  1.00 23.54           C  
+HETATM 2840  C5  MAL B 401     -17.612  -0.218 176.728  1.00 21.74           C  
+HETATM 2841  C6  MAL B 401     -18.181   1.184 176.949  1.00 24.56           C  
+HETATM 2842  O1  MAL B 401     -17.679  -2.694 175.383  1.00 23.77           O  
+HETATM 2843  O2  MAL B 401     -14.947  -3.131 175.441  1.00 19.29           O  
+HETATM 2844  O3  MAL B 401     -14.531  -1.936 177.997  1.00 20.90           O  
+HETATM 2845  O4  MAL B 401     -16.698  -0.306 178.948  1.00 22.31           O  
+HETATM 2846  O5  MAL B 401     -17.323  -0.414 175.357  1.00 21.30           O  
+HETATM 2847  O6  MAL B 401     -19.358   1.387 176.189  1.00 24.58           O  
+HETATM 2848  C1' MAL B 401     -20.164  -5.437 173.448  1.00 27.37           C  
+HETATM 2849  C2' MAL B 401     -18.684  -5.407 173.044  1.00 26.37           C  
+HETATM 2850  C3' MAL B 401     -17.785  -4.643 174.017  1.00 24.36           C  
+HETATM 2851  C4' MAL B 401     -18.418  -3.307 174.341  1.00 26.47           C  
+HETATM 2852  C5' MAL B 401     -19.887  -3.472 174.771  1.00 25.02           C  
+HETATM 2853  C6' MAL B 401     -20.564  -2.126 174.943  1.00 21.11           C  
+HETATM 2854  O1' MAL B 401     -20.398  -6.331 174.513  1.00 29.23           O  
+HETATM 2855  O2' MAL B 401     -18.240  -6.733 172.968  1.00 32.21           O  
+HETATM 2856  O3' MAL B 401     -16.481  -4.449 173.475  1.00 26.14           O  
+HETATM 2857  O5' MAL B 401     -20.646  -4.162 173.796  1.00 24.94           O  
+HETATM 2858  O6' MAL B 401     -21.712  -2.306 175.755  1.00 27.37           O  
+HETATM 2859  C1  GOL B 402      -7.319   4.755 186.724  1.00 80.71           C  
+HETATM 2860  O1  GOL B 402      -7.268   5.712 185.709  1.00 78.10           O  
+HETATM 2861  C2  GOL B 402      -6.022   3.898 186.639  1.00 82.74           C  
+HETATM 2862  O2  GOL B 402      -5.740   3.466 185.348  1.00 84.65           O  
+HETATM 2863  C3  GOL B 402      -4.903   4.791 187.212  1.00 82.86           C  
+HETATM 2864  O3  GOL B 402      -4.501   5.653 186.190  1.00 82.74           O  
+HETATM 2865  N1  EPE B 403     -27.634 -11.554 155.075  1.00 60.23           N  
+HETATM 2866  C2  EPE B 403     -28.917 -10.927 155.449  1.00 61.42           C  
+HETATM 2867  C3  EPE B 403     -29.711 -11.878 156.334  1.00 63.04           C  
+HETATM 2868  N4  EPE B 403     -29.879 -13.148 155.662  1.00 64.84           N  
+HETATM 2869  C5  EPE B 403     -29.272 -13.266 154.353  1.00 62.21           C  
+HETATM 2870  C6  EPE B 403     -27.801 -12.881 154.456  1.00 60.89           C  
+HETATM 2871  C7  EPE B 403     -30.003 -14.345 156.467  1.00 66.16           C  
+HETATM 2872  C8  EPE B 403     -31.415 -14.910 156.436  1.00 66.90           C  
+HETATM 2873  O8  EPE B 403     -32.098 -14.495 157.598  1.00 67.58           O  
+HETATM 2874  C9  EPE B 403     -26.913 -10.718 154.113  1.00 60.55           C  
+HETATM 2875  C10 EPE B 403     -27.140  -9.262 154.474  1.00 60.85           C  
+HETATM 2876  S   EPE B 403     -25.892  -8.220 153.726  1.00 61.57           S  
+HETATM 2877  O1S EPE B 403     -26.519  -7.298 152.774  1.00 62.40           O  
+HETATM 2878  O2S EPE B 403     -24.913  -9.056 153.036  1.00 63.39           O  
+HETATM 2879  O3S EPE B 403     -25.261  -7.477 154.816  1.00 60.55           O  
+HETATM 2880  O   HOH B 501      -9.159 -20.724 150.764  1.00 55.42           O  
+HETATM 2881  O   HOH B 502     -19.159 -17.660 189.588  1.00 40.13           O  
+HETATM 2882  O   HOH B 503       2.760  -9.636 169.199  1.00 30.44           O  
+HETATM 2883  O   HOH B 504     -17.966 -24.468 154.603  1.00 52.33           O  
+HETATM 2884  O   HOH B 505       0.762   0.709 181.737  1.00 47.69           O  
+HETATM 2885  O   HOH B 506      10.901 -18.156 162.538  1.00 45.41           O  
+HETATM 2886  O   HOH B 507     -21.280   0.473 185.915  1.00 55.48           O  
+HETATM 2887  O   HOH B 508     -14.165 -19.874 190.596  1.00 47.64           O  
+HETATM 2888  O   HOH B 509       0.558  15.260 174.121  1.00 37.99           O  
+HETATM 2889  O   HOH B 510     -28.150   4.517 181.465  1.00 39.78           O  
+HETATM 2890  O   HOH B 511     -19.297 -20.286 160.859  1.00 42.11           O  
+HETATM 2891  O   HOH B 512      -9.207  17.280 174.080  1.00 46.63           O  
+HETATM 2892  O   HOH B 513       2.526 -18.143 182.888  1.00 42.43           O  
+HETATM 2893  O   HOH B 514      -8.558 -27.017 161.156  1.00 45.27           O  
+HETATM 2894  O   HOH B 515     -24.196   3.937 154.831  1.00 43.03           O  
+HETATM 2895  O   HOH B 516     -28.413  -8.750 170.698  1.00 28.92           O  
+HETATM 2896  O   HOH B 517     -42.571  18.931 169.819  1.00 50.09           O  
+HETATM 2897  O   HOH B 518      -0.314  -1.506 175.973  1.00 30.59           O  
+HETATM 2898  O   HOH B 519     -22.177   0.372 182.059  1.00 55.46           O  
+HETATM 2899  O   HOH B 520     -18.787 -27.190 165.900  1.00 34.40           O  
+HETATM 2900  O   HOH B 521      -8.763   3.155 184.426  1.00 40.13           O  
+HETATM 2901  O   HOH B 522     -33.779   6.461 170.154  1.00 32.26           O  
+HETATM 2902  O   HOH B 523     -30.961   9.528 152.709  1.00 40.61           O  
+HETATM 2903  O   HOH B 524     -27.160  18.837 176.034  1.00 50.52           O  
+HETATM 2904  O   HOH B 525     -11.180  -6.619 195.582  1.00 42.83           O  
+HETATM 2905  O   HOH B 526     -23.370 -21.211 187.468  1.00 52.26           O  
+HETATM 2906  O   HOH B 527      -5.257 -13.571 155.530  1.00 40.25           O  
+HETATM 2907  O   HOH B 528     -20.968  -2.768 178.140  1.00 35.03           O  
+HETATM 2908  O   HOH B 529      -6.982 -11.451 154.610  1.00 23.68           O  
+HETATM 2909  O   HOH B 530     -34.520   8.503 163.892  1.00 40.59           O  
+HETATM 2910  O   HOH B 531     -16.852  -0.972 167.259  1.00 21.24           O  
+HETATM 2911  O   HOH B 532       2.014  12.362 180.680  1.00 52.37           O  
+HETATM 2912  O   HOH B 533     -13.050 -23.640 189.187  1.00 33.29           O  
+HETATM 2913  O   HOH B 534       1.317  -7.387 163.928  1.00 30.36           O  
+HETATM 2914  O   HOH B 535     -28.733 -18.700 173.564  1.00 47.46           O  
+HETATM 2915  O   HOH B 536       5.651 -14.034 171.226  1.00 57.03           O  
+HETATM 2916  O   HOH B 537     -36.594  -2.701 161.143  1.00 29.13           O  
+HETATM 2917  O   HOH B 538       0.623 -14.915 164.217  1.00 22.76           O  
+HETATM 2918  O   HOH B 539     -15.695  -4.562 170.621  1.00 27.44           O  
+HETATM 2919  O   HOH B 540     -19.726 -15.611 160.259  1.00 42.79           O  
+HETATM 2920  O   HOH B 541     -31.476   0.654 180.451  1.00 46.24           O  
+HETATM 2921  O   HOH B 542      -0.594  -3.357 173.800  1.00 35.06           O  
+HETATM 2922  O   HOH B 543     -26.988 -10.882 172.141  1.00 52.59           O  
+HETATM 2923  O   HOH B 544     -42.821  13.841 159.672  1.00 43.87           O  
+HETATM 2924  O   HOH B 545      -6.096 -16.833 156.750  1.00 31.39           O  
+HETATM 2925  O   HOH B 546     -35.422 -12.198 167.715  1.00 49.13           O  
+HETATM 2926  O   HOH B 547       1.188 -23.625 163.363  1.00 32.42           O  
+HETATM 2927  O   HOH B 548     -19.052 -36.190 182.980  1.00 42.67           O  
+HETATM 2928  O   HOH B 549       1.925   9.071 179.497  1.00 48.36           O  
+HETATM 2929  O   HOH B 550      -4.740  17.809 173.627  1.00 40.83           O  
+HETATM 2930  O   HOH B 551     -33.999 -12.042 159.689  1.00 35.36           O  
+HETATM 2931  O   HOH B 552     -18.637 -14.461 162.895  1.00 30.54           O  
+HETATM 2932  O   HOH B 553       3.690 -16.050 176.192  1.00 48.61           O  
+HETATM 2933  O   HOH B 554      -1.424 -20.493 178.509  1.00 22.82           O  
+HETATM 2934  O   HOH B 555     -37.566  14.659 154.656  1.00 33.81           O  
+HETATM 2935  O   HOH B 556      -5.996  16.182 178.159  1.00 43.93           O  
+HETATM 2936  O   HOH B 557      -9.100 -36.782 181.907  1.00 47.41           O  
+HETATM 2937  O   HOH B 558     -17.603 -11.362 169.550  1.00 31.82           O  
+HETATM 2938  O   HOH B 559      -1.629  16.946 171.385  1.00 41.19           O  
+HETATM 2939  O   HOH B 560       2.984  -7.788 181.348  1.00 34.95           O  
+HETATM 2940  O   HOH B 561       1.740  -6.935 185.483  1.00 35.58           O  
+HETATM 2941  O   HOH B 562     -21.942   6.141 166.443  1.00 34.38           O  
+HETATM 2942  O   HOH B 563      -9.659   8.875 167.157  1.00 35.04           O  
+HETATM 2943  O   HOH B 564     -15.863  25.473 172.722  1.00 57.27           O  
+HETATM 2944  O   HOH B 565      -1.918 -30.552 179.434  1.00 34.74           O  
+HETATM 2945  O   HOH B 566     -38.178  -6.893 156.534  1.00 33.17           O  
+HETATM 2946  O   HOH B 567     -23.967 -23.888 168.943  1.00 35.07           O  
+HETATM 2947  O   HOH B 568     -24.551 -16.636 161.366  1.00 45.26           O  
+HETATM 2948  O   HOH B 569     -12.726   9.671 160.304  1.00 27.83           O  
+HETATM 2949  O   HOH B 570     -12.111 -27.675 159.547  1.00 28.91           O  
+HETATM 2950  O   HOH B 571      -4.308 -14.633 181.119  1.00 18.87           O  
+HETATM 2951  O   HOH B 572      -7.011   8.069 167.658  1.00 39.53           O  
+HETATM 2952  O   HOH B 573     -18.894  -1.864 179.770  1.00 33.01           O  
+HETATM 2953  O   HOH B 574     -26.545 -14.650 162.415  1.00 35.76           O  
+HETATM 2954  O   HOH B 575     -39.433   3.945 166.063  1.00 41.10           O  
+HETATM 2955  O   HOH B 576      -7.286  -1.774 180.640  1.00 19.03           O  
+HETATM 2956  O   HOH B 577       4.695 -13.625 176.735  1.00 28.12           O  
+HETATM 2957  O   HOH B 578      -0.322   3.088 184.851  1.00 29.69           O  
+HETATM 2958  O   HOH B 579     -38.716  14.714 164.969  1.00 42.13           O  
+HETATM 2959  O   HOH B 580     -10.768  12.553 162.322  1.00 66.28           O  
+HETATM 2960  O   HOH B 581     -10.394 -16.200 160.551  1.00 26.84           O  
+HETATM 2961  O   HOH B 582       2.205  -4.071 188.444  1.00 29.22           O  
+HETATM 2962  O   HOH B 583      -1.291 -10.155 185.755  1.00 28.28           O  
+HETATM 2963  O   HOH B 584      -4.568   4.566 170.384  1.00 26.35           O  
+HETATM 2964  O   HOH B 585     -15.596   2.383 182.791  1.00 41.41           O  
+HETATM 2965  O   HOH B 586     -13.147  19.145 160.239  1.00 54.21           O  
+HETATM 2966  O   HOH B 587     -20.375 -26.950 179.663  1.00 36.70           O  
+HETATM 2967  O   HOH B 588     -16.655  13.878 165.164  1.00 28.67           O  
+HETATM 2968  O   HOH B 589       1.563 -15.368 161.512  1.00 46.42           O  
+HETATM 2969  O   HOH B 590       4.621 -18.505 175.067  1.00 33.09           O  
+HETATM 2970  O   HOH B 591     -26.457 -14.221 174.562  1.00 42.73           O  
+HETATM 2971  O   HOH B 592      -3.130  -7.643 193.199  1.00 25.21           O  
+HETATM 2972  O   HOH B 593     -20.620 -14.988 170.459  1.00 21.89           O  
+HETATM 2973  O   HOH B 594      -9.451  -2.923 183.460  1.00 24.88           O  
+HETATM 2974  O   HOH B 595     -10.982   5.970 158.977  1.00 39.74           O  
+HETATM 2975  O   HOH B 596       1.025 -24.201 172.718  1.00 24.05           O  
+HETATM 2976  O   HOH B 597     -26.233 -17.616 174.494  1.00 43.57           O  
+HETATM 2977  O   HOH B 598     -20.667  13.129 155.906  1.00 35.18           O  
+HETATM 2978  O   HOH B 599     -20.247  -5.552 162.427  1.00 24.40           O  
+HETATM 2979  O   HOH B 600     -25.185 -25.365 175.711  1.00 44.82           O  
+HETATM 2980  O   HOH B 601     -20.380   9.895 152.524  1.00 37.23           O  
+HETATM 2981  O   HOH B 602       5.112  -7.171 183.321  1.00 45.72           O  
+HETATM 2982  O   HOH B 603     -23.096  -5.421 162.719  1.00 27.97           O  
+HETATM 2983  O   HOH B 604     -10.102  10.973 165.022  1.00 37.73           O  
+HETATM 2984  O   HOH B 605     -38.514  -0.531 171.463  1.00 28.69           O  
+HETATM 2985  O   HOH B 606      -6.137   3.325 169.069  1.00 44.84           O  
+HETATM 2986  O   HOH B 607       0.772 -28.259 185.057  1.00 47.10           O  
+HETATM 2987  O   HOH B 608     -17.834   5.356 157.667  1.00 25.51           O  
+HETATM 2988  O   HOH B 609     -31.043  15.825 156.700  1.00 40.34           O  
+HETATM 2989  O   HOH B 610       3.979  14.537 176.394  1.00 43.41           O  
+HETATM 2990  O   HOH B 611     -25.724  14.635 153.591  1.00 41.98           O  
+HETATM 2991  O   HOH B 612       5.876   6.695 167.458  1.00 57.38           O  
+HETATM 2992  O   HOH B 613      -6.227 -13.131 190.629  1.00 28.44           O  
+HETATM 2993  O   HOH B 614       0.173 -12.148 189.440  1.00 24.58           O  
+HETATM 2994  O   HOH B 615     -10.533 -27.360 195.217  1.00 43.51           O  
+HETATM 2995  O   HOH B 616      -6.801 -24.873 165.744  1.00 37.73           O  
+HETATM 2996  O   HOH B 617      -3.859  16.648 181.600  1.00 42.37           O  
+HETATM 2997  O   HOH B 618       1.610 -15.746 185.243  1.00 41.20           O  
+HETATM 2998  O   HOH B 619      -6.054  -3.532 157.828  1.00 28.44           O  
+HETATM 2999  O   HOH B 620     -30.608  -8.120 167.380  1.00 28.18           O  
+HETATM 3000  O   HOH B 621      -7.365 -29.818 169.135  1.00 46.23           O  
+HETATM 3001  O   HOH B 622      -2.304 -27.720 176.316  1.00 40.49           O  
+HETATM 3002  O   HOH B 623       4.974 -22.780 175.892  1.00 39.65           O  
+HETATM 3003  O   HOH B 624     -19.022 -29.338 180.966  1.00 29.00           O  
+HETATM 3004  O   HOH B 625     -12.377  -2.744 184.526  1.00 32.43           O  
+HETATM 3005  O   HOH B 626      -1.916 -26.889 174.014  1.00 42.16           O  
+HETATM 3006  O   HOH B 627     -26.680 -11.611 181.332  1.00 40.43           O  
+HETATM 3007  O   HOH B 628     -24.120  -5.955 182.792  1.00 47.68           O  
+HETATM 3008  O   HOH B 629     -22.013  19.263 164.723  1.00 30.88           O  
+HETATM 3009  O   HOH B 630     -20.899   1.222 183.717  1.00 61.75           O  
+HETATM 3010  O   HOH B 631      -7.572  -4.229 188.173  1.00 35.71           O  
+HETATM 3011  O   HOH B 632     -23.810 -10.352 181.256  1.00 37.92           O  
+HETATM 3012  O   HOH B 633       5.826 -26.642 172.735  1.00 44.27           O  
+HETATM 3013  O   HOH B 634     -20.025 -12.173 169.609  1.00 23.81           O  
+HETATM 3014  O   HOH B 635     -17.693  13.048 182.206  1.00 38.42           O  
+HETATM 3015  O   HOH B 636      -5.957   6.508 171.950  1.00 28.66           O  
+HETATM 3016  O   HOH B 637     -14.902 -31.562 186.748  1.00 33.82           O  
+HETATM 3017  O   HOH B 638     -30.415 -12.360 173.324  1.00 54.34           O  
+HETATM 3018  O   HOH B 639     -17.006   3.262 159.281  1.00 28.06           O  
+HETATM 3019  O   HOH B 640     -19.688 -19.020 157.039  1.00 46.52           O  
+HETATM 3020  O   HOH B 641     -13.998 -28.129 170.244  1.00 27.32           O  
+HETATM 3021  O   HOH B 642     -28.544 -11.897 168.676  1.00 31.09           O  
+HETATM 3022  O   HOH B 643       4.362  -8.298 166.757  1.00 50.00           O  
+HETATM 3023  O   HOH B 644       2.730 -25.017 174.580  1.00 35.40           O  
+HETATM 3024  O   HOH B 645     -21.037   5.562 154.695  1.00 31.62           O  
+HETATM 3025  O   HOH B 646      -0.424   3.939 180.873  1.00 33.18           O  
+HETATM 3026  O   HOH B 647      -5.139 -21.421 161.952  1.00 20.35           O  
+HETATM 3027  O   HOH B 648       2.868 -13.591 168.679  1.00 42.41           O  
+HETATM 3028  O   HOH B 649      -4.766  -1.638 187.375  1.00 36.47           O  
+HETATM 3029  O   HOH B 650     -15.606  -8.305 173.247  1.00 41.68           O  
+HETATM 3030  O   HOH B 651     -30.673  -2.800 177.422  1.00 30.28           O  
+HETATM 3031  O   HOH B 652      -5.123  -6.368 175.972  1.00 27.44           O  
+HETATM 3032  O   HOH B 653     -21.244 -30.548 172.991  1.00 50.00           O  
+HETATM 3033  O   HOH B 654      -1.862 -26.296 171.141  1.00 46.27           O  
+HETATM 3034  O   HOH B 655     -32.108  11.742 153.510  1.00 38.71           O  
+HETATM 3035  O   HOH B 656     -36.364 -12.465 155.960  1.00 46.98           O  
+HETATM 3036  O   HOH B 657     -28.893 -11.288 186.515  1.00 53.57           O  
+HETATM 3037  O   HOH B 658     -14.288  -2.666 189.338  1.00 50.15           O  
+HETATM 3038  O   HOH B 659       4.528   3.092 167.040  1.00 32.83           O  
+HETATM 3039  O   HOH B 660     -24.486  -2.844 175.186  1.00 26.19           O  
+HETATM 3040  O   HOH B 661     -36.703   5.067 173.524  1.00 38.71           O  
+HETATM 3041  O   HOH B 662     -17.334 -11.326 177.051  1.00 24.00           O  
+HETATM 3042  O   HOH B 663     -35.025  -9.835 169.315  1.00 44.03           O  
+HETATM 3043  O   HOH B 664     -28.681 -13.226 178.215  1.00 48.54           O  
+HETATM 3044  O   HOH B 665     -19.876  14.916 181.991  1.00 49.47           O  
+HETATM 3045  O   HOH B 666     -33.284  15.177 176.136  1.00 49.45           O  
+HETATM 3046  O   HOH B 667     -12.092 -33.333 188.363  1.00 31.92           O  
+HETATM 3047  O   HOH B 668      -4.495   8.579 169.421  1.00 45.05           O  
+HETATM 3048  O   HOH B 669     -16.867 -23.411 192.036  1.00 50.97           O  
+HETATM 3049  O   HOH B 670      -8.996 -26.261 163.706  1.00 30.67           O  
+HETATM 3050  O   HOH B 671     -10.739   3.001 187.068  1.00 43.93           O  
+HETATM 3051  O   HOH B 672     -10.422  18.343 166.427  1.00 37.80           O  
+HETATM 3052  O   HOH B 673     -26.869   8.373 150.644  1.00 36.66           O  
+HETATM 3053  O   HOH B 674     -12.483 -21.982 156.752  1.00 35.65           O  
+HETATM 3054  O   HOH B 675      -9.626  21.155 168.653  1.00 45.61           O  
+HETATM 3055  O   HOH B 676     -30.122  -3.209 167.813  1.00 29.42           O  
+HETATM 3056  O   HOH B 677     -16.999   1.757 168.651  1.00 24.10           O  
+HETATM 3057  O   HOH B 678     -28.853 -17.516 163.032  1.00 45.15           O  
+HETATM 3058  O   HOH B 679     -20.482 -34.075 178.260  1.00 40.77           O  
+HETATM 3059  O   HOH B 680       5.367   9.424 166.194  1.00 51.17           O  
+HETATM 3060  O   HOH B 681      -8.594   4.207 160.746  1.00 42.48           O  
+HETATM 3061  O   HOH B 682     -28.399   9.071 176.762  1.00 43.30           O  
+HETATM 3062  O   HOH B 683      -6.100 -24.001 162.940  1.00 40.39           O  
+HETATM 3063  O   HOH B 684     -16.715 -11.847 154.079  1.00 52.59           O  
+HETATM 3064  O   HOH B 685     -40.420  -1.934 170.032  1.00 42.08           O  
+HETATM 3065  O   HOH B 686      -1.887   0.433 171.691  1.00 25.99           O  
+HETATM 3066  O   HOH B 687      -8.823 -20.216 155.463  1.00 37.22           O  
+HETATM 3067  O   HOH B 688     -25.025 -11.023 188.073  1.00 34.84           O  
+HETATM 3068  O   HOH B 689     -27.843  -0.500 169.517  1.00 28.06           O  
+HETATM 3069  O   HOH B 690      -8.194   7.235 170.077  1.00 29.94           O  
+HETATM 3070  O   HOH B 691      -3.678  -1.598 171.127  1.00 33.88           O  
+HETATM 3071  O   HOH B 692     -28.537  -0.860 177.535  1.00 42.85           O  
+HETATM 3072  O   HOH B 693     -28.416  16.544 164.248  1.00 33.00           O  
+HETATM 3073  O   HOH B 694      -2.318  -0.045 174.514  1.00 24.83           O  
+HETATM 3074  O   HOH B 695     -24.936 -17.543 163.432  1.00 47.12           O  
+HETATM 3075  O   HOH B 696     -31.069   6.059 169.518  1.00 31.70           O  
+HETATM 3076  O   HOH B 697      -2.550   9.282 168.768  1.00 41.61           O  
+HETATM 3077  O   HOH B 698       2.493  -2.318 176.571  1.00 44.12           O  
+HETATM 3078  O   HOH B 699     -29.461  -2.626 170.305  1.00 28.73           O  
+HETATM 3079  O   HOH B 700     -25.657  21.569 174.466  1.00 50.61           O  
+HETATM 3080  O   HOH B 701       0.536 -13.911 187.252  1.00 45.13           O  
+HETATM 3081  O   HOH B 702      -2.638 -26.205 186.375  1.00 37.08           O  
+HETATM 3082  O   HOH B 703      -9.481 -15.718 199.398  1.00 34.97           O  
+HETATM 3083  O   HOH B 704       2.337  14.810 170.768  1.00 48.71           O  
+HETATM 3084  O   HOH B 705     -35.015  12.648 174.637  1.00 39.44           O  
+HETATM 3085  O   HOH B 706       6.416 -24.528 168.360  1.00 26.14           O  
+HETATM 3086  O   HOH B 707     -42.146   3.999 165.295  1.00 53.05           O  
+HETATM 3087  O   HOH B 708       7.846 -21.965 171.313  1.00 31.95           O  
+HETATM 3088  O   HOH B 709      -3.537  -3.263 173.108  1.00 33.82           O  
+HETATM 3089  O   HOH B 710      -4.868 -27.833 185.467  1.00 29.43           O  
+HETATM 3090  O   HOH B 711     -24.925 -16.416 184.865  1.00 31.67           O  
+HETATM 3091  O   HOH B 712      -0.813 -19.647 182.357  1.00 34.86           O  
+HETATM 3092  O   HOH B 713     -15.850   0.840 185.456  1.00 62.08           O  
+HETATM 3093  O   HOH B 714      -4.071 -10.265 193.803  1.00 35.91           O  
+HETATM 3094  O   HOH B 715     -31.107  -5.602 166.488  1.00 28.37           O  
+HETATM 3095  O   HOH B 716      -3.678 -11.883 191.963  1.00 38.68           O  
+HETATM 3096  O   HOH B 717      -9.075  -0.525 181.894  1.00 33.25           O  
+HETATM 3097  O   HOH B 718     -14.395 -22.479 191.278  1.00 33.32           O  
+HETATM 3098  O   HOH B 719      -1.936 -27.588 178.910  1.00 27.23           O  
+HETATM 3099  O   HOH B 720     -21.180  18.255 156.478  1.00 45.47           O  
+HETATM 3100  O   HOH B 721     -29.589  10.373 178.914  1.00 42.64           O  
+HETATM 3101  O   HOH B 722       6.805 -16.599 172.578  1.00 44.28           O  
+HETATM 3102  O   HOH B 723       0.071 -17.121 190.087  1.00 45.29           O  
+HETATM 3103  O   HOH B 724      -1.802 -21.790 181.065  1.00 39.53           O  
+HETATM 3104  O   HOH B 725     -21.076 -28.695 183.253  1.00 53.17           O  
+HETATM 3105  O   HOH B 726       2.268 -11.000 166.502  1.00 36.80           O  
+HETATM 3106  O   HOH B 727       3.001   5.530 178.557  1.00 53.18           O  
+HETATM 3107  O   HOH B 728     -40.128  -5.242 158.145  1.00 40.75           O  
+HETATM 3108  O   HOH B 729     -22.629 -24.417 182.058  1.00 37.70           O  
+HETATM 3109  O   HOH B 730     -16.935   5.575 155.105  1.00 43.21           O  
+HETATM 3110  O   HOH B 731     -17.293  -9.064 175.909  1.00 29.99           O  
+HETATM 3111  O   HOH B 732       6.624 -12.890 174.464  1.00 47.96           O  
+HETATM 3112  O   HOH B 733     -28.522 -16.514 174.729  1.00 47.12           O  
+HETATM 3113  O   HOH B 734     -26.152  -2.136 177.437  1.00 41.50           O  
+HETATM 3114  O   HOH B 735     -39.263  13.963 162.554  1.00 50.82           O  
+HETATM 3115  O   HOH B 736     -22.318  -4.960 178.696  1.00 50.12           O  
+HETATM 3116  O   HOH B 737     -16.464 -24.994 160.222  1.00 46.46           O  
+HETATM 3117  O   HOH B 738     -23.642  -2.862 178.911  1.00 64.53           O  
+HETATM 3118  O   HOH B 739      -7.855  -4.945 190.794  1.00 44.59           O  
+HETATM 3119  O   HOH B 740       5.009 -17.571 181.940  1.00 45.71           O  
+HETATM 3120  O   HOH B 741      -5.893 -28.601 168.050  1.00 47.94           O  
+HETATM 3121  O   HOH B 742     -16.898 -28.035 169.758  1.00 52.91           O  
+HETATM 3122  O   HOH B 743      -2.157 -27.024 191.101  1.00 48.01           O  
+HETATM 3123  O   HOH B 744     -24.657  -7.517 180.835  1.00 51.02           O  
+HETATM 3124  O   HOH B 745      -5.102 -30.353 180.415  1.00 38.71           O  
+HETATM 3125  O   HOH B 746       3.969   7.296 179.939  1.00 60.26           O  
+HETATM 3126  O   HOH B 747       5.847  -9.795 168.527  1.00 35.04           O  
+HETATM 3127  O   HOH B 748       3.169   0.428 183.305  1.00 40.37           O  
+HETATM 3128  O   HOH B 749      -8.175   7.936 160.888  1.00 45.19           O  
+HETATM 3129  O   HOH B 750      -0.293 -16.445 187.649  1.00 39.49           O  
+HETATM 3130  O   HOH B 751       2.678  -3.040 184.585  1.00 34.65           O  
+HETATM 3131  O   HOH B 752     -19.142 -28.372 187.910  1.00 49.99           O  
+HETATM 3132  O   HOH B 753      -1.980 -24.018 188.028  1.00 36.20           O  
+HETATM 3133  O   HOH B 754     -16.154  -0.644 190.142  1.00 58.98           O  
+HETATM 3134  O   HOH B 755     -19.016  18.400 155.649  1.00 63.86           O  
+HETATM 3135  O   HOH B 756     -26.643 -15.069 185.085  1.00 42.68           O  
+HETATM 3136  O   HOH B 757       4.001 -23.679 162.522  1.00 49.35           O  
+HETATM 3137  O   HOH B 758     -20.962  14.873 153.634  1.00 36.94           O  
+HETATM 3138  O   HOH B 759      -8.748  -2.935 186.177  1.00 36.94           O  
+HETATM 3139  O   HOH B 760      -1.691 -24.822 190.336  1.00 48.41           O  
+HETATM 3140  O   HOH B 761      -0.447  -6.954 161.362  1.00 38.89           O  
+HETATM 3141  O   HOH B 762     -27.924 -10.714 179.396  1.00 51.76           O  
+HETATM 3142  O   HOH B 763      -8.219  12.090 183.013  1.00 56.82           O  
+HETATM 3143  O   HOH B 764       2.796  -6.635 187.718  1.00 40.01           O  
+HETATM 3144  O   HOH B 765     -18.817 -17.821 159.373  1.00 36.63           O  
+HETATM 3145  O   HOH B 766     -11.442 -29.710 161.124  1.00 37.24           O  
+HETATM 3146  O   HOH B 767     -10.864  -1.381 187.145  1.00 59.00           O  
+HETATM 3147  O   HOH B 768     -13.892 -23.878 158.595  1.00 49.23           O  
+HETATM 3148  O   HOH B 769     -28.095  -9.300 174.730  1.00 51.28           O  
+HETATM 3149  O   HOH B 770       1.187 -20.386 184.186  1.00 48.33           O  
+HETATM 3150  O   HOH B 771      -9.831  10.445 182.100  1.00 56.44           O  
+HETATM 3151  O   HOH B 772     -41.999   1.311 171.597  1.00 43.42           O  
+HETATM 3152  O   HOH B 773     -29.781  -5.724 177.223  1.00 42.48           O  
+HETATM 3153  O   HOH B 774     -31.669  18.040 158.188  1.00 55.93           O  
+HETATM 3154  O   HOH B 775     -21.397 -29.095 187.250  1.00 52.54           O  
+HETATM 3155  O   HOH B 776     -39.483   1.656 170.975  1.00 40.80           O  
+HETATM 3156  O   HOH B 777       4.653  13.265 174.049  1.00 48.45           O  
+HETATM 3157  O   HOH B 778       2.701  14.015 172.790  1.00 41.20           O  
+HETATM 3158  O   HOH B 779       9.116 -23.552 169.530  1.00 45.78           O  
+HETATM 3159  O   HOH B 780       2.019 -10.549 189.155  1.00 35.42           O  
+HETATM 3160  O   HOH B 781     -24.821 -13.391 188.736  1.00 54.74           O  
+HETATM 3161  O   HOH B 782     -41.648  15.180 161.627  1.00 45.54           O  
+HETATM 3162  O   HOH B 783       9.831  -5.646 176.762  1.00 42.75           O  
+HETATM 3163  O   HOH B 784      -9.507 -33.619 188.872  1.00 49.46           O  
+HETATM 3164  O   HOH B 785      -5.064  10.294 168.270  1.00 44.18           O  
+HETATM 3165  O   HOH B 786     -13.703  -1.431 187.390  1.00 52.94           O  
+HETATM 3166  O   HOH B 787     -15.162 -26.834 159.555  1.00 51.57           O  
+HETATM 3167  O   HOH B 788     -36.926  17.000 154.127  1.00 42.12           O  
+HETATM 3168  O   HOH B 789       8.481  -5.775 174.032  1.00 44.44           O  
+HETATM 3169  O   HOH B 790       3.392  -1.987 186.780  1.00 33.59           O  
+HETATM 3170  O   HOH B 791     -27.240  -6.774 176.259  1.00 51.43           O  
+HETATM 3171  O   HOH B 792      10.310  -8.238 177.065  1.00 36.98           O  
+ATOM   3172  N   LYS A   1     -25.266 -22.849  47.898  1.00 62.44           N  
+ATOM   3173  CA  LYS A   1     -26.323 -23.641  48.512  1.00 60.31           C  
+ATOM   3174  C   LYS A   1     -25.808 -24.439  49.701  1.00 52.66           C  
+ATOM   3175  O   LYS A   1     -24.696 -24.965  49.678  1.00 49.60           O  
+ATOM   3176  CB  LYS A   1     -26.951 -24.586  47.482  1.00 65.06           C  
+ATOM   3177  CG  LYS A   1     -28.239 -25.237  47.956  1.00 67.76           C  
+ATOM   3178  CD  LYS A   1     -29.375 -24.233  48.016  1.00 68.18           C  
+ATOM   3179  CE  LYS A   1     -30.397 -24.643  49.061  1.00 67.72           C  
+ATOM   3180  NZ  LYS A   1     -29.796 -24.629  50.427  1.00 65.42           N  
+ATOM   3181  N   ILE A   2     -26.625 -24.518  50.741  1.00 48.42           N  
+ATOM   3182  CA  ILE A   2     -26.298 -25.274  51.942  1.00 41.20           C  
+ATOM   3183  C   ILE A   2     -26.836 -26.689  51.771  1.00 39.15           C  
+ATOM   3184  O   ILE A   2     -27.970 -26.884  51.323  1.00 41.50           O  
+ATOM   3185  CB  ILE A   2     -26.880 -24.581  53.196  1.00 33.65           C  
+ATOM   3186  CG1 ILE A   2     -26.306 -23.165  53.349  1.00 35.00           C  
+ATOM   3187  CG2 ILE A   2     -26.617 -25.393  54.448  1.00 31.34           C  
+ATOM   3188  CD1 ILE A   2     -26.975 -22.309  54.447  1.00 33.05           C  
+ATOM   3189  N   GLU A   3     -26.025 -27.679  52.126  1.00 36.48           N  
+ATOM   3190  CA  GLU A   3     -26.414 -29.074  51.956  1.00 38.58           C  
+ATOM   3191  C   GLU A   3     -27.530 -29.454  52.930  1.00 38.39           C  
+ATOM   3192  O   GLU A   3     -27.429 -29.212  54.138  1.00 37.07           O  
+ATOM   3193  CB  GLU A   3     -25.202 -29.982  52.167  1.00 40.36           C  
+ATOM   3194  CG  GLU A   3     -25.445 -31.450  51.886  1.00 46.62           C  
+ATOM   3195  CD  GLU A   3     -24.192 -32.288  52.103  1.00 55.49           C  
+ATOM   3196  OE1 GLU A   3     -24.284 -33.372  52.729  1.00 57.25           O  
+ATOM   3197  OE2 GLU A   3     -23.105 -31.850  51.659  1.00 58.15           O  
+ATOM   3198  N   GLU A   4     -28.580 -30.081  52.406  1.00 36.22           N  
+ATOM   3199  CA  GLU A   4     -29.694 -30.533  53.226  1.00 36.68           C  
+ATOM   3200  C   GLU A   4     -29.356 -31.878  53.852  1.00 36.48           C  
+ATOM   3201  O   GLU A   4     -28.668 -32.701  53.245  1.00 35.78           O  
+ATOM   3202  CB  GLU A   4     -30.960 -30.646  52.376  1.00 41.48           C  
+ATOM   3203  CG  GLU A   4     -32.227 -31.009  53.140  1.00 49.35           C  
+ATOM   3204  CD  GLU A   4     -33.476 -30.901  52.277  1.00 57.22           C  
+ATOM   3205  OE1 GLU A   4     -33.334 -30.707  51.050  1.00 60.02           O  
+ATOM   3206  OE2 GLU A   4     -34.597 -31.026  52.821  1.00 60.49           O  
+ATOM   3207  N   GLY A   5     -29.804 -32.084  55.090  1.00 33.08           N  
+ATOM   3208  CA  GLY A   5     -29.585 -33.351  55.756  1.00 33.10           C  
+ATOM   3209  C   GLY A   5     -28.330 -33.441  56.595  1.00 38.24           C  
+ATOM   3210  O   GLY A   5     -27.897 -34.551  56.924  1.00 39.22           O  
+ATOM   3211  N   LYS A   6     -27.714 -32.316  56.929  1.00 39.80           N  
+ATOM   3212  CA  LYS A   6     -26.557 -32.302  57.810  1.00 36.90           C  
+ATOM   3213  C   LYS A   6     -26.416 -30.883  58.330  1.00 31.79           C  
+ATOM   3214  O   LYS A   6     -27.060 -29.961  57.831  1.00 33.06           O  
+ATOM   3215  CB  LYS A   6     -25.288 -32.765  57.093  1.00 39.64           C  
+ATOM   3216  CG  LYS A   6     -24.775 -31.798  56.055  1.00 46.79           C  
+ATOM   3217  CD  LYS A   6     -23.367 -32.194  55.633  1.00 55.05           C  
+ATOM   3218  CE  LYS A   6     -22.596 -31.012  55.076  1.00 62.51           C  
+ATOM   3219  NZ  LYS A   6     -21.271 -31.426  54.520  1.00 66.83           N  
+ATOM   3220  N   LEU A   7     -25.573 -30.715  59.344  1.00 28.85           N  
+ATOM   3221  CA  LEU A   7     -25.362 -29.411  59.957  1.00 28.09           C  
+ATOM   3222  C   LEU A   7     -23.908 -28.994  59.786  1.00 28.07           C  
+ATOM   3223  O   LEU A   7     -22.999 -29.789  60.033  1.00 29.46           O  
+ATOM   3224  CB  LEU A   7     -25.736 -29.437  61.436  1.00 27.77           C  
+ATOM   3225  CG  LEU A   7     -27.237 -29.565  61.744  1.00 25.62           C  
+ATOM   3226  CD1 LEU A   7     -27.430 -29.702  63.234  1.00 23.51           C  
+ATOM   3227  CD2 LEU A   7     -28.003 -28.351  61.215  1.00 23.00           C  
+ATOM   3228  N   VAL A   8     -23.698 -27.758  59.350  1.00 22.73           N  
+ATOM   3229  CA  VAL A   8     -22.388 -27.115  59.368  1.00 29.81           C  
+ATOM   3230  C   VAL A   8     -22.468 -25.983  60.389  1.00 26.88           C  
+ATOM   3231  O   VAL A   8     -23.401 -25.172  60.355  1.00 27.83           O  
+ATOM   3232  CB  VAL A   8     -21.973 -26.614  57.968  1.00 31.89           C  
+ATOM   3233  CG1 VAL A   8     -20.630 -25.870  58.002  1.00 23.60           C  
+ATOM   3234  CG2 VAL A   8     -21.868 -27.795  57.013  1.00 23.39           C  
+ATOM   3235  N   ILE A   9     -21.525 -25.966  61.326  1.00 28.34           N  
+ATOM   3236  CA  ILE A   9     -21.499 -25.019  62.436  1.00 26.43           C  
+ATOM   3237  C   ILE A   9     -20.189 -24.236  62.382  1.00 26.26           C  
+ATOM   3238  O   ILE A   9     -19.118 -24.830  62.215  1.00 24.83           O  
+ATOM   3239  CB  ILE A   9     -21.635 -25.751  63.788  1.00 28.17           C  
+ATOM   3240  CG1 ILE A   9     -22.968 -26.501  63.889  1.00 28.81           C  
+ATOM   3241  CG2 ILE A   9     -21.486 -24.785  64.945  1.00 23.10           C  
+ATOM   3242  CD1 ILE A   9     -23.145 -27.218  65.216  1.00 28.33           C  
+ATOM   3243  N   TRP A  10     -20.270 -22.910  62.529  1.00 26.20           N  
+ATOM   3244  CA  TRP A  10     -19.098 -22.042  62.683  1.00 24.03           C  
+ATOM   3245  C   TRP A  10     -19.044 -21.504  64.110  1.00 23.60           C  
+ATOM   3246  O   TRP A  10     -20.065 -21.057  64.651  1.00 23.84           O  
+ATOM   3247  CB  TRP A  10     -19.125 -20.860  61.709  1.00 24.61           C  
+ATOM   3248  CG  TRP A  10     -18.848 -21.209  60.279  1.00 24.61           C  
+ATOM   3249  CD1 TRP A  10     -18.619 -22.451  59.767  1.00 24.97           C  
+ATOM   3250  CD2 TRP A  10     -18.803 -20.301  59.169  1.00 27.42           C  
+ATOM   3251  NE1 TRP A  10     -18.426 -22.374  58.407  1.00 26.70           N  
+ATOM   3252  CE2 TRP A  10     -18.535 -21.065  58.015  1.00 27.92           C  
+ATOM   3253  CE3 TRP A  10     -18.963 -18.915  59.040  1.00 28.43           C  
+ATOM   3254  CZ2 TRP A  10     -18.423 -20.492  56.745  1.00 30.06           C  
+ATOM   3255  CZ3 TRP A  10     -18.850 -18.347  57.779  1.00 29.83           C  
+ATOM   3256  CH2 TRP A  10     -18.582 -19.137  56.648  1.00 31.03           C  
+ATOM   3257  N   ILE A  11     -17.853 -21.547  64.707  1.00 24.01           N  
+ATOM   3258  CA  ILE A  11     -17.593 -20.983  66.027  1.00 24.01           C  
+ATOM   3259  C   ILE A  11     -16.154 -20.476  66.015  1.00 30.75           C  
+ATOM   3260  O   ILE A  11     -15.327 -20.931  65.217  1.00 24.83           O  
+ATOM   3261  CB  ILE A  11     -17.857 -22.030  67.142  1.00 27.30           C  
+ATOM   3262  CG1 ILE A  11     -17.744 -21.413  68.540  1.00 23.93           C  
+ATOM   3263  CG2 ILE A  11     -16.932 -23.238  67.000  1.00 28.52           C  
+ATOM   3264  CD1 ILE A  11     -18.214 -22.343  69.654  1.00 23.84           C  
+ATOM   3265  N   ASN A  12     -15.867 -19.480  66.851  1.00 29.00           N  
+ATOM   3266  CA  ASN A  12     -14.539 -18.871  66.815  1.00 25.83           C  
+ATOM   3267  C   ASN A  12     -13.455 -19.847  67.268  1.00 25.33           C  
+ATOM   3268  O   ASN A  12     -13.682 -20.725  68.102  1.00 30.89           O  
+ATOM   3269  CB  ASN A  12     -14.497 -17.618  67.681  1.00 27.49           C  
+ATOM   3270  CG  ASN A  12     -13.330 -16.706  67.316  1.00 36.25           C  
+ATOM   3271  OD1 ASN A  12     -13.001 -16.539  66.142  1.00 41.09           O  
+ATOM   3272  ND2 ASN A  12     -12.691 -16.133  68.324  1.00 37.53           N  
+ATOM   3273  N   GLY A  13     -12.249 -19.661  66.727  1.00 25.77           N  
+ATOM   3274  CA  GLY A  13     -11.152 -20.583  66.980  1.00 28.75           C  
+ATOM   3275  C   GLY A  13     -10.658 -20.600  68.417  1.00 31.09           C  
+ATOM   3276  O   GLY A  13      -9.937 -21.528  68.803  1.00 30.81           O  
+ATOM   3277  N   ASP A  14     -11.006 -19.596  69.216  1.00 29.58           N  
+ATOM   3278  CA  ASP A  14     -10.574 -19.607  70.608  1.00 32.73           C  
+ATOM   3279  C   ASP A  14     -11.572 -20.300  71.543  1.00 30.87           C  
+ATOM   3280  O   ASP A  14     -11.296 -20.401  72.743  1.00 34.72           O  
+ATOM   3281  CB  ASP A  14     -10.268 -18.172  71.093  1.00 36.66           C  
+ATOM   3282  CG  ASP A  14     -11.461 -17.220  70.984  1.00 38.79           C  
+ATOM   3283  OD1 ASP A  14     -12.570 -17.666  70.621  1.00 40.07           O  
+ATOM   3284  OD2 ASP A  14     -11.282 -16.011  71.259  1.00 37.06           O  
+ATOM   3285  N   LYS A  15     -12.693 -20.811  71.024  1.00 27.99           N  
+ATOM   3286  CA  LYS A  15     -13.701 -21.507  71.820  1.00 31.23           C  
+ATOM   3287  C   LYS A  15     -13.482 -23.020  71.756  1.00 31.34           C  
+ATOM   3288  O   LYS A  15     -12.609 -23.519  71.046  1.00 25.81           O  
+ATOM   3289  CB  LYS A  15     -15.117 -21.160  71.352  1.00 26.49           C  
+ATOM   3290  CG  LYS A  15     -15.439 -19.677  71.342  1.00 29.78           C  
+ATOM   3291  CD  LYS A  15     -15.359 -19.071  72.719  1.00 31.78           C  
+ATOM   3292  CE  LYS A  15     -15.987 -17.684  72.726  1.00 31.88           C  
+ATOM   3293  NZ  LYS A  15     -15.237 -16.687  71.930  1.00 36.49           N  
+ATOM   3294  N   GLY A  16     -14.299 -23.758  72.511  1.00 26.06           N  
+ATOM   3295  CA  GLY A  16     -14.159 -25.202  72.581  1.00 28.89           C  
+ATOM   3296  C   GLY A  16     -14.790 -25.946  71.422  1.00 29.28           C  
+ATOM   3297  O   GLY A  16     -15.774 -26.673  71.612  1.00 33.11           O  
+ATOM   3298  N   TYR A  17     -14.214 -25.805  70.227  1.00 26.69           N  
+ATOM   3299  CA  TYR A  17     -14.844 -26.378  69.036  1.00 30.35           C  
+ATOM   3300  C   TYR A  17     -14.711 -27.897  68.993  1.00 32.60           C  
+ATOM   3301  O   TYR A  17     -15.580 -28.572  68.430  1.00 34.58           O  
+ATOM   3302  CB  TYR A  17     -14.274 -25.749  67.759  1.00 28.20           C  
+ATOM   3303  CG  TYR A  17     -12.761 -25.783  67.591  1.00 30.70           C  
+ATOM   3304  CD1 TYR A  17     -11.994 -24.658  67.870  1.00 31.62           C  
+ATOM   3305  CD2 TYR A  17     -12.107 -26.924  67.124  1.00 27.88           C  
+ATOM   3306  CE1 TYR A  17     -10.630 -24.666  67.719  1.00 32.48           C  
+ATOM   3307  CE2 TYR A  17     -10.734 -26.942  66.974  1.00 30.08           C  
+ATOM   3308  CZ  TYR A  17     -10.002 -25.801  67.275  1.00 33.85           C  
+ATOM   3309  OH  TYR A  17      -8.638 -25.770  67.130  1.00 41.45           O  
+ATOM   3310  N   ASN A  18     -13.656 -28.453  69.590  1.00 29.37           N  
+ATOM   3311  CA  ASN A  18     -13.541 -29.907  69.671  1.00 32.06           C  
+ATOM   3312  C   ASN A  18     -14.574 -30.495  70.624  1.00 31.16           C  
+ATOM   3313  O   ASN A  18     -15.126 -31.571  70.363  1.00 29.47           O  
+ATOM   3314  CB  ASN A  18     -12.130 -30.303  70.104  1.00 32.90           C  
+ATOM   3315  CG  ASN A  18     -11.123 -30.135  68.992  1.00 35.84           C  
+ATOM   3316  OD1 ASN A  18     -11.413 -30.439  67.837  1.00 39.19           O  
+ATOM   3317  ND2 ASN A  18      -9.943 -29.629  69.325  1.00 36.27           N  
+ATOM   3318  N   GLY A  19     -14.837 -29.814  71.738  1.00 30.51           N  
+ATOM   3319  CA  GLY A  19     -15.902 -30.252  72.624  1.00 32.65           C  
+ATOM   3320  C   GLY A  19     -17.271 -30.155  71.978  1.00 31.45           C  
+ATOM   3321  O   GLY A  19     -18.100 -31.056  72.128  1.00 31.07           O  
+ATOM   3322  N   LEU A  20     -17.524 -29.068  71.242  1.00 28.83           N  
+ATOM   3323  CA  LEU A  20     -18.776 -28.944  70.509  1.00 26.19           C  
+ATOM   3324  C   LEU A  20     -18.925 -30.055  69.469  1.00 28.83           C  
+ATOM   3325  O   LEU A  20     -20.037 -30.545  69.219  1.00 27.33           O  
+ATOM   3326  CB  LEU A  20     -18.847 -27.565  69.850  1.00 26.11           C  
+ATOM   3327  CG  LEU A  20     -20.089 -27.202  69.044  1.00 26.47           C  
+ATOM   3328  CD1 LEU A  20     -21.337 -27.311  69.916  1.00 25.42           C  
+ATOM   3329  CD2 LEU A  20     -19.949 -25.791  68.488  1.00 26.11           C  
+ATOM   3330  N   ALA A  21     -17.816 -30.457  68.841  1.00 26.74           N  
+ATOM   3331  CA  ALA A  21     -17.857 -31.552  67.879  1.00 27.52           C  
+ATOM   3332  C   ALA A  21     -18.209 -32.876  68.552  1.00 28.17           C  
+ATOM   3333  O   ALA A  21     -18.801 -33.756  67.915  1.00 27.41           O  
+ATOM   3334  CB  ALA A  21     -16.513 -31.665  67.152  1.00 30.58           C  
+ATOM   3335  N   GLU A  22     -17.863 -33.036  69.829  1.00 27.56           N  
+ATOM   3336  CA  GLU A  22     -18.270 -34.242  70.538  1.00 32.43           C  
+ATOM   3337  C   GLU A  22     -19.773 -34.256  70.776  1.00 33.97           C  
+ATOM   3338  O   GLU A  22     -20.407 -35.313  70.658  1.00 37.75           O  
+ATOM   3339  CB  GLU A  22     -17.501 -34.370  71.852  1.00 34.79           C  
+ATOM   3340  CG  GLU A  22     -16.015 -34.585  71.627  1.00 42.92           C  
+ATOM   3341  CD  GLU A  22     -15.710 -35.919  70.948  1.00 49.97           C  
+ATOM   3342  OE1 GLU A  22     -14.733 -35.984  70.178  1.00 53.02           O  
+ATOM   3343  OE2 GLU A  22     -16.464 -36.894  71.154  1.00 52.85           O  
+ATOM   3344  N   VAL A  23     -20.371 -33.087  71.034  1.00 29.77           N  
+ATOM   3345  CA  VAL A  23     -21.831 -33.022  71.084  1.00 27.80           C  
+ATOM   3346  C   VAL A  23     -22.405 -33.370  69.725  1.00 28.52           C  
+ATOM   3347  O   VAL A  23     -23.416 -34.073  69.633  1.00 30.87           O  
+ATOM   3348  CB  VAL A  23     -22.305 -31.631  71.543  1.00 23.60           C  
+ATOM   3349  CG1 VAL A  23     -23.832 -31.563  71.557  1.00 23.40           C  
+ATOM   3350  CG2 VAL A  23     -21.768 -31.319  72.945  1.00 23.71           C  
+ATOM   3351  N   GLY A  24     -21.723 -32.973  68.650  1.00 27.00           N  
+ATOM   3352  CA  GLY A  24     -22.217 -33.278  67.318  1.00 25.67           C  
+ATOM   3353  C   GLY A  24     -22.082 -34.742  66.958  1.00 29.87           C  
+ATOM   3354  O   GLY A  24     -22.862 -35.259  66.153  1.00 27.78           O  
+ATOM   3355  N   LYS A  25     -21.102 -35.436  67.545  1.00 34.97           N  
+ATOM   3356  CA  LYS A  25     -20.993 -36.868  67.290  1.00 36.75           C  
+ATOM   3357  C   LYS A  25     -22.108 -37.635  67.989  1.00 38.40           C  
+ATOM   3358  O   LYS A  25     -22.657 -38.590  67.429  1.00 37.82           O  
+ATOM   3359  CB  LYS A  25     -19.621 -37.379  67.730  1.00 34.84           C  
+ATOM   3360  CG  LYS A  25     -18.484 -36.914  66.835  1.00 39.47           C  
+ATOM   3361  CD  LYS A  25     -17.157 -37.469  67.320  1.00 47.78           C  
+ATOM   3362  CE  LYS A  25     -16.004 -36.988  66.451  1.00 54.35           C  
+ATOM   3363  NZ  LYS A  25     -14.694 -37.309  67.096  1.00 59.33           N  
+ATOM   3364  N   LYS A  26     -22.491 -37.195  69.189  1.00 40.34           N  
+ATOM   3365  CA  LYS A  26     -23.634 -37.789  69.878  1.00 41.31           C  
+ATOM   3366  C   LYS A  26     -24.928 -37.555  69.101  1.00 41.49           C  
+ATOM   3367  O   LYS A  26     -25.770 -38.455  69.000  1.00 41.58           O  
+ATOM   3368  CB  LYS A  26     -23.719 -37.228  71.299  1.00 43.46           C  
+ATOM   3369  CG  LYS A  26     -24.908 -37.702  72.110  1.00 48.34           C  
+ATOM   3370  CD  LYS A  26     -24.804 -37.207  73.539  1.00 53.36           C  
+ATOM   3371  CE  LYS A  26     -26.019 -37.607  74.358  1.00 57.90           C  
+ATOM   3372  NZ  LYS A  26     -26.159 -39.085  74.434  1.00 61.03           N  
+ATOM   3373  N   PHE A  27     -25.092 -36.355  68.534  1.00 38.88           N  
+ATOM   3374  CA  PHE A  27     -26.234 -36.069  67.675  1.00 35.82           C  
+ATOM   3375  C   PHE A  27     -26.276 -37.016  66.485  1.00 35.56           C  
+ATOM   3376  O   PHE A  27     -27.358 -37.462  66.072  1.00 31.74           O  
+ATOM   3377  CB  PHE A  27     -26.160 -34.616  67.189  1.00 33.73           C  
+ATOM   3378  CG  PHE A  27     -27.388 -34.135  66.449  1.00 31.71           C  
+ATOM   3379  CD1 PHE A  27     -28.556 -33.824  67.132  1.00 30.14           C  
+ATOM   3380  CD2 PHE A  27     -27.358 -33.959  65.068  1.00 30.80           C  
+ATOM   3381  CE1 PHE A  27     -29.672 -33.356  66.462  1.00 27.06           C  
+ATOM   3382  CE2 PHE A  27     -28.479 -33.494  64.377  1.00 30.17           C  
+ATOM   3383  CZ  PHE A  27     -29.637 -33.192  65.075  1.00 29.63           C  
+ATOM   3384  N   GLU A  28     -25.104 -37.319  65.913  1.00 33.93           N  
+ATOM   3385  CA  GLU A  28     -25.029 -38.203  64.753  1.00 37.45           C  
+ATOM   3386  C   GLU A  28     -25.324 -39.651  65.118  1.00 39.15           C  
+ATOM   3387  O   GLU A  28     -25.897 -40.389  64.309  1.00 41.62           O  
+ATOM   3388  CB  GLU A  28     -23.644 -38.109  64.109  1.00 40.65           C  
+ATOM   3389  CG  GLU A  28     -23.496 -38.917  62.820  1.00 42.70           C  
+ATOM   3390  CD  GLU A  28     -22.055 -38.956  62.300  1.00 45.96           C  
+ATOM   3391  OE1 GLU A  28     -21.185 -38.246  62.853  1.00 43.88           O  
+ATOM   3392  OE2 GLU A  28     -21.798 -39.705  61.329  1.00 48.61           O  
+ATOM   3393  N   LYS A  29     -24.918 -40.082  66.312  1.00 40.04           N  
+ATOM   3394  CA  LYS A  29     -25.168 -41.456  66.723  1.00 44.27           C  
+ATOM   3395  C   LYS A  29     -26.657 -41.695  66.942  1.00 46.57           C  
+ATOM   3396  O   LYS A  29     -27.175 -42.765  66.601  1.00 47.03           O  
+ATOM   3397  CB  LYS A  29     -24.363 -41.772  67.983  1.00 46.60           C  
+ATOM   3398  CG  LYS A  29     -24.400 -43.227  68.420  1.00 50.42           C  
+ATOM   3399  CD  LYS A  29     -23.650 -43.405  69.738  1.00 53.71           C  
+ATOM   3400  CE  LYS A  29     -23.562 -44.868  70.161  1.00 53.40           C  
+ATOM   3401  NZ  LYS A  29     -22.655 -45.691  69.301  1.00 50.63           N  
+ATOM   3402  N   ASP A  30     -27.363 -40.695  67.486  1.00 44.39           N  
+ATOM   3403  CA  ASP A  30     -28.782 -40.833  67.797  1.00 40.70           C  
+ATOM   3404  C   ASP A  30     -29.659 -40.634  66.568  1.00 43.05           C  
+ATOM   3405  O   ASP A  30     -30.670 -41.326  66.409  1.00 46.51           O  
+ATOM   3406  CB  ASP A  30     -29.183 -39.830  68.876  1.00 41.72           C  
+ATOM   3407  CG  ASP A  30     -28.575 -40.142  70.223  1.00 45.23           C  
+ATOM   3408  OD1 ASP A  30     -27.948 -41.209  70.380  1.00 48.00           O  
+ATOM   3409  OD2 ASP A  30     -28.717 -39.305  71.133  1.00 49.38           O  
+ATOM   3410  N   THR A  31     -29.292 -39.706  65.683  1.00 40.84           N  
+ATOM   3411  CA  THR A  31     -30.165 -39.322  64.584  1.00 41.19           C  
+ATOM   3412  C   THR A  31     -29.649 -39.713  63.212  1.00 42.19           C  
+ATOM   3413  O   THR A  31     -30.424 -39.673  62.254  1.00 42.97           O  
+ATOM   3414  CB  THR A  31     -30.396 -37.802  64.573  1.00 42.74           C  
+ATOM   3415  OG1 THR A  31     -29.187 -37.141  64.169  1.00 46.01           O  
+ATOM   3416  CG2 THR A  31     -30.821 -37.292  65.944  1.00 40.62           C  
+ATOM   3417  N   GLY A  32     -28.370 -40.059  63.084  1.00 44.36           N  
+ATOM   3418  CA  GLY A  32     -27.786 -40.312  61.785  1.00 41.88           C  
+ATOM   3419  C   GLY A  32     -27.373 -39.071  61.019  1.00 41.25           C  
+ATOM   3420  O   GLY A  32     -26.940 -39.193  59.867  1.00 39.93           O  
+ATOM   3421  N   ILE A  33     -27.516 -37.884  61.604  1.00 39.40           N  
+ATOM   3422  CA  ILE A  33     -27.209 -36.626  60.933  1.00 39.18           C  
+ATOM   3423  C   ILE A  33     -25.819 -36.154  61.345  1.00 36.82           C  
+ATOM   3424  O   ILE A  33     -25.562 -35.921  62.534  1.00 35.60           O  
+ATOM   3425  CB  ILE A  33     -28.268 -35.569  61.253  1.00 41.62           C  
+ATOM   3426  CG1 ILE A  33     -29.572 -35.961  60.567  1.00 44.42           C  
+ATOM   3427  CG2 ILE A  33     -27.792 -34.192  60.808  1.00 40.19           C  
+ATOM   3428  CD1 ILE A  33     -30.769 -35.640  61.387  1.00 47.57           C  
+ATOM   3429  N   LYS A  34     -24.936 -35.976  60.361  1.00 35.00           N  
+ATOM   3430  CA  LYS A  34     -23.570 -35.551  60.635  1.00 38.51           C  
+ATOM   3431  C   LYS A  34     -23.499 -34.050  60.903  1.00 36.79           C  
+ATOM   3432  O   LYS A  34     -24.134 -33.246  60.212  1.00 33.60           O  
+ATOM   3433  CB  LYS A  34     -22.649 -35.916  59.469  1.00 45.74           C  
+ATOM   3434  CG  LYS A  34     -22.626 -37.409  59.144  1.00 51.28           C  
+ATOM   3435  CD  LYS A  34     -21.613 -37.744  58.057  1.00 53.09           C  
+ATOM   3436  CE  LYS A  34     -21.518 -39.249  57.845  1.00 53.84           C  
+ATOM   3437  NZ  LYS A  34     -20.574 -39.898  58.803  1.00 56.68           N  
+ATOM   3438  N   VAL A  35     -22.722 -33.686  61.924  1.00 37.33           N  
+ATOM   3439  CA  VAL A  35     -22.477 -32.298  62.312  1.00 32.55           C  
+ATOM   3440  C   VAL A  35     -20.997 -32.001  62.074  1.00 33.81           C  
+ATOM   3441  O   VAL A  35     -20.128 -32.666  62.649  1.00 33.89           O  
+ATOM   3442  CB  VAL A  35     -22.847 -32.049  63.784  1.00 30.15           C  
+ATOM   3443  CG1 VAL A  35     -22.522 -30.616  64.175  1.00 27.32           C  
+ATOM   3444  CG2 VAL A  35     -24.332 -32.363  64.053  1.00 27.31           C  
+ATOM   3445  N   THR A  36     -20.707 -30.996  61.249  1.00 30.52           N  
+ATOM   3446  CA  THR A  36     -19.339 -30.572  60.952  1.00 29.66           C  
+ATOM   3447  C   THR A  36     -19.104 -29.201  61.580  1.00 28.76           C  
+ATOM   3448  O   THR A  36     -19.810 -28.241  61.251  1.00 28.99           O  
+ATOM   3449  CB  THR A  36     -19.101 -30.530  59.438  1.00 32.25           C  
+ATOM   3450  OG1 THR A  36     -19.215 -31.852  58.906  1.00 35.16           O  
+ATOM   3451  CG2 THR A  36     -17.724 -29.969  59.102  1.00 31.37           C  
+ATOM   3452  N   VAL A  37     -18.142 -29.119  62.510  1.00 28.85           N  
+ATOM   3453  CA  VAL A  37     -17.799 -27.874  63.203  1.00 28.29           C  
+ATOM   3454  C   VAL A  37     -16.543 -27.290  62.561  1.00 29.19           C  
+ATOM   3455  O   VAL A  37     -15.526 -27.983  62.434  1.00 29.72           O  
+ATOM   3456  CB  VAL A  37     -17.594 -28.114  64.713  1.00 30.51           C  
+ATOM   3457  CG1 VAL A  37     -17.226 -26.827  65.418  1.00 29.71           C  
+ATOM   3458  CG2 VAL A  37     -18.866 -28.676  65.349  1.00 24.43           C  
+ATOM   3459  N   GLU A  38     -16.613 -26.023  62.132  1.00 26.98           N  
+ATOM   3460  CA  GLU A  38     -15.474 -25.335  61.525  1.00 25.35           C  
+ATOM   3461  C   GLU A  38     -15.222 -24.033  62.272  1.00 25.28           C  
+ATOM   3462  O   GLU A  38     -16.111 -23.495  62.936  1.00 24.87           O  
+ATOM   3463  CB  GLU A  38     -15.696 -25.030  60.024  1.00 30.65           C  
+ATOM   3464  CG  GLU A  38     -16.145 -26.225  59.212  1.00 31.87           C  
+ATOM   3465  CD  GLU A  38     -16.458 -25.890  57.766  1.00 35.62           C  
+ATOM   3466  OE1 GLU A  38     -16.818 -24.731  57.474  1.00 34.42           O  
+ATOM   3467  OE2 GLU A  38     -16.373 -26.807  56.922  1.00 36.91           O  
+ATOM   3468  N   HIS A  39     -13.990 -23.530  62.183  1.00 25.69           N  
+ATOM   3469  CA  HIS A  39     -13.619 -22.284  62.858  1.00 25.68           C  
+ATOM   3470  C   HIS A  39     -12.816 -21.396  61.923  1.00 33.88           C  
+ATOM   3471  O   HIS A  39     -11.617 -21.178  62.120  1.00 32.19           O  
+ATOM   3472  CB  HIS A  39     -12.875 -22.581  64.166  1.00 25.93           C  
+ATOM   3473  CG  HIS A  39     -11.782 -23.600  64.038  1.00 33.37           C  
+ATOM   3474  ND1 HIS A  39     -10.454 -23.255  63.921  1.00 33.25           N  
+ATOM   3475  CD2 HIS A  39     -11.819 -24.954  64.021  1.00 34.03           C  
+ATOM   3476  CE1 HIS A  39      -9.719 -24.350  63.835  1.00 34.34           C  
+ATOM   3477  NE2 HIS A  39     -10.524 -25.395  63.892  1.00 33.61           N  
+ATOM   3478  N   PRO A  40     -13.457 -20.840  60.894  1.00 32.80           N  
+ATOM   3479  CA  PRO A  40     -12.711 -20.017  59.934  1.00 31.10           C  
+ATOM   3480  C   PRO A  40     -12.241 -18.714  60.562  1.00 31.28           C  
+ATOM   3481  O   PRO A  40     -12.778 -18.243  61.563  1.00 30.37           O  
+ATOM   3482  CB  PRO A  40     -13.714 -19.770  58.800  1.00 28.20           C  
+ATOM   3483  CG  PRO A  40     -15.056 -19.969  59.411  1.00 28.61           C  
+ATOM   3484  CD  PRO A  40     -14.880 -20.965  60.537  1.00 28.96           C  
+ATOM   3485  N   ASP A  41     -11.177 -18.162  59.983  1.00 33.59           N  
+ATOM   3486  CA  ASP A  41     -10.667 -16.876  60.434  1.00 36.15           C  
+ATOM   3487  C   ASP A  41     -11.647 -15.771  60.057  1.00 30.80           C  
+ATOM   3488  O   ASP A  41     -12.277 -15.818  59.000  1.00 29.66           O  
+ATOM   3489  CB  ASP A  41      -9.288 -16.589  59.821  1.00 41.08           C  
+ATOM   3490  CG  ASP A  41      -8.211 -17.577  60.280  1.00 50.38           C  
+ATOM   3491  OD1 ASP A  41      -7.520 -18.150  59.413  1.00 54.35           O  
+ATOM   3492  OD2 ASP A  41      -8.059 -17.790  61.505  1.00 53.98           O  
+ATOM   3493  N   LYS A  42     -11.779 -14.785  60.940  1.00 31.93           N  
+ATOM   3494  CA BLYS A  42     -12.643 -13.634  60.695  0.57 35.60           C  
+ATOM   3495  C   LYS A  42     -14.070 -14.069  60.361  1.00 33.69           C  
+ATOM   3496  O   LYS A  42     -14.734 -13.481  59.503  1.00 32.35           O  
+ATOM   3497  CB BLYS A  42     -12.065 -12.750  59.583  0.57 37.42           C  
+ATOM   3498  CG BLYS A  42     -10.652 -12.240  59.872  0.57 39.45           C  
+ATOM   3499  CD BLYS A  42     -10.205 -11.186  58.875  0.57 40.02           C  
+ATOM   3500  CE BLYS A  42      -8.850 -10.597  59.261  0.57 42.63           C  
+ATOM   3501  NZ BLYS A  42      -8.484  -9.430  58.412  0.57 42.58           N  
+ATOM   3502  N   LEU A  43     -14.549 -15.115  61.042  1.00 28.86           N  
+ATOM   3503  CA  LEU A  43     -15.861 -15.654  60.692  1.00 31.63           C  
+ATOM   3504  C   LEU A  43     -16.987 -14.648  60.917  1.00 24.31           C  
+ATOM   3505  O   LEU A  43     -18.029 -14.754  60.265  1.00 24.32           O  
+ATOM   3506  CB  LEU A  43     -16.136 -16.947  61.465  1.00 33.63           C  
+ATOM   3507  CG  LEU A  43     -16.496 -16.895  62.952  1.00 35.62           C  
+ATOM   3508  CD1 LEU A  43     -17.995 -16.802  63.201  1.00 31.70           C  
+ATOM   3509  CD2 LEU A  43     -15.936 -18.113  63.643  1.00 38.12           C  
+ATOM   3510  N   GLU A  44     -16.803 -13.673  61.808  1.00 23.83           N  
+ATOM   3511  CA  GLU A  44     -17.839 -12.665  62.027  1.00 30.34           C  
+ATOM   3512  C   GLU A  44     -17.920 -11.662  60.884  1.00 27.64           C  
+ATOM   3513  O   GLU A  44     -18.924 -10.951  60.773  1.00 30.39           O  
+ATOM   3514  CB  GLU A  44     -17.609 -11.932  63.355  1.00 30.09           C  
+ATOM   3515  CG  GLU A  44     -16.644 -10.750  63.277  1.00 33.73           C  
+ATOM   3516  CD  GLU A  44     -15.176 -11.158  63.333  1.00 35.60           C  
+ATOM   3517  OE1 GLU A  44     -14.865 -12.347  63.126  1.00 35.93           O  
+ATOM   3518  OE2 GLU A  44     -14.331 -10.278  63.588  1.00 35.97           O  
+ATOM   3519  N   GLU A  45     -16.879 -11.576  60.049  1.00 28.33           N  
+ATOM   3520  CA  GLU A  45     -16.939 -10.811  58.812  1.00 30.06           C  
+ATOM   3521  C   GLU A  45     -17.301 -11.681  57.613  1.00 32.27           C  
+ATOM   3522  O   GLU A  45     -17.933 -11.191  56.675  1.00 31.61           O  
+ATOM   3523  CB  GLU A  45     -15.593 -10.127  58.548  1.00 37.60           C  
+ATOM   3524  CG  GLU A  45     -15.178  -9.090  59.590  1.00 46.35           C  
+ATOM   3525  CD  GLU A  45     -13.807  -8.483  59.284  1.00 54.51           C  
+ATOM   3526  OE1 GLU A  45     -13.158  -8.941  58.320  1.00 58.91           O  
+ATOM   3527  OE2 GLU A  45     -13.374  -7.557  60.003  1.00 57.98           O  
+ATOM   3528  N   LYS A  46     -16.914 -12.961  57.626  1.00 31.22           N  
+ATOM   3529  CA  LYS A  46     -17.238 -13.854  56.517  1.00 31.62           C  
+ATOM   3530  C   LYS A  46     -18.714 -14.233  56.522  1.00 26.07           C  
+ATOM   3531  O   LYS A  46     -19.333 -14.344  55.459  1.00 26.50           O  
+ATOM   3532  CB  LYS A  46     -16.381 -15.127  56.576  1.00 33.84           C  
+ATOM   3533  CG  LYS A  46     -14.931 -14.968  56.154  1.00 43.39           C  
+ATOM   3534  CD  LYS A  46     -14.480 -16.163  55.316  1.00 50.20           C  
+ATOM   3535  CE  LYS A  46     -12.969 -16.169  55.092  1.00 52.30           C  
+ATOM   3536  NZ  LYS A  46     -12.217 -16.658  56.285  1.00 54.29           N  
+ATOM   3537  N   PHE A  47     -19.298 -14.447  57.699  1.00 23.06           N  
+ATOM   3538  CA  PHE A  47     -20.692 -14.891  57.728  1.00 29.03           C  
+ATOM   3539  C   PHE A  47     -21.635 -13.954  56.987  1.00 24.44           C  
+ATOM   3540  O   PHE A  47     -22.387 -14.442  56.131  1.00 28.81           O  
+ATOM   3541  CB  PHE A  47     -21.191 -15.107  59.163  1.00 22.41           C  
+ATOM   3542  CG  PHE A  47     -22.668 -15.453  59.229  1.00 21.92           C  
+ATOM   3543  CD1 PHE A  47     -23.101 -16.745  58.960  1.00 21.86           C  
+ATOM   3544  CD2 PHE A  47     -23.617 -14.477  59.501  1.00 21.53           C  
+ATOM   3545  CE1 PHE A  47     -24.455 -17.064  58.997  1.00 21.43           C  
+ATOM   3546  CE2 PHE A  47     -24.964 -14.794  59.546  1.00 21.10           C  
+ATOM   3547  CZ  PHE A  47     -25.385 -16.087  59.281  1.00 21.04           C  
+ATOM   3548  N   PRO A  48     -21.658 -12.638  57.239  1.00 24.77           N  
+ATOM   3549  CA  PRO A  48     -22.603 -11.783  56.501  1.00 25.16           C  
+ATOM   3550  C   PRO A  48     -22.361 -11.749  54.998  1.00 27.57           C  
+ATOM   3551  O   PRO A  48     -23.308 -11.489  54.244  1.00 26.36           O  
+ATOM   3552  CB  PRO A  48     -22.409 -10.399  57.142  1.00 25.07           C  
+ATOM   3553  CG  PRO A  48     -21.053 -10.452  57.756  1.00 26.16           C  
+ATOM   3554  CD  PRO A  48     -20.904 -11.862  58.242  1.00 25.13           C  
+ATOM   3555  N   GLN A  49     -21.131 -12.019  54.544  1.00 27.88           N  
+ATOM   3556  CA  GLN A  49     -20.816 -12.027  53.122  1.00 28.46           C  
+ATOM   3557  C   GLN A  49     -21.334 -13.290  52.448  1.00 28.43           C  
+ATOM   3558  O   GLN A  49     -21.958 -13.217  51.384  1.00 27.07           O  
+ATOM   3559  CB  GLN A  49     -19.299 -11.904  52.918  1.00 32.10           C  
+ATOM   3560  CG  GLN A  49     -18.697 -10.614  53.458  1.00 40.98           C  
+ATOM   3561  CD  GLN A  49     -17.186 -10.550  53.292  1.00 52.91           C  
+ATOM   3562  OE1 GLN A  49     -16.513 -11.580  53.200  1.00 57.35           O  
+ATOM   3563  NE2 GLN A  49     -16.643  -9.335  53.269  1.00 54.92           N  
+ATOM   3564  N   VAL A  50     -21.078 -14.460  53.042  1.00 22.46           N  
+ATOM   3565  CA  VAL A  50     -21.523 -15.694  52.398  1.00 22.38           C  
+ATOM   3566  C   VAL A  50     -23.009 -15.941  52.654  1.00 25.17           C  
+ATOM   3567  O   VAL A  50     -23.717 -16.438  51.765  1.00 21.97           O  
+ATOM   3568  CB  VAL A  50     -20.671 -16.902  52.842  1.00 23.44           C  
+ATOM   3569  CG1 VAL A  50     -19.222 -16.752  52.381  1.00 26.92           C  
+ATOM   3570  CG2 VAL A  50     -20.718 -17.077  54.354  1.00 29.21           C  
+ATOM   3571  N   ALA A  51     -23.516 -15.578  53.837  1.00 23.33           N  
+ATOM   3572  CA  ALA A  51     -24.925 -15.821  54.133  1.00 26.28           C  
+ATOM   3573  C   ALA A  51     -25.840 -14.969  53.266  1.00 27.47           C  
+ATOM   3574  O   ALA A  51     -26.929 -15.419  52.902  1.00 22.14           O  
+ATOM   3575  CB  ALA A  51     -25.231 -15.553  55.607  1.00 22.51           C  
+ATOM   3576  N   ALA A  52     -25.416 -13.753  52.913  1.00 20.83           N  
+ATOM   3577  CA  ALA A  52     -26.266 -12.912  52.075  1.00 28.53           C  
+ATOM   3578  C   ALA A  52     -26.551 -13.567  50.726  1.00 29.57           C  
+ATOM   3579  O   ALA A  52     -27.637 -13.381  50.170  1.00 32.91           O  
+ATOM   3580  CB  ALA A  52     -25.627 -11.541  51.873  1.00 30.26           C  
+ATOM   3581  N   THR A  53     -25.606 -14.336  50.183  1.00 26.33           N  
+ATOM   3582  CA  THR A  53     -25.833 -14.991  48.894  1.00 26.24           C  
+ATOM   3583  C   THR A  53     -26.444 -16.388  49.031  1.00 24.76           C  
+ATOM   3584  O   THR A  53     -26.585 -17.097  48.025  1.00 23.06           O  
+ATOM   3585  CB  THR A  53     -24.536 -15.054  48.079  1.00 28.94           C  
+ATOM   3586  OG1 THR A  53     -23.556 -15.836  48.771  1.00 31.55           O  
+ATOM   3587  CG2 THR A  53     -23.989 -13.648  47.832  1.00 29.03           C  
+ATOM   3588  N   GLY A  54     -26.848 -16.780  50.234  1.00 27.01           N  
+ATOM   3589  CA  GLY A  54     -27.485 -18.063  50.460  1.00 26.17           C  
+ATOM   3590  C   GLY A  54     -26.546 -19.196  50.798  1.00 29.72           C  
+ATOM   3591  O   GLY A  54     -26.983 -20.355  50.797  1.00 32.63           O  
+ATOM   3592  N   ASP A  55     -25.283 -18.900  51.114  1.00 28.22           N  
+ATOM   3593  CA  ASP A  55     -24.267 -19.873  51.488  1.00 29.83           C  
+ATOM   3594  C   ASP A  55     -23.996 -19.764  52.997  1.00 25.57           C  
+ATOM   3595  O   ASP A  55     -24.714 -19.085  53.724  1.00 25.50           O  
+ATOM   3596  CB  ASP A  55     -22.988 -19.632  50.679  1.00 34.09           C  
+ATOM   3597  CG  ASP A  55     -23.244 -19.546  49.176  1.00 42.28           C  
+ATOM   3598  OD1 ASP A  55     -23.548 -20.591  48.558  1.00 45.52           O  
+ATOM   3599  OD2 ASP A  55     -23.136 -18.431  48.613  1.00 42.00           O  
+ATOM   3600  N   GLY A  56     -22.925 -20.401  53.454  1.00 24.74           N  
+ATOM   3601  CA  GLY A  56     -22.508 -20.295  54.838  1.00 25.34           C  
+ATOM   3602  C   GLY A  56     -22.908 -21.484  55.691  1.00 24.06           C  
+ATOM   3603  O   GLY A  56     -23.374 -22.507  55.193  1.00 24.37           O  
+ATOM   3604  N   PRO A  57     -22.715 -21.377  56.998  1.00 22.39           N  
+ATOM   3605  CA  PRO A  57     -23.082 -22.478  57.889  1.00 22.37           C  
+ATOM   3606  C   PRO A  57     -24.577 -22.465  58.195  1.00 27.44           C  
+ATOM   3607  O   PRO A  57     -25.276 -21.473  57.986  1.00 21.52           O  
+ATOM   3608  CB  PRO A  57     -22.271 -22.185  59.157  1.00 22.62           C  
+ATOM   3609  CG  PRO A  57     -22.270 -20.686  59.204  1.00 22.47           C  
+ATOM   3610  CD  PRO A  57     -22.206 -20.215  57.738  1.00 22.46           C  
+ATOM   3611  N   ASP A  58     -25.059 -23.605  58.703  1.00 21.80           N  
+ATOM   3612  CA  ASP A  58     -26.431 -23.683  59.207  1.00 21.36           C  
+ATOM   3613  C   ASP A  58     -26.588 -22.902  60.511  1.00 26.91           C  
+ATOM   3614  O   ASP A  58     -27.628 -22.272  60.750  1.00 23.58           O  
+ATOM   3615  CB  ASP A  58     -26.822 -25.146  59.426  1.00 21.39           C  
+ATOM   3616  CG  ASP A  58     -26.858 -25.937  58.133  1.00 31.81           C  
+ATOM   3617  OD1 ASP A  58     -25.852 -26.633  57.833  1.00 32.70           O  
+ATOM   3618  OD2 ASP A  58     -27.870 -25.828  57.414  1.00 25.55           O  
+ATOM   3619  N   ILE A  59     -25.576 -22.967  61.370  1.00 26.54           N  
+ATOM   3620  CA  ILE A  59     -25.563 -22.327  62.682  1.00 21.53           C  
+ATOM   3621  C   ILE A  59     -24.274 -21.527  62.800  1.00 24.10           C  
+ATOM   3622  O   ILE A  59     -23.204 -21.999  62.396  1.00 22.27           O  
+ATOM   3623  CB  ILE A  59     -25.656 -23.362  63.829  1.00 21.61           C  
+ATOM   3624  CG1 ILE A  59     -26.948 -24.184  63.724  1.00 21.29           C  
+ATOM   3625  CG2 ILE A  59     -25.569 -22.681  65.213  1.00 21.58           C  
+ATOM   3626  CD1 ILE A  59     -26.959 -25.399  64.622  1.00 21.43           C  
+ATOM   3627  N   ILE A  60     -24.371 -20.317  63.346  1.00 24.33           N  
+ATOM   3628  CA  ILE A  60     -23.207 -19.480  63.607  1.00 22.03           C  
+ATOM   3629  C   ILE A  60     -23.192 -19.117  65.087  1.00 22.00           C  
+ATOM   3630  O   ILE A  60     -24.224 -18.714  65.649  1.00 23.04           O  
+ATOM   3631  CB  ILE A  60     -23.192 -18.215  62.727  1.00 24.77           C  
+ATOM   3632  CG1 ILE A  60     -22.003 -17.344  63.133  1.00 32.98           C  
+ATOM   3633  CG2 ILE A  60     -24.523 -17.450  62.828  1.00 24.64           C  
+ATOM   3634  CD1 ILE A  60     -21.934 -16.033  62.460  1.00 38.40           C  
+ATOM   3635  N   PHE A  61     -22.025 -19.273  65.710  1.00 22.38           N  
+ATOM   3636  CA  PHE A  61     -21.786 -18.895  67.101  1.00 22.42           C  
+ATOM   3637  C   PHE A  61     -20.973 -17.602  67.140  1.00 25.11           C  
+ATOM   3638  O   PHE A  61     -19.919 -17.510  66.499  1.00 26.04           O  
+ATOM   3639  CB  PHE A  61     -21.016 -19.996  67.839  1.00 22.75           C  
+ATOM   3640  CG  PHE A  61     -21.850 -21.173  68.248  1.00 27.13           C  
+ATOM   3641  CD1 PHE A  61     -22.311 -22.083  67.305  1.00 22.53           C  
+ATOM   3642  CD2 PHE A  61     -22.147 -21.390  69.591  1.00 25.10           C  
+ATOM   3643  CE1 PHE A  61     -23.068 -23.177  67.690  1.00 22.40           C  
+ATOM   3644  CE2 PHE A  61     -22.917 -22.473  69.984  1.00 23.98           C  
+ATOM   3645  CZ  PHE A  61     -23.372 -23.373  69.033  1.00 28.41           C  
+ATOM   3646  N   TRP A  62     -21.454 -16.619  67.893  1.00 25.93           N  
+ATOM   3647  CA  TRP A  62     -20.691 -15.409  68.179  1.00 22.49           C  
+ATOM   3648  C   TRP A  62     -21.324 -14.726  69.384  1.00 25.19           C  
+ATOM   3649  O   TRP A  62     -22.459 -15.024  69.769  1.00 21.89           O  
+ATOM   3650  CB  TRP A  62     -20.649 -14.453  66.977  1.00 22.45           C  
+ATOM   3651  CG  TRP A  62     -19.555 -13.425  67.098  1.00 23.84           C  
+ATOM   3652  CD1 TRP A  62     -19.675 -12.146  67.564  1.00 25.25           C  
+ATOM   3653  CD2 TRP A  62     -18.166 -13.602  66.768  1.00 23.23           C  
+ATOM   3654  NE1 TRP A  62     -18.444 -11.517  67.548  1.00 25.42           N  
+ATOM   3655  CE2 TRP A  62     -17.506 -12.388  67.061  1.00 26.00           C  
+ATOM   3656  CE3 TRP A  62     -17.421 -14.668  66.260  1.00 23.56           C  
+ATOM   3657  CZ2 TRP A  62     -16.130 -12.210  66.851  1.00 24.26           C  
+ATOM   3658  CZ3 TRP A  62     -16.052 -14.495  66.054  1.00 24.03           C  
+ATOM   3659  CH2 TRP A  62     -15.422 -13.272  66.346  1.00 24.17           C  
+ATOM   3660  N   ALA A  63     -20.579 -13.797  69.980  1.00 24.24           N  
+ATOM   3661  CA  ALA A  63     -21.172 -12.948  71.004  1.00 22.14           C  
+ATOM   3662  C   ALA A  63     -22.358 -12.182  70.414  1.00 28.22           C  
+ATOM   3663  O   ALA A  63     -22.426 -11.928  69.201  1.00 21.72           O  
+ATOM   3664  CB  ALA A  63     -20.121 -11.989  71.582  1.00 23.61           C  
+ATOM   3665  N   HIS A  64     -23.318 -11.835  71.280  1.00 21.43           N  
+ATOM   3666  CA  HIS A  64     -24.617 -11.350  70.817  1.00 22.39           C  
+ATOM   3667  C   HIS A  64     -24.553 -10.002  70.099  1.00 24.65           C  
+ATOM   3668  O   HIS A  64     -25.538  -9.635  69.447  1.00 26.48           O  
+ATOM   3669  CB  HIS A  64     -25.583 -11.247  71.995  1.00 23.11           C  
+ATOM   3670  CG  HIS A  64     -25.281 -10.100  72.902  1.00 23.21           C  
+ATOM   3671  ND1 HIS A  64     -24.312 -10.167  73.881  1.00 24.27           N  
+ATOM   3672  CD2 HIS A  64     -25.796  -8.851  72.966  1.00 21.25           C  
+ATOM   3673  CE1 HIS A  64     -24.240  -9.007  74.509  1.00 21.38           C  
+ATOM   3674  NE2 HIS A  64     -25.135  -8.192  73.979  1.00 22.93           N  
+ATOM   3675  N   ASP A  65     -23.441  -9.248  70.210  1.00 23.10           N  
+ATOM   3676  CA  ASP A  65     -23.419  -7.867  69.715  1.00 23.58           C  
+ATOM   3677  C   ASP A  65     -23.509  -7.765  68.197  1.00 23.43           C  
+ATOM   3678  O   ASP A  65     -23.972  -6.738  67.692  1.00 24.89           O  
+ATOM   3679  CB  ASP A  65     -22.157  -7.112  70.185  1.00 21.59           C  
+ATOM   3680  CG  ASP A  65     -20.845  -7.752  69.709  1.00 23.80           C  
+ATOM   3681  OD1 ASP A  65     -20.576  -8.929  70.053  1.00 22.42           O  
+ATOM   3682  OD2 ASP A  65     -20.074  -7.075  68.986  1.00 23.79           O  
+ATOM   3683  N   ARG A  66     -23.108  -8.800  67.464  1.00 22.11           N  
+ATOM   3684  CA  ARG A  66     -23.127  -8.772  66.003  1.00 21.37           C  
+ATOM   3685  C   ARG A  66     -24.450  -9.224  65.400  1.00 20.98           C  
+ATOM   3686  O   ARG A  66     -24.643  -9.067  64.186  1.00 21.28           O  
+ATOM   3687  CB  ARG A  66     -22.004  -9.655  65.428  1.00 23.51           C  
+ATOM   3688  CG  ARG A  66     -20.610  -9.232  65.814  1.00 29.57           C  
+ATOM   3689  CD  ARG A  66     -19.810  -8.782  64.629  1.00 33.63           C  
+ATOM   3690  NE  ARG A  66     -18.640  -8.003  65.061  1.00 35.72           N  
+ATOM   3691  CZ  ARG A  66     -17.961  -7.202  64.251  1.00 33.09           C  
+ATOM   3692  NH1 ARG A  66     -18.335  -7.092  62.975  1.00 36.39           N  
+ATOM   3693  NH2 ARG A  66     -16.929  -6.512  64.706  1.00 29.94           N  
+ATOM   3694  N   PHE A  67     -25.354  -9.787  66.198  1.00 26.68           N  
+ATOM   3695  CA  PHE A  67     -26.547 -10.423  65.646  1.00 26.12           C  
+ATOM   3696  C   PHE A  67     -27.608  -9.426  65.197  1.00 20.03           C  
+ATOM   3697  O   PHE A  67     -28.391  -9.745  64.297  1.00 19.80           O  
+ATOM   3698  CB  PHE A  67     -27.120 -11.411  66.665  1.00 26.96           C  
+ATOM   3699  CG  PHE A  67     -26.398 -12.735  66.678  1.00 31.29           C  
+ATOM   3700  CD1 PHE A  67     -25.168 -12.860  67.288  1.00 35.40           C  
+ATOM   3701  CD2 PHE A  67     -26.937 -13.846  66.046  1.00 34.09           C  
+ATOM   3702  CE1 PHE A  67     -24.483 -14.074  67.278  1.00 37.38           C  
+ATOM   3703  CE2 PHE A  67     -26.267 -15.058  66.040  1.00 33.28           C  
+ATOM   3704  CZ  PHE A  67     -25.040 -15.171  66.659  1.00 33.04           C  
+ATOM   3705  N   GLY A  68     -27.619  -8.212  65.744  1.00 20.63           N  
+ATOM   3706  CA  GLY A  68     -28.569  -7.222  65.262  1.00 19.67           C  
+ATOM   3707  C   GLY A  68     -28.317  -6.838  63.812  1.00 22.13           C  
+ATOM   3708  O   GLY A  68     -29.254  -6.743  63.014  1.00 21.38           O  
+ATOM   3709  N   GLY A  69     -27.045  -6.639  63.444  1.00 26.11           N  
+ATOM   3710  CA  GLY A  69     -26.725  -6.365  62.051  1.00 20.15           C  
+ATOM   3711  C   GLY A  69     -27.069  -7.525  61.132  1.00 23.16           C  
+ATOM   3712  O   GLY A  69     -27.535  -7.323  60.009  1.00 25.03           O  
+ATOM   3713  N   TYR A  70     -26.797  -8.753  61.577  1.00 20.20           N  
+ATOM   3714  CA  TYR A  70     -27.206  -9.930  60.811  1.00 25.98           C  
+ATOM   3715  C   TYR A  70     -28.720  -9.983  60.662  1.00 24.69           C  
+ATOM   3716  O   TYR A  70     -29.236 -10.301  59.584  1.00 25.23           O  
+ATOM   3717  CB  TYR A  70     -26.718 -11.211  61.489  1.00 25.44           C  
+ATOM   3718  CG  TYR A  70     -25.224 -11.353  61.693  1.00 24.03           C  
+ATOM   3719  CD1 TYR A  70     -24.307 -10.616  60.945  1.00 21.08           C  
+ATOM   3720  CD2 TYR A  70     -24.734 -12.249  62.637  1.00 21.03           C  
+ATOM   3721  CE1 TYR A  70     -22.933 -10.769  61.147  1.00 23.84           C  
+ATOM   3722  CE2 TYR A  70     -23.385 -12.417  62.829  1.00 29.71           C  
+ATOM   3723  CZ  TYR A  70     -22.484 -11.675  62.091  1.00 21.74           C  
+ATOM   3724  OH  TYR A  70     -21.139 -11.861  62.319  1.00 24.83           O  
+ATOM   3725  N   ALA A  71     -29.450  -9.676  61.732  1.00 19.43           N  
+ATOM   3726  CA  ALA A  71     -30.912  -9.724  61.678  1.00 22.26           C  
+ATOM   3727  C   ALA A  71     -31.475  -8.649  60.750  1.00 23.62           C  
+ATOM   3728  O   ALA A  71     -32.391  -8.920  59.967  1.00 22.45           O  
+ATOM   3729  CB  ALA A  71     -31.492  -9.563  63.079  1.00 18.86           C  
+ATOM   3730  N   GLN A  72     -30.934  -7.429  60.822  1.00 24.51           N  
+ATOM   3731  CA  GLN A  72     -31.398  -6.342  59.967  1.00 23.37           C  
+ATOM   3732  C   GLN A  72     -31.165  -6.643  58.490  1.00 25.35           C  
+ATOM   3733  O   GLN A  72     -31.939  -6.193  57.642  1.00 21.28           O  
+ATOM   3734  CB  GLN A  72     -30.699  -5.029  60.336  1.00 21.86           C  
+ATOM   3735  CG  GLN A  72     -31.220  -3.822  59.557  1.00 25.70           C  
+ATOM   3736  CD  GLN A  72     -30.453  -2.527  59.845  1.00 27.21           C  
+ATOM   3737  OE1 GLN A  72     -29.246  -2.428  59.600  1.00 32.45           O  
+ATOM   3738  NE2 GLN A  72     -31.162  -1.528  60.350  1.00 21.30           N  
+ATOM   3739  N   SER A  73     -30.080  -7.355  58.161  1.00 23.95           N  
+ATOM   3740  CA  SER A  73     -29.777  -7.753  56.788  1.00 24.62           C  
+ATOM   3741  C   SER A  73     -30.560  -8.979  56.332  1.00 25.96           C  
+ATOM   3742  O   SER A  73     -30.353  -9.435  55.199  1.00 30.17           O  
+ATOM   3743  CB  SER A  73     -28.273  -8.027  56.619  1.00 26.07           C  
+ATOM   3744  OG  SER A  73     -27.477  -6.892  56.938  1.00 26.72           O  
+ATOM   3745  N   GLY A  74     -31.441  -9.516  57.174  1.00 25.92           N  
+ATOM   3746  CA  GLY A  74     -32.260 -10.668  56.828  1.00 26.56           C  
+ATOM   3747  C   GLY A  74     -31.541 -11.996  56.834  1.00 27.07           C  
+ATOM   3748  O   GLY A  74     -32.008 -12.948  56.189  1.00 27.24           O  
+ATOM   3749  N   LEU A  75     -30.436 -12.107  57.564  1.00 22.41           N  
+ATOM   3750  CA  LEU A  75     -29.593 -13.290  57.472  1.00 22.21           C  
+ATOM   3751  C   LEU A  75     -29.934 -14.367  58.489  1.00 27.21           C  
+ATOM   3752  O   LEU A  75     -29.392 -15.475  58.385  1.00 28.77           O  
+ATOM   3753  CB  LEU A  75     -28.117 -12.893  57.617  1.00 21.74           C  
+ATOM   3754  CG  LEU A  75     -27.609 -11.769  56.715  1.00 25.79           C  
+ATOM   3755  CD1 LEU A  75     -26.142 -11.510  56.985  1.00 27.94           C  
+ATOM   3756  CD2 LEU A  75     -27.810 -12.106  55.225  1.00 24.14           C  
+ATOM   3757  N   LEU A  76     -30.836 -14.096  59.436  1.00 25.47           N  
+ATOM   3758  CA  LEU A  76     -31.102 -15.010  60.538  1.00 24.79           C  
+ATOM   3759  C   LEU A  76     -32.569 -15.409  60.575  1.00 27.16           C  
+ATOM   3760  O   LEU A  76     -33.460 -14.581  60.350  1.00 28.09           O  
+ATOM   3761  CB  LEU A  76     -30.720 -14.378  61.890  1.00 21.79           C  
+ATOM   3762  CG  LEU A  76     -29.293 -13.892  62.071  1.00 22.80           C  
+ATOM   3763  CD1 LEU A  76     -29.152 -13.219  63.457  1.00 22.98           C  
+ATOM   3764  CD2 LEU A  76     -28.298 -15.047  61.915  1.00 24.14           C  
+ATOM   3765  N   ALA A  77     -32.818 -16.668  60.910  1.00 25.07           N  
+ATOM   3766  CA  ALA A  77     -34.181 -17.115  61.157  1.00 27.09           C  
+ATOM   3767  C   ALA A  77     -34.635 -16.711  62.557  1.00 28.69           C  
+ATOM   3768  O   ALA A  77     -33.858 -16.745  63.518  1.00 27.34           O  
+ATOM   3769  CB  ALA A  77     -34.272 -18.631  60.994  1.00 29.36           C  
+ATOM   3770  N   GLU A  78     -35.897 -16.295  62.674  1.00 30.44           N  
+ATOM   3771  CA  GLU A  78     -36.480 -16.156  64.004  1.00 31.68           C  
+ATOM   3772  C   GLU A  78     -36.529 -17.531  64.651  1.00 29.53           C  
+ATOM   3773  O   GLU A  78     -36.952 -18.500  64.022  1.00 28.63           O  
+ATOM   3774  CB  GLU A  78     -37.887 -15.550  63.926  1.00 32.67           C  
+ATOM   3775  CG  GLU A  78     -38.510 -15.285  65.300  1.00 31.41           C  
+ATOM   3776  CD  GLU A  78     -39.883 -14.626  65.230  1.00 35.98           C  
+ATOM   3777  OE1 GLU A  78     -40.398 -14.421  64.109  1.00 38.55           O  
+ATOM   3778  OE2 GLU A  78     -40.451 -14.308  66.300  1.00 36.72           O  
+ATOM   3779  N   ILE A  79     -36.017 -17.649  65.878  1.00 18.22           N  
+ATOM   3780  CA  ILE A  79     -36.037 -18.957  66.521  1.00 18.35           C  
+ATOM   3781  C   ILE A  79     -37.387 -19.161  67.209  1.00 21.20           C  
+ATOM   3782  O   ILE A  79     -38.093 -18.207  67.522  1.00 23.88           O  
+ATOM   3783  CB  ILE A  79     -34.870 -19.127  67.498  1.00 22.67           C  
+ATOM   3784  CG1 ILE A  79     -34.939 -18.097  68.622  1.00 22.02           C  
+ATOM   3785  CG2 ILE A  79     -33.507 -19.026  66.735  1.00 23.96           C  
+ATOM   3786  CD1 ILE A  79     -34.154 -18.530  69.861  1.00 18.92           C  
+ATOM   3787  N   THR A  80     -37.741 -20.422  67.465  1.00 21.23           N  
+ATOM   3788  CA  THR A  80     -39.079 -20.768  67.963  1.00 26.05           C  
+ATOM   3789  C   THR A  80     -39.054 -21.660  69.204  1.00 24.51           C  
+ATOM   3790  O   THR A  80     -39.748 -22.684  69.251  1.00 24.54           O  
+ATOM   3791  CB  THR A  80     -39.882 -21.458  66.857  1.00 28.34           C  
+ATOM   3792  OG1 THR A  80     -39.167 -22.627  66.428  1.00 29.03           O  
+ATOM   3793  CG2 THR A  80     -40.110 -20.530  65.674  1.00 32.87           C  
+ATOM   3794  N   PRO A  81     -38.367 -21.258  70.272  1.00 26.06           N  
+ATOM   3795  CA  PRO A  81     -38.450 -22.047  71.515  1.00 26.04           C  
+ATOM   3796  C   PRO A  81     -39.819 -21.892  72.177  1.00 25.78           C  
+ATOM   3797  O   PRO A  81     -40.393 -20.801  72.199  1.00 24.37           O  
+ATOM   3798  CB  PRO A  81     -37.350 -21.438  72.393  1.00 18.52           C  
+ATOM   3799  CG  PRO A  81     -37.315 -20.018  71.982  1.00 18.38           C  
+ATOM   3800  CD  PRO A  81     -37.602 -20.012  70.467  1.00 22.86           C  
+ATOM   3801  N   ASP A  82     -40.351 -22.991  72.706  1.00 25.38           N  
+ATOM   3802  CA  ASP A  82     -41.632 -22.882  73.389  1.00 25.87           C  
+ATOM   3803  C   ASP A  82     -41.403 -22.342  74.803  1.00 25.42           C  
+ATOM   3804  O   ASP A  82     -40.269 -22.114  75.224  1.00 23.01           O  
+ATOM   3805  CB  ASP A  82     -42.390 -24.214  73.346  1.00 26.16           C  
+ATOM   3806  CG  ASP A  82     -41.700 -25.339  74.099  1.00 32.13           C  
+ATOM   3807  OD1 ASP A  82     -40.730 -25.103  74.850  1.00 34.40           O  
+ATOM   3808  OD2 ASP A  82     -42.130 -26.502  73.913  1.00 34.47           O  
+ATOM   3809  N   LYS A  83     -42.501 -22.094  75.526  1.00 19.62           N  
+ATOM   3810  CA  LYS A  83     -42.423 -21.459  76.838  1.00 25.19           C  
+ATOM   3811  C   LYS A  83     -41.645 -22.301  77.834  1.00 23.03           C  
+ATOM   3812  O   LYS A  83     -40.927 -21.762  78.683  1.00 25.77           O  
+ATOM   3813  CB  LYS A  83     -43.836 -21.189  77.371  1.00 32.31           C  
+ATOM   3814  CG  LYS A  83     -43.887 -20.554  78.748  1.00 36.83           C  
+ATOM   3815  CD  LYS A  83     -45.341 -20.357  79.199  1.00 44.66           C  
+ATOM   3816  CE  LYS A  83     -45.434 -19.697  80.567  1.00 49.73           C  
+ATOM   3817  NZ  LYS A  83     -44.817 -20.546  81.623  1.00 54.44           N  
+ATOM   3818  N   ALA A  84     -41.813 -23.618  77.790  1.00 21.85           N  
+ATOM   3819  CA  ALA A  84     -41.055 -24.467  78.703  1.00 24.54           C  
+ATOM   3820  C   ALA A  84     -39.556 -24.363  78.426  1.00 25.08           C  
+ATOM   3821  O   ALA A  84     -38.750 -24.303  79.360  1.00 20.47           O  
+ATOM   3822  CB  ALA A  84     -41.525 -25.917  78.600  1.00 26.06           C  
+ATOM   3823  N   PHE A  85     -39.155 -24.285  77.156  1.00 19.75           N  
+ATOM   3824  CA  PHE A  85     -37.715 -24.193  76.916  1.00 24.65           C  
+ATOM   3825  C   PHE A  85     -37.176 -22.822  77.315  1.00 25.52           C  
+ATOM   3826  O   PHE A  85     -36.093 -22.736  77.895  1.00 23.95           O  
+ATOM   3827  CB  PHE A  85     -37.337 -24.497  75.460  1.00 25.47           C  
+ATOM   3828  CG  PHE A  85     -35.841 -24.521  75.252  1.00 19.27           C  
+ATOM   3829  CD1 PHE A  85     -35.116 -25.676  75.506  1.00 22.36           C  
+ATOM   3830  CD2 PHE A  85     -35.152 -23.365  74.922  1.00 19.29           C  
+ATOM   3831  CE1 PHE A  85     -33.738 -25.689  75.375  1.00 21.86           C  
+ATOM   3832  CE2 PHE A  85     -33.778 -23.367  74.806  1.00 19.60           C  
+ATOM   3833  CZ  PHE A  85     -33.073 -24.535  75.019  1.00 22.07           C  
+ATOM   3834  N   GLN A  86     -37.920 -21.741  77.027  1.00 22.90           N  
+ATOM   3835  CA  GLN A  86     -37.450 -20.415  77.406  1.00 23.36           C  
+ATOM   3836  C   GLN A  86     -37.250 -20.316  78.915  1.00 23.95           C  
+ATOM   3837  O   GLN A  86     -36.318 -19.648  79.377  1.00 24.47           O  
+ATOM   3838  CB  GLN A  86     -38.431 -19.336  76.918  1.00 23.27           C  
+ATOM   3839  CG  GLN A  86     -38.552 -19.212  75.368  1.00 22.54           C  
+ATOM   3840  CD  GLN A  86     -39.606 -18.189  74.930  1.00 26.68           C  
+ATOM   3841  OE1 GLN A  86     -39.675 -17.090  75.470  1.00 25.15           O  
+ATOM   3842  NE2 GLN A  86     -40.459 -18.575  73.975  1.00 25.67           N  
+ATOM   3843  N   ASP A  87     -38.079 -21.010  79.694  1.00 22.84           N  
+ATOM   3844  CA  ASP A  87     -37.927 -21.047  81.150  1.00 27.74           C  
+ATOM   3845  C   ASP A  87     -36.701 -21.817  81.612  1.00 26.50           C  
+ATOM   3846  O   ASP A  87     -36.420 -21.809  82.815  1.00 28.86           O  
+ATOM   3847  CB  ASP A  87     -39.166 -21.648  81.806  1.00 36.01           C  
+ATOM   3848  CG  ASP A  87     -40.371 -20.755  81.679  1.00 48.26           C  
+ATOM   3849  OD1 ASP A  87     -40.177 -19.524  81.559  1.00 52.36           O  
+ATOM   3850  OD2 ASP A  87     -41.509 -21.272  81.718  1.00 55.43           O  
+ATOM   3851  N   LYS A  88     -35.952 -22.453  80.716  1.00 26.01           N  
+ATOM   3852  CA  LYS A  88     -34.736 -23.146  81.112  1.00 27.30           C  
+ATOM   3853  C   LYS A  88     -33.501 -22.254  81.135  1.00 23.84           C  
+ATOM   3854  O   LYS A  88     -32.488 -22.668  81.692  1.00 25.75           O  
+ATOM   3855  CB  LYS A  88     -34.464 -24.343  80.188  1.00 31.59           C  
+ATOM   3856  CG  LYS A  88     -35.431 -25.509  80.356  1.00 34.73           C  
+ATOM   3857  CD  LYS A  88     -35.150 -26.594  79.342  1.00 40.56           C  
+ATOM   3858  CE  LYS A  88     -35.822 -27.886  79.755  1.00 47.01           C  
+ATOM   3859  NZ  LYS A  88     -37.312 -27.764  79.745  1.00 50.61           N  
+ATOM   3860  N   LEU A  89     -33.556 -21.052  80.572  1.00 19.61           N  
+ATOM   3861  CA  LEU A  89     -32.410 -20.147  80.559  1.00 19.78           C  
+ATOM   3862  C   LEU A  89     -32.754 -18.887  81.342  1.00 24.31           C  
+ATOM   3863  O   LEU A  89     -33.931 -18.535  81.488  1.00 22.79           O  
+ATOM   3864  CB  LEU A  89     -32.005 -19.782  79.111  1.00 21.16           C  
+ATOM   3865  CG  LEU A  89     -31.865 -20.924  78.083  1.00 24.26           C  
+ATOM   3866  CD1 LEU A  89     -31.346 -20.405  76.737  1.00 25.21           C  
+ATOM   3867  CD2 LEU A  89     -30.935 -22.009  78.583  1.00 24.52           C  
+ATOM   3868  N   TYR A  90     -31.722 -18.185  81.835  1.00 24.35           N  
+ATOM   3869  CA  TYR A  90     -31.974 -16.988  82.649  1.00 25.26           C  
+ATOM   3870  C   TYR A  90     -32.639 -15.902  81.804  1.00 25.24           C  
+ATOM   3871  O   TYR A  90     -32.241 -15.682  80.662  1.00 20.93           O  
+ATOM   3872  CB  TYR A  90     -30.683 -16.422  83.234  1.00 23.29           C  
+ATOM   3873  CG  TYR A  90     -29.870 -17.397  84.030  1.00 22.21           C  
+ATOM   3874  CD1 TYR A  90     -30.367 -17.948  85.196  1.00 22.43           C  
+ATOM   3875  CD2 TYR A  90     -28.598 -17.761  83.616  1.00 20.48           C  
+ATOM   3876  CE1 TYR A  90     -29.628 -18.840  85.932  1.00 25.52           C  
+ATOM   3877  CE2 TYR A  90     -27.848 -18.657  84.350  1.00 30.52           C  
+ATOM   3878  CZ  TYR A  90     -28.372 -19.190  85.508  1.00 26.89           C  
+ATOM   3879  OH  TYR A  90     -27.648 -20.092  86.243  1.00 29.17           O  
+ATOM   3880  N   PRO A  91     -33.620 -15.177  82.354  1.00 25.15           N  
+ATOM   3881  CA  PRO A  91     -34.322 -14.166  81.536  1.00 23.66           C  
+ATOM   3882  C   PRO A  91     -33.423 -13.113  80.910  1.00 26.01           C  
+ATOM   3883  O   PRO A  91     -33.664 -12.712  79.760  1.00 20.41           O  
+ATOM   3884  CB  PRO A  91     -35.305 -13.541  82.531  1.00 20.30           C  
+ATOM   3885  CG  PRO A  91     -35.548 -14.617  83.541  1.00 23.19           C  
+ATOM   3886  CD  PRO A  91     -34.246 -15.355  83.678  1.00 26.95           C  
+ATOM   3887  N   PHE A  92     -32.420 -12.613  81.633  1.00 19.29           N  
+ATOM   3888  CA  PHE A  92     -31.569 -11.585  81.045  1.00 28.77           C  
+ATOM   3889  C   PHE A  92     -30.770 -12.087  79.845  1.00 27.50           C  
+ATOM   3890  O   PHE A  92     -30.411 -11.278  78.980  1.00 27.69           O  
+ATOM   3891  CB  PHE A  92     -30.625 -10.994  82.108  1.00 23.41           C  
+ATOM   3892  CG  PHE A  92     -29.374 -11.803  82.363  1.00 24.66           C  
+ATOM   3893  CD1 PHE A  92     -28.144 -11.418  81.816  1.00 22.78           C  
+ATOM   3894  CD2 PHE A  92     -29.408 -12.907  83.199  1.00 23.19           C  
+ATOM   3895  CE1 PHE A  92     -27.003 -12.152  82.050  1.00 21.42           C  
+ATOM   3896  CE2 PHE A  92     -28.256 -13.641  83.451  1.00 20.28           C  
+ATOM   3897  CZ  PHE A  92     -27.053 -13.262  82.881  1.00 23.42           C  
+ATOM   3898  N   THR A  93     -30.505 -13.390  79.740  1.00 19.70           N  
+ATOM   3899  CA  THR A  93     -29.796 -13.857  78.549  1.00 22.29           C  
+ATOM   3900  C   THR A  93     -30.707 -13.852  77.326  1.00 22.36           C  
+ATOM   3901  O   THR A  93     -30.232 -13.632  76.211  1.00 20.94           O  
+ATOM   3902  CB  THR A  93     -29.193 -15.250  78.768  1.00 24.02           C  
+ATOM   3903  OG1 THR A  93     -30.234 -16.238  78.869  1.00 23.87           O  
+ATOM   3904  CG2 THR A  93     -28.354 -15.264  80.032  1.00 20.32           C  
+ATOM   3905  N   TRP A  94     -32.018 -14.060  77.518  1.00 23.48           N  
+ATOM   3906  CA  TRP A  94     -32.965 -13.920  76.413  1.00 22.29           C  
+ATOM   3907  C   TRP A  94     -33.108 -12.468  75.987  1.00 21.29           C  
+ATOM   3908  O   TRP A  94     -33.371 -12.192  74.811  1.00 21.93           O  
+ATOM   3909  CB  TRP A  94     -34.344 -14.466  76.800  1.00 26.32           C  
+ATOM   3910  CG  TRP A  94     -34.461 -15.954  76.885  1.00 21.93           C  
+ATOM   3911  CD1 TRP A  94     -34.744 -16.684  78.010  1.00 23.53           C  
+ATOM   3912  CD2 TRP A  94     -34.319 -16.901  75.819  1.00 19.24           C  
+ATOM   3913  NE1 TRP A  94     -34.792 -18.024  77.711  1.00 21.71           N  
+ATOM   3914  CE2 TRP A  94     -34.548 -18.185  76.370  1.00 22.88           C  
+ATOM   3915  CE3 TRP A  94     -34.027 -16.794  74.457  1.00 20.01           C  
+ATOM   3916  CZ2 TRP A  94     -34.478 -19.352  75.606  1.00 22.83           C  
+ATOM   3917  CZ3 TRP A  94     -33.971 -17.961  73.690  1.00 21.02           C  
+ATOM   3918  CH2 TRP A  94     -34.191 -19.218  74.269  1.00 19.44           C  
+ATOM   3919  N   ASP A  95     -33.012 -11.536  76.935  1.00 23.48           N  
+ATOM   3920  CA  ASP A  95     -33.067 -10.123  76.586  1.00 22.46           C  
+ATOM   3921  C   ASP A  95     -31.921  -9.754  75.651  1.00 27.25           C  
+ATOM   3922  O   ASP A  95     -32.088  -8.897  74.774  1.00 23.79           O  
+ATOM   3923  CB  ASP A  95     -33.029  -9.246  77.851  1.00 23.67           C  
+ATOM   3924  CG  ASP A  95     -34.354  -9.230  78.641  1.00 28.50           C  
+ATOM   3925  OD1 ASP A  95     -35.384  -9.786  78.189  1.00 27.43           O  
+ATOM   3926  OD2 ASP A  95     -34.359  -8.638  79.747  1.00 28.47           O  
+ATOM   3927  N   ALA A  96     -30.766 -10.419  75.786  1.00 19.41           N  
+ATOM   3928  CA  ALA A  96     -29.610 -10.055  74.980  1.00 19.66           C  
+ATOM   3929  C   ALA A  96     -29.766 -10.448  73.512  1.00 19.62           C  
+ATOM   3930  O   ALA A  96     -29.088  -9.868  72.661  1.00 23.20           O  
+ATOM   3931  CB  ALA A  96     -28.349 -10.681  75.556  1.00 20.04           C  
+ATOM   3932  N   VAL A  97     -30.609 -11.431  73.207  1.00 24.07           N  
+ATOM   3933  CA  VAL A  97     -30.796 -11.923  71.844  1.00 24.97           C  
+ATOM   3934  C   VAL A  97     -32.157 -11.505  71.268  1.00 23.00           C  
+ATOM   3935  O   VAL A  97     -32.672 -12.162  70.357  1.00 20.07           O  
+ATOM   3936  CB  VAL A  97     -30.622 -13.449  71.773  1.00 24.54           C  
+ATOM   3937  CG1 VAL A  97     -29.188 -13.863  72.123  1.00 23.53           C  
+ATOM   3938  CG2 VAL A  97     -31.641 -14.133  72.668  1.00 22.15           C  
+ATOM   3939  N   ARG A  98     -32.774 -10.453  71.805  1.00 21.81           N  
+ATOM   3940  CA  ARG A  98     -33.981  -9.893  71.212  1.00 24.57           C  
+ATOM   3941  C   ARG A  98     -33.592  -8.766  70.274  1.00 25.82           C  
+ATOM   3942  O   ARG A  98     -32.758  -7.925  70.616  1.00 25.87           O  
+ATOM   3943  CB  ARG A  98     -34.957  -9.365  72.265  1.00 25.24           C  
+ATOM   3944  CG  ARG A  98     -35.618 -10.438  73.074  1.00 30.25           C  
+ATOM   3945  CD  ARG A  98     -36.911  -9.955  73.685  1.00 35.43           C  
+ATOM   3946  NE  ARG A  98     -37.604 -11.061  74.340  1.00 39.21           N  
+ATOM   3947  CZ  ARG A  98     -38.489 -11.859  73.748  1.00 41.27           C  
+ATOM   3948  NH1 ARG A  98     -38.827 -11.674  72.471  1.00 40.88           N  
+ATOM   3949  NH2 ARG A  98     -39.044 -12.844  74.443  1.00 44.68           N  
+ATOM   3950  N   TYR A  99     -34.183  -8.757  69.085  1.00 25.97           N  
+ATOM   3951  CA  TYR A  99     -33.963  -7.660  68.156  1.00 23.32           C  
+ATOM   3952  C   TYR A  99     -35.287  -7.314  67.495  1.00 23.17           C  
+ATOM   3953  O   TYR A  99     -35.909  -8.174  66.854  1.00 20.24           O  
+ATOM   3954  CB  TYR A  99     -32.903  -8.008  67.105  1.00 24.29           C  
+ATOM   3955  CG  TYR A  99     -32.649  -6.845  66.182  1.00 27.92           C  
+ATOM   3956  CD1 TYR A  99     -31.948  -5.733  66.620  1.00 30.21           C  
+ATOM   3957  CD2 TYR A  99     -33.152  -6.834  64.885  1.00 30.80           C  
+ATOM   3958  CE1 TYR A  99     -31.726  -4.642  65.779  1.00 34.77           C  
+ATOM   3959  CE2 TYR A  99     -32.940  -5.751  64.042  1.00 31.91           C  
+ATOM   3960  CZ  TYR A  99     -32.228  -4.661  64.496  1.00 35.14           C  
+ATOM   3961  OH  TYR A  99     -32.015  -3.578  63.666  1.00 42.44           O  
+ATOM   3962  N   ASN A 100     -35.694  -6.052  67.629  1.00 24.98           N  
+ATOM   3963  CA  ASN A 100     -36.986  -5.591  67.132  1.00 28.48           C  
+ATOM   3964  C   ASN A 100     -38.101  -6.469  67.696  1.00 28.95           C  
+ATOM   3965  O   ASN A 100     -39.036  -6.861  66.997  1.00 29.81           O  
+ATOM   3966  CB  ASN A 100     -37.004  -5.564  65.597  1.00 34.88           C  
+ATOM   3967  CG  ASN A 100     -38.140  -4.715  65.042  1.00 40.18           C  
+ATOM   3968  OD1 ASN A 100     -38.573  -3.749  65.672  1.00 42.15           O  
+ATOM   3969  ND2 ASN A 100     -38.642  -5.088  63.864  1.00 38.69           N  
+ATOM   3970  N   GLY A 101     -37.958  -6.832  68.972  1.00 29.35           N  
+ATOM   3971  CA  GLY A 101     -38.936  -7.621  69.670  1.00 29.45           C  
+ATOM   3972  C   GLY A 101     -38.793  -9.124  69.522  1.00 34.00           C  
+ATOM   3973  O   GLY A 101     -39.365  -9.859  70.333  1.00 39.99           O  
+ATOM   3974  N   LYS A 102     -38.028  -9.606  68.539  1.00 27.77           N  
+ATOM   3975  CA  LYS A 102     -37.985 -11.025  68.205  1.00 26.53           C  
+ATOM   3976  C   LYS A 102     -36.696 -11.673  68.699  1.00 25.39           C  
+ATOM   3977  O   LYS A 102     -35.627 -11.059  68.681  1.00 21.46           O  
+ATOM   3978  CB  LYS A 102     -38.074 -11.249  66.690  1.00 27.69           C  
+ATOM   3979  CG  LYS A 102     -39.232 -10.584  65.953  1.00 32.76           C  
+ATOM   3980  CD  LYS A 102     -39.099 -10.862  64.439  1.00 39.33           C  
+ATOM   3981  CE  LYS A 102     -40.351 -10.480  63.659  1.00 47.22           C  
+ATOM   3982  NZ  LYS A 102     -40.526  -9.002  63.568  1.00 53.20           N  
+ATOM   3983  N   LEU A 103     -36.800 -12.951  69.071  1.00 25.26           N  
+ATOM   3984  CA  LEU A 103     -35.634 -13.763  69.415  1.00 24.78           C  
+ATOM   3985  C   LEU A 103     -34.924 -14.215  68.145  1.00 24.60           C  
+ATOM   3986  O   LEU A 103     -35.517 -14.918  67.313  1.00 22.22           O  
+ATOM   3987  CB  LEU A 103     -36.068 -14.971  70.244  1.00 23.06           C  
+ATOM   3988  CG  LEU A 103     -36.771 -14.649  71.573  1.00 25.20           C  
+ATOM   3989  CD1 LEU A 103     -37.322 -15.920  72.210  1.00 22.62           C  
+ATOM   3990  CD2 LEU A 103     -35.826 -13.950  72.519  1.00 24.72           C  
+ATOM   3991  N   ILE A 104     -33.654 -13.827  67.988  1.00 22.18           N  
+ATOM   3992  CA BILE A 104     -32.891 -14.129  66.779  0.58 22.90           C  
+ATOM   3993  C   ILE A 104     -31.744 -15.086  67.038  1.00 23.44           C  
+ATOM   3994  O   ILE A 104     -30.937 -15.323  66.133  1.00 21.96           O  
+ATOM   3995  CB BILE A 104     -32.360 -12.844  66.115  0.58 23.56           C  
+ATOM   3996  CG1BILE A 104     -31.374 -12.152  67.068  0.58 22.95           C  
+ATOM   3997  CG2BILE A 104     -33.521 -11.920  65.725  0.58 24.14           C  
+ATOM   3998  CD1BILE A 104     -30.729 -10.923  66.503  0.58 21.71           C  
+ATOM   3999  N   ALA A 105     -31.625 -15.628  68.252  1.00 21.50           N  
+ATOM   4000  CA  ALA A 105     -30.540 -16.571  68.533  1.00 21.91           C  
+ATOM   4001  C   ALA A 105     -30.776 -17.212  69.898  1.00 22.37           C  
+ATOM   4002  O   ALA A 105     -31.500 -16.674  70.738  1.00 22.28           O  
+ATOM   4003  CB  ALA A 105     -29.157 -15.884  68.500  1.00 19.99           C  
+ATOM   4004  N   TYR A 106     -30.112 -18.372  70.124  1.00 19.95           N  
+ATOM   4005  CA  TYR A 106     -30.130 -19.046  71.425  1.00 22.03           C  
+ATOM   4006  C   TYR A 106     -28.951 -18.569  72.273  1.00 23.69           C  
+ATOM   4007  O   TYR A 106     -27.796 -18.666  71.831  1.00 20.62           O  
+ATOM   4008  CB  TYR A 106     -30.049 -20.563  71.264  1.00 22.06           C  
+ATOM   4009  CG  TYR A 106     -31.292 -21.214  70.691  1.00 22.18           C  
+ATOM   4010  CD1 TYR A 106     -31.433 -21.386  69.318  1.00 19.84           C  
+ATOM   4011  CD2 TYR A 106     -32.323 -21.651  71.521  1.00 22.58           C  
+ATOM   4012  CE1 TYR A 106     -32.547 -21.979  68.790  1.00 25.07           C  
+ATOM   4013  CE2 TYR A 106     -33.455 -22.248  70.997  1.00 24.04           C  
+ATOM   4014  CZ  TYR A 106     -33.563 -22.403  69.620  1.00 26.88           C  
+ATOM   4015  OH  TYR A 106     -34.681 -22.985  69.055  1.00 26.37           O  
+ATOM   4016  N   PRO A 107     -29.186 -18.077  73.489  1.00 23.48           N  
+ATOM   4017  CA  PRO A 107     -28.059 -17.725  74.356  1.00 21.99           C  
+ATOM   4018  C   PRO A 107     -27.376 -18.986  74.843  1.00 26.24           C  
+ATOM   4019  O   PRO A 107     -28.036 -19.993  75.113  1.00 24.09           O  
+ATOM   4020  CB  PRO A 107     -28.710 -16.951  75.514  1.00 21.03           C  
+ATOM   4021  CG  PRO A 107     -30.170 -16.920  75.246  1.00 19.93           C  
+ATOM   4022  CD  PRO A 107     -30.480 -17.942  74.176  1.00 19.90           C  
+ATOM   4023  N   ILE A 108     -26.042 -18.943  74.929  1.00 24.54           N  
+ATOM   4024  CA  ILE A 108     -25.252 -20.086  75.385  1.00 21.45           C  
+ATOM   4025  C   ILE A 108     -24.581 -19.807  76.741  1.00 21.60           C  
+ATOM   4026  O   ILE A 108     -24.702 -20.601  77.677  1.00 21.64           O  
+ATOM   4027  CB  ILE A 108     -24.208 -20.507  74.329  1.00 21.78           C  
+ATOM   4028  CG1 ILE A 108     -24.831 -20.668  72.921  1.00 21.62           C  
+ATOM   4029  CG2 ILE A 108     -23.463 -21.761  74.814  1.00 23.88           C  
+ATOM   4030  CD1 ILE A 108     -25.984 -21.687  72.839  1.00 21.39           C  
+ATOM   4031  N   ALA A 109     -23.814 -18.719  76.838  1.00 22.60           N  
+ATOM   4032  CA  ALA A 109     -23.014 -18.472  78.036  1.00 22.73           C  
+ATOM   4033  C   ALA A 109     -22.708 -16.987  78.130  1.00 23.06           C  
+ATOM   4034  O   ALA A 109     -22.716 -16.271  77.131  1.00 23.92           O  
+ATOM   4035  CB  ALA A 109     -21.711 -19.286  78.027  1.00 22.33           C  
+ATOM   4036  N   VAL A 110     -22.456 -16.527  79.348  1.00 23.12           N  
+ATOM   4037  CA  VAL A 110     -22.144 -15.124  79.602  1.00 26.86           C  
+ATOM   4038  C   VAL A 110     -20.640 -14.991  79.806  1.00 29.29           C  
+ATOM   4039  O   VAL A 110     -20.035 -15.758  80.567  1.00 29.78           O  
+ATOM   4040  CB  VAL A 110     -22.936 -14.588  80.802  1.00 26.14           C  
+ATOM   4041  CG1 VAL A 110     -22.601 -13.134  81.041  1.00 25.46           C  
+ATOM   4042  CG2 VAL A 110     -24.426 -14.774  80.547  1.00 28.44           C  
+ATOM   4043  N   GLU A 111     -20.033 -14.037  79.106  1.00 28.67           N  
+ATOM   4044  CA  GLU A 111     -18.589 -13.843  79.093  1.00 32.51           C  
+ATOM   4045  C   GLU A 111     -18.231 -12.450  79.597  1.00 32.35           C  
+ATOM   4046  O   GLU A 111     -18.869 -11.462  79.218  1.00 33.95           O  
+ATOM   4047  CB  GLU A 111     -18.014 -14.012  77.665  1.00 35.58           C  
+ATOM   4048  CG  GLU A 111     -18.344 -15.320  76.932  1.00 38.71           C  
+ATOM   4049  CD  GLU A 111     -17.893 -15.298  75.463  1.00 39.55           C  
+ATOM   4050  OE1 GLU A 111     -17.572 -14.203  74.950  1.00 37.82           O  
+ATOM   4051  OE2 GLU A 111     -17.845 -16.378  74.829  1.00 36.33           O  
+ATOM   4052  N   ALA A 112     -17.190 -12.368  80.425  1.00 29.63           N  
+ATOM   4053  CA  ALA A 112     -16.597 -11.083  80.765  1.00 27.66           C  
+ATOM   4054  C   ALA A 112     -15.103 -11.273  80.990  1.00 30.47           C  
+ATOM   4055  O   ALA A 112     -14.653 -12.353  81.386  1.00 27.33           O  
+ATOM   4056  CB  ALA A 112     -17.250 -10.456  81.996  1.00 26.81           C  
+ATOM   4057  N   LEU A 113     -14.334 -10.218  80.719  1.00 23.80           N  
+ATOM   4058  CA  LEU A 113     -12.899 -10.257  80.948  1.00 24.23           C  
+ATOM   4059  C   LEU A 113     -12.618 -10.153  82.445  1.00 31.30           C  
+ATOM   4060  O   LEU A 113     -13.345  -9.477  83.176  1.00 23.96           O  
+ATOM   4061  CB  LEU A 113     -12.211  -9.120  80.195  1.00 30.34           C  
+ATOM   4062  CG  LEU A 113     -12.215  -9.194  78.657  1.00 24.51           C  
+ATOM   4063  CD1 LEU A 113     -11.652  -7.920  78.079  1.00 28.62           C  
+ATOM   4064  CD2 LEU A 113     -11.392 -10.393  78.203  1.00 24.86           C  
+ATOM   4065  N   SER A 114     -11.582 -10.859  82.902  1.00 27.97           N  
+ATOM   4066  CA  SER A 114     -11.097 -10.766  84.274  1.00 27.34           C  
+ATOM   4067  C   SER A 114      -9.591 -10.544  84.250  1.00 32.00           C  
+ATOM   4068  O   SER A 114      -8.937 -10.688  83.217  1.00 26.93           O  
+ATOM   4069  CB  SER A 114     -11.424 -12.025  85.093  1.00 25.37           C  
+ATOM   4070  OG  SER A 114     -12.828 -12.198  85.285  1.00 27.86           O  
+ATOM   4071  N   LEU A 115      -9.048 -10.169  85.405  1.00 31.44           N  
+ATOM   4072  CA  LEU A 115      -7.608 -10.087  85.606  1.00 33.08           C  
+ATOM   4073  C   LEU A 115      -7.091 -11.466  86.007  1.00 31.24           C  
+ATOM   4074  O   LEU A 115      -7.618 -12.085  86.939  1.00 30.38           O  
+ATOM   4075  CB  LEU A 115      -7.262  -9.053  86.677  1.00 33.95           C  
+ATOM   4076  CG  LEU A 115      -5.781  -8.838  87.006  1.00 34.00           C  
+ATOM   4077  CD1 LEU A 115      -5.050  -8.127  85.893  1.00 32.01           C  
+ATOM   4078  CD2 LEU A 115      -5.629  -8.087  88.343  1.00 33.49           C  
+ATOM   4079  N   ILE A 116      -6.105 -11.963  85.267  1.00 27.90           N  
+ATOM   4080  CA  ILE A 116      -5.489 -13.258  85.518  1.00 29.79           C  
+ATOM   4081  C   ILE A 116      -4.045 -12.999  85.928  1.00 32.62           C  
+ATOM   4082  O   ILE A 116      -3.325 -12.264  85.245  1.00 31.88           O  
+ATOM   4083  CB  ILE A 116      -5.574 -14.174  84.280  1.00 31.30           C  
+ATOM   4084  CG1 ILE A 116      -7.034 -14.349  83.847  1.00 30.26           C  
+ATOM   4085  CG2 ILE A 116      -4.924 -15.528  84.564  1.00 30.80           C  
+ATOM   4086  CD1 ILE A 116      -7.221 -15.115  82.519  1.00 28.81           C  
+ATOM   4087  N   TYR A 117      -3.643 -13.550  87.069  1.00 35.38           N  
+ATOM   4088  CA  TYR A 117      -2.344 -13.249  87.644  1.00 37.58           C  
+ATOM   4089  C   TYR A 117      -1.645 -14.536  88.059  1.00 36.82           C  
+ATOM   4090  O   TYR A 117      -2.292 -15.535  88.390  1.00 35.23           O  
+ATOM   4091  CB  TYR A 117      -2.476 -12.287  88.855  1.00 38.84           C  
+ATOM   4092  CG  TYR A 117      -3.133 -12.892  90.077  1.00 39.63           C  
+ATOM   4093  CD1 TYR A 117      -4.516 -13.023  90.158  1.00 39.76           C  
+ATOM   4094  CD2 TYR A 117      -2.370 -13.313  91.163  1.00 42.25           C  
+ATOM   4095  CE1 TYR A 117      -5.119 -13.577  91.279  1.00 43.21           C  
+ATOM   4096  CE2 TYR A 117      -2.961 -13.863  92.290  1.00 41.74           C  
+ATOM   4097  CZ  TYR A 117      -4.333 -13.994  92.345  1.00 45.59           C  
+ATOM   4098  OH  TYR A 117      -4.918 -14.543  93.461  1.00 47.72           O  
+ATOM   4099  N   ASN A 118      -0.309 -14.496  88.003  1.00 33.87           N  
+ATOM   4100  CA  ASN A 118       0.559 -15.594  88.411  1.00 37.16           C  
+ATOM   4101  C   ASN A 118       0.803 -15.464  89.914  1.00 41.61           C  
+ATOM   4102  O   ASN A 118       1.452 -14.511  90.355  1.00 46.10           O  
+ATOM   4103  CB  ASN A 118       1.867 -15.533  87.621  1.00 37.11           C  
+ATOM   4104  CG  ASN A 118       2.784 -16.709  87.888  1.00 42.25           C  
+ATOM   4105  OD1 ASN A 118       2.896 -17.195  89.014  1.00 46.88           O  
+ATOM   4106  ND2 ASN A 118       3.458 -17.169  86.843  1.00 47.25           N  
+ATOM   4107  N   LYS A 119       0.277 -16.414  90.701  1.00 39.92           N  
+ATOM   4108  CA  LYS A 119       0.357 -16.329  92.161  1.00 39.27           C  
+ATOM   4109  C   LYS A 119       1.787 -16.432  92.678  1.00 45.37           C  
+ATOM   4110  O   LYS A 119       2.108 -15.849  93.723  1.00 50.04           O  
+ATOM   4111  CB  LYS A 119      -0.493 -17.426  92.806  1.00 36.70           C  
+ATOM   4112  CG  LYS A 119      -1.982 -17.206  92.713  1.00 36.55           C  
+ATOM   4113  CD  LYS A 119      -2.766 -18.371  93.292  1.00 37.57           C  
+ATOM   4114  CE  LYS A 119      -4.261 -18.063  93.259  1.00 39.58           C  
+ATOM   4115  NZ  LYS A 119      -5.082 -19.183  93.769  1.00 39.60           N  
+ATOM   4116  N   ASP A 120       2.644 -17.193  91.995  1.00 44.73           N  
+ATOM   4117  CA  ASP A 120       4.029 -17.328  92.432  1.00 46.23           C  
+ATOM   4118  C   ASP A 120       4.792 -16.022  92.256  1.00 49.10           C  
+ATOM   4119  O   ASP A 120       5.545 -15.611  93.147  1.00 52.93           O  
+ATOM   4120  CB  ASP A 120       4.711 -18.461  91.664  1.00 44.82           C  
+ATOM   4121  CG  ASP A 120       4.095 -19.818  91.957  1.00 46.94           C  
+ATOM   4122  OD1 ASP A 120       3.380 -19.945  92.970  1.00 47.53           O  
+ATOM   4123  OD2 ASP A 120       4.314 -20.761  91.166  1.00 48.68           O  
+ATOM   4124  N   LEU A 121       4.610 -15.354  91.117  1.00 45.35           N  
+ATOM   4125  CA  LEU A 121       5.274 -14.078  90.884  1.00 43.39           C  
+ATOM   4126  C   LEU A 121       4.599 -12.928  91.619  1.00 41.75           C  
+ATOM   4127  O   LEU A 121       5.261 -11.936  91.943  1.00 41.27           O  
+ATOM   4128  CB  LEU A 121       5.305 -13.764  89.386  1.00 41.24           C  
+ATOM   4129  CG  LEU A 121       6.126 -14.675  88.481  1.00 44.07           C  
+ATOM   4130  CD1 LEU A 121       5.941 -14.237  87.041  1.00 46.39           C  
+ATOM   4131  CD2 LEU A 121       7.600 -14.640  88.876  1.00 43.48           C  
+ATOM   4132  N   LEU A 122       3.303 -13.041  91.901  1.00 44.00           N  
+ATOM   4133  CA  LEU A 122       2.513 -11.911  92.391  1.00 42.62           C  
+ATOM   4134  C   LEU A 122       1.361 -12.439  93.229  1.00 46.11           C  
+ATOM   4135  O   LEU A 122       0.235 -12.615  92.742  1.00 43.56           O  
+ATOM   4136  CB  LEU A 122       2.011 -11.056  91.224  1.00 41.99           C  
+ATOM   4137  CG  LEU A 122       1.499  -9.641  91.489  1.00 43.21           C  
+ATOM   4138  CD1 LEU A 122       2.615  -8.768  92.036  1.00 45.07           C  
+ATOM   4139  CD2 LEU A 122       0.954  -9.043  90.204  1.00 43.26           C  
+ATOM   4140  N   PRO A 123       1.611 -12.724  94.511  1.00 47.51           N  
+ATOM   4141  CA  PRO A 123       0.528 -13.229  95.373  1.00 47.15           C  
+ATOM   4142  C   PRO A 123      -0.529 -12.185  95.709  1.00 44.84           C  
+ATOM   4143  O   PRO A 123      -1.661 -12.563  96.036  1.00 39.96           O  
+ATOM   4144  CB  PRO A 123       1.270 -13.705  96.631  1.00 48.54           C  
+ATOM   4145  CG  PRO A 123       2.535 -12.922  96.651  1.00 48.83           C  
+ATOM   4146  CD  PRO A 123       2.908 -12.670  95.211  1.00 49.47           C  
+ATOM   4147  N   ASN A 124      -0.204 -10.892  95.646  1.00 46.92           N  
+ATOM   4148  CA  ASN A 124      -1.158  -9.812  95.899  1.00 49.37           C  
+ATOM   4149  C   ASN A 124      -1.290  -8.977  94.630  1.00 49.71           C  
+ATOM   4150  O   ASN A 124      -0.552  -7.996  94.443  1.00 48.14           O  
+ATOM   4151  CB  ASN A 124      -0.717  -8.944  97.075  1.00 58.03           C  
+ATOM   4152  CG  ASN A 124      -0.555  -9.731  98.368  1.00 63.05           C  
+ATOM   4153  OD1 ASN A 124      -0.856 -10.924  98.433  1.00 64.18           O  
+ATOM   4154  ND2 ASN A 124      -0.080  -9.057  99.409  1.00 65.82           N  
+ATOM   4155  N   PRO A 125      -2.216  -9.327  93.729  1.00 49.93           N  
+ATOM   4156  CA  PRO A 125      -2.340  -8.570  92.484  1.00 51.33           C  
+ATOM   4157  C   PRO A 125      -2.779  -7.140  92.756  1.00 48.77           C  
+ATOM   4158  O   PRO A 125      -3.427  -6.860  93.774  1.00 49.42           O  
+ATOM   4159  CB  PRO A 125      -3.410  -9.353  91.698  1.00 51.17           C  
+ATOM   4160  CG  PRO A 125      -4.163 -10.115  92.728  1.00 50.73           C  
+ATOM   4161  CD  PRO A 125      -3.165 -10.451  93.793  1.00 49.77           C  
+ATOM   4162  N   PRO A 126      -2.424  -6.203  91.882  1.00 48.98           N  
+ATOM   4163  CA  PRO A 126      -2.751  -4.798  92.139  1.00 46.87           C  
+ATOM   4164  C   PRO A 126      -4.227  -4.505  91.942  1.00 43.11           C  
+ATOM   4165  O   PRO A 126      -4.903  -5.095  91.096  1.00 41.40           O  
+ATOM   4166  CB  PRO A 126      -1.900  -4.049  91.112  1.00 47.38           C  
+ATOM   4167  CG  PRO A 126      -1.705  -5.019  90.012  1.00 48.81           C  
+ATOM   4168  CD  PRO A 126      -1.592  -6.361  90.678  1.00 48.86           C  
+ATOM   4169  N   LYS A 127      -4.717  -3.542  92.718  1.00 39.70           N  
+ATOM   4170  CA  LYS A 127      -6.115  -3.156  92.640  1.00 40.70           C  
+ATOM   4171  C   LYS A 127      -6.351  -1.985  91.700  1.00 38.13           C  
+ATOM   4172  O   LYS A 127      -7.498  -1.756  91.296  1.00 37.49           O  
+ATOM   4173  CB  LYS A 127      -6.641  -2.810  94.034  1.00 44.83           C  
+ATOM   4174  CG  LYS A 127      -6.455  -3.927  95.038  1.00 49.79           C  
+ATOM   4175  CD  LYS A 127      -7.320  -5.133  94.705  1.00 56.94           C  
+ATOM   4176  CE  LYS A 127      -6.955  -6.320  95.603  1.00 62.29           C  
+ATOM   4177  NZ  LYS A 127      -8.066  -7.302  95.793  1.00 63.25           N  
+ATOM   4178  N   THR A 128      -5.304  -1.240  91.346  1.00 35.30           N  
+ATOM   4179  CA  THR A 128      -5.442  -0.058  90.509  1.00 39.30           C  
+ATOM   4180  C   THR A 128      -4.513  -0.142  89.306  1.00 39.11           C  
+ATOM   4181  O   THR A 128      -3.412  -0.698  89.379  1.00 36.46           O  
+ATOM   4182  CB  THR A 128      -5.141   1.237  91.296  1.00 43.90           C  
+ATOM   4183  OG1 THR A 128      -3.744   1.289  91.609  1.00 45.21           O  
+ATOM   4184  CG2 THR A 128      -5.947   1.297  92.584  1.00 41.76           C  
+ATOM   4185  N   TRP A 129      -4.969   0.437  88.192  1.00 41.05           N  
+ATOM   4186  CA  TRP A 129      -4.091   0.603  87.043  1.00 37.19           C  
+ATOM   4187  C   TRP A 129      -2.897   1.488  87.386  1.00 41.28           C  
+ATOM   4188  O   TRP A 129      -1.812   1.323  86.815  1.00 42.14           O  
+ATOM   4189  CB  TRP A 129      -4.868   1.198  85.867  1.00 34.78           C  
+ATOM   4190  CG  TRP A 129      -5.725   0.221  85.111  1.00 35.06           C  
+ATOM   4191  CD1 TRP A 129      -7.038  -0.076  85.346  1.00 37.31           C  
+ATOM   4192  CD2 TRP A 129      -5.332  -0.569  83.977  1.00 36.84           C  
+ATOM   4193  NE1 TRP A 129      -7.486  -1.000  84.426  1.00 38.48           N  
+ATOM   4194  CE2 TRP A 129      -6.458  -1.326  83.582  1.00 37.76           C  
+ATOM   4195  CE3 TRP A 129      -4.137  -0.712  83.262  1.00 36.28           C  
+ATOM   4196  CZ2 TRP A 129      -6.422  -2.217  82.510  1.00 34.88           C  
+ATOM   4197  CZ3 TRP A 129      -4.109  -1.596  82.189  1.00 36.31           C  
+ATOM   4198  CH2 TRP A 129      -5.241  -2.338  81.831  1.00 32.76           C  
+ATOM   4199  N   GLU A 130      -3.077   2.423  88.323  1.00 42.08           N  
+ATOM   4200  CA  GLU A 130      -2.060   3.440  88.573  1.00 42.57           C  
+ATOM   4201  C   GLU A 130      -0.771   2.849  89.130  1.00 40.88           C  
+ATOM   4202  O   GLU A 130       0.309   3.420  88.926  1.00 41.78           O  
+ATOM   4203  CB  GLU A 130      -2.621   4.509  89.510  1.00 43.31           C  
+ATOM   4204  CG  GLU A 130      -3.616   5.442  88.815  1.00 44.30           C  
+ATOM   4205  CD  GLU A 130      -5.043   4.890  88.752  1.00 43.51           C  
+ATOM   4206  OE1 GLU A 130      -5.274   3.724  89.153  1.00 41.93           O  
+ATOM   4207  OE2 GLU A 130      -5.927   5.624  88.263  1.00 42.59           O  
+ATOM   4208  N   GLU A 131      -0.847   1.707  89.801  1.00 38.67           N  
+ATOM   4209  CA  GLU A 131       0.335   1.137  90.430  1.00 42.10           C  
+ATOM   4210  C   GLU A 131       1.061   0.131  89.540  1.00 42.13           C  
+ATOM   4211  O   GLU A 131       2.061  -0.451  89.975  1.00 40.05           O  
+ATOM   4212  CB  GLU A 131      -0.056   0.492  91.765  1.00 43.73           C  
+ATOM   4213  CG  GLU A 131      -0.849  -0.791  91.641  1.00 47.88           C  
+ATOM   4214  CD  GLU A 131      -1.633  -1.134  92.913  1.00 52.63           C  
+ATOM   4215  OE1 GLU A 131      -2.730  -0.565  93.123  1.00 52.28           O  
+ATOM   4216  OE2 GLU A 131      -1.147  -1.968  93.708  1.00 53.48           O  
+ATOM   4217  N   ILE A 132       0.607  -0.069  88.305  1.00 39.63           N  
+ATOM   4218  CA  ILE A 132       1.232  -1.026  87.395  1.00 38.39           C  
+ATOM   4219  C   ILE A 132       2.585  -0.515  86.901  1.00 35.95           C  
+ATOM   4220  O   ILE A 132       3.531  -1.314  86.812  1.00 35.26           O  
+ATOM   4221  CB  ILE A 132       0.286  -1.370  86.230  1.00 41.29           C  
+ATOM   4222  CG1 ILE A 132      -0.862  -2.241  86.738  1.00 40.55           C  
+ATOM   4223  CG2 ILE A 132       1.020  -2.092  85.125  1.00 42.08           C  
+ATOM   4224  CD1 ILE A 132      -1.802  -2.659  85.649  1.00 41.06           C  
+ATOM   4225  N   PRO A 133       2.751   0.777  86.577  1.00 36.56           N  
+ATOM   4226  CA  PRO A 133       4.100   1.243  86.188  1.00 36.82           C  
+ATOM   4227  C   PRO A 133       5.180   0.949  87.220  1.00 42.60           C  
+ATOM   4228  O   PRO A 133       6.266   0.470  86.856  1.00 47.10           O  
+ATOM   4229  CB  PRO A 133       3.892   2.750  85.980  1.00 38.57           C  
+ATOM   4230  CG  PRO A 133       2.472   2.856  85.507  1.00 37.66           C  
+ATOM   4231  CD  PRO A 133       1.726   1.808  86.298  1.00 39.40           C  
+ATOM   4232  N   ALA A 134       4.919   1.219  88.502  1.00 41.20           N  
+ATOM   4233  CA  ALA A 134       5.913   0.909  89.524  1.00 44.01           C  
+ATOM   4234  C   ALA A 134       6.110  -0.593  89.652  1.00 46.25           C  
+ATOM   4235  O   ALA A 134       7.243  -1.062  89.820  1.00 50.61           O  
+ATOM   4236  CB  ALA A 134       5.506   1.519  90.864  1.00 45.12           C  
+ATOM   4237  N   LEU A 135       5.022  -1.365  89.556  1.00 43.10           N  
+ATOM   4238  CA  LEU A 135       5.142  -2.819  89.610  1.00 43.42           C  
+ATOM   4239  C   LEU A 135       5.984  -3.352  88.455  1.00 44.30           C  
+ATOM   4240  O   LEU A 135       6.783  -4.279  88.636  1.00 44.98           O  
+ATOM   4241  CB  LEU A 135       3.755  -3.457  89.606  1.00 44.07           C  
+ATOM   4242  CG  LEU A 135       3.724  -4.980  89.713  1.00 46.91           C  
+ATOM   4243  CD1 LEU A 135       4.485  -5.432  90.951  1.00 49.90           C  
+ATOM   4244  CD2 LEU A 135       2.285  -5.490  89.753  1.00 45.43           C  
+ATOM   4245  N   ASP A 136       5.816  -2.786  87.255  1.00 42.87           N  
+ATOM   4246  CA  ASP A 136       6.599  -3.263  86.123  1.00 42.00           C  
+ATOM   4247  C   ASP A 136       8.083  -2.945  86.281  1.00 45.12           C  
+ATOM   4248  O   ASP A 136       8.933  -3.731  85.842  1.00 44.19           O  
+ATOM   4249  CB  ASP A 136       6.068  -2.680  84.818  1.00 43.19           C  
+ATOM   4250  CG  ASP A 136       6.833  -3.187  83.617  1.00 44.54           C  
+ATOM   4251  OD1 ASP A 136       6.767  -4.402  83.339  1.00 44.98           O  
+ATOM   4252  OD2 ASP A 136       7.517  -2.373  82.966  1.00 45.99           O  
+ATOM   4253  N   LYS A 137       8.413  -1.804  86.894  1.00 46.65           N  
+ATOM   4254  CA BLYS A 137       9.817  -1.479  87.122  0.52 49.74           C  
+ATOM   4255  C   LYS A 137      10.484  -2.517  88.017  1.00 51.86           C  
+ATOM   4256  O   LYS A 137      11.647  -2.881  87.794  1.00 53.76           O  
+ATOM   4257  CB BLYS A 137       9.948  -0.082  87.729  0.52 49.28           C  
+ATOM   4258  CG BLYS A 137      11.384   0.421  87.809  0.52 49.39           C  
+ATOM   4259  CD BLYS A 137      11.433   1.912  88.089  0.52 49.13           C  
+ATOM   4260  CE BLYS A 137      12.859   2.441  88.015  0.52 48.75           C  
+ATOM   4261  NZ BLYS A 137      12.895   3.926  88.112  0.52 47.94           N  
+ATOM   4262  N   GLU A 138       9.762  -3.017  89.023  1.00 52.43           N  
+ATOM   4263  CA  GLU A 138      10.331  -4.018  89.920  1.00 57.36           C  
+ATOM   4264  C   GLU A 138      10.539  -5.350  89.213  1.00 54.12           C  
+ATOM   4265  O   GLU A 138      11.596  -5.976  89.343  1.00 54.38           O  
+ATOM   4266  CB  GLU A 138       9.429  -4.208  91.130  1.00 66.70           C  
+ATOM   4267  CG  GLU A 138       9.938  -5.255  92.092  1.00 77.44           C  
+ATOM   4268  CD  GLU A 138       8.951  -5.557  93.197  1.00 85.13           C  
+ATOM   4269  OE1 GLU A 138       7.771  -5.157  93.077  1.00 87.42           O  
+ATOM   4270  OE2 GLU A 138       9.362  -6.185  94.193  1.00 88.46           O  
+ATOM   4271  N   LEU A 139       9.535  -5.805  88.463  1.00 49.11           N  
+ATOM   4272  CA  LEU A 139       9.627  -7.113  87.825  1.00 47.81           C  
+ATOM   4273  C   LEU A 139      10.643  -7.119  86.691  1.00 45.28           C  
+ATOM   4274  O   LEU A 139      11.206  -8.174  86.372  1.00 44.52           O  
+ATOM   4275  CB  LEU A 139       8.246  -7.544  87.319  1.00 46.81           C  
+ATOM   4276  CG  LEU A 139       7.249  -7.922  88.414  1.00 48.46           C  
+ATOM   4277  CD1 LEU A 139       5.831  -8.001  87.866  1.00 48.44           C  
+ATOM   4278  CD2 LEU A 139       7.644  -9.245  89.062  1.00 49.04           C  
+ATOM   4279  N   LYS A 140      10.871  -5.965  86.055  1.00 44.49           N  
+ATOM   4280  CA  LYS A 140      11.879  -5.890  85.005  1.00 46.49           C  
+ATOM   4281  C   LYS A 140      13.278  -6.126  85.565  1.00 47.60           C  
+ATOM   4282  O   LYS A 140      14.157  -6.617  84.849  1.00 47.38           O  
+ATOM   4283  CB  LYS A 140      11.792  -4.540  84.288  1.00 45.84           C  
+ATOM   4284  CG  LYS A 140      10.619  -4.422  83.305  1.00 43.67           C  
+ATOM   4285  CD  LYS A 140      10.950  -5.079  81.966  1.00 44.84           C  
+ATOM   4286  CE  LYS A 140       9.759  -5.068  80.999  1.00 43.11           C  
+ATOM   4287  NZ  LYS A 140       9.100  -3.727  80.874  1.00 42.16           N  
+ATOM   4288  N   ALA A 141      13.492  -5.804  86.842  1.00 49.63           N  
+ATOM   4289  CA  ALA A 141      14.766  -6.104  87.481  1.00 53.15           C  
+ATOM   4290  C   ALA A 141      15.026  -7.604  87.536  1.00 58.10           C  
+ATOM   4291  O   ALA A 141      16.187  -8.032  87.529  1.00 62.70           O  
+ATOM   4292  CB  ALA A 141      14.793  -5.508  88.890  1.00 49.85           C  
+ATOM   4293  N   LYS A 142      13.971  -8.418  87.565  1.00 56.09           N  
+ATOM   4294  CA  LYS A 142      14.101  -9.868  87.627  1.00 54.53           C  
+ATOM   4295  C   LYS A 142      13.861 -10.546  86.286  1.00 49.96           C  
+ATOM   4296  O   LYS A 142      13.672 -11.766  86.248  1.00 48.81           O  
+ATOM   4297  CB  LYS A 142      13.148 -10.437  88.673  1.00 60.14           C  
+ATOM   4298  CG  LYS A 142      13.416  -9.948  90.070  1.00 67.16           C  
+ATOM   4299  CD  LYS A 142      12.367 -10.475  91.028  1.00 72.33           C  
+ATOM   4300  CE  LYS A 142      12.763 -10.191  92.461  1.00 76.60           C  
+ATOM   4301  NZ  LYS A 142      12.872  -8.731  92.731  1.00 79.60           N  
+ATOM   4302  N   GLY A 143      13.878  -9.787  85.189  1.00 48.65           N  
+ATOM   4303  CA  GLY A 143      13.682 -10.348  83.866  1.00 47.82           C  
+ATOM   4304  C   GLY A 143      12.254 -10.665  83.497  1.00 49.86           C  
+ATOM   4305  O   GLY A 143      12.025 -11.388  82.520  1.00 51.72           O  
+ATOM   4306  N   LYS A 144      11.284 -10.136  84.235  1.00 48.77           N  
+ATOM   4307  CA  LYS A 144       9.864 -10.355  84.003  1.00 47.24           C  
+ATOM   4308  C   LYS A 144       9.202  -9.034  83.615  1.00 48.25           C  
+ATOM   4309  O   LYS A 144       9.861  -8.003  83.463  1.00 50.74           O  
+ATOM   4310  CB  LYS A 144       9.200 -10.946  85.250  1.00 44.85           C  
+ATOM   4311  CG  LYS A 144       9.871 -12.195  85.792  1.00 42.93           C  
+ATOM   4312  CD  LYS A 144       9.778 -13.335  84.798  1.00 45.11           C  
+ATOM   4313  CE  LYS A 144      10.285 -14.639  85.392  1.00 48.44           C  
+ATOM   4314  NZ  LYS A 144      10.297 -15.735  84.381  1.00 51.06           N  
+ATOM   4315  N   SER A 145       7.879  -9.067  83.461  1.00 44.27           N  
+ATOM   4316  CA  SER A 145       7.095  -7.859  83.237  1.00 40.59           C  
+ATOM   4317  C   SER A 145       5.796  -7.965  84.028  1.00 40.48           C  
+ATOM   4318  O   SER A 145       5.427  -9.040  84.505  1.00 39.29           O  
+ATOM   4319  CB  SER A 145       6.828  -7.627  81.734  1.00 38.42           C  
+ATOM   4320  OG  SER A 145       6.009  -8.645  81.201  1.00 40.72           O  
+ATOM   4321  N   ALA A 146       5.114  -6.828  84.186  1.00 39.65           N  
+ATOM   4322  CA  ALA A 146       3.911  -6.805  85.015  1.00 38.34           C  
+ATOM   4323  C   ALA A 146       2.703  -7.356  84.269  1.00 37.39           C  
+ATOM   4324  O   ALA A 146       1.953  -8.171  84.819  1.00 36.46           O  
+ATOM   4325  CB  ALA A 146       3.615  -5.387  85.513  1.00 35.14           C  
+ATOM   4326  N   LEU A 147       2.477  -6.898  83.032  1.00 37.00           N  
+ATOM   4327  CA  LEU A 147       1.208  -7.150  82.370  1.00 35.03           C  
+ATOM   4328  C   LEU A 147       1.392  -7.216  80.862  1.00 34.95           C  
+ATOM   4329  O   LEU A 147       2.082  -6.378  80.276  1.00 34.39           O  
+ATOM   4330  CB  LEU A 147       0.197  -6.060  82.747  1.00 38.08           C  
+ATOM   4331  CG  LEU A 147      -1.183  -6.051  82.101  1.00 37.69           C  
+ATOM   4332  CD1 LEU A 147      -1.995  -7.269  82.512  1.00 35.99           C  
+ATOM   4333  CD2 LEU A 147      -1.921  -4.766  82.462  1.00 39.40           C  
+ATOM   4334  N   MET A 148       0.777  -8.219  80.239  1.00 28.90           N  
+ATOM   4335  CA  MET A 148       0.706  -8.312  78.789  1.00 34.20           C  
+ATOM   4336  C   MET A 148      -0.685  -8.792  78.411  1.00 36.63           C  
+ATOM   4337  O   MET A 148      -1.164  -9.796  78.945  1.00 36.15           O  
+ATOM   4338  CB  MET A 148       1.765  -9.270  78.225  1.00 37.59           C  
+ATOM   4339  CG  MET A 148       3.190  -8.807  78.408  1.00 41.80           C  
+ATOM   4340  SD  MET A 148       4.371  -9.929  77.640  1.00 49.34           S  
+ATOM   4341  CE  MET A 148       3.896  -9.806  75.919  1.00 44.20           C  
+ATOM   4342  N   PHE A 149      -1.338  -8.071  77.506  1.00 35.18           N  
+ATOM   4343  CA  PHE A 149      -2.606  -8.537  76.976  1.00 31.45           C  
+ATOM   4344  C   PHE A 149      -2.741  -8.024  75.547  1.00 33.79           C  
+ATOM   4345  O   PHE A 149      -1.945  -7.204  75.079  1.00 31.95           O  
+ATOM   4346  CB  PHE A 149      -3.784  -8.111  77.874  1.00 28.91           C  
+ATOM   4347  CG  PHE A 149      -3.998  -6.622  77.949  1.00 32.53           C  
+ATOM   4348  CD1 PHE A 149      -3.282  -5.840  78.846  1.00 37.60           C  
+ATOM   4349  CD2 PHE A 149      -4.940  -6.007  77.143  1.00 34.46           C  
+ATOM   4350  CE1 PHE A 149      -3.486  -4.469  78.915  1.00 37.30           C  
+ATOM   4351  CE2 PHE A 149      -5.155  -4.638  77.212  1.00 36.70           C  
+ATOM   4352  CZ  PHE A 149      -4.427  -3.870  78.097  1.00 36.58           C  
+ATOM   4353  N   ASN A 150      -3.772  -8.512  74.865  1.00 32.21           N  
+ATOM   4354  CA  ASN A 150      -3.965  -8.255  73.442  1.00 31.07           C  
+ATOM   4355  C   ASN A 150      -4.328  -6.790  73.228  1.00 32.40           C  
+ATOM   4356  O   ASN A 150      -5.426  -6.353  73.583  1.00 33.85           O  
+ATOM   4357  CB  ASN A 150      -5.052  -9.189  72.908  1.00 28.75           C  
+ATOM   4358  CG  ASN A 150      -5.313  -9.013  71.428  1.00 32.58           C  
+ATOM   4359  OD1 ASN A 150      -4.584  -8.302  70.734  1.00 34.78           O  
+ATOM   4360  ND2 ASN A 150      -6.351  -9.685  70.928  1.00 31.14           N  
+ATOM   4361  N   LEU A 151      -3.414  -6.033  72.632  1.00 35.05           N  
+ATOM   4362  CA  LEU A 151      -3.654  -4.634  72.304  1.00 36.16           C  
+ATOM   4363  C   LEU A 151      -4.176  -4.440  70.891  1.00 33.29           C  
+ATOM   4364  O   LEU A 151      -4.369  -3.295  70.470  1.00 35.56           O  
+ATOM   4365  CB  LEU A 151      -2.358  -3.822  72.475  1.00 37.11           C  
+ATOM   4366  CG  LEU A 151      -1.732  -3.771  73.873  1.00 41.39           C  
+ATOM   4367  CD1 LEU A 151      -0.513  -2.856  73.872  1.00 42.00           C  
+ATOM   4368  CD2 LEU A 151      -2.744  -3.315  74.918  1.00 39.34           C  
+ATOM   4369  N   GLN A 152      -4.400  -5.522  70.146  1.00 33.80           N  
+ATOM   4370  CA  GLN A 152      -4.879  -5.416  68.774  1.00 35.46           C  
+ATOM   4371  C   GLN A 152      -6.399  -5.450  68.666  1.00 37.80           C  
+ATOM   4372  O   GLN A 152      -6.939  -5.112  67.603  1.00 40.39           O  
+ATOM   4373  CB  GLN A 152      -4.292  -6.541  67.909  1.00 37.35           C  
+ATOM   4374  CG  GLN A 152      -2.772  -6.651  67.971  1.00 38.90           C  
+ATOM   4375  CD  GLN A 152      -2.070  -5.307  67.875  1.00 38.10           C  
+ATOM   4376  OE1 GLN A 152      -2.174  -4.603  66.880  1.00 37.35           O  
+ATOM   4377  NE2 GLN A 152      -1.370  -4.939  68.934  1.00 38.02           N  
+ATOM   4378  N   GLU A 153      -7.101  -5.869  69.715  1.00 34.65           N  
+ATOM   4379  CA  GLU A 153      -8.558  -5.947  69.676  1.00 34.48           C  
+ATOM   4380  C   GLU A 153      -9.143  -5.043  70.755  1.00 28.13           C  
+ATOM   4381  O   GLU A 153      -8.831  -5.218  71.945  1.00 25.90           O  
+ATOM   4382  CB  GLU A 153      -9.037  -7.392  69.847  1.00 33.72           C  
+ATOM   4383  CG  GLU A 153      -8.868  -8.259  68.593  1.00 32.80           C  
+ATOM   4384  CD  GLU A 153      -9.769  -7.846  67.427  1.00 36.65           C  
+ATOM   4385  OE1 GLU A 153     -10.841  -7.224  67.650  1.00 37.62           O  
+ATOM   4386  OE2 GLU A 153      -9.402  -8.150  66.272  1.00 37.38           O  
+ATOM   4387  N   PRO A 154      -9.990  -4.078  70.390  1.00 28.78           N  
+ATOM   4388  CA  PRO A 154     -10.486  -3.095  71.378  1.00 30.00           C  
+ATOM   4389  C   PRO A 154     -11.346  -3.683  72.488  1.00 33.12           C  
+ATOM   4390  O   PRO A 154     -11.571  -2.999  73.497  1.00 24.80           O  
+ATOM   4391  CB  PRO A 154     -11.289  -2.110  70.519  1.00 28.09           C  
+ATOM   4392  CG  PRO A 154     -11.656  -2.891  69.276  1.00 26.02           C  
+ATOM   4393  CD  PRO A 154     -10.513  -3.838  69.032  1.00 25.42           C  
+ATOM   4394  N   TYR A 155     -11.828  -4.915  72.337  1.00 24.81           N  
+ATOM   4395  CA  TYR A 155     -12.541  -5.585  73.418  1.00 30.76           C  
+ATOM   4396  C   TYR A 155     -11.718  -5.606  74.698  1.00 29.47           C  
+ATOM   4397  O   TYR A 155     -12.264  -5.479  75.798  1.00 26.11           O  
+ATOM   4398  CB  TYR A 155     -12.877  -7.007  72.976  1.00 32.71           C  
+ATOM   4399  CG  TYR A 155     -13.625  -7.855  73.961  1.00 30.43           C  
+ATOM   4400  CD1 TYR A 155     -14.965  -7.628  74.217  1.00 29.56           C  
+ATOM   4401  CD2 TYR A 155     -13.005  -8.923  74.594  1.00 31.03           C  
+ATOM   4402  CE1 TYR A 155     -15.665  -8.423  75.100  1.00 28.50           C  
+ATOM   4403  CE2 TYR A 155     -13.698  -9.728  75.479  1.00 27.04           C  
+ATOM   4404  CZ  TYR A 155     -15.021  -9.474  75.730  1.00 28.25           C  
+ATOM   4405  OH  TYR A 155     -15.715 -10.267  76.638  1.00 30.92           O  
+ATOM   4406  N   PHE A 156     -10.393  -5.762  74.571  1.00 25.21           N  
+ATOM   4407  CA  PHE A 156      -9.533  -5.917  75.745  1.00 25.44           C  
+ATOM   4408  C   PHE A 156      -9.154  -4.581  76.378  1.00 25.50           C  
+ATOM   4409  O   PHE A 156      -8.917  -4.519  77.594  1.00 25.51           O  
+ATOM   4410  CB  PHE A 156      -8.268  -6.697  75.366  1.00 32.41           C  
+ATOM   4411  CG  PHE A 156      -8.541  -8.117  74.964  1.00 31.93           C  
+ATOM   4412  CD1 PHE A 156      -8.930  -8.422  73.660  1.00 30.82           C  
+ATOM   4413  CD2 PHE A 156      -8.431  -9.149  75.888  1.00 29.28           C  
+ATOM   4414  CE1 PHE A 156      -9.196  -9.732  73.283  1.00 25.86           C  
+ATOM   4415  CE2 PHE A 156      -8.709 -10.463  75.521  1.00 31.54           C  
+ATOM   4416  CZ  PHE A 156      -9.082 -10.754  74.213  1.00 32.32           C  
+ATOM   4417  N   THR A 157      -9.109  -3.503  75.596  1.00 27.43           N  
+ATOM   4418  CA  THR A 157      -8.805  -2.190  76.160  1.00 29.06           C  
+ATOM   4419  C   THR A 157     -10.052  -1.405  76.531  1.00 31.10           C  
+ATOM   4420  O   THR A 157      -9.949  -0.422  77.277  1.00 32.48           O  
+ATOM   4421  CB  THR A 157      -7.949  -1.372  75.184  1.00 29.96           C  
+ATOM   4422  OG1 THR A 157      -8.624  -1.260  73.918  1.00 35.47           O  
+ATOM   4423  CG2 THR A 157      -6.616  -2.059  74.979  1.00 27.71           C  
+ATOM   4424  N   TRP A 158     -11.227  -1.845  76.077  1.00 26.46           N  
+ATOM   4425  CA  TRP A 158     -12.454  -1.133  76.418  1.00 26.83           C  
+ATOM   4426  C   TRP A 158     -12.699  -0.996  77.921  1.00 29.65           C  
+ATOM   4427  O   TRP A 158     -13.182   0.073  78.330  1.00 32.01           O  
+ATOM   4428  CB  TRP A 158     -13.658  -1.798  75.741  1.00 27.76           C  
+ATOM   4429  CG  TRP A 158     -14.917  -1.009  75.979  1.00 28.18           C  
+ATOM   4430  CD1 TRP A 158     -15.931  -1.319  76.833  1.00 27.20           C  
+ATOM   4431  CD2 TRP A 158     -15.251   0.257  75.398  1.00 27.54           C  
+ATOM   4432  NE1 TRP A 158     -16.896  -0.336  76.803  1.00 27.92           N  
+ATOM   4433  CE2 TRP A 158     -16.501   0.642  75.928  1.00 28.44           C  
+ATOM   4434  CE3 TRP A 158     -14.618   1.099  74.476  1.00 31.57           C  
+ATOM   4435  CZ2 TRP A 158     -17.127   1.835  75.569  1.00 28.78           C  
+ATOM   4436  CZ3 TRP A 158     -15.242   2.275  74.115  1.00 32.09           C  
+ATOM   4437  CH2 TRP A 158     -16.487   2.635  74.667  1.00 30.54           C  
+ATOM   4438  N   PRO A 159     -12.433  -1.995  78.781  1.00 28.89           N  
+ATOM   4439  CA  PRO A 159     -12.733  -1.794  80.209  1.00 30.09           C  
+ATOM   4440  C   PRO A 159     -12.052  -0.572  80.805  1.00 29.67           C  
+ATOM   4441  O   PRO A 159     -12.626   0.080  81.691  1.00 32.60           O  
+ATOM   4442  CB  PRO A 159     -12.250  -3.099  80.858  1.00 29.98           C  
+ATOM   4443  CG  PRO A 159     -12.324  -4.110  79.755  1.00 30.68           C  
+ATOM   4444  CD  PRO A 159     -11.951  -3.367  78.519  1.00 30.46           C  
+ATOM   4445  N   LEU A 160     -10.835  -0.267  80.352  1.00 24.65           N  
+ATOM   4446  CA  LEU A 160     -10.095   0.902  80.823  1.00 31.32           C  
+ATOM   4447  C   LEU A 160     -10.651   2.196  80.236  1.00 33.59           C  
+ATOM   4448  O   LEU A 160     -10.775   3.199  80.944  1.00 36.14           O  
+ATOM   4449  CB  LEU A 160      -8.620   0.744  80.452  1.00 31.97           C  
+ATOM   4450  CG  LEU A 160      -7.676   1.927  80.658  1.00 33.50           C  
+ATOM   4451  CD1 LEU A 160      -7.655   2.336  82.118  1.00 31.98           C  
+ATOM   4452  CD2 LEU A 160      -6.261   1.586  80.169  1.00 32.17           C  
+ATOM   4453  N   ILE A 161     -10.986   2.183  78.941  1.00 31.27           N  
+ATOM   4454  CA  ILE A 161     -11.531   3.359  78.264  1.00 34.28           C  
+ATOM   4455  C   ILE A 161     -12.869   3.760  78.879  1.00 35.57           C  
+ATOM   4456  O   ILE A 161     -13.161   4.953  79.050  1.00 35.62           O  
+ATOM   4457  CB  ILE A 161     -11.667   3.077  76.753  1.00 37.26           C  
+ATOM   4458  CG1 ILE A 161     -10.298   2.928  76.093  1.00 41.92           C  
+ATOM   4459  CG2 ILE A 161     -12.482   4.156  76.050  1.00 38.56           C  
+ATOM   4460  CD1 ILE A 161     -10.386   2.558  74.615  1.00 42.52           C  
+ATOM   4461  N   ALA A 162     -13.703   2.771  79.225  1.00 26.67           N  
+ATOM   4462  CA  ALA A 162     -15.025   3.049  79.763  1.00 28.90           C  
+ATOM   4463  C   ALA A 162     -15.021   3.402  81.250  1.00 32.28           C  
+ATOM   4464  O   ALA A 162     -16.018   3.944  81.738  1.00 38.85           O  
+ATOM   4465  CB  ALA A 162     -15.943   1.844  79.543  1.00 27.11           C  
+ATOM   4466  N   ALA A 163     -13.927   3.145  81.966  1.00 30.73           N  
+ATOM   4467  CA  ALA A 163     -13.927   3.280  83.422  1.00 32.75           C  
+ATOM   4468  C   ALA A 163     -14.285   4.700  83.861  1.00 35.49           C  
+ATOM   4469  O   ALA A 163     -15.244   4.906  84.611  1.00 39.84           O  
+ATOM   4470  CB  ALA A 163     -12.561   2.867  83.978  1.00 29.67           C  
+ATOM   4471  N   ASP A 164     -13.543   5.697  83.383  1.00 37.60           N  
+ATOM   4472  CA  ASP A 164     -13.711   7.083  83.819  1.00 44.74           C  
+ATOM   4473  C   ASP A 164     -14.777   7.818  83.022  1.00 46.53           C  
+ATOM   4474  O   ASP A 164     -14.932   9.034  83.174  1.00 40.15           O  
+ATOM   4475  CB  ASP A 164     -12.374   7.831  83.706  1.00 50.82           C  
+ATOM   4476  CG  ASP A 164     -12.405   9.205  84.364  1.00 53.73           C  
+ATOM   4477  OD1 ASP A 164     -12.878   9.307  85.516  1.00 53.62           O  
+ATOM   4478  OD2 ASP A 164     -11.962  10.183  83.717  1.00 53.35           O  
+ATOM   4479  N   GLY A 165     -15.508   7.107  82.192  1.00 54.30           N  
+ATOM   4480  CA  GLY A 165     -16.510   7.654  81.318  1.00 55.37           C  
+ATOM   4481  C   GLY A 165     -16.336   7.024  79.960  1.00 57.83           C  
+ATOM   4482  O   GLY A 165     -15.612   6.049  79.807  1.00 64.62           O  
+ATOM   4483  N   GLY A 166     -16.963   7.598  78.956  1.00 51.34           N  
+ATOM   4484  CA  GLY A 166     -16.838   7.005  77.642  1.00 47.41           C  
+ATOM   4485  C   GLY A 166     -17.764   5.817  77.509  1.00 37.70           C  
+ATOM   4486  O   GLY A 166     -17.852   4.957  78.388  1.00 34.42           O  
+ATOM   4487  N   TYR A 167     -18.428   5.751  76.367  1.00 32.18           N  
+ATOM   4488  CA  TYR A 167     -19.471   4.771  76.130  1.00 29.85           C  
+ATOM   4489  C   TYR A 167     -19.563   4.569  74.630  1.00 30.61           C  
+ATOM   4490  O   TYR A 167     -18.906   5.269  73.856  1.00 30.63           O  
+ATOM   4491  CB  TYR A 167     -20.798   5.238  76.746  1.00 31.33           C  
+ATOM   4492  CG  TYR A 167     -21.203   6.637  76.314  1.00 31.61           C  
+ATOM   4493  CD1 TYR A 167     -21.947   6.844  75.159  1.00 30.43           C  
+ATOM   4494  CD2 TYR A 167     -20.834   7.754  77.064  1.00 35.33           C  
+ATOM   4495  CE1 TYR A 167     -22.308   8.119  74.753  1.00 31.13           C  
+ATOM   4496  CE2 TYR A 167     -21.197   9.043  76.667  1.00 36.73           C  
+ATOM   4497  CZ  TYR A 167     -21.933   9.215  75.511  1.00 37.27           C  
+ATOM   4498  OH  TYR A 167     -22.292  10.487  75.108  1.00 40.46           O  
+ATOM   4499  N   ALA A 168     -20.362   3.582  74.224  1.00 27.33           N  
+ATOM   4500  CA  ALA A 168     -20.560   3.357  72.801  1.00 27.92           C  
+ATOM   4501  C   ALA A 168     -21.667   4.279  72.297  1.00 32.89           C  
+ATOM   4502  O   ALA A 168     -21.388   5.327  71.713  1.00 36.53           O  
+ATOM   4503  CB  ALA A 168     -20.862   1.888  72.517  1.00 25.46           C  
+ATOM   4504  N   PHE A 169     -22.922   3.930  72.542  1.00 34.86           N  
+ATOM   4505  CA  PHE A 169     -24.040   4.750  72.099  1.00 34.36           C  
+ATOM   4506  C   PHE A 169     -24.857   5.184  73.303  1.00 32.53           C  
+ATOM   4507  O   PHE A 169     -25.050   4.409  74.244  1.00 32.37           O  
+ATOM   4508  CB  PHE A 169     -24.915   3.993  71.095  1.00 31.72           C  
+ATOM   4509  CG  PHE A 169     -24.168   3.575  69.856  1.00 32.35           C  
+ATOM   4510  CD1 PHE A 169     -24.029   4.445  68.787  1.00 31.71           C  
+ATOM   4511  CD2 PHE A 169     -23.571   2.328  69.782  1.00 30.57           C  
+ATOM   4512  CE1 PHE A 169     -23.327   4.069  67.659  1.00 34.74           C  
+ATOM   4513  CE2 PHE A 169     -22.869   1.946  68.656  1.00 31.00           C  
+ATOM   4514  CZ  PHE A 169     -22.748   2.818  67.595  1.00 34.20           C  
+ATOM   4515  N   LYS A 170     -25.316   6.434  73.273  1.00 32.96           N  
+ATOM   4516  CA  LYS A 170     -26.122   6.973  74.360  1.00 35.34           C  
+ATOM   4517  C   LYS A 170     -27.532   6.407  74.282  1.00 30.92           C  
+ATOM   4518  O   LYS A 170     -28.165   6.427  73.216  1.00 30.75           O  
+ATOM   4519  CB  LYS A 170     -26.163   8.500  74.301  1.00 40.13           C  
+ATOM   4520  CG  LYS A 170     -26.811   9.145  75.511  1.00 42.62           C  
+ATOM   4521  CD  LYS A 170     -25.972   8.902  76.740  1.00 49.69           C  
+ATOM   4522  CE  LYS A 170     -26.395   9.794  77.897  1.00 57.23           C  
+ATOM   4523  NZ  LYS A 170     -27.841   9.622  78.208  1.00 61.67           N  
+ATOM   4524  N   TYR A 171     -28.019   5.891  75.406  1.00 25.45           N  
+ATOM   4525  CA  TYR A 171     -29.375   5.359  75.504  1.00 31.52           C  
+ATOM   4526  C   TYR A 171     -30.197   6.303  76.369  1.00 36.21           C  
+ATOM   4527  O   TYR A 171     -29.851   6.543  77.529  1.00 35.55           O  
+ATOM   4528  CB  TYR A 171     -29.371   3.948  76.093  1.00 29.02           C  
+ATOM   4529  CG  TYR A 171     -30.736   3.281  76.149  1.00 27.34           C  
+ATOM   4530  CD1 TYR A 171     -31.169   2.437  75.126  1.00 27.55           C  
+ATOM   4531  CD2 TYR A 171     -31.589   3.489  77.229  1.00 29.32           C  
+ATOM   4532  CE1 TYR A 171     -32.419   1.830  75.178  1.00 29.73           C  
+ATOM   4533  CE2 TYR A 171     -32.835   2.885  77.291  1.00 29.14           C  
+ATOM   4534  CZ  TYR A 171     -33.243   2.062  76.264  1.00 28.88           C  
+ATOM   4535  OH  TYR A 171     -34.474   1.466  76.334  1.00 28.14           O  
+ATOM   4536  N   GLU A 172     -31.278   6.834  75.804  1.00 41.85           N  
+ATOM   4537  CA  GLU A 172     -32.123   7.792  76.506  1.00 51.03           C  
+ATOM   4538  C   GLU A 172     -33.542   7.684  75.972  1.00 51.54           C  
+ATOM   4539  O   GLU A 172     -33.739   7.495  74.769  1.00 53.02           O  
+ATOM   4540  CB  GLU A 172     -31.605   9.227  76.342  1.00 59.57           C  
+ATOM   4541  CG  GLU A 172     -32.454  10.294  77.033  1.00 69.38           C  
+ATOM   4542  CD  GLU A 172     -32.348  10.262  78.550  1.00 76.99           C  
+ATOM   4543  OE1 GLU A 172     -31.593  11.089  79.110  1.00 79.72           O  
+ATOM   4544  OE2 GLU A 172     -33.006   9.406  79.182  1.00 79.31           O  
+ATOM   4545  N   ASN A 173     -34.522   7.811  76.867  1.00 51.39           N  
+ATOM   4546  CA  ASN A 173     -35.932   7.798  76.478  1.00 52.37           C  
+ATOM   4547  C   ASN A 173     -36.303   6.485  75.801  1.00 46.78           C  
+ATOM   4548  O   ASN A 173     -37.017   6.465  74.799  1.00 48.41           O  
+ATOM   4549  CB  ASN A 173     -36.273   8.977  75.562  1.00 57.35           C  
+ATOM   4550  CG  ASN A 173     -36.475  10.266  76.321  1.00 63.78           C  
+ATOM   4551  OD1 ASN A 173     -36.261  10.327  77.537  1.00 66.60           O  
+ATOM   4552  ND2 ASN A 173     -36.887  11.314  75.607  1.00 64.00           N  
+ATOM   4553  N   GLY A 174     -35.790   5.379  76.330  1.00 43.37           N  
+ATOM   4554  CA  GLY A 174     -36.131   4.092  75.763  1.00 41.49           C  
+ATOM   4555  C   GLY A 174     -35.590   3.796  74.378  1.00 36.71           C  
+ATOM   4556  O   GLY A 174     -36.171   2.965  73.679  1.00 34.36           O  
+ATOM   4557  N   LYS A 175     -34.505   4.448  73.949  1.00 35.80           N  
+ATOM   4558  CA  LYS A 175     -33.911   4.144  72.649  1.00 36.45           C  
+ATOM   4559  C   LYS A 175     -32.479   4.661  72.612  1.00 33.65           C  
+ATOM   4560  O   LYS A 175     -32.089   5.512  73.415  1.00 31.97           O  
+ATOM   4561  CB  LYS A 175     -34.710   4.767  71.499  1.00 44.49           C  
+ATOM   4562  CG  LYS A 175     -34.683   6.288  71.503  1.00 50.03           C  
+ATOM   4563  CD  LYS A 175     -35.495   6.875  70.355  1.00 55.59           C  
+ATOM   4564  CE  LYS A 175     -35.535   8.399  70.426  1.00 57.93           C  
+ATOM   4565  NZ  LYS A 175     -34.166   8.998  70.392  1.00 59.85           N  
+ATOM   4566  N   TYR A 176     -31.707   4.161  71.644  1.00 30.58           N  
+ATOM   4567  CA  TYR A 176     -30.346   4.640  71.436  1.00 31.80           C  
+ATOM   4568  C   TYR A 176     -30.358   5.861  70.529  1.00 38.78           C  
+ATOM   4569  O   TYR A 176     -31.223   6.007  69.664  1.00 40.85           O  
+ATOM   4570  CB  TYR A 176     -29.444   3.571  70.804  1.00 29.53           C  
+ATOM   4571  CG  TYR A 176     -29.015   2.458  71.732  1.00 29.70           C  
+ATOM   4572  CD1 TYR A 176     -28.077   2.683  72.738  1.00 30.49           C  
+ATOM   4573  CD2 TYR A 176     -29.541   1.175  71.598  1.00 28.34           C  
+ATOM   4574  CE1 TYR A 176     -27.682   1.663  73.596  1.00 27.39           C  
+ATOM   4575  CE2 TYR A 176     -29.157   0.150  72.454  1.00 27.49           C  
+ATOM   4576  CZ  TYR A 176     -28.229   0.403  73.453  1.00 27.22           C  
+ATOM   4577  OH  TYR A 176     -27.829  -0.612  74.291  1.00 29.18           O  
+ATOM   4578  N   ASP A 177     -29.391   6.745  70.738  1.00 40.71           N  
+ATOM   4579  CA  ASP A 177     -29.097   7.821  69.797  1.00 40.58           C  
+ATOM   4580  C   ASP A 177     -27.817   7.420  69.075  1.00 38.01           C  
+ATOM   4581  O   ASP A 177     -26.726   7.554  69.626  1.00 34.11           O  
+ATOM   4582  CB  ASP A 177     -28.946   9.163  70.509  1.00 43.56           C  
+ATOM   4583  CG  ASP A 177     -28.755  10.330  69.540  1.00 46.48           C  
+ATOM   4584  OD1 ASP A 177     -28.729  10.115  68.302  1.00 47.82           O  
+ATOM   4585  OD2 ASP A 177     -28.626  11.474  70.024  1.00 47.53           O  
+ATOM   4586  N   ILE A 178     -27.946   6.890  67.855  1.00 40.17           N  
+ATOM   4587  CA  ILE A 178     -26.760   6.409  67.154  1.00 41.37           C  
+ATOM   4588  C   ILE A 178     -25.830   7.534  66.727  1.00 46.94           C  
+ATOM   4589  O   ILE A 178     -24.688   7.267  66.335  1.00 47.97           O  
+ATOM   4590  CB  ILE A 178     -27.149   5.547  65.939  1.00 41.09           C  
+ATOM   4591  CG1 ILE A 178     -27.839   6.393  64.867  1.00 40.24           C  
+ATOM   4592  CG2 ILE A 178     -28.023   4.390  66.388  1.00 39.95           C  
+ATOM   4593  CD1 ILE A 178     -28.151   5.621  63.593  1.00 37.83           C  
+ATOM   4594  N   LYS A 179     -26.279   8.785  66.805  1.00 47.40           N  
+ATOM   4595  CA  LYS A 179     -25.423   9.927  66.525  1.00 47.00           C  
+ATOM   4596  C   LYS A 179     -24.675  10.418  67.757  1.00 44.75           C  
+ATOM   4597  O   LYS A 179     -23.834  11.314  67.633  1.00 46.81           O  
+ATOM   4598  CB  LYS A 179     -26.251  11.075  65.936  1.00 50.23           C  
+ATOM   4599  CG  LYS A 179     -26.998  10.714  64.657  1.00 53.06           C  
+ATOM   4600  CD  LYS A 179     -26.043  10.297  63.548  1.00 57.20           C  
+ATOM   4601  CE  LYS A 179     -26.798   9.914  62.279  1.00 59.05           C  
+ATOM   4602  NZ  LYS A 179     -27.597  11.052  61.744  1.00 58.97           N  
+ATOM   4603  N   ASP A 180     -24.965   9.865  68.934  1.00 42.53           N  
+ATOM   4604  CA  ASP A 180     -24.333  10.258  70.195  1.00 39.18           C  
+ATOM   4605  C   ASP A 180     -23.375   9.143  70.625  1.00 40.13           C  
+ATOM   4606  O   ASP A 180     -23.760   8.204  71.324  1.00 38.70           O  
+ATOM   4607  CB  ASP A 180     -25.397  10.531  71.253  1.00 37.38           C  
+ATOM   4608  CG  ASP A 180     -24.832  11.150  72.522  1.00 37.64           C  
+ATOM   4609  OD1 ASP A 180     -23.606  11.041  72.775  1.00 37.33           O  
+ATOM   4610  OD2 ASP A 180     -25.632  11.727  73.291  1.00 37.08           O  
+ATOM   4611  N   VAL A 181     -22.112   9.272  70.223  1.00 40.79           N  
+ATOM   4612  CA  VAL A 181     -21.073   8.285  70.500  1.00 38.77           C  
+ATOM   4613  C   VAL A 181     -20.127   8.873  71.535  1.00 39.09           C  
+ATOM   4614  O   VAL A 181     -19.745  10.043  71.437  1.00 41.07           O  
+ATOM   4615  CB  VAL A 181     -20.316   7.897  69.214  1.00 38.93           C  
+ATOM   4616  CG1 VAL A 181     -19.240   6.867  69.506  1.00 38.20           C  
+ATOM   4617  CG2 VAL A 181     -21.290   7.363  68.182  1.00 38.78           C  
+ATOM   4618  N   GLY A 182     -19.755   8.063  72.529  1.00 39.08           N  
+ATOM   4619  CA  GLY A 182     -18.935   8.542  73.632  1.00 38.18           C  
+ATOM   4620  C   GLY A 182     -17.492   8.073  73.595  1.00 38.27           C  
+ATOM   4621  O   GLY A 182     -16.900   7.778  74.637  1.00 36.30           O  
+ATOM   4622  N   VAL A 183     -16.911   8.002  72.395  1.00 36.77           N  
+ATOM   4623  CA  VAL A 183     -15.536   7.524  72.225  1.00 41.22           C  
+ATOM   4624  C   VAL A 183     -14.495   8.625  72.410  1.00 46.96           C  
+ATOM   4625  O   VAL A 183     -13.306   8.320  72.604  1.00 47.15           O  
+ATOM   4626  CB  VAL A 183     -15.429   6.848  70.837  1.00 44.36           C  
+ATOM   4627  CG1 VAL A 183     -13.994   6.523  70.446  1.00 46.75           C  
+ATOM   4628  CG2 VAL A 183     -16.256   5.567  70.823  1.00 42.99           C  
+ATOM   4629  N   ASP A 184     -14.896   9.899  72.408  1.00 51.34           N  
+ATOM   4630  CA  ASP A 184     -13.913  10.975  72.474  1.00 59.74           C  
+ATOM   4631  C   ASP A 184     -14.203  11.969  73.592  1.00 60.36           C  
+ATOM   4632  O   ASP A 184     -13.757  13.117  73.514  1.00 62.71           O  
+ATOM   4633  CB  ASP A 184     -13.825  11.716  71.139  1.00 68.03           C  
+ATOM   4634  CG  ASP A 184     -15.097  12.472  70.809  1.00 75.08           C  
+ATOM   4635  OD1 ASP A 184     -16.176  12.074  71.299  1.00 77.39           O  
+ATOM   4636  OD2 ASP A 184     -15.013  13.475  70.072  1.00 78.15           O  
+ATOM   4637  N   ASN A 185     -14.930  11.564  74.628  1.00 58.22           N  
+ATOM   4638  CA  ASN A 185     -15.156  12.462  75.747  1.00 54.32           C  
+ATOM   4639  C   ASN A 185     -13.959  12.427  76.700  1.00 53.39           C  
+ATOM   4640  O   ASN A 185     -12.964  11.731  76.471  1.00 53.67           O  
+ATOM   4641  CB  ASN A 185     -16.463  12.114  76.459  1.00 50.15           C  
+ATOM   4642  CG  ASN A 185     -16.488  10.695  77.007  1.00 50.95           C  
+ATOM   4643  OD1 ASN A 185     -15.458  10.053  77.175  1.00 49.84           O  
+ATOM   4644  ND2 ASN A 185     -17.687  10.202  77.291  1.00 54.52           N  
+ATOM   4645  N   ALA A 186     -14.067  13.179  77.798  1.00 51.26           N  
+ATOM   4646  CA  ALA A 186     -12.948  13.300  78.729  1.00 50.52           C  
+ATOM   4647  C   ALA A 186     -12.569  11.953  79.337  1.00 48.76           C  
+ATOM   4648  O   ALA A 186     -11.381  11.658  79.517  1.00 49.26           O  
+ATOM   4649  CB  ALA A 186     -13.285  14.314  79.820  1.00 51.43           C  
+ATOM   4650  N   GLY A 187     -13.563  11.128  79.677  1.00 45.54           N  
+ATOM   4651  CA  GLY A 187     -13.266   9.836  80.278  1.00 41.19           C  
+ATOM   4652  C   GLY A 187     -12.547   8.890  79.328  1.00 38.62           C  
+ATOM   4653  O   GLY A 187     -11.606   8.195  79.723  1.00 38.19           O  
+ATOM   4654  N   ALA A 188     -12.976   8.849  78.063  1.00 33.98           N  
+ATOM   4655  CA  ALA A 188     -12.315   7.978  77.103  1.00 31.98           C  
+ATOM   4656  C   ALA A 188     -10.874   8.422  76.878  1.00 36.88           C  
+ATOM   4657  O   ALA A 188      -9.952   7.596  76.889  1.00 35.12           O  
+ATOM   4658  CB  ALA A 188     -13.094   7.963  75.788  1.00 30.75           C  
+ATOM   4659  N   LYS A 189     -10.656   9.730  76.730  1.00 39.89           N  
+ATOM   4660  CA  LYS A 189      -9.307  10.230  76.499  1.00 45.39           C  
+ATOM   4661  C   LYS A 189      -8.385   9.904  77.663  1.00 43.60           C  
+ATOM   4662  O   LYS A 189      -7.219   9.552  77.453  1.00 44.89           O  
+ATOM   4663  CB  LYS A 189      -9.344  11.733  76.231  1.00 48.06           C  
+ATOM   4664  CG  LYS A 189     -10.048  12.084  74.925  1.00 49.49           C  
+ATOM   4665  CD  LYS A 189      -9.931  13.557  74.614  1.00 52.22           C  
+ATOM   4666  CE  LYS A 189     -10.511  13.874  73.258  1.00 57.14           C  
+ATOM   4667  NZ  LYS A 189     -10.329  15.311  72.922  1.00 61.05           N  
+ATOM   4668  N   ALA A 190      -8.894   9.985  78.895  1.00 43.35           N  
+ATOM   4669  CA  ALA A 190      -8.070   9.656  80.057  1.00 42.02           C  
+ATOM   4670  C   ALA A 190      -7.662   8.189  80.048  1.00 41.31           C  
+ATOM   4671  O   ALA A 190      -6.511   7.854  80.357  1.00 39.75           O  
+ATOM   4672  CB  ALA A 190      -8.813   9.989  81.348  1.00 42.64           C  
+ATOM   4673  N   GLY A 191      -8.592   7.299  79.701  1.00 38.80           N  
+ATOM   4674  CA  GLY A 191      -8.265   5.885  79.673  1.00 36.58           C  
+ATOM   4675  C   GLY A 191      -7.248   5.553  78.598  1.00 34.20           C  
+ATOM   4676  O   GLY A 191      -6.258   4.863  78.856  1.00 35.29           O  
+ATOM   4677  N   LEU A 192      -7.468   6.056  77.381  1.00 36.44           N  
+ATOM   4678  CA  LEU A 192      -6.533   5.790  76.298  1.00 38.08           C  
+ATOM   4679  C   LEU A 192      -5.185   6.465  76.538  1.00 40.27           C  
+ATOM   4680  O   LEU A 192      -4.143   5.912  76.162  1.00 39.48           O  
+ATOM   4681  CB  LEU A 192      -7.138   6.232  74.961  1.00 39.90           C  
+ATOM   4682  CG  LEU A 192      -6.325   5.838  73.727  1.00 40.24           C  
+ATOM   4683  CD1 LEU A 192      -6.019   4.352  73.797  1.00 40.61           C  
+ATOM   4684  CD2 LEU A 192      -7.050   6.182  72.414  1.00 36.93           C  
+ATOM   4685  N   THR A 193      -5.180   7.650  77.162  1.00 41.42           N  
+ATOM   4686  CA  THR A 193      -3.913   8.295  77.508  1.00 43.82           C  
+ATOM   4687  C   THR A 193      -3.108   7.441  78.481  1.00 41.07           C  
+ATOM   4688  O   THR A 193      -1.882   7.332  78.360  1.00 40.23           O  
+ATOM   4689  CB  THR A 193      -4.162   9.689  78.089  1.00 44.39           C  
+ATOM   4690  OG1 THR A 193      -4.675  10.549  77.061  1.00 45.14           O  
+ATOM   4691  CG2 THR A 193      -2.878  10.286  78.630  1.00 46.11           C  
+ATOM   4692  N   PHE A 194      -3.776   6.825  79.454  1.00 39.46           N  
+ATOM   4693  CA  PHE A 194      -3.050   5.975  80.392  1.00 40.58           C  
+ATOM   4694  C   PHE A 194      -2.446   4.764  79.690  1.00 42.54           C  
+ATOM   4695  O   PHE A 194      -1.342   4.325  80.034  1.00 43.36           O  
+ATOM   4696  CB  PHE A 194      -3.964   5.536  81.534  1.00 41.73           C  
+ATOM   4697  CG  PHE A 194      -3.231   4.838  82.640  1.00 45.40           C  
+ATOM   4698  CD1 PHE A 194      -2.615   5.570  83.648  1.00 48.16           C  
+ATOM   4699  CD2 PHE A 194      -3.137   3.455  82.666  1.00 44.87           C  
+ATOM   4700  CE1 PHE A 194      -1.917   4.936  84.667  1.00 48.04           C  
+ATOM   4701  CE2 PHE A 194      -2.444   2.814  83.679  1.00 46.76           C  
+ATOM   4702  CZ  PHE A 194      -1.832   3.559  84.683  1.00 49.55           C  
+ATOM   4703  N   LEU A 195      -3.158   4.212  78.703  1.00 41.11           N  
+ATOM   4704  CA  LEU A 195      -2.636   3.078  77.945  1.00 38.34           C  
+ATOM   4705  C   LEU A 195      -1.449   3.485  77.077  1.00 35.19           C  
+ATOM   4706  O   LEU A 195      -0.455   2.756  76.993  1.00 32.65           O  
+ATOM   4707  CB  LEU A 195      -3.751   2.479  77.089  1.00 39.98           C  
+ATOM   4708  CG  LEU A 195      -3.506   1.179  76.326  1.00 45.22           C  
+ATOM   4709  CD1 LEU A 195      -3.661  -0.015  77.239  1.00 47.15           C  
+ATOM   4710  CD2 LEU A 195      -4.472   1.075  75.161  1.00 49.59           C  
+ATOM   4711  N   VAL A 196      -1.538   4.633  76.406  1.00 38.52           N  
+ATOM   4712  CA  VAL A 196      -0.440   5.071  75.545  1.00 41.71           C  
+ATOM   4713  C   VAL A 196       0.802   5.359  76.374  1.00 43.05           C  
+ATOM   4714  O   VAL A 196       1.929   5.066  75.953  1.00 45.71           O  
+ATOM   4715  CB  VAL A 196      -0.862   6.299  74.716  1.00 41.50           C  
+ATOM   4716  CG1 VAL A 196       0.356   6.935  74.048  1.00 41.50           C  
+ATOM   4717  CG2 VAL A 196      -1.863   5.893  73.673  1.00 42.86           C  
+ATOM   4718  N   ASP A 197       0.614   5.912  77.573  1.00 43.55           N  
+ATOM   4719  CA  ASP A 197       1.746   6.207  78.446  1.00 44.18           C  
+ATOM   4720  C   ASP A 197       2.455   4.934  78.887  1.00 43.13           C  
+ATOM   4721  O   ASP A 197       3.690   4.884  78.915  1.00 43.08           O  
+ATOM   4722  CB  ASP A 197       1.274   6.999  79.665  1.00 45.51           C  
+ATOM   4723  CG  ASP A 197       0.926   8.441  79.337  1.00 50.45           C  
+ATOM   4724  OD1 ASP A 197       1.038   8.847  78.159  1.00 54.72           O  
+ATOM   4725  OD2 ASP A 197       0.554   9.178  80.273  1.00 54.13           O  
+ATOM   4726  N   LEU A 198       1.691   3.886  79.210  1.00 40.85           N  
+ATOM   4727  CA  LEU A 198       2.295   2.595  79.525  1.00 39.81           C  
+ATOM   4728  C   LEU A 198       3.197   2.118  78.398  1.00 40.00           C  
+ATOM   4729  O   LEU A 198       4.212   1.465  78.655  1.00 42.56           O  
+ATOM   4730  CB  LEU A 198       1.208   1.552  79.812  1.00 37.46           C  
+ATOM   4731  CG  LEU A 198       0.430   1.613  81.123  1.00 36.62           C  
+ATOM   4732  CD1 LEU A 198      -0.636   0.519  81.152  1.00 37.75           C  
+ATOM   4733  CD2 LEU A 198       1.369   1.468  82.304  1.00 38.87           C  
+ATOM   4734  N   ILE A 199       2.850   2.437  77.149  1.00 37.68           N  
+ATOM   4735  CA  ILE A 199       3.684   2.034  76.025  1.00 39.35           C  
+ATOM   4736  C   ILE A 199       4.845   3.005  75.838  1.00 41.34           C  
+ATOM   4737  O   ILE A 199       5.985   2.586  75.597  1.00 42.16           O  
+ATOM   4738  CB  ILE A 199       2.825   1.910  74.755  1.00 39.11           C  
+ATOM   4739  CG1 ILE A 199       1.811   0.785  74.931  1.00 37.32           C  
+ATOM   4740  CG2 ILE A 199       3.706   1.664  73.540  1.00 41.64           C  
+ATOM   4741  CD1 ILE A 199       0.809   0.684  73.808  1.00 40.13           C  
+ATOM   4742  N   LYS A 200       4.580   4.311  75.972  1.00 43.47           N  
+ATOM   4743  CA  LYS A 200       5.649   5.299  75.871  1.00 46.23           C  
+ATOM   4744  C   LYS A 200       6.769   4.994  76.857  1.00 46.71           C  
+ATOM   4745  O   LYS A 200       7.956   5.100  76.518  1.00 45.90           O  
+ATOM   4746  CB  LYS A 200       5.096   6.702  76.135  1.00 50.94           C  
+ATOM   4747  CG  LYS A 200       4.225   7.290  75.040  1.00 55.55           C  
+ATOM   4748  CD  LYS A 200       3.957   8.772  75.314  1.00 59.43           C  
+ATOM   4749  CE  LYS A 200       2.993   9.385  74.296  1.00 62.18           C  
+ATOM   4750  NZ  LYS A 200       3.415   9.210  72.878  1.00 64.36           N  
+ATOM   4751  N   ASN A 201       6.406   4.593  78.078  1.00 45.14           N  
+ATOM   4752  CA  ASN A 201       7.360   4.282  79.133  1.00 44.74           C  
+ATOM   4753  C   ASN A 201       7.797   2.817  79.129  1.00 44.67           C  
+ATOM   4754  O   ASN A 201       8.356   2.345  80.124  1.00 45.77           O  
+ATOM   4755  CB  ASN A 201       6.770   4.673  80.488  1.00 43.01           C  
+ATOM   4756  CG  ASN A 201       6.411   6.147  80.558  1.00 43.81           C  
+ATOM   4757  OD1 ASN A 201       5.332   6.520  81.014  1.00 46.93           O  
+ATOM   4758  ND2 ASN A 201       7.313   6.991  80.101  1.00 46.39           N  
+ATOM   4759  N   LYS A 202       7.556   2.100  78.032  1.00 44.50           N  
+ATOM   4760  CA  LYS A 202       8.095   0.756  77.806  1.00 43.49           C  
+ATOM   4761  C   LYS A 202       7.613  -0.248  78.856  1.00 42.04           C  
+ATOM   4762  O   LYS A 202       8.254  -1.274  79.094  1.00 42.26           O  
+ATOM   4763  CB  LYS A 202       9.630   0.795  77.735  1.00 43.05           C  
+ATOM   4764  CG  LYS A 202      10.134   1.715  76.619  1.00 44.72           C  
+ATOM   4765  CD  LYS A 202      11.662   1.810  76.525  1.00 47.11           C  
+ATOM   4766  CE  LYS A 202      12.053   2.731  75.372  1.00 48.59           C  
+ATOM   4767  NZ  LYS A 202      13.515   2.792  75.098  1.00 51.61           N  
+ATOM   4768  N   HIS A 203       6.458   0.016  79.469  1.00 41.03           N  
+ATOM   4769  CA  HIS A 203       5.823  -0.985  80.320  1.00 39.65           C  
+ATOM   4770  C   HIS A 203       4.991  -1.976  79.514  1.00 39.92           C  
+ATOM   4771  O   HIS A 203       4.715  -3.080  79.995  1.00 38.84           O  
+ATOM   4772  CB  HIS A 203       4.952  -0.307  81.375  1.00 45.72           C  
+ATOM   4773  CG  HIS A 203       5.703   0.638  82.264  1.00 51.10           C  
+ATOM   4774  ND1 HIS A 203       6.764   0.241  83.050  1.00 51.98           N  
+ATOM   4775  CD2 HIS A 203       5.534   1.960  82.503  1.00 52.12           C  
+ATOM   4776  CE1 HIS A 203       7.226   1.281  83.721  1.00 51.33           C  
+ATOM   4777  NE2 HIS A 203       6.496   2.336  83.409  1.00 51.46           N  
+ATOM   4778  N   MET A 204       4.598  -1.612  78.295  1.00 37.53           N  
+ATOM   4779  CA  MET A 204       3.957  -2.537  77.379  1.00 38.79           C  
+ATOM   4780  C   MET A 204       4.472  -2.240  75.986  1.00 39.89           C  
+ATOM   4781  O   MET A 204       5.088  -1.200  75.733  1.00 37.23           O  
+ATOM   4782  CB  MET A 204       2.422  -2.436  77.403  1.00 40.51           C  
+ATOM   4783  CG  MET A 204       1.752  -2.918  78.674  1.00 40.90           C  
+ATOM   4784  SD  MET A 204      -0.043  -3.086  78.485  1.00 46.39           S  
+ATOM   4785  CE  MET A 204      -0.490  -1.472  77.861  1.00 44.38           C  
+ATOM   4786  N   ASN A 205       4.195  -3.170  75.082  1.00 40.95           N  
+ATOM   4787  CA  ASN A 205       4.614  -3.098  73.695  1.00 45.67           C  
+ATOM   4788  C   ASN A 205       3.378  -2.985  72.820  1.00 48.24           C  
+ATOM   4789  O   ASN A 205       2.432  -3.763  72.975  1.00 50.30           O  
+ATOM   4790  CB  ASN A 205       5.442  -4.327  73.321  1.00 49.74           C  
+ATOM   4791  CG  ASN A 205       5.896  -4.301  71.890  1.00 56.23           C  
+ATOM   4792  OD1 ASN A 205       5.358  -5.016  71.042  1.00 57.07           O  
+ATOM   4793  ND2 ASN A 205       6.859  -3.441  71.595  1.00 61.81           N  
+ATOM   4794  N   ALA A 206       3.390  -2.015  71.905  1.00 46.14           N  
+ATOM   4795  CA  ALA A 206       2.225  -1.742  71.074  1.00 43.35           C  
+ATOM   4796  C   ALA A 206       1.856  -2.908  70.165  1.00 43.26           C  
+ATOM   4797  O   ALA A 206       0.693  -3.015  69.756  1.00 44.85           O  
+ATOM   4798  CB  ALA A 206       2.484  -0.493  70.232  1.00 40.56           C  
+ATOM   4799  N   ASP A 207       2.806  -3.793  69.860  1.00 40.77           N  
+ATOM   4800  CA  ASP A 207       2.586  -4.892  68.925  1.00 44.04           C  
+ATOM   4801  C   ASP A 207       1.966  -6.134  69.557  1.00 39.97           C  
+ATOM   4802  O   ASP A 207       1.560  -7.038  68.817  1.00 39.03           O  
+ATOM   4803  CB  ASP A 207       3.915  -5.293  68.267  1.00 51.92           C  
+ATOM   4804  CG  ASP A 207       4.505  -4.187  67.411  1.00 60.42           C  
+ATOM   4805  OD1 ASP A 207       3.728  -3.419  66.803  1.00 60.69           O  
+ATOM   4806  OD2 ASP A 207       5.753  -4.089  67.349  1.00 66.68           O  
+ATOM   4807  N   THR A 208       1.848  -6.181  70.886  1.00 34.91           N  
+ATOM   4808  CA  THR A 208       1.394  -7.384  71.569  1.00 37.07           C  
+ATOM   4809  C   THR A 208      -0.014  -7.750  71.132  1.00 37.75           C  
+ATOM   4810  O   THR A 208      -0.925  -6.919  71.178  1.00 35.86           O  
+ATOM   4811  CB  THR A 208       1.412  -7.180  73.089  1.00 38.10           C  
+ATOM   4812  OG1 THR A 208       2.717  -6.767  73.510  1.00 39.55           O  
+ATOM   4813  CG2 THR A 208       1.028  -8.465  73.813  1.00 34.87           C  
+ATOM   4814  N   ASP A 209      -0.190  -9.002  70.714  1.00 38.29           N  
+ATOM   4815  CA  ASP A 209      -1.485  -9.520  70.298  1.00 38.29           C  
+ATOM   4816  C   ASP A 209      -1.888 -10.667  71.224  1.00 34.48           C  
+ATOM   4817  O   ASP A 209      -1.293 -10.870  72.286  1.00 33.74           O  
+ATOM   4818  CB  ASP A 209      -1.466  -9.941  68.823  1.00 38.02           C  
+ATOM   4819  CG  ASP A 209      -0.482 -11.075  68.534  1.00 41.24           C  
+ATOM   4820  OD1 ASP A 209       0.081 -11.661  69.483  1.00 42.45           O  
+ATOM   4821  OD2 ASP A 209      -0.288 -11.393  67.340  1.00 44.49           O  
+ATOM   4822  N   TYR A 210      -2.917 -11.416  70.816  1.00 34.54           N  
+ATOM   4823  CA  TYR A 210      -3.451 -12.475  71.671  1.00 33.97           C  
+ATOM   4824  C   TYR A 210      -2.422 -13.579  71.890  1.00 36.07           C  
+ATOM   4825  O   TYR A 210      -2.123 -13.950  73.033  1.00 37.96           O  
+ATOM   4826  CB  TYR A 210      -4.740 -13.043  71.058  1.00 33.17           C  
+ATOM   4827  CG  TYR A 210      -5.500 -13.967  71.988  1.00 32.26           C  
+ATOM   4828  CD1 TYR A 210      -5.142 -15.306  72.120  1.00 32.24           C  
+ATOM   4829  CD2 TYR A 210      -6.569 -13.499  72.739  1.00 33.11           C  
+ATOM   4830  CE1 TYR A 210      -5.819 -16.147  72.974  1.00 33.43           C  
+ATOM   4831  CE2 TYR A 210      -7.260 -14.337  73.601  1.00 35.19           C  
+ATOM   4832  CZ  TYR A 210      -6.880 -15.660  73.716  1.00 36.68           C  
+ATOM   4833  OH  TYR A 210      -7.556 -16.499  74.574  1.00 37.30           O  
+ATOM   4834  N   SER A 211      -1.832 -14.087  70.801  1.00 36.79           N  
+ATOM   4835  CA  SER A 211      -0.917 -15.223  70.913  1.00 40.48           C  
+ATOM   4836  C   SER A 211       0.320 -14.869  71.724  1.00 36.86           C  
+ATOM   4837  O   SER A 211       0.781 -15.671  72.544  1.00 36.98           O  
+ATOM   4838  CB  SER A 211      -0.513 -15.718  69.523  1.00 44.14           C  
+ATOM   4839  OG  SER A 211      -1.646 -16.198  68.825  1.00 50.23           O  
+ATOM   4840  N   ILE A 212       0.862 -13.670  71.512  1.00 34.78           N  
+ATOM   4841  CA  ILE A 212       2.087 -13.266  72.191  1.00 33.59           C  
+ATOM   4842  C   ILE A 212       1.852 -13.145  73.691  1.00 34.03           C  
+ATOM   4843  O   ILE A 212       2.650 -13.634  74.502  1.00 32.74           O  
+ATOM   4844  CB  ILE A 212       2.619 -11.953  71.586  1.00 37.37           C  
+ATOM   4845  CG1 ILE A 212       3.138 -12.202  70.165  1.00 39.90           C  
+ATOM   4846  CG2 ILE A 212       3.717 -11.361  72.471  1.00 41.39           C  
+ATOM   4847  CD1 ILE A 212       3.571 -10.949  69.420  1.00 39.74           C  
+ATOM   4848  N   ALA A 213       0.747 -12.502  74.085  1.00 35.91           N  
+ATOM   4849  CA  ALA A 213       0.454 -12.365  75.510  1.00 30.96           C  
+ATOM   4850  C   ALA A 213       0.163 -13.716  76.141  1.00 31.67           C  
+ATOM   4851  O   ALA A 213       0.567 -13.973  77.280  1.00 31.12           O  
+ATOM   4852  CB  ALA A 213      -0.722 -11.416  75.721  1.00 35.05           C  
+ATOM   4853  N   GLU A 214      -0.545 -14.591  75.424  1.00 34.66           N  
+ATOM   4854  CA  GLU A 214      -0.845 -15.913  75.966  1.00 35.88           C  
+ATOM   4855  C   GLU A 214       0.430 -16.714  76.188  1.00 39.55           C  
+ATOM   4856  O   GLU A 214       0.644 -17.280  77.270  1.00 37.69           O  
+ATOM   4857  CB  GLU A 214      -1.797 -16.666  75.031  1.00 34.54           C  
+ATOM   4858  CG  GLU A 214      -2.116 -18.074  75.510  1.00 36.64           C  
+ATOM   4859  CD  GLU A 214      -3.063 -18.818  74.591  1.00 41.32           C  
+ATOM   4860  OE1 GLU A 214      -2.916 -18.699  73.362  1.00 43.83           O  
+ATOM   4861  OE2 GLU A 214      -3.962 -19.520  75.101  1.00 43.37           O  
+ATOM   4862  N   ALA A 215       1.309 -16.745  75.183  1.00 43.14           N  
+ATOM   4863  CA  ALA A 215       2.568 -17.461  75.348  1.00 41.01           C  
+ATOM   4864  C   ALA A 215       3.363 -16.892  76.514  1.00 41.55           C  
+ATOM   4865  O   ALA A 215       3.898 -17.645  77.333  1.00 42.17           O  
+ATOM   4866  CB  ALA A 215       3.378 -17.400  74.061  1.00 41.53           C  
+ATOM   4867  N   ALA A 216       3.397 -15.562  76.642  1.00 39.70           N  
+ATOM   4868  CA  ALA A 216       4.191 -14.945  77.700  1.00 38.76           C  
+ATOM   4869  C   ALA A 216       3.647 -15.281  79.086  1.00 37.72           C  
+ATOM   4870  O   ALA A 216       4.422 -15.605  79.991  1.00 41.80           O  
+ATOM   4871  CB  ALA A 216       4.247 -13.434  77.497  1.00 39.40           C  
+ATOM   4872  N   PHE A 217       2.320 -15.227  79.276  1.00 35.63           N  
+ATOM   4873  CA  PHE A 217       1.776 -15.569  80.586  1.00 34.56           C  
+ATOM   4874  C   PHE A 217       1.918 -17.062  80.855  1.00 34.32           C  
+ATOM   4875  O   PHE A 217       2.285 -17.468  81.963  1.00 35.60           O  
+ATOM   4876  CB  PHE A 217       0.301 -15.148  80.698  1.00 33.13           C  
+ATOM   4877  CG  PHE A 217      -0.275 -15.350  82.072  1.00 33.53           C  
+ATOM   4878  CD1 PHE A 217      -0.890 -16.543  82.415  1.00 33.27           C  
+ATOM   4879  CD2 PHE A 217      -0.157 -14.361  83.041  1.00 33.23           C  
+ATOM   4880  CE1 PHE A 217      -1.390 -16.743  83.687  1.00 33.77           C  
+ATOM   4881  CE2 PHE A 217      -0.662 -14.551  84.320  1.00 35.35           C  
+ATOM   4882  CZ  PHE A 217      -1.282 -15.742  84.642  1.00 35.37           C  
+ATOM   4883  N   ASN A 218       1.647 -17.895  79.850  1.00 33.64           N  
+ATOM   4884  CA  ASN A 218       1.697 -19.333  80.066  1.00 39.52           C  
+ATOM   4885  C   ASN A 218       3.124 -19.866  80.199  1.00 43.41           C  
+ATOM   4886  O   ASN A 218       3.302 -20.997  80.661  1.00 48.03           O  
+ATOM   4887  CB  ASN A 218       0.938 -20.030  78.936  1.00 37.43           C  
+ATOM   4888  CG  ASN A 218      -0.560 -19.755  79.005  1.00 39.08           C  
+ATOM   4889  OD1 ASN A 218      -1.008 -18.970  79.841  1.00 39.39           O  
+ATOM   4890  ND2 ASN A 218      -1.333 -20.377  78.120  1.00 39.07           N  
+ATOM   4891  N   LYS A 219       4.137 -19.062  79.888  1.00 40.45           N  
+ATOM   4892  CA  LYS A 219       5.522 -19.449  80.120  1.00 44.51           C  
+ATOM   4893  C   LYS A 219       6.092 -18.795  81.372  1.00 41.25           C  
+ATOM   4894  O   LYS A 219       7.279 -18.960  81.654  1.00 42.33           O  
+ATOM   4895  CB  LYS A 219       6.380 -19.087  78.910  1.00 45.05           C  
+ATOM   4896  CG  LYS A 219       6.031 -19.869  77.667  1.00 49.50           C  
+ATOM   4897  CD  LYS A 219       6.925 -19.487  76.507  1.00 56.34           C  
+ATOM   4898  CE  LYS A 219       6.547 -20.269  75.253  1.00 60.91           C  
+ATOM   4899  NZ  LYS A 219       7.624 -20.247  74.227  1.00 65.93           N  
+ATOM   4900  N   GLY A 220       5.268 -18.068  82.126  1.00 36.40           N  
+ATOM   4901  CA  GLY A 220       5.716 -17.439  83.357  1.00 38.76           C  
+ATOM   4902  C   GLY A 220       6.587 -16.221  83.159  1.00 42.22           C  
+ATOM   4903  O   GLY A 220       7.333 -15.846  84.070  1.00 46.68           O  
+ATOM   4904  N   GLU A 221       6.500 -15.579  81.999  1.00 44.04           N  
+ATOM   4905  CA  GLU A 221       7.323 -14.419  81.690  1.00 44.49           C  
+ATOM   4906  C   GLU A 221       6.674 -13.105  82.109  1.00 41.39           C  
+ATOM   4907  O   GLU A 221       7.390 -12.125  82.355  1.00 41.06           O  
+ATOM   4908  CB  GLU A 221       7.622 -14.400  80.192  1.00 48.56           C  
+ATOM   4909  CG  GLU A 221       8.535 -15.528  79.753  1.00 52.53           C  
+ATOM   4910  CD  GLU A 221       8.666 -15.620  78.246  1.00 57.22           C  
+ATOM   4911  OE1 GLU A 221       7.905 -14.923  77.539  1.00 58.68           O  
+ATOM   4912  OE2 GLU A 221       9.516 -16.402  77.770  1.00 58.77           O  
+ATOM   4913  N   THR A 222       5.342 -13.057  82.196  1.00 36.05           N  
+ATOM   4914  CA  THR A 222       4.637 -11.877  82.676  1.00 38.08           C  
+ATOM   4915  C   THR A 222       3.688 -12.273  83.800  1.00 38.32           C  
+ATOM   4916  O   THR A 222       3.084 -13.352  83.782  1.00 38.60           O  
+ATOM   4917  CB  THR A 222       3.863 -11.157  81.542  1.00 42.52           C  
+ATOM   4918  OG1 THR A 222       3.291  -9.944  82.046  1.00 43.24           O  
+ATOM   4919  CG2 THR A 222       2.742 -12.042  80.977  1.00 38.79           C  
+ATOM   4920  N   ALA A 223       3.545 -11.370  84.775  1.00 34.33           N  
+ATOM   4921  CA  ALA A 223       2.808 -11.683  85.995  1.00 35.22           C  
+ATOM   4922  C   ALA A 223       1.305 -11.542  85.840  1.00 33.92           C  
+ATOM   4923  O   ALA A 223       0.559 -12.059  86.676  1.00 30.33           O  
+ATOM   4924  CB  ALA A 223       3.273 -10.788  87.149  1.00 35.09           C  
+ATOM   4925  N   MET A 224       0.837 -10.844  84.810  1.00 32.89           N  
+ATOM   4926  CA  MET A 224      -0.592 -10.648  84.636  1.00 34.24           C  
+ATOM   4927  C   MET A 224      -0.947 -10.677  83.159  1.00 32.37           C  
+ATOM   4928  O   MET A 224      -0.110 -10.413  82.293  1.00 32.37           O  
+ATOM   4929  CB  MET A 224      -1.073  -9.331  85.250  1.00 34.30           C  
+ATOM   4930  CG  MET A 224      -0.979  -9.272  86.771  1.00 38.89           C  
+ATOM   4931  SD  MET A 224      -1.500  -7.659  87.361  1.00 38.24           S  
+ATOM   4932  CE  MET A 224      -0.132  -6.642  86.813  1.00 34.22           C  
+ATOM   4933  N   THR A 225      -2.197 -11.044  82.895  1.00 29.60           N  
+ATOM   4934  CA  THR A 225      -2.813 -10.871  81.588  1.00 32.18           C  
+ATOM   4935  C   THR A 225      -4.296 -10.583  81.819  1.00 30.05           C  
+ATOM   4936  O   THR A 225      -4.796 -10.657  82.947  1.00 29.26           O  
+ATOM   4937  CB  THR A 225      -2.597 -12.095  80.686  1.00 33.15           C  
+ATOM   4938  OG1 THR A 225      -3.083 -11.814  79.365  1.00 33.37           O  
+ATOM   4939  CG2 THR A 225      -3.320 -13.313  81.231  1.00 34.12           C  
+ATOM   4940  N   ILE A 226      -4.979 -10.222  80.738  1.00 29.41           N  
+ATOM   4941  CA  ILE A 226      -6.402  -9.917  80.731  1.00 27.72           C  
+ATOM   4942  C   ILE A 226      -7.036 -10.806  79.671  1.00 27.17           C  
+ATOM   4943  O   ILE A 226      -6.684 -10.706  78.497  1.00 26.45           O  
+ATOM   4944  CB  ILE A 226      -6.671  -8.435  80.412  1.00 28.44           C  
+ATOM   4945  CG1 ILE A 226      -6.137  -7.535  81.529  1.00 36.06           C  
+ATOM   4946  CG2 ILE A 226      -8.165  -8.189  80.242  1.00 26.94           C  
+ATOM   4947  CD1 ILE A 226      -6.141  -6.057  81.178  1.00 35.90           C  
+ATOM   4948  N   ASN A 227      -7.947 -11.684  80.078  1.00 27.12           N  
+ATOM   4949  CA  ASN A 227      -8.532 -12.628  79.132  1.00 26.41           C  
+ATOM   4950  C   ASN A 227      -9.835 -13.159  79.718  1.00 25.43           C  
+ATOM   4951  O   ASN A 227     -10.171 -12.894  80.872  1.00 27.00           O  
+ATOM   4952  CB  ASN A 227      -7.561 -13.771  78.813  1.00 26.30           C  
+ATOM   4953  CG  ASN A 227      -7.583 -14.161  77.341  1.00 32.33           C  
+ATOM   4954  OD1 ASN A 227      -8.624 -14.135  76.713  1.00 30.36           O  
+ATOM   4955  ND2 ASN A 227      -6.425 -14.513  76.792  1.00 26.89           N  
+ATOM   4956  N   GLY A 228     -10.563 -13.923  78.904  1.00 28.40           N  
+ATOM   4957  CA  GLY A 228     -11.822 -14.501  79.314  1.00 27.64           C  
+ATOM   4958  C   GLY A 228     -11.737 -15.989  79.591  1.00 27.46           C  
+ATOM   4959  O   GLY A 228     -10.675 -16.608  79.466  1.00 25.41           O  
+ATOM   4960  N   PRO A 229     -12.886 -16.599  79.910  1.00 27.65           N  
+ATOM   4961  CA  PRO A 229     -12.891 -18.005  80.356  1.00 26.46           C  
+ATOM   4962  C   PRO A 229     -12.375 -18.997  79.339  1.00 26.23           C  
+ATOM   4963  O   PRO A 229     -11.861 -20.054  79.734  1.00 25.64           O  
+ATOM   4964  CB  PRO A 229     -14.375 -18.265  80.668  1.00 24.59           C  
+ATOM   4965  CG  PRO A 229     -14.952 -16.921  80.894  1.00 25.69           C  
+ATOM   4966  CD  PRO A 229     -14.228 -15.993  79.991  1.00 24.84           C  
+ATOM   4967  N   TRP A 230     -12.515 -18.710  78.041  1.00 25.05           N  
+ATOM   4968  CA  TRP A 230     -11.999 -19.617  77.030  1.00 30.70           C  
+ATOM   4969  C   TRP A 230     -10.498 -19.868  77.194  1.00 32.22           C  
+ATOM   4970  O   TRP A 230     -10.006 -20.913  76.752  1.00 31.58           O  
+ATOM   4971  CB  TRP A 230     -12.283 -19.047  75.626  1.00 29.58           C  
+ATOM   4972  CG  TRP A 230     -11.774 -17.647  75.506  1.00 27.51           C  
+ATOM   4973  CD1 TRP A 230     -10.503 -17.268  75.195  1.00 27.73           C  
+ATOM   4974  CD2 TRP A 230     -12.513 -16.437  75.718  1.00 24.99           C  
+ATOM   4975  NE1 TRP A 230     -10.403 -15.899  75.198  1.00 28.74           N  
+ATOM   4976  CE2 TRP A 230     -11.620 -15.365  75.527  1.00 25.22           C  
+ATOM   4977  CE3 TRP A 230     -13.837 -16.158  76.069  1.00 24.52           C  
+ATOM   4978  CZ2 TRP A 230     -12.010 -14.035  75.660  1.00 25.16           C  
+ATOM   4979  CZ3 TRP A 230     -14.227 -14.833  76.196  1.00 24.54           C  
+ATOM   4980  CH2 TRP A 230     -13.317 -13.790  75.986  1.00 24.83           C  
+ATOM   4981  N   ALA A 231      -9.761 -18.947  77.821  1.00 28.97           N  
+ATOM   4982  CA  ALA A 231      -8.308 -19.062  77.890  1.00 33.65           C  
+ATOM   4983  C   ALA A 231      -7.805 -19.931  79.041  1.00 33.49           C  
+ATOM   4984  O   ALA A 231      -6.616 -20.270  79.049  1.00 32.27           O  
+ATOM   4985  CB  ALA A 231      -7.665 -17.672  78.005  1.00 32.53           C  
+ATOM   4986  N   TRP A 232      -8.669 -20.304  79.993  1.00 32.27           N  
+ATOM   4987  CA  TRP A 232      -8.217 -20.992  81.207  1.00 33.38           C  
+ATOM   4988  C   TRP A 232      -7.651 -22.386  80.933  1.00 34.79           C  
+ATOM   4989  O   TRP A 232      -6.807 -22.868  81.694  1.00 36.82           O  
+ATOM   4990  CB  TRP A 232      -9.367 -21.104  82.214  1.00 28.87           C  
+ATOM   4991  CG  TRP A 232      -9.953 -19.791  82.685  1.00 26.72           C  
+ATOM   4992  CD1 TRP A 232      -9.347 -18.559  82.691  1.00 27.80           C  
+ATOM   4993  CD2 TRP A 232     -11.266 -19.590  83.231  1.00 26.79           C  
+ATOM   4994  NE1 TRP A 232     -10.210 -17.609  83.206  1.00 25.41           N  
+ATOM   4995  CE2 TRP A 232     -11.388 -18.216  83.546  1.00 25.07           C  
+ATOM   4996  CE3 TRP A 232     -12.347 -20.436  83.479  1.00 24.98           C  
+ATOM   4997  CZ2 TRP A 232     -12.549 -17.672  84.093  1.00 31.27           C  
+ATOM   4998  CZ3 TRP A 232     -13.506 -19.890  84.036  1.00 30.12           C  
+ATOM   4999  CH2 TRP A 232     -13.597 -18.524  84.326  1.00 29.91           C  
+ATOM   5000  N   SER A 233      -8.134 -23.061  79.888  1.00 30.07           N  
+ATOM   5001  CA ASER A 233      -7.681 -24.420  79.598  0.50 35.41           C  
+ATOM   5002  C   SER A 233      -6.198 -24.452  79.252  1.00 37.23           C  
+ATOM   5003  O   SER A 233      -5.456 -25.325  79.722  1.00 39.48           O  
+ATOM   5004  CB ASER A 233      -8.507 -25.011  78.453  0.50 36.64           C  
+ATOM   5005  OG ASER A 233      -9.528 -25.853  78.948  0.50 37.68           O  
+ATOM   5006  N   ASN A 234      -5.743 -23.515  78.421  1.00 37.84           N  
+ATOM   5007  CA  ASN A 234      -4.325 -23.509  78.079  1.00 38.06           C  
+ATOM   5008  C   ASN A 234      -3.469 -23.134  79.278  1.00 38.52           C  
+ATOM   5009  O   ASN A 234      -2.310 -23.557  79.364  1.00 38.19           O  
+ATOM   5010  CB  ASN A 234      -4.055 -22.565  76.915  1.00 33.03           C  
+ATOM   5011  CG  ASN A 234      -4.545 -23.122  75.601  1.00 37.18           C  
+ATOM   5012  OD1 ASN A 234      -4.903 -24.300  75.509  1.00 38.59           O  
+ATOM   5013  ND2 ASN A 234      -4.572 -22.282  74.576  1.00 37.11           N  
+ATOM   5014  N   ILE A 235      -4.007 -22.347  80.210  1.00 34.84           N  
+ATOM   5015  CA  ILE A 235      -3.228 -22.043  81.407  1.00 36.18           C  
+ATOM   5016  C   ILE A 235      -3.106 -23.280  82.288  1.00 37.89           C  
+ATOM   5017  O   ILE A 235      -2.045 -23.541  82.870  1.00 38.61           O  
+ATOM   5018  CB  ILE A 235      -3.838 -20.864  82.177  1.00 33.20           C  
+ATOM   5019  CG1 ILE A 235      -4.261 -19.759  81.206  1.00 36.93           C  
+ATOM   5020  CG2 ILE A 235      -2.793 -20.293  83.116  1.00 33.88           C  
+ATOM   5021  CD1 ILE A 235      -4.794 -18.499  81.878  1.00 36.05           C  
+ATOM   5022  N   ASP A 236      -4.176 -24.079  82.371  1.00 36.79           N  
+ATOM   5023  CA  ASP A 236      -4.118 -25.340  83.105  1.00 40.28           C  
+ATOM   5024  C   ASP A 236      -3.042 -26.261  82.539  1.00 40.83           C  
+ATOM   5025  O   ASP A 236      -2.314 -26.914  83.294  1.00 42.02           O  
+ATOM   5026  CB  ASP A 236      -5.476 -26.041  83.056  1.00 42.87           C  
+ATOM   5027  CG  ASP A 236      -6.562 -25.279  83.800  1.00 45.43           C  
+ATOM   5028  OD1 ASP A 236      -6.242 -24.256  84.438  1.00 46.91           O  
+ATOM   5029  OD2 ASP A 236      -7.738 -25.708  83.743  1.00 46.51           O  
+ATOM   5030  N   THR A 237      -2.921 -26.313  81.207  1.00 41.98           N  
+ATOM   5031  CA  THR A 237      -1.929 -27.169  80.564  1.00 42.89           C  
+ATOM   5032  C   THR A 237      -0.509 -26.724  80.885  1.00 45.16           C  
+ATOM   5033  O   THR A 237       0.397 -27.562  80.990  1.00 45.82           O  
+ATOM   5034  CB  THR A 237      -2.144 -27.162  79.048  1.00 43.61           C  
+ATOM   5035  OG1 THR A 237      -3.494 -27.534  78.757  1.00 45.17           O  
+ATOM   5036  CG2 THR A 237      -1.201 -28.128  78.354  1.00 39.87           C  
+ATOM   5037  N   SER A 238      -0.294 -25.415  81.027  1.00 45.81           N  
+ATOM   5038  CA  SER A 238       1.024 -24.865  81.315  1.00 44.96           C  
+ATOM   5039  C   SER A 238       1.437 -25.033  82.774  1.00 46.61           C  
+ATOM   5040  O   SER A 238       2.608 -24.798  83.091  1.00 48.38           O  
+ATOM   5041  CB  SER A 238       1.066 -23.382  80.939  1.00 42.30           C  
+ATOM   5042  OG  SER A 238       0.248 -22.616  81.807  1.00 44.05           O  
+ATOM   5043  N   LYS A 239       0.512 -25.410  83.661  1.00 44.18           N  
+ATOM   5044  CA  LYS A 239       0.747 -25.649  85.088  1.00 45.91           C  
+ATOM   5045  C   LYS A 239       1.100 -24.386  85.871  1.00 45.22           C  
+ATOM   5046  O   LYS A 239       1.426 -24.477  87.067  1.00 43.83           O  
+ATOM   5047  CB  LYS A 239       1.835 -26.706  85.320  1.00 49.94           C  
+ATOM   5048  CG  LYS A 239       1.592 -28.023  84.594  1.00 55.40           C  
+ATOM   5049  CD  LYS A 239       2.872 -28.851  84.503  1.00 59.88           C  
+ATOM   5050  CE  LYS A 239       2.698 -30.064  83.592  1.00 64.12           C  
+ATOM   5051  NZ  LYS A 239       4.009 -30.711  83.245  1.00 66.48           N  
+ATOM   5052  N   VAL A 240       1.043 -23.209  85.242  1.00 44.59           N  
+ATOM   5053  CA  VAL A 240       1.189 -21.957  85.972  1.00 44.79           C  
+ATOM   5054  C   VAL A 240       0.166 -21.880  87.097  1.00 43.69           C  
+ATOM   5055  O   VAL A 240      -1.013 -22.209  86.921  1.00 43.27           O  
+ATOM   5056  CB  VAL A 240       1.038 -20.769  85.007  1.00 46.82           C  
+ATOM   5057  CG1 VAL A 240       0.840 -19.464  85.772  1.00 46.71           C  
+ATOM   5058  CG2 VAL A 240       2.243 -20.673  84.103  1.00 46.73           C  
+ATOM   5059  N   ASN A 241       0.614 -21.432  88.266  1.00 44.38           N  
+ATOM   5060  CA  ASN A 241      -0.253 -21.301  89.435  1.00 45.55           C  
+ATOM   5061  C   ASN A 241      -0.967 -19.956  89.365  1.00 42.75           C  
+ATOM   5062  O   ASN A 241      -0.522 -18.961  89.943  1.00 42.58           O  
+ATOM   5063  CB  ASN A 241       0.560 -21.429  90.717  1.00 50.46           C  
+ATOM   5064  CG  ASN A 241      -0.290 -21.293  91.951  1.00 54.55           C  
+ATOM   5065  OD1 ASN A 241      -1.488 -21.577  91.923  1.00 56.59           O  
+ATOM   5066  ND2 ASN A 241       0.317 -20.841  93.043  1.00 57.33           N  
+ATOM   5067  N   TYR A 242      -2.109 -19.924  88.678  1.00 38.83           N  
+ATOM   5068  CA  TYR A 242      -2.752 -18.664  88.331  1.00 35.68           C  
+ATOM   5069  C   TYR A 242      -4.013 -18.417  89.148  1.00 37.17           C  
+ATOM   5070  O   TYR A 242      -4.647 -19.339  89.673  1.00 39.53           O  
+ATOM   5071  CB  TYR A 242      -3.091 -18.615  86.830  1.00 32.83           C  
+ATOM   5072  CG  TYR A 242      -4.220 -19.533  86.408  1.00 34.78           C  
+ATOM   5073  CD1 TYR A 242      -3.982 -20.872  86.123  1.00 30.46           C  
+ATOM   5074  CD2 TYR A 242      -5.533 -19.062  86.317  1.00 35.58           C  
+ATOM   5075  CE1 TYR A 242      -5.006 -21.709  85.731  1.00 32.61           C  
+ATOM   5076  CE2 TYR A 242      -6.574 -19.897  85.927  1.00 33.25           C  
+ATOM   5077  CZ  TYR A 242      -6.306 -21.222  85.643  1.00 34.48           C  
+ATOM   5078  OH  TYR A 242      -7.327 -22.059  85.262  1.00 33.85           O  
+ATOM   5079  N   GLY A 243      -4.390 -17.137  89.215  1.00 34.19           N  
+ATOM   5080  CA  GLY A 243      -5.639 -16.744  89.827  1.00 32.57           C  
+ATOM   5081  C   GLY A 243      -6.422 -15.830  88.903  1.00 33.44           C  
+ATOM   5082  O   GLY A 243      -5.876 -15.223  87.979  1.00 32.07           O  
+ATOM   5083  N   VAL A 244      -7.728 -15.758  89.163  1.00 37.56           N  
+ATOM   5084  CA  VAL A 244      -8.683 -14.956  88.397  1.00 36.06           C  
+ATOM   5085  C   VAL A 244      -9.408 -14.028  89.369  1.00 34.80           C  
+ATOM   5086  O   VAL A 244     -10.054 -14.499  90.313  1.00 33.79           O  
+ATOM   5087  CB  VAL A 244      -9.688 -15.844  87.647  1.00 36.70           C  
+ATOM   5088  CG1 VAL A 244     -10.693 -14.997  86.874  1.00 37.14           C  
+ATOM   5089  CG2 VAL A 244      -8.975 -16.816  86.736  1.00 35.97           C  
+ATOM   5090  N   THR A 245      -9.335 -12.722  89.128  1.00 32.34           N  
+ATOM   5091  CA  THR A 245      -9.857 -11.770  90.094  1.00 32.49           C  
+ATOM   5092  C   THR A 245     -10.392 -10.553  89.347  1.00 32.32           C  
+ATOM   5093  O   THR A 245     -10.492 -10.550  88.118  1.00 32.15           O  
+ATOM   5094  CB  THR A 245      -8.774 -11.404  91.125  1.00 37.04           C  
+ATOM   5095  OG1 THR A 245      -9.345 -10.589  92.163  1.00 37.29           O  
+ATOM   5096  CG2 THR A 245      -7.646 -10.637  90.450  1.00 35.28           C  
+ATOM   5097  N   VAL A 246     -10.753  -9.517  90.100  1.00 32.60           N  
+ATOM   5098  CA  VAL A 246     -11.433  -8.351  89.550  1.00 33.56           C  
+ATOM   5099  C   VAL A 246     -10.425  -7.477  88.813  1.00 33.12           C  
+ATOM   5100  O   VAL A 246      -9.269  -7.356  89.227  1.00 32.22           O  
+ATOM   5101  CB  VAL A 246     -12.158  -7.585  90.676  1.00 40.35           C  
+ATOM   5102  CG1 VAL A 246     -11.198  -7.260  91.803  1.00 44.79           C  
+ATOM   5103  CG2 VAL A 246     -12.827  -6.327  90.158  1.00 43.63           C  
+ATOM   5104  N   LEU A 247     -10.853  -6.902  87.684  1.00 30.07           N  
+ATOM   5105  CA  LEU A 247     -10.015  -5.975  86.947  1.00 29.90           C  
+ATOM   5106  C   LEU A 247      -9.640  -4.771  87.814  1.00 33.05           C  
+ATOM   5107  O   LEU A 247     -10.361  -4.421  88.757  1.00 29.86           O  
+ATOM   5108  CB  LEU A 247     -10.728  -5.511  85.680  1.00 28.75           C  
+ATOM   5109  CG  LEU A 247     -10.929  -6.576  84.598  1.00 26.38           C  
+ATOM   5110  CD1 LEU A 247     -12.011  -6.123  83.657  1.00 29.09           C  
+ATOM   5111  CD2 LEU A 247      -9.620  -6.829  83.821  1.00 24.96           C  
+ATOM   5112  N   PRO A 248      -8.501  -4.135  87.531  1.00 34.99           N  
+ATOM   5113  CA  PRO A 248      -8.077  -2.983  88.335  1.00 36.41           C  
+ATOM   5114  C   PRO A 248      -8.952  -1.763  88.085  1.00 34.22           C  
+ATOM   5115  O   PRO A 248      -9.554  -1.595  87.018  1.00 31.29           O  
+ATOM   5116  CB  PRO A 248      -6.635  -2.727  87.871  1.00 36.18           C  
+ATOM   5117  CG  PRO A 248      -6.243  -3.912  87.081  1.00 35.89           C  
+ATOM   5118  CD  PRO A 248      -7.493  -4.506  86.529  1.00 32.43           C  
+ATOM   5119  N   THR A 249      -8.996  -0.893  89.094  1.00 33.81           N  
+ATOM   5120  CA  THR A 249      -9.723   0.364  89.001  1.00 35.88           C  
+ATOM   5121  C   THR A 249      -8.875   1.434  88.312  1.00 34.52           C  
+ATOM   5122  O   THR A 249      -7.652   1.325  88.189  1.00 35.01           O  
+ATOM   5123  CB  THR A 249     -10.142   0.869  90.385  1.00 40.26           C  
+ATOM   5124  OG1 THR A 249      -8.974   1.138  91.166  1.00 40.71           O  
+ATOM   5125  CG2 THR A 249     -10.996  -0.164  91.103  1.00 38.96           C  
+ATOM   5126  N   PHE A 250      -9.550   2.478  87.847  1.00 35.70           N  
+ATOM   5127  CA  PHE A 250      -8.882   3.607  87.216  1.00 37.85           C  
+ATOM   5128  C   PHE A 250      -9.513   4.886  87.736  1.00 42.25           C  
+ATOM   5129  O   PHE A 250     -10.736   5.048  87.656  1.00 44.11           O  
+ATOM   5130  CB  PHE A 250      -8.982   3.533  85.693  1.00 35.96           C  
+ATOM   5131  CG  PHE A 250      -8.331   4.682  84.999  1.00 37.27           C  
+ATOM   5132  CD1 PHE A 250      -6.963   4.893  85.127  1.00 37.19           C  
+ATOM   5133  CD2 PHE A 250      -9.071   5.544  84.212  1.00 36.94           C  
+ATOM   5134  CE1 PHE A 250      -6.351   5.949  84.486  1.00 38.44           C  
+ATOM   5135  CE2 PHE A 250      -8.466   6.606  83.566  1.00 38.57           C  
+ATOM   5136  CZ  PHE A 250      -7.104   6.809  83.703  1.00 39.27           C  
+ATOM   5137  N   LYS A 251      -8.691   5.770  88.305  1.00 42.18           N  
+ATOM   5138  CA  LYS A 251      -9.181   7.003  88.921  1.00 41.88           C  
+ATOM   5139  C   LYS A 251     -10.284   6.701  89.934  1.00 39.59           C  
+ATOM   5140  O   LYS A 251     -11.307   7.390  90.004  1.00 38.69           O  
+ATOM   5141  CB  LYS A 251      -9.652   7.998  87.856  1.00 42.52           C  
+ATOM   5142  CG  LYS A 251      -8.533   8.433  86.905  1.00 43.28           C  
+ATOM   5143  CD  LYS A 251      -9.022   9.363  85.799  1.00 48.69           C  
+ATOM   5144  CE  LYS A 251      -9.435  10.720  86.340  1.00 51.47           C  
+ATOM   5145  NZ  LYS A 251      -9.874  11.625  85.242  1.00 50.70           N  
+ATOM   5146  N   GLY A 252     -10.090   5.621  90.697  1.00 39.05           N  
+ATOM   5147  CA  GLY A 252     -11.002   5.229  91.759  1.00 38.80           C  
+ATOM   5148  C   GLY A 252     -12.258   4.506  91.318  1.00 41.71           C  
+ATOM   5149  O   GLY A 252     -13.049   4.093  92.176  1.00 42.14           O  
+ATOM   5150  N   GLN A 253     -12.472   4.336  90.017  1.00 40.96           N  
+ATOM   5151  CA  GLN A 253     -13.682   3.741  89.481  1.00 38.38           C  
+ATOM   5152  C   GLN A 253     -13.407   2.364  88.882  1.00 38.20           C  
+ATOM   5153  O   GLN A 253     -12.336   2.127  88.314  1.00 40.52           O  
+ATOM   5154  CB  GLN A 253     -14.283   4.657  88.410  1.00 41.57           C  
+ATOM   5155  CG  GLN A 253     -14.719   6.019  88.944  1.00 47.40           C  
+ATOM   5156  CD  GLN A 253     -14.768   7.082  87.865  1.00 57.05           C  
+ATOM   5157  OE1 GLN A 253     -15.848   7.490  87.423  1.00 59.65           O  
+ATOM   5158  NE2 GLN A 253     -13.595   7.544  87.436  1.00 59.93           N  
+ATOM   5159  N   PRO A 254     -14.361   1.442  88.966  1.00 37.06           N  
+ATOM   5160  CA  PRO A 254     -14.117   0.086  88.460  1.00 37.31           C  
+ATOM   5161  C   PRO A 254     -13.961   0.065  86.946  1.00 36.30           C  
+ATOM   5162  O   PRO A 254     -14.540   0.885  86.228  1.00 37.09           O  
+ATOM   5163  CB  PRO A 254     -15.374  -0.690  88.892  1.00 40.03           C  
+ATOM   5164  CG  PRO A 254     -16.118   0.219  89.831  1.00 37.96           C  
+ATOM   5165  CD  PRO A 254     -15.734   1.608  89.464  1.00 34.64           C  
+ATOM   5166  N   SER A 255     -13.145  -0.880  86.463  1.00 34.45           N  
+ATOM   5167  CA  SER A 255     -13.141  -1.178  85.036  1.00 31.64           C  
+ATOM   5168  C   SER A 255     -14.527  -1.652  84.620  1.00 34.34           C  
+ATOM   5169  O   SER A 255     -15.225  -2.334  85.379  1.00 37.57           O  
+ATOM   5170  CB  SER A 255     -12.095  -2.240  84.688  1.00 32.23           C  
+ATOM   5171  OG  SER A 255     -10.772  -1.738  84.801  1.00 34.19           O  
+ATOM   5172  N   LYS A 256     -14.942  -1.256  83.417  1.00 35.70           N  
+ATOM   5173  CA  LYS A 256     -16.291  -1.496  82.919  1.00 30.04           C  
+ATOM   5174  C   LYS A 256     -16.208  -2.340  81.655  1.00 28.69           C  
+ATOM   5175  O   LYS A 256     -16.376  -1.823  80.543  1.00 30.85           O  
+ATOM   5176  CB  LYS A 256     -17.019  -0.182  82.643  1.00 35.07           C  
+ATOM   5177  CG  LYS A 256     -17.506   0.542  83.891  1.00 43.09           C  
+ATOM   5178  CD  LYS A 256     -18.292   1.792  83.518  1.00 47.56           C  
+ATOM   5179  CE  LYS A 256     -19.534   1.440  82.710  1.00 49.42           C  
+ATOM   5180  NZ  LYS A 256     -20.293   2.649  82.276  1.00 51.11           N  
+ATOM   5181  N   PRO A 257     -15.967  -3.640  81.782  1.00 27.31           N  
+ATOM   5182  CA  PRO A 257     -15.899  -4.487  80.583  1.00 30.40           C  
+ATOM   5183  C   PRO A 257     -17.264  -4.644  79.936  1.00 31.28           C  
+ATOM   5184  O   PRO A 257     -18.289  -4.723  80.621  1.00 31.09           O  
+ATOM   5185  CB  PRO A 257     -15.371  -5.820  81.126  1.00 31.50           C  
+ATOM   5186  CG  PRO A 257     -15.851  -5.826  82.580  1.00 28.88           C  
+ATOM   5187  CD  PRO A 257     -15.709  -4.401  83.018  1.00 24.41           C  
+ATOM   5188  N   PHE A 258     -17.277  -4.664  78.600  1.00 29.04           N  
+ATOM   5189  CA  PHE A 258     -18.488  -5.067  77.899  1.00 28.01           C  
+ATOM   5190  C   PHE A 258     -18.782  -6.537  78.165  1.00 31.78           C  
+ATOM   5191  O   PHE A 258     -17.892  -7.386  78.082  1.00 38.56           O  
+ATOM   5192  CB  PHE A 258     -18.369  -4.820  76.399  1.00 24.98           C  
+ATOM   5193  CG  PHE A 258     -18.960  -3.517  75.946  1.00 27.64           C  
+ATOM   5194  CD1 PHE A 258     -20.211  -3.125  76.405  1.00 29.67           C  
+ATOM   5195  CD2 PHE A 258     -18.344  -2.751  74.973  1.00 28.54           C  
+ATOM   5196  CE1 PHE A 258     -20.796  -1.957  75.967  1.00 29.06           C  
+ATOM   5197  CE2 PHE A 258     -18.929  -1.574  74.529  1.00 27.02           C  
+ATOM   5198  CZ  PHE A 258     -20.149  -1.177  75.026  1.00 27.30           C  
+ATOM   5199  N   VAL A 259     -20.045  -6.849  78.464  1.00 28.54           N  
+ATOM   5200  CA  VAL A 259     -20.444  -8.223  78.757  1.00 29.26           C  
+ATOM   5201  C   VAL A 259     -21.043  -8.828  77.495  1.00 31.18           C  
+ATOM   5202  O   VAL A 259     -21.924  -8.228  76.863  1.00 28.62           O  
+ATOM   5203  CB  VAL A 259     -21.420  -8.282  79.942  1.00 31.61           C  
+ATOM   5204  CG1 VAL A 259     -21.844  -9.720  80.226  1.00 29.19           C  
+ATOM   5205  CG2 VAL A 259     -20.788  -7.647  81.165  1.00 32.17           C  
+ATOM   5206  N   GLY A 260     -20.540  -9.997  77.109  1.00 22.08           N  
+ATOM   5207  CA  GLY A 260     -20.990 -10.682  75.910  1.00 24.83           C  
+ATOM   5208  C   GLY A 260     -21.767 -11.936  76.263  1.00 28.57           C  
+ATOM   5209  O   GLY A 260     -21.464 -12.617  77.246  1.00 28.97           O  
+ATOM   5210  N   VAL A 261     -22.784 -12.232  75.463  1.00 27.98           N  
+ATOM   5211  CA  VAL A 261     -23.540 -13.468  75.579  1.00 26.29           C  
+ATOM   5212  C   VAL A 261     -23.239 -14.265  74.318  1.00 32.64           C  
+ATOM   5213  O   VAL A 261     -23.683 -13.902  73.217  1.00 21.43           O  
+ATOM   5214  CB  VAL A 261     -25.043 -13.207  75.760  1.00 24.98           C  
+ATOM   5215  CG1 VAL A 261     -25.818 -14.515  75.843  1.00 22.51           C  
+ATOM   5216  CG2 VAL A 261     -25.279 -12.373  77.007  1.00 20.90           C  
+ATOM   5217  N   LEU A 262     -22.414 -15.306  74.463  1.00 21.88           N  
+ATOM   5218  CA  LEU A 262     -22.188 -16.210  73.348  1.00 27.52           C  
+ATOM   5219  C   LEU A 262     -23.527 -16.791  72.930  1.00 24.28           C  
+ATOM   5220  O   LEU A 262     -24.299 -17.244  73.775  1.00 22.13           O  
+ATOM   5221  CB  LEU A 262     -21.203 -17.324  73.724  1.00 24.02           C  
+ATOM   5222  CG  LEU A 262     -20.901 -18.341  72.616  1.00 24.70           C  
+ATOM   5223  CD1 LEU A 262     -20.158 -17.690  71.463  1.00 27.83           C  
+ATOM   5224  CD2 LEU A 262     -20.095 -19.532  73.175  1.00 27.56           C  
+ATOM   5225  N   SER A 263     -23.829 -16.710  71.632  1.00 24.19           N  
+ATOM   5226  CA  SER A 263     -25.145 -17.069  71.131  1.00 24.31           C  
+ATOM   5227  C   SER A 263     -25.013 -17.816  69.813  1.00 25.74           C  
+ATOM   5228  O   SER A 263     -24.042 -17.647  69.075  1.00 21.60           O  
+ATOM   5229  CB  SER A 263     -26.020 -15.827  70.924  1.00 27.42           C  
+ATOM   5230  OG  SER A 263     -25.940 -14.967  72.034  1.00 28.73           O  
+ATOM   5231  N   ALA A 264     -26.038 -18.608  69.504  1.00 25.69           N  
+ATOM   5232  CA  ALA A 264     -26.070 -19.444  68.309  1.00 21.14           C  
+ATOM   5233  C   ALA A 264     -27.252 -19.030  67.448  1.00 20.76           C  
+ATOM   5234  O   ALA A 264     -28.408 -19.169  67.860  1.00 23.22           O  
+ATOM   5235  CB  ALA A 264     -26.173 -20.929  68.664  1.00 21.25           C  
+ATOM   5236  N   GLY A 265     -26.965 -18.551  66.243  1.00 24.45           N  
+ATOM   5237  CA  GLY A 265     -27.990 -18.118  65.314  1.00 23.74           C  
+ATOM   5238  C   GLY A 265     -28.160 -19.143  64.213  1.00 30.18           C  
+ATOM   5239  O   GLY A 265     -27.221 -19.883  63.886  1.00 20.80           O  
+ATOM   5240  N   ILE A 266     -29.368 -19.188  63.645  1.00 20.09           N  
+ATOM   5241  CA  ILE A 266     -29.708 -20.119  62.570  1.00 20.05           C  
+ATOM   5242  C   ILE A 266     -29.770 -19.322  61.272  1.00 19.93           C  
+ATOM   5243  O   ILE A 266     -30.538 -18.359  61.168  1.00 20.72           O  
+ATOM   5244  CB  ILE A 266     -31.035 -20.846  62.859  1.00 21.90           C  
+ATOM   5245  CG1 ILE A 266     -30.916 -21.720  64.116  1.00 23.66           C  
+ATOM   5246  CG2 ILE A 266     -31.438 -21.744  61.696  1.00 22.49           C  
+ATOM   5247  CD1 ILE A 266     -32.208 -22.495  64.452  1.00 19.60           C  
+ATOM   5248  N   ASN A 267     -28.950 -19.718  60.296  1.00 25.02           N  
+ATOM   5249  CA  ASN A 267     -28.894 -19.057  58.989  1.00 24.85           C  
+ATOM   5250  C   ASN A 267     -30.268 -19.088  58.325  1.00 25.98           C  
+ATOM   5251  O   ASN A 267     -30.869 -20.154  58.177  1.00 24.45           O  
+ATOM   5252  CB  ASN A 267     -27.852 -19.780  58.118  1.00 24.08           C  
+ATOM   5253  CG  ASN A 267     -27.428 -18.999  56.874  1.00 23.67           C  
+ATOM   5254  OD1 ASN A 267     -28.189 -18.202  56.313  1.00 23.76           O  
+ATOM   5255  ND2 ASN A 267     -26.204 -19.266  56.411  1.00 22.41           N  
+ATOM   5256  N   ALA A 268     -30.772 -17.912  57.927  1.00 27.73           N  
+ATOM   5257  CA  ALA A 268     -32.066 -17.856  57.253  1.00 27.04           C  
+ATOM   5258  C   ALA A 268     -32.082 -18.661  55.958  1.00 27.21           C  
+ATOM   5259  O   ALA A 268     -33.152 -19.099  55.525  1.00 29.02           O  
+ATOM   5260  CB  ALA A 268     -32.451 -16.406  56.961  1.00 25.00           C  
+ATOM   5261  N   ALA A 269     -30.930 -18.876  55.335  1.00 25.64           N  
+ATOM   5262  CA  ALA A 269     -30.871 -19.658  54.109  1.00 25.45           C  
+ATOM   5263  C   ALA A 269     -30.746 -21.156  54.372  1.00 26.93           C  
+ATOM   5264  O   ALA A 269     -30.647 -21.930  53.419  1.00 26.90           O  
+ATOM   5265  CB  ALA A 269     -29.710 -19.185  53.234  1.00 28.40           C  
+ATOM   5266  N   SER A 270     -30.717 -21.588  55.632  1.00 21.00           N  
+ATOM   5267  CA  SER A 270     -30.523 -23.011  55.904  1.00 25.26           C  
+ATOM   5268  C   SER A 270     -31.784 -23.811  55.576  1.00 27.77           C  
+ATOM   5269  O   SER A 270     -32.896 -23.397  55.939  1.00 25.71           O  
+ATOM   5270  CB  SER A 270     -30.135 -23.246  57.362  1.00 26.23           C  
+ATOM   5271  OG  SER A 270     -30.123 -24.641  57.625  1.00 26.91           O  
+ATOM   5272  N   PRO A 271     -31.659 -24.952  54.903  1.00 28.90           N  
+ATOM   5273  CA  PRO A 271     -32.780 -25.895  54.801  1.00 27.45           C  
+ATOM   5274  C   PRO A 271     -32.851 -26.890  55.948  1.00 30.16           C  
+ATOM   5275  O   PRO A 271     -33.579 -27.883  55.832  1.00 29.40           O  
+ATOM   5276  CB  PRO A 271     -32.468 -26.622  53.488  1.00 28.52           C  
+ATOM   5277  CG  PRO A 271     -30.974 -26.704  53.497  1.00 29.03           C  
+ATOM   5278  CD  PRO A 271     -30.485 -25.419  54.146  1.00 27.97           C  
+ATOM   5279  N   ASN A 272     -32.094 -26.661  57.024  1.00 25.58           N  
+ATOM   5280  CA  ASN A 272     -32.013 -27.571  58.162  1.00 27.59           C  
+ATOM   5281  C   ASN A 272     -32.400 -26.881  59.458  1.00 27.22           C  
+ATOM   5282  O   ASN A 272     -31.892 -27.236  60.525  1.00 26.28           O  
+ATOM   5283  CB  ASN A 272     -30.605 -28.159  58.287  1.00 27.44           C  
+ATOM   5284  CG  ASN A 272     -30.120 -28.760  56.994  1.00 29.11           C  
+ATOM   5285  OD1 ASN A 272     -30.674 -29.758  56.516  1.00 31.81           O  
+ATOM   5286  ND2 ASN A 272     -29.077 -28.175  56.422  1.00 27.53           N  
+ATOM   5287  N   LYS A 273     -33.330 -25.921  59.381  1.00 27.83           N  
+ATOM   5288  CA  LYS A 273     -33.679 -25.129  60.559  1.00 31.56           C  
+ATOM   5289  C   LYS A 273     -34.246 -26.006  61.668  1.00 30.12           C  
+ATOM   5290  O   LYS A 273     -33.980 -25.771  62.853  1.00 26.17           O  
+ATOM   5291  CB  LYS A 273     -34.678 -24.036  60.176  1.00 30.88           C  
+ATOM   5292  CG  LYS A 273     -34.189 -23.086  59.088  1.00 29.41           C  
+ATOM   5293  CD  LYS A 273     -35.101 -21.885  58.979  1.00 28.82           C  
+ATOM   5294  CE  LYS A 273     -34.618 -20.913  57.920  1.00 30.11           C  
+ATOM   5295  NZ  LYS A 273     -34.631 -21.524  56.565  1.00 26.14           N  
+ATOM   5296  N   GLU A 274     -35.028 -27.030  61.299  1.00 30.78           N  
+ATOM   5297  CA  GLU A 274     -35.587 -27.936  62.296  1.00 31.76           C  
+ATOM   5298  C   GLU A 274     -34.507 -28.818  62.918  1.00 27.85           C  
+ATOM   5299  O   GLU A 274     -34.547 -29.095  64.122  1.00 23.67           O  
+ATOM   5300  CB  GLU A 274     -36.688 -28.794  61.668  1.00 41.86           C  
+ATOM   5301  CG  GLU A 274     -37.768 -29.231  62.646  1.00 53.14           C  
+ATOM   5302  CD  GLU A 274     -38.548 -28.052  63.209  1.00 59.98           C  
+ATOM   5303  OE1 GLU A 274     -38.812 -27.104  62.439  1.00 64.36           O  
+ATOM   5304  OE2 GLU A 274     -38.884 -28.068  64.417  1.00 59.47           O  
+ATOM   5305  N   LEU A 275     -33.542 -29.290  62.115  1.00 27.82           N  
+ATOM   5306  CA  LEU A 275     -32.404 -29.997  62.696  1.00 28.23           C  
+ATOM   5307  C   LEU A 275     -31.607 -29.096  63.631  1.00 28.53           C  
+ATOM   5308  O   LEU A 275     -31.214 -29.519  64.735  1.00 20.66           O  
+ATOM   5309  CB  LEU A 275     -31.499 -30.545  61.595  1.00 32.64           C  
+ATOM   5310  CG  LEU A 275     -32.111 -31.628  60.704  1.00 35.90           C  
+ATOM   5311  CD1 LEU A 275     -31.081 -32.208  59.739  1.00 36.96           C  
+ATOM   5312  CD2 LEU A 275     -32.701 -32.721  61.584  1.00 33.80           C  
+ATOM   5313  N   ALA A 276     -31.366 -27.847  63.209  1.00 25.97           N  
+ATOM   5314  CA  ALA A 276     -30.580 -26.920  64.024  1.00 27.12           C  
+ATOM   5315  C   ALA A 276     -31.230 -26.678  65.379  1.00 28.12           C  
+ATOM   5316  O   ALA A 276     -30.544 -26.629  66.411  1.00 28.26           O  
+ATOM   5317  CB  ALA A 276     -30.389 -25.604  63.274  1.00 24.99           C  
+ATOM   5318  N   LYS A 277     -32.556 -26.514  65.394  1.00 29.53           N  
+ATOM   5319  CA  LYS A 277     -33.282 -26.343  66.648  1.00 26.55           C  
+ATOM   5320  C   LYS A 277     -33.110 -27.555  67.558  1.00 26.79           C  
+ATOM   5321  O   LYS A 277     -32.827 -27.415  68.755  1.00 23.33           O  
+ATOM   5322  CB  LYS A 277     -34.760 -26.094  66.341  1.00 26.39           C  
+ATOM   5323  CG  LYS A 277     -35.667 -25.947  67.561  1.00 28.52           C  
+ATOM   5324  CD  LYS A 277     -37.099 -25.664  67.123  1.00 33.28           C  
+ATOM   5325  CE  LYS A 277     -38.053 -25.620  68.304  1.00 37.97           C  
+ATOM   5326  NZ  LYS A 277     -39.457 -25.402  67.859  1.00 36.73           N  
+ATOM   5327  N   GLU A 278     -33.252 -28.759  66.999  1.00 27.49           N  
+ATOM   5328  CA  GLU A 278     -33.137 -29.964  67.818  1.00 27.69           C  
+ATOM   5329  C   GLU A 278     -31.733 -30.120  68.376  1.00 26.72           C  
+ATOM   5330  O   GLU A 278     -31.558 -30.482  69.546  1.00 28.34           O  
+ATOM   5331  CB  GLU A 278     -33.541 -31.197  67.010  1.00 32.20           C  
+ATOM   5332  CG  GLU A 278     -33.436 -32.498  67.789  1.00 41.52           C  
+ATOM   5333  CD  GLU A 278     -33.866 -33.703  66.965  1.00 48.61           C  
+ATOM   5334  OE1 GLU A 278     -34.368 -33.497  65.834  1.00 49.88           O  
+ATOM   5335  OE2 GLU A 278     -33.693 -34.848  67.445  1.00 51.21           O  
+ATOM   5336  N   PHE A 279     -30.711 -29.831  67.570  1.00 24.07           N  
+ATOM   5337  CA  PHE A 279     -29.354 -29.898  68.098  1.00 22.55           C  
+ATOM   5338  C   PHE A 279     -29.160 -28.908  69.245  1.00 24.42           C  
+ATOM   5339  O   PHE A 279     -28.646 -29.271  70.313  1.00 25.76           O  
+ATOM   5340  CB  PHE A 279     -28.338 -29.646  66.979  1.00 29.18           C  
+ATOM   5341  CG  PHE A 279     -26.930 -29.557  67.465  1.00 31.65           C  
+ATOM   5342  CD1 PHE A 279     -26.202 -30.708  67.735  1.00 32.50           C  
+ATOM   5343  CD2 PHE A 279     -26.334 -28.319  67.671  1.00 30.76           C  
+ATOM   5344  CE1 PHE A 279     -24.899 -30.624  68.198  1.00 32.35           C  
+ATOM   5345  CE2 PHE A 279     -25.038 -28.223  68.125  1.00 28.18           C  
+ATOM   5346  CZ  PHE A 279     -24.315 -29.380  68.391  1.00 31.76           C  
+ATOM   5347  N   LEU A 280     -29.603 -27.659  69.059  1.00 22.87           N  
+ATOM   5348  CA  LEU A 280     -29.327 -26.623  70.050  1.00 27.69           C  
+ATOM   5349  C   LEU A 280     -30.168 -26.810  71.318  1.00 27.79           C  
+ATOM   5350  O   LEU A 280     -29.647 -26.713  72.436  1.00 26.71           O  
+ATOM   5351  CB  LEU A 280     -29.569 -25.244  69.425  1.00 24.88           C  
+ATOM   5352  CG  LEU A 280     -28.610 -24.796  68.314  1.00 24.93           C  
+ATOM   5353  CD1 LEU A 280     -29.082 -23.542  67.602  1.00 22.03           C  
+ATOM   5354  CD2 LEU A 280     -27.220 -24.575  68.857  1.00 25.41           C  
+ATOM   5355  N   GLU A 281     -31.465 -27.092  71.167  1.00 27.44           N  
+ATOM   5356  CA  GLU A 281     -32.352 -27.196  72.318  1.00 26.32           C  
+ATOM   5357  C   GLU A 281     -32.154 -28.509  73.067  1.00 26.81           C  
+ATOM   5358  O   GLU A 281     -32.068 -28.516  74.300  1.00 26.51           O  
+ATOM   5359  CB  GLU A 281     -33.815 -27.068  71.875  1.00 21.51           C  
+ATOM   5360  CG  GLU A 281     -34.211 -25.670  71.422  1.00 21.29           C  
+ATOM   5361  CD  GLU A 281     -35.719 -25.478  71.299  1.00 26.75           C  
+ATOM   5362  OE1 GLU A 281     -36.478 -26.381  71.717  1.00 29.85           O  
+ATOM   5363  OE2 GLU A 281     -36.143 -24.416  70.782  1.00 24.44           O  
+ATOM   5364  N   ASN A 282     -32.028 -29.614  72.341  1.00 24.41           N  
+ATOM   5365  CA  ASN A 282     -32.089 -30.942  72.932  1.00 28.15           C  
+ATOM   5366  C   ASN A 282     -30.731 -31.615  73.095  1.00 28.26           C  
+ATOM   5367  O   ASN A 282     -30.655 -32.650  73.766  1.00 29.11           O  
+ATOM   5368  CB  ASN A 282     -33.000 -31.829  72.063  1.00 30.24           C  
+ATOM   5369  CG  ASN A 282     -34.415 -31.284  71.964  1.00 32.16           C  
+ATOM   5370  OD1 ASN A 282     -34.912 -30.985  70.877  1.00 36.93           O  
+ATOM   5371  ND2 ASN A 282     -35.081 -31.187  73.099  1.00 30.83           N  
+ATOM   5372  N   TYR A 283     -29.656 -31.033  72.562  1.00 26.50           N  
+ATOM   5373  CA  TYR A 283     -28.334 -31.635  72.717  1.00 26.44           C  
+ATOM   5374  C   TYR A 283     -27.330 -30.660  73.330  1.00 28.23           C  
+ATOM   5375  O   TYR A 283     -26.717 -30.968  74.363  1.00 25.62           O  
+ATOM   5376  CB  TYR A 283     -27.841 -32.168  71.367  1.00 27.19           C  
+ATOM   5377  CG  TYR A 283     -28.531 -33.460  70.976  1.00 28.29           C  
+ATOM   5378  CD1 TYR A 283     -29.836 -33.455  70.500  1.00 32.99           C  
+ATOM   5379  CD2 TYR A 283     -27.891 -34.687  71.116  1.00 30.66           C  
+ATOM   5380  CE1 TYR A 283     -30.485 -34.634  70.151  1.00 35.45           C  
+ATOM   5381  CE2 TYR A 283     -28.530 -35.875  70.770  1.00 33.29           C  
+ATOM   5382  CZ  TYR A 283     -29.829 -35.840  70.297  1.00 36.50           C  
+ATOM   5383  OH  TYR A 283     -30.480 -37.005  69.960  1.00 35.70           O  
+ATOM   5384  N   LEU A 284     -27.195 -29.458  72.759  1.00 22.43           N  
+ATOM   5385  CA  LEU A 284     -26.197 -28.523  73.276  1.00 23.80           C  
+ATOM   5386  C   LEU A 284     -26.614 -27.954  74.625  1.00 23.14           C  
+ATOM   5387  O   LEU A 284     -25.873 -28.050  75.608  1.00 26.22           O  
+ATOM   5388  CB  LEU A 284     -25.946 -27.396  72.272  1.00 26.90           C  
+ATOM   5389  CG  LEU A 284     -24.887 -26.399  72.766  1.00 27.23           C  
+ATOM   5390  CD1 LEU A 284     -23.604 -27.145  73.166  1.00 25.68           C  
+ATOM   5391  CD2 LEU A 284     -24.582 -25.338  71.730  1.00 23.21           C  
+ATOM   5392  N   LEU A 285     -27.805 -27.358  74.692  1.00 24.56           N  
+ATOM   5393  CA  LEU A 285     -28.285 -26.690  75.899  1.00 26.37           C  
+ATOM   5394  C   LEU A 285     -28.872 -27.713  76.877  1.00 26.47           C  
+ATOM   5395  O   LEU A 285     -30.032 -27.650  77.289  1.00 26.42           O  
+ATOM   5396  CB  LEU A 285     -29.292 -25.607  75.523  1.00 26.13           C  
+ATOM   5397  CG  LEU A 285     -28.611 -24.391  74.890  1.00 25.13           C  
+ATOM   5398  CD1 LEU A 285     -29.592 -23.422  74.212  1.00 24.18           C  
+ATOM   5399  CD2 LEU A 285     -27.811 -23.674  75.969  1.00 25.78           C  
+ATOM   5400  N   THR A 286     -28.035 -28.689  77.218  1.00 26.30           N  
+ATOM   5401  CA  THR A 286     -28.298 -29.657  78.272  1.00 27.18           C  
+ATOM   5402  C   THR A 286     -27.104 -29.661  79.211  1.00 27.55           C  
+ATOM   5403  O   THR A 286     -26.023 -29.170  78.871  1.00 32.40           O  
+ATOM   5404  CB  THR A 286     -28.516 -31.071  77.718  1.00 28.55           C  
+ATOM   5405  OG1 THR A 286     -27.302 -31.532  77.101  1.00 28.33           O  
+ATOM   5406  CG2 THR A 286     -29.630 -31.073  76.679  1.00 29.51           C  
+ATOM   5407  N   ASP A 287     -27.288 -30.249  80.396  1.00 26.00           N  
+ATOM   5408  CA  ASP A 287     -26.167 -30.333  81.329  1.00 31.04           C  
+ATOM   5409  C   ASP A 287     -24.988 -31.068  80.702  1.00 29.91           C  
+ATOM   5410  O   ASP A 287     -23.843 -30.605  80.783  1.00 28.43           O  
+ATOM   5411  CB  ASP A 287     -26.592 -31.026  82.627  1.00 35.18           C  
+ATOM   5412  CG  ASP A 287     -27.547 -30.188  83.463  1.00 43.99           C  
+ATOM   5413  OD1 ASP A 287     -27.454 -28.941  83.436  1.00 45.96           O  
+ATOM   5414  OD2 ASP A 287     -28.396 -30.786  84.160  1.00 46.32           O  
+ATOM   5415  N   GLU A 288     -25.254 -32.181  80.016  1.00 28.49           N  
+ATOM   5416  CA  GLU A 288     -24.157 -32.983  79.497  1.00 33.15           C  
+ATOM   5417  C   GLU A 288     -23.560 -32.389  78.225  1.00 32.27           C  
+ATOM   5418  O   GLU A 288     -22.354 -32.542  77.989  1.00 31.21           O  
+ATOM   5419  CB  GLU A 288     -24.622 -34.429  79.279  1.00 40.91           C  
+ATOM   5420  CG  GLU A 288     -25.797 -34.617  78.331  1.00 47.79           C  
+ATOM   5421  CD  GLU A 288     -27.160 -34.363  78.995  1.00 54.35           C  
+ATOM   5422  OE1 GLU A 288     -27.202 -33.865  80.147  1.00 50.35           O  
+ATOM   5423  OE2 GLU A 288     -28.195 -34.670  78.355  1.00 58.25           O  
+ATOM   5424  N   GLY A 289     -24.357 -31.667  77.433  1.00 29.27           N  
+ATOM   5425  CA  GLY A 289     -23.807 -30.996  76.263  1.00 28.41           C  
+ATOM   5426  C   GLY A 289     -22.910 -29.831  76.642  1.00 27.99           C  
+ATOM   5427  O   GLY A 289     -21.807 -29.677  76.106  1.00 32.35           O  
+ATOM   5428  N   LEU A 290     -23.369 -28.995  77.574  1.00 26.13           N  
+ATOM   5429  CA  LEU A 290     -22.543 -27.883  78.036  1.00 30.26           C  
+ATOM   5430  C   LEU A 290     -21.296 -28.384  78.749  1.00 34.02           C  
+ATOM   5431  O   LEU A 290     -20.211 -27.818  78.577  1.00 33.83           O  
+ATOM   5432  CB  LEU A 290     -23.356 -26.962  78.945  1.00 28.38           C  
+ATOM   5433  CG  LEU A 290     -24.486 -26.233  78.197  1.00 31.29           C  
+ATOM   5434  CD1 LEU A 290     -25.434 -25.516  79.148  1.00 29.44           C  
+ATOM   5435  CD2 LEU A 290     -23.916 -25.251  77.177  1.00 32.30           C  
+ATOM   5436  N   GLU A 291     -21.423 -29.476  79.508  1.00 32.50           N  
+ATOM   5437  CA  GLU A 291     -20.262 -30.063  80.168  1.00 33.31           C  
+ATOM   5438  C   GLU A 291     -19.185 -30.432  79.155  1.00 33.47           C  
+ATOM   5439  O   GLU A 291     -17.997 -30.141  79.357  1.00 28.20           O  
+ATOM   5440  CB  GLU A 291     -20.694 -31.297  80.960  1.00 37.97           C  
+ATOM   5441  CG  GLU A 291     -19.567 -32.031  81.665  1.00 45.10           C  
+ATOM   5442  CD  GLU A 291     -20.013 -33.357  82.275  1.00 53.69           C  
+ATOM   5443  OE1 GLU A 291     -21.104 -33.856  81.919  1.00 56.33           O  
+ATOM   5444  OE2 GLU A 291     -19.267 -33.903  83.118  1.00 57.52           O  
+ATOM   5445  N   ALA A 292     -19.593 -31.051  78.042  1.00 33.30           N  
+ATOM   5446  CA  ALA A 292     -18.642 -31.500  77.035  1.00 31.89           C  
+ATOM   5447  C   ALA A 292     -17.898 -30.331  76.399  1.00 32.70           C  
+ATOM   5448  O   ALA A 292     -16.698 -30.431  76.111  1.00 31.20           O  
+ATOM   5449  CB  ALA A 292     -19.366 -32.324  75.973  1.00 31.09           C  
+ATOM   5450  N   VAL A 293     -18.600 -29.236  76.112  1.00 30.17           N  
+ATOM   5451  CA  VAL A 293     -17.911 -28.071  75.571  1.00 31.20           C  
+ATOM   5452  C   VAL A 293     -17.024 -27.445  76.642  1.00 28.60           C  
+ATOM   5453  O   VAL A 293     -15.851 -27.127  76.394  1.00 26.67           O  
+ATOM   5454  CB  VAL A 293     -18.925 -27.061  74.996  1.00 28.47           C  
+ATOM   5455  CG1 VAL A 293     -18.192 -25.882  74.361  1.00 26.96           C  
+ATOM   5456  CG2 VAL A 293     -19.849 -27.736  73.972  1.00 25.56           C  
+ATOM   5457  N   ASN A 294     -17.540 -27.349  77.867  1.00 27.54           N  
+ATOM   5458  CA  ASN A 294     -16.805 -26.715  78.965  1.00 32.42           C  
+ATOM   5459  C   ASN A 294     -15.479 -27.416  79.233  1.00 35.80           C  
+ATOM   5460  O   ASN A 294     -14.493 -26.771  79.610  1.00 34.72           O  
+ATOM   5461  CB  ASN A 294     -17.658 -26.731  80.232  1.00 39.15           C  
+ATOM   5462  CG  ASN A 294     -18.138 -25.356  80.645  1.00 47.91           C  
+ATOM   5463  OD1 ASN A 294     -17.353 -24.415  80.774  1.00 45.84           O  
+ATOM   5464  ND2 ASN A 294     -19.443 -25.238  80.880  1.00 52.46           N  
+ATOM   5465  N   LYS A 295     -15.449 -28.743  79.085  1.00 39.10           N  
+ATOM   5466  CA  LYS A 295     -14.221 -29.498  79.318  1.00 42.46           C  
+ATOM   5467  C   LYS A 295     -13.148 -29.180  78.286  1.00 40.57           C  
+ATOM   5468  O   LYS A 295     -11.956 -29.240  78.601  1.00 41.65           O  
+ATOM   5469  CB  LYS A 295     -14.521 -30.995  79.343  1.00 48.46           C  
+ATOM   5470  CG  LYS A 295     -15.059 -31.456  80.690  1.00 55.36           C  
+ATOM   5471  CD  LYS A 295     -15.550 -32.895  80.665  1.00 61.71           C  
+ATOM   5472  CE  LYS A 295     -16.242 -33.249  81.978  1.00 65.72           C  
+ATOM   5473  NZ  LYS A 295     -16.181 -34.705  82.291  1.00 68.87           N  
+ATOM   5474  N   ASP A 296     -13.541 -28.854  77.057  1.00 36.57           N  
+ATOM   5475  CA  ASP A 296     -12.589 -28.435  76.035  1.00 32.17           C  
+ATOM   5476  C   ASP A 296     -12.023 -27.060  76.382  1.00 28.34           C  
+ATOM   5477  O   ASP A 296     -10.813 -26.919  76.593  1.00 30.72           O  
+ATOM   5478  CB  ASP A 296     -13.260 -28.443  74.646  1.00 31.80           C  
+ATOM   5479  CG  ASP A 296     -12.292 -28.138  73.516  1.00 36.48           C  
+ATOM   5480  OD1 ASP A 296     -11.094 -27.934  73.804  1.00 40.72           O  
+ATOM   5481  OD2 ASP A 296     -12.715 -28.125  72.324  1.00 32.84           O  
+ATOM   5482  N   LYS A 297     -12.879 -26.035  76.385  1.00 27.46           N  
+ATOM   5483  CA  LYS A 297     -12.536 -24.659  76.748  1.00 27.44           C  
+ATOM   5484  C   LYS A 297     -13.705 -24.063  77.520  1.00 27.45           C  
+ATOM   5485  O   LYS A 297     -14.818 -24.029  76.990  1.00 28.17           O  
+ATOM   5486  CB  LYS A 297     -12.252 -23.805  75.507  1.00 31.37           C  
+ATOM   5487  CG  LYS A 297     -11.195 -24.334  74.552  1.00 35.11           C  
+ATOM   5488  CD  LYS A 297      -9.837 -23.779  74.883  1.00 44.12           C  
+ATOM   5489  CE  LYS A 297      -8.831 -24.144  73.802  1.00 50.48           C  
+ATOM   5490  NZ  LYS A 297      -8.185 -22.924  73.227  1.00 53.06           N  
+ATOM   5491  N   PRO A 298     -13.503 -23.564  78.743  1.00 25.59           N  
+ATOM   5492  CA  PRO A 298     -14.643 -23.108  79.543  1.00 27.84           C  
+ATOM   5493  C   PRO A 298     -15.433 -22.013  78.836  1.00 28.32           C  
+ATOM   5494  O   PRO A 298     -14.869 -21.078  78.263  1.00 27.13           O  
+ATOM   5495  CB  PRO A 298     -13.993 -22.605  80.836  1.00 27.04           C  
+ATOM   5496  CG  PRO A 298     -12.699 -23.380  80.927  1.00 25.93           C  
+ATOM   5497  CD  PRO A 298     -12.239 -23.524  79.499  1.00 29.58           C  
+ATOM   5498  N   LEU A 299     -16.760 -22.155  78.876  1.00 28.99           N  
+ATOM   5499  CA  LEU A 299     -17.676 -21.224  78.233  1.00 26.10           C  
+ATOM   5500  C   LEU A 299     -17.939 -19.976  79.062  1.00 27.97           C  
+ATOM   5501  O   LEU A 299     -18.353 -18.951  78.504  1.00 31.24           O  
+ATOM   5502  CB  LEU A 299     -19.002 -21.932  77.960  1.00 25.54           C  
+ATOM   5503  CG  LEU A 299     -19.011 -22.934  76.800  1.00 26.87           C  
+ATOM   5504  CD1 LEU A 299     -20.216 -23.872  76.943  1.00 23.21           C  
+ATOM   5505  CD2 LEU A 299     -19.057 -22.206  75.442  1.00 24.38           C  
+ATOM   5506  N   GLY A 300     -17.696 -20.028  80.367  1.00 27.51           N  
+ATOM   5507  CA  GLY A 300     -18.114 -18.969  81.263  1.00 29.69           C  
+ATOM   5508  C   GLY A 300     -19.384 -19.360  81.997  1.00 28.50           C  
+ATOM   5509  O   GLY A 300     -19.587 -20.544  82.278  1.00 28.25           O  
+ATOM   5510  N   ALA A 301     -20.250 -18.392  82.294  1.00 27.39           N  
+ATOM   5511  CA  ALA A 301     -21.495 -18.640  83.030  1.00 25.93           C  
+ATOM   5512  C   ALA A 301     -22.568 -19.071  82.041  1.00 26.00           C  
+ATOM   5513  O   ALA A 301     -23.278 -18.233  81.473  1.00 23.07           O  
+ATOM   5514  CB  ALA A 301     -21.929 -17.391  83.784  1.00 25.06           C  
+ATOM   5515  N   VAL A 302     -22.732 -20.384  81.878  1.00 23.33           N  
+ATOM   5516  CA  VAL A 302     -23.678 -20.877  80.883  1.00 24.84           C  
+ATOM   5517  C   VAL A 302     -25.089 -20.418  81.233  1.00 25.48           C  
+ATOM   5518  O   VAL A 302     -25.420 -20.155  82.401  1.00 23.16           O  
+ATOM   5519  CB  VAL A 302     -23.603 -22.407  80.744  1.00 25.37           C  
+ATOM   5520  CG1 VAL A 302     -22.206 -22.821  80.276  1.00 26.71           C  
+ATOM   5521  CG2 VAL A 302     -23.933 -23.079  82.054  1.00 28.54           C  
+ATOM   5522  N   ALA A 303     -25.913 -20.269  80.198  1.00 23.15           N  
+ATOM   5523  CA  ALA A 303     -27.238 -19.683  80.357  1.00 23.32           C  
+ATOM   5524  C   ALA A 303     -28.247 -20.641  80.977  1.00 23.95           C  
+ATOM   5525  O   ALA A 303     -29.316 -20.189  81.395  1.00 24.43           O  
+ATOM   5526  CB  ALA A 303     -27.759 -19.200  78.999  1.00 20.74           C  
+ATOM   5527  N   LEU A 304     -27.910 -21.922  81.112  1.00 24.15           N  
+ATOM   5528  CA  LEU A 304     -28.868 -22.937  81.535  1.00 25.86           C  
+ATOM   5529  C   LEU A 304     -29.006 -22.943  83.059  1.00 25.69           C  
+ATOM   5530  O   LEU A 304     -28.036 -23.210  83.766  1.00 21.67           O  
+ATOM   5531  CB  LEU A 304     -28.409 -24.299  81.022  1.00 26.85           C  
+ATOM   5532  CG  LEU A 304     -29.319 -25.520  81.185  1.00 26.99           C  
+ATOM   5533  CD1 LEU A 304     -30.570 -25.428  80.303  1.00 25.41           C  
+ATOM   5534  CD2 LEU A 304     -28.529 -26.789  80.893  1.00 23.37           C  
+ATOM   5535  N   LYS A 305     -30.229 -22.699  83.552  1.00 25.06           N  
+ATOM   5536  CA  LYS A 305     -30.481 -22.565  84.988  1.00 24.42           C  
+ATOM   5537  C   LYS A 305     -29.998 -23.772  85.784  1.00 28.33           C  
+ATOM   5538  O   LYS A 305     -29.500 -23.623  86.908  1.00 30.64           O  
+ATOM   5539  CB  LYS A 305     -31.983 -22.376  85.248  1.00 20.18           C  
+ATOM   5540  CG  LYS A 305     -32.541 -21.020  84.905  1.00 22.12           C  
+ATOM   5541  CD  LYS A 305     -34.037 -21.008  85.163  1.00 23.50           C  
+ATOM   5542  CE  LYS A 305     -34.669 -19.700  84.736  1.00 25.54           C  
+ATOM   5543  NZ  LYS A 305     -36.155 -19.725  84.965  1.00 26.00           N  
+ATOM   5544  N   SER A 306     -30.220 -24.978  85.270  1.00 28.31           N  
+ATOM   5545  CA  SER A 306     -29.891 -26.172  86.044  1.00 30.82           C  
+ATOM   5546  C   SER A 306     -28.389 -26.377  86.231  1.00 31.60           C  
+ATOM   5547  O   SER A 306     -27.997 -27.198  87.070  1.00 31.34           O  
+ATOM   5548  CB  SER A 306     -30.513 -27.403  85.385  1.00 32.98           C  
+ATOM   5549  OG  SER A 306     -30.032 -27.577  84.064  1.00 34.65           O  
+ATOM   5550  N   TYR A 307     -27.542 -25.618  85.529  1.00 30.00           N  
+ATOM   5551  CA  TYR A 307     -26.095 -25.754  85.645  1.00 28.32           C  
+ATOM   5552  C   TYR A 307     -25.500 -24.840  86.714  1.00 24.55           C  
+ATOM   5553  O   TYR A 307     -24.303 -24.939  86.981  1.00 25.72           O  
+ATOM   5554  CB  TYR A 307     -25.425 -25.438  84.300  1.00 28.40           C  
+ATOM   5555  CG  TYR A 307     -24.169 -26.239  84.020  1.00 31.72           C  
+ATOM   5556  CD1 TYR A 307     -24.252 -27.509  83.465  1.00 34.74           C  
+ATOM   5557  CD2 TYR A 307     -22.904 -25.728  84.305  1.00 29.47           C  
+ATOM   5558  CE1 TYR A 307     -23.116 -28.259  83.216  1.00 37.22           C  
+ATOM   5559  CE2 TYR A 307     -21.755 -26.473  84.059  1.00 31.22           C  
+ATOM   5560  CZ  TYR A 307     -21.872 -27.738  83.511  1.00 37.52           C  
+ATOM   5561  OH  TYR A 307     -20.749 -28.500  83.251  1.00 41.76           O  
+ATOM   5562  N   GLU A 308     -26.305 -23.972  87.335  1.00 22.30           N  
+ATOM   5563  CA  GLU A 308     -25.743 -22.954  88.218  1.00 29.27           C  
+ATOM   5564  C   GLU A 308     -25.090 -23.563  89.452  1.00 29.30           C  
+ATOM   5565  O   GLU A 308     -24.087 -23.033  89.941  1.00 28.10           O  
+ATOM   5566  CB  GLU A 308     -26.814 -21.940  88.642  1.00 29.27           C  
+ATOM   5567  CG  GLU A 308     -26.173 -20.686  89.246  1.00 34.59           C  
+ATOM   5568  CD  GLU A 308     -27.144 -19.559  89.586  1.00 38.54           C  
+ATOM   5569  OE1 GLU A 308     -28.377 -19.727  89.417  1.00 38.93           O  
+ATOM   5570  OE2 GLU A 308     -26.653 -18.498  90.039  1.00 38.55           O  
+ATOM   5571  N   GLU A 309     -25.635 -24.669  89.959  1.00 31.88           N  
+ATOM   5572  CA  GLU A 309     -25.019 -25.348  91.096  1.00 36.23           C  
+ATOM   5573  C   GLU A 309     -23.617 -25.822  90.748  1.00 34.14           C  
+ATOM   5574  O   GLU A 309     -22.711 -25.786  91.589  1.00 29.52           O  
+ATOM   5575  CB  GLU A 309     -25.884 -26.529  91.532  1.00 45.34           C  
+ATOM   5576  CG  GLU A 309     -25.468 -27.153  92.848  1.00 54.70           C  
+ATOM   5577  CD  GLU A 309     -26.321 -28.357  93.218  1.00 62.42           C  
+ATOM   5578  OE1 GLU A 309     -25.803 -29.492  93.145  1.00 63.91           O  
+ATOM   5579  OE2 GLU A 309     -27.511 -28.171  93.568  1.00 65.96           O  
+ATOM   5580  N   GLU A 310     -23.423 -26.285  89.512  1.00 36.35           N  
+ATOM   5581  CA  GLU A 310     -22.099 -26.717  89.076  1.00 40.14           C  
+ATOM   5582  C   GLU A 310     -21.168 -25.524  88.879  1.00 35.12           C  
+ATOM   5583  O   GLU A 310     -19.982 -25.597  89.216  1.00 41.13           O  
+ATOM   5584  CB  GLU A 310     -22.222 -27.533  87.788  1.00 47.21           C  
+ATOM   5585  CG  GLU A 310     -20.962 -28.284  87.379  1.00 54.74           C  
+ATOM   5586  CD  GLU A 310     -20.586 -29.402  88.347  1.00 58.91           C  
+ATOM   5587  OE1 GLU A 310     -21.493 -30.104  88.851  1.00 59.08           O  
+ATOM   5588  OE2 GLU A 310     -19.374 -29.579  88.595  1.00 59.70           O  
+ATOM   5589  N   LEU A 311     -21.689 -24.428  88.317  1.00 27.78           N  
+ATOM   5590  CA  LEU A 311     -20.905 -23.207  88.156  1.00 28.93           C  
+ATOM   5591  C   LEU A 311     -20.407 -22.686  89.500  1.00 30.54           C  
+ATOM   5592  O   LEU A 311     -19.265 -22.227  89.615  1.00 33.43           O  
+ATOM   5593  CB  LEU A 311     -21.748 -22.128  87.474  1.00 27.43           C  
+ATOM   5594  CG  LEU A 311     -22.169 -22.273  86.010  1.00 29.01           C  
+ATOM   5595  CD1 LEU A 311     -22.887 -21.003  85.579  1.00 25.19           C  
+ATOM   5596  CD2 LEU A 311     -20.956 -22.537  85.148  1.00 22.70           C  
+ATOM   5597  N   ALA A 312     -21.254 -22.735  90.524  1.00 31.27           N  
+ATOM   5598  CA  ALA A 312     -20.881 -22.187  91.824  1.00 29.09           C  
+ATOM   5599  C   ALA A 312     -19.687 -22.903  92.441  1.00 31.51           C  
+ATOM   5600  O   ALA A 312     -19.004 -22.317  93.288  1.00 34.33           O  
+ATOM   5601  CB  ALA A 312     -22.079 -22.231  92.779  1.00 30.73           C  
+ATOM   5602  N   LYS A 313     -19.401 -24.139  92.023  1.00 32.97           N  
+ATOM   5603  CA  LYS A 313     -18.208 -24.831  92.500  1.00 35.46           C  
+ATOM   5604  C   LYS A 313     -16.920 -24.300  91.875  1.00 38.31           C  
+ATOM   5605  O   LYS A 313     -15.836 -24.658  92.350  1.00 39.34           O  
+ATOM   5606  CB  LYS A 313     -18.311 -26.333  92.217  1.00 35.62           C  
+ATOM   5607  CG  LYS A 313     -19.523 -27.039  92.824  1.00 38.35           C  
+ATOM   5608  CD  LYS A 313     -19.438 -28.538  92.535  1.00 41.78           C  
+ATOM   5609  CE  LYS A 313     -20.755 -29.259  92.765  1.00 45.77           C  
+ATOM   5610  NZ  LYS A 313     -21.230 -29.121  94.164  1.00 50.36           N  
+ATOM   5611  N   ASP A 314     -17.005 -23.489  90.806  1.00 35.27           N  
+ATOM   5612  CA  ASP A 314     -15.837 -22.942  90.124  1.00 35.17           C  
+ATOM   5613  C   ASP A 314     -15.639 -21.490  90.541  1.00 36.18           C  
+ATOM   5614  O   ASP A 314     -16.311 -20.597  90.001  1.00 36.66           O  
+ATOM   5615  CB  ASP A 314     -16.005 -23.044  88.600  1.00 35.40           C  
+ATOM   5616  CG  ASP A 314     -14.716 -22.704  87.833  1.00 36.33           C  
+ATOM   5617  OD1 ASP A 314     -13.730 -22.268  88.466  1.00 35.54           O  
+ATOM   5618  OD2 ASP A 314     -14.694 -22.873  86.590  1.00 34.66           O  
+ATOM   5619  N   PRO A 315     -14.707 -21.188  91.445  1.00 38.81           N  
+ATOM   5620  CA  PRO A 315     -14.540 -19.790  91.876  1.00 36.98           C  
+ATOM   5621  C   PRO A 315     -14.079 -18.862  90.761  1.00 35.23           C  
+ATOM   5622  O   PRO A 315     -14.215 -17.640  90.898  1.00 33.14           O  
+ATOM   5623  CB  PRO A 315     -13.499 -19.890  93.002  1.00 38.02           C  
+ATOM   5624  CG  PRO A 315     -12.751 -21.150  92.721  1.00 40.12           C  
+ATOM   5625  CD  PRO A 315     -13.726 -22.092  92.070  1.00 40.08           C  
+ATOM   5626  N   ARG A 316     -13.538 -19.396  89.661  1.00 34.71           N  
+ATOM   5627  CA  ARG A 316     -13.193 -18.542  88.529  1.00 33.00           C  
+ATOM   5628  C   ARG A 316     -14.438 -17.956  87.874  1.00 32.12           C  
+ATOM   5629  O   ARG A 316     -14.354 -16.906  87.223  1.00 29.11           O  
+ATOM   5630  CB  ARG A 316     -12.366 -19.320  87.507  1.00 30.98           C  
+ATOM   5631  CG  ARG A 316     -11.118 -19.948  88.074  1.00 27.46           C  
+ATOM   5632  CD  ARG A 316     -10.547 -20.939  87.097  1.00 26.92           C  
+ATOM   5633  NE  ARG A 316     -11.556 -21.906  86.699  1.00 27.71           N  
+ATOM   5634  CZ  ARG A 316     -11.377 -22.847  85.780  1.00 27.95           C  
+ATOM   5635  NH1 ARG A 316     -10.211 -22.969  85.158  1.00 30.28           N  
+ATOM   5636  NH2 ARG A 316     -12.374 -23.662  85.474  1.00 26.76           N  
+ATOM   5637  N   ILE A 317     -15.584 -18.634  88.009  1.00 33.15           N  
+ATOM   5638  CA  ILE A 317     -16.849 -18.125  87.479  1.00 29.95           C  
+ATOM   5639  C   ILE A 317     -17.400 -17.021  88.377  1.00 29.25           C  
+ATOM   5640  O   ILE A 317     -18.001 -16.056  87.893  1.00 27.01           O  
+ATOM   5641  CB  ILE A 317     -17.865 -19.271  87.301  1.00 29.05           C  
+ATOM   5642  CG1 ILE A 317     -17.343 -20.307  86.305  1.00 26.81           C  
+ATOM   5643  CG2 ILE A 317     -19.234 -18.727  86.834  1.00 25.94           C  
+ATOM   5644  CD1 ILE A 317     -17.001 -19.748  84.930  1.00 31.88           C  
+ATOM   5645  N   ALA A 318     -17.243 -17.155  89.700  1.00 30.17           N  
+ATOM   5646  CA  ALA A 318     -17.649 -16.070  90.583  1.00 26.81           C  
+ATOM   5647  C   ALA A 318     -16.901 -14.791  90.240  1.00 24.17           C  
+ATOM   5648  O   ALA A 318     -17.493 -13.702  90.195  1.00 22.75           O  
+ATOM   5649  CB  ALA A 318     -17.403 -16.457  92.044  1.00 29.88           C  
+ATOM   5650  N   ALA A 319     -15.601 -14.916  89.957  1.00 23.32           N  
+ATOM   5651  CA  ALA A 319     -14.800 -13.763  89.569  1.00 27.27           C  
+ATOM   5652  C   ALA A 319     -15.255 -13.202  88.230  1.00 24.71           C  
+ATOM   5653  O   ALA A 319     -15.349 -11.979  88.061  1.00 25.84           O  
+ATOM   5654  CB  ALA A 319     -13.318 -14.149  89.512  1.00 23.90           C  
+ATOM   5655  N   THR A 320     -15.565 -14.079  87.279  1.00 23.44           N  
+ATOM   5656  CA  THR A 320     -16.079 -13.615  85.990  1.00 23.27           C  
+ATOM   5657  C   THR A 320     -17.348 -12.791  86.179  1.00 25.63           C  
+ATOM   5658  O   THR A 320     -17.489 -11.701  85.608  1.00 25.08           O  
+ATOM   5659  CB  THR A 320     -16.347 -14.803  85.067  1.00 27.45           C  
+ATOM   5660  OG1 THR A 320     -15.138 -15.546  84.870  1.00 30.61           O  
+ATOM   5661  CG2 THR A 320     -16.862 -14.314  83.696  1.00 23.18           C  
+ATOM   5662  N   MET A 321     -18.273 -13.283  87.008  1.00 22.63           N  
+ATOM   5663  CA  MET A 321     -19.538 -12.587  87.202  1.00 26.57           C  
+ATOM   5664  C   MET A 321     -19.408 -11.363  88.106  1.00 29.42           C  
+ATOM   5665  O   MET A 321     -20.286 -10.496  88.074  1.00 28.63           O  
+ATOM   5666  CB  MET A 321     -20.587 -13.554  87.750  1.00 22.04           C  
+ATOM   5667  CG  MET A 321     -21.011 -14.638  86.744  1.00 26.77           C  
+ATOM   5668  SD  MET A 321     -21.581 -13.968  85.142  1.00 27.24           S  
+ATOM   5669  CE  MET A 321     -23.073 -13.113  85.623  1.00 27.42           C  
+ATOM   5670  N   GLU A 322     -18.328 -11.252  88.888  1.00 31.08           N  
+ATOM   5671  CA  GLU A 322     -18.089 -10.002  89.600  1.00 22.43           C  
+ATOM   5672  C   GLU A 322     -17.616  -8.917  88.641  1.00 29.91           C  
+ATOM   5673  O   GLU A 322     -18.017  -7.755  88.759  1.00 27.36           O  
+ATOM   5674  CB  GLU A 322     -17.081 -10.214  90.731  1.00 25.87           C  
+ATOM   5675  CG  GLU A 322     -16.813  -8.958  91.541  1.00 34.77           C  
+ATOM   5676  CD  GLU A 322     -15.983  -9.234  92.785  1.00 45.71           C  
+ATOM   5677  OE1 GLU A 322     -16.003 -10.381  93.279  1.00 49.38           O  
+ATOM   5678  OE2 GLU A 322     -15.311  -8.301  93.269  1.00 50.16           O  
+ATOM   5679  N   ASN A 323     -16.778  -9.272  87.666  1.00 32.30           N  
+ATOM   5680  CA  ASN A 323     -16.422  -8.289  86.647  1.00 31.54           C  
+ATOM   5681  C   ASN A 323     -17.620  -7.943  85.766  1.00 28.82           C  
+ATOM   5682  O   ASN A 323     -17.782  -6.787  85.363  1.00 22.52           O  
+ATOM   5683  CB  ASN A 323     -15.252  -8.794  85.809  1.00 30.26           C  
+ATOM   5684  CG  ASN A 323     -13.942  -8.706  86.556  1.00 28.32           C  
+ATOM   5685  OD1 ASN A 323     -13.584  -7.653  87.084  1.00 28.40           O  
+ATOM   5686  ND2 ASN A 323     -13.237  -9.822  86.634  1.00 26.69           N  
+ATOM   5687  N   ALA A 324     -18.482  -8.920  85.475  1.00 26.86           N  
+ATOM   5688  CA  ALA A 324     -19.688  -8.628  84.698  1.00 29.21           C  
+ATOM   5689  C   ALA A 324     -20.635  -7.709  85.458  1.00 31.23           C  
+ATOM   5690  O   ALA A 324     -21.290  -6.856  84.853  1.00 21.62           O  
+ATOM   5691  CB  ALA A 324     -20.409  -9.927  84.315  1.00 27.53           C  
+ATOM   5692  N   GLN A 325     -20.694  -7.851  86.784  1.00 21.77           N  
+ATOM   5693  CA  GLN A 325     -21.533  -6.991  87.608  1.00 24.56           C  
+ATOM   5694  C   GLN A 325     -21.160  -5.520  87.472  1.00 24.65           C  
+ATOM   5695  O   GLN A 325     -22.028  -4.649  87.596  1.00 26.74           O  
+ATOM   5696  CB  GLN A 325     -21.415  -7.421  89.074  1.00 25.16           C  
+ATOM   5697  CG  GLN A 325     -22.315  -6.650  90.006  1.00 21.29           C  
+ATOM   5698  CD  GLN A 325     -23.785  -6.965  89.776  1.00 20.97           C  
+ATOM   5699  OE1 GLN A 325     -24.121  -7.998  89.197  1.00 20.94           O  
+ATOM   5700  NE2 GLN A 325     -24.661  -6.049  90.179  1.00 20.75           N  
+ATOM   5701  N   LYS A 326     -19.886  -5.222  87.241  1.00 21.88           N  
+ATOM   5702  CA  LYS A 326     -19.422  -3.855  87.068  1.00 26.96           C  
+ATOM   5703  C   LYS A 326     -19.394  -3.430  85.606  1.00 26.49           C  
+ATOM   5704  O   LYS A 326     -18.852  -2.369  85.289  1.00 26.97           O  
+ATOM   5705  CB  LYS A 326     -18.033  -3.680  87.683  1.00 34.96           C  
+ATOM   5706  CG  LYS A 326     -17.961  -4.092  89.134  1.00 40.94           C  
+ATOM   5707  CD  LYS A 326     -16.521  -4.301  89.568  1.00 48.89           C  
+ATOM   5708  CE  LYS A 326     -16.444  -4.735  91.029  1.00 54.00           C  
+ATOM   5709  NZ  LYS A 326     -15.083  -4.524  91.604  1.00 58.48           N  
+ATOM   5710  N   GLY A 327     -19.930  -4.248  84.714  1.00 24.59           N  
+ATOM   5711  CA  GLY A 327     -19.920  -3.914  83.304  1.00 24.92           C  
+ATOM   5712  C   GLY A 327     -21.308  -3.730  82.752  1.00 27.34           C  
+ATOM   5713  O   GLY A 327     -22.276  -3.597  83.508  1.00 27.67           O  
+ATOM   5714  N   GLU A 328     -21.415  -3.729  81.421  1.00 30.34           N  
+ATOM   5715  CA  GLU A 328     -22.678  -3.537  80.732  1.00 31.52           C  
+ATOM   5716  C   GLU A 328     -22.817  -4.581  79.639  1.00 28.22           C  
+ATOM   5717  O   GLU A 328     -21.829  -4.941  78.985  1.00 27.05           O  
+ATOM   5718  CB  GLU A 328     -22.786  -2.145  80.096  1.00 38.68           C  
+ATOM   5719  CG  GLU A 328     -22.818  -0.993  81.078  1.00 47.01           C  
+ATOM   5720  CD  GLU A 328     -22.855   0.359  80.382  1.00 52.65           C  
+ATOM   5721  OE1 GLU A 328     -23.212   0.410  79.183  1.00 53.64           O  
+ATOM   5722  OE2 GLU A 328     -22.505   1.364  81.032  1.00 54.92           O  
+ATOM   5723  N   ILE A 329     -24.052  -5.057  79.447  1.00 21.76           N  
+ATOM   5724  CA  ILE A 329     -24.348  -5.934  78.325  1.00 22.35           C  
+ATOM   5725  C   ILE A 329     -24.199  -5.122  77.051  1.00 25.24           C  
+ATOM   5726  O   ILE A 329     -24.742  -4.018  76.945  1.00 25.01           O  
+ATOM   5727  CB  ILE A 329     -25.770  -6.502  78.446  1.00 24.58           C  
+ATOM   5728  CG1 ILE A 329     -25.931  -7.300  79.741  1.00 31.67           C  
+ATOM   5729  CG2 ILE A 329     -26.131  -7.355  77.228  1.00 20.46           C  
+ATOM   5730  CD1 ILE A 329     -25.204  -8.611  79.751  1.00 33.86           C  
+ATOM   5731  N   MET A 330     -23.454  -5.652  76.090  1.00 26.51           N  
+ATOM   5732  CA  MET A 330     -23.238  -4.932  74.845  1.00 29.35           C  
+ATOM   5733  C   MET A 330     -24.573  -4.645  74.159  1.00 22.06           C  
+ATOM   5734  O   MET A 330     -25.494  -5.464  74.214  1.00 20.57           O  
+ATOM   5735  CB  MET A 330     -22.355  -5.745  73.895  1.00 28.81           C  
+ATOM   5736  CG  MET A 330     -20.927  -5.879  74.336  1.00 30.58           C  
+ATOM   5737  SD  MET A 330     -19.847  -6.679  73.120  1.00 31.80           S  
+ATOM   5738  CE  MET A 330     -20.322  -8.395  73.268  1.00 27.81           C  
+ATOM   5739  N   PRO A 331     -24.697  -3.500  73.486  1.00 24.89           N  
+ATOM   5740  CA  PRO A 331     -25.795  -3.334  72.531  1.00 25.32           C  
+ATOM   5741  C   PRO A 331     -25.635  -4.341  71.403  1.00 23.54           C  
+ATOM   5742  O   PRO A 331     -24.537  -4.836  71.140  1.00 26.53           O  
+ATOM   5743  CB  PRO A 331     -25.611  -1.899  72.013  1.00 25.46           C  
+ATOM   5744  CG  PRO A 331     -24.612  -1.251  72.968  1.00 26.53           C  
+ATOM   5745  CD  PRO A 331     -23.766  -2.358  73.467  1.00 24.59           C  
+ATOM   5746  N   ASN A 332     -26.747  -4.657  70.737  1.00 20.87           N  
+ATOM   5747  CA  ASN A 332     -26.686  -5.490  69.539  1.00 20.21           C  
+ATOM   5748  C   ASN A 332     -27.095  -4.746  68.273  1.00 26.86           C  
+ATOM   5749  O   ASN A 332     -27.344  -5.392  67.252  1.00 29.74           O  
+ATOM   5750  CB  ASN A 332     -27.531  -6.762  69.685  1.00 20.01           C  
+ATOM   5751  CG  ASN A 332     -29.033  -6.499  69.623  1.00 26.45           C  
+ATOM   5752  OD1 ASN A 332     -29.481  -5.364  69.531  1.00 27.19           O  
+ATOM   5753  ND2 ASN A 332     -29.815  -7.572  69.670  1.00 26.89           N  
+ATOM   5754  N   ILE A 333     -27.175  -3.418  68.308  1.00 25.35           N  
+ATOM   5755  CA  ILE A 333     -27.678  -2.635  67.171  1.00 26.31           C  
+ATOM   5756  C   ILE A 333     -26.748  -2.789  65.974  1.00 26.73           C  
+ATOM   5757  O   ILE A 333     -25.559  -3.101  66.145  1.00 24.57           O  
+ATOM   5758  CB  ILE A 333     -27.860  -1.148  67.537  1.00 26.04           C  
+ATOM   5759  CG1 ILE A 333     -26.535  -0.487  67.881  1.00 25.23           C  
+ATOM   5760  CG2 ILE A 333     -28.847  -0.987  68.685  1.00 25.49           C  
+ATOM   5761  CD1 ILE A 333     -26.680   0.987  68.247  1.00 26.79           C  
+ATOM   5762  N   PRO A 334     -27.245  -2.601  64.747  1.00 27.72           N  
+ATOM   5763  CA  PRO A 334     -26.389  -2.813  63.571  1.00 23.08           C  
+ATOM   5764  C   PRO A 334     -25.157  -1.927  63.556  1.00 23.21           C  
+ATOM   5765  O   PRO A 334     -24.133  -2.320  62.987  1.00 26.64           O  
+ATOM   5766  CB  PRO A 334     -27.326  -2.498  62.395  1.00 24.17           C  
+ATOM   5767  CG  PRO A 334     -28.702  -2.755  62.928  1.00 25.68           C  
+ATOM   5768  CD  PRO A 334     -28.652  -2.341  64.378  1.00 23.83           C  
+ATOM   5769  N   GLN A 335     -25.192  -0.775  64.218  1.00 26.48           N  
+ATOM   5770  CA  GLN A 335     -24.034   0.112  64.200  1.00 29.29           C  
+ATOM   5771  C   GLN A 335     -22.856  -0.430  65.015  1.00 32.18           C  
+ATOM   5772  O   GLN A 335     -21.797   0.211  65.035  1.00 28.42           O  
+ATOM   5773  CB  GLN A 335     -24.439   1.492  64.736  1.00 30.77           C  
+ATOM   5774  CG  GLN A 335     -25.385   2.278  63.827  1.00 35.29           C  
+ATOM   5775  CD  GLN A 335     -26.763   1.641  63.712  1.00 35.79           C  
+ATOM   5776  OE1 GLN A 335     -27.220   0.954  64.627  1.00 34.82           O  
+ATOM   5777  NE2 GLN A 335     -27.420   1.843  62.570  1.00 38.00           N  
+ATOM   5778  N   MET A 336     -22.992  -1.596  65.663  1.00 28.65           N  
+ATOM   5779  CA  MET A 336     -21.939  -2.024  66.577  1.00 29.48           C  
+ATOM   5780  C   MET A 336     -20.652  -2.375  65.836  1.00 29.25           C  
+ATOM   5781  O   MET A 336     -19.563  -2.068  66.318  1.00 25.79           O  
+ATOM   5782  CB  MET A 336     -22.415  -3.188  67.453  1.00 30.20           C  
+ATOM   5783  CG  MET A 336     -23.241  -2.765  68.658  1.00 31.21           C  
+ATOM   5784  SD  MET A 336     -22.302  -1.706  69.802  1.00 34.19           S  
+ATOM   5785  CE  MET A 336     -21.057  -2.830  70.448  1.00 31.87           C  
+ATOM   5786  N   SER A 337     -20.742  -2.978  64.646  1.00 31.05           N  
+ATOM   5787  CA  SER A 337     -19.517  -3.329  63.936  1.00 29.45           C  
+ATOM   5788  C   SER A 337     -18.722  -2.083  63.544  1.00 27.95           C  
+ATOM   5789  O   SER A 337     -17.492  -2.069  63.648  1.00 27.23           O  
+ATOM   5790  CB  SER A 337     -19.844  -4.182  62.710  1.00 37.22           C  
+ATOM   5791  OG  SER A 337     -20.525  -3.409  61.748  1.00 44.14           O  
+ATOM   5792  N   ALA A 338     -19.408  -1.010  63.132  1.00 29.17           N  
+ATOM   5793  CA  ALA A 338     -18.705   0.229  62.808  1.00 32.39           C  
+ATOM   5794  C   ALA A 338     -18.110   0.866  64.058  1.00 31.42           C  
+ATOM   5795  O   ALA A 338     -17.026   1.462  64.003  1.00 35.48           O  
+ATOM   5796  CB  ALA A 338     -19.638   1.212  62.106  1.00 30.75           C  
+ATOM   5797  N   PHE A 339     -18.798   0.757  65.191  1.00 28.64           N  
+ATOM   5798  CA  PHE A 339     -18.213   1.234  66.437  1.00 29.81           C  
+ATOM   5799  C   PHE A 339     -16.907   0.500  66.730  1.00 33.73           C  
+ATOM   5800  O   PHE A 339     -15.876   1.125  67.018  1.00 31.26           O  
+ATOM   5801  CB  PHE A 339     -19.215   1.059  67.577  1.00 30.73           C  
+ATOM   5802  CG  PHE A 339     -18.605   1.119  68.951  1.00 30.26           C  
+ATOM   5803  CD1 PHE A 339     -18.318   2.337  69.550  1.00 28.90           C  
+ATOM   5804  CD2 PHE A 339     -18.335  -0.046  69.655  1.00 30.39           C  
+ATOM   5805  CE1 PHE A 339     -17.767   2.384  70.815  1.00 22.82           C  
+ATOM   5806  CE2 PHE A 339     -17.779   0.004  70.913  1.00 28.80           C  
+ATOM   5807  CZ  PHE A 339     -17.503   1.218  71.495  1.00 22.88           C  
+ATOM   5808  N   TRP A 340     -16.922  -0.831  66.617  1.00 32.95           N  
+ATOM   5809  CA  TRP A 340     -15.731  -1.599  66.952  1.00 30.21           C  
+ATOM   5810  C   TRP A 340     -14.579  -1.258  66.013  1.00 32.34           C  
+ATOM   5811  O   TRP A 340     -13.443  -1.096  66.462  1.00 30.13           O  
+ATOM   5812  CB  TRP A 340     -16.035  -3.100  66.922  1.00 29.83           C  
+ATOM   5813  CG  TRP A 340     -16.775  -3.639  68.132  1.00 27.80           C  
+ATOM   5814  CD1 TRP A 340     -17.969  -4.315  68.134  1.00 25.81           C  
+ATOM   5815  CD2 TRP A 340     -16.360  -3.564  69.509  1.00 23.35           C  
+ATOM   5816  NE1 TRP A 340     -18.315  -4.664  69.425  1.00 24.27           N  
+ATOM   5817  CE2 TRP A 340     -17.352  -4.205  70.283  1.00 25.34           C  
+ATOM   5818  CE3 TRP A 340     -15.256  -3.002  70.161  1.00 30.50           C  
+ATOM   5819  CZ2 TRP A 340     -17.267  -4.305  71.674  1.00 29.29           C  
+ATOM   5820  CZ3 TRP A 340     -15.172  -3.112  71.547  1.00 28.21           C  
+ATOM   5821  CH2 TRP A 340     -16.170  -3.757  72.280  1.00 29.18           C  
+ATOM   5822  N   TYR A 341     -14.857  -1.125  64.707  1.00 34.34           N  
+ATOM   5823  CA  TYR A 341     -13.808  -0.771  63.760  1.00 36.84           C  
+ATOM   5824  C   TYR A 341     -13.192   0.585  64.090  1.00 33.91           C  
+ATOM   5825  O   TYR A 341     -11.971   0.771  63.965  1.00 32.55           O  
+ATOM   5826  CB  TYR A 341     -14.358  -0.774  62.334  1.00 44.04           C  
+ATOM   5827  CG  TYR A 341     -13.320  -0.421  61.300  1.00 56.91           C  
+ATOM   5828  CD1 TYR A 341     -12.471  -1.389  60.783  1.00 62.32           C  
+ATOM   5829  CD2 TYR A 341     -13.184   0.883  60.842  1.00 62.20           C  
+ATOM   5830  CE1 TYR A 341     -11.517  -1.072  59.840  1.00 66.86           C  
+ATOM   5831  CE2 TYR A 341     -12.231   1.211  59.900  1.00 66.01           C  
+ATOM   5832  CZ  TYR A 341     -11.401   0.230  59.401  1.00 68.57           C  
+ATOM   5833  OH  TYR A 341     -10.452   0.557  58.459  1.00 70.98           O  
+ATOM   5834  N   ALA A 342     -14.013   1.536  64.536  1.00 28.59           N  
+ATOM   5835  CA  ALA A 342     -13.496   2.861  64.855  1.00 32.22           C  
+ATOM   5836  C   ALA A 342     -12.647   2.834  66.119  1.00 35.07           C  
+ATOM   5837  O   ALA A 342     -11.579   3.463  66.173  1.00 35.79           O  
+ATOM   5838  CB  ALA A 342     -14.652   3.847  64.999  1.00 33.47           C  
+ATOM   5839  N   VAL A 343     -13.092   2.107  67.148  1.00 32.79           N  
+ATOM   5840  CA  VAL A 343     -12.286   2.023  68.366  1.00 30.94           C  
+ATOM   5841  C   VAL A 343     -11.000   1.244  68.097  1.00 32.81           C  
+ATOM   5842  O   VAL A 343      -9.937   1.579  68.625  1.00 33.10           O  
+ATOM   5843  CB  VAL A 343     -13.098   1.403  69.518  1.00 28.98           C  
+ATOM   5844  CG1 VAL A 343     -12.265   1.365  70.809  1.00 30.24           C  
+ATOM   5845  CG2 VAL A 343     -14.400   2.179  69.749  1.00 27.49           C  
+ATOM   5846  N   ARG A 344     -11.073   0.205  67.259  1.00 32.19           N  
+ATOM   5847  CA  ARG A 344      -9.884  -0.583  66.950  1.00 32.08           C  
+ATOM   5848  C   ARG A 344      -8.828   0.265  66.253  1.00 29.82           C  
+ATOM   5849  O   ARG A 344      -7.635   0.151  66.550  1.00 29.24           O  
+ATOM   5850  CB  ARG A 344     -10.252  -1.783  66.073  1.00 33.14           C  
+ATOM   5851  CG  ARG A 344      -9.034  -2.608  65.654  1.00 41.01           C  
+ATOM   5852  CD  ARG A 344      -9.411  -3.824  64.822  1.00 49.59           C  
+ATOM   5853  NE  ARG A 344      -8.535  -4.960  65.119  1.00 60.07           N  
+ATOM   5854  CZ  ARG A 344      -7.361  -5.196  64.535  1.00 64.34           C  
+ATOM   5855  NH1 ARG A 344      -6.892  -4.375  63.602  1.00 67.14           N  
+ATOM   5856  NH2 ARG A 344      -6.653  -6.262  64.888  1.00 64.01           N  
+ATOM   5857  N   THR A 345      -9.254   1.107  65.308  1.00 31.76           N  
+ATOM   5858  CA  THR A 345      -8.318   1.961  64.598  1.00 33.26           C  
+ATOM   5859  C   THR A 345      -7.746   3.033  65.516  1.00 35.51           C  
+ATOM   5860  O   THR A 345      -6.547   3.329  65.461  1.00 39.07           O  
+ATOM   5861  CB  THR A 345      -9.010   2.585  63.392  1.00 36.04           C  
+ATOM   5862  OG1 THR A 345      -9.508   1.538  62.552  1.00 40.74           O  
+ATOM   5863  CG2 THR A 345      -8.034   3.432  62.593  1.00 34.27           C  
+ATOM   5864  N   ALA A 346      -8.575   3.603  66.392  1.00 33.66           N  
+ATOM   5865  CA  ALA A 346      -8.083   4.658  67.278  1.00 33.92           C  
+ATOM   5866  C   ALA A 346      -7.054   4.126  68.266  1.00 35.96           C  
+ATOM   5867  O   ALA A 346      -6.055   4.801  68.544  1.00 38.26           O  
+ATOM   5868  CB  ALA A 346      -9.243   5.311  68.025  1.00 33.10           C  
+ATOM   5869  N   VAL A 347      -7.273   2.923  68.807  1.00 33.58           N  
+ATOM   5870  CA  VAL A 347      -6.342   2.376  69.793  1.00 37.31           C  
+ATOM   5871  C   VAL A 347      -5.010   2.006  69.143  1.00 36.65           C  
+ATOM   5872  O   VAL A 347      -3.939   2.281  69.694  1.00 40.46           O  
+ATOM   5873  CB  VAL A 347      -6.983   1.174  70.514  1.00 41.38           C  
+ATOM   5874  CG1 VAL A 347      -5.959   0.429  71.360  1.00 42.44           C  
+ATOM   5875  CG2 VAL A 347      -8.136   1.644  71.387  1.00 42.75           C  
+ATOM   5876  N   ILE A 348      -5.052   1.394  67.961  1.00 35.18           N  
+ATOM   5877  CA  ILE A 348      -3.827   0.989  67.275  1.00 37.21           C  
+ATOM   5878  C   ILE A 348      -3.031   2.211  66.826  1.00 38.75           C  
+ATOM   5879  O   ILE A 348      -1.797   2.215  66.873  1.00 39.88           O  
+ATOM   5880  CB  ILE A 348      -4.163   0.064  66.085  1.00 40.03           C  
+ATOM   5881  CG1 ILE A 348      -4.653  -1.302  66.575  1.00 41.06           C  
+ATOM   5882  CG2 ILE A 348      -2.963  -0.094  65.158  1.00 41.74           C  
+ATOM   5883  CD1 ILE A 348      -5.039  -2.254  65.449  1.00 41.48           C  
+ATOM   5884  N   ASN A 349      -3.717   3.250  66.342  1.00 39.81           N  
+ATOM   5885  CA  ASN A 349      -3.010   4.440  65.877  1.00 40.53           C  
+ATOM   5886  C   ASN A 349      -2.420   5.224  67.038  1.00 43.35           C  
+ATOM   5887  O   ASN A 349      -1.315   5.769  66.926  1.00 44.26           O  
+ATOM   5888  CB  ASN A 349      -3.935   5.319  65.038  1.00 39.38           C  
+ATOM   5889  CG  ASN A 349      -4.202   4.723  63.678  1.00 44.86           C  
+ATOM   5890  OD1 ASN A 349      -3.528   3.776  63.272  1.00 48.78           O  
+ATOM   5891  ND2 ASN A 349      -5.162   5.285  62.951  1.00 45.90           N  
+ATOM   5892  N   ALA A 350      -3.134   5.298  68.159  1.00 39.82           N  
+ATOM   5893  CA  ALA A 350      -2.581   5.986  69.319  1.00 40.42           C  
+ATOM   5894  C   ALA A 350      -1.438   5.186  69.934  1.00 42.80           C  
+ATOM   5895  O   ALA A 350      -0.349   5.725  70.171  1.00 38.26           O  
+ATOM   5896  CB  ALA A 350      -3.676   6.247  70.350  1.00 41.23           C  
+ATOM   5897  N   ALA A 351      -1.643   3.881  70.141  1.00 43.45           N  
+ATOM   5898  CA  ALA A 351      -0.623   3.071  70.807  1.00 44.30           C  
+ATOM   5899  C   ALA A 351       0.686   3.060  70.026  1.00 42.44           C  
+ATOM   5900  O   ALA A 351       1.764   3.034  70.620  1.00 41.19           O  
+ATOM   5901  CB  ALA A 351      -1.128   1.645  71.013  1.00 46.76           C  
+ATOM   5902  N   SER A 352       0.614   3.077  68.697  1.00 46.06           N  
+ATOM   5903  CA  SER A 352       1.828   3.059  67.889  1.00 45.72           C  
+ATOM   5904  C   SER A 352       2.494   4.423  67.803  1.00 46.87           C  
+ATOM   5905  O   SER A 352       3.665   4.502  67.413  1.00 46.56           O  
+ATOM   5906  CB  SER A 352       1.529   2.576  66.473  1.00 45.36           C  
+ATOM   5907  OG  SER A 352       0.860   3.586  65.747  1.00 47.02           O  
+ATOM   5908  N   GLY A 353       1.765   5.497  68.097  1.00 44.70           N  
+ATOM   5909  CA  GLY A 353       2.306   6.837  68.036  1.00 43.55           C  
+ATOM   5910  C   GLY A 353       2.055   7.571  66.738  1.00 45.19           C  
+ATOM   5911  O   GLY A 353       2.433   8.744  66.632  1.00 47.16           O  
+ATOM   5912  N   ARG A 354       1.444   6.919  65.741  1.00 43.91           N  
+ATOM   5913  CA  ARG A 354       1.148   7.595  64.482  1.00 48.42           C  
+ATOM   5914  C   ARG A 354       0.132   8.716  64.647  1.00 49.36           C  
+ATOM   5915  O   ARG A 354       0.052   9.593  63.780  1.00 48.49           O  
+ATOM   5916  CB  ARG A 354       0.675   6.579  63.434  1.00 53.03           C  
+ATOM   5917  CG  ARG A 354       1.824   5.757  62.843  1.00 60.07           C  
+ATOM   5918  CD  ARG A 354       1.374   4.848  61.711  1.00 63.20           C  
+ATOM   5919  NE  ARG A 354       0.254   4.013  62.125  1.00 66.01           N  
+ATOM   5920  CZ  ARG A 354       0.402   2.834  62.724  1.00 66.83           C  
+ATOM   5921  NH1 ARG A 354      -0.660   2.124  63.080  1.00 65.81           N  
+ATOM   5922  NH2 ARG A 354       1.619   2.364  62.967  1.00 67.59           N  
+ATOM   5923  N   GLN A 355      -0.664   8.686  65.715  1.00 47.90           N  
+ATOM   5924  CA  GLN A 355      -1.543   9.788  66.071  1.00 47.31           C  
+ATOM   5925  C   GLN A 355      -1.495   9.978  67.577  1.00 47.21           C  
+ATOM   5926  O   GLN A 355      -1.259   9.027  68.327  1.00 46.11           O  
+ATOM   5927  CB  GLN A 355      -2.996   9.537  65.645  1.00 49.00           C  
+ATOM   5928  CG  GLN A 355      -3.241   9.517  64.149  1.00 50.27           C  
+ATOM   5929  CD  GLN A 355      -4.713   9.364  63.820  1.00 52.30           C  
+ATOM   5930  OE1 GLN A 355      -5.313   8.313  64.054  1.00 51.76           O  
+ATOM   5931  NE2 GLN A 355      -5.308  10.421  63.286  1.00 55.40           N  
+ATOM   5932  N   THR A 356      -1.737  11.207  68.020  1.00 46.97           N  
+ATOM   5933  CA  THR A 356      -1.955  11.402  69.443  1.00 48.10           C  
+ATOM   5934  C   THR A 356      -3.343  10.883  69.803  1.00 43.58           C  
+ATOM   5935  O   THR A 356      -4.130  10.504  68.934  1.00 45.12           O  
+ATOM   5936  CB  THR A 356      -1.821  12.875  69.829  1.00 49.59           C  
+ATOM   5937  OG1 THR A 356      -2.926  13.614  69.289  1.00 48.96           O  
+ATOM   5938  CG2 THR A 356      -0.509  13.450  69.297  1.00 49.94           C  
+ATOM   5939  N   VAL A 357      -3.633  10.854  71.104  1.00 42.38           N  
+ATOM   5940  CA  VAL A 357      -4.934  10.379  71.563  1.00 45.86           C  
+ATOM   5941  C   VAL A 357      -6.053  11.281  71.050  1.00 50.62           C  
+ATOM   5942  O   VAL A 357      -7.098  10.797  70.593  1.00 47.72           O  
+ATOM   5943  CB  VAL A 357      -4.951  10.275  73.097  1.00 40.65           C  
+ATOM   5944  CG1 VAL A 357      -6.375  10.033  73.597  1.00 38.43           C  
+ATOM   5945  CG2 VAL A 357      -4.006   9.172  73.560  1.00 35.57           C  
+ATOM   5946  N   ASP A 358      -5.855  12.601  71.112  1.00 53.06           N  
+ATOM   5947  CA  ASP A 358      -6.898  13.521  70.663  1.00 56.72           C  
+ATOM   5948  C   ASP A 358      -7.172  13.364  69.174  1.00 53.04           C  
+ATOM   5949  O   ASP A 358      -8.332  13.368  68.748  1.00 52.72           O  
+ATOM   5950  CB  ASP A 358      -6.512  14.963  70.989  1.00 62.81           C  
+ATOM   5951  CG  ASP A 358      -6.630  15.271  72.468  1.00 68.02           C  
+ATOM   5952  OD1 ASP A 358      -7.167  14.418  73.204  1.00 68.86           O  
+ATOM   5953  OD2 ASP A 358      -6.181  16.358  72.894  1.00 70.32           O  
+ATOM   5954  N   GLU A 359      -6.119  13.225  68.368  1.00 50.65           N  
+ATOM   5955  CA  GLU A 359      -6.307  13.036  66.936  1.00 52.00           C  
+ATOM   5956  C   GLU A 359      -7.001  11.708  66.646  1.00 50.00           C  
+ATOM   5957  O   GLU A 359      -7.855  11.625  65.753  1.00 49.14           O  
+ATOM   5958  CB  GLU A 359      -4.957  13.097  66.217  1.00 55.75           C  
+ATOM   5959  CG  GLU A 359      -4.190  14.400  66.418  1.00 59.49           C  
+ATOM   5960  CD  GLU A 359      -2.765  14.338  65.882  1.00 63.57           C  
+ATOM   5961  OE1 GLU A 359      -2.098  13.297  66.057  1.00 64.58           O  
+ATOM   5962  OE2 GLU A 359      -2.304  15.343  65.303  1.00 66.04           O  
+ATOM   5963  N   ALA A 360      -6.641  10.659  67.390  1.00 44.77           N  
+ATOM   5964  CA  ALA A 360      -7.155   9.326  67.109  1.00 41.24           C  
+ATOM   5965  C   ALA A 360      -8.631   9.213  67.468  1.00 41.86           C  
+ATOM   5966  O   ALA A 360      -9.433   8.682  66.685  1.00 39.36           O  
+ATOM   5967  CB  ALA A 360      -6.332   8.278  67.861  1.00 36.25           C  
+ATOM   5968  N   LEU A 361      -9.008   9.707  68.649  1.00 41.61           N  
+ATOM   5969  CA  LEU A 361     -10.401   9.613  69.068  1.00 44.38           C  
+ATOM   5970  C   LEU A 361     -11.291  10.566  68.287  1.00 49.14           C  
+ATOM   5971  O   LEU A 361     -12.483  10.289  68.110  1.00 47.35           O  
+ATOM   5972  CB  LEU A 361     -10.522   9.873  70.562  1.00 40.84           C  
+ATOM   5973  CG  LEU A 361      -9.895   8.747  71.381  1.00 40.20           C  
+ATOM   5974  CD1 LEU A 361     -10.101   8.977  72.868  1.00 37.38           C  
+ATOM   5975  CD2 LEU A 361     -10.471   7.407  70.939  1.00 42.21           C  
+ATOM   5976  N   LYS A 362     -10.739  11.683  67.810  1.00 54.70           N  
+ATOM   5977  CA  LYS A 362     -11.517  12.574  66.955  1.00 59.77           C  
+ATOM   5978  C   LYS A 362     -11.887  11.893  65.643  1.00 59.49           C  
+ATOM   5979  O   LYS A 362     -13.000  12.081  65.137  1.00 60.43           O  
+ATOM   5980  CB  LYS A 362     -10.739  13.861  66.686  1.00 64.49           C  
+ATOM   5981  CG  LYS A 362     -11.514  14.901  65.892  1.00 69.33           C  
+ATOM   5982  CD  LYS A 362     -10.683  16.163  65.673  1.00 74.22           C  
+ATOM   5983  CE  LYS A 362      -9.514  15.905  64.731  1.00 77.63           C  
+ATOM   5984  NZ  LYS A 362      -9.977  15.486  63.374  1.00 79.70           N  
+ATOM   5985  N   ASP A 363     -10.979  11.082  65.090  1.00 58.72           N  
+ATOM   5986  CA  ASP A 363     -11.291  10.341  63.869  1.00 60.79           C  
+ATOM   5987  C   ASP A 363     -12.322   9.248  64.121  1.00 60.57           C  
+ATOM   5988  O   ASP A 363     -13.086   8.895  63.214  1.00 59.87           O  
+ATOM   5989  CB  ASP A 363     -10.024   9.730  63.271  1.00 66.01           C  
+ATOM   5990  CG  ASP A 363      -9.086  10.771  62.695  1.00 72.04           C  
+ATOM   5991  OD1 ASP A 363      -9.479  11.953  62.587  1.00 73.58           O  
+ATOM   5992  OD2 ASP A 363      -7.946  10.402  62.347  1.00 74.93           O  
+ATOM   5993  N   ALA A 364     -12.353   8.695  65.333  1.00 59.59           N  
+ATOM   5994  CA  ALA A 364     -13.367   7.708  65.669  1.00 60.80           C  
+ATOM   5995  C   ALA A 364     -14.754   8.328  65.786  1.00 65.52           C  
+ATOM   5996  O   ALA A 364     -15.750   7.616  65.629  1.00 64.39           O  
+ATOM   5997  CB  ALA A 364     -12.991   7.003  66.974  1.00 55.43           C  
+ATOM   5998  N   GLN A 365     -14.838   9.636  66.030  1.00 73.90           N  
+ATOM   5999  CA  GLN A 365     -16.093  10.324  66.307  1.00 82.31           C  
+ATOM   6000  C   GLN A 365     -16.733  10.939  65.066  1.00 90.99           C  
+ATOM   6001  O   GLN A 365     -17.827  11.502  65.169  1.00 90.29           O  
+ATOM   6002  CB  GLN A 365     -15.855  11.415  67.363  1.00 84.07           C  
+ATOM   6003  CG  GLN A 365     -17.108  11.983  68.018  1.00 86.64           C  
+ATOM   6004  CD  GLN A 365     -17.784  10.999  68.949  1.00 88.58           C  
+ATOM   6005  OE1 GLN A 365     -17.174  10.027  69.394  1.00 89.81           O  
+ATOM   6006  NE2 GLN A 365     -19.053  11.247  69.251  1.00 89.25           N  
+ATOM   6007  N   THR A 366     -16.090  10.831  63.900  1.00101.11           N  
+ATOM   6008  CA  THR A 366     -16.516  11.532  62.689  1.00109.53           C  
+ATOM   6009  C   THR A 366     -17.989  11.312  62.358  1.00119.87           C  
+ATOM   6010  O   THR A 366     -18.588  10.318  62.783  1.00120.10           O  
+ATOM   6011  CB  THR A 366     -15.650  11.111  61.497  1.00106.66           C  
+ATOM   6012  OG1 THR A 366     -15.580   9.681  61.433  1.00106.36           O  
+ATOM   6013  CG2 THR A 366     -14.244  11.683  61.626  1.00104.94           C  
+ATOM   6014  N   ASN A 367     -18.568  12.244  61.598  1.00132.60           N  
+ATOM   6015  CA  ASN A 367     -19.997  12.263  61.261  1.00139.82           C  
+ATOM   6016  C   ASN A 367     -20.550  10.903  60.825  1.00143.66           C  
+ATOM   6017  O   ASN A 367     -19.875  10.121  60.153  1.00145.39           O  
+ATOM   6018  CB  ASN A 367     -20.261  13.293  60.152  1.00144.18           C  
+ATOM   6019  CG  ASN A 367     -20.176  14.731  60.645  1.00146.65           C  
+ATOM   6020  OD1 ASN A 367     -19.099  15.225  60.981  1.00147.87           O  
+ATOM   6021  ND2 ASN A 367     -21.316  15.416  60.668  1.00146.44           N  
+ATOM   6022  OXT ASN A 367     -21.692  10.559  61.134  1.00144.58           O  
+HETATM 6023  C1  MAL A 401     -15.923  -8.698  70.919  1.00 25.02           C  
+HETATM 6024  C2  MAL A 401     -17.204  -8.495  70.137  1.00 26.58           C  
+HETATM 6025  C3  MAL A 401     -16.822  -8.396  68.661  1.00 28.92           C  
+HETATM 6026  C4  MAL A 401     -15.834  -7.253  68.473  1.00 23.66           C  
+HETATM 6027  C5  MAL A 401     -14.628  -7.421  69.381  1.00 28.48           C  
+HETATM 6028  C6  MAL A 401     -13.697  -6.214  69.259  1.00 32.25           C  
+HETATM 6029  O1  MAL A 401     -15.309  -9.901  70.487  1.00 25.18           O  
+HETATM 6030  O2  MAL A 401     -18.078  -9.584  70.337  1.00 22.96           O  
+HETATM 6031  O3  MAL A 401     -17.964  -8.170  67.874  1.00 28.51           O  
+HETATM 6032  O4  MAL A 401     -15.437  -7.201  67.119  1.00 23.84           O  
+HETATM 6033  O5  MAL A 401     -15.060  -7.586  70.728  1.00 26.41           O  
+HETATM 6034  O6  MAL A 401     -12.464  -6.486  69.891  1.00 24.75           O  
+HETATM 6035  C1' MAL A 401     -13.542 -13.192  72.336  1.00 33.57           C  
+HETATM 6036  C2' MAL A 401     -14.964 -12.830  72.778  1.00 33.16           C  
+HETATM 6037  C3' MAL A 401     -15.639 -11.874  71.800  1.00 27.70           C  
+HETATM 6038  C4' MAL A 401     -14.712 -10.702  71.487  1.00 28.22           C  
+HETATM 6039  C5' MAL A 401     -13.332 -11.198  71.028  1.00 30.17           C  
+HETATM 6040  C6' MAL A 401     -12.347 -10.052  70.793  1.00 28.83           C  
+HETATM 6041  O1' MAL A 401     -13.601 -14.067  71.234  1.00 34.30           O  
+HETATM 6042  O2' MAL A 401     -15.706 -14.023  72.851  1.00 36.79           O  
+HETATM 6043  O3' MAL A 401     -16.873 -11.415  72.316  1.00 28.60           O  
+HETATM 6044  O5' MAL A 401     -12.770 -12.052  72.007  1.00 30.46           O  
+HETATM 6045  O6' MAL A 401     -11.215 -10.506  70.067  1.00 26.19           O  
+HETATM 6046  C1  GOL A 402      -7.782 -20.936  91.393  1.00 45.12           C  
+HETATM 6047  O1  GOL A 402      -7.663 -21.377  90.064  1.00 42.40           O  
+HETATM 6048  C2  GOL A 402      -8.854 -19.829  91.440  1.00 42.57           C  
+HETATM 6049  O2  GOL A 402      -8.928 -19.225  92.673  1.00 48.35           O  
+HETATM 6050  C3  GOL A 402      -8.400 -18.814  90.437  1.00 42.41           C  
+HETATM 6051  O3  GOL A 402      -8.903 -17.612  90.920  1.00 42.66           O  
+HETATM 6052  C1  GOL A 403     -37.775 -25.496  57.598  1.00 51.17           C  
+HETATM 6053  O1  GOL A 403     -37.879 -24.131  57.892  1.00 55.94           O  
+HETATM 6054  C2  GOL A 403     -36.287 -25.885  57.706  1.00 44.80           C  
+HETATM 6055  O2  GOL A 403     -35.477 -25.212  56.818  1.00 43.20           O  
+HETATM 6056  C3  GOL A 403     -36.254 -27.374  57.503  1.00 43.26           C  
+HETATM 6057  O3  GOL A 403     -36.069 -27.894  58.765  1.00 41.84           O  
+HETATM 6058  O   HOH A 501      -5.331   4.755  60.762  1.00 56.32           O  
+HETATM 6059  O   HOH A 502     -17.650 -18.469  75.708  1.00 30.29           O  
+HETATM 6060  O   HOH A 503      13.402  -1.934  86.653  1.00 47.20           O  
+HETATM 6061  O   HOH A 504     -28.075  13.504  69.065  1.00 60.27           O  
+HETATM 6062  O   HOH A 505     -36.708 -11.412  76.467  1.00 31.13           O  
+HETATM 6063  O   HOH A 506     -38.312 -27.762  77.633  1.00 36.24           O  
+HETATM 6064  O   HOH A 507     -33.486  -1.121  60.059  1.00 40.23           O  
+HETATM 6065  O   HOH A 508     -19.551 -29.724  54.622  1.00 53.24           O  
+HETATM 6066  O   HOH A 509     -30.051 -21.187  88.414  1.00 27.48           O  
+HETATM 6067  O   HOH A 510     -21.013 -34.328  79.001  1.00 35.58           O  
+HETATM 6068  O   HOH A 511     -34.530 -29.729  59.322  1.00 29.71           O  
+HETATM 6069  O   HOH A 512     -22.138  -1.762  85.142  1.00 58.34           O  
+HETATM 6070  O   HOH A 513     -11.163 -16.697  91.269  1.00 49.39           O  
+HETATM 6071  O   HOH A 514     -42.200 -22.964  69.464  1.00 49.68           O  
+HETATM 6072  O   HOH A 515     -36.127  -8.948  64.505  1.00 40.26           O  
+HETATM 6073  O   HOH A 516     -25.514 -28.181  55.915  1.00 26.80           O  
+HETATM 6074  O   HOH A 517      -4.373 -19.636  71.574  1.00 45.10           O  
+HETATM 6075  O   HOH A 518     -14.375 -33.863  68.919  1.00 44.17           O  
+HETATM 6076  O   HOH A 519      -4.435 -26.878  76.542  1.00 54.46           O  
+HETATM 6077  O   HOH A 520     -11.881 -10.703  67.664  1.00 39.91           O  
+HETATM 6078  O   HOH A 521     -39.028 -25.517  81.552  1.00 33.24           O  
+HETATM 6079  O   HOH A 522     -39.209 -17.539  80.329  1.00 49.71           O  
+HETATM 6080  O   HOH A 523     -15.698  -8.544  78.634  1.00 27.03           O  
+HETATM 6081  O   HOH A 524     -36.680 -25.362  54.582  1.00 49.31           O  
+HETATM 6082  O   HOH A 525     -30.931 -30.947  84.305  1.00 49.11           O  
+HETATM 6083  O   HOH A 526      -9.413 -21.649  60.938  1.00 50.09           O  
+HETATM 6084  O   HOH A 527      -8.087 -27.676  82.152  1.00 37.12           O  
+HETATM 6085  O   HOH A 528     -20.691  17.827  60.086  1.00 57.97           O  
+HETATM 6086  O   HOH A 529     -13.111 -16.326  63.583  1.00 52.38           O  
+HETATM 6087  O   HOH A 530       2.808   3.286  89.536  1.00 45.17           O  
+HETATM 6088  O   HOH A 531      -6.639 -18.903  74.732  1.00 39.34           O  
+HETATM 6089  O   HOH A 532     -18.552 -27.594  84.267  1.00 38.94           O  
+HETATM 6090  O   HOH A 533     -40.845 -26.686  60.896  1.00 52.25           O  
+HETATM 6091  O   HOH A 534     -37.769  -9.504  79.149  1.00 34.23           O  
+HETATM 6092  O   HOH A 535     -30.321   0.684  61.396  1.00 42.41           O  
+HETATM 6093  O   HOH A 536     -22.498 -24.779  54.316  1.00 45.39           O  
+HETATM 6094  O   HOH A 537     -17.677 -11.620  75.088  1.00 34.73           O  
+HETATM 6095  O   HOH A 538     -42.687 -12.991  66.269  1.00 47.84           O  
+HETATM 6096  O   HOH A 539     -30.578 -10.024  52.679  1.00 26.44           O  
+HETATM 6097  O   HOH A 540     -15.807 -22.925  74.854  1.00 24.99           O  
+HETATM 6098  O   HOH A 541     -31.660  -4.115  70.209  1.00 36.63           O  
+HETATM 6099  O   HOH A 542     -22.091  -1.140  61.873  1.00 41.55           O  
+HETATM 6100  O   HOH A 543     -24.411  -9.105  54.183  1.00 47.34           O  
+HETATM 6101  O   HOH A 544     -29.699   1.324  65.426  1.00 35.57           O  
+HETATM 6102  O   HOH A 545       3.829  -4.756  82.315  1.00 48.14           O  
+HETATM 6103  O   HOH A 546     -35.661 -22.390  66.685  1.00 21.08           O  
+HETATM 6104  O   HOH A 547     -28.960 -16.000  55.081  1.00 28.77           O  
+HETATM 6105  O   HOH A 548      -0.205   8.590  70.710  1.00 51.17           O  
+HETATM 6106  O   HOH A 549     -34.468  -5.425  57.625  1.00 22.15           O  
+HETATM 6107  O   HOH A 550     -23.070   6.415  64.425  1.00 55.99           O  
+HETATM 6108  O   HOH A 551     -41.123 -19.140  70.270  1.00 37.51           O  
+HETATM 6109  O   HOH A 552     -15.538 -20.289  75.824  1.00 30.24           O  
+HETATM 6110  O   HOH A 553       7.841  -2.015  69.586  1.00 46.19           O  
+HETATM 6111  O   HOH A 554     -17.609 -22.294  82.545  1.00 37.09           O  
+HETATM 6112  O   HOH A 555      -9.586   1.670  93.695  1.00 38.34           O  
+HETATM 6113  O   HOH A 556      -7.877   3.459  90.485  1.00 34.45           O  
+HETATM 6114  O   HOH A 557      -7.571 -14.746  93.268  1.00 47.91           O  
+HETATM 6115  O   HOH A 558     -11.956 -24.119  89.218  1.00 42.91           O  
+HETATM 6116  O   HOH A 559     -12.647  -3.060  88.501  1.00 32.12           O  
+HETATM 6117  O   HOH A 560     -36.298 -17.303  81.335  1.00 29.09           O  
+HETATM 6118  O   HOH A 561       2.810  -5.626  75.927  1.00 42.93           O  
+HETATM 6119  O   HOH A 562     -41.066 -25.923  69.935  1.00 51.30           O  
+HETATM 6120  O   HOH A 563     -27.945 -16.297  90.867  1.00 37.94           O  
+HETATM 6121  O   HOH A 564     -38.306  -7.822  62.626  1.00 37.78           O  
+HETATM 6122  O   HOH A 565     -39.070 -25.753  72.027  1.00 27.44           O  
+HETATM 6123  O   HOH A 566     -21.184 -35.625  63.453  1.00 27.29           O  
+HETATM 6124  O   HOH A 567     -17.587 -26.362  88.260  1.00 39.65           O  
+HETATM 6125  O   HOH A 568     -31.339 -17.332  64.282  1.00 19.39           O  
+HETATM 6126  O   HOH A 569     -19.216 -33.349  65.281  1.00 39.59           O  
+HETATM 6127  O   HOH A 570     -33.112 -30.820  57.007  1.00 37.34           O  
+HETATM 6128  O   HOH A 571     -16.626   2.596  86.421  1.00 37.45           O  
+HETATM 6129  O   HOH A 572     -20.367  -8.032  61.457  1.00 28.15           O  
+HETATM 6130  O   HOH A 573     -39.546 -14.117  68.847  1.00 23.93           O  
+HETATM 6131  O   HOH A 574      -2.165 -24.313  85.651  1.00 45.06           O  
+HETATM 6132  O   HOH A 575     -26.970 -20.937  46.995  1.00 47.13           O  
+HETATM 6133  O   HOH A 576     -15.931  -4.252  63.222  1.00 37.01           O  
+HETATM 6134  O   HOH A 577     -24.951  -5.825  65.325  1.00 20.71           O  
+HETATM 6135  O   HOH A 578     -27.538  -4.797  58.675  1.00 36.29           O  
+HETATM 6136  O   HOH A 579      13.003  -6.115  91.670  1.00 53.36           O  
+HETATM 6137  O   HOH A 580     -34.805  -9.978  82.081  1.00 27.26           O  
+HETATM 6138  O   HOH A 581     -13.866  -9.222  66.162  1.00 33.91           O  
+HETATM 6139  O   HOH A 582     -25.893   0.226  76.033  1.00 30.20           O  
+HETATM 6140  O   HOH A 583      -9.982 -24.380  82.824  1.00 39.03           O  
+HETATM 6141  O   HOH A 584     -41.468  -7.607  65.730  1.00 43.64           O  
+HETATM 6142  O   HOH A 585     -26.116  -3.588  80.497  1.00 31.90           O  
+HETATM 6143  O   HOH A 586     -30.530 -18.126  89.993  1.00 35.79           O  
+HETATM 6144  O   HOH A 587      -7.666  -8.913  93.544  1.00 47.94           O  
+HETATM 6145  O   HOH A 588     -36.948 -28.477  73.428  1.00 38.54           O  
+HETATM 6146  O   HOH A 589     -11.618   5.781  81.375  1.00 32.62           O  
+HETATM 6147  O   HOH A 590     -16.241  11.686  79.981  1.00 54.56           O  
+HETATM 6148  O   HOH A 591     -37.307 -21.018  56.133  1.00 46.96           O  
+HETATM 6149  O   HOH A 592       7.983 -12.166  77.485  1.00 43.01           O  
+HETATM 6150  O   HOH A 593     -31.707  -5.912  72.185  1.00 34.51           O  
+HETATM 6151  O   HOH A 594     -10.381  14.519  70.197  1.00 53.79           O  
+HETATM 6152  O   HOH A 595      -3.543 -14.010  77.752  1.00 34.13           O  
+HETATM 6153  O   HOH A 596       2.992 -16.074  84.252  1.00 33.28           O  
+HETATM 6154  O   HOH A 597     -34.995 -32.834  75.321  1.00 45.85           O  
+HETATM 6155  O   HOH A 598     -41.039 -14.511  73.490  1.00 48.02           O  
+HETATM 6156  O   HOH A 599       5.293 -14.245  73.916  1.00 38.28           O  
+HETATM 6157  O   HOH A 600       6.579   5.017  84.127  1.00 45.78           O  
+HETATM 6158  O   HOH A 601     -25.579 -27.902  88.240  1.00 40.68           O  
+HETATM 6159  O   HOH A 602     -25.745 -36.215  57.485  1.00 38.18           O  
+HETATM 6160  O   HOH A 603     -28.247 -10.103  69.850  1.00 25.26           O  
+HETATM 6161  O   HOH A 604     -26.079 -19.021  46.082  1.00 35.44           O  
+HETATM 6162  O   HOH A 605       6.838 -15.929  75.175  1.00 52.69           O  
+HETATM 6163  O   HOH A 606     -17.847 -18.067  68.273  1.00 30.95           O  
+HETATM 6164  O   HOH A 607     -35.740 -30.645  55.332  1.00 50.64           O  
+HETATM 6165  O   HOH A 608       0.862  -6.780  66.133  1.00 44.72           O  
+HETATM 6166  O   HOH A 609     -26.493  -5.875  54.536  1.00 32.05           O  
+HETATM 6167  O   HOH A 610      11.184  -2.113  79.955  1.00 51.83           O  
+HETATM 6168  O   HOH A 611      -7.458 -22.108  76.723  1.00 36.50           O  
+HETATM 6169  O   HOH A 612       9.103   0.313  91.392  1.00 39.57           O  
+HETATM 6170  O   HOH A 613     -25.869 -21.712  84.807  1.00 27.15           O  
+HETATM 6171  O   HOH A 614      -9.045 -27.758  63.598  1.00 50.80           O  
+HETATM 6172  O   HOH A 615       5.017  -7.827  72.297  1.00 45.80           O  
+HETATM 6173  O   HOH A 616     -13.401 -14.135  83.173  1.00 39.00           O  
+HETATM 6174  O   HOH A 617     -16.482 -23.572  84.539  1.00 42.54           O  
+HETATM 6175  O   HOH A 618     -39.740 -17.176  69.551  1.00 32.47           O  
+HETATM 6176  O   HOH A 619     -18.458 -27.378  55.127  1.00 47.91           O  
+HETATM 6177  O   HOH A 620     -16.248   2.374  61.461  1.00 39.22           O  
+HETATM 6178  O   HOH A 621     -32.571 -33.448  75.672  1.00 41.99           O  
+HETATM 6179  O   HOH A 622     -22.350 -10.811  49.969  1.00 44.86           O  
+HETATM 6180  O   HOH A 623      -0.384 -24.067  77.368  1.00 53.84           O  
+HETATM 6181  O   HOH A 624      -4.316 -19.086  77.923  1.00 30.85           O  
+HETATM 6182  O   HOH A 625     -28.262  -5.696  74.755  1.00 40.47           O  
+HETATM 6183  O   HOH A 626       3.352 -20.246  88.554  1.00 48.22           O  
+HETATM 6184  O   HOH A 627     -18.860   4.932  81.410  1.00 47.26           O  
+HETATM 6185  O   HOH A 628     -34.792 -13.463  56.134  1.00 32.41           O  
+HETATM 6186  O   HOH A 629     -26.690  -8.310  88.032  1.00 23.14           O  
+HETATM 6187  O   HOH A 630      -9.523  -3.709  91.676  1.00 47.35           O  
+HETATM 6188  O   HOH A 631     -10.649 -26.723  70.960  1.00 57.61           O  
+HETATM 6189  O   HOH A 632     -11.227 -18.566  64.306  1.00 40.16           O  
+HETATM 6190  O   HOH A 633     -14.146  -5.299  94.182  1.00 54.26           O  
+HETATM 6191  O   HOH A 634     -23.824   1.847  74.509  1.00 34.56           O  
+HETATM 6192  O   HOH A 635     -39.470 -27.548  75.610  1.00 39.21           O  
+HETATM 6193  O   HOH A 636     -10.850 -14.733  82.947  1.00 27.20           O  
+HETATM 6194  O   HOH A 637     -32.848 -11.851  59.776  1.00 28.26           O  
+HETATM 6195  O   HOH A 638      -8.798 -11.925  70.652  1.00 32.84           O  
+HETATM 6196  O   HOH A 639      -8.782  -2.760  79.854  1.00 31.17           O  
+HETATM 6197  O   HOH A 640     -33.421 -29.386  76.677  1.00 34.41           O  
+HETATM 6198  O   HOH A 641     -25.882 -33.706  74.582  1.00 36.68           O  
+HETATM 6199  O   HOH A 642      -9.690 -23.675  70.712  1.00 52.41           O  
+HETATM 6200  O   HOH A 643     -43.698 -23.128  80.977  1.00 54.53           O  
+HETATM 6201  O   HOH A 644      -0.123  -5.497  76.532  1.00 36.38           O  
+HETATM 6202  O   HOH A 645     -31.924 -28.757  79.184  1.00 36.10           O  
+HETATM 6203  O   HOH A 646       0.443   5.150  82.164  1.00 47.42           O  
+HETATM 6204  O   HOH A 647      -9.784 -14.552  63.033  1.00 44.00           O  
+HETATM 6205  O   HOH A 648      -2.916 -13.763  67.885  1.00 37.68           O  
+HETATM 6206  O   HOH A 649     -33.357 -37.406  69.920  1.00 40.17           O  
+HETATM 6207  O   HOH A 650     -29.201  -3.426  71.690  1.00 28.47           O  
+HETATM 6208  O   HOH A 651     -32.386 -25.145  83.219  1.00 21.71           O  
+HETATM 6209  O   HOH A 652      -3.889 -13.513  75.314  1.00 32.23           O  
+HETATM 6210  O   HOH A 653     -35.659 -23.641  63.931  1.00 32.04           O  
+HETATM 6211  O   HOH A 654     -11.883 -26.676  80.913  1.00 44.97           O  
+HETATM 6212  O   HOH A 655     -35.587 -32.445  63.397  1.00 51.36           O  
+HETATM 6213  O   HOH A 656     -16.668 -31.479  63.399  1.00 45.37           O  
+HETATM 6214  O   HOH A 657      10.266   0.483  81.333  1.00 48.27           O  
+HETATM 6215  O   HOH A 658     -32.169 -27.804  82.061  1.00 36.40           O  
+HETATM 6216  O   HOH A 659     -44.201 -25.016  76.785  1.00 19.69           O  
+HETATM 6217  O   HOH A 660      -7.248 -23.756  88.375  1.00 45.75           O  
+HETATM 6218  O   HOH A 661     -11.898 -24.769  60.507  1.00 30.84           O  
+HETATM 6219  O   HOH A 662     -18.871  -1.002  79.184  1.00 40.25           O  
+HETATM 6220  O   HOH A 663      -4.770 -10.935  76.237  1.00 34.77           O  
+HETATM 6221  O   HOH A 664      10.520 -10.236  80.249  1.00 59.42           O  
+HETATM 6222  O   HOH A 665      -0.450 -22.232  75.990  1.00 48.59           O  
+HETATM 6223  O   HOH A 666     -20.640 -15.337  48.687  1.00 37.88           O  
+HETATM 6224  O   HOH A 667     -25.017  -8.100  58.063  1.00 29.40           O  
+HETATM 6225  O   HOH A 668     -14.736  -5.662  77.441  1.00 28.94           O  
+HETATM 6226  O   HOH A 669     -35.327  -8.519  60.128  1.00 41.71           O  
+HETATM 6227  O   HOH A 670     -21.908   2.214  76.356  1.00 41.55           O  
+HETATM 6228  O   HOH A 671     -28.860  -6.909  72.837  1.00 27.93           O  
+HETATM 6229  O   HOH A 672     -30.974 -14.317  53.751  1.00 29.48           O  
+HETATM 6230  O   HOH A 673     -22.728  -5.172  64.193  1.00 32.49           O  
+HETATM 6231  O   HOH A 674      -0.337  -0.287  67.630  1.00 39.85           O  
+HETATM 6232  O   HOH A 675      -1.820  -1.375  69.632  1.00 48.79           O  
+HETATM 6233  O   HOH A 676     -30.016 -31.166  81.255  1.00 39.95           O  
+HETATM 6234  O   HOH A 677     -14.339  -4.744  86.960  1.00 41.53           O  
+HETATM 6235  O   HOH A 678     -12.120 -26.288  84.022  1.00 46.88           O  
+HETATM 6236  O   HOH A 679     -12.571  -4.681  59.605  1.00 49.23           O  
+HETATM 6237  O   HOH A 680     -23.060  -7.473  62.179  1.00 24.21           O  
+HETATM 6238  O   HOH A 681     -35.341   1.195  79.212  1.00 26.45           O  
+HETATM 6239  O   HOH A 682     -12.386  15.687  75.104  1.00 61.45           O  
+HETATM 6240  O   HOH A 683      -4.609 -15.991  68.217  1.00 49.95           O  
+HETATM 6241  O   HOH A 684       2.158  -8.965  95.399  1.00 46.19           O  
+HETATM 6242  O   HOH A 685     -12.314  -5.365  65.733  1.00 49.08           O  
+HETATM 6243  O   HOH A 686     -37.700 -17.432  83.674  1.00 49.22           O  
+HETATM 6244  O   HOH A 687       3.385   4.646  82.448  1.00 38.91           O  
+HETATM 6245  O   HOH A 688      -3.116  -3.476  95.503  1.00 41.47           O  
+HETATM 6246  O   HOH A 689       5.829  -0.210  71.490  1.00 47.87           O  
+HETATM 6247  O   HOH A 690       5.276 -22.568  82.403  1.00 54.53           O  
+HETATM 6248  O   HOH A 691     -11.143   5.719  64.137  1.00 33.90           O  
+HETATM 6249  O   HOH A 692     -40.518  -3.120  62.425  1.00 36.75           O  
+HETATM 6250  O   HOH A 693     -30.178 -12.943  51.849  1.00 26.74           O  
+HETATM 6251  O   HOH A 694     -12.486 -13.930  64.271  1.00 38.00           O  
+HETATM 6252  O   HOH A 695     -15.444 -33.110  75.242  1.00 44.10           O  
+HETATM 6253  O   HOH A 696     -23.580 -27.096  53.941  1.00 39.55           O  
+HETATM 6254  O   HOH A 697     -28.643 -25.368  89.606  1.00 35.39           O  
+HETATM 6255  O   HOH A 698     -45.208 -22.287  74.007  1.00 30.80           O  
+HETATM 6256  O   HOH A 699       9.855  -0.366  83.425  1.00 54.15           O  
+HETATM 6257  O   HOH A 700     -35.945 -21.176  62.784  1.00 36.30           O  
+HETATM 6258  O   HOH A 701     -40.151 -11.172  76.829  1.00 44.55           O  
+HETATM 6259  O   HOH A 702     -21.542 -28.730  52.907  1.00 48.81           O  
+HETATM 6260  O   HOH A 703      -4.574 -11.179  68.143  1.00 39.47           O  
+HETATM 6261  O   HOH A 704      -5.990 -25.102  72.548  1.00 46.23           O  
+HETATM 6262  O   HOH A 705     -41.203 -13.320  71.119  1.00 48.68           O  
+HETATM 6263  O   HOH A 706     -34.583  -3.936  69.752  1.00 41.52           O  
+HETATM 6264  O   HOH A 707       0.145   6.311  87.567  1.00 46.22           O  
+HETATM 6265  O   HOH A 708     -28.268 -35.075  75.177  1.00 49.48           O  
+HETATM 6266  O   HOH A 709     -40.777 -13.481  77.064  1.00 40.52           O  
+HETATM 6267  O   HOH A 710     -17.371 -15.608  69.788  1.00 32.93           O  
+HETATM 6268  O   HOH A 711      -7.153 -11.513  68.408  1.00 42.51           O  
+HETATM 6269  O   HOH A 712     -35.637 -14.932  58.010  1.00 37.02           O  
+HETATM 6270  O   HOH A 713      -3.184 -16.763  78.871  1.00 37.16           O  
+HETATM 6271  O   HOH A 714      -9.642 -15.236  67.369  1.00 49.00           O  
+HETATM 6272  O   HOH A 715     -23.216 -34.387  75.308  1.00 46.00           O  
+HETATM 6273  O   HOH A 716     -36.988 -13.096  79.007  1.00 49.84           O  
+HETATM 6274  O   HOH A 717     -12.319   5.768  62.016  1.00 47.76           O  
+HETATM 6275  O   HOH A 718     -31.557  -1.074  66.006  1.00 47.59           O  
+HETATM 6276  O   HOH A 719     -15.433 -26.992  89.818  1.00 55.84           O  
+HETATM 6277  O   HOH A 720     -11.518 -13.330  66.266  1.00 46.04           O  
+HETATM 6278  O   HOH A 721     -13.016 -32.356  73.420  1.00 46.96           O  
+HETATM 6279  O   HOH A 722      -8.841 -17.793  66.915  1.00 44.90           O  
+HETATM 6280  O   HOH A 723     -19.300 -20.847  52.959  1.00 45.54           O  
+HETATM 6281  O   HOH A 724     -44.889 -24.873  79.405  1.00 42.35           O  
+HETATM 6282  O   HOH A 725     -12.332 -23.434  58.482  1.00 49.57           O  
+HETATM 6283  O   HOH A 726     -35.032  -7.475  62.184  1.00 40.72           O  
+HETATM 6284  O   HOH A 727     -36.135 -29.154  76.119  1.00 40.02           O  
+HETATM 6285  O   HOH A 728       3.819   6.585  84.534  1.00 45.69           O  
+HETATM 6286  O   HOH A 729     -13.113  -4.459  63.954  1.00 48.99           O  
+HETATM 6287  O   HOH A 730      -7.295 -19.431  70.683  1.00 41.91           O  
+HETATM 6288  O   HOH A 731     -18.442  -7.336  59.115  1.00 54.49           O  
+HETATM 6289  O   HOH A 732     -23.637  -7.187  59.825  1.00 36.39           O  
+HETATM 6290  O   HOH A 733     -20.955 -35.689  74.525  1.00 52.24           O  
+HETATM 6291  O   HOH A 734     -13.883  -3.986  61.560  1.00 55.62           O  
+HETATM 6292  O   HOH A 735     -18.931 -13.933  48.983  1.00 44.54           O  
+HETATM 6293  O   HOH A 736     -35.896 -17.446  57.840  1.00 39.57           O  
+HETATM 6294  O   HOH A 737     -41.595  -9.694  74.638  1.00 37.84           O  
+HETATM 6295  O   HOH A 738     -32.898 -33.979  56.876  1.00 53.69           O  
+HETATM 6296  O   HOH A 739     -21.448 -28.378  50.208  1.00 48.96           O  
+HETATM 6297  O   HOH A 740     -46.189 -24.027  75.380  1.00 41.84           O  
+HETATM 6298  O   HOH A 741     -34.811 -25.181  84.755  1.00 38.53           O  
+HETATM 6299  O   HOH A 742     -36.132 -32.164  60.386  1.00 47.04           O  
+HETATM 6300  O   HOH A 743     -12.074  -5.903  94.778  1.00 60.45           O  
+HETATM 6301  O   HOH A 744     -25.990  -7.690  52.967  1.00 46.95           O  
+HETATM 6302  O   HOH A 745     -22.972   1.222  60.809  1.00 40.93           O  
+HETATM 6303  O   HOH A 746     -18.706  19.569  60.131  1.00 53.86           O  
+HETATM 6304  O   HOH A 747     -35.280  -3.214  59.378  1.00 32.97           O  
+HETATM 6305  O   HOH A 748     -18.797   2.300  87.325  1.00 42.64           O  
+HETATM 6306  O   HOH A 749      -6.676 -25.889  89.163  1.00 55.46           O  
+HETATM 6307  O   HOH A 750     -17.378 -19.856  53.021  1.00 46.54           O  
+HETATM 6308  O   HOH A 751     -39.135   5.945  69.143  1.00 63.19           O  
+HETATM 6309  O   HOH A 752     -39.482   5.526  66.913  1.00 67.75           O  
+ATOM   6310  N   GLU C   1     -36.989  14.751  95.228  1.00 60.75           N  
+ATOM   6311  CA  GLU C   1     -38.118  14.868  94.308  1.00 59.85           C  
+ATOM   6312  C   GLU C   1     -38.713  13.497  93.980  1.00 56.82           C  
+ATOM   6313  O   GLU C   1     -39.903  13.385  93.678  1.00 57.74           O  
+ATOM   6314  CB  GLU C   1     -37.688  15.580  93.022  1.00 60.51           C  
+ATOM   6315  N   VAL C   2     -37.882  12.459  94.044  1.00 52.46           N  
+ATOM   6316  CA  VAL C   2     -38.338  11.094  93.801  1.00 48.56           C  
+ATOM   6317  C   VAL C   2     -38.990  10.555  95.068  1.00 46.00           C  
+ATOM   6318  O   VAL C   2     -38.407  10.618  96.156  1.00 44.74           O  
+ATOM   6319  CB  VAL C   2     -37.167  10.203  93.353  1.00 45.03           C  
+ATOM   6320  CG1 VAL C   2     -37.570   8.732  93.358  1.00 43.11           C  
+ATOM   6321  CG2 VAL C   2     -36.683  10.616  91.977  1.00 45.74           C  
+ATOM   6322  N   GLN C   3     -40.209  10.032  94.938  1.00 42.62           N  
+ATOM   6323  CA  GLN C   3     -40.816   9.355  96.073  1.00 42.11           C  
+ATOM   6324  C   GLN C   3     -41.868   8.371  95.587  1.00 36.78           C  
+ATOM   6325  O   GLN C   3     -42.373   8.459  94.463  1.00 36.77           O  
+ATOM   6326  CB  GLN C   3     -41.417  10.344  97.080  1.00 47.43           C  
+ATOM   6327  CG  GLN C   3     -42.431  11.310  96.521  1.00 52.51           C  
+ATOM   6328  CD  GLN C   3     -43.104  12.128  97.614  1.00 59.51           C  
+ATOM   6329  OE1 GLN C   3     -43.061  11.769  98.795  1.00 61.40           O  
+ATOM   6330  NE2 GLN C   3     -43.730  13.235  97.224  1.00 61.40           N  
+ATOM   6331  N   LEU C   4     -42.172   7.417  96.460  1.00 31.53           N  
+ATOM   6332  CA  LEU C   4     -43.210   6.424  96.247  1.00 31.97           C  
+ATOM   6333  C   LEU C   4     -44.183   6.506  97.411  1.00 33.23           C  
+ATOM   6334  O   LEU C   4     -43.781   6.761  98.553  1.00 33.66           O  
+ATOM   6335  CB  LEU C   4     -42.619   5.004  96.147  1.00 32.12           C  
+ATOM   6336  CG  LEU C   4     -41.544   4.719  95.092  1.00 35.81           C  
+ATOM   6337  CD1 LEU C   4     -40.926   3.355  95.328  1.00 34.18           C  
+ATOM   6338  CD2 LEU C   4     -42.113   4.802  93.670  1.00 36.34           C  
+ATOM   6339  N   VAL C   5     -45.464   6.311  97.126  1.00 33.34           N  
+ATOM   6340  CA  VAL C   5     -46.500   6.350  98.154  1.00 33.16           C  
+ATOM   6341  C   VAL C   5     -47.359   5.104  97.993  1.00 30.34           C  
+ATOM   6342  O   VAL C   5     -47.951   4.894  96.929  1.00 28.14           O  
+ATOM   6343  CB  VAL C   5     -47.358   7.626  98.062  1.00 36.24           C  
+ATOM   6344  CG1 VAL C   5     -48.439   7.621  99.135  1.00 36.31           C  
+ATOM   6345  CG2 VAL C   5     -46.481   8.883  98.191  1.00 36.41           C  
+ATOM   6346  N   GLU C   6     -47.410   4.272  99.031  1.00 28.87           N  
+ATOM   6347  CA  GLU C   6     -48.304   3.123  99.043  1.00 30.26           C  
+ATOM   6348  C   GLU C   6     -49.661   3.540  99.586  1.00 29.67           C  
+ATOM   6349  O   GLU C   6     -49.771   4.482 100.370  1.00 32.48           O  
+ATOM   6350  CB  GLU C   6     -47.753   1.977  99.895  1.00 30.51           C  
+ATOM   6351  CG  GLU C   6     -46.427   1.407  99.445  1.00 31.32           C  
+ATOM   6352  CD  GLU C   6     -45.241   1.999 100.214  1.00 38.13           C  
+ATOM   6353  OE1 GLU C   6     -45.438   2.990 100.960  1.00 39.80           O  
+ATOM   6354  OE2 GLU C   6     -44.114   1.474 100.061  1.00 37.51           O  
+ATOM   6355  N   SER C   7     -50.698   2.828  99.158  1.00 27.13           N  
+ATOM   6356  CA  SER C   7     -52.039   3.024  99.694  1.00 26.32           C  
+ATOM   6357  C   SER C   7     -52.841   1.754  99.449  1.00 28.77           C  
+ATOM   6358  O   SER C   7     -52.417   0.853  98.717  1.00 27.16           O  
+ATOM   6359  CB  SER C   7     -52.727   4.241  99.063  1.00 28.75           C  
+ATOM   6360  OG  SER C   7     -52.904   4.051  97.667  1.00 28.56           O  
+ATOM   6361  N   GLY C   8     -54.011   1.690 100.082  1.00 29.22           N  
+ATOM   6362  CA  GLY C   8     -54.910   0.571  99.922  1.00 26.67           C  
+ATOM   6363  C   GLY C   8     -54.864  -0.464 101.023  1.00 31.14           C  
+ATOM   6364  O   GLY C   8     -55.627  -1.435 100.960  1.00 35.10           O  
+ATOM   6365  N   GLY C   9     -54.004  -0.299 102.025  1.00 32.29           N  
+ATOM   6366  CA  GLY C   9     -53.981  -1.248 103.122  1.00 32.28           C  
+ATOM   6367  C   GLY C   9     -55.241  -1.179 103.967  1.00 32.77           C  
+ATOM   6368  O   GLY C   9     -55.998  -0.212 103.921  1.00 35.77           O  
+ATOM   6369  N   GLY C  11     -55.466  -2.226 104.755  1.00 31.47           N  
+ATOM   6370  CA  GLY C  11     -56.628  -2.271 105.630  1.00 30.96           C  
+ATOM   6371  C   GLY C  11     -56.898  -3.695 106.091  1.00 28.80           C  
+ATOM   6372  O   GLY C  11     -56.015  -4.551 106.054  1.00 31.31           O  
+ATOM   6373  N   LEU C  12     -58.136  -3.920 106.521  1.00 23.88           N  
+ATOM   6374  CA  LEU C  12     -58.573  -5.230 106.994  1.00 29.51           C  
+ATOM   6375  C   LEU C  12     -59.134  -6.052 105.838  1.00 27.96           C  
+ATOM   6376  O   LEU C  12     -59.709  -5.510 104.896  1.00 31.43           O  
+ATOM   6377  CB  LEU C  12     -59.652  -5.108 108.078  1.00 37.12           C  
+ATOM   6378  CG  LEU C  12     -59.336  -4.606 109.493  1.00 45.51           C  
+ATOM   6379  CD1 LEU C  12     -58.036  -5.220 109.998  1.00 47.79           C  
+ATOM   6380  CD2 LEU C  12     -59.288  -3.084 109.560  1.00 47.72           C  
+ATOM   6381  N   VAL C  13     -58.992  -7.371 105.936  1.00 26.07           N  
+ATOM   6382  CA  VAL C  13     -59.575  -8.274 104.947  1.00 31.29           C  
+ATOM   6383  C   VAL C  13     -59.784  -9.627 105.611  1.00 31.47           C  
+ATOM   6384  O   VAL C  13     -58.987 -10.053 106.448  1.00 27.37           O  
+ATOM   6385  CB  VAL C  13     -58.686  -8.365 103.679  1.00 35.25           C  
+ATOM   6386  CG1 VAL C  13     -57.278  -8.749 104.030  1.00 35.44           C  
+ATOM   6387  CG2 VAL C  13     -59.279  -9.344 102.658  1.00 37.08           C  
+ATOM   6388  N   GLN C  14     -60.873 -10.288 105.251  1.00 31.27           N  
+ATOM   6389  CA  GLN C  14     -61.129 -11.612 105.792  1.00 31.62           C  
+ATOM   6390  C   GLN C  14     -60.260 -12.665 105.109  1.00 30.42           C  
+ATOM   6391  O   GLN C  14     -59.875 -12.504 103.943  1.00 32.06           O  
+ATOM   6392  CB  GLN C  14     -62.596 -11.974 105.618  1.00 35.14           C  
+ATOM   6393  CG  GLN C  14     -63.540 -10.928 106.170  1.00 40.63           C  
+ATOM   6394  CD  GLN C  14     -63.752 -11.076 107.658  1.00 45.79           C  
+ATOM   6395  OE1 GLN C  14     -63.801 -12.191 108.181  1.00 45.74           O  
+ATOM   6396  NE2 GLN C  14     -63.883  -9.951 108.352  1.00 50.79           N  
+ATOM   6397  N   PRO C  15     -59.944 -13.753 105.810  1.00 32.84           N  
+ATOM   6398  CA  PRO C  15     -59.203 -14.848 105.172  1.00 33.15           C  
+ATOM   6399  C   PRO C  15     -59.954 -15.381 103.958  1.00 32.02           C  
+ATOM   6400  O   PRO C  15     -61.177 -15.558 103.982  1.00 31.44           O  
+ATOM   6401  CB  PRO C  15     -59.095 -15.900 106.281  1.00 34.73           C  
+ATOM   6402  CG  PRO C  15     -59.187 -15.101 107.557  1.00 35.06           C  
+ATOM   6403  CD  PRO C  15     -60.168 -13.996 107.247  1.00 34.22           C  
+ATOM   6404  N   GLY C  16     -59.207 -15.628 102.886  1.00 26.52           N  
+ATOM   6405  CA  GLY C  16     -59.790 -15.948 101.598  1.00 24.73           C  
+ATOM   6406  C   GLY C  16     -60.142 -14.744 100.756  1.00 26.11           C  
+ATOM   6407  O   GLY C  16     -60.523 -14.918  99.590  1.00 27.49           O  
+ATOM   6408  N   GLY C  17     -60.009 -13.527 101.300  1.00 22.25           N  
+ATOM   6409  CA  GLY C  17     -60.439 -12.323 100.622  1.00 25.06           C  
+ATOM   6410  C   GLY C  17     -59.379 -11.727  99.700  1.00 24.18           C  
+ATOM   6411  O   GLY C  17     -58.285 -12.256  99.529  1.00 22.46           O  
+ATOM   6412  N   SER C  18     -59.720 -10.571  99.125  1.00 25.13           N  
+ATOM   6413  CA ASER C  18     -58.878  -9.904  98.143  0.93 25.73           C  
+ATOM   6414  C   SER C  18     -58.678  -8.444  98.511  1.00 26.14           C  
+ATOM   6415  O   SER C  18     -59.561  -7.800  99.079  1.00 28.94           O  
+ATOM   6416  CB ASER C  18     -59.482  -9.962  96.715  0.93 25.38           C  
+ATOM   6417  OG ASER C  18     -59.610 -11.295  96.251  0.93 26.42           O  
+ATOM   6418  N   LEU C  19     -57.513  -7.918  98.140  1.00 24.54           N  
+ATOM   6419  CA  LEU C  19     -57.163  -6.527  98.357  1.00 24.21           C  
+ATOM   6420  C   LEU C  19     -56.186  -6.091  97.273  1.00 23.37           C  
+ATOM   6421  O   LEU C  19     -55.255  -6.826  96.934  1.00 26.91           O  
+ATOM   6422  CB  LEU C  19     -56.534  -6.336  99.749  1.00 28.12           C  
+ATOM   6423  CG  LEU C  19     -56.334  -4.925 100.298  1.00 31.91           C  
+ATOM   6424  CD1 LEU C  19     -57.684  -4.296 100.613  1.00 35.79           C  
+ATOM   6425  CD2 LEU C  19     -55.471  -4.963 101.548  1.00 31.86           C  
+ATOM   6426  N   ARG C  20     -56.359  -4.876  96.771  1.00 19.64           N  
+ATOM   6427  CA  ARG C  20     -55.446  -4.311  95.788  1.00 23.50           C  
+ATOM   6428  C   ARG C  20     -54.684  -3.140  96.398  1.00 22.17           C  
+ATOM   6429  O   ARG C  20     -55.297  -2.167  96.838  1.00 24.69           O  
+ATOM   6430  CB  ARG C  20     -56.224  -3.859  94.554  1.00 28.52           C  
+ATOM   6431  CG  ARG C  20     -55.380  -3.511  93.354  1.00 33.09           C  
+ATOM   6432  CD  ARG C  20     -56.199  -2.609  92.454  1.00 38.13           C  
+ATOM   6433  NE  ARG C  20     -55.697  -2.541  91.093  1.00 42.73           N  
+ATOM   6434  CZ  ARG C  20     -55.859  -1.489  90.298  1.00 43.34           C  
+ATOM   6435  NH1 ARG C  20     -56.492  -0.409  90.749  1.00 42.46           N  
+ATOM   6436  NH2 ARG C  20     -55.373  -1.513  89.060  1.00 39.20           N  
+ATOM   6437  N   LEU C  21     -53.353  -3.214  96.385  1.00 21.49           N  
+ATOM   6438  CA  LEU C  21     -52.495  -2.115  96.813  1.00 21.61           C  
+ATOM   6439  C   LEU C  21     -52.094  -1.257  95.616  1.00 25.25           C  
+ATOM   6440  O   LEU C  21     -52.088  -1.724  94.475  1.00 25.92           O  
+ATOM   6441  CB  LEU C  21     -51.240  -2.639  97.519  1.00 18.72           C  
+ATOM   6442  CG  LEU C  21     -51.551  -3.598  98.682  1.00 26.47           C  
+ATOM   6443  CD1 LEU C  21     -50.303  -3.941  99.491  1.00 26.59           C  
+ATOM   6444  CD2 LEU C  21     -52.630  -3.029  99.602  1.00 29.86           C  
+ATOM   6445  N   SER C  22     -51.790   0.019  95.886  1.00 22.92           N  
+ATOM   6446  CA  SER C  22     -51.314   0.956  94.878  1.00 26.90           C  
+ATOM   6447  C   SER C  22     -49.995   1.561  95.328  1.00 28.05           C  
+ATOM   6448  O   SER C  22     -49.756   1.749  96.523  1.00 30.18           O  
+ATOM   6449  CB  SER C  22     -52.314   2.108  94.617  1.00 28.48           C  
+ATOM   6450  OG  SER C  22     -53.555   1.634  94.139  1.00 32.10           O  
+ATOM   6451  N   CYS C  23     -49.156   1.890  94.353  1.00 29.04           N  
+ATOM   6452  CA  CYS C  23     -47.856   2.517  94.594  1.00 31.42           C  
+ATOM   6453  C   CYS C  23     -47.727   3.670  93.603  1.00 30.90           C  
+ATOM   6454  O   CYS C  23     -47.454   3.446  92.422  1.00 32.95           O  
+ATOM   6455  CB  CYS C  23     -46.734   1.503  94.426  1.00 39.46           C  
+ATOM   6456  SG  CYS C  23     -45.067   2.162  94.447  1.00 34.47           S  
+ATOM   6457  N   ALA C  24     -47.932   4.896  94.078  1.00 30.88           N  
+ATOM   6458  CA  ALA C  24     -47.917   6.066  93.209  1.00 30.02           C  
+ATOM   6459  C   ALA C  24     -46.521   6.676  93.194  1.00 30.76           C  
+ATOM   6460  O   ALA C  24     -45.988   7.051  94.245  1.00 31.34           O  
+ATOM   6461  CB  ALA C  24     -48.953   7.092  93.665  1.00 28.69           C  
+ATOM   6462  N   ALA C  25     -45.933   6.784  92.008  1.00 29.68           N  
+ATOM   6463  CA  ALA C  25     -44.594   7.332  91.858  1.00 29.47           C  
+ATOM   6464  C   ALA C  25     -44.649   8.775  91.370  1.00 36.91           C  
+ATOM   6465  O   ALA C  25     -45.521   9.155  90.584  1.00 38.90           O  
+ATOM   6466  CB  ALA C  25     -43.760   6.495  90.884  1.00 30.18           C  
+ATOM   6467  N   SER C  26     -43.693   9.578  91.836  1.00 39.64           N  
+ATOM   6468  CA  SER C  26     -43.551  10.935  91.337  1.00 41.58           C  
+ATOM   6469  C   SER C  26     -42.077  11.310  91.321  1.00 40.98           C  
+ATOM   6470  O   SER C  26     -41.283  10.822  92.133  1.00 39.15           O  
+ATOM   6471  CB  SER C  26     -44.356  11.928  92.177  1.00 44.95           C  
+ATOM   6472  OG  SER C  26     -43.929  11.907  93.523  1.00 47.34           O  
+ATOM   6473  N   GLY C  27     -41.717  12.180  90.377  1.00 40.42           N  
+ATOM   6474  CA  GLY C  27     -40.354  12.642  90.240  1.00 39.09           C  
+ATOM   6475  C   GLY C  27     -39.480  11.779  89.363  1.00 37.98           C  
+ATOM   6476  O   GLY C  27     -38.304  12.107  89.174  1.00 35.78           O  
+ATOM   6477  N   PHE C  28     -40.010  10.682  88.838  1.00 36.33           N  
+ATOM   6478  CA  PHE C  28     -39.302   9.882  87.854  1.00 36.60           C  
+ATOM   6479  C   PHE C  28     -40.344   9.121  87.056  1.00 37.65           C  
+ATOM   6480  O   PHE C  28     -41.512   9.036  87.448  1.00 38.23           O  
+ATOM   6481  CB  PHE C  28     -38.293   8.921  88.503  1.00 36.05           C  
+ATOM   6482  CG  PHE C  28     -38.927   7.776  89.245  1.00 34.24           C  
+ATOM   6483  CD1 PHE C  28     -39.469   7.964  90.505  1.00 33.25           C  
+ATOM   6484  CD2 PHE C  28     -38.975   6.509  88.684  1.00 35.26           C  
+ATOM   6485  CE1 PHE C  28     -40.047   6.915  91.199  1.00 31.69           C  
+ATOM   6486  CE2 PHE C  28     -39.560   5.452  89.368  1.00 34.44           C  
+ATOM   6487  CZ  PHE C  28     -40.096   5.656  90.630  1.00 33.93           C  
+ATOM   6488  N   ASN C  29     -39.909   8.578  85.927  1.00 36.54           N  
+ATOM   6489  CA  ASN C  29     -40.775   7.779  85.075  1.00 38.72           C  
+ATOM   6490  C   ASN C  29     -40.697   6.333  85.549  1.00 36.69           C  
+ATOM   6491  O   ASN C  29     -39.650   5.686  85.430  1.00 34.43           O  
+ATOM   6492  CB  ASN C  29     -40.357   7.912  83.615  1.00 44.43           C  
+ATOM   6493  CG  ASN C  29     -41.357   7.293  82.666  1.00 49.74           C  
+ATOM   6494  OD1 ASN C  29     -42.211   6.495  83.068  1.00 52.61           O  
+ATOM   6495  ND2 ASN C  29     -41.255   7.655  81.390  1.00 50.08           N  
+ATOM   6496  N   LEU C  30     -41.810   5.823  86.080  1.00 36.08           N  
+ATOM   6497  CA  LEU C  30     -41.800   4.474  86.638  1.00 38.31           C  
+ATOM   6498  C   LEU C  30     -41.543   3.425  85.563  1.00 36.36           C  
+ATOM   6499  O   LEU C  30     -40.975   2.367  85.857  1.00 35.49           O  
+ATOM   6500  CB  LEU C  30     -43.123   4.201  87.357  1.00 40.53           C  
+ATOM   6501  CG  LEU C  30     -43.240   2.969  88.258  1.00 44.11           C  
+ATOM   6502  CD1 LEU C  30     -42.198   2.981  89.342  1.00 43.62           C  
+ATOM   6503  CD2 LEU C  30     -44.631   2.901  88.872  1.00 46.57           C  
+ATOM   6504  N   SER C  35     -41.915   3.713  84.309  1.00 29.81           N  
+ATOM   6505  CA  SER C  35     -41.802   2.705  83.263  1.00 31.66           C  
+ATOM   6506  C   SER C  35     -40.351   2.421  82.873  1.00 32.81           C  
+ATOM   6507  O   SER C  35     -40.073   1.356  82.316  1.00 34.10           O  
+ATOM   6508  CB  SER C  35     -42.623   3.130  82.041  1.00 34.76           C  
+ATOM   6509  OG  SER C  35     -42.127   4.340  81.492  1.00 37.90           O  
+ATOM   6510  N   SER C  36     -39.416   3.323  83.163  1.00 29.02           N  
+ATOM   6511  CA  SER C  36     -38.012   3.052  82.880  1.00 31.42           C  
+ATOM   6512  C   SER C  36     -37.276   2.421  84.065  1.00 27.96           C  
+ATOM   6513  O   SER C  36     -36.067   2.164  83.961  1.00 24.37           O  
+ATOM   6514  CB  SER C  36     -37.308   4.338  82.443  1.00 34.60           C  
+ATOM   6515  OG  SER C  36     -37.292   5.285  83.492  1.00 41.82           O  
+ATOM   6516  N   SER C  37     -37.976   2.144  85.166  1.00 24.39           N  
+ATOM   6517  CA  SER C  37     -37.419   1.502  86.353  1.00 27.94           C  
+ATOM   6518  C   SER C  37     -38.021   0.116  86.540  1.00 27.29           C  
+ATOM   6519  O   SER C  37     -39.079  -0.201  85.988  1.00 26.33           O  
+ATOM   6520  CB  SER C  37     -37.690   2.330  87.618  1.00 26.75           C  
+ATOM   6521  OG  SER C  37     -36.942   3.532  87.627  1.00 31.20           O  
+ATOM   6522  N   SER C  38     -37.340  -0.712  87.334  1.00 23.37           N  
+ATOM   6523  CA  SER C  38     -37.962  -1.914  87.871  1.00 23.00           C  
+ATOM   6524  C   SER C  38     -38.724  -1.561  89.145  1.00 20.68           C  
+ATOM   6525  O   SER C  38     -38.352  -0.648  89.883  1.00 24.74           O  
+ATOM   6526  CB  SER C  38     -36.930  -3.007  88.164  1.00 23.87           C  
+ATOM   6527  OG  SER C  38     -36.312  -3.462  86.973  1.00 28.31           O  
+ATOM   6528  N   ILE C  39     -39.814  -2.277  89.392  1.00 22.88           N  
+ATOM   6529  CA  ILE C  39     -40.657  -2.012  90.551  1.00 25.61           C  
+ATOM   6530  C   ILE C  39     -40.818  -3.314  91.329  1.00 23.56           C  
+ATOM   6531  O   ILE C  39     -41.077  -4.370  90.741  1.00 21.83           O  
+ATOM   6532  CB  ILE C  39     -42.018  -1.397  90.155  1.00 29.14           C  
+ATOM   6533  CG1 ILE C  39     -42.698  -0.780  91.373  1.00 32.73           C  
+ATOM   6534  CG2 ILE C  39     -42.923  -2.406  89.415  1.00 27.37           C  
+ATOM   6535  CD1 ILE C  39     -41.873   0.364  92.019  1.00 35.64           C  
+ATOM   6536  N   HIS C  40     -40.599  -3.241  92.649  1.00 19.43           N  
+ATOM   6537  CA  HIS C  40     -40.608  -4.391  93.546  1.00 22.81           C  
+ATOM   6538  C   HIS C  40     -41.560  -4.162  94.712  1.00 22.23           C  
+ATOM   6539  O   HIS C  40     -41.595  -3.068  95.281  1.00 28.44           O  
+ATOM   6540  CB  HIS C  40     -39.212  -4.668  94.143  1.00 19.89           C  
+ATOM   6541  CG  HIS C  40     -38.106  -4.750  93.140  1.00 22.19           C  
+ATOM   6542  ND1 HIS C  40     -37.791  -5.916  92.474  1.00 21.37           N  
+ATOM   6543  CD2 HIS C  40     -37.203  -3.826  92.731  1.00 21.81           C  
+ATOM   6544  CE1 HIS C  40     -36.746  -5.704  91.693  1.00 21.44           C  
+ATOM   6545  NE2 HIS C  40     -36.378  -4.441  91.821  1.00 21.17           N  
+ATOM   6546  N   TRP C  41     -42.302  -5.205  95.091  1.00 19.69           N  
+ATOM   6547  CA  TRP C  41     -43.062  -5.233  96.340  1.00 21.08           C  
+ATOM   6548  C   TRP C  41     -42.324  -6.088  97.368  1.00 18.18           C  
+ATOM   6549  O   TRP C  41     -41.932  -7.221  97.075  1.00 18.23           O  
+ATOM   6550  CB  TRP C  41     -44.487  -5.763  96.125  1.00 18.99           C  
+ATOM   6551  CG  TRP C  41     -45.390  -4.778  95.424  1.00 19.37           C  
+ATOM   6552  CD1 TRP C  41     -45.680  -4.738  94.072  1.00 22.95           C  
+ATOM   6553  CD2 TRP C  41     -46.119  -3.702  96.020  1.00 18.22           C  
+ATOM   6554  NE1 TRP C  41     -46.549  -3.705  93.809  1.00 24.47           N  
+ATOM   6555  CE2 TRP C  41     -46.819  -3.043  94.984  1.00 25.18           C  
+ATOM   6556  CE3 TRP C  41     -46.245  -3.221  97.335  1.00 17.79           C  
+ATOM   6557  CZ2 TRP C  41     -47.649  -1.945  95.227  1.00 25.98           C  
+ATOM   6558  CZ3 TRP C  41     -47.057  -2.127  97.568  1.00 20.62           C  
+ATOM   6559  CH2 TRP C  41     -47.753  -1.501  96.520  1.00 23.74           C  
+ATOM   6560  N   VAL C  42     -42.124  -5.535  98.563  1.00 18.26           N  
+ATOM   6561  CA  VAL C  42     -41.435  -6.204  99.665  1.00 18.40           C  
+ATOM   6562  C   VAL C  42     -42.295  -6.029 100.914  1.00 24.22           C  
+ATOM   6563  O   VAL C  42     -42.845  -4.949 101.142  1.00 26.22           O  
+ATOM   6564  CB  VAL C  42     -40.018  -5.620  99.885  1.00 23.91           C  
+ATOM   6565  CG1 VAL C  42     -39.310  -6.288 101.075  1.00 22.86           C  
+ATOM   6566  CG2 VAL C  42     -39.155  -5.752  98.620  1.00 18.57           C  
+ATOM   6567  N   ARG C  43     -42.430  -7.086 101.716  1.00 18.45           N  
+ATOM   6568  CA  ARG C  43     -43.296  -7.017 102.883  1.00 23.62           C  
+ATOM   6569  C   ARG C  43     -42.509  -7.399 104.125  1.00 21.99           C  
+ATOM   6570  O   ARG C  43     -41.418  -7.968 104.045  1.00 20.00           O  
+ATOM   6571  CB  ARG C  43     -44.545  -7.906 102.740  1.00 21.66           C  
+ATOM   6572  CG  ARG C  43     -44.299  -9.397 102.816  1.00 20.02           C  
+ATOM   6573  CD  ARG C  43     -45.565 -10.175 102.469  1.00 21.93           C  
+ATOM   6574  NE  ARG C  43     -45.334 -11.614 102.493  1.00 24.81           N  
+ATOM   6575  CZ  ARG C  43     -46.279 -12.527 102.299  1.00 21.95           C  
+ATOM   6576  NH1 ARG C  43     -47.539 -12.164 102.078  1.00 19.97           N  
+ATOM   6577  NH2 ARG C  43     -45.969 -13.810 102.367  1.00 19.67           N  
+ATOM   6578  N   GLN C  44     -43.068  -7.032 105.275  1.00 22.77           N  
+ATOM   6579  CA  GLN C  44     -42.405  -7.213 106.566  1.00 23.41           C  
+ATOM   6580  C   GLN C  44     -43.484  -7.514 107.594  1.00 22.49           C  
+ATOM   6581  O   GLN C  44     -44.280  -6.630 107.929  1.00 22.71           O  
+ATOM   6582  CB  GLN C  44     -41.611  -5.970 106.958  1.00 23.80           C  
+ATOM   6583  CG  GLN C  44     -40.842  -6.071 108.293  1.00 19.47           C  
+ATOM   6584  CD  GLN C  44     -39.739  -5.035 108.374  1.00 24.19           C  
+ATOM   6585  OE1 GLN C  44     -39.957  -3.853 108.085  1.00 26.32           O  
+ATOM   6586  NE2 GLN C  44     -38.536  -5.476 108.729  1.00 25.92           N  
+ATOM   6587  N   ALA C  45     -43.527  -8.757 108.059  1.00 24.04           N  
+ATOM   6588  CA  ALA C  45     -44.468  -9.131 109.095  1.00 28.99           C  
+ATOM   6589  C   ALA C  45     -44.065  -8.461 110.405  1.00 31.02           C  
+ATOM   6590  O   ALA C  45     -42.884  -8.168 110.612  1.00 30.91           O  
+ATOM   6591  CB  ALA C  45     -44.499 -10.646 109.268  1.00 29.48           C  
+ATOM   6592  N   PRO C  46     -45.039  -8.199 111.309  1.00 30.61           N  
+ATOM   6593  CA  PRO C  46     -44.724  -7.514 112.580  1.00 33.36           C  
+ATOM   6594  C   PRO C  46     -43.590  -8.164 113.365  1.00 31.60           C  
+ATOM   6595  O   PRO C  46     -43.675  -9.335 113.744  1.00 30.91           O  
+ATOM   6596  CB  PRO C  46     -46.052  -7.593 113.356  1.00 31.91           C  
+ATOM   6597  CG  PRO C  46     -47.101  -7.683 112.278  1.00 34.01           C  
+ATOM   6598  CD  PRO C  46     -46.476  -8.507 111.186  1.00 31.52           C  
+ATOM   6599  N   GLY C  47     -42.509  -7.417 113.587  1.00 35.34           N  
+ATOM   6600  CA  GLY C  47     -41.367  -7.923 114.323  1.00 32.62           C  
+ATOM   6601  C   GLY C  47     -40.452  -8.859 113.566  1.00 33.48           C  
+ATOM   6602  O   GLY C  47     -39.527  -9.411 114.177  1.00 32.46           O  
+ATOM   6603  N   LYS C  48     -40.668  -9.056 112.259  1.00 30.78           N  
+ATOM   6604  CA  LYS C  48     -39.902  -9.998 111.453  1.00 29.73           C  
+ATOM   6605  C   LYS C  48     -39.044  -9.257 110.418  1.00 24.75           C  
+ATOM   6606  O   LYS C  48     -38.953  -8.026 110.417  1.00 29.29           O  
+ATOM   6607  CB  LYS C  48     -40.854 -10.996 110.794  1.00 32.59           C  
+ATOM   6608  CG  LYS C  48     -41.817 -11.646 111.774  1.00 41.73           C  
+ATOM   6609  CD  LYS C  48     -41.129 -12.696 112.623  1.00 50.38           C  
+ATOM   6610  CE  LYS C  48     -40.800 -13.925 111.784  1.00 59.29           C  
+ATOM   6611  NZ  LYS C  48     -42.024 -14.496 111.129  1.00 64.55           N  
+ATOM   6612  N   GLY C  49     -38.411 -10.019 109.525  1.00 25.30           N  
+ATOM   6613  CA  GLY C  49     -37.510  -9.455 108.537  1.00 27.58           C  
+ATOM   6614  C   GLY C  49     -38.212  -9.088 107.229  1.00 25.80           C  
+ATOM   6615  O   GLY C  49     -39.426  -9.188 107.089  1.00 22.58           O  
+ATOM   6616  N   LEU C  50     -37.416  -8.635 106.263  1.00 24.61           N  
+ATOM   6617  CA  LEU C  50     -37.952  -8.288 104.949  1.00 21.09           C  
+ATOM   6618  C   LEU C  50     -38.148  -9.542 104.110  1.00 21.14           C  
+ATOM   6619  O   LEU C  50     -37.297 -10.441 104.105  1.00 22.27           O  
+ATOM   6620  CB  LEU C  50     -37.007  -7.327 104.233  1.00 23.53           C  
+ATOM   6621  CG  LEU C  50     -36.748  -6.036 105.001  1.00 22.65           C  
+ATOM   6622  CD1 LEU C  50     -35.588  -5.307 104.356  1.00 19.99           C  
+ATOM   6623  CD2 LEU C  50     -38.010  -5.162 105.032  1.00 22.95           C  
+ATOM   6624  N   GLU C  51     -39.272  -9.602 103.395  1.00 26.48           N  
+ATOM   6625  CA  GLU C  51     -39.561 -10.697 102.469  1.00 23.77           C  
+ATOM   6626  C   GLU C  51     -39.987 -10.116 101.127  1.00 21.65           C  
+ATOM   6627  O   GLU C  51     -41.003  -9.418 101.047  1.00 19.92           O  
+ATOM   6628  CB  GLU C  51     -40.656 -11.624 103.012  1.00 23.07           C  
+ATOM   6629  CG  GLU C  51     -40.810 -12.907 102.202  1.00 25.27           C  
+ATOM   6630  CD  GLU C  51     -42.060 -13.700 102.542  1.00 28.87           C  
+ATOM   6631  OE1 GLU C  51     -42.994 -13.136 103.124  1.00 32.29           O  
+ATOM   6632  OE2 GLU C  51     -42.113 -14.899 102.201  1.00 33.72           O  
+ATOM   6633  N   TRP C  52     -39.214 -10.403 100.083  1.00 23.63           N  
+ATOM   6634  CA  TRP C  52     -39.581  -9.999  98.725  1.00 22.91           C  
+ATOM   6635  C   TRP C  52     -40.794 -10.787  98.237  1.00 23.19           C  
+ATOM   6636  O   TRP C  52     -40.916 -11.988  98.500  1.00 20.85           O  
+ATOM   6637  CB  TRP C  52     -38.390 -10.198  97.777  1.00 18.75           C  
+ATOM   6638  CG  TRP C  52     -38.747 -10.068  96.304  1.00 21.45           C  
+ATOM   6639  CD1 TRP C  52     -38.940  -8.913  95.596  1.00 18.54           C  
+ATOM   6640  CD2 TRP C  52     -38.938 -11.144  95.378  1.00 18.62           C  
+ATOM   6641  NE1 TRP C  52     -39.252  -9.212  94.288  1.00 18.45           N  
+ATOM   6642  CE2 TRP C  52     -39.264 -10.572  94.131  1.00 18.50           C  
+ATOM   6643  CE3 TRP C  52     -38.884 -12.534  95.490  1.00 18.70           C  
+ATOM   6644  CZ2 TRP C  52     -39.501 -11.348  92.992  1.00 18.45           C  
+ATOM   6645  CZ3 TRP C  52     -39.141 -13.305  94.368  1.00 18.65           C  
+ATOM   6646  CH2 TRP C  52     -39.445 -12.707  93.132  1.00 19.87           C  
+ATOM   6647  N   VAL C  53     -41.686 -10.101  97.498  1.00 22.79           N  
+ATOM   6648  CA  VAL C  53     -42.977 -10.638  97.077  1.00 22.50           C  
+ATOM   6649  C   VAL C  53     -43.086 -10.747  95.548  1.00 19.66           C  
+ATOM   6650  O   VAL C  53     -43.533 -11.764  95.021  1.00 20.23           O  
+ATOM   6651  CB  VAL C  53     -44.149  -9.789  97.645  1.00 25.27           C  
+ATOM   6652  CG1 VAL C  53     -45.473 -10.364  97.199  1.00 24.23           C  
+ATOM   6653  CG2 VAL C  53     -44.099  -9.714  99.171  1.00 30.18           C  
+ATOM   6654  N   ALA C  54     -42.741  -9.684  94.828  1.00 19.82           N  
+ATOM   6655  CA  ALA C  54     -43.008  -9.635  93.387  1.00 20.38           C  
+ATOM   6656  C   ALA C  54     -42.239  -8.487  92.744  1.00 18.55           C  
+ATOM   6657  O   ALA C  54     -41.830  -7.541  93.425  1.00 19.12           O  
+ATOM   6658  CB  ALA C  54     -44.503  -9.475  93.105  1.00 20.20           C  
+ATOM   6659  N   SER C  55     -42.071  -8.567  91.411  1.00 19.03           N  
+ATOM   6660  CA  SER C  55     -41.276  -7.598  90.667  1.00 17.95           C  
+ATOM   6661  C   SER C  55     -41.779  -7.491  89.229  1.00 17.80           C  
+ATOM   6662  O   SER C  55     -42.240  -8.473  88.656  1.00 17.74           O  
+ATOM   6663  CB  SER C  55     -39.786  -8.004  90.623  1.00 29.45           C  
+ATOM   6664  OG  SER C  55     -39.310  -8.428  91.892  1.00 33.55           O  
+ATOM   6665  N   ILE C  56     -41.680  -6.289  88.660  1.00 17.86           N  
+ATOM   6666  CA  ILE C  56     -41.608  -6.080  87.212  1.00 18.24           C  
+ATOM   6667  C   ILE C  56     -40.148  -5.716  86.936  1.00 17.86           C  
+ATOM   6668  O   ILE C  56     -39.659  -4.680  87.411  1.00 21.04           O  
+ATOM   6669  CB  ILE C  56     -42.580  -4.988  86.724  1.00 20.41           C  
+ATOM   6670  CG1 ILE C  56     -44.007  -5.279  87.200  1.00 24.76           C  
+ATOM   6671  CG2 ILE C  56     -42.618  -4.926  85.202  1.00 18.90           C  
+ATOM   6672  CD1 ILE C  56     -44.998  -4.197  86.873  1.00 22.93           C  
+ATOM   6673  N   TYR C  57     -39.422  -6.579  86.229  1.00 19.06           N  
+ATOM   6674  CA  TYR C  57     -37.960  -6.491  86.251  1.00 24.10           C  
+ATOM   6675  C   TYR C  57     -37.263  -6.299  84.907  1.00 25.86           C  
+ATOM   6676  O   TYR C  57     -36.037  -6.199  84.895  1.00 23.12           O  
+ATOM   6677  CB  TYR C  57     -37.368  -7.732  86.955  1.00 23.22           C  
+ATOM   6678  CG  TYR C  57     -37.561  -9.046  86.215  1.00 23.29           C  
+ATOM   6679  CD1 TYR C  57     -36.631  -9.474  85.263  1.00 23.68           C  
+ATOM   6680  CD2 TYR C  57     -38.650  -9.870  86.483  1.00 20.96           C  
+ATOM   6681  CE1 TYR C  57     -36.795 -10.666  84.574  1.00 21.13           C  
+ATOM   6682  CE2 TYR C  57     -38.823 -11.075  85.802  1.00 21.62           C  
+ATOM   6683  CZ  TYR C  57     -37.883 -11.464  84.847  1.00 21.46           C  
+ATOM   6684  OH  TYR C  57     -38.040 -12.649  84.154  1.00 20.06           O  
+ATOM   6685  N   SER C  58     -37.977  -6.228  83.779  1.00 26.60           N  
+ATOM   6686  CA  SER C  58     -37.302  -6.094  82.493  1.00 27.46           C  
+ATOM   6687  C   SER C  58     -37.959  -5.025  81.630  1.00 25.50           C  
+ATOM   6688  O   SER C  58     -39.112  -4.631  81.837  1.00 21.91           O  
+ATOM   6689  CB  SER C  58     -37.282  -7.413  81.690  1.00 27.95           C  
+ATOM   6690  OG  SER C  58     -38.551  -7.669  81.137  1.00 32.45           O  
+ATOM   6691  N   TYR C  59     -37.188  -4.582  80.640  1.00 25.31           N  
+ATOM   6692  CA  TYR C  59     -37.714  -3.684  79.616  1.00 26.64           C  
+ATOM   6693  C   TYR C  59     -38.999  -4.232  78.982  1.00 24.54           C  
+ATOM   6694  O   TYR C  59     -39.918  -3.468  78.664  1.00 23.64           O  
+ATOM   6695  CB  TYR C  59     -36.637  -3.437  78.559  1.00 22.48           C  
+ATOM   6696  CG  TYR C  59     -37.121  -2.634  77.370  1.00 21.68           C  
+ATOM   6697  CD1 TYR C  59     -37.042  -1.249  77.362  1.00 21.21           C  
+ATOM   6698  CD2 TYR C  59     -37.666  -3.264  76.266  1.00 22.55           C  
+ATOM   6699  CE1 TYR C  59     -37.508  -0.511  76.291  1.00 22.95           C  
+ATOM   6700  CE2 TYR C  59     -38.145  -2.535  75.185  1.00 22.92           C  
+ATOM   6701  CZ  TYR C  59     -38.050  -1.168  75.203  1.00 23.37           C  
+ATOM   6702  OH  TYR C  59     -38.500  -0.446  74.119  1.00 29.32           O  
+ATOM   6703  N   TYR C  62     -39.093  -5.545  78.798  1.00 22.10           N  
+ATOM   6704  CA  TYR C  62     -40.231  -6.119  78.091  1.00 23.34           C  
+ATOM   6705  C   TYR C  62     -41.415  -6.414  79.008  1.00 25.47           C  
+ATOM   6706  O   TYR C  62     -42.423  -6.946  78.540  1.00 24.46           O  
+ATOM   6707  CB  TYR C  62     -39.776  -7.377  77.336  1.00 26.11           C  
+ATOM   6708  CG  TYR C  62     -38.631  -7.068  76.377  1.00 27.16           C  
+ATOM   6709  CD1 TYR C  62     -38.873  -6.641  75.063  1.00 27.08           C  
+ATOM   6710  CD2 TYR C  62     -37.311  -7.181  76.789  1.00 25.75           C  
+ATOM   6711  CE1 TYR C  62     -37.823  -6.343  74.195  1.00 26.33           C  
+ATOM   6712  CE2 TYR C  62     -36.253  -6.882  75.933  1.00 25.62           C  
+ATOM   6713  CZ  TYR C  62     -36.514  -6.462  74.637  1.00 28.99           C  
+ATOM   6714  OH  TYR C  62     -35.462  -6.158  73.799  1.00 31.32           O  
+ATOM   6715  N   GLY C  63     -41.327  -6.058  80.293  1.00 25.41           N  
+ATOM   6716  CA  GLY C  63     -42.442  -6.196  81.212  1.00 24.41           C  
+ATOM   6717  C   GLY C  63     -42.523  -7.503  81.964  1.00 23.90           C  
+ATOM   6718  O   GLY C  63     -43.596  -7.840  82.470  1.00 22.59           O  
+ATOM   6719  N   SER C  64     -41.438  -8.261  82.045  1.00 22.53           N  
+ATOM   6720  CA  SER C  64     -41.516  -9.567  82.681  1.00 25.01           C  
+ATOM   6721  C   SER C  64     -41.724  -9.411  84.179  1.00 22.23           C  
+ATOM   6722  O   SER C  64     -41.235  -8.462  84.806  1.00 21.41           O  
+ATOM   6723  CB  SER C  64     -40.244 -10.377  82.423  1.00 29.00           C  
+ATOM   6724  OG  SER C  64     -39.952 -10.435  81.041  1.00 28.96           O  
+ATOM   6725  N   THR C  65     -42.444 -10.362  84.754  1.00 20.64           N  
+ATOM   6726  CA  THR C  65     -42.732 -10.351  86.178  1.00 22.64           C  
+ATOM   6727  C   THR C  65     -42.242 -11.642  86.807  1.00 19.32           C  
+ATOM   6728  O   THR C  65     -42.143 -12.676  86.142  1.00 19.13           O  
+ATOM   6729  CB  THR C  65     -44.248 -10.191  86.438  1.00 21.93           C  
+ATOM   6730  OG1 THR C  65     -44.918 -11.367  85.980  1.00 21.13           O  
+ATOM   6731  CG2 THR C  65     -44.813  -8.969  85.706  1.00 17.74           C  
+ATOM   6732  N   SER C  66     -41.961 -11.574  88.106  1.00 20.67           N  
+ATOM   6733  CA  SER C  66     -41.543 -12.736  88.879  1.00 23.49           C  
+ATOM   6734  C   SER C  66     -42.134 -12.622  90.280  1.00 19.10           C  
+ATOM   6735  O   SER C  66     -42.471 -11.524  90.728  1.00 17.95           O  
+ATOM   6736  CB  SER C  66     -40.004 -12.866  88.926  1.00 23.89           C  
+ATOM   6737  OG  SER C  66     -39.391 -11.706  89.472  1.00 29.15           O  
+ATOM   6738  N   TYR C  67     -42.269 -13.775  90.967  1.00 21.96           N  
+ATOM   6739  CA  TYR C  67     -42.977 -13.869  92.247  1.00 21.52           C  
+ATOM   6740  C   TYR C  67     -42.256 -14.783  93.224  1.00 22.92           C  
+ATOM   6741  O   TYR C  67     -41.639 -15.774  92.835  1.00 21.69           O  
+ATOM   6742  CB  TYR C  67     -44.417 -14.420  92.087  1.00 21.50           C  
+ATOM   6743  CG  TYR C  67     -45.279 -13.540  91.231  1.00 20.22           C  
+ATOM   6744  CD1 TYR C  67     -46.035 -12.511  91.795  1.00 17.66           C  
+ATOM   6745  CD2 TYR C  67     -45.321 -13.717  89.855  1.00 17.66           C  
+ATOM   6746  CE1 TYR C  67     -46.809 -11.676  91.001  1.00 19.54           C  
+ATOM   6747  CE2 TYR C  67     -46.069 -12.887  89.058  1.00 17.47           C  
+ATOM   6748  CZ  TYR C  67     -46.835 -11.887  89.631  1.00 19.83           C  
+ATOM   6749  OH  TYR C  67     -47.593 -11.063  88.823  1.00 19.47           O  
+ATOM   6750  N   ALA C  68     -42.369 -14.457  94.511  1.00 21.26           N  
+ATOM   6751  CA  ALA C  68     -41.994 -15.416  95.537  1.00 20.32           C  
+ATOM   6752  C   ALA C  68     -42.909 -16.637  95.488  1.00 23.40           C  
+ATOM   6753  O   ALA C  68     -44.104 -16.532  95.217  1.00 24.88           O  
+ATOM   6754  CB  ALA C  68     -42.062 -14.778  96.928  1.00 18.53           C  
+ATOM   6755  N   ASP C  69     -42.336 -17.804  95.805  1.00 28.30           N  
+ATOM   6756  CA  ASP C  69     -43.103 -19.046  95.776  1.00 33.81           C  
+ATOM   6757  C   ASP C  69     -44.322 -18.994  96.683  1.00 32.79           C  
+ATOM   6758  O   ASP C  69     -45.335 -19.631  96.380  1.00 33.15           O  
+ATOM   6759  CB  ASP C  69     -42.224 -20.228  96.179  1.00 39.83           C  
+ATOM   6760  CG  ASP C  69     -41.265 -20.640  95.087  1.00 49.01           C  
+ATOM   6761  OD1 ASP C  69     -41.585 -20.427  93.896  1.00 52.76           O  
+ATOM   6762  OD2 ASP C  69     -40.193 -21.185  95.420  1.00 52.80           O  
+ATOM   6763  N   SER C  70     -44.244 -18.253  97.794  1.00 31.72           N  
+ATOM   6764  CA  SER C  70     -45.318 -18.230  98.786  1.00 31.94           C  
+ATOM   6765  C   SER C  70     -46.545 -17.448  98.337  1.00 31.40           C  
+ATOM   6766  O   SER C  70     -47.597 -17.561  98.981  1.00 30.76           O  
+ATOM   6767  CB  SER C  70     -44.806 -17.644 100.102  1.00 32.91           C  
+ATOM   6768  OG  SER C  70     -44.378 -16.305  99.918  1.00 34.95           O  
+ATOM   6769  N   VAL C  71     -46.445 -16.654  97.271  1.00 27.78           N  
+ATOM   6770  CA  VAL C  71     -47.574 -15.886  96.756  1.00 24.39           C  
+ATOM   6771  C   VAL C  71     -47.915 -16.256  95.325  1.00 26.95           C  
+ATOM   6772  O   VAL C  71     -48.837 -15.675  94.748  1.00 25.43           O  
+ATOM   6773  CB  VAL C  71     -47.314 -14.369  96.867  1.00 23.26           C  
+ATOM   6774  CG1 VAL C  71     -46.926 -14.021  98.277  1.00 23.75           C  
+ATOM   6775  CG2 VAL C  71     -46.193 -13.938  95.914  1.00 21.77           C  
+ATOM   6776  N   LYS C  72     -47.193 -17.198  94.738  1.00 28.16           N  
+ATOM   6777  CA  LYS C  72     -47.377 -17.522  93.333  1.00 34.55           C  
+ATOM   6778  C   LYS C  72     -48.769 -18.092  93.115  1.00 36.54           C  
+ATOM   6779  O   LYS C  72     -49.244 -18.912  93.901  1.00 40.39           O  
+ATOM   6780  CB  LYS C  72     -46.294 -18.511  92.894  1.00 39.06           C  
+ATOM   6781  CG  LYS C  72     -45.965 -18.465  91.415  1.00 41.67           C  
+ATOM   6782  CD  LYS C  72     -44.813 -19.409  91.082  1.00 41.45           C  
+ATOM   6783  CE  LYS C  72     -43.498 -18.918  91.658  1.00 41.13           C  
+ATOM   6784  NZ  LYS C  72     -42.363 -19.830  91.325  1.00 39.91           N  
+ATOM   6785  N   GLY C  74     -49.445 -17.618  92.070  1.00 37.65           N  
+ATOM   6786  CA  GLY C  74     -50.810 -18.013  91.815  1.00 36.41           C  
+ATOM   6787  C   GLY C  74     -51.862 -17.256  92.601  1.00 38.87           C  
+ATOM   6788  O   GLY C  74     -53.049 -17.358  92.265  1.00 40.54           O  
+ATOM   6789  N   ARG C  75     -51.476 -16.508  93.639  1.00 33.32           N  
+ATOM   6790  CA  ARG C  75     -52.395 -15.681  94.417  1.00 27.36           C  
+ATOM   6791  C   ARG C  75     -52.215 -14.185  94.191  1.00 25.48           C  
+ATOM   6792  O   ARG C  75     -53.204 -13.444  94.179  1.00 24.17           O  
+ATOM   6793  CB  ARG C  75     -52.241 -15.992  95.913  1.00 26.21           C  
+ATOM   6794  CG  ARG C  75     -52.577 -17.428  96.292  1.00 24.54           C  
+ATOM   6795  CD  ARG C  75     -52.594 -17.641  97.824  1.00 25.29           C  
+ATOM   6796  NE  ARG C  75     -51.317 -17.281  98.440  1.00 27.71           N  
+ATOM   6797  CZ  ARG C  75     -51.185 -16.392  99.415  1.00 27.85           C  
+ATOM   6798  NH1 ARG C  75     -52.257 -15.770  99.905  1.00 28.52           N  
+ATOM   6799  NH2 ARG C  75     -49.983 -16.123  99.896  1.00 25.81           N  
+ATOM   6800  N   PHE C  76     -50.985 -13.705  93.992  1.00 23.16           N  
+ATOM   6801  CA  PHE C  76     -50.718 -12.282  93.821  1.00 23.50           C  
+ATOM   6802  C   PHE C  76     -50.379 -11.975  92.365  1.00 24.48           C  
+ATOM   6803  O   PHE C  76     -49.709 -12.759  91.693  1.00 25.16           O  
+ATOM   6804  CB  PHE C  76     -49.546 -11.807  94.691  1.00 22.18           C  
+ATOM   6805  CG  PHE C  76     -49.806 -11.832  96.185  1.00 20.29           C  
+ATOM   6806  CD1 PHE C  76     -50.915 -12.451  96.719  1.00 19.49           C  
+ATOM   6807  CD2 PHE C  76     -48.910 -11.216  97.050  1.00 25.44           C  
+ATOM   6808  CE1 PHE C  76     -51.138 -12.462  98.094  1.00 22.23           C  
+ATOM   6809  CE2 PHE C  76     -49.110 -11.231  98.427  1.00 24.65           C  
+ATOM   6810  CZ  PHE C  76     -50.229 -11.849  98.948  1.00 23.89           C  
+ATOM   6811  N   THR C  77     -50.789 -10.796  91.904  1.00 17.17           N  
+ATOM   6812  CA  THR C  77     -50.423 -10.295  90.574  1.00 21.90           C  
+ATOM   6813  C   THR C  77     -49.896  -8.868  90.687  1.00 19.82           C  
+ATOM   6814  O   THR C  77     -50.590  -7.988  91.204  1.00 23.15           O  
+ATOM   6815  CB  THR C  77     -51.618 -10.338  89.614  1.00 21.05           C  
+ATOM   6816  OG1 THR C  77     -52.099 -11.682  89.527  1.00 28.08           O  
+ATOM   6817  CG2 THR C  77     -51.211  -9.866  88.215  1.00 19.92           C  
+ATOM   6818  N   ILE C  78     -48.675  -8.636  90.193  1.00 18.57           N  
+ATOM   6819  CA  ILE C  78     -48.108  -7.296  90.111  1.00 17.13           C  
+ATOM   6820  C   ILE C  78     -48.424  -6.732  88.729  1.00 20.97           C  
+ATOM   6821  O   ILE C  78     -48.469  -7.480  87.745  1.00 22.52           O  
+ATOM   6822  CB  ILE C  78     -46.594  -7.320  90.400  1.00 21.96           C  
+ATOM   6823  CG1 ILE C  78     -46.053  -5.888  90.591  1.00 21.95           C  
+ATOM   6824  CG2 ILE C  78     -45.810  -8.108  89.339  1.00 17.33           C  
+ATOM   6825  CD1 ILE C  78     -44.628  -5.839  91.091  1.00 20.30           C  
+ATOM   6826  N   SER C  79     -48.688  -5.428  88.656  1.00 21.56           N  
+ATOM   6827  CA  SER C  79     -49.019  -4.774  87.391  1.00 21.96           C  
+ATOM   6828  C   SER C  79     -48.697  -3.289  87.523  1.00 19.32           C  
+ATOM   6829  O   SER C  79     -48.295  -2.817  88.587  1.00 20.03           O  
+ATOM   6830  CB  SER C  79     -50.488  -5.003  87.008  1.00 23.82           C  
+ATOM   6831  OG  SER C  79     -51.355  -4.278  87.871  1.00 24.55           O  
+ATOM   6832  N   ALA C  80     -48.881  -2.542  86.434  1.00 18.49           N  
+ATOM   6833  CA  ALA C  80     -48.592  -1.115  86.442  1.00 19.23           C  
+ATOM   6834  C   ALA C  80     -49.456  -0.415  85.400  1.00 29.15           C  
+ATOM   6835  O   ALA C  80     -49.946  -1.031  84.446  1.00 25.16           O  
+ATOM   6836  CB  ALA C  80     -47.104  -0.829  86.151  1.00 20.14           C  
+ATOM   6837  N   ASP C  81     -49.625   0.895  85.589  1.00 32.12           N  
+ATOM   6838  CA  ASP C  81     -50.318   1.760  84.635  1.00 29.45           C  
+ATOM   6839  C   ASP C  81     -49.381   2.923  84.331  1.00 29.86           C  
+ATOM   6840  O   ASP C  81     -49.200   3.812  85.168  1.00 29.16           O  
+ATOM   6841  CB  ASP C  81     -51.657   2.246  85.202  1.00 26.58           C  
+ATOM   6842  CG  ASP C  81     -52.498   3.032  84.183  1.00 33.62           C  
+ATOM   6843  OD1 ASP C  81     -51.929   3.659  83.259  1.00 34.36           O  
+ATOM   6844  OD2 ASP C  81     -53.746   3.029  84.316  1.00 36.45           O  
+ATOM   6845  N   THR C  82     -48.775   2.902  83.143  1.00 33.42           N  
+ATOM   6846  CA BTHR C  82     -47.821   3.947  82.785  0.51 35.80           C  
+ATOM   6847  C   THR C  82     -48.483   5.320  82.764  1.00 36.13           C  
+ATOM   6848  O   THR C  82     -47.864   6.319  83.163  1.00 38.62           O  
+ATOM   6849  CB BTHR C  82     -47.178   3.635  81.429  0.51 36.59           C  
+ATOM   6850  OG1BTHR C  82     -48.200   3.373  80.461  0.51 36.10           O  
+ATOM   6851  CG2BTHR C  82     -46.263   2.422  81.533  0.51 37.48           C  
+ATOM   6852  N   SER C  83     -49.747   5.388  82.329  1.00 34.15           N  
+ATOM   6853  CA  SER C  83     -50.411   6.680  82.155  1.00 33.31           C  
+ATOM   6854  C   SER C  83     -50.585   7.426  83.471  1.00 36.04           C  
+ATOM   6855  O   SER C  83     -50.672   8.656  83.473  1.00 39.62           O  
+ATOM   6856  CB  SER C  83     -51.768   6.488  81.473  1.00 35.23           C  
+ATOM   6857  OG  SER C  83     -52.706   5.823  82.306  1.00 34.97           O  
+ATOM   6858  N   LYS C  84     -50.636   6.721  84.597  1.00 37.74           N  
+ATOM   6859  CA  LYS C  84     -50.735   7.401  85.882  1.00 37.83           C  
+ATOM   6860  C   LYS C  84     -49.528   7.166  86.784  1.00 35.95           C  
+ATOM   6861  O   LYS C  84     -49.577   7.525  87.970  1.00 34.04           O  
+ATOM   6862  CB  LYS C  84     -52.028   6.996  86.586  1.00 43.22           C  
+ATOM   6863  CG  LYS C  84     -52.303   5.534  86.576  1.00 44.95           C  
+ATOM   6864  CD  LYS C  84     -53.744   5.289  86.969  1.00 47.00           C  
+ATOM   6865  CE  LYS C  84     -54.692   5.837  85.928  1.00 47.97           C  
+ATOM   6866  NZ  LYS C  84     -56.093   5.390  86.196  1.00 46.70           N  
+ATOM   6867  N   ASN C  85     -48.446   6.591  86.251  1.00 33.19           N  
+ATOM   6868  CA  ASN C  85     -47.174   6.455  86.966  1.00 27.47           C  
+ATOM   6869  C   ASN C  85     -47.347   5.686  88.274  1.00 27.07           C  
+ATOM   6870  O   ASN C  85     -46.790   6.053  89.316  1.00 27.70           O  
+ATOM   6871  CB  ASN C  85     -46.532   7.824  87.215  1.00 27.97           C  
+ATOM   6872  CG  ASN C  85     -45.016   7.789  87.087  1.00 28.44           C  
+ATOM   6873  OD1 ASN C  85     -44.471   6.972  86.351  1.00 31.54           O  
+ATOM   6874  ND2 ASN C  85     -44.333   8.673  87.803  1.00 26.24           N  
+ATOM   6875  N   THR C  86     -48.111   4.598  88.212  1.00 27.94           N  
+ATOM   6876  CA  THR C  86     -48.529   3.851  89.391  1.00 28.71           C  
+ATOM   6877  C   THR C  86     -48.290   2.364  89.175  1.00 27.73           C  
+ATOM   6878  O   THR C  86     -48.477   1.852  88.064  1.00 25.44           O  
+ATOM   6879  CB  THR C  86     -50.025   4.108  89.688  1.00 30.53           C  
+ATOM   6880  OG1 THR C  86     -50.233   5.509  89.872  1.00 34.37           O  
+ATOM   6881  CG2 THR C  86     -50.478   3.370  90.942  1.00 28.35           C  
+ATOM   6882  N   ALA C  87     -47.889   1.667  90.237  1.00 23.23           N  
+ATOM   6883  CA  ALA C  87     -47.841   0.212  90.216  1.00 26.20           C  
+ATOM   6884  C   ALA C  87     -48.861  -0.359  91.196  1.00 22.81           C  
+ATOM   6885  O   ALA C  87     -49.378   0.346  92.068  1.00 24.27           O  
+ATOM   6886  CB  ALA C  87     -46.437  -0.302  90.544  1.00 29.96           C  
+ATOM   6887  N   TYR C  88     -49.147  -1.652  91.042  1.00 20.75           N  
+ATOM   6888  CA  TYR C  88     -50.210  -2.301  91.797  1.00 24.89           C  
+ATOM   6889  C   TYR C  88     -49.782  -3.694  92.233  1.00 25.07           C  
+ATOM   6890  O   TYR C  88     -48.950  -4.346  91.600  1.00 21.85           O  
+ATOM   6891  CB  TYR C  88     -51.508  -2.430  90.984  1.00 24.37           C  
+ATOM   6892  CG  TYR C  88     -52.035  -1.114  90.478  1.00 26.69           C  
+ATOM   6893  CD1 TYR C  88     -52.741  -0.260  91.316  1.00 27.57           C  
+ATOM   6894  CD2 TYR C  88     -51.832  -0.729  89.158  1.00 29.14           C  
+ATOM   6895  CE1 TYR C  88     -53.221   0.949  90.861  1.00 28.94           C  
+ATOM   6896  CE2 TYR C  88     -52.305   0.471  88.692  1.00 32.49           C  
+ATOM   6897  CZ  TYR C  88     -53.000   1.312  89.545  1.00 31.37           C  
+ATOM   6898  OH  TYR C  88     -53.478   2.512  89.079  1.00 31.68           O  
+ATOM   6899  N   LEU C  89     -50.412  -4.154  93.310  1.00 23.79           N  
+ATOM   6900  CA  LEU C  89     -50.287  -5.525  93.797  1.00 24.13           C  
+ATOM   6901  C   LEU C  89     -51.703  -6.034  94.071  1.00 24.15           C  
+ATOM   6902  O   LEU C  89     -52.322  -5.639  95.063  1.00 24.15           O  
+ATOM   6903  CB  LEU C  89     -49.413  -5.585  95.059  1.00 20.40           C  
+ATOM   6904  CG  LEU C  89     -49.170  -7.012  95.558  1.00 22.22           C  
+ATOM   6905  CD1 LEU C  89     -48.503  -7.868  94.469  1.00 19.39           C  
+ATOM   6906  CD2 LEU C  89     -48.374  -7.052  96.865  1.00 17.66           C  
+ATOM   6907  N   GLN C  90     -52.235  -6.887  93.194  1.00 18.79           N  
+ATOM   6908  CA  GLN C  90     -53.522  -7.525  93.460  1.00 19.88           C  
+ATOM   6909  C   GLN C  90     -53.282  -8.766  94.311  1.00 24.81           C  
+ATOM   6910  O   GLN C  90     -52.503  -9.642  93.925  1.00 27.44           O  
+ATOM   6911  CB  GLN C  90     -54.232  -7.902  92.159  1.00 21.33           C  
+ATOM   6912  CG  GLN C  90     -55.566  -8.666  92.352  1.00 19.32           C  
+ATOM   6913  CD  GLN C  90     -56.704  -7.795  92.908  1.00 23.22           C  
+ATOM   6914  OE1 GLN C  90     -56.905  -6.655  92.473  1.00 23.38           O  
+ATOM   6915  NE2 GLN C  90     -57.453  -8.340  93.875  1.00 22.56           N  
+ATOM   6916  N   MET C  91     -53.931  -8.849  95.471  1.00 20.66           N  
+ATOM   6917  CA  MET C  91     -53.712  -9.963  96.386  1.00 20.74           C  
+ATOM   6918  C   MET C  91     -55.020 -10.721  96.559  1.00 24.21           C  
+ATOM   6919  O   MET C  91     -56.016 -10.154  97.017  1.00 24.28           O  
+ATOM   6920  CB  MET C  91     -53.171  -9.466  97.730  1.00 20.96           C  
+ATOM   6921  CG  MET C  91     -51.793  -8.796  97.662  1.00 26.14           C  
+ATOM   6922  SD  MET C  91     -51.220  -8.277  99.302  1.00 30.36           S  
+ATOM   6923  CE  MET C  91     -52.578  -7.225  99.778  1.00 26.48           C  
+ATOM   6924  N   ASN C  92     -55.024 -11.992  96.176  1.00 24.55           N  
+ATOM   6925  CA  ASN C  92     -56.202 -12.832  96.271  1.00 23.22           C  
+ATOM   6926  C   ASN C  92     -55.915 -14.021  97.181  1.00 24.73           C  
+ATOM   6927  O   ASN C  92     -54.759 -14.350  97.462  1.00 22.60           O  
+ATOM   6928  CB  ASN C  92     -56.656 -13.304  94.867  1.00 24.26           C  
+ATOM   6929  CG  ASN C  92     -57.052 -12.139  93.954  1.00 25.20           C  
+ATOM   6930  OD1 ASN C  92     -57.710 -11.195  94.386  1.00 26.92           O  
+ATOM   6931  ND2 ASN C  92     -56.636 -12.198  92.696  1.00 25.83           N  
+ATOM   6932  N   SER C  93     -56.988 -14.662  97.647  1.00 24.77           N  
+ATOM   6933  CA  SER C  93     -56.900 -15.836  98.519  1.00 25.07           C  
+ATOM   6934  C   SER C  93     -56.003 -15.563  99.732  1.00 23.08           C  
+ATOM   6935  O   SER C  93     -55.163 -16.376 100.122  1.00 24.10           O  
+ATOM   6936  CB  SER C  93     -56.424 -17.063  97.741  1.00 26.86           C  
+ATOM   6937  OG  SER C  93     -57.366 -17.392  96.729  1.00 31.25           O  
+ATOM   6938  N   LEU C  94     -56.207 -14.400 100.328  1.00 23.23           N  
+ATOM   6939  CA  LEU C  94     -55.348 -13.923 101.401  1.00 25.18           C  
+ATOM   6940  C   LEU C  94     -55.443 -14.820 102.633  1.00 29.01           C  
+ATOM   6941  O   LEU C  94     -56.521 -15.336 102.968  1.00 27.01           O  
+ATOM   6942  CB  LEU C  94     -55.725 -12.486 101.749  1.00 23.42           C  
+ATOM   6943  CG  LEU C  94     -55.123 -11.468 100.778  1.00 21.75           C  
+ATOM   6944  CD1 LEU C  94     -55.703 -10.077 100.983  1.00 20.74           C  
+ATOM   6945  CD2 LEU C  94     -53.613 -11.439 100.923  1.00 21.99           C  
+ATOM   6946  N   ARG C  95     -54.300 -15.004 103.304  1.00 27.26           N  
+ATOM   6947  CA  ARG C  95     -54.177 -15.854 104.480  1.00 30.55           C  
+ATOM   6948  C   ARG C  95     -53.620 -15.063 105.660  1.00 29.17           C  
+ATOM   6949  O   ARG C  95     -53.108 -13.947 105.516  1.00 27.46           O  
+ATOM   6950  CB  ARG C  95     -53.278 -17.066 104.204  1.00 34.62           C  
+ATOM   6951  CG  ARG C  95     -53.901 -18.097 103.289  1.00 40.98           C  
+ATOM   6952  CD  ARG C  95     -53.075 -19.366 103.244  1.00 48.76           C  
+ATOM   6953  NE  ARG C  95     -51.858 -19.219 102.444  1.00 51.49           N  
+ATOM   6954  CZ  ARG C  95     -51.744 -19.633 101.186  1.00 51.29           C  
+ATOM   6955  NH1 ARG C  95     -52.775 -20.214 100.588  1.00 50.63           N  
+ATOM   6956  NH2 ARG C  95     -50.605 -19.473 100.530  1.00 50.98           N  
+ATOM   6957  N   ALA C  96     -53.710 -15.678 106.842  1.00 29.66           N  
+ATOM   6958  CA  ALA C  96     -53.207 -15.032 108.053  1.00 29.85           C  
+ATOM   6959  C   ALA C  96     -51.732 -14.672 107.920  1.00 29.38           C  
+ATOM   6960  O   ALA C  96     -51.326 -13.560 108.289  1.00 33.01           O  
+ATOM   6961  CB  ALA C  96     -53.439 -15.933 109.270  1.00 31.03           C  
+ATOM   6962  N   GLU C  97     -50.921 -15.585 107.368  1.00 29.58           N  
+ATOM   6963  CA  GLU C  97     -49.483 -15.366 107.197  1.00 32.51           C  
+ATOM   6964  C   GLU C  97     -49.154 -14.208 106.265  1.00 31.45           C  
+ATOM   6965  O   GLU C  97     -47.972 -13.862 106.143  1.00 31.93           O  
+ATOM   6966  CB  GLU C  97     -48.787 -16.613 106.640  1.00 39.59           C  
+ATOM   6967  CG  GLU C  97     -49.193 -17.942 107.253  1.00 50.02           C  
+ATOM   6968  CD  GLU C  97     -50.459 -18.517 106.629  1.00 55.34           C  
+ATOM   6969  OE1 GLU C  97     -51.560 -18.157 107.094  1.00 54.52           O  
+ATOM   6970  OE2 GLU C  97     -50.348 -19.317 105.668  1.00 58.57           O  
+ATOM   6971  N   ASP C  98     -50.147 -13.629 105.583  1.00 26.69           N  
+ATOM   6972  CA  ASP C  98     -49.918 -12.506 104.684  1.00 25.42           C  
+ATOM   6973  C   ASP C  98     -50.003 -11.163 105.396  1.00 26.33           C  
+ATOM   6974  O   ASP C  98     -49.685 -10.136 104.790  1.00 24.88           O  
+ATOM   6975  CB  ASP C  98     -50.927 -12.528 103.521  1.00 26.09           C  
+ATOM   6976  CG  ASP C  98     -50.792 -13.751 102.641  1.00 26.55           C  
+ATOM   6977  OD1 ASP C  98     -49.647 -14.100 102.254  1.00 28.31           O  
+ATOM   6978  OD2 ASP C  98     -51.838 -14.377 102.326  1.00 28.95           O  
+ATOM   6979  N   THR C  99     -50.429 -11.147 106.661  1.00 26.55           N  
+ATOM   6980  CA  THR C  99     -50.456  -9.917 107.441  1.00 24.74           C  
+ATOM   6981  C   THR C  99     -49.048  -9.341 107.540  1.00 22.72           C  
+ATOM   6982  O   THR C  99     -48.116 -10.037 107.953  1.00 21.83           O  
+ATOM   6983  CB  THR C  99     -51.021 -10.195 108.837  1.00 27.29           C  
+ATOM   6984  OG1 THR C  99     -52.345 -10.736 108.726  1.00 24.34           O  
+ATOM   6985  CG2 THR C  99     -51.058  -8.923 109.683  1.00 25.37           C  
+ATOM   6986  N   ALA C 100     -48.894  -8.074 107.159  1.00 20.97           N  
+ATOM   6987  CA  ALA C 100     -47.579  -7.448 107.102  1.00 21.39           C  
+ATOM   6988  C   ALA C 100     -47.757  -5.998 106.694  1.00 22.51           C  
+ATOM   6989  O   ALA C 100     -48.843  -5.568 106.291  1.00 22.38           O  
+ATOM   6990  CB  ALA C 100     -46.630  -8.162 106.123  1.00 21.49           C  
+ATOM   6991  N   VAL C 101     -46.662  -5.250 106.800  1.00 20.67           N  
+ATOM   6992  CA  VAL C 101     -46.525  -3.960 106.140  1.00 21.11           C  
+ATOM   6993  C   VAL C 101     -45.970  -4.210 104.740  1.00 19.83           C  
+ATOM   6994  O   VAL C 101     -44.993  -4.946 104.580  1.00 19.64           O  
+ATOM   6995  CB  VAL C 101     -45.607  -3.030 106.952  1.00 22.32           C  
+ATOM   6996  CG1 VAL C 101     -45.393  -1.707 106.236  1.00 21.85           C  
+ATOM   6997  CG2 VAL C 101     -46.194  -2.799 108.373  1.00 25.78           C  
+ATOM   6998  N   TYR C 102     -46.589  -3.614 103.729  1.00 22.55           N  
+ATOM   6999  CA  TYR C 102     -46.209  -3.846 102.337  1.00 23.28           C  
+ATOM   7000  C   TYR C 102     -45.528  -2.602 101.785  1.00 23.91           C  
+ATOM   7001  O   TYR C 102     -46.110  -1.512 101.801  1.00 23.76           O  
+ATOM   7002  CB  TYR C 102     -47.424  -4.237 101.495  1.00 24.00           C  
+ATOM   7003  CG  TYR C 102     -47.823  -5.678 101.703  1.00 23.52           C  
+ATOM   7004  CD1 TYR C 102     -48.415  -6.082 102.892  1.00 24.33           C  
+ATOM   7005  CD2 TYR C 102     -47.600  -6.637 100.714  1.00 23.96           C  
+ATOM   7006  CE1 TYR C 102     -48.766  -7.403 103.106  1.00 24.82           C  
+ATOM   7007  CE2 TYR C 102     -47.961  -7.973 100.911  1.00 22.12           C  
+ATOM   7008  CZ  TYR C 102     -48.545  -8.344 102.114  1.00 23.65           C  
+ATOM   7009  OH  TYR C 102     -48.899  -9.653 102.339  1.00 21.43           O  
+ATOM   7010  N   TYR C 103     -44.294  -2.771 101.318  1.00 19.62           N  
+ATOM   7011  CA  TYR C 103     -43.498  -1.694 100.761  1.00 21.64           C  
+ATOM   7012  C   TYR C 103     -43.404  -1.858  99.252  1.00 23.83           C  
+ATOM   7013  O   TYR C 103     -43.272  -2.974  98.747  1.00 20.80           O  
+ATOM   7014  CB  TYR C 103     -42.070  -1.689 101.309  1.00 22.23           C  
+ATOM   7015  CG  TYR C 103     -41.900  -1.370 102.783  1.00 20.99           C  
+ATOM   7016  CD1 TYR C 103     -42.004  -0.067 103.251  1.00 22.47           C  
+ATOM   7017  CD2 TYR C 103     -41.565  -2.366 103.691  1.00 23.02           C  
+ATOM   7018  CE1 TYR C 103     -41.820   0.237 104.606  1.00 22.22           C  
+ATOM   7019  CE2 TYR C 103     -41.373  -2.073 105.045  1.00 23.73           C  
+ATOM   7020  CZ  TYR C 103     -41.497  -0.768 105.484  1.00 23.80           C  
+ATOM   7021  OH  TYR C 103     -41.328  -0.480 106.815  1.00 29.91           O  
+ATOM   7022  N   CYS C 104     -43.458  -0.743  98.549  1.00 21.95           N  
+ATOM   7023  CA ACYS C 104     -43.047  -0.706  97.157  0.70 25.38           C  
+ATOM   7024  C   CYS C 104     -41.707   0.008  97.072  1.00 24.31           C  
+ATOM   7025  O   CYS C 104     -41.423   0.926  97.844  1.00 24.73           O  
+ATOM   7026  CB ACYS C 104     -44.093  -0.045  96.247  0.70 27.19           C  
+ATOM   7027  SG ACYS C 104     -44.384   1.735  96.350  0.70 29.99           S  
+ATOM   7028  N   ALA C 105     -40.848  -0.478  96.175  1.00 23.29           N  
+ATOM   7029  CA  ALA C 105     -39.496   0.059  96.022  1.00 24.15           C  
+ATOM   7030  C   ALA C 105     -39.067   0.002  94.567  1.00 26.59           C  
+ATOM   7031  O   ALA C 105     -39.410  -0.935  93.849  1.00 29.03           O  
+ATOM   7032  CB  ALA C 105     -38.478  -0.717  96.854  1.00 20.41           C  
+ATOM   7033  N   ARG C 106     -38.281   0.987  94.143  1.00 26.98           N  
+ATOM   7034  CA  ARG C 106     -37.839   1.031  92.760  1.00 29.47           C  
+ATOM   7035  C   ARG C 106     -36.347   0.727  92.650  1.00 29.51           C  
+ATOM   7036  O   ARG C 106     -35.563   0.963  93.578  1.00 27.22           O  
+ATOM   7037  CB  ARG C 106     -38.173   2.379  92.115  1.00 30.63           C  
+ATOM   7038  CG  ARG C 106     -37.154   3.470  92.294  1.00 33.12           C  
+ATOM   7039  CD  ARG C 106     -36.536   3.809  90.956  1.00 38.23           C  
+ATOM   7040  NE  ARG C 106     -35.933   5.141  90.951  1.00 45.52           N  
+ATOM   7041  CZ  ARG C 106     -34.631   5.367  91.037  1.00 48.48           C  
+ATOM   7042  NH1 ARG C 106     -33.792   4.352  91.141  1.00 54.75           N  
+ATOM   7043  NH2 ARG C 106     -34.167   6.603  91.023  1.00 46.93           N  
+ATOM   7044  N   GLU C 107     -35.974   0.170  91.502  1.00 25.80           N  
+ATOM   7045  CA  GLU C 107     -34.600  -0.191  91.186  1.00 25.89           C  
+ATOM   7046  C   GLU C 107     -34.280   0.381  89.817  1.00 25.73           C  
+ATOM   7047  O   GLU C 107     -35.007   0.119  88.856  1.00 23.91           O  
+ATOM   7048  CB  GLU C 107     -34.404  -1.718  91.190  1.00 25.35           C  
+ATOM   7049  CG  GLU C 107     -33.073  -2.148  90.598  1.00 26.63           C  
+ATOM   7050  CD  GLU C 107     -32.985  -3.629  90.251  1.00 25.62           C  
+ATOM   7051  OE1 GLU C 107     -33.947  -4.404  90.487  1.00 25.03           O  
+ATOM   7052  OE2 GLU C 107     -31.919  -4.027  89.748  1.00 24.73           O  
+ATOM   7053  N   TYR C 108     -33.211   1.171  89.720  1.00 26.28           N  
+ATOM   7054  CA  TYR C 108     -32.895   1.797  88.443  1.00 28.01           C  
+ATOM   7055  C   TYR C 108     -31.391   1.987  88.305  1.00 28.32           C  
+ATOM   7056  O   TYR C 108     -30.705   2.367  89.265  1.00 24.38           O  
+ATOM   7057  CB  TYR C 108     -33.598   3.148  88.291  1.00 30.52           C  
+ATOM   7058  CG  TYR C 108     -33.182   3.935  87.061  1.00 34.88           C  
+ATOM   7059  CD1 TYR C 108     -33.630   3.576  85.795  1.00 36.10           C  
+ATOM   7060  CD2 TYR C 108     -32.348   5.044  87.171  1.00 37.42           C  
+ATOM   7061  CE1 TYR C 108     -33.255   4.296  84.673  1.00 37.92           C  
+ATOM   7062  CE2 TYR C 108     -31.970   5.770  86.056  1.00 38.99           C  
+ATOM   7063  CZ  TYR C 108     -32.427   5.392  84.812  1.00 42.12           C  
+ATOM   7064  OH  TYR C 108     -32.049   6.109  83.698  1.00 47.26           O  
+ATOM   7065  N   HIS C 109     -30.882   1.720  87.105  1.00 26.37           N  
+ATOM   7066  CA  HIS C 109     -29.485   1.992  86.796  1.00 27.11           C  
+ATOM   7067  C   HIS C 109     -29.427   2.861  85.551  1.00 30.90           C  
+ATOM   7068  O   HIS C 109     -30.028   2.523  84.524  1.00 26.81           O  
+ATOM   7069  CB  HIS C 109     -28.693   0.701  86.612  1.00 29.58           C  
+ATOM   7070  CG  HIS C 109     -27.214   0.915  86.517  1.00 39.68           C  
+ATOM   7071  ND1 HIS C 109     -26.494   1.590  87.479  1.00 41.73           N  
+ATOM   7072  CD2 HIS C 109     -26.321   0.553  85.566  1.00 40.98           C  
+ATOM   7073  CE1 HIS C 109     -25.220   1.626  87.129  1.00 41.17           C  
+ATOM   7074  NE2 HIS C 109     -25.090   1.008  85.970  1.00 41.24           N  
+ATOM   7075  N   SER C 110     -28.703   3.982  85.649  1.00 33.40           N  
+ATOM   7076  CA  SER C 110     -28.695   4.974  84.577  1.00 35.08           C  
+ATOM   7077  C   SER C 110     -28.116   4.431  83.278  1.00 36.07           C  
+ATOM   7078  O   SER C 110     -28.406   4.981  82.209  1.00 39.07           O  
+ATOM   7079  CB  SER C 110     -27.906   6.214  85.009  1.00 35.69           C  
+ATOM   7080  OG  SER C 110     -26.518   5.920  85.097  1.00 38.99           O  
+ATOM   7081  N   TYR C 111     -27.295   3.384  83.342  1.00 32.56           N  
+ATOM   7082  CA  TYR C 111     -26.746   2.761  82.147  1.00 34.16           C  
+ATOM   7083  C   TYR C 111     -27.596   1.599  81.624  1.00 32.63           C  
+ATOM   7084  O   TYR C 111     -27.151   0.882  80.716  1.00 34.81           O  
+ATOM   7085  CB  TYR C 111     -25.312   2.294  82.414  1.00 42.10           C  
+ATOM   7086  CG  TYR C 111     -24.356   3.447  82.678  1.00 48.59           C  
+ATOM   7087  CD1 TYR C 111     -23.803   4.170  81.626  1.00 49.77           C  
+ATOM   7088  CD2 TYR C 111     -24.016   3.820  83.979  1.00 51.97           C  
+ATOM   7089  CE1 TYR C 111     -22.934   5.229  81.854  1.00 50.89           C  
+ATOM   7090  CE2 TYR C 111     -23.147   4.882  84.218  1.00 52.97           C  
+ATOM   7091  CZ  TYR C 111     -22.612   5.581  83.148  1.00 53.71           C  
+ATOM   7092  OH  TYR C 111     -21.746   6.633  83.364  1.00 57.01           O  
+ATOM   7093  N   TRP C 111A    -28.806   1.401  82.157  1.00 25.60           N  
+ATOM   7094  CA  TRP C 111A    -29.698   0.401  81.583  1.00 23.82           C  
+ATOM   7095  C   TRP C 111A    -30.068   0.796  80.152  1.00 24.67           C  
+ATOM   7096  O   TRP C 111A    -30.115   1.977  79.794  1.00 22.76           O  
+ATOM   7097  CB  TRP C 111A    -30.959   0.240  82.440  1.00 21.15           C  
+ATOM   7098  CG  TRP C 111A    -30.759  -0.653  83.651  1.00 21.19           C  
+ATOM   7099  CD1 TRP C 111A    -29.624  -1.329  83.983  1.00 24.06           C  
+ATOM   7100  CD2 TRP C 111A    -31.724  -0.969  84.662  1.00 19.18           C  
+ATOM   7101  NE1 TRP C 111A    -29.814  -2.044  85.144  1.00 21.67           N  
+ATOM   7102  CE2 TRP C 111A    -31.098  -1.841  85.579  1.00 21.50           C  
+ATOM   7103  CE3 TRP C 111A    -33.054  -0.584  84.893  1.00 19.31           C  
+ATOM   7104  CZ2 TRP C 111A    -31.756  -2.342  86.705  1.00 19.89           C  
+ATOM   7105  CZ3 TRP C 111A    -33.713  -1.089  86.006  1.00 19.29           C  
+ATOM   7106  CH2 TRP C 111A    -33.057  -1.953  86.907  1.00 20.53           C  
+ATOM   7107  N   SER C 111B    -30.310  -0.213  79.326  1.00 25.37           N  
+ATOM   7108  CA  SER C 111B    -30.677  -0.010  77.928  1.00 26.71           C  
+ATOM   7109  C   SER C 111B    -31.898  -0.884  77.671  1.00 23.87           C  
+ATOM   7110  O   SER C 111B    -32.779  -0.934  78.524  1.00 24.22           O  
+ATOM   7111  CB  SER C 111B    -29.498  -0.336  77.011  1.00 23.95           C  
+ATOM   7112  OG  SER C 111B    -29.187  -1.718  77.026  1.00 22.80           O  
+ATOM   7113  N   TYR C 111C    -31.996  -1.570  76.527  1.00 22.92           N  
+ATOM   7114  CA  TYR C 111C    -32.998  -2.636  76.454  1.00 24.04           C  
+ATOM   7115  C   TYR C 111C    -32.646  -3.778  77.401  1.00 25.61           C  
+ATOM   7116  O   TYR C 111C    -33.530  -4.544  77.796  1.00 26.57           O  
+ATOM   7117  CB  TYR C 111C    -33.147  -3.175  75.022  1.00 24.73           C  
+ATOM   7118  CG  TYR C 111C    -33.502  -2.106  74.018  1.00 24.28           C  
+ATOM   7119  CD1 TYR C 111C    -34.744  -1.481  74.051  1.00 27.31           C  
+ATOM   7120  CD2 TYR C 111C    -32.590  -1.705  73.051  1.00 25.04           C  
+ATOM   7121  CE1 TYR C 111C    -35.071  -0.490  73.137  1.00 29.83           C  
+ATOM   7122  CE2 TYR C 111C    -32.905  -0.718  72.131  1.00 25.98           C  
+ATOM   7123  CZ  TYR C 111C    -34.149  -0.111  72.183  1.00 29.96           C  
+ATOM   7124  OH  TYR C 111C    -34.473   0.873  71.278  1.00 30.12           O  
+ATOM   7125  N   SER C 112D    -31.372  -3.895  77.769  1.00 22.90           N  
+ATOM   7126  CA  SER C 112D    -30.914  -4.854  78.762  1.00 21.44           C  
+ATOM   7127  C   SER C 112D    -30.871  -4.164  80.121  1.00 21.27           C  
+ATOM   7128  O   SER C 112D    -30.174  -3.157  80.285  1.00 22.00           O  
+ATOM   7129  CB  SER C 112D    -29.527  -5.386  78.393  1.00 21.68           C  
+ATOM   7130  OG  SER C 112D    -29.630  -6.407  77.418  1.00 24.37           O  
+ATOM   7131  N   TRP C 112C    -31.610  -4.694  81.087  1.00 19.58           N  
+ATOM   7132  CA  TRP C 112C    -31.626  -4.116  82.438  1.00 19.90           C  
+ATOM   7133  C   TRP C 112C    -30.651  -4.882  83.333  1.00 22.17           C  
+ATOM   7134  O   TRP C 112C    -31.017  -5.567  84.288  1.00 25.28           O  
+ATOM   7135  CB  TRP C 112C    -33.048  -4.101  82.993  1.00 21.11           C  
+ATOM   7136  CG  TRP C 112C    -33.931  -3.052  82.355  1.00 18.77           C  
+ATOM   7137  CD1 TRP C 112C    -33.634  -2.269  81.264  1.00 19.64           C  
+ATOM   7138  CD2 TRP C 112C    -35.244  -2.655  82.787  1.00 22.19           C  
+ATOM   7139  NE1 TRP C 112C    -34.687  -1.421  80.992  1.00 20.13           N  
+ATOM   7140  CE2 TRP C 112C    -35.692  -1.646  81.897  1.00 21.48           C  
+ATOM   7141  CE3 TRP C 112C    -36.094  -3.079  83.810  1.00 22.98           C  
+ATOM   7142  CZ2 TRP C 112C    -36.939  -1.034  82.025  1.00 22.06           C  
+ATOM   7143  CZ3 TRP C 112C    -37.346  -2.473  83.937  1.00 23.15           C  
+ATOM   7144  CH2 TRP C 112C    -37.754  -1.463  83.049  1.00 25.54           C  
+ATOM   7145  N   TRP C 112B    -29.372  -4.745  82.980  1.00 25.63           N  
+ATOM   7146  CA  TRP C 112B    -28.213  -5.299  83.658  1.00 27.01           C  
+ATOM   7147  C   TRP C 112B    -27.213  -4.176  83.891  1.00 29.70           C  
+ATOM   7148  O   TRP C 112B    -27.106  -3.265  83.058  1.00 28.92           O  
+ATOM   7149  CB  TRP C 112B    -27.557  -6.410  82.834  1.00 27.25           C  
+ATOM   7150  CG  TRP C 112B    -26.322  -6.992  83.462  1.00 29.26           C  
+ATOM   7151  CD1 TRP C 112B    -25.044  -6.482  83.409  1.00 28.13           C  
+ATOM   7152  CD2 TRP C 112B    -26.241  -8.199  84.227  1.00 26.96           C  
+ATOM   7153  NE1 TRP C 112B    -24.183  -7.296  84.114  1.00 27.72           N  
+ATOM   7154  CE2 TRP C 112B    -24.889  -8.361  84.616  1.00 27.30           C  
+ATOM   7155  CE3 TRP C 112B    -27.182  -9.159  84.625  1.00 28.96           C  
+ATOM   7156  CZ2 TRP C 112B    -24.458  -9.444  85.390  1.00 25.80           C  
+ATOM   7157  CZ3 TRP C 112B    -26.761 -10.225  85.388  1.00 30.72           C  
+ATOM   7158  CH2 TRP C 112B    -25.406 -10.364  85.766  1.00 27.21           C  
+ATOM   7159  N   PRO C 112A    -26.492  -4.181  85.030  1.00 30.83           N  
+ATOM   7160  CA  PRO C 112A    -26.617  -5.127  86.152  1.00 29.38           C  
+ATOM   7161  C   PRO C 112A    -27.780  -4.808  87.083  1.00 25.68           C  
+ATOM   7162  O   PRO C 112A    -28.380  -3.734  86.970  1.00 25.11           O  
+ATOM   7163  CB  PRO C 112A    -25.291  -4.958  86.893  1.00 29.40           C  
+ATOM   7164  CG  PRO C 112A    -24.976  -3.515  86.708  1.00 31.18           C  
+ATOM   7165  CD  PRO C 112A    -25.429  -3.187  85.279  1.00 30.17           C  
+ATOM   7166  N   ARG C 112     -28.084  -5.732  87.994  1.00 22.09           N  
+ATOM   7167  CA  ARG C 112     -29.115  -5.501  88.995  1.00 24.26           C  
+ATOM   7168  C   ARG C 112     -28.496  -4.763  90.170  1.00 28.23           C  
+ATOM   7169  O   ARG C 112     -27.436  -5.158  90.674  1.00 27.02           O  
+ATOM   7170  CB  ARG C 112     -29.728  -6.819  89.460  1.00 19.74           C  
+ATOM   7171  CG  ARG C 112     -30.280  -7.666  88.312  1.00 19.65           C  
+ATOM   7172  CD  ARG C 112     -31.105  -6.805  87.340  1.00 19.44           C  
+ATOM   7173  NE  ARG C 112     -32.283  -6.198  87.979  1.00 19.22           N  
+ATOM   7174  CZ  ARG C 112     -33.368  -5.807  87.325  1.00 26.00           C  
+ATOM   7175  NH1 ARG C 112     -33.438  -5.976  85.998  1.00 23.90           N  
+ATOM   7176  NH2 ARG C 112     -34.391  -5.282  88.001  1.00 24.07           N  
+ATOM   7177  N   VAL C 113     -29.143  -3.681  90.593  1.00 25.31           N  
+ATOM   7178  CA  VAL C 113     -28.553  -2.808  91.599  1.00 25.39           C  
+ATOM   7179  C   VAL C 113     -29.487  -2.707  92.795  1.00 25.26           C  
+ATOM   7180  O   VAL C 113     -30.410  -3.514  92.953  1.00 24.95           O  
+ATOM   7181  CB  VAL C 113     -28.220  -1.429  91.001  1.00 26.94           C  
+ATOM   7182  CG1 VAL C 113     -27.118  -1.570  89.963  1.00 28.01           C  
+ATOM   7183  CG2 VAL C 113     -29.455  -0.796  90.370  1.00 26.35           C  
+ATOM   7184  N   GLY C 114     -29.239  -1.740  93.668  1.00 29.42           N  
+ATOM   7185  CA  GLY C 114     -29.987  -1.678  94.900  1.00 28.05           C  
+ATOM   7186  C   GLY C 114     -31.360  -1.061  94.718  1.00 27.62           C  
+ATOM   7187  O   GLY C 114     -31.652  -0.387  93.729  1.00 28.59           O  
+ATOM   7188  N   LEU C 115     -32.219  -1.317  95.695  1.00 27.62           N  
+ATOM   7189  CA  LEU C 115     -33.534  -0.677  95.767  1.00 24.43           C  
+ATOM   7190  C   LEU C 115     -33.328   0.644  96.498  1.00 25.92           C  
+ATOM   7191  O   LEU C 115     -33.142   0.670  97.717  1.00 24.18           O  
+ATOM   7192  CB  LEU C 115     -34.536  -1.588  96.462  1.00 19.01           C  
+ATOM   7193  CG  LEU C 115     -35.214  -2.695  95.625  1.00 24.37           C  
+ATOM   7194  CD1 LEU C 115     -34.226  -3.537  94.801  1.00 25.63           C  
+ATOM   7195  CD2 LEU C 115     -36.047  -3.611  96.523  1.00 26.72           C  
+ATOM   7196  N   ASP C 116     -33.329   1.750  95.745  1.00 26.18           N  
+ATOM   7197  CA  ASP C 116     -32.847   3.011  96.290  1.00 27.26           C  
+ATOM   7198  C   ASP C 116     -33.947   3.902  96.861  1.00 30.69           C  
+ATOM   7199  O   ASP C 116     -33.654   4.708  97.754  1.00 30.33           O  
+ATOM   7200  CB  ASP C 116     -32.031   3.782  95.236  1.00 27.57           C  
+ATOM   7201  CG  ASP C 116     -32.807   4.087  93.945  1.00 31.89           C  
+ATOM   7202  OD1 ASP C 116     -33.830   3.435  93.632  1.00 31.46           O  
+ATOM   7203  OD2 ASP C 116     -32.347   4.990  93.212  1.00 32.04           O  
+ATOM   7204  N   TYR C 117     -35.191   3.767  96.400  1.00 27.72           N  
+ATOM   7205  CA  TYR C 117     -36.309   4.541  96.930  1.00 28.46           C  
+ATOM   7206  C   TYR C 117     -37.419   3.597  97.360  1.00 27.35           C  
+ATOM   7207  O   TYR C 117     -37.809   2.713  96.595  1.00 28.68           O  
+ATOM   7208  CB  TYR C 117     -36.831   5.555  95.901  1.00 27.28           C  
+ATOM   7209  CG  TYR C 117     -35.905   6.741  95.778  1.00 33.37           C  
+ATOM   7210  CD1 TYR C 117     -35.932   7.764  96.728  1.00 38.18           C  
+ATOM   7211  CD2 TYR C 117     -34.974   6.823  94.748  1.00 32.04           C  
+ATOM   7212  CE1 TYR C 117     -35.069   8.852  96.642  1.00 39.58           C  
+ATOM   7213  CE2 TYR C 117     -34.107   7.907  94.655  1.00 35.55           C  
+ATOM   7214  CZ  TYR C 117     -34.160   8.917  95.606  1.00 40.60           C  
+ATOM   7215  OH  TYR C 117     -33.302   9.998  95.521  1.00 45.64           O  
+ATOM   7216  N   TRP C 118     -37.902   3.777  98.587  1.00 25.12           N  
+ATOM   7217  CA  TRP C 118     -38.974   2.979  99.164  1.00 26.55           C  
+ATOM   7218  C   TRP C 118     -40.113   3.896  99.609  1.00 28.90           C  
+ATOM   7219  O   TRP C 118     -39.890   5.037 100.022  1.00 28.72           O  
+ATOM   7220  CB  TRP C 118     -38.488   2.166 100.386  1.00 25.46           C  
+ATOM   7221  CG  TRP C 118     -37.371   1.172 100.150  1.00 23.24           C  
+ATOM   7222  CD1 TRP C 118     -36.113   1.428  99.656  1.00 24.07           C  
+ATOM   7223  CD2 TRP C 118     -37.408  -0.235 100.434  1.00 21.95           C  
+ATOM   7224  NE1 TRP C 118     -35.373   0.263  99.616  1.00 20.71           N  
+ATOM   7225  CE2 TRP C 118     -36.149  -0.770 100.079  1.00 21.67           C  
+ATOM   7226  CE3 TRP C 118     -38.383  -1.092 100.956  1.00 20.96           C  
+ATOM   7227  CZ2 TRP C 118     -35.844  -2.119 100.234  1.00 22.34           C  
+ATOM   7228  CZ3 TRP C 118     -38.083  -2.433 101.103  1.00 19.30           C  
+ATOM   7229  CH2 TRP C 118     -36.826  -2.934 100.744  1.00 21.04           C  
+ATOM   7230  N   GLY C 119     -41.340   3.391  99.541  1.00 27.92           N  
+ATOM   7231  CA  GLY C 119     -42.455   4.065 100.171  1.00 26.98           C  
+ATOM   7232  C   GLY C 119     -42.397   3.926 101.684  1.00 28.36           C  
+ATOM   7233  O   GLY C 119     -41.504   3.296 102.243  1.00 28.30           O  
+ATOM   7234  N   GLN C 120     -43.392   4.525 102.354  1.00 28.76           N  
+ATOM   7235  CA  GLN C 120     -43.513   4.428 103.808  1.00 29.20           C  
+ATOM   7236  C   GLN C 120     -44.130   3.110 104.269  1.00 25.76           C  
+ATOM   7237  O   GLN C 120     -44.012   2.763 105.449  1.00 24.02           O  
+ATOM   7238  CB  GLN C 120     -44.346   5.597 104.352  1.00 33.85           C  
+ATOM   7239  CG  GLN C 120     -45.867   5.457 104.178  1.00 41.10           C  
+ATOM   7240  CD  GLN C 120     -46.334   5.536 102.723  1.00 48.81           C  
+ATOM   7241  OE1 GLN C 120     -45.586   5.968 101.839  1.00 54.57           O  
+ATOM   7242  NE2 GLN C 120     -47.579   5.116 102.473  1.00 43.79           N  
+ATOM   7243  N   GLY C 121     -44.772   2.375 103.377  1.00 23.70           N  
+ATOM   7244  CA  GLY C 121     -45.412   1.107 103.713  1.00 24.63           C  
+ATOM   7245  C   GLY C 121     -46.879   1.276 104.063  1.00 29.85           C  
+ATOM   7246  O   GLY C 121     -47.328   2.334 104.505  1.00 30.87           O  
+ATOM   7247  N   THR C 122     -47.641   0.195 103.876  1.00 31.17           N  
+ATOM   7248  CA  THR C 122     -49.064   0.174 104.203  1.00 34.35           C  
+ATOM   7249  C   THR C 122     -49.399  -1.166 104.849  1.00 31.35           C  
+ATOM   7250  O   THR C 122     -49.023  -2.223 104.330  1.00 24.76           O  
+ATOM   7251  CB  THR C 122     -49.919   0.441 102.944  1.00 37.63           C  
+ATOM   7252  OG1 THR C 122     -51.309   0.502 103.290  1.00 43.22           O  
+ATOM   7253  CG2 THR C 122     -49.702  -0.621 101.860  1.00 33.42           C  
+ATOM   7254  N   LEU C 123     -50.067  -1.123 106.003  1.00 31.35           N  
+ATOM   7255  CA  LEU C 123     -50.291  -2.335 106.789  1.00 30.63           C  
+ATOM   7256  C   LEU C 123     -51.517  -3.090 106.288  1.00 27.05           C  
+ATOM   7257  O   LEU C 123     -52.559  -2.494 106.004  1.00 30.71           O  
+ATOM   7258  CB  LEU C 123     -50.457  -2.003 108.274  1.00 30.81           C  
+ATOM   7259  CG  LEU C 123     -50.907  -3.129 109.217  1.00 30.00           C  
+ATOM   7260  CD1 LEU C 123     -49.922  -4.279 109.265  1.00 27.91           C  
+ATOM   7261  CD2 LEU C 123     -51.118  -2.592 110.632  1.00 32.56           C  
+ATOM   7262  N   VAL C 124     -51.380  -4.410 106.182  1.00 24.80           N  
+ATOM   7263  CA  VAL C 124     -52.447  -5.306 105.741  1.00 24.10           C  
+ATOM   7264  C   VAL C 124     -52.657  -6.348 106.831  1.00 26.59           C  
+ATOM   7265  O   VAL C 124     -51.710  -7.052 107.203  1.00 24.99           O  
+ATOM   7266  CB  VAL C 124     -52.104  -5.986 104.407  1.00 23.13           C  
+ATOM   7267  CG1 VAL C 124     -53.097  -7.112 104.117  1.00 22.05           C  
+ATOM   7268  CG2 VAL C 124     -52.062  -4.959 103.270  1.00 18.00           C  
+ATOM   7269  N   THR C 125     -53.892  -6.453 107.339  1.00 26.15           N  
+ATOM   7270  CA  THR C 125     -54.225  -7.410 108.390  1.00 24.58           C  
+ATOM   7271  C   THR C 125     -55.284  -8.370 107.869  1.00 25.02           C  
+ATOM   7272  O   THR C 125     -56.390  -7.948 107.530  1.00 26.44           O  
+ATOM   7273  CB  THR C 125     -54.722  -6.700 109.655  1.00 29.89           C  
+ATOM   7274  OG1 THR C 125     -53.767  -5.711 110.058  1.00 29.02           O  
+ATOM   7275  CG2 THR C 125     -54.921  -7.686 110.789  1.00 29.47           C  
+ATOM   7276  N   VAL C 126     -54.945  -9.649 107.804  1.00 23.32           N  
+ATOM   7277  CA  VAL C 126     -55.852 -10.686 107.338  1.00 24.02           C  
+ATOM   7278  C   VAL C 126     -56.352 -11.435 108.560  1.00 28.64           C  
+ATOM   7279  O   VAL C 126     -55.583 -12.155 109.208  1.00 28.32           O  
+ATOM   7280  CB  VAL C 126     -55.160 -11.634 106.355  1.00 26.49           C  
+ATOM   7281  CG1 VAL C 126     -56.166 -12.656 105.808  1.00 26.19           C  
+ATOM   7282  CG2 VAL C 126     -54.483 -10.828 105.225  1.00 22.50           C  
+ATOM   7283  N   SER C 127     -57.642 -11.279 108.868  1.00 27.90           N  
+ATOM   7284  CA  SER C 127     -58.207 -11.863 110.078  1.00 32.32           C  
+ATOM   7285  C   SER C 127     -59.725 -11.815 110.009  1.00 27.49           C  
+ATOM   7286  O   SER C 127     -60.307 -10.921 109.385  1.00 28.85           O  
+ATOM   7287  CB  SER C 127     -57.731 -11.124 111.338  1.00 33.81           C  
+ATOM   7288  OG  SER C 127     -58.656 -11.313 112.400  1.00 35.76           O  
+ATOM   7289  N   SER C 128     -60.355 -12.771 110.680  1.00 31.24           N  
+ATOM   7290  CA  SER C 128     -61.807 -12.780 110.813  1.00 35.43           C  
+ATOM   7291  C   SER C 128     -62.301 -12.055 112.061  1.00 35.83           C  
+ATOM   7292  O   SER C 128     -63.510 -12.049 112.313  1.00 32.70           O  
+ATOM   7293  CB  SER C 128     -62.318 -14.219 110.830  1.00 39.38           C  
+ATOM   7294  OG  SER C 128     -61.580 -14.986 111.762  1.00 44.62           O  
+ATOM   7295  N   ALA C 129     -61.414 -11.446 112.847  1.00 35.01           N  
+ATOM   7296  CA  ALA C 129     -61.859 -10.792 114.070  1.00 34.75           C  
+ATOM   7297  C   ALA C 129     -62.572  -9.481 113.747  1.00 36.65           C  
+ATOM   7298  O   ALA C 129     -62.335  -8.853 112.711  1.00 37.89           O  
+ATOM   7299  CB  ALA C 129     -60.678 -10.539 115.012  1.00 29.27           C  
+ATOM   7300  N   SER C 130     -63.460  -9.076 114.651  1.00 39.58           N  
+ATOM   7301  CA  SER C 130     -64.203  -7.831 114.520  1.00 39.48           C  
+ATOM   7302  C   SER C 130     -63.476  -6.694 115.221  1.00 32.71           C  
+ATOM   7303  O   SER C 130     -62.838  -6.885 116.259  1.00 32.13           O  
+ATOM   7304  CB  SER C 130     -65.611  -7.961 115.106  1.00 42.55           C  
+ATOM   7305  OG  SER C 130     -66.331  -9.009 114.494  1.00 48.02           O  
+ATOM   7306  N   THR C 131     -63.616  -5.498 114.656  1.00 30.78           N  
+ATOM   7307  CA  THR C 131     -63.014  -4.299 115.225  1.00 32.08           C  
+ATOM   7308  C   THR C 131     -63.538  -4.047 116.634  1.00 34.50           C  
+ATOM   7309  O   THR C 131     -64.750  -4.037 116.877  1.00 34.77           O  
+ATOM   7310  CB  THR C 131     -63.304  -3.100 114.324  1.00 31.01           C  
+ATOM   7311  OG1 THR C 131     -62.789  -3.366 113.018  1.00 33.32           O  
+ATOM   7312  CG2 THR C 131     -62.629  -1.861 114.858  1.00 30.17           C  
+ATOM   7313  N   LYS C 132     -62.615  -3.825 117.566  1.00 33.25           N  
+ATOM   7314  CA  LYS C 132     -62.971  -3.760 118.977  1.00 31.41           C  
+ATOM   7315  C   LYS C 132     -61.918  -2.945 119.712  1.00 28.15           C  
+ATOM   7316  O   LYS C 132     -60.721  -3.153 119.502  1.00 30.30           O  
+ATOM   7317  CB  LYS C 132     -63.064  -5.174 119.554  1.00 31.98           C  
+ATOM   7318  CG  LYS C 132     -63.565  -5.249 120.953  1.00 37.68           C  
+ATOM   7319  CD  LYS C 132     -63.484  -6.665 121.451  1.00 35.82           C  
+ATOM   7320  CE  LYS C 132     -63.629  -6.697 122.943  1.00 32.75           C  
+ATOM   7321  NZ  LYS C 132     -62.648  -5.780 123.562  1.00 32.69           N  
+ATOM   7322  N   GLY C 133     -62.360  -2.021 120.559  1.00 29.77           N  
+ATOM   7323  CA  GLY C 133     -61.462  -1.310 121.441  1.00 31.25           C  
+ATOM   7324  C   GLY C 133     -61.093  -2.169 122.639  1.00 30.85           C  
+ATOM   7325  O   GLY C 133     -61.765  -3.158 122.939  1.00 33.44           O  
+ATOM   7326  N   PRO C 134     -60.030  -1.804 123.355  1.00 28.87           N  
+ATOM   7327  CA  PRO C 134     -59.550  -2.651 124.446  1.00 28.13           C  
+ATOM   7328  C   PRO C 134     -60.286  -2.403 125.753  1.00 29.29           C  
+ATOM   7329  O   PRO C 134     -60.836  -1.332 126.006  1.00 28.82           O  
+ATOM   7330  CB  PRO C 134     -58.082  -2.237 124.581  1.00 27.36           C  
+ATOM   7331  CG  PRO C 134     -58.105  -0.789 124.229  1.00 27.85           C  
+ATOM   7332  CD  PRO C 134     -59.114  -0.674 123.108  1.00 25.10           C  
+ATOM   7333  N   SER C 135     -60.269  -3.428 126.594  1.00 28.61           N  
+ATOM   7334  CA  SER C 135     -60.501  -3.252 128.016  1.00 33.41           C  
+ATOM   7335  C   SER C 135     -59.182  -2.888 128.674  1.00 30.54           C  
+ATOM   7336  O   SER C 135     -58.133  -3.428 128.317  1.00 31.95           O  
+ATOM   7337  CB  SER C 135     -61.075  -4.525 128.638  1.00 39.85           C  
+ATOM   7338  OG  SER C 135     -62.271  -4.892 127.980  1.00 44.46           O  
+ATOM   7339  N   VAL C 136     -59.228  -1.953 129.618  1.00 29.60           N  
+ATOM   7340  CA  VAL C 136     -58.021  -1.424 130.244  1.00 24.95           C  
+ATOM   7341  C   VAL C 136     -58.094  -1.727 131.736  1.00 23.85           C  
+ATOM   7342  O   VAL C 136     -59.065  -1.353 132.410  1.00 25.35           O  
+ATOM   7343  CB  VAL C 136     -57.847   0.081 129.973  1.00 23.19           C  
+ATOM   7344  CG1 VAL C 136     -56.571   0.613 130.646  1.00 23.40           C  
+ATOM   7345  CG2 VAL C 136     -57.811   0.347 128.457  1.00 24.38           C  
+ATOM   7346  N   PHE C 137     -57.084  -2.424 132.245  1.00 21.05           N  
+ATOM   7347  CA  PHE C 137     -57.079  -2.857 133.631  1.00 26.21           C  
+ATOM   7348  C   PHE C 137     -55.854  -2.317 134.350  1.00 24.56           C  
+ATOM   7349  O   PHE C 137     -54.765  -2.290 133.773  1.00 25.55           O  
+ATOM   7350  CB  PHE C 137     -57.095  -4.398 133.726  1.00 24.46           C  
+ATOM   7351  CG  PHE C 137     -58.272  -5.034 133.027  1.00 26.49           C  
+ATOM   7352  CD1 PHE C 137     -59.568  -4.789 133.465  1.00 23.35           C  
+ATOM   7353  CD2 PHE C 137     -58.082  -5.876 131.942  1.00 26.74           C  
+ATOM   7354  CE1 PHE C 137     -60.646  -5.365 132.841  1.00 26.56           C  
+ATOM   7355  CE2 PHE C 137     -59.160  -6.462 131.310  1.00 27.67           C  
+ATOM   7356  CZ  PHE C 137     -60.446  -6.202 131.757  1.00 28.33           C  
+ATOM   7357  N   PRO C 138     -55.987  -1.899 135.608  1.00 26.56           N  
+ATOM   7358  CA  PRO C 138     -54.815  -1.380 136.328  1.00 26.62           C  
+ATOM   7359  C   PRO C 138     -53.833  -2.482 136.694  1.00 26.52           C  
+ATOM   7360  O   PRO C 138     -54.227  -3.598 137.041  1.00 27.01           O  
+ATOM   7361  CB  PRO C 138     -55.419  -0.735 137.584  1.00 28.15           C  
+ATOM   7362  CG  PRO C 138     -56.728  -1.470 137.792  1.00 27.25           C  
+ATOM   7363  CD  PRO C 138     -57.227  -1.809 136.401  1.00 24.45           C  
+ATOM   7364  N   LEU C 139     -52.540  -2.152 136.586  1.00 23.30           N  
+ATOM   7365  CA  LEU C 139     -51.433  -2.925 137.153  1.00 23.07           C  
+ATOM   7366  C   LEU C 139     -50.972  -2.115 138.363  1.00 28.04           C  
+ATOM   7367  O   LEU C 139     -50.113  -1.235 138.254  1.00 29.43           O  
+ATOM   7368  CB  LEU C 139     -50.305  -3.123 136.139  1.00 23.42           C  
+ATOM   7369  CG  LEU C 139     -50.664  -3.843 134.826  1.00 25.36           C  
+ATOM   7370  CD1 LEU C 139     -49.577  -3.708 133.775  1.00 23.82           C  
+ATOM   7371  CD2 LEU C 139     -50.960  -5.315 135.096  1.00 29.24           C  
+ATOM   7372  N   ALA C 140     -51.557  -2.421 139.526  1.00 27.87           N  
+ATOM   7373  CA  ALA C 140     -51.546  -1.537 140.688  1.00 35.99           C  
+ATOM   7374  C   ALA C 140     -50.243  -1.678 141.467  1.00 39.55           C  
+ATOM   7375  O   ALA C 140     -49.801  -2.794 141.738  1.00 38.43           O  
+ATOM   7376  CB  ALA C 140     -52.730  -1.839 141.612  1.00 35.62           C  
+ATOM   7377  N   PRO C 141     -49.641  -0.563 141.874  1.00 45.22           N  
+ATOM   7378  CA  PRO C 141     -48.359  -0.624 142.579  1.00 46.59           C  
+ATOM   7379  C   PRO C 141     -48.520  -1.186 143.982  1.00 49.43           C  
+ATOM   7380  O   PRO C 141     -49.622  -1.322 144.523  1.00 43.94           O  
+ATOM   7381  CB  PRO C 141     -47.909   0.836 142.613  1.00 45.47           C  
+ATOM   7382  CG  PRO C 141     -49.193   1.589 142.698  1.00 46.88           C  
+ATOM   7383  CD  PRO C 141     -50.165   0.814 141.815  1.00 46.44           C  
+ATOM   7384  N   SER C 142     -47.371  -1.499 144.575  1.00 58.24           N  
+ATOM   7385  CA  SER C 142     -47.311  -2.151 145.876  1.00 68.03           C  
+ATOM   7386  C   SER C 142     -47.680  -1.177 146.988  1.00 73.57           C  
+ATOM   7387  O   SER C 142     -47.207  -0.036 147.023  1.00 72.55           O  
+ATOM   7388  CB  SER C 142     -45.908  -2.716 146.114  1.00 71.04           C  
+ATOM   7389  OG  SER C 142     -45.895  -3.659 147.169  1.00 71.94           O  
+ATOM   7390  N   SER C 143     -48.532  -1.637 147.898  1.00 79.01           N  
+ATOM   7391  CA  SER C 143     -48.933  -0.836 149.046  1.00 84.61           C  
+ATOM   7392  C   SER C 143     -47.832  -0.832 150.106  1.00 86.11           C  
+ATOM   7393  O   SER C 143     -47.597   0.177 150.771  1.00 86.09           O  
+ATOM   7394  CB  SER C 143     -50.241  -1.366 149.634  1.00 87.06           C  
+ATOM   7395  OG  SER C 143     -50.153  -2.758 149.888  1.00 88.01           O  
+ATOM   7396  N   THR C 144     -41.570   2.120 152.927  1.00 71.36           N  
+ATOM   7397  CA  THR C 144     -40.347   2.279 152.141  1.00 72.36           C  
+ATOM   7398  C   THR C 144     -40.023   3.751 151.894  1.00 72.10           C  
+ATOM   7399  O   THR C 144     -40.912   4.555 151.612  1.00 75.06           O  
+ATOM   7400  CB  THR C 144     -40.449   1.568 150.771  1.00 73.47           C  
+ATOM   7401  OG1 THR C 144     -41.031   0.269 150.940  1.00 76.27           O  
+ATOM   7402  CG2 THR C 144     -39.075   1.422 150.138  1.00 70.25           C  
+ATOM   7403  N   SER C 145     -38.746   4.101 152.003  1.00 67.69           N  
+ATOM   7404  CA  SER C 145     -38.263   5.429 151.658  1.00 64.27           C  
+ATOM   7405  C   SER C 145     -37.185   5.310 150.594  1.00 59.92           C  
+ATOM   7406  O   SER C 145     -36.402   4.354 150.595  1.00 57.72           O  
+ATOM   7407  CB  SER C 145     -37.708   6.167 152.879  1.00 64.08           C  
+ATOM   7408  OG  SER C 145     -38.762   6.661 153.686  1.00 66.13           O  
+ATOM   7409  N   GLY C 146     -37.148   6.287 149.691  1.00 59.31           N  
+ATOM   7410  CA  GLY C 146     -36.173   6.259 148.620  1.00 58.53           C  
+ATOM   7411  C   GLY C 146     -36.341   5.115 147.650  1.00 59.05           C  
+ATOM   7412  O   GLY C 146     -35.414   4.814 146.893  1.00 59.02           O  
+ATOM   7413  N   GLY C 147     -37.505   4.457 147.654  1.00 58.22           N  
+ATOM   7414  CA  GLY C 147     -37.744   3.350 146.756  1.00 56.40           C  
+ATOM   7415  C   GLY C 147     -38.280   3.798 145.407  1.00 52.49           C  
+ATOM   7416  O   GLY C 147     -38.602   4.963 145.176  1.00 52.30           O  
+ATOM   7417  N   THR C 148     -38.366   2.839 144.496  1.00 49.51           N  
+ATOM   7418  CA  THR C 148     -38.977   3.046 143.192  1.00 45.57           C  
+ATOM   7419  C   THR C 148     -40.108   2.044 143.037  1.00 41.13           C  
+ATOM   7420  O   THR C 148     -39.943   0.861 143.358  1.00 41.65           O  
+ATOM   7421  CB  THR C 148     -37.955   2.890 142.062  1.00 45.53           C  
+ATOM   7422  OG1 THR C 148     -36.898   3.835 142.245  1.00 46.56           O  
+ATOM   7423  CG2 THR C 148     -38.607   3.148 140.725  1.00 43.37           C  
+ATOM   7424  N   ALA C 149     -41.260   2.524 142.580  1.00 34.39           N  
+ATOM   7425  CA  ALA C 149     -42.426   1.686 142.385  1.00 29.03           C  
+ATOM   7426  C   ALA C 149     -42.762   1.632 140.896  1.00 29.64           C  
+ATOM   7427  O   ALA C 149     -42.467   2.564 140.145  1.00 28.27           O  
+ATOM   7428  CB  ALA C 149     -43.617   2.217 143.187  1.00 25.99           C  
+ATOM   7429  N   ALA C 150     -43.371   0.531 140.474  1.00 27.53           N  
+ATOM   7430  CA  ALA C 150     -43.819   0.360 139.096  1.00 26.53           C  
+ATOM   7431  C   ALA C 150     -45.337   0.308 139.066  1.00 28.87           C  
+ATOM   7432  O   ALA C 150     -45.963  -0.253 139.970  1.00 27.66           O  
+ATOM   7433  CB  ALA C 150     -43.237  -0.917 138.489  1.00 25.66           C  
+ATOM   7434  N   LEU C 151     -45.933   0.909 138.039  1.00 29.32           N  
+ATOM   7435  CA  LEU C 151     -47.362   0.746 137.830  1.00 31.03           C  
+ATOM   7436  C   LEU C 151     -47.625   0.729 136.334  1.00 25.29           C  
+ATOM   7437  O   LEU C 151     -46.750   1.065 135.536  1.00 23.03           O  
+ATOM   7438  CB  LEU C 151     -48.171   1.839 138.530  1.00 35.43           C  
+ATOM   7439  CG  LEU C 151     -47.781   3.288 138.262  1.00 39.02           C  
+ATOM   7440  CD1 LEU C 151     -48.584   3.827 137.096  1.00 41.74           C  
+ATOM   7441  CD2 LEU C 151     -47.991   4.131 139.494  1.00 38.39           C  
+ATOM   7442  N   GLY C 152     -48.833   0.333 135.963  1.00 23.69           N  
+ATOM   7443  CA  GLY C 152     -49.120   0.214 134.553  1.00 23.25           C  
+ATOM   7444  C   GLY C 152     -50.588   0.003 134.260  1.00 22.46           C  
+ATOM   7445  O   GLY C 152     -51.439   0.040 135.148  1.00 22.15           O  
+ATOM   7446  N   CYS C 153     -50.884  -0.202 132.976  1.00 24.27           N  
+ATOM   7447  CA  CYS C 153     -52.187  -0.719 132.606  1.00 29.26           C  
+ATOM   7448  C   CYS C 153     -52.022  -1.832 131.582  1.00 26.01           C  
+ATOM   7449  O   CYS C 153     -51.138  -1.785 130.721  1.00 20.36           O  
+ATOM   7450  CB ACYS C 153     -53.065   0.369 131.962  0.72 32.38           C  
+ATOM   7451  SG ACYS C 153     -53.349   1.909 132.852  0.72 31.37           S  
+ATOM   7452  N   LEU C 154     -52.841  -2.863 131.739  1.00 24.36           N  
+ATOM   7453  CA  LEU C 154     -52.941  -3.948 130.774  1.00 21.87           C  
+ATOM   7454  C   LEU C 154     -54.033  -3.589 129.778  1.00 21.90           C  
+ATOM   7455  O   LEU C 154     -55.181  -3.329 130.165  1.00 27.14           O  
+ATOM   7456  CB  LEU C 154     -53.233  -5.267 131.487  1.00 27.11           C  
+ATOM   7457  CG  LEU C 154     -53.673  -6.467 130.635  1.00 29.61           C  
+ATOM   7458  CD1 LEU C 154     -52.492  -7.054 129.870  1.00 27.84           C  
+ATOM   7459  CD2 LEU C 154     -54.333  -7.523 131.520  1.00 31.18           C  
+ATOM   7460  N   VAL C 155     -53.671  -3.564 128.507  1.00 23.08           N  
+ATOM   7461  CA  VAL C 155     -54.528  -3.116 127.419  1.00 23.04           C  
+ATOM   7462  C   VAL C 155     -54.870  -4.369 126.629  1.00 23.92           C  
+ATOM   7463  O   VAL C 155     -54.042  -4.881 125.875  1.00 23.79           O  
+ATOM   7464  CB  VAL C 155     -53.823  -2.063 126.562  1.00 22.61           C  
+ATOM   7465  CG1 VAL C 155     -54.688  -1.589 125.427  1.00 22.90           C  
+ATOM   7466  CG2 VAL C 155     -53.403  -0.888 127.438  1.00 20.25           C  
+ATOM   7467  N   LYS C 156     -56.074  -4.895 126.818  1.00 24.92           N  
+ATOM   7468  CA  LYS C 156     -56.347  -6.275 126.449  1.00 30.04           C  
+ATOM   7469  C   LYS C 156     -57.531  -6.372 125.501  1.00 31.19           C  
+ATOM   7470  O   LYS C 156     -58.532  -5.659 125.657  1.00 34.64           O  
+ATOM   7471  CB  LYS C 156     -56.602  -7.129 127.706  1.00 34.24           C  
+ATOM   7472  CG  LYS C 156     -56.496  -8.636 127.482  1.00 38.41           C  
+ATOM   7473  CD  LYS C 156     -56.673  -9.398 128.787  1.00 41.04           C  
+ATOM   7474  CE  LYS C 156     -56.581 -10.907 128.583  1.00 43.88           C  
+ATOM   7475  NZ  LYS C 156     -57.651 -11.433 127.680  1.00 44.85           N  
+ATOM   7476  N   ASP C 157     -57.400  -7.269 124.519  1.00 28.60           N  
+ATOM   7477  CA  ASP C 157     -58.510  -7.701 123.675  1.00 29.05           C  
+ATOM   7478  C   ASP C 157     -58.990  -6.597 122.741  1.00 25.72           C  
+ATOM   7479  O   ASP C 157     -60.180  -6.260 122.733  1.00 25.78           O  
+ATOM   7480  CB  ASP C 157     -59.684  -8.201 124.528  1.00 27.64           C  
+ATOM   7481  CG  ASP C 157     -59.387  -9.530 125.240  1.00 32.29           C  
+ATOM   7482  OD1 ASP C 157     -58.363 -10.188 124.940  1.00 32.28           O  
+ATOM   7483  OD2 ASP C 157     -60.177  -9.905 126.129  1.00 34.56           O  
+ATOM   7484  N   TYR C 158     -58.088  -6.028 121.952  1.00 25.20           N  
+ATOM   7485  CA  TYR C 158     -58.480  -5.089 120.911  1.00 22.37           C  
+ATOM   7486  C   TYR C 158     -58.096  -5.666 119.555  1.00 23.35           C  
+ATOM   7487  O   TYR C 158     -57.372  -6.662 119.458  1.00 25.09           O  
+ATOM   7488  CB  TYR C 158     -57.839  -3.709 121.126  1.00 22.09           C  
+ATOM   7489  CG  TYR C 158     -56.328  -3.697 121.016  1.00 27.45           C  
+ATOM   7490  CD1 TYR C 158     -55.704  -3.404 119.809  1.00 24.32           C  
+ATOM   7491  CD2 TYR C 158     -55.525  -3.977 122.119  1.00 21.41           C  
+ATOM   7492  CE1 TYR C 158     -54.319  -3.385 119.697  1.00 25.84           C  
+ATOM   7493  CE2 TYR C 158     -54.137  -3.970 122.015  1.00 24.36           C  
+ATOM   7494  CZ  TYR C 158     -53.541  -3.670 120.809  1.00 26.65           C  
+ATOM   7495  OH  TYR C 158     -52.165  -3.659 120.700  1.00 25.83           O  
+ATOM   7496  N   PHE C 159     -58.607  -5.035 118.500  1.00 24.61           N  
+ATOM   7497  CA  PHE C 159     -58.336  -5.456 117.129  1.00 22.85           C  
+ATOM   7498  C   PHE C 159     -58.848  -4.379 116.182  1.00 22.50           C  
+ATOM   7499  O   PHE C 159     -59.944  -3.847 116.397  1.00 24.62           O  
+ATOM   7500  CB  PHE C 159     -59.009  -6.790 116.799  1.00 25.13           C  
+ATOM   7501  CG  PHE C 159     -58.781  -7.233 115.381  1.00 26.47           C  
+ATOM   7502  CD1 PHE C 159     -59.647  -6.846 114.372  1.00 29.52           C  
+ATOM   7503  CD2 PHE C 159     -57.669  -7.991 115.053  1.00 25.14           C  
+ATOM   7504  CE1 PHE C 159     -59.424  -7.235 113.060  1.00 30.66           C  
+ATOM   7505  CE2 PHE C 159     -57.441  -8.386 113.742  1.00 28.05           C  
+ATOM   7506  CZ  PHE C 159     -58.316  -8.008 112.751  1.00 28.85           C  
+ATOM   7507  N   PRO C 160     -58.075  -3.997 115.151  1.00 24.68           N  
+ATOM   7508  CA  PRO C 160     -56.711  -4.476 114.897  1.00 22.89           C  
+ATOM   7509  C   PRO C 160     -55.666  -3.559 115.537  1.00 24.34           C  
+ATOM   7510  O   PRO C 160     -56.044  -2.638 116.265  1.00 29.18           O  
+ATOM   7511  CB  PRO C 160     -56.618  -4.405 113.375  1.00 23.38           C  
+ATOM   7512  CG  PRO C 160     -57.313  -3.101 113.097  1.00 24.39           C  
+ATOM   7513  CD  PRO C 160     -58.498  -3.052 114.097  1.00 26.42           C  
+ATOM   7514  N   GLU C 161     -54.382  -3.821 115.271  1.00 26.65           N  
+ATOM   7515  CA  GLU C 161     -53.322  -2.854 115.540  1.00 26.05           C  
+ATOM   7516  C   GLU C 161     -53.567  -1.570 114.747  1.00 31.31           C  
+ATOM   7517  O   GLU C 161     -54.169  -1.606 113.667  1.00 32.21           O  
+ATOM   7518  CB  GLU C 161     -51.956  -3.424 115.142  1.00 24.98           C  
+ATOM   7519  CG  GLU C 161     -51.398  -4.489 116.059  1.00 30.53           C  
+ATOM   7520  CD  GLU C 161     -50.722  -3.894 117.271  1.00 35.37           C  
+ATOM   7521  OE1 GLU C 161     -49.506  -4.131 117.453  1.00 37.56           O  
+ATOM   7522  OE2 GLU C 161     -51.392  -3.160 118.020  1.00 35.41           O  
+ATOM   7523  N   PRO C 162     -53.071  -0.420 115.234  1.00 34.29           N  
+ATOM   7524  CA  PRO C 162     -52.346  -0.275 116.504  1.00 31.31           C  
+ATOM   7525  C   PRO C 162     -53.148   0.401 117.614  1.00 30.39           C  
+ATOM   7526  O   PRO C 162     -54.254   0.880 117.404  1.00 30.52           O  
+ATOM   7527  CB  PRO C 162     -51.178   0.612 116.107  1.00 34.96           C  
+ATOM   7528  CG  PRO C 162     -51.851   1.605 115.158  1.00 35.77           C  
+ATOM   7529  CD  PRO C 162     -52.935   0.800 114.411  1.00 34.66           C  
+ATOM   7530  N   VAL C 163     -52.561   0.459 118.807  1.00 30.29           N  
+ATOM   7531  CA  VAL C 163     -53.090   1.255 119.901  1.00 29.60           C  
+ATOM   7532  C   VAL C 163     -51.994   2.234 120.329  1.00 30.92           C  
+ATOM   7533  O   VAL C 163     -50.817   2.051 120.014  1.00 35.22           O  
+ATOM   7534  CB  VAL C 163     -53.554   0.350 121.068  1.00 36.12           C  
+ATOM   7535  CG1 VAL C 163     -52.367  -0.176 121.853  1.00 30.86           C  
+ATOM   7536  CG2 VAL C 163     -54.523   1.068 121.964  1.00 41.69           C  
+ATOM   7537  N   THR C 164     -52.391   3.314 121.005  1.00 29.94           N  
+ATOM   7538  CA  THR C 164     -51.426   4.240 121.595  1.00 28.11           C  
+ATOM   7539  C   THR C 164     -51.728   4.410 123.078  1.00 27.26           C  
+ATOM   7540  O   THR C 164     -52.896   4.487 123.475  1.00 27.82           O  
+ATOM   7541  CB  THR C 164     -51.438   5.626 120.911  1.00 34.92           C  
+ATOM   7542  OG1 THR C 164     -52.737   6.220 121.041  1.00 39.40           O  
+ATOM   7543  CG2 THR C 164     -51.072   5.520 119.434  1.00 33.10           C  
+ATOM   7544  N   VAL C 165     -50.679   4.476 123.896  1.00 24.54           N  
+ATOM   7545  CA  VAL C 165     -50.828   4.675 125.332  1.00 24.64           C  
+ATOM   7546  C   VAL C 165     -50.005   5.885 125.743  1.00 23.04           C  
+ATOM   7547  O   VAL C 165     -48.821   5.974 125.415  1.00 27.43           O  
+ATOM   7548  CB  VAL C 165     -50.381   3.443 126.150  1.00 22.01           C  
+ATOM   7549  CG1 VAL C 165     -50.677   3.670 127.624  1.00 20.15           C  
+ATOM   7550  CG2 VAL C 165     -51.064   2.170 125.663  1.00 20.51           C  
+ATOM   7551  N   SER C 166     -50.624   6.818 126.446  1.00 26.03           N  
+ATOM   7552  CA ASER C 166     -49.875   7.883 127.097  0.78 26.39           C  
+ATOM   7553  C   SER C 166     -50.208   7.876 128.579  1.00 25.52           C  
+ATOM   7554  O   SER C 166     -51.106   7.170 129.039  1.00 26.11           O  
+ATOM   7555  CB ASER C 166     -50.157   9.258 126.465  0.78 26.31           C  
+ATOM   7556  OG ASER C 166     -51.534   9.591 126.472  0.78 26.09           O  
+ATOM   7557  N   TRP C 167     -49.434   8.639 129.337  1.00 25.06           N  
+ATOM   7558  CA  TRP C 167     -49.604   8.745 130.778  1.00 25.91           C  
+ATOM   7559  C   TRP C 167     -49.773  10.215 131.129  1.00 27.68           C  
+ATOM   7560  O   TRP C 167     -49.032  11.067 130.621  1.00 27.38           O  
+ATOM   7561  CB  TRP C 167     -48.414   8.132 131.531  1.00 25.98           C  
+ATOM   7562  CG  TRP C 167     -48.394   6.621 131.461  1.00 26.94           C  
+ATOM   7563  CD1 TRP C 167     -47.798   5.846 130.506  1.00 26.89           C  
+ATOM   7564  CD2 TRP C 167     -49.033   5.716 132.373  1.00 27.96           C  
+ATOM   7565  NE1 TRP C 167     -48.014   4.514 130.774  1.00 26.98           N  
+ATOM   7566  CE2 TRP C 167     -48.770   4.407 131.915  1.00 27.58           C  
+ATOM   7567  CE3 TRP C 167     -49.806   5.888 133.526  1.00 26.79           C  
+ATOM   7568  CZ2 TRP C 167     -49.258   3.271 132.572  1.00 24.09           C  
+ATOM   7569  CZ3 TRP C 167     -50.275   4.760 134.191  1.00 29.75           C  
+ATOM   7570  CH2 TRP C 167     -50.007   3.468 133.705  1.00 26.74           C  
+ATOM   7571  N   ASN C 168     -50.765  10.504 131.971  1.00 27.27           N  
+ATOM   7572  CA  ASN C 168     -51.030  11.860 132.442  1.00 27.37           C  
+ATOM   7573  C   ASN C 168     -51.137  12.828 131.272  1.00 27.62           C  
+ATOM   7574  O   ASN C 168     -50.578  13.925 131.294  1.00 29.56           O  
+ATOM   7575  CB  ASN C 168     -49.966  12.301 133.434  1.00 28.87           C  
+ATOM   7576  CG  ASN C 168     -50.127  11.620 134.780  1.00 30.29           C  
+ATOM   7577  OD1 ASN C 168     -51.064  10.853 134.986  1.00 33.50           O  
+ATOM   7578  ND2 ASN C 168     -49.208  11.882 135.690  1.00 26.41           N  
+ATOM   7579  N   SER C 169     -51.845  12.389 130.231  1.00 24.21           N  
+ATOM   7580  CA  SER C 169     -52.167  13.209 129.062  1.00 32.48           C  
+ATOM   7581  C   SER C 169     -50.910  13.682 128.344  1.00 33.94           C  
+ATOM   7582  O   SER C 169     -50.898  14.749 127.725  1.00 35.99           O  
+ATOM   7583  CB  SER C 169     -53.062  14.395 129.438  1.00 34.21           C  
+ATOM   7584  OG  SER C 169     -54.305  13.953 129.957  1.00 35.67           O  
+ATOM   7585  N   GLY C 170     -49.853  12.874 128.409  1.00 32.29           N  
+ATOM   7586  CA  GLY C 170     -48.618  13.143 127.709  1.00 27.31           C  
+ATOM   7587  C   GLY C 170     -47.601  13.932 128.490  1.00 29.30           C  
+ATOM   7588  O   GLY C 170     -46.500  14.176 127.972  1.00 34.47           O  
+ATOM   7589  N   ALA C 171     -47.926  14.333 129.717  1.00 29.40           N  
+ATOM   7590  CA  ALA C 171     -46.988  15.026 130.584  1.00 30.14           C  
+ATOM   7591  C   ALA C 171     -45.957  14.092 131.191  1.00 31.94           C  
+ATOM   7592  O   ALA C 171     -44.926  14.564 131.684  1.00 31.81           O  
+ATOM   7593  CB  ALA C 171     -47.734  15.730 131.718  1.00 31.11           C  
+ATOM   7594  N   LEU C 172     -46.219  12.788 131.191  1.00 30.92           N  
+ATOM   7595  CA  LEU C 172     -45.326  11.798 131.792  1.00 28.82           C  
+ATOM   7596  C   LEU C 172     -44.847  10.868 130.686  1.00 30.08           C  
+ATOM   7597  O   LEU C 172     -45.625  10.055 130.174  1.00 29.17           O  
+ATOM   7598  CB  LEU C 172     -46.036  11.028 132.912  1.00 27.23           C  
+ATOM   7599  CG  LEU C 172     -45.221   9.944 133.642  1.00 30.25           C  
+ATOM   7600  CD1 LEU C 172     -43.903  10.517 134.151  1.00 28.28           C  
+ATOM   7601  CD2 LEU C 172     -46.017   9.307 134.792  1.00 27.86           C  
+ATOM   7602  N   THR C 173     -43.574  11.005 130.293  1.00 27.35           N  
+ATOM   7603  CA  THR C 173     -42.970  10.095 129.324  1.00 33.58           C  
+ATOM   7604  C   THR C 173     -41.662   9.478 129.787  1.00 35.64           C  
+ATOM   7605  O   THR C 173     -41.303   8.409 129.283  1.00 36.28           O  
+ATOM   7606  CB  THR C 173     -42.720  10.799 127.977  1.00 34.03           C  
+ATOM   7607  OG1 THR C 173     -41.666  11.759 128.124  1.00 33.22           O  
+ATOM   7608  CG2 THR C 173     -43.979  11.500 127.494  1.00 31.56           C  
+ATOM   7609  N   SER C 174     -40.945  10.096 130.723  1.00 38.18           N  
+ATOM   7610  CA  SER C 174     -39.735   9.490 131.266  1.00 42.44           C  
+ATOM   7611  C   SER C 174     -40.075   8.221 132.038  1.00 40.80           C  
+ATOM   7612  O   SER C 174     -40.975   8.218 132.881  1.00 39.82           O  
+ATOM   7613  CB  SER C 174     -39.010  10.475 132.180  1.00 42.94           C  
+ATOM   7614  OG  SER C 174     -38.645  11.630 131.460  1.00 42.60           O  
+ATOM   7615  N   GLY C 175     -39.353   7.143 131.746  1.00 40.53           N  
+ATOM   7616  CA  GLY C 175     -39.578   5.884 132.425  1.00 41.07           C  
+ATOM   7617  C   GLY C 175     -40.784   5.095 131.960  1.00 37.04           C  
+ATOM   7618  O   GLY C 175     -41.166   4.134 132.635  1.00 35.77           O  
+ATOM   7619  N   VAL C 176     -41.398   5.466 130.841  1.00 33.21           N  
+ATOM   7620  CA  VAL C 176     -42.532   4.727 130.296  1.00 32.43           C  
+ATOM   7621  C   VAL C 176     -42.017   3.639 129.365  1.00 31.86           C  
+ATOM   7622  O   VAL C 176     -41.186   3.904 128.488  1.00 34.06           O  
+ATOM   7623  CB  VAL C 176     -43.500   5.657 129.543  1.00 26.90           C  
+ATOM   7624  CG1 VAL C 176     -44.654   4.850 128.982  1.00 26.76           C  
+ATOM   7625  CG2 VAL C 176     -43.997   6.762 130.453  1.00 25.39           C  
+ATOM   7626  N   HIS C 177     -42.527   2.417 129.535  1.00 26.94           N  
+ATOM   7627  CA  HIS C 177     -42.282   1.336 128.592  1.00 24.38           C  
+ATOM   7628  C   HIS C 177     -43.616   0.763 128.153  1.00 27.08           C  
+ATOM   7629  O   HIS C 177     -44.408   0.313 128.985  1.00 26.23           O  
+ATOM   7630  CB  HIS C 177     -41.405   0.244 129.201  1.00 24.15           C  
+ATOM   7631  CG  HIS C 177     -40.101   0.750 129.722  1.00 27.75           C  
+ATOM   7632  ND1 HIS C 177     -39.111   1.240 128.896  1.00 25.69           N  
+ATOM   7633  CD2 HIS C 177     -39.630   0.858 130.987  1.00 25.38           C  
+ATOM   7634  CE1 HIS C 177     -38.083   1.622 129.632  1.00 27.29           C  
+ATOM   7635  NE2 HIS C 177     -38.374   1.405 130.904  1.00 28.03           N  
+ATOM   7636  N   THR C 178     -43.869   0.800 126.854  1.00 30.99           N  
+ATOM   7637  CA  THR C 178     -45.068   0.222 126.266  1.00 30.98           C  
+ATOM   7638  C   THR C 178     -44.600  -0.935 125.399  1.00 29.30           C  
+ATOM   7639  O   THR C 178     -43.877  -0.729 124.418  1.00 27.87           O  
+ATOM   7640  CB  THR C 178     -45.847   1.271 125.472  1.00 32.45           C  
+ATOM   7641  OG1 THR C 178     -46.271   2.310 126.367  1.00 29.45           O  
+ATOM   7642  CG2 THR C 178     -47.071   0.652 124.786  1.00 29.55           C  
+ATOM   7643  N   PHE C 179     -44.974  -2.151 125.790  1.00 29.95           N  
+ATOM   7644  CA  PHE C 179     -44.446  -3.352 125.168  1.00 24.99           C  
+ATOM   7645  C   PHE C 179     -45.150  -3.636 123.844  1.00 28.37           C  
+ATOM   7646  O   PHE C 179     -46.312  -3.264 123.661  1.00 28.09           O  
+ATOM   7647  CB  PHE C 179     -44.614  -4.539 126.097  1.00 23.13           C  
+ATOM   7648  CG  PHE C 179     -43.795  -4.436 127.345  1.00 24.63           C  
+ATOM   7649  CD1 PHE C 179     -44.358  -3.986 128.529  1.00 27.02           C  
+ATOM   7650  CD2 PHE C 179     -42.450  -4.783 127.331  1.00 22.26           C  
+ATOM   7651  CE1 PHE C 179     -43.594  -3.896 129.675  1.00 24.00           C  
+ATOM   7652  CE2 PHE C 179     -41.683  -4.683 128.470  1.00 22.68           C  
+ATOM   7653  CZ  PHE C 179     -42.245  -4.240 129.634  1.00 21.73           C  
+ATOM   7654  N   PRO C 180     -44.466  -4.294 122.909  1.00 24.93           N  
+ATOM   7655  CA  PRO C 180     -45.129  -4.689 121.662  1.00 27.51           C  
+ATOM   7656  C   PRO C 180     -46.303  -5.610 121.955  1.00 28.30           C  
+ATOM   7657  O   PRO C 180     -46.235  -6.471 122.829  1.00 23.18           O  
+ATOM   7658  CB  PRO C 180     -44.028  -5.417 120.880  1.00 25.53           C  
+ATOM   7659  CG  PRO C 180     -42.748  -4.989 121.503  1.00 29.53           C  
+ATOM   7660  CD  PRO C 180     -43.065  -4.750 122.955  1.00 24.51           C  
+ATOM   7661  N   ALA C 181     -47.385  -5.417 121.211  1.00 27.78           N  
+ATOM   7662  CA  ALA C 181     -48.565  -6.248 121.377  1.00 30.58           C  
+ATOM   7663  C   ALA C 181     -48.266  -7.697 121.006  1.00 29.41           C  
+ATOM   7664  O   ALA C 181     -47.348  -7.988 120.234  1.00 29.96           O  
+ATOM   7665  CB  ALA C 181     -49.706  -5.714 120.514  1.00 32.61           C  
+ATOM   7666  N   VAL C 182     -49.040  -8.613 121.584  1.00 27.00           N  
+ATOM   7667  CA  VAL C 182     -49.013 -10.023 121.215  1.00 27.82           C  
+ATOM   7668  C   VAL C 182     -50.390 -10.418 120.696  1.00 27.24           C  
+ATOM   7669  O   VAL C 182     -51.421  -9.984 121.223  1.00 25.28           O  
+ATOM   7670  CB  VAL C 182     -48.588 -10.943 122.384  1.00 31.70           C  
+ATOM   7671  CG1 VAL C 182     -47.225 -10.536 122.907  1.00 33.28           C  
+ATOM   7672  CG2 VAL C 182     -49.624 -10.941 123.508  1.00 36.78           C  
+ATOM   7673  N   LEU C 183     -50.402 -11.241 119.654  1.00 25.97           N  
+ATOM   7674  CA  LEU C 183     -51.639 -11.730 119.066  1.00 28.80           C  
+ATOM   7675  C   LEU C 183     -52.069 -12.970 119.839  1.00 29.35           C  
+ATOM   7676  O   LEU C 183     -51.363 -13.978 119.845  1.00 28.94           O  
+ATOM   7677  CB  LEU C 183     -51.436 -12.027 117.580  1.00 27.34           C  
+ATOM   7678  CG  LEU C 183     -52.644 -12.585 116.822  1.00 31.24           C  
+ATOM   7679  CD1 LEU C 183     -53.885 -11.730 117.076  1.00 29.35           C  
+ATOM   7680  CD2 LEU C 183     -52.339 -12.680 115.317  1.00 26.90           C  
+ATOM   7681  N   GLN C 184     -53.213 -12.892 120.508  1.00 34.47           N  
+ATOM   7682  CA  GLN C 184     -53.664 -14.013 121.314  1.00 34.79           C  
+ATOM   7683  C   GLN C 184     -54.376 -15.031 120.428  1.00 36.07           C  
+ATOM   7684  O   GLN C 184     -54.733 -14.747 119.281  1.00 35.59           O  
+ATOM   7685  CB  GLN C 184     -54.587 -13.529 122.436  1.00 36.17           C  
+ATOM   7686  CG  GLN C 184     -53.997 -12.380 123.259  1.00 37.27           C  
+ATOM   7687  CD  GLN C 184     -55.002 -11.770 124.226  1.00 42.09           C  
+ATOM   7688  OE1 GLN C 184     -55.024 -12.107 125.408  1.00 43.87           O  
+ATOM   7689  NE2 GLN C 184     -55.839 -10.865 123.723  1.00 41.60           N  
+ATOM   7690  N   SER C 185     -54.573 -16.237 120.966  1.00 35.76           N  
+ATOM   7691  CA  SER C 185     -55.235 -17.279 120.184  1.00 40.25           C  
+ATOM   7692  C   SER C 185     -56.687 -16.934 119.884  1.00 39.96           C  
+ATOM   7693  O   SER C 185     -57.275 -17.516 118.965  1.00 42.87           O  
+ATOM   7694  CB  SER C 185     -55.142 -18.630 120.901  1.00 44.81           C  
+ATOM   7695  OG  SER C 185     -55.563 -18.541 122.252  1.00 47.33           O  
+ATOM   7696  N   SER C 186     -57.272 -15.990 120.621  1.00 36.20           N  
+ATOM   7697  CA  SER C 186     -58.612 -15.498 120.322  1.00 31.81           C  
+ATOM   7698  C   SER C 186     -58.672 -14.653 119.059  1.00 30.32           C  
+ATOM   7699  O   SER C 186     -59.771 -14.303 118.619  1.00 30.54           O  
+ATOM   7700  CB  SER C 186     -59.123 -14.653 121.484  1.00 35.60           C  
+ATOM   7701  OG  SER C 186     -58.356 -13.460 121.582  1.00 32.26           O  
+ATOM   7702  N   GLY C 187     -57.532 -14.283 118.487  1.00 30.38           N  
+ATOM   7703  CA  GLY C 187     -57.519 -13.316 117.415  1.00 29.61           C  
+ATOM   7704  C   GLY C 187     -57.444 -11.873 117.859  1.00 28.30           C  
+ATOM   7705  O   GLY C 187     -57.517 -10.980 117.011  1.00 23.67           O  
+ATOM   7706  N   LEU C 188     -57.304 -11.609 119.154  1.00 28.97           N  
+ATOM   7707  CA  LEU C 188     -57.267 -10.244 119.662  1.00 28.53           C  
+ATOM   7708  C   LEU C 188     -55.875  -9.934 120.204  1.00 27.96           C  
+ATOM   7709  O   LEU C 188     -55.150 -10.828 120.650  1.00 30.79           O  
+ATOM   7710  CB  LEU C 188     -58.337 -10.021 120.753  1.00 26.63           C  
+ATOM   7711  CG  LEU C 188     -59.802 -10.341 120.389  1.00 26.54           C  
+ATOM   7712  CD1 LEU C 188     -60.775 -10.040 121.528  1.00 26.95           C  
+ATOM   7713  CD2 LEU C 188     -60.239  -9.629 119.100  1.00 23.35           C  
+ATOM   7714  N   TYR C 189     -55.490  -8.662 120.134  1.00 26.30           N  
+ATOM   7715  CA  TYR C 189     -54.180  -8.234 120.606  1.00 23.53           C  
+ATOM   7716  C   TYR C 189     -54.253  -7.862 122.086  1.00 22.90           C  
+ATOM   7717  O   TYR C 189     -55.323  -7.543 122.614  1.00 22.05           O  
+ATOM   7718  CB  TYR C 189     -53.669  -7.050 119.779  1.00 20.51           C  
+ATOM   7719  CG  TYR C 189     -53.402  -7.404 118.325  1.00 23.45           C  
+ATOM   7720  CD1 TYR C 189     -52.169  -7.929 117.915  1.00 23.85           C  
+ATOM   7721  CD2 TYR C 189     -54.385  -7.222 117.359  1.00 26.51           C  
+ATOM   7722  CE1 TYR C 189     -51.934  -8.260 116.556  1.00 24.38           C  
+ATOM   7723  CE2 TYR C 189     -54.163  -7.542 116.021  1.00 25.42           C  
+ATOM   7724  CZ  TYR C 189     -52.942  -8.058 115.627  1.00 27.23           C  
+ATOM   7725  OH  TYR C 189     -52.763  -8.373 114.286  1.00 27.97           O  
+ATOM   7726  N   SER C 190     -53.096  -7.921 122.752  1.00 22.10           N  
+ATOM   7727  CA  SER C 190     -52.946  -7.526 124.150  1.00 25.20           C  
+ATOM   7728  C   SER C 190     -51.567  -6.901 124.349  1.00 25.13           C  
+ATOM   7729  O   SER C 190     -50.587  -7.347 123.741  1.00 21.48           O  
+ATOM   7730  CB  SER C 190     -53.109  -8.728 125.081  1.00 30.86           C  
+ATOM   7731  OG  SER C 190     -53.094  -8.335 126.437  1.00 39.74           O  
+ATOM   7732  N   LEU C 191     -51.483  -5.879 125.201  1.00 22.00           N  
+ATOM   7733  CA  LEU C 191     -50.172  -5.380 125.606  1.00 23.25           C  
+ATOM   7734  C   LEU C 191     -50.283  -4.713 126.972  1.00 24.48           C  
+ATOM   7735  O   LEU C 191     -51.377  -4.475 127.486  1.00 20.12           O  
+ATOM   7736  CB  LEU C 191     -49.584  -4.408 124.573  1.00 21.40           C  
+ATOM   7737  CG  LEU C 191     -50.250  -3.056 124.279  1.00 24.82           C  
+ATOM   7738  CD1 LEU C 191     -49.951  -1.982 125.335  1.00 20.60           C  
+ATOM   7739  CD2 LEU C 191     -49.838  -2.547 122.898  1.00 26.15           C  
+ATOM   7740  N   SER C 192     -49.126  -4.393 127.547  1.00 21.33           N  
+ATOM   7741  CA BSER C 192     -49.062  -3.633 128.788  0.62 22.40           C  
+ATOM   7742  C   SER C 192     -48.214  -2.386 128.578  1.00 22.83           C  
+ATOM   7743  O   SER C 192     -47.316  -2.362 127.732  1.00 25.94           O  
+ATOM   7744  CB BSER C 192     -48.481  -4.466 129.958  0.62 20.14           C  
+ATOM   7745  OG BSER C 192     -49.432  -5.389 130.463  0.62 21.84           O  
+ATOM   7746  N   SER C 193     -48.505  -1.352 129.367  1.00 26.50           N  
+ATOM   7747  CA  SER C 193     -47.685  -0.150 129.439  1.00 25.08           C  
+ATOM   7748  C   SER C 193     -47.395   0.075 130.909  1.00 20.14           C  
+ATOM   7749  O   SER C 193     -48.308  -0.018 131.736  1.00 20.59           O  
+ATOM   7750  CB  SER C 193     -48.373   1.082 128.837  1.00 20.06           C  
+ATOM   7751  OG  SER C 193     -47.515   2.221 128.885  1.00 22.27           O  
+ATOM   7752  N   VAL C 194     -46.128   0.332 131.234  1.00 20.10           N  
+ATOM   7753  CA  VAL C 194     -45.706   0.480 132.620  1.00 20.76           C  
+ATOM   7754  C   VAL C 194     -44.852   1.735 132.738  1.00 25.98           C  
+ATOM   7755  O   VAL C 194     -44.337   2.261 131.751  1.00 24.17           O  
+ATOM   7756  CB  VAL C 194     -44.945  -0.765 133.151  1.00 20.14           C  
+ATOM   7757  CG1 VAL C 194     -45.796  -2.025 132.998  1.00 24.43           C  
+ATOM   7758  CG2 VAL C 194     -43.574  -0.944 132.460  1.00 20.03           C  
+ATOM   7759  N   VAL C 195     -44.718   2.218 133.972  1.00 20.21           N  
+ATOM   7760  CA  VAL C 195     -43.873   3.372 134.259  1.00 22.66           C  
+ATOM   7761  C   VAL C 195     -43.398   3.231 135.696  1.00 26.13           C  
+ATOM   7762  O   VAL C 195     -44.100   2.662 136.534  1.00 25.44           O  
+ATOM   7763  CB  VAL C 195     -44.625   4.704 134.002  1.00 23.04           C  
+ATOM   7764  CG1 VAL C 195     -45.886   4.770 134.802  1.00 20.39           C  
+ATOM   7765  CG2 VAL C 195     -43.734   5.924 134.297  1.00 28.14           C  
+ATOM   7766  N   THR C 196     -42.176   3.684 135.963  1.00 29.59           N  
+ATOM   7767  CA  THR C 196     -41.646   3.699 137.320  1.00 32.87           C  
+ATOM   7768  C   THR C 196     -41.686   5.124 137.854  1.00 35.98           C  
+ATOM   7769  O   THR C 196     -41.427   6.085 137.118  1.00 34.09           O  
+ATOM   7770  CB  THR C 196     -40.217   3.144 137.383  1.00 32.71           C  
+ATOM   7771  OG1 THR C 196     -39.428   3.684 136.313  1.00 31.64           O  
+ATOM   7772  CG2 THR C 196     -40.232   1.625 137.283  1.00 33.51           C  
+ATOM   7773  N   VAL C 197     -42.036   5.249 139.132  1.00 34.18           N  
+ATOM   7774  CA  VAL C 197     -42.248   6.542 139.779  1.00 34.89           C  
+ATOM   7775  C   VAL C 197     -41.576   6.486 141.145  1.00 36.35           C  
+ATOM   7776  O   VAL C 197     -41.293   5.393 141.657  1.00 35.99           O  
+ATOM   7777  CB  VAL C 197     -43.758   6.883 139.900  1.00 34.12           C  
+ATOM   7778  CG1 VAL C 197     -44.438   6.838 138.537  1.00 32.74           C  
+ATOM   7779  CG2 VAL C 197     -44.457   5.933 140.846  1.00 30.72           C  
+ATOM   7780  N   PRO C 198     -41.259   7.636 141.738  1.00 39.31           N  
+ATOM   7781  CA  PRO C 198     -40.725   7.614 143.105  1.00 39.56           C  
+ATOM   7782  C   PRO C 198     -41.752   7.037 144.064  1.00 35.71           C  
+ATOM   7783  O   PRO C 198     -42.924   7.424 144.055  1.00 33.09           O  
+ATOM   7784  CB  PRO C 198     -40.433   9.091 143.402  1.00 41.72           C  
+ATOM   7785  CG  PRO C 198     -41.240   9.855 142.407  1.00 44.54           C  
+ATOM   7786  CD  PRO C 198     -41.269   9.000 141.180  1.00 42.04           C  
+ATOM   7787  N   SER C 199     -41.301   6.096 144.898  1.00 40.54           N  
+ATOM   7788  CA  SER C 199     -42.216   5.442 145.828  1.00 43.41           C  
+ATOM   7789  C   SER C 199     -42.939   6.445 146.726  1.00 46.43           C  
+ATOM   7790  O   SER C 199     -44.070   6.187 147.152  1.00 47.15           O  
+ATOM   7791  CB  SER C 199     -41.454   4.416 146.662  1.00 46.47           C  
+ATOM   7792  OG  SER C 199     -42.350   3.566 147.353  1.00 51.46           O  
+ATOM   7793  N   SER C 200     -42.329   7.605 146.997  1.00 48.63           N  
+ATOM   7794  CA  SER C 200     -42.973   8.596 147.854  1.00 51.59           C  
+ATOM   7795  C   SER C 200     -44.128   9.317 147.169  1.00 52.41           C  
+ATOM   7796  O   SER C 200     -44.929   9.964 147.852  1.00 52.53           O  
+ATOM   7797  CB  SER C 200     -41.949   9.622 148.338  1.00 54.83           C  
+ATOM   7798  OG  SER C 200     -40.890   8.987 149.034  1.00 59.17           O  
+ATOM   7799  N   SER C 201     -44.237   9.233 145.848  1.00 51.65           N  
+ATOM   7800  CA  SER C 201     -45.297   9.936 145.140  1.00 53.86           C  
+ATOM   7801  C   SER C 201     -46.607   9.155 145.078  1.00 52.05           C  
+ATOM   7802  O   SER C 201     -47.612   9.704 144.609  1.00 51.46           O  
+ATOM   7803  CB  SER C 201     -44.843  10.280 143.715  1.00 54.84           C  
+ATOM   7804  OG  SER C 201     -44.654   9.112 142.934  1.00 53.13           O  
+ATOM   7805  N   LEU C 202     -46.629   7.906 145.554  1.00 48.54           N  
+ATOM   7806  CA  LEU C 202     -47.786   7.044 145.328  1.00 45.88           C  
+ATOM   7807  C   LEU C 202     -49.043   7.542 146.027  1.00 50.36           C  
+ATOM   7808  O   LEU C 202     -50.149   7.210 145.588  1.00 50.68           O  
+ATOM   7809  CB  LEU C 202     -47.474   5.610 145.769  1.00 37.53           C  
+ATOM   7810  CG  LEU C 202     -46.424   4.886 144.919  1.00 33.57           C  
+ATOM   7811  CD1 LEU C 202     -46.135   3.492 145.465  1.00 33.08           C  
+ATOM   7812  CD2 LEU C 202     -46.884   4.817 143.443  1.00 32.61           C  
+ATOM   7813  N   GLY C 203     -48.912   8.327 147.092  1.00 55.13           N  
+ATOM   7814  CA  GLY C 203     -50.089   8.840 147.765  1.00 56.39           C  
+ATOM   7815  C   GLY C 203     -50.412  10.289 147.458  1.00 58.63           C  
+ATOM   7816  O   GLY C 203     -51.485  10.775 147.825  1.00 60.92           O  
+ATOM   7817  N   THR C 204     -49.504  10.992 146.780  1.00 62.19           N  
+ATOM   7818  CA  THR C 204     -49.650  12.425 146.545  1.00 61.91           C  
+ATOM   7819  C   THR C 204     -49.623  12.807 145.068  1.00 62.43           C  
+ATOM   7820  O   THR C 204     -49.614  14.003 144.754  1.00 66.07           O  
+ATOM   7821  CB  THR C 204     -48.559  13.199 147.290  1.00 63.45           C  
+ATOM   7822  OG1 THR C 204     -47.271  12.727 146.874  1.00 62.81           O  
+ATOM   7823  CG2 THR C 204     -48.710  13.017 148.794  1.00 64.70           C  
+ATOM   7824  N   GLN C 205     -49.596  11.838 144.155  1.00 55.76           N  
+ATOM   7825  CA  GLN C 205     -49.668  12.123 142.728  1.00 51.18           C  
+ATOM   7826  C   GLN C 205     -50.630  11.144 142.076  1.00 46.34           C  
+ATOM   7827  O   GLN C 205     -50.684   9.974 142.457  1.00 46.28           O  
+ATOM   7828  CB  GLN C 205     -48.283  12.036 142.058  1.00 50.76           C  
+ATOM   7829  CG  GLN C 205     -48.302  12.201 140.535  1.00 52.77           C  
+ATOM   7830  CD  GLN C 205     -48.852  13.551 140.084  1.00 54.45           C  
+ATOM   7831  OE1 GLN C 205     -48.621  14.577 140.730  1.00 56.51           O  
+ATOM   7832  NE2 GLN C 205     -49.586  13.554 138.973  1.00 52.27           N  
+ATOM   7833  N   THR C 206     -51.396  11.630 141.107  1.00 43.58           N  
+ATOM   7834  CA  THR C 206     -52.323  10.799 140.352  1.00 42.52           C  
+ATOM   7835  C   THR C 206     -51.660  10.352 139.054  1.00 39.28           C  
+ATOM   7836  O   THR C 206     -51.023  11.159 138.367  1.00 36.92           O  
+ATOM   7837  CB  THR C 206     -53.618  11.558 140.060  1.00 44.69           C  
+ATOM   7838  OG1 THR C 206     -54.305  11.812 141.291  1.00 44.66           O  
+ATOM   7839  CG2 THR C 206     -54.519  10.751 139.132  1.00 44.50           C  
+ATOM   7840  N   TYR C 207     -51.798   9.065 138.729  1.00 35.81           N  
+ATOM   7841  CA  TYR C 207     -51.288   8.510 137.482  1.00 31.27           C  
+ATOM   7842  C   TYR C 207     -52.443   7.922 136.697  1.00 30.44           C  
+ATOM   7843  O   TYR C 207     -53.182   7.073 137.202  1.00 30.95           O  
+ATOM   7844  CB  TYR C 207     -50.220   7.453 137.742  1.00 30.56           C  
+ATOM   7845  CG  TYR C 207     -49.038   8.027 138.456  1.00 29.36           C  
+ATOM   7846  CD1 TYR C 207     -48.049   8.722 137.758  1.00 26.47           C  
+ATOM   7847  CD2 TYR C 207     -48.916   7.907 139.833  1.00 27.32           C  
+ATOM   7848  CE1 TYR C 207     -46.971   9.268 138.416  1.00 28.00           C  
+ATOM   7849  CE2 TYR C 207     -47.842   8.438 140.492  1.00 28.79           C  
+ATOM   7850  CZ  TYR C 207     -46.871   9.119 139.791  1.00 29.87           C  
+ATOM   7851  OH  TYR C 207     -45.804   9.650 140.474  1.00 32.34           O  
+ATOM   7852  N   ILE C 208     -52.588   8.369 135.462  1.00 29.55           N  
+ATOM   7853  CA  ILE C 208     -53.667   7.945 134.594  1.00 28.99           C  
+ATOM   7854  C   ILE C 208     -53.042   7.539 133.275  1.00 27.93           C  
+ATOM   7855  O   ILE C 208     -52.179   8.250 132.747  1.00 26.66           O  
+ATOM   7856  CB  ILE C 208     -54.711   9.066 134.403  1.00 30.96           C  
+ATOM   7857  CG1 ILE C 208     -55.442   9.316 135.728  1.00 36.64           C  
+ATOM   7858  CG2 ILE C 208     -55.683   8.725 133.282  1.00 28.73           C  
+ATOM   7859  CD1 ILE C 208     -56.395  10.478 135.699  1.00 40.21           C  
+ATOM   7860  N   CYS C 209     -53.437   6.381 132.766  1.00 26.00           N  
+ATOM   7861  CA  CYS C 209     -53.017   5.980 131.437  1.00 27.88           C  
+ATOM   7862  C   CYS C 209     -54.150   6.288 130.472  1.00 27.35           C  
+ATOM   7863  O   CYS C 209     -55.323   6.070 130.796  1.00 33.25           O  
+ATOM   7864  CB  CYS C 209     -52.590   4.508 131.388  1.00 31.36           C  
+ATOM   7865  SG  CYS C 209     -53.863   3.231 131.357  1.00 37.20           S  
+ATOM   7866  N   ASN C 210     -53.792   6.840 129.317  1.00 27.84           N  
+ATOM   7867  CA  ASN C 210     -54.726   7.261 128.283  1.00 26.23           C  
+ATOM   7868  C   ASN C 210     -54.531   6.349 127.087  1.00 27.17           C  
+ATOM   7869  O   ASN C 210     -53.446   6.324 126.497  1.00 25.39           O  
+ATOM   7870  CB  ASN C 210     -54.484   8.714 127.868  1.00 28.85           C  
+ATOM   7871  CG  ASN C 210     -54.077   9.595 129.027  1.00 30.86           C  
+ATOM   7872  OD1 ASN C 210     -52.924  10.045 129.105  1.00 32.20           O  
+ATOM   7873  ND2 ASN C 210     -55.014   9.858 129.929  1.00 27.89           N  
+ATOM   7874  N   VAL C 211     -55.571   5.603 126.731  1.00 27.63           N  
+ATOM   7875  CA  VAL C 211     -55.486   4.599 125.678  1.00 27.40           C  
+ATOM   7876  C   VAL C 211     -56.362   5.043 124.517  1.00 27.15           C  
+ATOM   7877  O   VAL C 211     -57.550   5.332 124.695  1.00 31.57           O  
+ATOM   7878  CB  VAL C 211     -55.893   3.208 126.190  1.00 26.52           C  
+ATOM   7879  CG1 VAL C 211     -55.735   2.196 125.099  1.00 20.24           C  
+ATOM   7880  CG2 VAL C 211     -55.035   2.824 127.414  1.00 24.00           C  
+ATOM   7881  N   ASN C 212     -55.772   5.098 123.332  1.00 28.94           N  
+ATOM   7882  CA BASN C 212     -56.462   5.524 122.123  0.53 30.97           C  
+ATOM   7883  C   ASN C 212     -56.402   4.399 121.099  1.00 30.09           C  
+ATOM   7884  O   ASN C 212     -55.314   3.912 120.768  1.00 27.59           O  
+ATOM   7885  CB BASN C 212     -55.830   6.806 121.556  0.53 33.10           C  
+ATOM   7886  CG BASN C 212     -56.647   7.425 120.424  0.53 36.03           C  
+ATOM   7887  OD1BASN C 212     -57.517   6.781 119.838  0.53 38.66           O  
+ATOM   7888  ND2BASN C 212     -56.362   8.684 120.114  0.53 37.55           N  
+ATOM   7889  N   HIS C 213     -57.567   3.991 120.609  1.00 33.81           N  
+ATOM   7890  CA  HIS C 213     -57.694   2.977 119.561  1.00 35.38           C  
+ATOM   7891  C   HIS C 213     -58.401   3.645 118.384  1.00 38.73           C  
+ATOM   7892  O   HIS C 213     -59.624   3.821 118.410  1.00 38.92           O  
+ATOM   7893  CB  HIS C 213     -58.460   1.754 120.058  1.00 31.14           C  
+ATOM   7894  CG  HIS C 213     -58.413   0.596 119.114  1.00 31.01           C  
+ATOM   7895  ND1 HIS C 213     -59.542   0.063 118.530  1.00 31.60           N  
+ATOM   7896  CD2 HIS C 213     -57.367  -0.116 118.630  1.00 30.08           C  
+ATOM   7897  CE1 HIS C 213     -59.195  -0.937 117.739  1.00 29.26           C  
+ATOM   7898  NE2 HIS C 213     -57.882  -1.067 117.784  1.00 31.09           N  
+ATOM   7899  N   LYS C 214     -57.625   4.045 117.374  1.00 42.89           N  
+ATOM   7900  CA  LYS C 214     -58.194   4.754 116.227  1.00 46.19           C  
+ATOM   7901  C   LYS C 214     -59.165   3.903 115.419  1.00 45.25           C  
+ATOM   7902  O   LYS C 214     -60.244   4.412 115.066  1.00 41.48           O  
+ATOM   7903  CB  LYS C 214     -57.068   5.291 115.334  1.00 52.69           C  
+ATOM   7904  CG  LYS C 214     -56.219   6.397 115.965  1.00 60.19           C  
+ATOM   7905  CD  LYS C 214     -57.071   7.610 116.345  1.00 65.24           C  
+ATOM   7906  CE  LYS C 214     -56.222   8.768 116.862  1.00 67.73           C  
+ATOM   7907  NZ  LYS C 214     -55.203   9.230 115.877  1.00 68.68           N  
+ATOM   7908  N   PRO C 215     -58.866   2.641 115.077  1.00 43.95           N  
+ATOM   7909  CA  PRO C 215     -59.815   1.874 114.251  1.00 43.69           C  
+ATOM   7910  C   PRO C 215     -61.210   1.799 114.833  1.00 45.60           C  
+ATOM   7911  O   PRO C 215     -62.181   1.680 114.076  1.00 48.06           O  
+ATOM   7912  CB  PRO C 215     -59.165   0.487 114.174  1.00 43.07           C  
+ATOM   7913  CG  PRO C 215     -57.710   0.757 114.351  1.00 43.29           C  
+ATOM   7914  CD  PRO C 215     -57.636   1.869 115.338  1.00 43.47           C  
+ATOM   7915  N   SER C 216     -61.348   1.870 116.154  1.00 44.08           N  
+ATOM   7916  CA  SER C 216     -62.650   1.829 116.797  1.00 43.75           C  
+ATOM   7917  C   SER C 216     -63.087   3.184 117.332  1.00 46.77           C  
+ATOM   7918  O   SER C 216     -64.165   3.277 117.930  1.00 49.19           O  
+ATOM   7919  CB  SER C 216     -62.649   0.802 117.937  1.00 43.19           C  
+ATOM   7920  OG  SER C 216     -61.775   1.196 118.981  1.00 37.81           O  
+ATOM   7921  N   ASN C 217     -62.283   4.229 117.134  1.00 47.99           N  
+ATOM   7922  CA  ASN C 217     -62.561   5.566 117.661  1.00 53.98           C  
+ATOM   7923  C   ASN C 217     -62.894   5.520 119.150  1.00 54.43           C  
+ATOM   7924  O   ASN C 217     -63.851   6.141 119.622  1.00 58.15           O  
+ATOM   7925  CB  ASN C 217     -63.676   6.240 116.863  1.00 62.22           C  
+ATOM   7926  CG  ASN C 217     -63.175   6.825 115.562  1.00 67.45           C  
+ATOM   7927  OD1 ASN C 217     -62.132   7.481 115.529  1.00 70.42           O  
+ATOM   7928  ND2 ASN C 217     -63.905   6.580 114.479  1.00 67.86           N  
+ATOM   7929  N   THR C 218     -62.082   4.773 119.894  1.00 50.36           N  
+ATOM   7930  CA  THR C 218     -62.265   4.566 121.323  1.00 49.12           C  
+ATOM   7931  C   THR C 218     -61.144   5.256 122.092  1.00 46.06           C  
+ATOM   7932  O   THR C 218     -59.985   5.242 121.663  1.00 46.84           O  
+ATOM   7933  CB  THR C 218     -62.283   3.070 121.661  1.00 53.40           C  
+ATOM   7934  OG1 THR C 218     -63.270   2.408 120.862  1.00 60.82           O  
+ATOM   7935  CG2 THR C 218     -62.617   2.845 123.130  1.00 55.06           C  
+ATOM   7936  N   LYS C 219     -61.498   5.864 123.223  1.00 42.89           N  
+ATOM   7937  CA  LYS C 219     -60.541   6.468 124.144  1.00 42.20           C  
+ATOM   7938  C   LYS C 219     -60.902   6.059 125.565  1.00 39.11           C  
+ATOM   7939  O   LYS C 219     -62.046   6.242 125.990  1.00 39.30           O  
+ATOM   7940  CB  LYS C 219     -60.532   7.998 124.039  1.00 48.11           C  
+ATOM   7941  CG  LYS C 219     -60.193   8.550 122.670  1.00 53.64           C  
+ATOM   7942  CD  LYS C 219     -60.391  10.063 122.633  1.00 60.50           C  
+ATOM   7943  CE  LYS C 219     -60.338  10.599 121.205  1.00 65.94           C  
+ATOM   7944  NZ  LYS C 219     -60.781  12.021 121.122  1.00 68.44           N  
+ATOM   7945  N   VAL C 220     -59.925   5.530 126.301  1.00 35.91           N  
+ATOM   7946  CA  VAL C 220     -60.100   5.110 127.687  1.00 35.60           C  
+ATOM   7947  C   VAL C 220     -59.089   5.850 128.551  1.00 32.44           C  
+ATOM   7948  O   VAL C 220     -57.905   5.926 128.200  1.00 32.36           O  
+ATOM   7949  CB  VAL C 220     -59.918   3.587 127.852  1.00 37.98           C  
+ATOM   7950  CG1 VAL C 220     -60.210   3.166 129.291  1.00 38.35           C  
+ATOM   7951  CG2 VAL C 220     -60.798   2.819 126.869  1.00 38.98           C  
+ATOM   7952  N   ASP C 221     -59.545   6.375 129.687  1.00 28.35           N  
+ATOM   7953  CA  ASP C 221     -58.658   6.892 130.721  1.00 32.39           C  
+ATOM   7954  C   ASP C 221     -58.858   6.065 131.980  1.00 31.31           C  
+ATOM   7955  O   ASP C 221     -59.994   5.876 132.423  1.00 33.95           O  
+ATOM   7956  CB  ASP C 221     -58.921   8.376 131.013  1.00 37.29           C  
+ATOM   7957  CG  ASP C 221     -58.561   9.281 129.837  1.00 39.13           C  
+ATOM   7958  OD1 ASP C 221     -57.386   9.278 129.407  1.00 37.52           O  
+ATOM   7959  OD2 ASP C 221     -59.465   9.982 129.336  1.00 39.17           O  
+ATOM   7960  N   LYS C 222     -57.762   5.567 132.543  1.00 30.99           N  
+ATOM   7961  CA  LYS C 222     -57.813   4.678 133.696  1.00 32.68           C  
+ATOM   7962  C   LYS C 222     -56.850   5.193 134.752  1.00 29.84           C  
+ATOM   7963  O   LYS C 222     -55.642   5.264 134.510  1.00 27.97           O  
+ATOM   7964  CB  LYS C 222     -57.458   3.240 133.304  1.00 35.97           C  
+ATOM   7965  CG  LYS C 222     -57.557   2.237 134.448  1.00 39.75           C  
+ATOM   7966  CD  LYS C 222     -58.979   2.137 134.985  1.00 40.63           C  
+ATOM   7967  CE  LYS C 222     -59.925   1.601 133.934  1.00 46.39           C  
+ATOM   7968  NZ  LYS C 222     -61.322   1.431 134.447  1.00 50.51           N  
+ATOM   7969  N   LYS C 223     -57.383   5.562 135.910  1.00 29.94           N  
+ATOM   7970  CA  LYS C 223     -56.540   5.891 137.048  1.00 30.64           C  
+ATOM   7971  C   LYS C 223     -55.967   4.607 137.640  1.00 30.77           C  
+ATOM   7972  O   LYS C 223     -56.675   3.604 137.777  1.00 29.74           O  
+ATOM   7973  CB  LYS C 223     -57.349   6.657 138.098  1.00 34.55           C  
+ATOM   7974  CG  LYS C 223     -56.591   7.059 139.346  1.00 35.43           C  
+ATOM   7975  CD  LYS C 223     -57.559   7.671 140.341  1.00 42.23           C  
+ATOM   7976  CE  LYS C 223     -56.940   7.886 141.714  1.00 46.56           C  
+ATOM   7977  NZ  LYS C 223     -55.845   8.880 141.661  1.00 50.39           N  
+ATOM   7978  N   VAL C 224     -54.673   4.635 137.964  1.00 26.52           N  
+ATOM   7979  CA  VAL C 224     -53.956   3.488 138.507  1.00 25.77           C  
+ATOM   7980  C   VAL C 224     -53.464   3.898 139.889  1.00 32.99           C  
+ATOM   7981  O   VAL C 224     -52.597   4.772 140.006  1.00 34.80           O  
+ATOM   7982  CB  VAL C 224     -52.777   3.058 137.619  1.00 24.49           C  
+ATOM   7983  CG1 VAL C 224     -52.131   1.799 138.177  1.00 26.02           C  
+ATOM   7984  CG2 VAL C 224     -53.205   2.834 136.164  1.00 21.88           C  
+ATOM   7985  N   GLU C 225     -53.994   3.272 140.932  1.00 38.29           N  
+ATOM   7986  CA  GLU C 225     -53.591   3.598 142.299  1.00 43.58           C  
+ATOM   7987  C   GLU C 225     -53.339   2.324 143.094  1.00 43.29           C  
+ATOM   7988  O   GLU C 225     -53.923   1.277 142.790  1.00 41.02           O  
+ATOM   7989  CB  GLU C 225     -54.664   4.438 143.010  1.00 49.38           C  
+ATOM   7990  CG  GLU C 225     -55.998   3.732 143.157  1.00 56.25           C  
+ATOM   7991  CD  GLU C 225     -57.019   4.584 143.879  1.00 63.31           C  
+ATOM   7992  OE1 GLU C 225     -56.675   5.725 144.252  1.00 62.82           O  
+ATOM   7993  OE2 GLU C 225     -58.163   4.114 144.071  1.00 69.22           O  
+ATOM   7994  N   PRO C 226     -52.494   2.382 144.125  1.00 46.11           N  
+ATOM   7995  CA  PRO C 226     -52.254   1.188 144.947  1.00 50.22           C  
+ATOM   7996  C   PRO C 226     -53.523   0.723 145.647  1.00 53.46           C  
+ATOM   7997  O   PRO C 226     -54.442   1.501 145.907  1.00 49.86           O  
+ATOM   7998  CB  PRO C 226     -51.203   1.652 145.963  1.00 49.11           C  
+ATOM   7999  CG  PRO C 226     -51.379   3.127 146.038  1.00 48.27           C  
+ATOM   8000  CD  PRO C 226     -51.764   3.554 144.640  1.00 48.07           C  
+ATOM   8001  N   LYS C 227     -53.560  -0.577 145.946  1.00 63.40           N  
+ATOM   8002  CA  LYS C 227     -54.677  -1.159 146.678  1.00 76.33           C  
+ATOM   8003  C   LYS C 227     -54.644  -0.741 148.149  1.00 88.66           C  
+ATOM   8004  O   LYS C 227     -53.616  -0.313 148.684  1.00 88.09           O  
+ATOM   8005  CB  LYS C 227     -54.660  -2.685 146.587  1.00 77.78           C  
+ATOM   8006  CG  LYS C 227     -54.948  -3.244 145.210  1.00 80.03           C  
+ATOM   8007  CD  LYS C 227     -55.535  -4.651 145.299  1.00 82.41           C  
+ATOM   8008  CE  LYS C 227     -54.648  -5.595 146.104  1.00 83.66           C  
+ATOM   8009  NZ  LYS C 227     -53.395  -5.958 145.393  1.00 84.41           N  
+ATOM   8010  N   SER C 228     -55.791  -0.898 148.809  1.00100.86           N  
+ATOM   8011  CA  SER C 228     -55.984  -0.458 150.190  1.00111.77           C  
+ATOM   8012  C   SER C 228     -55.851  -1.661 151.117  1.00124.04           C  
+ATOM   8013  O   SER C 228     -56.804  -2.422 151.305  1.00124.96           O  
+ATOM   8014  CB  SER C 228     -57.344   0.211 150.348  1.00110.81           C  
+ATOM   8015  OG  SER C 228     -58.385  -0.669 149.960  1.00110.34           O  
+ATOM   8016  N   CYS C 229     -54.669  -1.827 151.704  1.00137.85           N  
+ATOM   8017  CA  CYS C 229     -54.450  -2.885 152.686  1.00143.12           C  
+ATOM   8018  C   CYS C 229     -54.515  -2.315 154.101  1.00146.25           C  
+ATOM   8019  O   CYS C 229     -55.589  -1.965 154.592  1.00147.89           O  
+ATOM   8020  CB  CYS C 229     -53.101  -3.584 152.464  1.00147.02           C  
+ATOM   8021  SG  CYS C 229     -52.846  -4.334 150.824  1.00150.73           S  
+HETATM 8022  O   HOH C 230     -36.911   5.606  85.658  1.00 34.92           O  
+HETATM 8023  O   HOH C 231     -62.062  -8.836 110.497  1.00 49.21           O  
+HETATM 8024  O   HOH C 232     -33.258   5.197 147.380  1.00 47.78           O  
+HETATM 8025  O   HOH C 233     -50.517 -15.128 121.580  1.00 45.85           O  
+HETATM 8026  O   HOH C 234     -33.186  -6.230  73.984  1.00 39.19           O  
+HETATM 8027  O   HOH C 235     -52.250  -4.488 143.998  1.00 40.84           O  
+HETATM 8028  O   HOH C 236     -54.845 -19.105 100.386  1.00 46.65           O  
+HETATM 8029  O   HOH C 237     -43.836   7.557 100.776  1.00 41.85           O  
+HETATM 8030  O   HOH C 238     -31.227  -5.722  93.189  1.00 33.95           O  
+HETATM 8031  O   HOH C 239     -47.629 -11.684  86.484  1.00 23.68           O  
+HETATM 8032  O   HOH C 240     -38.494   1.977  74.195  1.00 35.91           O  
+HETATM 8033  O   HOH C 241     -54.074  -0.228 111.641  1.00 48.61           O  
+HETATM 8034  O   HOH C 242     -63.179  -9.693  97.117  1.00 53.43           O  
+HETATM 8035  O   HOH C 243     -43.110  -7.504  76.214  1.00 37.54           O  
+HETATM 8036  O   HOH C 244     -41.206  -0.660  81.364  1.00 34.58           O  
+HETATM 8037  O   HOH C 245     -58.512 -12.880 124.021  1.00 38.93           O  
+HETATM 8038  O   HOH C 246     -54.484  -3.504  87.808  1.00 44.07           O  
+HETATM 8039  O   HOH C 247     -47.839 -15.817 102.615  1.00 34.49           O  
+HETATM 8040  O   HOH C 248     -31.921   1.648  92.263  1.00 21.49           O  
+HETATM 8041  O   HOH C 249     -54.519   7.498  82.838  1.00 51.76           O  
+HETATM 8042  O   HOH C 250     -54.509   4.379  90.435  1.00 38.01           O  
+HETATM 8043  O   HOH C 251     -50.952   5.103  96.416  1.00 45.73           O  
+HETATM 8044  O   HOH C 252     -41.815   1.876 107.674  1.00 37.87           O  
+HETATM 8045  O   HOH C 253     -50.583   7.380 143.058  1.00 44.39           O  
+HETATM 8046  O   HOH C 254     -33.880   3.898 150.338  1.00 35.87           O  
+HETATM 8047  O   HOH C 255     -47.084  -6.742 127.588  1.00 29.34           O  
+HETATM 8048  O   HOH C 256     -54.782   2.056  82.152  1.00 58.38           O  
+HETATM 8049  O   HOH C 257     -48.111 -12.037 109.599  1.00 32.85           O  
+HETATM 8050  O   HOH C 258     -57.307  -1.723  98.417  1.00 41.88           O  
+HETATM 8051  O   HOH C 259     -47.240  -7.244 117.747  1.00 54.32           O  
+HETATM 8052  O   HOH C 260     -50.276  -8.856 113.677  1.00 33.24           O  
+HETATM 8053  O   HOH C 261     -53.015   7.256 140.677  1.00 28.77           O  
+HETATM 8054  O   HOH C 262     -49.335  -8.143  85.361  1.00 21.18           O  
+HETATM 8055  O   HOH C 263     -38.947   1.570 126.297  1.00 51.22           O  
+HETATM 8056  O   HOH C 264     -46.943   9.568 127.952  1.00 36.85           O  
+HETATM 8057  O   HOH C 265     -41.675 -10.504  79.051  1.00 39.95           O  
+HETATM 8058  O   HOH C 266     -44.853  -8.746 119.845  1.00 35.95           O  
+HETATM 8059  O   HOH C 267     -54.596  -3.574 108.748  1.00 23.98           O  
+HETATM 8060  O   HOH C 268     -28.623   4.151  79.607  1.00 37.19           O  
+HETATM 8061  O   HOH C 269     -39.044   2.674 133.898  1.00 27.01           O  
+HETATM 8062  O   HOH C 270     -29.580  -2.732  74.605  1.00 24.77           O  
+HETATM 8063  O   HOH C 271     -40.058 -17.880  93.173  1.00 43.15           O  
+HETATM 8064  O   HOH C 272     -26.789  -5.072  93.248  1.00 20.29           O  
+HETATM 8065  O   HOH C 273     -52.048  -6.230  89.838  1.00 24.43           O  
+HETATM 8066  O   HOH C 274     -32.522   4.220 100.114  1.00 29.91           O  
+HETATM 8067  O   HOH C 275     -46.289   4.805 125.432  1.00 42.84           O  
+HETATM 8068  O   HOH C 276     -57.861   9.165 126.779  1.00 46.08           O  
+HETATM 8069  O   HOH C 277     -40.278 -14.159  84.928  1.00 37.11           O  
+HETATM 8070  O   HOH C 278     -40.953  -2.764  82.375  1.00 23.80           O  
+HETATM 8071  O   HOH C 279     -47.372  -7.327 125.106  1.00 26.53           O  
+HETATM 8072  O   HOH C 280     -48.166   8.919  90.182  1.00 46.35           O  
+HETATM 8073  O   HOH C 281     -37.344   9.024  85.229  1.00 42.84           O  
+HETATM 8074  O   HOH C 282     -36.019  -5.625  71.215  1.00 33.87           O  
+HETATM 8075  O   HOH C 283     -63.020 -16.105 105.873  1.00 44.09           O  
+HETATM 8076  O   HOH C 284     -39.183 -14.012  98.919  1.00 21.17           O  
+HETATM 8077  O   HOH C 285     -59.738 -18.307  97.640  1.00 53.21           O  
+HETATM 8078  O   HOH C 286     -55.428   0.331  95.815  1.00 39.12           O  
+HETATM 8079  O   HOH C 287     -40.186   7.331  98.612  1.00 39.08           O  
+HETATM 8080  O   HOH C 288     -33.040  -6.856  91.203  1.00 33.33           O  
+HETATM 8081  O   HOH C 289     -37.285 -10.835  80.726  1.00 31.85           O  
+HETATM 8082  O   HOH C 290     -50.589  15.983 133.072  1.00 28.86           O  
+HETATM 8083  O   HOH C 291     -47.762  -3.051 119.239  1.00 41.70           O  
+HETATM 8084  O   HOH C 292     -54.895 -15.760 116.760  1.00 47.28           O  
+HETATM 8085  O   HOH C 293     -26.831   2.869  89.866  1.00 45.64           O  
+HETATM 8086  O   HOH C 294     -43.926  -4.736 109.862  1.00 27.42           O  
+HETATM 8087  O   HOH C 295     -56.189  13.420 128.053  1.00 39.75           O  
+HETATM 8088  O   HOH C 296     -30.652   4.706  91.089  1.00 48.20           O  
+HETATM 8089  O   HOH C 297     -39.200 -10.684 116.572  1.00 53.07           O  
+HETATM 8090  O   HOH C 298     -63.518  -8.926 117.946  1.00 39.82           O  
+HETATM 8091  O   HOH C 299     -41.743 -10.749 107.485  1.00 24.84           O  
+HETATM 8092  O   HOH C 300     -42.324  -2.620 108.693  1.00 29.80           O  
+HETATM 8093  O   HOH C 301     -41.299   8.565 135.960  1.00 57.59           O  
+HETATM 8094  O   HOH C 302     -59.690 -13.944  97.159  1.00 27.93           O  
+HETATM 8095  O   HOH C 303     -55.292   3.450  93.025  1.00 41.55           O  
+HETATM 8096  O   HOH C 304     -49.183  -7.832 129.215  1.00 30.46           O  
+HETATM 8097  O   HOH C 305     -45.238  -2.178 141.804  1.00 43.24           O  
+HETATM 8098  O   HOH C 306     -42.147  -0.129  85.881  1.00 57.19           O  
+HETATM 8099  O   HOH C 307     -58.857  -3.707  96.840  1.00 39.37           O  
+HETATM 8100  O   HOH C 308     -62.915  -9.635 126.334  1.00 56.58           O  
+HETATM 8101  O   HOH C 309     -45.514  -5.991  83.189  1.00 29.42           O  
+HETATM 8102  O   HOH C 310     -34.708  -5.664  80.084  1.00 25.02           O  
+HETATM 8103  O   HOH C 311     -64.165  -5.363 111.694  1.00 51.93           O  
+HETATM 8104  O   HOH C 312     -40.226  -0.774  79.202  1.00 37.35           O  
+HETATM 8105  O   HOH C 313     -53.890 -12.379 111.383  1.00 36.68           O  
+HETATM 8106  O   HOH C 314     -42.578  -4.843 112.575  1.00 43.57           O  
+HETATM 8107  O   HOH C 315     -54.862   3.573 117.194  1.00 41.69           O  
+HETATM 8108  O   HOH C 316     -64.195   6.493 123.216  1.00 41.74           O  
+HETATM 8109  O   HOH C 317     -41.064  -2.078  85.523  1.00 40.59           O  
+HETATM 8110  O   HOH C 318     -32.781   2.120  69.470  1.00 34.97           O  
+HETATM 8111  O   HOH C 319     -42.183  -1.693 122.445  1.00 39.17           O  
+HETATM 8112  O   HOH C 320     -27.886   5.074  88.075  1.00 31.84           O  
+HETATM 8113  O   HOH C 321     -53.392  -4.882 139.365  1.00 41.30           O  
+HETATM 8114  O   HOH C 322     -51.776   2.964 104.505  1.00 43.59           O  
+HETATM 8115  O   HOH C 323     -62.475  -9.179 103.256  1.00 54.60           O  
+HETATM 8116  O   HOH C 324     -31.124  -8.256  83.544  1.00 32.07           O  
+HETATM 8117  O   HOH C 325     -43.607 -11.850 105.527  1.00 35.30           O  
+HETATM 8118  O   HOH C 326     -54.679  12.206 132.117  1.00 37.34           O  
+HETATM 8119  O   HOH C 327     -56.503 -11.640 114.482  1.00 36.37           O  
+HETATM 8120  O   HOH C 328     -29.682  -8.570  79.207  1.00 22.47           O  
+HETATM 8121  O   HOH C 329     -53.874 -12.193  91.648  1.00 39.62           O  
+HETATM 8122  O   HOH C 330     -50.629   4.866 142.020  1.00 41.43           O  
+HETATM 8123  O   HOH C 331     -47.888 -11.999 118.632  1.00 38.22           O  
+HETATM 8124  O   HOH C 332     -40.388 -16.026 100.273  1.00 34.63           O  
+HETATM 8125  O   HOH C 333     -48.754   2.702 118.202  1.00 39.10           O  
+HETATM 8126  O   HOH C 334     -49.987  -0.856 118.876  1.00 36.07           O  
+HETATM 8127  O   HOH C 335     -62.352  -9.596  99.499  1.00 40.73           O  
+HETATM 8128  O   HOH C 336     -41.668 -18.008  98.979  1.00 40.70           O  
+HETATM 8129  O   HOH C 337     -53.412 -16.517 123.559  1.00 55.40           O  
+HETATM 8130  O   HOH C 338     -55.726 -17.704 107.027  1.00 42.83           O  
+HETATM 8131  O   HOH C 339     -47.192  13.891 135.343  1.00 38.15           O  
+HETATM 8132  O   HOH C 340     -45.735   9.830  94.918  1.00 38.39           O  
+HETATM 8133  O   HOH C 341     -36.899   6.029 100.059  1.00 40.79           O  
+HETATM 8134  O   HOH C 342     -59.556  -5.546  92.562  1.00 42.99           O  
+HETATM 8135  O   HOH C 343     -53.401  -5.831 113.095  1.00 39.03           O  
+HETATM 8136  O   HOH C 344     -54.902   1.739  86.696  1.00 43.97           O  
+HETATM 8137  O   HOH C 345     -44.325 -14.531  85.796  1.00 38.55           O  
+HETATM 8138  O   HOH C 346     -26.897  -1.721  78.788  1.00 41.89           O  
+HETATM 8139  O   HOH C 347     -46.323 -11.490 106.005  1.00 36.54           O  
+HETATM 8140  O   HOH C 348     -50.528 -13.932  88.604  1.00 44.91           O  
+HETATM 8141  O   HOH C 349     -50.316  -8.810 127.109  1.00 44.49           O  
+HETATM 8142  O   HOH C 350     -52.592  -2.218  86.252  1.00 40.04           O  
+HETATM 8143  O   HOH C 351     -54.487 -10.378 113.094  1.00 35.12           O  
+HETATM 8144  O   HOH C 352     -58.672 -15.018 111.801  1.00 42.33           O  
+HETATM 8145  O   HOH C 353     -48.181   3.954 122.499  1.00 33.01           O  
+HETATM 8146  O   HOH C 354     -49.313 -19.247  96.793  1.00 39.95           O  
+HETATM 8147  O   HOH C 355     -39.629 -18.058  96.855  1.00 33.50           O  
+HETATM 8148  O   HOH C 356     -43.183 -12.529  82.939  1.00 37.43           O  
+HETATM 8149  O   HOH C 357     -42.150   2.300 125.016  1.00 40.98           O  
+HETATM 8150  O   HOH C 358     -31.839  -7.611  80.881  1.00 28.72           O  
+HETATM 8151  O   HOH C 359     -55.615 -14.667  91.467  1.00 45.95           O  
+HETATM 8152  O   HOH C 360     -59.761  -1.478 106.810  1.00 39.26           O  
+HETATM 8153  O   HOH C 361     -48.693 -15.214  90.412  1.00 43.40           O  
+HETATM 8154  O   HOH C 362     -59.564  -6.614  95.020  1.00 31.77           O  
+HETATM 8155  O   HOH C 363     -38.421 -12.968 109.298  1.00 47.28           O  
+HETATM 8156  O   HOH C 364     -37.851   6.168 136.677  1.00 45.83           O  
+HETATM 8157  O   HOH C 365     -53.027   7.475 123.713  1.00 38.14           O  
+HETATM 8158  O   HOH C 366     -37.606   6.917 129.359  1.00 43.04           O  
+HETATM 8159  O   HOH C 367     -36.658 -13.276 103.497  1.00 43.30           O  
+HETATM 8160  O   HOH C 368     -37.353 -20.485  94.909  1.00 48.33           O  
+HETATM 8161  O   HOH C 369     -57.109   0.204  93.614  1.00 48.72           O  
+HETATM 8162  O   HOH C 370     -54.185   5.551 118.507  1.00 48.38           O  
+HETATM 8163  O   HOH C 371     -51.616   6.769 100.947  1.00 59.67           O  
+HETATM 8164  O   HOH C 372     -63.459 -14.909 102.154  1.00 45.06           O  
+HETATM 8165  O   HOH C 373     -53.475   0.160 107.057  1.00 37.20           O  
+HETATM 8166  O   HOH C 374     -52.188  14.483 141.600  1.00 54.05           O  
+HETATM 8167  O   HOH C 375     -56.084  -5.987  89.661  1.00 35.48           O  
+HETATM 8168  O   HOH C 376     -60.367   5.588 136.356  1.00 41.16           O  
+HETATM 8169  O   HOH C 377     -43.458  13.398  88.228  1.00 51.76           O  
+HETATM 8170  O   HOH C 378     -41.798 -16.180  89.196  1.00 27.36           O  
+HETATM 8171  O   HOH C 379     -63.824  -6.869 126.289  1.00 39.40           O  
+HETATM 8172  O   HOH C 380     -38.460 -20.462  93.037  1.00 48.38           O  
+HETATM 8173  O   HOH C 381     -45.920   2.077 107.711  1.00 52.54           O  
+HETATM 8174  O   HOH C 382     -54.102  -6.089 135.280  1.00 31.68           O  
+HETATM 8175  O   HOH C 383     -54.861   3.653 102.261  1.00 51.67           O  
+HETATM 8176  O   HOH C 384     -31.977   3.823  81.377  1.00 40.82           O  
+HETATM 8177  O   HOH C 385     -53.989  -5.672 142.401  1.00 66.12           O  
+HETATM 8178  O   HOH C 386     -34.362   2.071  81.400  1.00 32.49           O  
+HETATM 8179  O   HOH C 387     -61.980  -0.624 130.174  1.00 33.49           O  
+HETATM 8180  O   HOH C 388     -45.567 -11.683 112.969  1.00 43.30           O  
+HETATM 8181  O   HOH C 389     -51.340 -12.996 111.397  1.00 34.66           O  
+HETATM 8182  O   HOH C 390     -36.450   0.370 145.056  1.00 46.50           O  
+HETATM 8183  O   HOH C 391     -32.393   7.543  98.518  1.00 47.96           O  
+HETATM 8184  O   HOH C 392     -52.583  13.243 136.500  1.00 43.59           O  
+HETATM 8185  O   HOH C 393     -43.697  -1.136 143.233  1.00 69.74           O  
+HETATM 8186  O   HOH C 394     -46.793  -1.138 121.222  1.00 44.76           O  
+HETATM 8187  O   HOH C 395     -28.472   1.453  93.094  1.00 33.04           O  
+HETATM 8188  O   HOH C 396     -37.532  -1.446 143.207  1.00 37.78           O  
+HETATM 8189  O   HOH C 397     -48.206 -18.537 102.701  1.00 53.24           O  
+HETATM 8190  O   HOH C 398     -64.358  -7.016 109.996  1.00 52.96           O  
+HETATM 8191  O   HOH C 399     -63.625 -11.247 117.280  1.00 39.80           O  
+HETATM 8192  O   HOH C 400     -56.843 -15.912 124.072  1.00 47.35           O  
+HETATM 8193  O   HOH C 401     -46.832  10.280 125.274  1.00 42.69           O  
+HETATM 8194  O   HOH C 402     -38.333   1.641  79.317  1.00 42.84           O  
+HETATM 8195  O   HOH C 403     -26.266   2.462  77.741  1.00 35.47           O  
+HETATM 8196  O   HOH C 404     -35.557   7.618  85.460  1.00 48.84           O  
+HETATM 8197  O   HOH C 405     -38.703 -14.304  81.082  1.00 52.98           O  
+HETATM 8198  O   HOH C 406     -50.417  -6.051 112.641  1.00 40.94           O  
+HETATM 8199  O   HOH C 407     -53.297  13.743 134.093  1.00 43.87           O  
+HETATM 8200  O   HOH C 408     -33.367  -9.700  87.104  1.00 40.25           O  
+HETATM 8201  O   HOH C 409     -34.196  -8.788  89.946  1.00 34.63           O  
+HETATM 8202  O   HOH C 410     -42.314 -20.679 100.033  1.00 50.60           O  
+HETATM 8203  O   HOH C 411     -33.333  -9.405  84.280  1.00 31.51           O  
+HETATM 8204  O   HOH C 412     -45.504   7.791 126.428  1.00 51.25           O  
+HETATM 8205  O   HOH C 413     -57.282  12.279 132.105  1.00 37.07           O  
+HETATM 8206  O   HOH C 414     -57.887  -4.529  88.402  1.00 37.75           O  
+HETATM 8207  O   HOH C 415     -41.517  -2.718 144.507  1.00 44.49           O  
+HETATM 8208  O   HOH C 416     -45.357  -3.571 118.142  1.00 41.90           O  
+HETATM 8209  O   HOH C 417     -27.758   3.634  91.852  1.00 45.43           O  
+HETATM 8210  O   HOH C 418     -48.880  15.999 135.295  1.00 38.04           O  
+HETATM 8211  O   HOH C 419     -43.955  -0.274  84.457  1.00 47.36           O  
+HETATM 8212  O   HOH C 420     -48.464  -4.232 113.355  1.00 44.30           O  
+HETATM 8213  O   HOH C 421     -31.745   6.411 101.149  1.00 43.06           O  
+HETATM 8214  O   HOH C 422     -36.382 -13.351 107.149  1.00 43.35           O  
+HETATM 8215  O   HOH C 423     -47.678 -10.540 116.255  1.00 42.05           O  
+HETATM 8216  O   HOH C 424     -44.118 -16.740  88.160  1.00 45.51           O  
+HETATM 8217  O   HOH C 425     -46.316  -3.936 111.894  1.00 41.52           O  
+HETATM 8218  O   HOH C 426     -48.096 -14.567  85.978  1.00 43.36           O  
+HETATM 8219  O   HOH C 427     -49.692 -11.464 112.508  1.00 40.22           O  
+HETATM 8220  O   HOH C 428     -49.740   4.464 116.030  1.00 42.61           O  
+HETATM 8221  O   HOH C 429     -57.086   7.807  81.358  1.00 92.59           O  
+ATOM   8222  N   GLN L   3     -30.970 -19.021  99.000  1.00 56.22           N  
+ATOM   8223  CA  GLN L   3     -30.824 -18.527 100.363  1.00 55.68           C  
+ATOM   8224  C   GLN L   3     -29.637 -17.598 100.534  1.00 49.24           C  
+ATOM   8225  O   GLN L   3     -28.626 -17.724  99.845  1.00 50.13           O  
+ATOM   8226  CB  GLN L   3     -30.689 -19.686 101.349  1.00 63.68           C  
+ATOM   8227  CG  GLN L   3     -32.016 -20.193 101.877  1.00 71.26           C  
+ATOM   8228  CD  GLN L   3     -31.852 -21.208 102.986  1.00 75.93           C  
+ATOM   8229  OE1 GLN L   3     -30.733 -21.582 103.343  1.00 77.68           O  
+ATOM   8230  NE2 GLN L   3     -32.972 -21.661 103.540  1.00 77.50           N  
+ATOM   8231  N   MET L   4     -29.782 -16.671 101.478  1.00 43.67           N  
+ATOM   8232  CA  MET L   4     -28.734 -15.741 101.894  1.00 41.46           C  
+ATOM   8233  C   MET L   4     -28.664 -15.828 103.414  1.00 41.98           C  
+ATOM   8234  O   MET L   4     -29.379 -15.107 104.111  1.00 48.10           O  
+ATOM   8235  CB  MET L   4     -29.030 -14.317 101.416  1.00 38.67           C  
+ATOM   8236  CG  MET L   4     -28.685 -14.056  99.961  1.00 37.51           C  
+ATOM   8237  SD  MET L   4     -26.904 -13.984  99.656  1.00 42.50           S  
+ATOM   8238  CE  MET L   4     -26.538 -12.296 100.120  1.00 41.68           C  
+ATOM   8239  N   THR L   5     -27.810 -16.709 103.924  1.00 38.96           N  
+ATOM   8240  CA  THR L   5     -27.708 -16.948 105.362  1.00 35.39           C  
+ATOM   8241  C   THR L   5     -26.890 -15.829 105.997  1.00 31.61           C  
+ATOM   8242  O   THR L   5     -25.677 -15.737 105.783  1.00 30.08           O  
+ATOM   8243  CB  THR L   5     -27.075 -18.310 105.628  1.00 39.00           C  
+ATOM   8244  OG1 THR L   5     -27.804 -19.311 104.919  1.00 41.15           O  
+ATOM   8245  CG2 THR L   5     -27.104 -18.639 107.117  1.00 40.95           C  
+ATOM   8246  N   GLN L   6     -27.546 -14.986 106.786  1.00 30.77           N  
+ATOM   8247  CA  GLN L   6     -26.922 -13.820 107.395  1.00 30.61           C  
+ATOM   8248  C   GLN L   6     -26.495 -14.136 108.825  1.00 33.55           C  
+ATOM   8249  O   GLN L   6     -27.260 -14.731 109.587  1.00 36.12           O  
+ATOM   8250  CB  GLN L   6     -27.888 -12.634 107.390  1.00 28.53           C  
+ATOM   8251  CG  GLN L   6     -27.264 -11.356 107.874  1.00 30.71           C  
+ATOM   8252  CD  GLN L   6     -28.090 -10.137 107.538  1.00 29.28           C  
+ATOM   8253  OE1 GLN L   6     -29.038 -10.207 106.752  1.00 26.89           O  
+ATOM   8254  NE2 GLN L   6     -27.730  -9.003 108.128  1.00 28.27           N  
+ATOM   8255  N   SER L   7     -25.271 -13.728 109.178  1.00 34.98           N  
+ATOM   8256  CA ASER L   7     -24.698 -13.949 110.494  0.50 36.76           C  
+ATOM   8257  C   SER L   7     -23.888 -12.728 110.911  1.00 38.34           C  
+ATOM   8258  O   SER L   7     -23.223 -12.108 110.069  1.00 38.42           O  
+ATOM   8259  CB ASER L   7     -23.800 -15.195 110.515  0.50 37.33           C  
+ATOM   8260  OG ASER L   7     -24.533 -16.358 110.170  0.50 39.37           O  
+ATOM   8261  N   PRO L   8     -23.932 -12.344 112.203  1.00 37.35           N  
+ATOM   8262  CA  PRO L   8     -24.779 -12.952 113.237  1.00 32.85           C  
+ATOM   8263  C   PRO L   8     -26.154 -12.297 113.254  1.00 32.74           C  
+ATOM   8264  O   PRO L   8     -26.339 -11.266 112.616  1.00 33.38           O  
+ATOM   8265  CB  PRO L   8     -24.017 -12.654 114.527  1.00 35.09           C  
+ATOM   8266  CG  PRO L   8     -23.355 -11.341 114.252  1.00 36.02           C  
+ATOM   8267  CD  PRO L   8     -23.030 -11.319 112.765  1.00 35.81           C  
+ATOM   8268  N   SER L   9     -27.103 -12.870 113.992  1.00 35.23           N  
+ATOM   8269  CA  SER L   9     -28.424 -12.256 114.088  1.00 33.74           C  
+ATOM   8270  C   SER L   9     -28.407 -10.995 114.949  1.00 31.15           C  
+ATOM   8271  O   SER L   9     -29.245 -10.104 114.770  1.00 29.40           O  
+ATOM   8272  CB  SER L   9     -29.422 -13.267 114.644  1.00 36.26           C  
+ATOM   8273  OG  SER L   9     -28.968 -13.795 115.877  1.00 36.26           O  
+ATOM   8274  N   SER L  10     -27.475 -10.896 115.889  1.00 35.58           N  
+ATOM   8275  CA BSER L  10     -27.359  -9.701 116.710  0.63 34.66           C  
+ATOM   8276  C   SER L  10     -25.918  -9.561 117.169  1.00 33.42           C  
+ATOM   8277  O   SER L  10     -25.145 -10.523 117.173  1.00 31.34           O  
+ATOM   8278  CB BSER L  10     -28.313  -9.729 117.915  0.63 35.15           C  
+ATOM   8279  OG BSER L  10     -27.975 -10.758 118.828  0.63 34.12           O  
+ATOM   8280  N   LEU L  11     -25.555  -8.335 117.523  1.00 35.62           N  
+ATOM   8281  CA  LEU L  11     -24.227  -8.075 118.053  1.00 35.81           C  
+ATOM   8282  C   LEU L  11     -24.263  -6.758 118.809  1.00 36.37           C  
+ATOM   8283  O   LEU L  11     -25.011  -5.841 118.460  1.00 34.72           O  
+ATOM   8284  CB  LEU L  11     -23.148  -8.048 116.956  1.00 35.67           C  
+ATOM   8285  CG  LEU L  11     -23.034  -6.897 115.950  1.00 38.34           C  
+ATOM   8286  CD1 LEU L  11     -21.958  -5.904 116.361  1.00 39.96           C  
+ATOM   8287  CD2 LEU L  11     -22.742  -7.417 114.539  1.00 38.02           C  
+ATOM   8288  N   SER L  12     -23.458  -6.690 119.862  1.00 36.60           N  
+ATOM   8289  CA BSER L  12     -23.336  -5.492 120.676  0.76 36.02           C  
+ATOM   8290  C   SER L  12     -21.977  -4.851 120.429  1.00 34.07           C  
+ATOM   8291  O   SER L  12     -20.956  -5.539 120.365  1.00 35.90           O  
+ATOM   8292  CB BSER L  12     -23.527  -5.819 122.163  0.76 37.05           C  
+ATOM   8293  OG BSER L  12     -24.903  -6.047 122.455  0.76 37.84           O  
+ATOM   8294  N   ALA L  13     -21.973  -3.529 120.268  1.00 30.73           N  
+ATOM   8295  CA  ALA L  13     -20.742  -2.813 119.963  1.00 31.44           C  
+ATOM   8296  C   ALA L  13     -20.825  -1.401 120.528  1.00 30.94           C  
+ATOM   8297  O   ALA L  13     -21.893  -0.932 120.942  1.00 28.22           O  
+ATOM   8298  CB  ALA L  13     -20.479  -2.774 118.449  1.00 31.73           C  
+ATOM   8299  N   SER L  14     -19.684  -0.711 120.506  1.00 29.05           N  
+ATOM   8300  CA  SER L  14     -19.577   0.661 120.984  1.00 31.05           C  
+ATOM   8301  C   SER L  14     -19.127   1.588 119.865  1.00 32.04           C  
+ATOM   8302  O   SER L  14     -18.535   1.156 118.872  1.00 36.71           O  
+ATOM   8303  CB  SER L  14     -18.581   0.773 122.148  1.00 30.39           C  
+ATOM   8304  OG  SER L  14     -18.912  -0.154 123.160  1.00 32.39           O  
+ATOM   8305  N   VAL L  15     -19.407   2.880 120.054  1.00 28.41           N  
+ATOM   8306  CA  VAL L  15     -18.914   3.899 119.138  1.00 31.30           C  
+ATOM   8307  C   VAL L  15     -17.416   3.728 118.941  1.00 31.73           C  
+ATOM   8308  O   VAL L  15     -16.665   3.536 119.900  1.00 33.47           O  
+ATOM   8309  CB  VAL L  15     -19.260   5.298 119.668  1.00 34.75           C  
+ATOM   8310  CG1 VAL L  15     -18.757   6.376 118.710  1.00 36.21           C  
+ATOM   8311  CG2 VAL L  15     -20.761   5.413 119.877  1.00 35.90           C  
+ATOM   8312  N   GLY L  16     -16.980   3.777 117.686  1.00 32.38           N  
+ATOM   8313  CA  GLY L  16     -15.587   3.587 117.345  1.00 32.98           C  
+ATOM   8314  C   GLY L  16     -15.189   2.165 117.017  1.00 31.20           C  
+ATOM   8315  O   GLY L  16     -14.059   1.950 116.565  1.00 34.21           O  
+ATOM   8316  N   ASP L  17     -16.065   1.189 117.231  1.00 31.91           N  
+ATOM   8317  CA  ASP L  17     -15.722  -0.193 116.931  1.00 35.09           C  
+ATOM   8318  C   ASP L  17     -15.776  -0.473 115.426  1.00 35.20           C  
+ATOM   8319  O   ASP L  17     -16.384   0.267 114.644  1.00 35.67           O  
+ATOM   8320  CB  ASP L  17     -16.660  -1.159 117.653  1.00 36.25           C  
+ATOM   8321  CG  ASP L  17     -16.414  -1.211 119.161  1.00 39.57           C  
+ATOM   8322  OD1 ASP L  17     -15.482  -0.531 119.650  1.00 37.12           O  
+ATOM   8323  OD2 ASP L  17     -17.165  -1.941 119.849  1.00 41.95           O  
+ATOM   8324  N   ARG L  18     -15.108  -1.562 115.038  1.00 33.48           N  
+ATOM   8325  CA AARG L  18     -15.161  -2.094 113.681  0.50 34.99           C  
+ATOM   8326  C   ARG L  18     -16.145  -3.256 113.676  1.00 35.56           C  
+ATOM   8327  O   ARG L  18     -16.019  -4.183 114.484  1.00 35.56           O  
+ATOM   8328  CB AARG L  18     -13.775  -2.546 113.213  0.50 35.08           C  
+ATOM   8329  CG AARG L  18     -13.744  -3.195 111.822  0.50 35.56           C  
+ATOM   8330  CD AARG L  18     -12.328  -3.627 111.435  0.50 36.48           C  
+ATOM   8331  NE AARG L  18     -12.306  -4.357 110.165  0.50 37.04           N  
+ATOM   8332  CZ AARG L  18     -12.005  -3.819 108.985  0.50 34.49           C  
+ATOM   8333  NH1AARG L  18     -11.687  -2.535 108.893  0.50 30.95           N  
+ATOM   8334  NH2AARG L  18     -12.022  -4.571 107.893  0.50 36.10           N  
+ATOM   8335  N   VAL L  19     -17.122  -3.205 112.770  1.00 33.40           N  
+ATOM   8336  CA  VAL L  19     -18.206  -4.177 112.729  1.00 32.54           C  
+ATOM   8337  C   VAL L  19     -18.257  -4.783 111.336  1.00 32.52           C  
+ATOM   8338  O   VAL L  19     -18.227  -4.053 110.339  1.00 29.48           O  
+ATOM   8339  CB  VAL L  19     -19.552  -3.525 113.095  1.00 31.42           C  
+ATOM   8340  CG1 VAL L  19     -20.647  -4.567 113.153  1.00 34.21           C  
+ATOM   8341  CG2 VAL L  19     -19.443  -2.787 114.424  1.00 34.03           C  
+ATOM   8342  N   THR L  20     -18.318  -6.114 111.268  1.00 34.04           N  
+ATOM   8343  CA  THR L  20     -18.515  -6.814 110.005  1.00 35.70           C  
+ATOM   8344  C   THR L  20     -19.687  -7.773 110.125  1.00 34.83           C  
+ATOM   8345  O   THR L  20     -19.819  -8.496 111.119  1.00 31.34           O  
+ATOM   8346  CB  THR L  20     -17.277  -7.600 109.559  1.00 38.66           C  
+ATOM   8347  OG1 THR L  20     -17.071  -8.703 110.447  1.00 44.31           O  
+ATOM   8348  CG2 THR L  20     -16.050  -6.710 109.549  1.00 37.22           C  
+ATOM   8349  N   ILE L  21     -20.520  -7.778 109.089  1.00 33.16           N  
+ATOM   8350  CA  ILE L  21     -21.670  -8.658 108.965  1.00 29.62           C  
+ATOM   8351  C   ILE L  21     -21.489  -9.428 107.668  1.00 30.53           C  
+ATOM   8352  O   ILE L  21     -21.055  -8.852 106.666  1.00 28.50           O  
+ATOM   8353  CB  ILE L  21     -22.985  -7.847 108.962  1.00 30.66           C  
+ATOM   8354  CG1 ILE L  21     -23.067  -6.966 110.214  1.00 32.46           C  
+ATOM   8355  CG2 ILE L  21     -24.199  -8.762 108.826  1.00 31.95           C  
+ATOM   8356  CD1 ILE L  21     -24.232  -5.992 110.229  1.00 29.63           C  
+ATOM   8357  N   THR L  22     -21.793 -10.722 107.683  1.00 31.64           N  
+ATOM   8358  CA  THR L  22     -21.533 -11.581 106.535  1.00 39.47           C  
+ATOM   8359  C   THR L  22     -22.805 -12.303 106.096  1.00 38.96           C  
+ATOM   8360  O   THR L  22     -23.608 -12.728 106.930  1.00 37.05           O  
+ATOM   8361  CB  THR L  22     -20.431 -12.605 106.855  1.00 45.21           C  
+ATOM   8362  OG1 THR L  22     -20.916 -13.546 107.815  1.00 53.59           O  
+ATOM   8363  CG2 THR L  22     -19.222 -11.913 107.440  1.00 42.23           C  
+ATOM   8364  N   CYS L  23     -22.986 -12.429 104.780  1.00 40.78           N  
+ATOM   8365  CA  CYS L  23     -24.050 -13.232 104.191  1.00 40.92           C  
+ATOM   8366  C   CYS L  23     -23.450 -14.267 103.248  1.00 39.10           C  
+ATOM   8367  O   CYS L  23     -22.539 -13.965 102.468  1.00 36.89           O  
+ATOM   8368  CB  CYS L  23     -25.069 -12.366 103.429  1.00 45.63           C  
+ATOM   8369  SG  CYS L  23     -26.295 -11.601 104.505  1.00 46.42           S  
+ATOM   8370  N   ARG L  24     -23.981 -15.482 103.309  1.00 38.01           N  
+ATOM   8371  CA  ARG L  24     -23.446 -16.614 102.569  1.00 36.68           C  
+ATOM   8372  C   ARG L  24     -24.430 -16.988 101.470  1.00 33.54           C  
+ATOM   8373  O   ARG L  24     -25.587 -17.313 101.756  1.00 33.73           O  
+ATOM   8374  CB  ARG L  24     -23.202 -17.792 103.508  1.00 44.15           C  
+ATOM   8375  CG  ARG L  24     -22.470 -18.957 102.882  1.00 52.95           C  
+ATOM   8376  CD  ARG L  24     -22.123 -19.983 103.945  1.00 59.65           C  
+ATOM   8377  NE  ARG L  24     -21.283 -21.044 103.412  1.00 66.40           N  
+ATOM   8378  CZ  ARG L  24     -19.957 -21.046 103.484  1.00 71.65           C  
+ATOM   8379  NH1 ARG L  24     -19.325 -20.037 104.072  1.00 71.29           N  
+ATOM   8380  NH2 ARG L  24     -19.264 -22.057 102.969  1.00 74.99           N  
+ATOM   8381  N   ALA L  25     -23.984 -16.913 100.221  1.00 34.23           N  
+ATOM   8382  CA  ALA L  25     -24.823 -17.289  99.089  1.00 36.49           C  
+ATOM   8383  C   ALA L  25     -24.640 -18.772  98.792  1.00 40.44           C  
+ATOM   8384  O   ALA L  25     -23.542 -19.317  98.937  1.00 38.58           O  
+ATOM   8385  CB  ALA L  25     -24.486 -16.450  97.856  1.00 34.21           C  
+ATOM   8386  N   SER L  26     -25.726 -19.425  98.384  1.00 46.98           N  
+ATOM   8387  CA  SER L  26     -25.753 -20.869  98.168  1.00 50.29           C  
+ATOM   8388  C   SER L  26     -26.055 -21.159  96.703  1.00 49.02           C  
+ATOM   8389  O   SER L  26     -27.078 -20.703  96.181  1.00 50.52           O  
+ATOM   8390  CB  SER L  26     -26.799 -21.522  99.072  1.00 53.74           C  
+ATOM   8391  OG  SER L  26     -27.114 -22.831  98.634  1.00 57.80           O  
+ATOM   8392  N   GLN L  27     -25.172 -21.923  96.050  1.00 47.49           N  
+ATOM   8393  CA  GLN L  27     -25.371 -22.355  94.658  1.00 48.43           C  
+ATOM   8394  C   GLN L  27     -25.736 -21.181  93.749  1.00 45.91           C  
+ATOM   8395  O   GLN L  27     -26.635 -21.271  92.910  1.00 46.56           O  
+ATOM   8396  CB  GLN L  27     -26.434 -23.455  94.566  1.00 48.86           C  
+ATOM   8397  N   SER L  28     -25.032 -20.064  93.926  1.00 43.14           N  
+ATOM   8398  CA  SER L  28     -25.294 -18.844  93.181  1.00 40.61           C  
+ATOM   8399  C   SER L  28     -23.978 -18.240  92.714  1.00 37.89           C  
+ATOM   8400  O   SER L  28     -22.987 -18.253  93.449  1.00 36.57           O  
+ATOM   8401  CB  SER L  28     -26.057 -17.828  94.032  1.00 41.67           C  
+ATOM   8402  OG  SER L  28     -26.231 -16.612  93.319  1.00 45.97           O  
+ATOM   8403  N   VAL L  29     -23.969 -17.709  91.490  1.00 35.04           N  
+ATOM   8404  CA  VAL L  29     -22.790 -17.031  90.968  1.00 34.72           C  
+ATOM   8405  C   VAL L  29     -23.029 -15.535  90.784  1.00 35.66           C  
+ATOM   8406  O   VAL L  29     -22.189 -14.843  90.200  1.00 40.39           O  
+ATOM   8407  CB  VAL L  29     -22.298 -17.687  89.664  1.00 32.81           C  
+ATOM   8408  CG1 VAL L  29     -22.061 -19.173  89.876  1.00 32.82           C  
+ATOM   8409  CG2 VAL L  29     -23.276 -17.460  88.531  1.00 30.82           C  
+ATOM   8410  N   SER L  36     -24.145 -15.013  91.290  1.00 30.60           N  
+ATOM   8411  CA  SER L  36     -24.459 -13.598  91.156  1.00 28.11           C  
+ATOM   8412  C   SER L  36     -23.679 -12.751  92.152  1.00 29.63           C  
+ATOM   8413  O   SER L  36     -23.571 -13.093  93.331  1.00 31.11           O  
+ATOM   8414  CB  SER L  36     -25.960 -13.371  91.357  1.00 31.37           C  
+ATOM   8415  OG  SER L  36     -26.242 -11.991  91.533  1.00 31.92           O  
+ATOM   8416  N   SER L  37     -23.150 -11.624  91.676  1.00 28.50           N  
+ATOM   8417  CA  SER L  37     -22.585 -10.597  92.543  1.00 27.85           C  
+ATOM   8418  C   SER L  37     -23.523  -9.411  92.719  1.00 28.26           C  
+ATOM   8419  O   SER L  37     -23.080  -8.332  93.131  1.00 29.29           O  
+ATOM   8420  CB  SER L  37     -21.231 -10.112  92.011  1.00 25.97           C  
+ATOM   8421  OG  SER L  37     -20.186 -10.985  92.400  1.00 24.03           O  
+ATOM   8422  N   ALA L  38     -24.811  -9.577  92.415  1.00 20.82           N  
+ATOM   8423  CA  ALA L  38     -25.782  -8.507  92.665  1.00 20.58           C  
+ATOM   8424  C   ALA L  38     -26.251  -8.614  94.110  1.00 20.49           C  
+ATOM   8425  O   ALA L  38     -27.343  -9.101  94.407  1.00 20.47           O  
+ATOM   8426  CB  ALA L  38     -26.956  -8.585  91.697  1.00 20.36           C  
+ATOM   8427  N   VAL L  39     -25.403  -8.145  95.021  1.00 20.64           N  
+ATOM   8428  CA  VAL L  39     -25.668  -8.207  96.454  1.00 20.58           C  
+ATOM   8429  C   VAL L  39     -25.689  -6.783  96.987  1.00 22.29           C  
+ATOM   8430  O   VAL L  39     -24.778  -5.993  96.708  1.00 21.69           O  
+ATOM   8431  CB  VAL L  39     -24.624  -9.079  97.184  1.00 24.75           C  
+ATOM   8432  CG1 VAL L  39     -24.766  -8.947  98.689  1.00 20.76           C  
+ATOM   8433  CG2 VAL L  39     -24.808 -10.542  96.783  1.00 20.83           C  
+ATOM   8434  N   ALA L  40     -26.741  -6.449  97.723  1.00 22.08           N  
+ATOM   8435  CA  ALA L  40     -26.937  -5.112  98.253  1.00 23.92           C  
+ATOM   8436  C   ALA L  40     -27.126  -5.193  99.763  1.00 24.41           C  
+ATOM   8437  O   ALA L  40     -27.469  -6.243 100.309  1.00 25.04           O  
+ATOM   8438  CB  ALA L  40     -28.150  -4.414  97.612  1.00 20.04           C  
+ATOM   8439  N   TRP L  41     -26.925  -4.064 100.427  1.00 22.95           N  
+ATOM   8440  CA  TRP L  41     -27.059  -3.982 101.877  1.00 20.22           C  
+ATOM   8441  C   TRP L  41     -27.941  -2.802 102.260  1.00 24.05           C  
+ATOM   8442  O   TRP L  41     -27.821  -1.721 101.673  1.00 26.11           O  
+ATOM   8443  CB  TRP L  41     -25.707  -3.833 102.527  1.00 20.43           C  
+ATOM   8444  CG  TRP L  41     -24.864  -5.047 102.435  1.00 20.59           C  
+ATOM   8445  CD1 TRP L  41     -23.963  -5.349 101.454  1.00 20.76           C  
+ATOM   8446  CD2 TRP L  41     -24.814  -6.117 103.372  1.00 25.00           C  
+ATOM   8447  NE1 TRP L  41     -23.360  -6.550 101.724  1.00 23.34           N  
+ATOM   8448  CE2 TRP L  41     -23.856  -7.038 102.904  1.00 24.42           C  
+ATOM   8449  CE3 TRP L  41     -25.473  -6.378 104.582  1.00 26.39           C  
+ATOM   8450  CZ2 TRP L  41     -23.546  -8.208 103.596  1.00 25.84           C  
+ATOM   8451  CZ3 TRP L  41     -25.160  -7.534 105.269  1.00 25.14           C  
+ATOM   8452  CH2 TRP L  41     -24.205  -8.437 104.774  1.00 24.88           C  
+ATOM   8453  N   TYR L  42     -28.814  -3.017 103.256  1.00 24.55           N  
+ATOM   8454  CA  TYR L  42     -29.807  -2.038 103.697  1.00 19.81           C  
+ATOM   8455  C   TYR L  42     -29.730  -1.833 105.210  1.00 24.74           C  
+ATOM   8456  O   TYR L  42     -29.477  -2.771 105.970  1.00 19.87           O  
+ATOM   8457  CB  TYR L  42     -31.221  -2.479 103.329  1.00 22.10           C  
+ATOM   8458  CG  TYR L  42     -31.411  -2.689 101.843  1.00 23.13           C  
+ATOM   8459  CD1 TYR L  42     -31.783  -1.643 101.019  1.00 23.61           C  
+ATOM   8460  CD2 TYR L  42     -31.196  -3.934 101.266  1.00 19.61           C  
+ATOM   8461  CE1 TYR L  42     -31.945  -1.832  99.655  1.00 24.89           C  
+ATOM   8462  CE2 TYR L  42     -31.362  -4.135  99.900  1.00 21.53           C  
+ATOM   8463  CZ  TYR L  42     -31.738  -3.083  99.111  1.00 19.48           C  
+ATOM   8464  OH  TYR L  42     -31.889  -3.278  97.748  1.00 25.64           O  
+ATOM   8465  N   GLN L  43     -29.977  -0.598 105.638  1.00 22.84           N  
+ATOM   8466  CA  GLN L  43     -30.118  -0.251 107.051  1.00 19.79           C  
+ATOM   8467  C   GLN L  43     -31.580   0.113 107.334  1.00 23.86           C  
+ATOM   8468  O   GLN L  43     -32.222   0.801 106.527  1.00 25.16           O  
+ATOM   8469  CB  GLN L  43     -29.195   0.916 107.403  1.00 19.91           C  
+ATOM   8470  CG  GLN L  43     -29.176   1.328 108.875  1.00 21.82           C  
+ATOM   8471  CD  GLN L  43     -28.554   2.697 109.068  1.00 29.66           C  
+ATOM   8472  OE1 GLN L  43     -29.106   3.707 108.632  1.00 32.91           O  
+ATOM   8473  NE2 GLN L  43     -27.391   2.736 109.720  1.00 31.72           N  
+ATOM   8474  N   GLN L  44     -32.119  -0.358 108.465  1.00 20.17           N  
+ATOM   8475  CA  GLN L  44     -33.506  -0.051 108.847  1.00 19.45           C  
+ATOM   8476  C   GLN L  44     -33.594   0.288 110.329  1.00 25.31           C  
+ATOM   8477  O   GLN L  44     -33.225  -0.531 111.176  1.00 20.68           O  
+ATOM   8478  CB  GLN L  44     -34.470  -1.216 108.567  1.00 21.11           C  
+ATOM   8479  CG  GLN L  44     -35.968  -0.766 108.525  1.00 20.27           C  
+ATOM   8480  CD  GLN L  44     -36.974  -1.910 108.391  1.00 22.61           C  
+ATOM   8481  OE1 GLN L  44     -36.693  -3.056 108.733  1.00 23.10           O  
+ATOM   8482  NE2 GLN L  44     -38.165  -1.587 107.891  1.00 26.87           N  
+ATOM   8483  N   LYS L  45     -34.148   1.459 110.642  1.00 30.93           N  
+ATOM   8484  CA  LYS L  45     -34.430   1.849 112.023  1.00 30.12           C  
+ATOM   8485  C   LYS L  45     -35.906   1.628 112.352  1.00 30.80           C  
+ATOM   8486  O   LYS L  45     -36.744   1.558 111.451  1.00 29.30           O  
+ATOM   8487  CB  LYS L  45     -34.048   3.315 112.234  1.00 27.84           C  
+ATOM   8488  CG  LYS L  45     -32.548   3.547 112.159  1.00 33.04           C  
+ATOM   8489  CD  LYS L  45     -32.207   5.027 112.167  1.00 36.18           C  
+ATOM   8490  CE  LYS L  45     -30.715   5.236 111.951  1.00 40.03           C  
+ATOM   8491  NZ  LYS L  45     -29.914   4.437 112.922  1.00 43.68           N  
+ATOM   8492  N   PRO L  46     -36.261   1.494 113.636  1.00 35.33           N  
+ATOM   8493  CA  PRO L  46     -37.638   1.093 113.992  1.00 37.23           C  
+ATOM   8494  C   PRO L  46     -38.696   2.034 113.430  1.00 37.01           C  
+ATOM   8495  O   PRO L  46     -38.572   3.258 113.501  1.00 38.13           O  
+ATOM   8496  CB  PRO L  46     -37.622   1.109 115.524  1.00 38.74           C  
+ATOM   8497  CG  PRO L  46     -36.194   0.809 115.873  1.00 40.44           C  
+ATOM   8498  CD  PRO L  46     -35.377   1.518 114.819  1.00 36.63           C  
+ATOM   8499  N   GLY L  47     -39.746   1.444 112.857  1.00 39.01           N  
+ATOM   8500  CA  GLY L  47     -40.834   2.216 112.289  1.00 41.01           C  
+ATOM   8501  C   GLY L  47     -40.535   2.934 110.989  1.00 43.54           C  
+ATOM   8502  O   GLY L  47     -41.342   3.769 110.562  1.00 43.02           O  
+ATOM   8503  N   LYS L  48     -39.410   2.641 110.338  1.00 41.25           N  
+ATOM   8504  CA  LYS L  48     -39.015   3.333 109.121  1.00 40.02           C  
+ATOM   8505  C   LYS L  48     -38.740   2.324 108.013  1.00 36.18           C  
+ATOM   8506  O   LYS L  48     -38.517   1.136 108.261  1.00 38.22           O  
+ATOM   8507  CB  LYS L  48     -37.773   4.211 109.349  1.00 45.88           C  
+ATOM   8508  CG  LYS L  48     -37.916   5.245 110.468  1.00 51.50           C  
+ATOM   8509  CD  LYS L  48     -38.999   6.277 110.152  1.00 55.64           C  
+ATOM   8510  CE  LYS L  48     -39.217   7.235 111.325  1.00 59.03           C  
+ATOM   8511  NZ  LYS L  48     -40.348   8.182 111.093  1.00 60.77           N  
+ATOM   8512  N   ALA L  49     -38.756   2.814 106.777  1.00 30.27           N  
+ATOM   8513  CA  ALA L  49     -38.406   1.990 105.634  1.00 29.41           C  
+ATOM   8514  C   ALA L  49     -36.898   1.742 105.597  1.00 29.14           C  
+ATOM   8515  O   ALA L  49     -36.115   2.514 106.157  1.00 29.83           O  
+ATOM   8516  CB  ALA L  49     -38.866   2.667 104.343  1.00 30.96           C  
+ATOM   8517  N   PRO L  50     -36.462   0.664 104.948  1.00 30.24           N  
+ATOM   8518  CA  PRO L  50     -35.017   0.437 104.788  1.00 28.39           C  
+ATOM   8519  C   PRO L  50     -34.373   1.490 103.898  1.00 29.88           C  
+ATOM   8520  O   PRO L  50     -35.029   2.168 103.102  1.00 33.34           O  
+ATOM   8521  CB  PRO L  50     -34.934  -0.948 104.145  1.00 26.58           C  
+ATOM   8522  CG  PRO L  50     -36.292  -1.580 104.407  1.00 27.03           C  
+ATOM   8523  CD  PRO L  50     -37.262  -0.446 104.401  1.00 26.10           C  
+ATOM   8524  N   LYS L  51     -33.052   1.610 104.042  1.00 25.38           N  
+ATOM   8525  CA  LYS L  51     -32.251   2.581 103.307  1.00 25.46           C  
+ATOM   8526  C   LYS L  51     -31.051   1.882 102.695  1.00 22.93           C  
+ATOM   8527  O   LYS L  51     -30.305   1.193 103.400  1.00 22.19           O  
+ATOM   8528  CB  LYS L  51     -31.774   3.734 104.210  1.00 33.98           C  
+ATOM   8529  CG  LYS L  51     -32.872   4.734 104.544  1.00 44.72           C  
+ATOM   8530  CD  LYS L  51     -32.316   6.002 105.178  1.00 52.76           C  
+ATOM   8531  CE  LYS L  51     -33.426   7.026 105.413  1.00 55.66           C  
+ATOM   8532  NZ  LYS L  51     -32.895   8.333 105.904  1.00 57.91           N  
+ATOM   8533  N   LEU L  52     -30.861   2.090 101.390  1.00 22.40           N  
+ATOM   8534  CA  LEU L  52     -29.777   1.465 100.645  1.00 23.69           C  
+ATOM   8535  C   LEU L  52     -28.415   2.004 101.069  1.00 24.74           C  
+ATOM   8536  O   LEU L  52     -28.228   3.214 101.209  1.00 24.07           O  
+ATOM   8537  CB  LEU L  52     -29.982   1.696  99.141  1.00 24.45           C  
+ATOM   8538  CG  LEU L  52     -28.905   1.077  98.266  1.00 25.61           C  
+ATOM   8539  CD1 LEU L  52     -28.882  -0.450  98.456  1.00 24.00           C  
+ATOM   8540  CD2 LEU L  52     -29.097   1.471  96.792  1.00 21.60           C  
+ATOM   8541  N   LEU L  53     -27.445   1.092 101.219  1.00 24.67           N  
+ATOM   8542  CA  LEU L  53     -26.081   1.398 101.633  1.00 26.06           C  
+ATOM   8543  C   LEU L  53     -25.036   1.011 100.596  1.00 28.27           C  
+ATOM   8544  O   LEU L  53     -24.161   1.820 100.257  1.00 26.05           O  
+ATOM   8545  CB  LEU L  53     -25.761   0.655 102.940  1.00 27.50           C  
+ATOM   8546  CG  LEU L  53     -26.542   1.009 104.189  1.00 26.91           C  
+ATOM   8547  CD1 LEU L  53     -26.155   0.055 105.302  1.00 27.94           C  
+ATOM   8548  CD2 LEU L  53     -26.253   2.444 104.574  1.00 25.52           C  
+ATOM   8549  N   ILE L  54     -25.062  -0.241 100.148  1.00 26.10           N  
+ATOM   8550  CA  ILE L  54     -24.112  -0.824  99.213  1.00 22.51           C  
+ATOM   8551  C   ILE L  54     -24.944  -1.540  98.161  1.00 25.77           C  
+ATOM   8552  O   ILE L  54     -26.020  -2.060  98.463  1.00 25.55           O  
+ATOM   8553  CB  ILE L  54     -23.155  -1.825  99.910  1.00 24.22           C  
+ATOM   8554  CG1 ILE L  54     -22.450  -1.182 101.112  1.00 25.96           C  
+ATOM   8555  CG2 ILE L  54     -22.121  -2.379  98.943  1.00 25.11           C  
+ATOM   8556  CD1 ILE L  54     -21.358  -0.232 100.719  1.00 25.59           C  
+ATOM   8557  N   TYR L  55     -24.462  -1.544  96.919  1.00 25.79           N  
+ATOM   8558  CA  TYR L  55     -25.025  -2.386  95.868  1.00 25.96           C  
+ATOM   8559  C   TYR L  55     -23.873  -2.960  95.057  1.00 25.80           C  
+ATOM   8560  O   TYR L  55     -22.742  -2.468  95.120  1.00 23.14           O  
+ATOM   8561  CB  TYR L  55     -26.007  -1.613  94.963  1.00 27.53           C  
+ATOM   8562  CG  TYR L  55     -25.338  -0.526  94.162  1.00 27.76           C  
+ATOM   8563  CD1 TYR L  55     -25.071   0.718  94.732  1.00 29.60           C  
+ATOM   8564  CD2 TYR L  55     -24.948  -0.745  92.846  1.00 28.85           C  
+ATOM   8565  CE1 TYR L  55     -24.436   1.714  94.016  1.00 32.21           C  
+ATOM   8566  CE2 TYR L  55     -24.312   0.246  92.120  1.00 32.41           C  
+ATOM   8567  CZ  TYR L  55     -24.061   1.478  92.707  1.00 36.17           C  
+ATOM   8568  OH  TYR L  55     -23.426   2.468  91.990  1.00 38.49           O  
+ATOM   8569  N   SER L  56     -24.177  -4.016  94.290  1.00 28.67           N  
+ATOM   8570  CA  SER L  56     -23.192  -4.708  93.455  1.00 26.12           C  
+ATOM   8571  C   SER L  56     -21.997  -5.176  94.283  1.00 30.22           C  
+ATOM   8572  O   SER L  56     -20.833  -5.042  93.882  1.00 21.50           O  
+ATOM   8573  CB  SER L  56     -22.750  -3.827  92.285  1.00 28.59           C  
+ATOM   8574  OG  SER L  56     -23.796  -3.711  91.332  1.00 26.45           O  
+ATOM   8575  N   ALA L  57     -22.304  -5.715  95.467  1.00 28.13           N  
+ATOM   8576  CA  ALA L  57     -21.340  -6.266  96.411  1.00 25.34           C  
+ATOM   8577  C   ALA L  57     -20.485  -5.190  97.073  1.00 25.75           C  
+ATOM   8578  O   ALA L  57     -20.278  -5.243  98.296  1.00 24.42           O  
+ATOM   8579  CB  ALA L  57     -20.449  -7.319  95.734  1.00 24.94           C  
+ATOM   8580  N   SER L  65     -19.983  -4.208  96.303  1.00 21.61           N  
+ATOM   8581  CA  SER L  65     -18.974  -3.299  96.845  1.00 31.41           C  
+ATOM   8582  C   SER L  65     -19.103  -1.834  96.440  1.00 30.22           C  
+ATOM   8583  O   SER L  65     -18.266  -1.031  96.857  1.00 33.99           O  
+ATOM   8584  CB  SER L  65     -17.557  -3.792  96.467  1.00 31.41           C  
+ATOM   8585  OG  SER L  65     -17.336  -3.764  95.067  1.00 32.76           O  
+ATOM   8586  N   SER L  66     -20.094  -1.450  95.650  1.00 27.61           N  
+ATOM   8587  CA  SER L  66     -20.252  -0.048  95.275  1.00 27.45           C  
+ATOM   8588  C   SER L  66     -21.019   0.711  96.354  1.00 29.77           C  
+ATOM   8589  O   SER L  66     -22.127   0.315  96.754  1.00 27.84           O  
+ATOM   8590  CB  SER L  66     -20.977   0.083  93.937  1.00 27.10           C  
+ATOM   8591  OG  SER L  66     -20.303  -0.666  92.947  1.00 33.21           O  
+ATOM   8592  N   LEU L  67     -20.432   1.816  96.808  1.00 28.28           N  
+ATOM   8593  CA  LEU L  67     -21.040   2.653  97.831  1.00 30.09           C  
+ATOM   8594  C   LEU L  67     -22.123   3.528  97.212  1.00 30.41           C  
+ATOM   8595  O   LEU L  67     -21.869   4.244  96.239  1.00 29.19           O  
+ATOM   8596  CB  LEU L  67     -19.965   3.516  98.485  1.00 33.06           C  
+ATOM   8597  CG  LEU L  67     -20.358   4.365  99.690  1.00 35.22           C  
+ATOM   8598  CD1 LEU L  67     -20.903   3.483 100.799  1.00 32.57           C  
+ATOM   8599  CD2 LEU L  67     -19.134   5.177 100.160  1.00 35.56           C  
+ATOM   8600  N   TYR L  68     -23.328   3.479  97.779  1.00 27.91           N  
+ATOM   8601  CA  TYR L  68     -24.427   4.278  97.255  1.00 26.32           C  
+ATOM   8602  C   TYR L  68     -24.219   5.756  97.573  1.00 29.29           C  
+ATOM   8603  O   TYR L  68     -23.795   6.120  98.677  1.00 27.82           O  
+ATOM   8604  CB  TYR L  68     -25.755   3.786  97.830  1.00 27.11           C  
+ATOM   8605  CG  TYR L  68     -26.957   4.599  97.401  1.00 30.51           C  
+ATOM   8606  CD1 TYR L  68     -27.304   4.709  96.062  1.00 30.92           C  
+ATOM   8607  CD2 TYR L  68     -27.765   5.229  98.339  1.00 32.33           C  
+ATOM   8608  CE1 TYR L  68     -28.399   5.444  95.669  1.00 31.74           C  
+ATOM   8609  CE2 TYR L  68     -28.876   5.960  97.953  1.00 30.95           C  
+ATOM   8610  CZ  TYR L  68     -29.180   6.067  96.616  1.00 32.24           C  
+ATOM   8611  OH  TYR L  68     -30.274   6.801  96.224  1.00 34.48           O  
+ATOM   8612  N   SER L  69     -24.516   6.605  96.587  1.00 32.47           N  
+ATOM   8613  CA  SER L  69     -24.333   8.050  96.718  1.00 37.09           C  
+ATOM   8614  C   SER L  69     -24.932   8.583  98.017  1.00 35.25           C  
+ATOM   8615  O   SER L  69     -26.085   8.297  98.354  1.00 34.80           O  
+ATOM   8616  CB  SER L  69     -24.971   8.757  95.520  1.00 43.10           C  
+ATOM   8617  OG  SER L  69     -25.047  10.153  95.737  1.00 48.09           O  
+ATOM   8618  N   GLY L  70     -24.133   9.357  98.752  1.00 32.99           N  
+ATOM   8619  CA  GLY L  70     -24.557   9.944 100.003  1.00 34.29           C  
+ATOM   8620  C   GLY L  70     -24.228   9.137 101.244  1.00 37.89           C  
+ATOM   8621  O   GLY L  70     -24.263   9.690 102.352  1.00 39.86           O  
+ATOM   8622  N   VAL L  71     -23.913   7.857 101.099  1.00 36.32           N  
+ATOM   8623  CA  VAL L  71     -23.652   7.011 102.265  1.00 32.11           C  
+ATOM   8624  C   VAL L  71     -22.223   7.260 102.745  1.00 34.66           C  
+ATOM   8625  O   VAL L  71     -21.302   7.306 101.916  1.00 29.85           O  
+ATOM   8626  CB  VAL L  71     -23.881   5.541 101.916  1.00 33.12           C  
+ATOM   8627  CG1 VAL L  71     -23.535   4.633 103.076  1.00 35.27           C  
+ATOM   8628  CG2 VAL L  71     -25.342   5.319 101.510  1.00 32.94           C  
+ATOM   8629  N   PRO L  72     -21.998   7.446 104.050  1.00 34.12           N  
+ATOM   8630  CA  PRO L  72     -20.639   7.753 104.524  1.00 32.63           C  
+ATOM   8631  C   PRO L  72     -19.644   6.672 104.122  1.00 31.88           C  
+ATOM   8632  O   PRO L  72     -19.985   5.492 104.004  1.00 30.07           O  
+ATOM   8633  CB  PRO L  72     -20.794   7.821 106.051  1.00 31.47           C  
+ATOM   8634  CG  PRO L  72     -22.251   8.039 106.303  1.00 31.74           C  
+ATOM   8635  CD  PRO L  72     -22.972   7.369 105.158  1.00 33.71           C  
+ATOM   8636  N   SER L  74     -18.391   7.100 103.925  1.00 31.40           N  
+ATOM   8637  CA  SER L  74     -17.301   6.229 103.483  1.00 30.90           C  
+ATOM   8638  C   SER L  74     -16.988   5.102 104.460  1.00 33.85           C  
+ATOM   8639  O   SER L  74     -16.323   4.135 104.069  1.00 34.46           O  
+ATOM   8640  CB  SER L  74     -16.018   7.049 103.278  1.00 37.61           C  
+ATOM   8641  OG  SER L  74     -16.225   8.176 102.446  1.00 43.31           O  
+ATOM   8642  N   ARG L  75     -17.390   5.218 105.733  1.00 35.10           N  
+ATOM   8643  CA  ARG L  75     -17.080   4.171 106.707  1.00 32.47           C  
+ATOM   8644  C   ARG L  75     -17.811   2.860 106.424  1.00 33.31           C  
+ATOM   8645  O   ARG L  75     -17.471   1.839 107.034  1.00 29.67           O  
+ATOM   8646  CB  ARG L  75     -17.395   4.650 108.134  1.00 32.29           C  
+ATOM   8647  CG  ARG L  75     -18.866   4.938 108.415  1.00 30.82           C  
+ATOM   8648  CD  ARG L  75     -19.068   5.434 109.853  1.00 32.46           C  
+ATOM   8649  NE  ARG L  75     -20.470   5.747 110.110  1.00 31.31           N  
+ATOM   8650  CZ  ARG L  75     -21.017   6.945 109.928  1.00 30.88           C  
+ATOM   8651  NH1 ARG L  75     -20.278   7.965 109.516  1.00 33.41           N  
+ATOM   8652  NH2 ARG L  75     -22.307   7.126 110.167  1.00 30.70           N  
+ATOM   8653  N   PHE L  76     -18.780   2.855 105.507  1.00 36.57           N  
+ATOM   8654  CA  PHE L  76     -19.477   1.637 105.107  1.00 33.05           C  
+ATOM   8655  C   PHE L  76     -18.800   1.051 103.877  1.00 29.59           C  
+ATOM   8656  O   PHE L  76     -18.561   1.764 102.901  1.00 28.71           O  
+ATOM   8657  CB  PHE L  76     -20.944   1.925 104.782  1.00 29.58           C  
+ATOM   8658  CG  PHE L  76     -21.797   2.259 105.974  1.00 32.63           C  
+ATOM   8659  CD1 PHE L  76     -22.510   1.266 106.638  1.00 31.74           C  
+ATOM   8660  CD2 PHE L  76     -21.922   3.570 106.406  1.00 33.35           C  
+ATOM   8661  CE1 PHE L  76     -23.308   1.575 107.734  1.00 31.70           C  
+ATOM   8662  CE2 PHE L  76     -22.714   3.887 107.503  1.00 33.78           C  
+ATOM   8663  CZ  PHE L  76     -23.409   2.888 108.167  1.00 31.56           C  
+ATOM   8664  N   SER L  77     -18.525  -0.249 103.896  1.00 29.40           N  
+ATOM   8665  CA  SER L  77     -17.930  -0.845 102.708  1.00 29.91           C  
+ATOM   8666  C   SER L  77     -18.402  -2.284 102.542  1.00 30.57           C  
+ATOM   8667  O   SER L  77     -18.792  -2.943 103.509  1.00 31.65           O  
+ATOM   8668  CB  SER L  77     -16.396  -0.773 102.763  1.00 32.40           C  
+ATOM   8669  OG  SER L  77     -15.877  -1.615 103.770  1.00 34.73           O  
+ATOM   8670  N   GLY L  78     -18.368  -2.760 101.300  1.00 31.92           N  
+ATOM   8671  CA  GLY L  78     -18.748  -4.127 100.994  1.00 32.76           C  
+ATOM   8672  C   GLY L  78     -17.677  -4.845 100.196  1.00 21.99           C  
+ATOM   8673  O   GLY L  78     -16.919  -4.236  99.450  1.00 24.18           O  
+ATOM   8674  N   SER L  79     -17.641  -6.167 100.354  1.00 28.67           N  
+ATOM   8675  CA ASER L  79     -16.655  -7.002  99.684  0.51 29.00           C  
+ATOM   8676  C   SER L  79     -17.205  -8.415  99.542  1.00 29.09           C  
+ATOM   8677  O   SER L  79     -18.116  -8.825 100.271  1.00 28.62           O  
+ATOM   8678  CB ASER L  79     -15.331  -7.023 100.449  0.51 31.43           C  
+ATOM   8679  OG ASER L  79     -15.510  -7.568 101.745  0.51 32.20           O  
+ATOM   8680  N   ARG L  80     -16.649  -9.154  98.577  1.00 27.16           N  
+ATOM   8681  CA  ARG L  80     -16.970 -10.559  98.351  1.00 26.93           C  
+ATOM   8682  C   ARG L  80     -15.723 -11.402  98.572  1.00 29.93           C  
+ATOM   8683  O   ARG L  80     -14.620 -11.014  98.170  1.00 31.54           O  
+ATOM   8684  CB  ARG L  80     -17.512 -10.824  96.926  1.00 29.59           C  
+ATOM   8685  CG  ARG L  80     -17.811 -12.314  96.653  1.00 29.27           C  
+ATOM   8686  CD  ARG L  80     -18.160 -12.613  95.188  1.00 29.05           C  
+ATOM   8687  NE  ARG L  80     -17.018 -12.428  94.285  1.00 31.06           N  
+ATOM   8688  CZ  ARG L  80     -16.112 -13.366  94.013  1.00 35.39           C  
+ATOM   8689  NH1 ARG L  80     -16.205 -14.571  94.570  1.00 35.14           N  
+ATOM   8690  NH2 ARG L  80     -15.113 -13.100  93.178  1.00 36.41           N  
+ATOM   8691  N   SER L  83     -15.905 -12.554  99.212  1.00 29.56           N  
+ATOM   8692  CA  SER L  83     -14.836 -13.536  99.393  1.00 34.10           C  
+ATOM   8693  C   SER L  83     -15.444 -14.910  99.120  1.00 34.00           C  
+ATOM   8694  O   SER L  83     -16.121 -15.479  99.984  1.00 34.25           O  
+ATOM   8695  CB  SER L  83     -14.236 -13.454 100.792  1.00 39.52           C  
+ATOM   8696  OG  SER L  83     -13.108 -14.312 100.902  1.00 45.95           O  
+ATOM   8697  N   GLY L  84     -15.206 -15.435  97.922  1.00 36.55           N  
+ATOM   8698  CA  GLY L  84     -15.858 -16.671  97.515  1.00 34.07           C  
+ATOM   8699  C   GLY L  84     -17.366 -16.506  97.542  1.00 31.52           C  
+ATOM   8700  O   GLY L  84     -17.927 -15.590  96.924  1.00 33.44           O  
+ATOM   8701  N   THR L  85     -18.039 -17.387  98.278  1.00 32.27           N  
+ATOM   8702  CA  THR L  85     -19.489 -17.351  98.414  1.00 37.19           C  
+ATOM   8703  C   THR L  85     -19.972 -16.439  99.540  1.00 37.27           C  
+ATOM   8704  O   THR L  85     -21.183 -16.379  99.782  1.00 39.57           O  
+ATOM   8705  CB  THR L  85     -20.027 -18.772  98.639  1.00 44.00           C  
+ATOM   8706  OG1 THR L  85     -19.693 -19.215  99.965  1.00 49.00           O  
+ATOM   8707  CG2 THR L  85     -19.403 -19.728  97.645  1.00 43.70           C  
+ATOM   8708  N   ASP L  86     -19.080 -15.723 100.226  1.00 33.26           N  
+ATOM   8709  CA  ASP L  86     -19.449 -14.919 101.387  1.00 33.27           C  
+ATOM   8710  C   ASP L  86     -19.354 -13.434 101.068  1.00 30.22           C  
+ATOM   8711  O   ASP L  86     -18.316 -12.960 100.598  1.00 31.37           O  
+ATOM   8712  CB  ASP L  86     -18.564 -15.248 102.587  1.00 36.12           C  
+ATOM   8713  CG  ASP L  86     -18.881 -16.600 103.186  1.00 47.63           C  
+ATOM   8714  OD1 ASP L  86     -19.858 -17.230 102.736  1.00 51.97           O  
+ATOM   8715  OD2 ASP L  86     -18.161 -17.034 104.111  1.00 52.84           O  
+ATOM   8716  N   PHE L  87     -20.432 -12.703 101.339  1.00 21.69           N  
+ATOM   8717  CA  PHE L  87     -20.470 -11.262 101.163  1.00 22.97           C  
+ATOM   8718  C   PHE L  87     -20.485 -10.583 102.526  1.00 22.06           C  
+ATOM   8719  O   PHE L  87     -21.253 -10.977 103.411  1.00 24.94           O  
+ATOM   8720  CB  PHE L  87     -21.691 -10.851 100.342  1.00 21.38           C  
+ATOM   8721  CG  PHE L  87     -21.663 -11.379  98.923  1.00 21.44           C  
+ATOM   8722  CD1 PHE L  87     -22.021 -12.693  98.650  1.00 25.07           C  
+ATOM   8723  CD2 PHE L  87     -21.274 -10.566  97.872  1.00 23.08           C  
+ATOM   8724  CE1 PHE L  87     -21.990 -13.190  97.348  1.00 26.25           C  
+ATOM   8725  CE2 PHE L  87     -21.242 -11.057  96.556  1.00 22.98           C  
+ATOM   8726  CZ  PHE L  87     -21.598 -12.366  96.304  1.00 25.07           C  
+ATOM   8727  N   THR L  88     -19.660  -9.553 102.682  1.00 25.23           N  
+ATOM   8728  CA  THR L  88     -19.477  -8.889 103.968  1.00 28.53           C  
+ATOM   8729  C   THR L  88     -19.773  -7.399 103.848  1.00 29.98           C  
+ATOM   8730  O   THR L  88     -19.435  -6.765 102.839  1.00 33.44           O  
+ATOM   8731  CB  THR L  88     -18.047  -9.120 104.491  1.00 34.39           C  
+ATOM   8732  OG1 THR L  88     -17.899 -10.497 104.853  1.00 35.28           O  
+ATOM   8733  CG2 THR L  88     -17.758  -8.264 105.711  1.00 38.53           C  
+ATOM   8734  N   LEU L  89     -20.458  -6.864 104.859  1.00 25.30           N  
+ATOM   8735  CA  LEU L  89     -20.605  -5.431 105.081  1.00 21.28           C  
+ATOM   8736  C   LEU L  89     -19.700  -5.034 106.240  1.00 23.10           C  
+ATOM   8737  O   LEU L  89     -19.750  -5.658 107.303  1.00 24.32           O  
+ATOM   8738  CB  LEU L  89     -22.059  -5.077 105.408  1.00 21.01           C  
+ATOM   8739  CG  LEU L  89     -22.346  -3.616 105.756  1.00 24.38           C  
+ATOM   8740  CD1 LEU L  89     -22.197  -2.757 104.517  1.00 23.94           C  
+ATOM   8741  CD2 LEU L  89     -23.750  -3.468 106.368  1.00 23.37           C  
+ATOM   8742  N   THR L  90     -18.880  -4.006 106.050  1.00 24.96           N  
+ATOM   8743  CA  THR L  90     -17.997  -3.534 107.110  1.00 28.18           C  
+ATOM   8744  C   THR L  90     -18.305  -2.081 107.435  1.00 29.52           C  
+ATOM   8745  O   THR L  90     -18.489  -1.261 106.529  1.00 31.10           O  
+ATOM   8746  CB  THR L  90     -16.518  -3.688 106.721  1.00 30.62           C  
+ATOM   8747  OG1 THR L  90     -16.185  -5.079 106.680  1.00 31.19           O  
+ATOM   8748  CG2 THR L  90     -15.610  -2.990 107.736  1.00 32.16           C  
+ATOM   8749  N   ILE L  91     -18.364  -1.771 108.727  1.00 31.17           N  
+ATOM   8750  CA  ILE L  91     -18.379  -0.399 109.215  1.00 30.67           C  
+ATOM   8751  C   ILE L  91     -17.053  -0.196 109.932  1.00 30.59           C  
+ATOM   8752  O   ILE L  91     -16.804  -0.824 110.968  1.00 30.39           O  
+ATOM   8753  CB  ILE L  91     -19.569  -0.123 110.145  1.00 28.53           C  
+ATOM   8754  CG1 ILE L  91     -20.881  -0.535 109.480  1.00 29.17           C  
+ATOM   8755  CG2 ILE L  91     -19.635   1.362 110.482  1.00 26.73           C  
+ATOM   8756  CD1 ILE L  91     -22.078  -0.488 110.431  1.00 26.10           C  
+ATOM   8757  N   SER L  92     -16.178   0.643 109.368  1.00 29.41           N  
+ATOM   8758  CA  SER L  92     -14.815   0.706 109.897  1.00 32.72           C  
+ATOM   8759  C   SER L  92     -14.758   1.384 111.264  1.00 33.83           C  
+ATOM   8760  O   SER L  92     -13.874   1.065 112.068  1.00 32.71           O  
+ATOM   8761  CB  SER L  92     -13.891   1.418 108.914  1.00 30.68           C  
+ATOM   8762  OG  SER L  92     -14.358   2.724 108.640  1.00 32.12           O  
+ATOM   8763  N   SER L  93     -15.681   2.312 111.544  1.00 36.08           N  
+ATOM   8764  CA  SER L  93     -15.688   3.046 112.814  1.00 38.27           C  
+ATOM   8765  C   SER L  93     -17.140   3.399 113.146  1.00 36.97           C  
+ATOM   8766  O   SER L  93     -17.689   4.359 112.596  1.00 40.06           O  
+ATOM   8767  CB  SER L  93     -14.812   4.290 112.734  1.00 37.05           C  
+ATOM   8768  OG  SER L  93     -14.836   5.002 113.958  1.00 40.49           O  
+ATOM   8769  N   LEU L  94     -17.736   2.638 114.060  1.00 35.52           N  
+ATOM   8770  CA  LEU L  94     -19.159   2.774 114.370  1.00 36.24           C  
+ATOM   8771  C   LEU L  94     -19.477   4.145 114.964  1.00 40.08           C  
+ATOM   8772  O   LEU L  94     -18.788   4.612 115.878  1.00 42.83           O  
+ATOM   8773  CB  LEU L  94     -19.571   1.677 115.344  1.00 35.18           C  
+ATOM   8774  CG  LEU L  94     -21.034   1.247 115.381  1.00 38.25           C  
+ATOM   8775  CD1 LEU L  94     -21.457   0.714 114.021  1.00 38.41           C  
+ATOM   8776  CD2 LEU L  94     -21.220   0.183 116.447  1.00 38.57           C  
+ATOM   8777  N   GLN L  95     -20.530   4.782 114.452  1.00 37.94           N  
+ATOM   8778  CA  GLN L  95     -21.030   6.071 114.922  1.00 40.23           C  
+ATOM   8779  C   GLN L  95     -22.387   5.918 115.617  1.00 40.91           C  
+ATOM   8780  O   GLN L  95     -23.080   4.912 115.433  1.00 38.30           O  
+ATOM   8781  CB  GLN L  95     -21.156   7.060 113.752  1.00 40.05           C  
+ATOM   8782  CG  GLN L  95     -19.825   7.417 113.114  1.00 45.20           C  
+ATOM   8783  CD  GLN L  95     -18.865   8.059 114.101  1.00 49.67           C  
+ATOM   8784  OE1 GLN L  95     -19.218   9.017 114.794  1.00 50.22           O  
+ATOM   8785  NE2 GLN L  95     -17.647   7.524 114.179  1.00 50.27           N  
+ATOM   8786  N   PRO L  96     -22.789   6.892 116.444  1.00 46.00           N  
+ATOM   8787  CA  PRO L  96     -24.066   6.749 117.165  1.00 47.25           C  
+ATOM   8788  C   PRO L  96     -25.274   6.554 116.262  1.00 45.94           C  
+ATOM   8789  O   PRO L  96     -26.238   5.896 116.671  1.00 48.33           O  
+ATOM   8790  CB  PRO L  96     -24.163   8.058 117.962  1.00 47.84           C  
+ATOM   8791  CG  PRO L  96     -22.755   8.483 118.158  1.00 48.45           C  
+ATOM   8792  CD  PRO L  96     -22.032   8.074 116.903  1.00 47.77           C  
+ATOM   8793  N   GLU L  97     -25.261   7.106 115.050  1.00 41.59           N  
+ATOM   8794  CA  GLU L  97     -26.394   6.969 114.146  1.00 37.64           C  
+ATOM   8795  C   GLU L  97     -26.415   5.629 113.415  1.00 35.65           C  
+ATOM   8796  O   GLU L  97     -27.325   5.401 112.605  1.00 34.97           O  
+ATOM   8797  CB  GLU L  97     -26.399   8.117 113.133  1.00 42.73           C  
+ATOM   8798  CG  GLU L  97     -25.144   8.232 112.292  1.00 46.38           C  
+ATOM   8799  CD  GLU L  97     -24.125   9.210 112.866  1.00 50.93           C  
+ATOM   8800  OE1 GLU L  97     -23.915   9.223 114.101  1.00 51.31           O  
+ATOM   8801  OE2 GLU L  97     -23.536   9.977 112.071  1.00 52.45           O  
+ATOM   8802  N   ASP L  98     -25.454   4.745 113.699  1.00 32.10           N  
+ATOM   8803  CA  ASP L  98     -25.299   3.452 113.045  1.00 30.29           C  
+ATOM   8804  C   ASP L  98     -26.021   2.315 113.752  1.00 29.10           C  
+ATOM   8805  O   ASP L  98     -26.129   1.228 113.176  1.00 24.50           O  
+ATOM   8806  CB  ASP L  98     -23.814   3.073 112.939  1.00 29.83           C  
+ATOM   8807  CG  ASP L  98     -23.039   3.974 112.002  1.00 30.99           C  
+ATOM   8808  OD1 ASP L  98     -23.664   4.810 111.329  1.00 30.96           O  
+ATOM   8809  OD2 ASP L  98     -21.800   3.844 111.940  1.00 34.49           O  
+ATOM   8810  N   PHE L  99     -26.488   2.510 114.984  1.00 28.23           N  
+ATOM   8811  CA  PHE L  99     -27.217   1.447 115.664  1.00 28.06           C  
+ATOM   8812  C   PHE L  99     -28.571   1.266 114.995  1.00 27.71           C  
+ATOM   8813  O   PHE L  99     -29.330   2.229 114.846  1.00 31.35           O  
+ATOM   8814  CB  PHE L  99     -27.344   1.760 117.150  1.00 30.02           C  
+ATOM   8815  CG  PHE L  99     -26.013   1.846 117.831  1.00 29.08           C  
+ATOM   8816  CD1 PHE L  99     -25.312   0.692 118.141  1.00 27.71           C  
+ATOM   8817  CD2 PHE L  99     -25.430   3.076 118.095  1.00 32.63           C  
+ATOM   8818  CE1 PHE L  99     -24.061   0.758 118.735  1.00 32.41           C  
+ATOM   8819  CE2 PHE L  99     -24.177   3.152 118.696  1.00 33.67           C  
+ATOM   8820  CZ  PHE L  99     -23.493   1.995 119.014  1.00 32.63           C  
+ATOM   8821  N   ALA L 100     -28.846   0.034 114.563  1.00 28.28           N  
+ATOM   8822  CA  ALA L 100     -29.934  -0.273 113.642  1.00 27.62           C  
+ATOM   8823  C   ALA L 100     -29.894  -1.747 113.259  1.00 26.82           C  
+ATOM   8824  O   ALA L 100     -29.060  -2.505 113.764  1.00 30.13           O  
+ATOM   8825  CB  ALA L 100     -29.850   0.603 112.385  1.00 25.03           C  
+ATOM   8826  N   THR L 101     -30.805  -2.164 112.386  1.00 24.95           N  
+ATOM   8827  CA  THR L 101     -30.824  -3.508 111.831  1.00 24.60           C  
+ATOM   8828  C   THR L 101     -30.363  -3.431 110.382  1.00 22.80           C  
+ATOM   8829  O   THR L 101     -30.742  -2.508 109.655  1.00 23.03           O  
+ATOM   8830  CB  THR L 101     -32.231  -4.134 111.921  1.00 27.47           C  
+ATOM   8831  OG1 THR L 101     -32.590  -4.298 113.295  1.00 30.94           O  
+ATOM   8832  CG2 THR L 101     -32.271  -5.510 111.254  1.00 26.38           C  
+ATOM   8833  N   TYR L 102     -29.522  -4.385 109.974  1.00 23.32           N  
+ATOM   8834  CA  TYR L 102     -28.951  -4.411 108.636  1.00 22.35           C  
+ATOM   8835  C   TYR L 102     -29.410  -5.660 107.906  1.00 23.55           C  
+ATOM   8836  O   TYR L 102     -29.417  -6.747 108.484  1.00 21.28           O  
+ATOM   8837  CB  TYR L 102     -27.412  -4.362 108.700  1.00 20.41           C  
+ATOM   8838  CG  TYR L 102     -26.948  -3.031 109.220  1.00 21.92           C  
+ATOM   8839  CD1 TYR L 102     -26.706  -1.982 108.352  1.00 20.23           C  
+ATOM   8840  CD2 TYR L 102     -26.841  -2.792 110.589  1.00 24.74           C  
+ATOM   8841  CE1 TYR L 102     -26.319  -0.748 108.820  1.00 21.17           C  
+ATOM   8842  CE2 TYR L 102     -26.440  -1.554 111.069  1.00 24.38           C  
+ATOM   8843  CZ  TYR L 102     -26.174  -0.540 110.173  1.00 24.38           C  
+ATOM   8844  OH  TYR L 102     -25.786   0.705 110.609  1.00 25.35           O  
+ATOM   8845  N   TYR L 103     -29.772  -5.506 106.622  1.00 22.04           N  
+ATOM   8846  CA  TYR L 103     -30.181  -6.629 105.793  1.00 24.13           C  
+ATOM   8847  C   TYR L 103     -29.314  -6.714 104.539  1.00 24.88           C  
+ATOM   8848  O   TYR L 103     -29.034  -5.699 103.892  1.00 20.85           O  
+ATOM   8849  CB  TYR L 103     -31.651  -6.515 105.356  1.00 25.13           C  
+ATOM   8850  CG  TYR L 103     -32.656  -6.587 106.476  1.00 26.26           C  
+ATOM   8851  CD1 TYR L 103     -33.101  -7.816 106.951  1.00 25.64           C  
+ATOM   8852  CD2 TYR L 103     -33.170  -5.430 107.057  1.00 24.81           C  
+ATOM   8853  CE1 TYR L 103     -34.020  -7.898 107.988  1.00 23.17           C  
+ATOM   8854  CE2 TYR L 103     -34.107  -5.502 108.091  1.00 26.21           C  
+ATOM   8855  CZ  TYR L 103     -34.519  -6.743 108.547  1.00 24.52           C  
+ATOM   8856  OH  TYR L 103     -35.438  -6.848 109.548  1.00 30.76           O  
+ATOM   8857  N   CYS L 104     -28.900  -7.926 104.189  1.00 22.35           N  
+ATOM   8858  CA  CYS L 104     -28.334  -8.172 102.869  1.00 23.65           C  
+ATOM   8859  C   CYS L 104     -29.426  -8.667 101.928  1.00 21.21           C  
+ATOM   8860  O   CYS L 104     -30.496  -9.115 102.352  1.00 19.85           O  
+ATOM   8861  CB  CYS L 104     -27.197  -9.195 102.923  1.00 26.66           C  
+ATOM   8862  SG  CYS L 104     -27.756 -10.864 103.290  1.00 38.00           S  
+ATOM   8863  N   GLN L 105     -29.125  -8.599 100.632  1.00 23.37           N  
+ATOM   8864  CA  GLN L 105     -30.109  -8.887  99.601  1.00 23.43           C  
+ATOM   8865  C   GLN L 105     -29.367  -9.333  98.355  1.00 24.80           C  
+ATOM   8866  O   GLN L 105     -28.365  -8.717  97.981  1.00 25.29           O  
+ATOM   8867  CB  GLN L 105     -30.960  -7.650  99.297  1.00 23.95           C  
+ATOM   8868  CG  GLN L 105     -32.004  -7.856  98.228  1.00 24.74           C  
+ATOM   8869  CD  GLN L 105     -31.709  -7.054  96.980  1.00 27.75           C  
+ATOM   8870  OE1 GLN L 105     -31.345  -5.876  97.053  1.00 31.94           O  
+ATOM   8871  NE2 GLN L 105     -31.848  -7.691  95.822  1.00 23.95           N  
+ATOM   8872  N   GLN L 106     -29.837 -10.412  97.727  1.00 21.54           N  
+ATOM   8873  CA  GLN L 106     -29.272 -10.857  96.455  1.00 22.12           C  
+ATOM   8874  C   GLN L 106     -30.346 -10.858  95.380  1.00 21.06           C  
+ATOM   8875  O   GLN L 106     -31.500 -11.220  95.645  1.00 20.97           O  
+ATOM   8876  CB  GLN L 106     -28.656 -12.274  96.557  1.00 25.40           C  
+ATOM   8877  CG  GLN L 106     -27.861 -12.684  95.310  1.00 31.65           C  
+ATOM   8878  CD  GLN L 106     -27.209 -14.046  95.431  1.00 38.01           C  
+ATOM   8879  OE1 GLN L 106     -25.986 -14.183  95.262  1.00 43.72           O  
+ATOM   8880  NE2 GLN L 106     -28.011 -15.061  95.710  1.00 36.91           N  
+ATOM   8881  N   ALA L 107     -29.950 -10.465  94.161  1.00 20.47           N  
+ATOM   8882  CA  ALA L 107     -30.765 -10.623  92.958  1.00 19.74           C  
+ATOM   8883  C   ALA L 107     -30.191 -11.793  92.169  1.00 19.89           C  
+ATOM   8884  O   ALA L 107     -29.052 -11.728  91.689  1.00 20.09           O  
+ATOM   8885  CB  ALA L 107     -30.771  -9.352  92.118  1.00 19.82           C  
+ATOM   8886  N   SER L 108     -30.954 -12.876  92.076  1.00 19.80           N  
+ATOM   8887  CA  SER L 108     -30.435 -14.060  91.429  1.00 25.87           C  
+ATOM   8888  C   SER L 108     -30.483 -13.879  89.913  1.00 25.42           C  
+ATOM   8889  O   SER L 108     -31.184 -13.008  89.391  1.00 22.86           O  
+ATOM   8890  CB  SER L 108     -31.231 -15.298  91.844  1.00 26.15           C  
+ATOM   8891  OG  SER L 108     -32.532 -15.278  91.276  1.00 30.72           O  
+ATOM   8892  N   LEU L 109     -29.719 -14.716  89.206  1.00 23.51           N  
+ATOM   8893  CA  LEU L 109     -29.753 -14.688  87.743  1.00 24.17           C  
+ATOM   8894  C   LEU L 109     -31.114 -15.091  87.192  1.00 25.99           C  
+ATOM   8895  O   LEU L 109     -31.420 -14.805  86.018  1.00 27.75           O  
+ATOM   8896  CB  LEU L 109     -28.655 -15.597  87.166  1.00 23.23           C  
+ATOM   8897  CG  LEU L 109     -27.203 -15.272  87.530  1.00 21.82           C  
+ATOM   8898  CD1 LEU L 109     -26.210 -16.133  86.717  1.00 22.84           C  
+ATOM   8899  CD2 LEU L 109     -26.925 -13.793  87.305  1.00 22.81           C  
+ATOM   8900  N   THR L 113     -31.946 -15.723  88.007  1.00 26.97           N  
+ATOM   8901  CA  THR L 113     -33.296 -16.094  87.621  1.00 26.13           C  
+ATOM   8902  C   THR L 113     -34.316 -15.018  87.960  1.00 27.42           C  
+ATOM   8903  O   THR L 113     -35.514 -15.302  87.929  1.00 28.04           O  
+ATOM   8904  CB  THR L 113     -33.686 -17.408  88.292  1.00 28.21           C  
+ATOM   8905  OG1 THR L 113     -33.515 -17.275  89.711  1.00 30.35           O  
+ATOM   8906  CG2 THR L 113     -32.802 -18.541  87.791  1.00 27.98           C  
+ATOM   8907  N   ALA L 114     -33.860 -13.814  88.313  1.00 19.26           N  
+ATOM   8908  CA  ALA L 114     -34.703 -12.637  88.545  1.00 22.22           C  
+ATOM   8909  C   ALA L 114     -35.560 -12.759  89.806  1.00 24.77           C  
+ATOM   8910  O   ALA L 114     -36.661 -12.209  89.882  1.00 22.90           O  
+ATOM   8911  CB  ALA L 114     -35.582 -12.318  87.328  1.00 25.98           C  
+ATOM   8912  N   LEU L 115     -35.063 -13.469  90.813  1.00 25.28           N  
+ATOM   8913  CA  LEU L 115     -35.689 -13.532  92.123  1.00 25.41           C  
+ATOM   8914  C   LEU L 115     -34.853 -12.708  93.094  1.00 26.51           C  
+ATOM   8915  O   LEU L 115     -33.643 -12.548  92.902  1.00 29.12           O  
+ATOM   8916  CB  LEU L 115     -35.790 -14.976  92.620  1.00 25.03           C  
+ATOM   8917  CG  LEU L 115     -36.350 -15.996  91.627  1.00 28.73           C  
+ATOM   8918  CD1 LEU L 115     -36.497 -17.346  92.310  1.00 31.21           C  
+ATOM   8919  CD2 LEU L 115     -37.683 -15.534  91.067  1.00 26.35           C  
+ATOM   8920  N   LEU L 116     -35.505 -12.160  94.117  1.00 24.28           N  
+ATOM   8921  CA  LEU L 116     -34.823 -11.428  95.184  1.00 26.48           C  
+ATOM   8922  C   LEU L 116     -34.883 -12.236  96.470  1.00 26.04           C  
+ATOM   8923  O   LEU L 116     -35.914 -12.842  96.777  1.00 29.56           O  
+ATOM   8924  CB  LEU L 116     -35.457 -10.055  95.423  1.00 26.86           C  
+ATOM   8925  CG  LEU L 116     -35.004  -8.843  94.621  1.00 34.16           C  
+ATOM   8926  CD1 LEU L 116     -35.254  -9.071  93.165  1.00 40.05           C  
+ATOM   8927  CD2 LEU L 116     -35.736  -7.609  95.099  1.00 32.50           C  
+ATOM   8928  N   THR L 117     -33.787 -12.231  97.231  1.00 22.30           N  
+ATOM   8929  CA  THR L 117     -33.735 -12.908  98.525  1.00 25.25           C  
+ATOM   8930  C   THR L 117     -33.116 -11.961  99.541  1.00 24.60           C  
+ATOM   8931  O   THR L 117     -32.049 -11.401  99.289  1.00 26.06           O  
+ATOM   8932  CB  THR L 117     -32.908 -14.209  98.473  1.00 30.11           C  
+ATOM   8933  OG1 THR L 117     -33.393 -15.073  97.434  1.00 33.06           O  
+ATOM   8934  CG2 THR L 117     -33.010 -14.950  99.795  1.00 30.17           C  
+ATOM   8935  N   PHE L 118     -33.766 -11.795 100.685  1.00 25.70           N  
+ATOM   8936  CA  PHE L 118     -33.222 -10.996 101.777  1.00 27.16           C  
+ATOM   8937  C   PHE L 118     -32.656 -11.908 102.855  1.00 28.71           C  
+ATOM   8938  O   PHE L 118     -33.234 -12.956 103.156  1.00 31.41           O  
+ATOM   8939  CB  PHE L 118     -34.292 -10.089 102.390  1.00 28.07           C  
+ATOM   8940  CG  PHE L 118     -34.649  -8.906 101.546  1.00 23.94           C  
+ATOM   8941  CD1 PHE L 118     -33.924  -7.733 101.634  1.00 23.44           C  
+ATOM   8942  CD2 PHE L 118     -35.730  -8.954 100.681  1.00 28.32           C  
+ATOM   8943  CE1 PHE L 118     -34.252  -6.629 100.864  1.00 19.97           C  
+ATOM   8944  CE2 PHE L 118     -36.063  -7.859  99.906  1.00 24.41           C  
+ATOM   8945  CZ  PHE L 118     -35.324  -6.693  99.997  1.00 21.74           C  
+ATOM   8946  N   GLY L 119     -31.520 -11.511 103.429  1.00 25.75           N  
+ATOM   8947  CA  GLY L 119     -31.035 -12.166 104.623  1.00 24.73           C  
+ATOM   8948  C   GLY L 119     -31.971 -11.927 105.798  1.00 25.07           C  
+ATOM   8949  O   GLY L 119     -32.830 -11.050 105.788  1.00 23.37           O  
+ATOM   8950  N   GLN L 120     -31.782 -12.729 106.848  1.00 29.13           N  
+ATOM   8951  CA  GLN L 120     -32.638 -12.650 108.028  1.00 32.10           C  
+ATOM   8952  C   GLN L 120     -32.440 -11.361 108.829  1.00 29.23           C  
+ATOM   8953  O   GLN L 120     -33.332 -10.988 109.599  1.00 28.92           O  
+ATOM   8954  CB  GLN L 120     -32.393 -13.872 108.919  1.00 43.06           C  
+ATOM   8955  CG  GLN L 120     -32.634 -15.228 108.231  1.00 52.15           C  
+ATOM   8956  CD  GLN L 120     -31.481 -15.683 107.312  1.00 59.48           C  
+ATOM   8957  OE1 GLN L 120     -30.368 -15.140 107.348  1.00 58.31           O  
+ATOM   8958  NE2 GLN L 120     -31.757 -16.687 106.483  1.00 62.59           N  
+ATOM   8959  N   GLY L 121     -31.314 -10.683 108.671  1.00 26.16           N  
+ATOM   8960  CA  GLY L 121     -31.083  -9.398 109.306  1.00 24.14           C  
+ATOM   8961  C   GLY L 121     -30.181  -9.503 110.523  1.00 25.67           C  
+ATOM   8962  O   GLY L 121     -30.088 -10.551 111.176  1.00 25.44           O  
+ATOM   8963  N   THR L 122     -29.496  -8.394 110.835  1.00 25.32           N  
+ATOM   8964  CA  THR L 122     -28.576  -8.317 111.966  1.00 29.00           C  
+ATOM   8965  C   THR L 122     -28.894  -7.069 112.780  1.00 29.41           C  
+ATOM   8966  O   THR L 122     -28.830  -5.950 112.260  1.00 28.26           O  
+ATOM   8967  CB  THR L 122     -27.110  -8.286 111.503  1.00 27.86           C  
+ATOM   8968  OG1 THR L 122     -26.776  -9.499 110.821  1.00 24.57           O  
+ATOM   8969  CG2 THR L 122     -26.163  -8.109 112.708  1.00 23.96           C  
+ATOM   8970  N   LYS L 123     -29.240  -7.251 114.050  1.00 33.47           N  
+ATOM   8971  CA  LYS L 123     -29.402  -6.120 114.957  1.00 36.10           C  
+ATOM   8972  C   LYS L 123     -28.030  -5.686 115.461  1.00 32.73           C  
+ATOM   8973  O   LYS L 123     -27.296  -6.495 116.042  1.00 35.66           O  
+ATOM   8974  CB  LYS L 123     -30.286  -6.495 116.145  1.00 41.60           C  
+ATOM   8975  CG  LYS L 123     -31.769  -6.376 115.941  1.00 50.11           C  
+ATOM   8976  CD  LYS L 123     -32.492  -6.866 117.189  1.00 53.75           C  
+ATOM   8977  CE  LYS L 123     -33.974  -6.565 117.128  1.00 56.45           C  
+ATOM   8978  NZ  LYS L 123     -34.233  -5.098 117.115  1.00 58.00           N  
+ATOM   8979  N   VAL L 124     -27.688  -4.413 115.274  1.00 29.84           N  
+ATOM   8980  CA  VAL L 124     -26.469  -3.842 115.844  1.00 27.73           C  
+ATOM   8981  C   VAL L 124     -26.886  -2.965 117.023  1.00 26.23           C  
+ATOM   8982  O   VAL L 124     -27.464  -1.887 116.833  1.00 26.51           O  
+ATOM   8983  CB  VAL L 124     -25.664  -3.053 114.800  1.00 25.70           C  
+ATOM   8984  CG1 VAL L 124     -24.397  -2.447 115.427  1.00 25.71           C  
+ATOM   8985  CG2 VAL L 124     -25.292  -3.955 113.637  1.00 22.29           C  
+ATOM   8986  N   GLU L 125     -26.601  -3.426 118.241  1.00 26.78           N  
+ATOM   8987  CA  GLU L 125     -27.087  -2.797 119.464  1.00 28.01           C  
+ATOM   8988  C   GLU L 125     -25.951  -2.125 120.237  1.00 30.02           C  
+ATOM   8989  O   GLU L 125     -24.766  -2.392 120.006  1.00 27.18           O  
+ATOM   8990  CB  GLU L 125     -27.786  -3.830 120.353  1.00 31.91           C  
+ATOM   8991  CG  GLU L 125     -28.912  -4.561 119.650  1.00 41.63           C  
+ATOM   8992  CD  GLU L 125     -29.444  -5.735 120.451  1.00 48.07           C  
+ATOM   8993  OE1 GLU L 125     -28.622  -6.529 120.959  1.00 51.78           O  
+ATOM   8994  OE2 GLU L 125     -30.683  -5.849 120.582  1.00 48.82           O  
+ATOM   8995  N   ILE L 126     -26.338  -1.254 121.180  1.00 29.30           N  
+ATOM   8996  CA  ILE L 126     -25.396  -0.445 121.957  1.00 30.90           C  
+ATOM   8997  C   ILE L 126     -24.916  -1.246 123.160  1.00 31.93           C  
+ATOM   8998  O   ILE L 126     -25.722  -1.731 123.964  1.00 28.77           O  
+ATOM   8999  CB  ILE L 126     -26.043   0.875 122.415  1.00 32.96           C  
+ATOM   9000  CG1 ILE L 126     -26.444   1.733 121.214  1.00 40.19           C  
+ATOM   9001  CG2 ILE L 126     -25.114   1.648 123.331  1.00 36.00           C  
+ATOM   9002  CD1 ILE L 126     -27.141   3.043 121.574  1.00 45.45           C  
+ATOM   9003  N   LYS L 127     -23.600  -1.367 123.295  1.00 31.97           N  
+ATOM   9004  CA  LYS L 127     -23.011  -2.041 124.437  1.00 31.30           C  
+ATOM   9005  C   LYS L 127     -22.981  -1.103 125.640  1.00 29.16           C  
+ATOM   9006  O   LYS L 127     -22.691   0.091 125.513  1.00 30.18           O  
+ATOM   9007  CB  LYS L 127     -21.600  -2.518 124.087  1.00 36.88           C  
+ATOM   9008  CG  LYS L 127     -20.878  -3.229 125.210  1.00 43.45           C  
+ATOM   9009  CD  LYS L 127     -19.597  -3.891 124.722  1.00 51.94           C  
+ATOM   9010  CE  LYS L 127     -19.891  -5.113 123.862  1.00 57.43           C  
+ATOM   9011  NZ  LYS L 127     -18.648  -5.854 123.490  1.00 60.33           N  
+ATOM   9012  N  AARG L 128     -23.300  -1.649 126.811  0.50 27.34           N  
+ATOM   9013  CA AARG L 128     -23.225  -0.901 128.059  0.50 26.80           C  
+ATOM   9014  C  AARG L 128     -22.946  -1.886 129.186  0.50 27.92           C  
+ATOM   9015  O  AARG L 128     -22.860  -3.098 128.971  0.50 29.18           O  
+ATOM   9016  CB AARG L 128     -24.513  -0.107 128.321  0.50 28.27           C  
+ATOM   9017  CG AARG L 128     -25.726  -0.980 128.627  0.50 28.61           C  
+ATOM   9018  CD AARG L 128     -26.895  -0.173 129.168  0.50 31.30           C  
+ATOM   9019  NE AARG L 128     -26.593   0.471 130.450  0.50 33.32           N  
+ATOM   9020  CZ AARG L 128     -26.690  -0.134 131.627  0.50 31.79           C  
+ATOM   9021  NH1AARG L 128     -27.075  -1.395 131.676  0.50 34.44           N  
+ATOM   9022  NH2AARG L 128     -26.401   0.509 132.748  0.50 31.65           N  
+ATOM   9023  N   THR L 129     -22.811  -1.355 130.399  1.00 28.39           N  
+ATOM   9024  CA  THR L 129     -22.518  -2.200 131.552  1.00 28.98           C  
+ATOM   9025  C   THR L 129     -23.725  -3.058 131.905  1.00 28.96           C  
+ATOM   9026  O   THR L 129     -24.875  -2.680 131.654  1.00 26.63           O  
+ATOM   9027  CB  THR L 129     -22.135  -1.360 132.771  1.00 26.35           C  
+ATOM   9028  OG1 THR L 129     -23.197  -0.439 133.048  1.00 28.13           O  
+ATOM   9029  CG2 THR L 129     -20.835  -0.599 132.521  1.00 25.21           C  
+ATOM   9030  N   VAL L 130     -23.444  -4.214 132.519  1.00 27.11           N  
+ATOM   9031  CA  VAL L 130     -24.507  -5.104 132.965  1.00 29.15           C  
+ATOM   9032  C   VAL L 130     -25.411  -4.371 133.948  1.00 29.96           C  
+ATOM   9033  O   VAL L 130     -24.950  -3.565 134.769  1.00 29.63           O  
+ATOM   9034  CB  VAL L 130     -23.890  -6.366 133.594  1.00 31.25           C  
+ATOM   9035  CG1 VAL L 130     -24.965  -7.320 134.100  1.00 29.90           C  
+ATOM   9036  CG2 VAL L 130     -22.998  -7.062 132.590  1.00 31.03           C  
+ATOM   9037  N   ALA L 131     -26.714  -4.626 133.852  1.00 22.01           N  
+ATOM   9038  CA  ALA L 131     -27.668  -4.042 134.781  1.00 20.64           C  
+ATOM   9039  C   ALA L 131     -28.721  -5.080 135.116  1.00 21.54           C  
+ATOM   9040  O   ALA L 131     -29.373  -5.627 134.223  1.00 21.65           O  
+ATOM   9041  CB  ALA L 131     -28.334  -2.779 134.228  1.00 23.71           C  
+ATOM   9042  N   ALA L 132     -28.870  -5.352 136.411  1.00 22.78           N  
+ATOM   9043  CA  ALA L 132     -29.849  -6.291 136.931  1.00 25.88           C  
+ATOM   9044  C   ALA L 132     -31.254  -5.703 136.823  1.00 25.79           C  
+ATOM   9045  O   ALA L 132     -31.445  -4.506 137.055  1.00 29.78           O  
+ATOM   9046  CB  ALA L 132     -29.541  -6.622 138.394  1.00 29.05           C  
+ATOM   9047  N   PRO L 133     -32.249  -6.515 136.485  1.00 24.36           N  
+ATOM   9048  CA  PRO L 133     -33.622  -6.001 136.407  1.00 28.30           C  
+ATOM   9049  C   PRO L 133     -34.217  -5.722 137.776  1.00 30.54           C  
+ATOM   9050  O   PRO L 133     -33.906  -6.390 138.766  1.00 27.99           O  
+ATOM   9051  CB  PRO L 133     -34.386  -7.135 135.711  1.00 29.48           C  
+ATOM   9052  CG  PRO L 133     -33.601  -8.374 136.066  1.00 29.53           C  
+ATOM   9053  CD  PRO L 133     -32.155  -7.929 136.084  1.00 24.37           C  
+ATOM   9054  N   SER L 134     -35.093  -4.723 137.817  1.00 27.01           N  
+ATOM   9055  CA  SER L 134     -36.044  -4.577 138.910  1.00 28.85           C  
+ATOM   9056  C   SER L 134     -37.266  -5.412 138.563  1.00 25.83           C  
+ATOM   9057  O   SER L 134     -37.773  -5.329 137.442  1.00 25.88           O  
+ATOM   9058  CB  SER L 134     -36.436  -3.113 139.116  1.00 31.42           C  
+ATOM   9059  OG  SER L 134     -35.283  -2.321 139.329  1.00 37.11           O  
+ATOM   9060  N   VAL L 135     -37.723  -6.224 139.508  1.00 23.35           N  
+ATOM   9061  CA  VAL L 135     -38.791  -7.187 139.267  1.00 24.41           C  
+ATOM   9062  C   VAL L 135     -40.033  -6.773 140.044  1.00 25.89           C  
+ATOM   9063  O   VAL L 135     -39.950  -6.396 141.220  1.00 27.23           O  
+ATOM   9064  CB  VAL L 135     -38.352  -8.611 139.654  1.00 28.36           C  
+ATOM   9065  CG1 VAL L 135     -39.429  -9.619 139.269  1.00 27.33           C  
+ATOM   9066  CG2 VAL L 135     -36.998  -8.956 139.007  1.00 25.63           C  
+ATOM   9067  N   PHE L 136     -41.188  -6.854 139.388  1.00 24.02           N  
+ATOM   9068  CA  PHE L 136     -42.468  -6.530 140.004  1.00 25.16           C  
+ATOM   9069  C   PHE L 136     -43.519  -7.529 139.539  1.00 23.70           C  
+ATOM   9070  O   PHE L 136     -43.487  -7.993 138.397  1.00 24.28           O  
+ATOM   9071  CB  PHE L 136     -42.932  -5.110 139.638  1.00 24.44           C  
+ATOM   9072  CG  PHE L 136     -41.911  -4.050 139.897  1.00 24.44           C  
+ATOM   9073  CD1 PHE L 136     -41.872  -3.387 141.125  1.00 26.60           C  
+ATOM   9074  CD2 PHE L 136     -41.001  -3.692 138.914  1.00 25.74           C  
+ATOM   9075  CE1 PHE L 136     -40.932  -2.403 141.361  1.00 23.95           C  
+ATOM   9076  CE2 PHE L 136     -40.061  -2.703 139.150  1.00 26.74           C  
+ATOM   9077  CZ  PHE L 136     -40.028  -2.065 140.382  1.00 25.01           C  
+ATOM   9078  N   ILE L 137     -44.478  -7.840 140.412  1.00 22.59           N  
+ATOM   9079  CA  ILE L 137     -45.553  -8.759 140.054  1.00 22.00           C  
+ATOM   9080  C   ILE L 137     -46.892  -8.091 140.342  1.00 20.77           C  
+ATOM   9081  O   ILE L 137     -47.048  -7.397 141.354  1.00 25.06           O  
+ATOM   9082  CB  ILE L 137     -45.419 -10.115 140.787  1.00 24.42           C  
+ATOM   9083  CG1 ILE L 137     -46.505 -11.090 140.303  1.00 23.35           C  
+ATOM   9084  CG2 ILE L 137     -45.505  -9.942 142.297  1.00 23.39           C  
+ATOM   9085  CD1 ILE L 137     -46.385 -12.482 140.889  1.00 25.31           C  
+ATOM   9086  N   PHE L 138     -47.849  -8.275 139.435  1.00 20.80           N  
+ATOM   9087  CA  PHE L 138     -49.151  -7.612 139.510  1.00 28.15           C  
+ATOM   9088  C   PHE L 138     -50.277  -8.640 139.494  1.00 28.63           C  
+ATOM   9089  O   PHE L 138     -50.409  -9.396 138.513  1.00 31.14           O  
+ATOM   9090  CB  PHE L 138     -49.320  -6.628 138.344  1.00 25.00           C  
+ATOM   9091  CG  PHE L 138     -48.255  -5.573 138.279  1.00 26.57           C  
+ATOM   9092  CD1 PHE L 138     -48.340  -4.427 139.066  1.00 26.93           C  
+ATOM   9093  CD2 PHE L 138     -47.163  -5.724 137.433  1.00 29.16           C  
+ATOM   9094  CE1 PHE L 138     -47.359  -3.450 138.999  1.00 26.84           C  
+ATOM   9095  CE2 PHE L 138     -46.179  -4.752 137.362  1.00 28.57           C  
+ATOM   9096  CZ  PHE L 138     -46.269  -3.618 138.150  1.00 29.78           C  
+ATOM   9097  N   PRO L 139     -51.118  -8.692 140.521  1.00 29.82           N  
+ATOM   9098  CA  PRO L 139     -52.294  -9.574 140.489  1.00 28.66           C  
+ATOM   9099  C   PRO L 139     -53.301  -9.103 139.458  1.00 32.46           C  
+ATOM   9100  O   PRO L 139     -53.254  -7.950 139.004  1.00 34.37           O  
+ATOM   9101  CB  PRO L 139     -52.872  -9.453 141.906  1.00 28.77           C  
+ATOM   9102  CG  PRO L 139     -51.762  -8.853 142.733  1.00 32.40           C  
+ATOM   9103  CD  PRO L 139     -51.001  -7.967 141.793  1.00 28.89           C  
+ATOM   9104  N   PRO L 140     -54.235  -9.963 139.063  1.00 32.67           N  
+ATOM   9105  CA  PRO L 140     -55.339  -9.497 138.224  1.00 31.51           C  
+ATOM   9106  C   PRO L 140     -56.219  -8.530 138.998  1.00 29.51           C  
+ATOM   9107  O   PRO L 140     -56.402  -8.656 140.213  1.00 28.11           O  
+ATOM   9108  CB  PRO L 140     -56.085 -10.787 137.869  1.00 34.31           C  
+ATOM   9109  CG  PRO L 140     -55.712 -11.750 138.959  1.00 32.96           C  
+ATOM   9110  CD  PRO L 140     -54.302 -11.414 139.315  1.00 34.29           C  
+ATOM   9111  N   SER L 141     -56.754  -7.544 138.288  1.00 29.86           N  
+ATOM   9112  CA  SER L 141     -57.587  -6.552 138.947  1.00 30.21           C  
+ATOM   9113  C   SER L 141     -58.989  -7.101 139.173  1.00 31.32           C  
+ATOM   9114  O   SER L 141     -59.479  -7.955 138.425  1.00 32.79           O  
+ATOM   9115  CB  SER L 141     -57.662  -5.264 138.129  1.00 30.18           C  
+ATOM   9116  OG  SER L 141     -58.333  -5.488 136.907  1.00 33.04           O  
+ATOM   9117  N   ASP L 142     -59.636  -6.603 140.227  1.00 28.30           N  
+ATOM   9118  CA  ASP L 142     -61.025  -6.972 140.465  1.00 30.96           C  
+ATOM   9119  C   ASP L 142     -61.873  -6.761 139.215  1.00 30.45           C  
+ATOM   9120  O   ASP L 142     -62.743  -7.578 138.902  1.00 30.25           O  
+ATOM   9121  CB  ASP L 142     -61.582  -6.175 141.642  1.00 36.81           C  
+ATOM   9122  CG  ASP L 142     -60.882  -6.507 142.960  1.00 44.83           C  
+ATOM   9123  OD1 ASP L 142     -60.322  -7.625 143.083  1.00 43.87           O  
+ATOM   9124  OD2 ASP L 142     -60.888  -5.644 143.866  1.00 49.03           O  
+ATOM   9125  N   SER L 143     -61.604  -5.697 138.458  1.00 29.14           N  
+ATOM   9126  CA  SER L 143     -62.461  -5.418 137.314  1.00 32.28           C  
+ATOM   9127  C   SER L 143     -62.256  -6.435 136.192  1.00 28.11           C  
+ATOM   9128  O   SER L 143     -63.222  -6.785 135.514  1.00 31.14           O  
+ATOM   9129  CB  SER L 143     -62.249  -3.986 136.816  1.00 36.20           C  
+ATOM   9130  OG  SER L 143     -61.032  -3.843 136.126  1.00 39.55           O  
+ATOM   9131  N   GLN L 144     -61.031  -6.952 135.996  1.00 30.48           N  
+ATOM   9132  CA  GLN L 144     -60.853  -8.025 135.014  1.00 28.94           C  
+ATOM   9133  C   GLN L 144     -61.592  -9.290 135.437  1.00 27.96           C  
+ATOM   9134  O   GLN L 144     -62.253  -9.929 134.613  1.00 25.09           O  
+ATOM   9135  CB  GLN L 144     -59.369  -8.344 134.777  1.00 28.23           C  
+ATOM   9136  CG  GLN L 144     -59.166  -9.323 133.591  1.00 25.55           C  
+ATOM   9137  CD  GLN L 144     -57.725  -9.818 133.386  1.00 25.93           C  
+ATOM   9138  OE1 GLN L 144     -56.853  -9.669 134.253  1.00 22.12           O  
+ATOM   9139  NE2 GLN L 144     -57.480 -10.428 132.218  1.00 24.97           N  
+ATOM   9140  N   LEU L 145     -61.474  -9.675 136.714  1.00 28.82           N  
+ATOM   9141  CA  LEU L 145     -62.127 -10.888 137.196  1.00 31.59           C  
+ATOM   9142  C   LEU L 145     -63.637 -10.807 137.005  1.00 31.36           C  
+ATOM   9143  O   LEU L 145     -64.271 -11.759 136.524  1.00 31.85           O  
+ATOM   9144  CB  LEU L 145     -61.784 -11.115 138.675  1.00 30.52           C  
+ATOM   9145  CG  LEU L 145     -60.305 -11.252 139.030  1.00 30.81           C  
+ATOM   9146  CD1 LEU L 145     -60.059 -11.213 140.548  1.00 33.61           C  
+ATOM   9147  CD2 LEU L 145     -59.740 -12.536 138.422  1.00 34.49           C  
+ATOM   9148  N   LYS L 146     -64.232  -9.669 137.373  1.00 26.90           N  
+ATOM   9149  CA  LYS L 146     -65.663  -9.496 137.167  1.00 31.18           C  
+ATOM   9150  C   LYS L 146     -66.032  -9.644 135.691  1.00 34.57           C  
+ATOM   9151  O   LYS L 146     -67.130 -10.110 135.372  1.00 35.43           O  
+ATOM   9152  CB  LYS L 146     -66.099  -8.139 137.709  1.00 36.17           C  
+ATOM   9153  CG  LYS L 146     -67.585  -7.905 137.615  1.00 44.35           C  
+ATOM   9154  CD  LYS L 146     -68.015  -6.721 138.440  1.00 53.41           C  
+ATOM   9155  CE  LYS L 146     -67.983  -7.042 139.930  1.00 58.86           C  
+ATOM   9156  NZ  LYS L 146     -68.693  -5.999 140.733  1.00 61.01           N  
+ATOM   9157  N   SER L 147     -65.121  -9.281 134.780  1.00 33.48           N  
+ATOM   9158  CA  SER L 147     -65.368  -9.455 133.354  1.00 35.02           C  
+ATOM   9159  C   SER L 147     -65.185 -10.896 132.904  1.00 34.45           C  
+ATOM   9160  O   SER L 147     -65.513 -11.208 131.754  1.00 35.41           O  
+ATOM   9161  CB  SER L 147     -64.444  -8.553 132.532  1.00 32.91           C  
+ATOM   9162  OG  SER L 147     -63.176  -9.161 132.344  1.00 30.10           O  
+ATOM   9163  N   GLY L 148     -64.647 -11.759 133.759  1.00 35.64           N  
+ATOM   9164  CA  GLY L 148     -64.606 -13.183 133.513  1.00 37.30           C  
+ATOM   9165  C   GLY L 148     -63.267 -13.830 133.117  1.00 41.02           C  
+ATOM   9166  O   GLY L 148     -63.284 -14.961 132.619  1.00 46.10           O  
+ATOM   9167  N   THR L 149     -62.130 -13.165 133.331  1.00 43.05           N  
+ATOM   9168  CA  THR L 149     -60.830 -13.724 132.956  1.00 40.26           C  
+ATOM   9169  C   THR L 149     -59.776 -13.244 133.947  1.00 36.32           C  
+ATOM   9170  O   THR L 149     -60.045 -12.399 134.799  1.00 36.24           O  
+ATOM   9171  CB  THR L 149     -60.446 -13.337 131.518  1.00 41.89           C  
+ATOM   9172  OG1 THR L 149     -59.086 -13.722 131.258  1.00 48.25           O  
+ATOM   9173  CG2 THR L 149     -60.602 -11.834 131.306  1.00 37.09           C  
+ATOM   9174  N   ALA L 150     -58.557 -13.783 133.831  1.00 34.38           N  
+ATOM   9175  CA  ALA L 150     -57.512 -13.447 134.797  1.00 31.96           C  
+ATOM   9176  C   ALA L 150     -56.129 -13.434 134.153  1.00 31.58           C  
+ATOM   9177  O   ALA L 150     -55.720 -14.425 133.537  1.00 34.85           O  
+ATOM   9178  CB  ALA L 150     -57.523 -14.434 135.974  1.00 31.29           C  
+ATOM   9179  N   SER L 151     -55.398 -12.331 134.337  1.00 25.15           N  
+ATOM   9180  CA  SER L 151     -54.030 -12.178 133.838  1.00 24.16           C  
+ATOM   9181  C   SER L 151     -53.113 -11.758 134.976  1.00 26.82           C  
+ATOM   9182  O   SER L 151     -53.378 -10.751 135.640  1.00 28.31           O  
+ATOM   9183  CB  SER L 151     -53.944 -11.128 132.723  1.00 22.76           C  
+ATOM   9184  OG  SER L 151     -54.900 -11.372 131.698  1.00 22.91           O  
+ATOM   9185  N   VAL L 152     -52.031 -12.511 135.188  1.00 27.85           N  
+ATOM   9186  CA  VAL L 152     -50.979 -12.164 136.145  1.00 25.94           C  
+ATOM   9187  C   VAL L 152     -49.762 -11.695 135.348  1.00 27.65           C  
+ATOM   9188  O   VAL L 152     -49.366 -12.352 134.379  1.00 29.50           O  
+ATOM   9189  CB  VAL L 152     -50.621 -13.359 137.053  1.00 23.46           C  
+ATOM   9190  CG1 VAL L 152     -49.917 -12.896 138.331  1.00 21.08           C  
+ATOM   9191  CG2 VAL L 152     -51.866 -14.182 137.385  1.00 25.95           C  
+ATOM   9192  N   VAL L 153     -49.173 -10.566 135.746  1.00 23.44           N  
+ATOM   9193  CA  VAL L 153     -48.109  -9.919 134.985  1.00 24.17           C  
+ATOM   9194  C   VAL L 153     -46.869  -9.778 135.855  1.00 28.80           C  
+ATOM   9195  O   VAL L 153     -46.948  -9.294 136.991  1.00 30.52           O  
+ATOM   9196  CB  VAL L 153     -48.544  -8.539 134.445  1.00 25.58           C  
+ATOM   9197  CG1 VAL L 153     -47.384  -7.824 133.765  1.00 24.39           C  
+ATOM   9198  CG2 VAL L 153     -49.683  -8.691 133.473  1.00 25.71           C  
+ATOM   9199  N   CYS L 154     -45.722 -10.184 135.305  1.00 31.00           N  
+ATOM   9200  CA  CYS L 154     -44.417 -10.053 135.936  1.00 27.49           C  
+ATOM   9201  C   CYS L 154     -43.581  -9.133 135.057  1.00 27.37           C  
+ATOM   9202  O   CYS L 154     -43.409  -9.394 133.859  1.00 26.20           O  
+ATOM   9203  CB  CYS L 154     -43.753 -11.426 136.106  1.00 32.85           C  
+ATOM   9204  SG  CYS L 154     -42.171 -11.458 137.004  1.00 35.64           S  
+ATOM   9205  N   LEU L 155     -43.084  -8.049 135.641  1.00 23.87           N  
+ATOM   9206  CA  LEU L 155     -42.333  -7.025 134.921  1.00 21.78           C  
+ATOM   9207  C   LEU L 155     -40.864  -7.099 135.301  1.00 24.98           C  
+ATOM   9208  O   LEU L 155     -40.522  -7.115 136.496  1.00 25.61           O  
+ATOM   9209  CB  LEU L 155     -42.871  -5.629 135.239  1.00 23.69           C  
+ATOM   9210  CG  LEU L 155     -41.964  -4.447 134.891  1.00 24.85           C  
+ATOM   9211  CD1 LEU L 155     -41.876  -4.282 133.370  1.00 24.18           C  
+ATOM   9212  CD2 LEU L 155     -42.493  -3.170 135.558  1.00 23.72           C  
+ATOM   9213  N   LEU L 156     -40.000  -7.139 134.293  1.00 24.06           N  
+ATOM   9214  CA  LEU L 156     -38.556  -6.987 134.484  1.00 22.98           C  
+ATOM   9215  C   LEU L 156     -38.153  -5.655 133.876  1.00 24.61           C  
+ATOM   9216  O   LEU L 156     -38.295  -5.459 132.661  1.00 22.93           O  
+ATOM   9217  CB  LEU L 156     -37.784  -8.132 133.832  1.00 22.31           C  
+ATOM   9218  CG  LEU L 156     -37.792  -9.523 134.471  1.00 24.96           C  
+ATOM   9219  CD1 LEU L 156     -39.179 -10.158 134.489  1.00 25.51           C  
+ATOM   9220  CD2 LEU L 156     -36.801 -10.428 133.765  1.00 27.13           C  
+ATOM   9221  N   ASN L 157     -37.652  -4.741 134.702  1.00 23.42           N  
+ATOM   9222  CA  ASN L 157     -37.432  -3.365 134.262  1.00 24.16           C  
+ATOM   9223  C   ASN L 157     -35.949  -3.018 134.184  1.00 24.85           C  
+ATOM   9224  O   ASN L 157     -35.197  -3.239 135.140  1.00 26.47           O  
+ATOM   9225  CB  ASN L 157     -38.129  -2.363 135.177  1.00 21.94           C  
+ATOM   9226  CG  ASN L 157     -38.535  -1.111 134.430  1.00 29.41           C  
+ATOM   9227  OD1 ASN L 157     -39.078  -1.192 133.317  1.00 30.94           O  
+ATOM   9228  ND2 ASN L 157     -38.222   0.050 134.995  1.00 26.03           N  
+ATOM   9229  N   ASN L 158     -35.555  -2.443 133.050  1.00 23.33           N  
+ATOM   9230  CA  ASN L 158     -34.297  -1.709 132.887  1.00 25.87           C  
+ATOM   9231  C   ASN L 158     -33.073  -2.594 133.142  1.00 26.13           C  
+ATOM   9232  O   ASN L 158     -32.223  -2.296 133.984  1.00 23.26           O  
+ATOM   9233  CB  ASN L 158     -34.277  -0.476 133.799  1.00 29.34           C  
+ATOM   9234  CG  ASN L 158     -35.246   0.613 133.349  1.00 32.28           C  
+ATOM   9235  OD1 ASN L 158     -35.985   0.453 132.379  1.00 33.38           O  
+ATOM   9236  ND2 ASN L 158     -35.236   1.733 134.057  1.00 33.58           N  
+ATOM   9237  N   PHE L 159     -32.980  -3.687 132.390  1.00 26.10           N  
+ATOM   9238  CA  PHE L 159     -31.857  -4.599 132.549  1.00 23.86           C  
+ATOM   9239  C   PHE L 159     -31.017  -4.682 131.277  1.00 25.89           C  
+ATOM   9240  O   PHE L 159     -31.439  -4.271 130.188  1.00 26.35           O  
+ATOM   9241  CB  PHE L 159     -32.331  -5.996 132.954  1.00 24.68           C  
+ATOM   9242  CG  PHE L 159     -33.196  -6.661 131.930  1.00 28.19           C  
+ATOM   9243  CD1 PHE L 159     -34.571  -6.480 131.945  1.00 24.81           C  
+ATOM   9244  CD2 PHE L 159     -32.640  -7.463 130.951  1.00 29.82           C  
+ATOM   9245  CE1 PHE L 159     -35.367  -7.090 131.009  1.00 26.68           C  
+ATOM   9246  CE2 PHE L 159     -33.443  -8.081 129.997  1.00 27.62           C  
+ATOM   9247  CZ  PHE L 159     -34.802  -7.896 130.032  1.00 26.85           C  
+ATOM   9248  N   TYR L 160     -29.802  -5.236 131.433  1.00 25.71           N  
+ATOM   9249  CA  TYR L 160     -28.853  -5.420 130.341  1.00 24.18           C  
+ATOM   9250  C   TYR L 160     -27.844  -6.488 130.734  1.00 26.52           C  
+ATOM   9251  O   TYR L 160     -27.321  -6.441 131.858  1.00 28.01           O  
+ATOM   9252  CB  TYR L 160     -28.108  -4.125 129.976  1.00 22.37           C  
+ATOM   9253  CG  TYR L 160     -27.249  -4.308 128.744  1.00 22.64           C  
+ATOM   9254  CD1 TYR L 160     -25.950  -4.821 128.834  1.00 25.62           C  
+ATOM   9255  CD2 TYR L 160     -27.754  -4.027 127.483  1.00 24.62           C  
+ATOM   9256  CE1 TYR L 160     -25.178  -5.028 127.703  1.00 29.41           C  
+ATOM   9257  CE2 TYR L 160     -26.994  -4.229 126.353  1.00 23.79           C  
+ATOM   9258  CZ  TYR L 160     -25.708  -4.726 126.459  1.00 29.23           C  
+ATOM   9259  OH  TYR L 160     -24.966  -4.916 125.312  1.00 32.74           O  
+ATOM   9260  N   PRO L 161     -27.519  -7.442 129.844  1.00 27.63           N  
+ATOM   9261  CA  PRO L 161     -28.044  -7.575 128.479  1.00 25.31           C  
+ATOM   9262  C   PRO L 161     -29.413  -8.239 128.393  1.00 26.40           C  
+ATOM   9263  O   PRO L 161     -30.023  -8.541 129.418  1.00 27.51           O  
+ATOM   9264  CB  PRO L 161     -26.988  -8.445 127.792  1.00 28.07           C  
+ATOM   9265  CG  PRO L 161     -26.496  -9.326 128.879  1.00 27.57           C  
+ATOM   9266  CD  PRO L 161     -26.545  -8.506 130.159  1.00 25.22           C  
+ATOM   9267  N   ARG L 162     -29.869  -8.466 127.153  1.00 28.51           N  
+ATOM   9268  CA  ARG L 162     -31.240  -8.892 126.892  1.00 32.59           C  
+ATOM   9269  C   ARG L 162     -31.565 -10.258 127.487  1.00 32.62           C  
+ATOM   9270  O   ARG L 162     -32.721 -10.510 127.843  1.00 33.17           O  
+ATOM   9271  CB  ARG L 162     -31.495  -8.908 125.381  1.00 38.24           C  
+ATOM   9272  CG  ARG L 162     -32.902  -9.334 124.979  1.00 44.33           C  
+ATOM   9273  CD  ARG L 162     -33.054  -9.410 123.458  1.00 53.88           C  
+ATOM   9274  NE  ARG L 162     -33.043  -8.088 122.845  1.00 60.78           N  
+ATOM   9275  CZ  ARG L 162     -33.057  -7.862 121.536  1.00 65.95           C  
+ATOM   9276  NH1 ARG L 162     -33.077  -8.878 120.684  1.00 70.22           N  
+ATOM   9277  NH2 ARG L 162     -33.049  -6.617 121.078  1.00 66.39           N  
+ATOM   9278  N   GLU L 163     -30.589 -11.151 127.595  1.00 33.19           N  
+ATOM   9279  CA  GLU L 163     -30.891 -12.523 127.985  1.00 33.72           C  
+ATOM   9280  C   GLU L 163     -31.412 -12.579 129.421  1.00 31.75           C  
+ATOM   9281  O   GLU L 163     -30.832 -11.975 130.326  1.00 35.37           O  
+ATOM   9282  CB  GLU L 163     -29.643 -13.395 127.821  1.00 35.27           C  
+ATOM   9283  CG  GLU L 163     -29.256 -13.687 126.356  0.75 38.80           C  
+ATOM   9284  CD  GLU L 163     -28.694 -12.481 125.589  0.34 42.10           C  
+ATOM   9285  OE1 GLU L 163     -28.000 -11.627 126.185  1.00 42.38           O  
+ATOM   9286  OE2 GLU L 163     -28.943 -12.392 124.365  0.76 43.58           O  
+ATOM   9287  N   ALA L 164     -32.510 -13.307 129.626  1.00 28.97           N  
+ATOM   9288  CA  ALA L 164     -33.159 -13.397 130.935  1.00 33.47           C  
+ATOM   9289  C   ALA L 164     -34.149 -14.554 130.929  1.00 33.61           C  
+ATOM   9290  O   ALA L 164     -34.746 -14.873 129.896  1.00 35.76           O  
+ATOM   9291  CB  ALA L 164     -33.887 -12.100 131.305  1.00 29.71           C  
+ATOM   9292  N   LYS L 165     -34.320 -15.178 132.088  1.00 33.74           N  
+ATOM   9293  CA  LYS L 165     -35.273 -16.274 132.236  1.00 37.69           C  
+ATOM   9294  C   LYS L 165     -36.327 -15.912 133.272  1.00 36.36           C  
+ATOM   9295  O   LYS L 165     -36.003 -15.394 134.349  1.00 33.97           O  
+ATOM   9296  CB  LYS L 165     -34.581 -17.579 132.644  1.00 41.03           C  
+ATOM   9297  CG  LYS L 165     -35.504 -18.794 132.616  1.00 46.69           C  
+ATOM   9298  CD  LYS L 165     -34.763 -20.092 132.947  1.00 51.27           C  
+ATOM   9299  CE  LYS L 165     -34.376 -20.159 134.418  1.00 56.32           C  
+ATOM   9300  NZ  LYS L 165     -33.768 -21.471 134.789  1.00 59.86           N  
+ATOM   9301  N   VAL L 166     -37.585 -16.205 132.945  1.00 37.11           N  
+ATOM   9302  CA  VAL L 166     -38.720 -15.941 133.818  1.00 37.11           C  
+ATOM   9303  C   VAL L 166     -39.483 -17.241 134.036  1.00 35.52           C  
+ATOM   9304  O   VAL L 166     -39.913 -17.884 133.071  1.00 32.24           O  
+ATOM   9305  CB  VAL L 166     -39.651 -14.859 133.233  1.00 36.92           C  
+ATOM   9306  CG1 VAL L 166     -40.834 -14.653 134.148  1.00 37.27           C  
+ATOM   9307  CG2 VAL L 166     -38.891 -13.561 133.048  1.00 36.51           C  
+ATOM   9308  N   GLN L 167     -39.666 -17.608 135.301  1.00 34.47           N  
+ATOM   9309  CA  GLN L 167     -40.285 -18.863 135.713  1.00 38.83           C  
+ATOM   9310  C   GLN L 167     -41.540 -18.584 136.537  1.00 35.12           C  
+ATOM   9311  O   GLN L 167     -41.473 -17.858 137.532  1.00 35.08           O  
+ATOM   9312  CB  GLN L 167     -39.284 -19.670 136.547  1.00 41.26           C  
+ATOM   9313  CG  GLN L 167     -39.615 -21.115 136.718  1.00 45.91           C  
+ATOM   9314  CD  GLN L 167     -39.052 -21.960 135.595  1.00 52.62           C  
+ATOM   9315  OE1 GLN L 167     -39.585 -21.972 134.479  1.00 58.46           O  
+ATOM   9316  NE2 GLN L 167     -37.965 -22.672 135.879  1.00 49.41           N  
+ATOM   9317  N   TRP L 168     -42.673 -19.171 136.146  1.00 33.96           N  
+ATOM   9318  CA  TRP L 168     -43.923 -19.037 136.896  1.00 34.67           C  
+ATOM   9319  C   TRP L 168     -44.212 -20.286 137.723  1.00 35.57           C  
+ATOM   9320  O   TRP L 168     -44.068 -21.410 137.234  1.00 39.00           O  
+ATOM   9321  CB  TRP L 168     -45.113 -18.797 135.966  1.00 33.58           C  
+ATOM   9322  CG  TRP L 168     -45.230 -17.418 135.410  1.00 34.11           C  
+ATOM   9323  CD1 TRP L 168     -44.932 -17.017 134.143  1.00 35.01           C  
+ATOM   9324  CD2 TRP L 168     -45.721 -16.260 136.092  1.00 37.64           C  
+ATOM   9325  NE1 TRP L 168     -45.196 -15.675 133.994  1.00 34.46           N  
+ATOM   9326  CE2 TRP L 168     -45.679 -15.186 135.179  1.00 37.78           C  
+ATOM   9327  CE3 TRP L 168     -46.190 -16.025 137.385  1.00 36.61           C  
+ATOM   9328  CZ2 TRP L 168     -46.083 -13.897 135.523  1.00 36.85           C  
+ATOM   9329  CZ3 TRP L 168     -46.587 -14.745 137.726  1.00 37.32           C  
+ATOM   9330  CH2 TRP L 168     -46.530 -13.699 136.803  1.00 36.39           C  
+ATOM   9331  N   LYS L 169     -44.660 -20.087 138.965  1.00 33.55           N  
+ATOM   9332  CA  LYS L 169     -45.120 -21.187 139.809  1.00 35.64           C  
+ATOM   9333  C   LYS L 169     -46.418 -20.806 140.512  1.00 33.08           C  
+ATOM   9334  O   LYS L 169     -46.499 -19.751 141.147  1.00 34.46           O  
+ATOM   9335  CB  LYS L 169     -44.058 -21.589 140.845  1.00 37.26           C  
+ATOM   9336  CG  LYS L 169     -42.848 -22.280 140.218  1.00 39.48           C  
+ATOM   9337  CD  LYS L 169     -41.911 -22.880 141.249  1.00 42.28           C  
+ATOM   9338  CE  LYS L 169     -40.848 -23.742 140.578  1.00 44.13           C  
+ATOM   9339  NZ  LYS L 169     -39.946 -24.385 141.574  1.00 46.00           N  
+ATOM   9340  N   VAL L 170     -47.425 -21.667 140.395  1.00 29.04           N  
+ATOM   9341  CA  VAL L 170     -48.713 -21.493 141.064  1.00 32.90           C  
+ATOM   9342  C   VAL L 170     -48.825 -22.586 142.119  1.00 35.62           C  
+ATOM   9343  O   VAL L 170     -48.921 -23.773 141.785  1.00 36.30           O  
+ATOM   9344  CB  VAL L 170     -49.886 -21.546 140.077  1.00 34.16           C  
+ATOM   9345  CG1 VAL L 170     -51.216 -21.507 140.821  1.00 35.94           C  
+ATOM   9346  CG2 VAL L 170     -49.796 -20.398 139.081  1.00 31.64           C  
+ATOM   9347  N   ASP L 171     -48.814 -22.188 143.392  1.00 38.98           N  
+ATOM   9348  CA  ASP L 171     -48.728 -23.116 144.522  1.00 42.00           C  
+ATOM   9349  C   ASP L 171     -47.551 -24.080 144.356  1.00 39.75           C  
+ATOM   9350  O   ASP L 171     -47.696 -25.300 144.428  1.00 44.44           O  
+ATOM   9351  CB  ASP L 171     -50.046 -23.872 144.715  1.00 44.21           C  
+ATOM   9352  CG  ASP L 171     -51.097 -23.036 145.420  1.00 47.10           C  
+ATOM   9353  OD1 ASP L 171     -50.703 -22.177 146.239  1.00 49.81           O  
+ATOM   9354  OD2 ASP L 171     -52.311 -23.236 145.163  1.00 45.02           O  
+ATOM   9355  N   ASN L 172     -46.373 -23.507 144.122  1.00 39.19           N  
+ATOM   9356  CA  ASN L 172     -45.115 -24.231 143.914  1.00 40.70           C  
+ATOM   9357  C   ASN L 172     -45.203 -25.263 142.787  1.00 39.08           C  
+ATOM   9358  O   ASN L 172     -44.396 -26.193 142.725  1.00 38.80           O  
+ATOM   9359  CB  ASN L 172     -44.628 -24.897 145.210  1.00 41.62           C  
+ATOM   9360  CG  ASN L 172     -43.115 -25.117 145.230  1.00 45.82           C  
+ATOM   9361  OD1 ASN L 172     -42.350 -24.358 144.619  1.00 44.32           O  
+ATOM   9362  ND2 ASN L 172     -42.679 -26.162 145.927  1.00 47.42           N  
+ATOM   9363  N   ALA L 173     -46.156 -25.117 141.877  1.00 39.12           N  
+ATOM   9364  CA  ALA L 173     -46.283 -26.001 140.727  1.00 35.73           C  
+ATOM   9365  C   ALA L 173     -45.846 -25.227 139.495  1.00 34.47           C  
+ATOM   9366  O   ALA L 173     -46.391 -24.153 139.209  1.00 32.84           O  
+ATOM   9367  CB  ALA L 173     -47.715 -26.522 140.578  1.00 35.55           C  
+ATOM   9368  N   LEU L 174     -44.857 -25.769 138.782  1.00 30.94           N  
+ATOM   9369  CA  LEU L 174     -44.251 -25.076 137.653  1.00 34.89           C  
+ATOM   9370  C   LEU L 174     -45.237 -24.951 136.497  1.00 34.97           C  
+ATOM   9371  O   LEU L 174     -45.842 -25.940 136.073  1.00 35.75           O  
+ATOM   9372  CB  LEU L 174     -42.997 -25.821 137.202  1.00 37.91           C  
+ATOM   9373  CG  LEU L 174     -42.278 -25.247 135.989  1.00 37.20           C  
+ATOM   9374  CD1 LEU L 174     -41.669 -23.929 136.383  1.00 38.24           C  
+ATOM   9375  CD2 LEU L 174     -41.212 -26.204 135.508  1.00 38.25           C  
+ATOM   9376  N   GLN L 175     -45.393 -23.734 135.980  1.00 31.14           N  
+ATOM   9377  CA  GLN L 175     -46.346 -23.474 134.909  1.00 31.08           C  
+ATOM   9378  C   GLN L 175     -45.643 -23.565 133.563  1.00 31.02           C  
+ATOM   9379  O   GLN L 175     -44.567 -22.994 133.375  1.00 33.11           O  
+ATOM   9380  CB  GLN L 175     -46.997 -22.097 135.073  1.00 30.89           C  
+ATOM   9381  CG  GLN L 175     -47.717 -21.891 136.393  1.00 31.47           C  
+ATOM   9382  CD  GLN L 175     -48.950 -22.775 136.532  1.00 32.47           C  
+ATOM   9383  OE1 GLN L 175     -49.881 -22.688 135.740  1.00 34.60           O  
+ATOM   9384  NE2 GLN L 175     -48.951 -23.630 137.537  1.00 31.75           N  
+ATOM   9385  N   SER L 176     -46.264 -24.269 132.622  1.00 34.51           N  
+ATOM   9386  CA ASER L 176     -45.695 -24.458 131.295  0.72 35.16           C  
+ATOM   9387  C   SER L 176     -46.786 -24.261 130.253  1.00 34.83           C  
+ATOM   9388  O   SER L 176     -47.881 -24.815 130.390  1.00 34.23           O  
+ATOM   9389  CB ASER L 176     -45.071 -25.856 131.161  0.72 36.05           C  
+ATOM   9390  OG ASER L 176     -44.115 -26.101 132.186  0.72 34.35           O  
+ATOM   9391  N   GLY L 177     -46.486 -23.467 129.223  1.00 36.62           N  
+ATOM   9392  CA  GLY L 177     -47.371 -23.289 128.088  1.00 36.33           C  
+ATOM   9393  C   GLY L 177     -48.462 -22.246 128.225  1.00 35.96           C  
+ATOM   9394  O   GLY L 177     -49.220 -22.049 127.270  1.00 35.86           O  
+ATOM   9395  N   ASN L 178     -48.574 -21.570 129.369  1.00 34.38           N  
+ATOM   9396  CA  ASN L 178     -49.636 -20.592 129.583  1.00 33.18           C  
+ATOM   9397  C   ASN L 178     -49.095 -19.186 129.858  1.00 33.54           C  
+ATOM   9398  O   ASN L 178     -49.828 -18.333 130.382  1.00 31.53           O  
+ATOM   9399  CB  ASN L 178     -50.562 -21.053 130.714  1.00 31.26           C  
+ATOM   9400  CG  ASN L 178     -49.816 -21.353 131.998  1.00 31.05           C  
+ATOM   9401  OD1 ASN L 178     -48.589 -21.222 132.068  1.00 35.66           O  
+ATOM   9402  ND2 ASN L 178     -50.553 -21.740 133.030  1.00 28.97           N  
+ATOM   9403  N   SER L 179     -47.839 -18.930 129.493  1.00 34.53           N  
+ATOM   9404  CA  SER L 179     -47.178 -17.636 129.625  1.00 39.49           C  
+ATOM   9405  C   SER L 179     -46.791 -17.093 128.254  1.00 38.91           C  
+ATOM   9406  O   SER L 179     -46.516 -17.856 127.328  1.00 36.46           O  
+ATOM   9407  CB  SER L 179     -45.900 -17.739 130.461  1.00 43.23           C  
+ATOM   9408  OG  SER L 179     -46.173 -18.237 131.749  1.00 52.25           O  
+ATOM   9409  N   GLN L 180     -46.748 -15.764 128.135  1.00 38.99           N  
+ATOM   9410  CA  GLN L 180     -46.202 -15.100 126.953  1.00 38.15           C  
+ATOM   9411  C   GLN L 180     -45.344 -13.929 127.409  1.00 32.07           C  
+ATOM   9412  O   GLN L 180     -45.717 -13.218 128.344  1.00 27.61           O  
+ATOM   9413  CB  GLN L 180     -47.314 -14.598 126.012  1.00 41.41           C  
+ATOM   9414  CG  GLN L 180     -48.390 -15.636 125.688  1.00 51.59           C  
+ATOM   9415  CD  GLN L 180     -49.311 -15.209 124.557  1.00 60.78           C  
+ATOM   9416  OE1 GLN L 180     -50.348 -14.571 124.778  1.00 62.44           O  
+ATOM   9417  NE2 GLN L 180     -48.939 -15.569 123.332  1.00 65.22           N  
+ATOM   9418  N   GLU L 181     -44.203 -13.710 126.762  1.00 30.74           N  
+ATOM   9419  CA  GLU L 181     -43.392 -12.555 127.120  1.00 31.23           C  
+ATOM   9420  C   GLU L 181     -43.202 -11.616 125.937  1.00 28.63           C  
+ATOM   9421  O   GLU L 181     -43.251 -12.028 124.771  1.00 25.32           O  
+ATOM   9422  CB  GLU L 181     -42.034 -12.961 127.694  1.00 39.57           C  
+ATOM   9423  CG  GLU L 181     -41.176 -13.813 126.817  1.00 45.76           C  
+ATOM   9424  CD  GLU L 181     -39.826 -14.077 127.454  1.00 53.60           C  
+ATOM   9425  OE1 GLU L 181     -38.795 -13.891 126.763  1.00 60.49           O  
+ATOM   9426  OE2 GLU L 181     -39.793 -14.459 128.647  1.00 51.85           O  
+ATOM   9427  N   SER L 182     -43.020 -10.333 126.258  1.00 29.17           N  
+ATOM   9428  CA  SER L 182     -42.700  -9.296 125.285  1.00 31.13           C  
+ATOM   9429  C   SER L 182     -41.558  -8.446 125.822  1.00 28.30           C  
+ATOM   9430  O   SER L 182     -41.485  -8.174 127.029  1.00 29.30           O  
+ATOM   9431  CB  SER L 182     -43.901  -8.384 124.983  1.00 35.78           C  
+ATOM   9432  OG  SER L 182     -45.093  -9.127 124.868  1.00 41.80           O  
+ATOM   9433  N   VAL L 183     -40.670  -8.030 124.921  1.00 22.55           N  
+ATOM   9434  CA  VAL L 183     -39.481  -7.263 125.264  1.00 20.50           C  
+ATOM   9435  C   VAL L 183     -39.525  -5.940 124.525  1.00 23.31           C  
+ATOM   9436  O   VAL L 183     -39.915  -5.890 123.353  1.00 22.75           O  
+ATOM   9437  CB  VAL L 183     -38.198  -8.040 124.895  1.00 24.04           C  
+ATOM   9438  CG1 VAL L 183     -36.942  -7.286 125.372  1.00 22.00           C  
+ATOM   9439  CG2 VAL L 183     -38.251  -9.444 125.477  1.00 27.35           C  
+ATOM   9440  N   THR L 184     -39.098  -4.872 125.191  1.00 23.55           N  
+ATOM   9441  CA  THR L 184     -38.889  -3.621 124.476  1.00 26.02           C  
+ATOM   9442  C   THR L 184     -37.525  -3.623 123.784  1.00 28.79           C  
+ATOM   9443  O   THR L 184     -36.621  -4.378 124.141  1.00 26.77           O  
+ATOM   9444  CB  THR L 184     -38.972  -2.419 125.425  1.00 29.36           C  
+ATOM   9445  OG1 THR L 184     -38.039  -2.593 126.505  1.00 31.27           O  
+ATOM   9446  CG2 THR L 184     -40.377  -2.268 125.986  1.00 28.37           C  
+ATOM   9447  N   GLU L 185     -37.399  -2.782 122.760  1.00 28.10           N  
+ATOM   9448  CA AGLU L 185     -36.091  -2.545 122.175  0.66 29.60           C  
+ATOM   9449  C   GLU L 185     -35.268  -1.644 123.097  1.00 28.10           C  
+ATOM   9450  O   GLU L 185     -35.775  -1.043 124.052  1.00 30.77           O  
+ATOM   9451  CB AGLU L 185     -36.226  -1.932 120.777  0.66 31.60           C  
+ATOM   9452  CG AGLU L 185     -36.766  -2.895 119.721  0.66 32.20           C  
+ATOM   9453  CD AGLU L 185     -35.987  -4.204 119.674  0.66 35.37           C  
+ATOM   9454  OE1AGLU L 185     -34.770  -4.172 119.386  0.66 36.54           O  
+ATOM   9455  OE2AGLU L 185     -36.589  -5.271 119.935  0.66 36.42           O  
+ATOM   9456  N   GLN L 186     -33.969  -1.569 122.816  1.00 26.81           N  
+ATOM   9457  CA  GLN L 186     -33.056  -0.833 123.689  1.00 27.91           C  
+ATOM   9458  C   GLN L 186     -33.545   0.583 123.927  1.00 27.60           C  
+ATOM   9459  O   GLN L 186     -33.941   1.282 122.993  1.00 28.10           O  
+ATOM   9460  CB  GLN L 186     -31.649  -0.801 123.095  1.00 25.13           C  
+ATOM   9461  CG  GLN L 186     -30.708  -1.724 123.796  1.00 25.11           C  
+ATOM   9462  CD  GLN L 186     -29.273  -1.521 123.353  1.00 28.65           C  
+ATOM   9463  OE1 GLN L 186     -29.003  -1.173 122.190  1.00 25.16           O  
+ATOM   9464  NE2 GLN L 186     -28.346  -1.700 124.284  1.00 22.89           N  
+ATOM   9465  N   ASP L 187     -33.525   0.999 125.189  1.00 26.45           N  
+ATOM   9466  CA  ASP L 187     -34.099   2.286 125.541  1.00 31.95           C  
+ATOM   9467  C   ASP L 187     -33.246   3.422 124.987  1.00 31.99           C  
+ATOM   9468  O   ASP L 187     -32.019   3.319 124.884  1.00 28.32           O  
+ATOM   9469  CB  ASP L 187     -34.252   2.403 127.056  1.00 34.82           C  
+ATOM   9470  CG  ASP L 187     -34.898   3.704 127.481  1.00 43.19           C  
+ATOM   9471  OD1 ASP L 187     -34.162   4.698 127.651  1.00 45.30           O  
+ATOM   9472  OD2 ASP L 187     -36.144   3.736 127.643  1.00 47.50           O  
+ATOM   9473  N   SER L 188     -33.921   4.517 124.617  1.00 34.50           N  
+ATOM   9474  CA ASER L 188     -33.232   5.635 123.980  0.50 36.28           C  
+ATOM   9475  C   SER L 188     -32.364   6.407 124.965  1.00 35.51           C  
+ATOM   9476  O   SER L 188     -31.360   7.013 124.563  1.00 32.99           O  
+ATOM   9477  CB ASER L 188     -34.250   6.571 123.326  0.50 37.52           C  
+ATOM   9478  OG ASER L 188     -33.602   7.642 122.669  0.50 40.20           O  
+ATOM   9479  N   LYS L 189     -32.719   6.391 126.251  1.00 35.72           N  
+ATOM   9480  CA  LYS L 189     -31.980   7.147 127.254  1.00 33.63           C  
+ATOM   9481  C   LYS L 189     -30.827   6.353 127.865  1.00 32.32           C  
+ATOM   9482  O   LYS L 189     -29.700   6.859 127.954  1.00 28.20           O  
+ATOM   9483  CB  LYS L 189     -32.941   7.617 128.345  1.00 35.63           C  
+ATOM   9484  CG  LYS L 189     -34.005   8.538 127.793  1.00 37.57           C  
+ATOM   9485  CD  LYS L 189     -34.963   8.988 128.850  1.00 42.96           C  
+ATOM   9486  CE  LYS L 189     -36.107   9.761 128.217  1.00 44.55           C  
+ATOM   9487  NZ  LYS L 189     -37.076  10.164 129.251  1.00 46.24           N  
+ATOM   9488  N   ASP L 190     -31.081   5.116 128.292  1.00 31.04           N  
+ATOM   9489  CA  ASP L 190     -30.087   4.372 129.051  1.00 31.15           C  
+ATOM   9490  C   ASP L 190     -29.672   3.043 128.429  1.00 29.08           C  
+ATOM   9491  O   ASP L 190     -28.857   2.339 129.029  1.00 26.01           O  
+ATOM   9492  CB  ASP L 190     -30.583   4.142 130.489  1.00 31.75           C  
+ATOM   9493  CG  ASP L 190     -31.855   3.292 130.564  1.00 33.84           C  
+ATOM   9494  OD1 ASP L 190     -32.260   2.682 129.550  1.00 30.80           O  
+ATOM   9495  OD2 ASP L 190     -32.451   3.231 131.663  1.00 35.59           O  
+ATOM   9496  N   SER L 191     -30.204   2.671 127.261  1.00 26.89           N  
+ATOM   9497  CA  SER L 191     -29.759   1.478 126.522  1.00 25.79           C  
+ATOM   9498  C   SER L 191     -30.058   0.163 127.248  1.00 25.82           C  
+ATOM   9499  O   SER L 191     -29.389  -0.839 126.999  1.00 23.94           O  
+ATOM   9500  CB  SER L 191     -28.262   1.540 126.191  1.00 25.48           C  
+ATOM   9501  OG  SER L 191     -27.947   2.704 125.458  1.00 27.48           O  
+ATOM   9502  N   THR L 192     -31.055   0.129 128.132  1.00 23.13           N  
+ATOM   9503  CA  THR L 192     -31.493  -1.118 128.748  1.00 23.97           C  
+ATOM   9504  C   THR L 192     -32.699  -1.688 128.012  1.00 21.28           C  
+ATOM   9505  O   THR L 192     -33.291  -1.047 127.145  1.00 20.45           O  
+ATOM   9506  CB  THR L 192     -31.868  -0.915 130.214  1.00 23.94           C  
+ATOM   9507  OG1 THR L 192     -32.963   0.005 130.281  1.00 24.68           O  
+ATOM   9508  CG2 THR L 192     -30.703  -0.361 130.980  1.00 19.89           C  
+ATOM   9509  N   TYR L 193     -33.070  -2.905 128.400  1.00 22.88           N  
+ATOM   9510  CA  TYR L 193     -34.294  -3.571 127.970  1.00 21.38           C  
+ATOM   9511  C   TYR L 193     -35.274  -3.648 129.131  1.00 22.83           C  
+ATOM   9512  O   TYR L 193     -34.893  -3.537 130.298  1.00 24.96           O  
+ATOM   9513  CB  TYR L 193     -34.005  -4.991 127.464  1.00 24.24           C  
+ATOM   9514  CG  TYR L 193     -32.990  -5.036 126.355  1.00 26.77           C  
+ATOM   9515  CD1 TYR L 193     -31.647  -5.254 126.630  1.00 28.77           C  
+ATOM   9516  CD2 TYR L 193     -33.371  -4.836 125.034  1.00 25.06           C  
+ATOM   9517  CE1 TYR L 193     -30.707  -5.274 125.619  1.00 31.92           C  
+ATOM   9518  CE2 TYR L 193     -32.449  -4.864 124.019  1.00 30.16           C  
+ATOM   9519  CZ  TYR L 193     -31.118  -5.083 124.312  1.00 31.26           C  
+ATOM   9520  OH  TYR L 193     -30.196  -5.108 123.302  1.00 33.02           O  
+ATOM   9521  N   SER L 194     -36.551  -3.846 128.802  1.00 20.99           N  
+ATOM   9522  CA  SER L 194     -37.559  -4.240 129.783  1.00 22.38           C  
+ATOM   9523  C   SER L 194     -38.364  -5.406 129.228  1.00 22.93           C  
+ATOM   9524  O   SER L 194     -38.497  -5.565 128.006  1.00 25.09           O  
+ATOM   9525  CB  SER L 194     -38.509  -3.079 130.153  1.00 21.22           C  
+ATOM   9526  OG  SER L 194     -37.839  -2.076 130.919  1.00 25.34           O  
+ATOM   9527  N   LEU L 195     -38.928  -6.212 130.129  1.00 23.28           N  
+ATOM   9528  CA  LEU L 195     -39.679  -7.388 129.705  1.00 21.33           C  
+ATOM   9529  C   LEU L 195     -40.950  -7.559 130.528  1.00 24.93           C  
+ATOM   9530  O   LEU L 195     -40.963  -7.328 131.744  1.00 25.75           O  
+ATOM   9531  CB  LEU L 195     -38.817  -8.641 129.821  1.00 23.87           C  
+ATOM   9532  CG  LEU L 195     -39.299  -9.954 129.212  1.00 27.76           C  
+ATOM   9533  CD1 LEU L 195     -38.069 -10.739 128.820  1.00 28.64           C  
+ATOM   9534  CD2 LEU L 195     -40.118 -10.746 130.207  1.00 25.85           C  
+ATOM   9535  N   SER L 196     -42.011  -8.015 129.874  1.00 23.99           N  
+ATOM   9536  CA  SER L 196     -43.241  -8.366 130.568  1.00 25.35           C  
+ATOM   9537  C   SER L 196     -43.558  -9.826 130.289  1.00 29.23           C  
+ATOM   9538  O   SER L 196     -43.501 -10.263 129.136  1.00 30.23           O  
+ATOM   9539  CB  SER L 196     -44.401  -7.482 130.131  1.00 25.10           C  
+ATOM   9540  OG  SER L 196     -44.783  -7.820 128.812  1.00 32.77           O  
+ATOM   9541  N   SER L 197     -43.875 -10.577 131.340  1.00 26.32           N  
+ATOM   9542  CA  SER L 197     -44.356 -11.947 131.212  1.00 26.95           C  
+ATOM   9543  C   SER L 197     -45.773 -12.012 131.757  1.00 26.06           C  
+ATOM   9544  O   SER L 197     -46.013 -11.642 132.910  1.00 29.04           O  
+ATOM   9545  CB  SER L 197     -43.449 -12.928 131.956  1.00 28.30           C  
+ATOM   9546  OG  SER L 197     -43.990 -14.235 131.888  1.00 30.84           O  
+ATOM   9547  N   THR L 198     -46.705 -12.487 130.936  1.00 27.90           N  
+ATOM   9548  CA  THR L 198     -48.123 -12.510 131.282  1.00 29.91           C  
+ATOM   9549  C   THR L 198     -48.580 -13.956 131.411  1.00 32.18           C  
+ATOM   9550  O   THR L 198     -48.520 -14.720 130.442  1.00 29.33           O  
+ATOM   9551  CB  THR L 198     -48.960 -11.777 130.235  1.00 28.30           C  
+ATOM   9552  OG1 THR L 198     -48.496 -10.431 130.111  1.00 30.51           O  
+ATOM   9553  CG2 THR L 198     -50.427 -11.754 130.639  1.00 31.47           C  
+ATOM   9554  N   LEU L 199     -49.035 -14.321 132.605  1.00 30.72           N  
+ATOM   9555  CA  LEU L 199     -49.593 -15.638 132.874  1.00 30.47           C  
+ATOM   9556  C   LEU L 199     -51.110 -15.568 132.723  1.00 32.34           C  
+ATOM   9557  O   LEU L 199     -51.777 -14.795 133.420  1.00 29.87           O  
+ATOM   9558  CB  LEU L 199     -49.192 -16.096 134.279  1.00 31.59           C  
+ATOM   9559  CG  LEU L 199     -49.828 -17.380 134.809  1.00 33.66           C  
+ATOM   9560  CD1 LEU L 199     -49.401 -18.564 133.972  1.00 36.22           C  
+ATOM   9561  CD2 LEU L 199     -49.451 -17.596 136.265  1.00 31.71           C  
+ATOM   9562  N   THR L 200     -51.657 -16.354 131.801  1.00 31.92           N  
+ATOM   9563  CA  THR L 200     -53.086 -16.362 131.549  1.00 34.64           C  
+ATOM   9564  C   THR L 200     -53.689 -17.676 132.021  1.00 39.08           C  
+ATOM   9565  O   THR L 200     -53.159 -18.754 131.739  1.00 39.19           O  
+ATOM   9566  CB  THR L 200     -53.407 -16.150 130.061  1.00 36.39           C  
+ATOM   9567  OG1 THR L 200     -52.840 -14.913 129.621  1.00 41.64           O  
+ATOM   9568  CG2 THR L 200     -54.917 -16.092 129.849  1.00 33.33           C  
+ATOM   9569  N   LEU L 201     -54.805 -17.577 132.734  1.00 41.48           N  
+ATOM   9570  CA  LEU L 201     -55.543 -18.763 133.132  1.00 42.17           C  
+ATOM   9571  C   LEU L 201     -56.973 -18.341 133.420  1.00 39.05           C  
+ATOM   9572  O   LEU L 201     -57.261 -17.154 133.583  1.00 37.06           O  
+ATOM   9573  CB  LEU L 201     -54.880 -19.443 134.331  1.00 47.19           C  
+ATOM   9574  CG  LEU L 201     -54.475 -18.502 135.457  1.00 48.65           C  
+ATOM   9575  CD1 LEU L 201     -55.601 -18.467 136.401  1.00 49.95           C  
+ATOM   9576  CD2 LEU L 201     -53.223 -18.966 136.164  1.00 48.59           C  
+ATOM   9577  N   SER L 202     -57.870 -19.322 133.458  1.00 40.15           N  
+ATOM   9578  CA  SER L 202     -59.282 -19.011 133.628  1.00 39.98           C  
+ATOM   9579  C   SER L 202     -59.539 -18.426 135.011  1.00 38.60           C  
+ATOM   9580  O   SER L 202     -58.770 -18.625 135.957  1.00 36.04           O  
+ATOM   9581  CB  SER L 202     -60.149 -20.256 133.422  1.00 39.42           C  
+ATOM   9582  OG  SER L 202     -59.976 -21.184 134.482  1.00 37.98           O  
+ATOM   9583  N   LYS L 203     -60.637 -17.676 135.114  1.00 39.24           N  
+ATOM   9584  CA  LYS L 203     -61.051 -17.159 136.411  1.00 37.51           C  
+ATOM   9585  C   LYS L 203     -61.290 -18.293 137.397  1.00 37.67           C  
+ATOM   9586  O   LYS L 203     -60.928 -18.189 138.576  1.00 37.66           O  
+ATOM   9587  CB  LYS L 203     -62.309 -16.307 136.254  1.00 38.93           C  
+ATOM   9588  CG  LYS L 203     -62.936 -15.883 137.568  1.00 40.14           C  
+ATOM   9589  CD  LYS L 203     -64.176 -15.058 137.308  1.00 42.52           C  
+ATOM   9590  CE  LYS L 203     -64.794 -14.539 138.591  1.00 45.68           C  
+ATOM   9591  NZ  LYS L 203     -66.063 -13.812 138.276  1.00 49.16           N  
+ATOM   9592  N   ALA L 204     -61.880 -19.395 136.928  1.00 37.07           N  
+ATOM   9593  CA  ALA L 204     -62.132 -20.526 137.815  1.00 38.90           C  
+ATOM   9594  C   ALA L 204     -60.829 -21.144 138.311  1.00 38.60           C  
+ATOM   9595  O   ALA L 204     -60.713 -21.473 139.496  1.00 40.33           O  
+ATOM   9596  CB  ALA L 204     -63.003 -21.569 137.113  1.00 38.31           C  
+ATOM   9597  N   ASP L 205     -59.830 -21.295 137.430  1.00 36.71           N  
+ATOM   9598  CA  ASP L 205     -58.542 -21.829 137.870  1.00 36.16           C  
+ATOM   9599  C   ASP L 205     -57.830 -20.864 138.806  1.00 36.26           C  
+ATOM   9600  O   ASP L 205     -57.204 -21.292 139.787  1.00 36.98           O  
+ATOM   9601  CB  ASP L 205     -57.659 -22.153 136.666  1.00 43.72           C  
+ATOM   9602  CG  ASP L 205     -58.031 -23.471 136.009  1.00 54.48           C  
+ATOM   9603  OD1 ASP L 205     -58.582 -24.352 136.710  1.00 58.62           O  
+ATOM   9604  OD2 ASP L 205     -57.776 -23.628 134.797  1.00 58.47           O  
+ATOM   9605  N   TYR L 206     -57.918 -19.559 138.524  1.00 37.19           N  
+ATOM   9606  CA  TYR L 206     -57.288 -18.558 139.386  1.00 36.19           C  
+ATOM   9607  C   TYR L 206     -57.752 -18.688 140.831  1.00 37.82           C  
+ATOM   9608  O   TYR L 206     -56.936 -18.673 141.758  1.00 37.62           O  
+ATOM   9609  CB  TYR L 206     -57.576 -17.148 138.867  1.00 33.49           C  
+ATOM   9610  CG  TYR L 206     -56.926 -16.087 139.726  1.00 32.89           C  
+ATOM   9611  CD1 TYR L 206     -55.536 -15.974 139.793  1.00 32.69           C  
+ATOM   9612  CD2 TYR L 206     -57.691 -15.215 140.485  1.00 32.34           C  
+ATOM   9613  CE1 TYR L 206     -54.934 -15.016 140.594  1.00 32.84           C  
+ATOM   9614  CE2 TYR L 206     -57.100 -14.259 141.291  1.00 33.52           C  
+ATOM   9615  CZ  TYR L 206     -55.729 -14.157 141.338  1.00 32.51           C  
+ATOM   9616  OH  TYR L 206     -55.161 -13.191 142.137  1.00 31.62           O  
+ATOM   9617  N   GLU L 207     -59.066 -18.809 141.041  1.00 43.10           N  
+ATOM   9618  CA  GLU L 207     -59.634 -18.848 142.384  1.00 51.25           C  
+ATOM   9619  C   GLU L 207     -59.399 -20.171 143.103  1.00 53.37           C  
+ATOM   9620  O   GLU L 207     -59.778 -20.287 144.275  1.00 54.26           O  
+ATOM   9621  CB  GLU L 207     -61.132 -18.555 142.320  1.00 56.09           C  
+ATOM   9622  CG  GLU L 207     -61.467 -17.240 141.647  1.00 62.09           C  
+ATOM   9623  CD  GLU L 207     -62.887 -16.790 141.926  1.00 68.85           C  
+ATOM   9624  OE1 GLU L 207     -63.340 -16.942 143.084  1.00 74.91           O  
+ATOM   9625  OE2 GLU L 207     -63.551 -16.295 140.991  1.00 67.09           O  
+ATOM   9626  N   LYS L 208     -58.792 -21.156 142.445  1.00 52.68           N  
+ATOM   9627  CA  LYS L 208     -58.502 -22.449 143.049  1.00 52.62           C  
+ATOM   9628  C   LYS L 208     -57.117 -22.518 143.676  1.00 50.94           C  
+ATOM   9629  O   LYS L 208     -56.751 -23.571 144.208  1.00 49.07           O  
+ATOM   9630  CB  LYS L 208     -58.632 -23.566 142.006  1.00 53.50           C  
+ATOM   9631  CG  LYS L 208     -60.052 -23.871 141.543  1.00 56.41           C  
+ATOM   9632  CD  LYS L 208     -60.039 -24.966 140.478  1.00 59.52           C  
+ATOM   9633  CE  LYS L 208     -61.430 -25.259 139.945  1.00 62.80           C  
+ATOM   9634  NZ  LYS L 208     -62.330 -25.754 141.023  1.00 64.88           N  
+ATOM   9635  N   HIS L 209     -56.338 -21.437 143.626  1.00 48.42           N  
+ATOM   9636  CA  HIS L 209     -54.968 -21.456 144.114  1.00 45.25           C  
+ATOM   9637  C   HIS L 209     -54.670 -20.174 144.878  1.00 42.12           C  
+ATOM   9638  O   HIS L 209     -55.358 -19.161 144.727  1.00 39.90           O  
+ATOM   9639  CB  HIS L 209     -53.973 -21.636 142.965  1.00 46.31           C  
+ATOM   9640  CG  HIS L 209     -54.089 -22.959 142.279  1.00 48.79           C  
+ATOM   9641  ND1 HIS L 209     -53.498 -24.104 142.770  1.00 49.97           N  
+ATOM   9642  CD2 HIS L 209     -54.746 -23.326 141.154  1.00 50.36           C  
+ATOM   9643  CE1 HIS L 209     -53.777 -25.117 141.968  1.00 50.74           C  
+ATOM   9644  NE2 HIS L 209     -54.533 -24.672 140.980  1.00 50.98           N  
+ATOM   9645  N   LYS L 210     -53.621 -20.232 145.700  1.00 39.28           N  
+ATOM   9646  CA  LYS L 210     -53.284 -19.148 146.611  1.00 38.48           C  
+ATOM   9647  C   LYS L 210     -52.018 -18.405 146.205  1.00 35.85           C  
+ATOM   9648  O   LYS L 210     -52.046 -17.183 146.036  1.00 36.71           O  
+ATOM   9649  CB  LYS L 210     -53.135 -19.690 148.042  1.00 40.62           C  
+ATOM   9650  CG  LYS L 210     -52.603 -18.672 149.030  1.00 43.38           C  
+ATOM   9651  CD  LYS L 210     -52.504 -19.252 150.435  1.00 49.63           C  
+ATOM   9652  CE  LYS L 210     -51.937 -18.233 151.421  1.00 53.62           C  
+ATOM   9653  NZ  LYS L 210     -51.901 -18.732 152.826  1.00 56.42           N  
+ATOM   9654  N   VAL L 211     -50.899 -19.106 146.066  1.00 34.19           N  
+ATOM   9655  CA  VAL L 211     -49.587 -18.482 145.924  1.00 35.49           C  
+ATOM   9656  C   VAL L 211     -49.236 -18.389 144.444  1.00 36.03           C  
+ATOM   9657  O   VAL L 211     -49.230 -19.398 143.731  1.00 35.44           O  
+ATOM   9658  CB  VAL L 211     -48.511 -19.263 146.692  1.00 36.53           C  
+ATOM   9659  CG1 VAL L 211     -47.190 -18.533 146.631  1.00 32.90           C  
+ATOM   9660  CG2 VAL L 211     -48.944 -19.471 148.142  1.00 40.69           C  
+ATOM   9661  N   TYR L 212     -48.937 -17.178 143.987  1.00 35.91           N  
+ATOM   9662  CA  TYR L 212     -48.532 -16.903 142.615  1.00 31.88           C  
+ATOM   9663  C   TYR L 212     -47.174 -16.231 142.673  1.00 30.37           C  
+ATOM   9664  O   TYR L 212     -47.027 -15.209 143.347  1.00 30.47           O  
+ATOM   9665  CB  TYR L 212     -49.552 -16.002 141.911  1.00 33.10           C  
+ATOM   9666  CG  TYR L 212     -50.856 -16.703 141.630  1.00 32.18           C  
+ATOM   9667  CD1 TYR L 212     -51.091 -17.285 140.400  1.00 31.47           C  
+ATOM   9668  CD2 TYR L 212     -51.839 -16.804 142.603  1.00 31.23           C  
+ATOM   9669  CE1 TYR L 212     -52.270 -17.938 140.141  1.00 32.90           C  
+ATOM   9670  CE2 TYR L 212     -53.020 -17.456 142.353  1.00 30.69           C  
+ATOM   9671  CZ  TYR L 212     -53.229 -18.022 141.116  1.00 32.62           C  
+ATOM   9672  OH  TYR L 212     -54.402 -18.679 140.849  1.00 34.46           O  
+ATOM   9673  N   ALA L 213     -46.188 -16.803 141.981  1.00 32.46           N  
+ATOM   9674  CA  ALA L 213     -44.812 -16.335 142.059  1.00 30.04           C  
+ATOM   9675  C   ALA L 213     -44.189 -16.297 140.672  1.00 32.63           C  
+ATOM   9676  O   ALA L 213     -44.473 -17.144 139.823  1.00 33.64           O  
+ATOM   9677  CB  ALA L 213     -43.964 -17.230 142.965  1.00 29.83           C  
+ATOM   9678  N   CYS L 214     -43.315 -15.313 140.456  1.00 30.67           N  
+ATOM   9679  CA  CYS L 214     -42.481 -15.264 139.264  1.00 33.67           C  
+ATOM   9680  C   CYS L 214     -41.026 -15.124 139.695  1.00 32.98           C  
+ATOM   9681  O   CYS L 214     -40.704 -14.310 140.573  1.00 33.21           O  
+ATOM   9682  CB ACYS L 214     -42.892 -14.153 138.276  0.65 34.89           C  
+ATOM   9683  SG ACYS L 214     -42.629 -12.437 138.751  0.65 35.68           S  
+ATOM   9684  N   GLU L 215     -40.161 -15.955 139.113  1.00 30.34           N  
+ATOM   9685  CA  GLU L 215     -38.754 -16.047 139.487  1.00 31.78           C  
+ATOM   9686  C   GLU L 215     -37.891 -15.683 138.286  1.00 32.99           C  
+ATOM   9687  O   GLU L 215     -38.071 -16.230 137.194  1.00 33.50           O  
+ATOM   9688  CB  GLU L 215     -38.403 -17.455 139.991  1.00 38.15           C  
+ATOM   9689  CG  GLU L 215     -36.919 -17.655 140.319  1.00 44.81           C  
+ATOM   9690  CD  GLU L 215     -36.570 -19.090 140.719  1.00 51.84           C  
+ATOM   9691  OE1 GLU L 215     -36.498 -19.374 141.936  1.00 54.60           O  
+ATOM   9692  OE2 GLU L 215     -36.369 -19.933 139.817  1.00 53.66           O  
+ATOM   9693  N   VAL L 216     -36.937 -14.783 138.499  1.00 31.79           N  
+ATOM   9694  CA  VAL L 216     -36.185 -14.149 137.426  1.00 32.38           C  
+ATOM   9695  C   VAL L 216     -34.702 -14.480 137.578  1.00 32.51           C  
+ATOM   9696  O   VAL L 216     -34.126 -14.315 138.662  1.00 31.96           O  
+ATOM   9697  CB  VAL L 216     -36.415 -12.626 137.428  1.00 29.30           C  
+ATOM   9698  CG1 VAL L 216     -35.355 -11.921 136.614  1.00 26.40           C  
+ATOM   9699  CG2 VAL L 216     -37.813 -12.316 136.909  1.00 31.88           C  
+ATOM   9700  N   THR L 217     -34.091 -14.944 136.493  1.00 33.23           N  
+ATOM   9701  CA  THR L 217     -32.653 -15.176 136.419  1.00 35.00           C  
+ATOM   9702  C   THR L 217     -32.042 -14.249 135.382  1.00 33.68           C  
+ATOM   9703  O   THR L 217     -32.577 -14.109 134.277  1.00 32.32           O  
+ATOM   9704  CB  THR L 217     -32.330 -16.629 136.059  1.00 38.16           C  
+ATOM   9705  OG1 THR L 217     -32.852 -17.493 137.072  1.00 40.75           O  
+ATOM   9706  CG2 THR L 217     -30.827 -16.827 135.970  1.00 40.56           C  
+ATOM   9707  N   HIS L 218     -30.910 -13.641 135.732  1.00 34.46           N  
+ATOM   9708  CA  HIS L 218     -30.250 -12.690 134.855  1.00 32.87           C  
+ATOM   9709  C   HIS L 218     -28.791 -12.559 135.267  1.00 31.04           C  
+ATOM   9710  O   HIS L 218     -28.455 -12.688 136.446  1.00 32.23           O  
+ATOM   9711  CB  HIS L 218     -30.938 -11.320 134.897  1.00 30.37           C  
+ATOM   9712  CG  HIS L 218     -30.365 -10.342 133.925  1.00 29.08           C  
+ATOM   9713  ND1 HIS L 218     -29.401  -9.422 134.274  1.00 28.31           N  
+ATOM   9714  CD2 HIS L 218     -30.587 -10.174 132.601  1.00 26.95           C  
+ATOM   9715  CE1 HIS L 218     -29.072  -8.712 133.212  1.00 28.98           C  
+ATOM   9716  NE2 HIS L 218     -29.776  -9.151 132.181  1.00 28.88           N  
+ATOM   9717  N   GLN L 219     -27.937 -12.273 134.278  1.00 34.63           N  
+ATOM   9718  CA  GLN L 219     -26.498 -12.150 134.517  1.00 38.27           C  
+ATOM   9719  C   GLN L 219     -26.172 -11.175 135.648  1.00 37.78           C  
+ATOM   9720  O   GLN L 219     -25.215 -11.391 136.400  1.00 37.26           O  
+ATOM   9721  CB  GLN L 219     -25.799 -11.722 133.220  1.00 43.41           C  
+ATOM   9722  CG  GLN L 219     -24.298 -11.493 133.354  1.00 49.01           C  
+ATOM   9723  CD  GLN L 219     -23.625 -11.166 132.029  1.00 50.87           C  
+ATOM   9724  OE1 GLN L 219     -24.178 -11.415 130.958  1.00 48.68           O  
+ATOM   9725  NE2 GLN L 219     -22.421 -10.606 132.102  1.00 53.41           N  
+ATOM   9726  N   GLY L 220     -26.954 -10.109 135.803  1.00 35.38           N  
+ATOM   9727  CA  GLY L 220     -26.668  -9.159 136.865  1.00 31.68           C  
+ATOM   9728  C   GLY L 220     -27.107  -9.576 138.256  1.00 34.44           C  
+ATOM   9729  O   GLY L 220     -26.843  -8.843 139.212  1.00 33.57           O  
+ATOM   9730  N   LEU L 221     -27.782 -10.714 138.396  1.00 35.12           N  
+ATOM   9731  CA  LEU L 221     -28.269 -11.189 139.685  1.00 38.75           C  
+ATOM   9732  C   LEU L 221     -27.410 -12.366 140.128  1.00 43.05           C  
+ATOM   9733  O   LEU L 221     -27.265 -13.344 139.387  1.00 45.24           O  
+ATOM   9734  CB  LEU L 221     -29.740 -11.597 139.599  1.00 34.25           C  
+ATOM   9735  CG  LEU L 221     -30.754 -10.519 139.200  1.00 32.51           C  
+ATOM   9736  CD1 LEU L 221     -32.110 -11.158 138.917  1.00 31.99           C  
+ATOM   9737  CD2 LEU L 221     -30.889  -9.436 140.280  1.00 27.17           C  
+ATOM   9738  N   SER L 222     -26.843 -12.271 141.334  1.00 46.39           N  
+ATOM   9739  CA  SER L 222     -26.019 -13.359 141.851  1.00 49.86           C  
+ATOM   9740  C   SER L 222     -26.851 -14.584 142.202  1.00 50.88           C  
+ATOM   9741  O   SER L 222     -26.314 -15.695 142.249  1.00 51.49           O  
+ATOM   9742  CB  SER L 222     -25.234 -12.887 143.075  1.00 51.19           C  
+ATOM   9743  OG  SER L 222     -26.105 -12.332 144.044  1.00 54.05           O  
+ATOM   9744  N   SER L 223     -28.145 -14.395 142.438  1.00 50.62           N  
+ATOM   9745  CA BSER L 223     -29.077 -15.466 142.746  0.52 51.19           C  
+ATOM   9746  C   SER L 223     -30.443 -15.061 142.216  1.00 46.30           C  
+ATOM   9747  O   SER L 223     -30.760 -13.868 142.186  1.00 42.22           O  
+ATOM   9748  CB BSER L 223     -29.146 -15.734 144.257  0.52 53.01           C  
+ATOM   9749  OG BSER L 223     -30.021 -16.809 144.547  0.52 54.95           O  
+ATOM   9750  N   PRO L 224     -31.264 -16.017 141.783  1.00 45.71           N  
+ATOM   9751  CA  PRO L 224     -32.581 -15.662 141.230  1.00 44.81           C  
+ATOM   9752  C   PRO L 224     -33.454 -14.895 142.218  1.00 42.91           C  
+ATOM   9753  O   PRO L 224     -33.455 -15.159 143.423  1.00 41.27           O  
+ATOM   9754  CB  PRO L 224     -33.190 -17.023 140.883  1.00 45.45           C  
+ATOM   9755  CG  PRO L 224     -31.996 -17.881 140.580  1.00 44.54           C  
+ATOM   9756  CD  PRO L 224     -30.939 -17.437 141.559  1.00 45.75           C  
+ATOM   9757  N   VAL L 225     -34.211 -13.935 141.686  1.00 39.88           N  
+ATOM   9758  CA  VAL L 225     -35.132 -13.115 142.468  1.00 37.57           C  
+ATOM   9759  C   VAL L 225     -36.552 -13.626 142.260  1.00 37.40           C  
+ATOM   9760  O   VAL L 225     -36.950 -13.950 141.134  1.00 39.22           O  
+ATOM   9761  CB  VAL L 225     -35.004 -11.630 142.074  1.00 36.99           C  
+ATOM   9762  CG1 VAL L 225     -36.085 -10.794 142.741  1.00 34.13           C  
+ATOM   9763  CG2 VAL L 225     -33.630 -11.115 142.457  1.00 39.55           C  
+ATOM   9764  N   THR L 226     -37.317 -13.717 143.343  1.00 33.45           N  
+ATOM   9765  CA  THR L 226     -38.704 -14.164 143.288  1.00 34.82           C  
+ATOM   9766  C   THR L 226     -39.603 -13.076 143.851  1.00 32.06           C  
+ATOM   9767  O   THR L 226     -39.352 -12.559 144.941  1.00 35.51           O  
+ATOM   9768  CB  THR L 226     -38.913 -15.467 144.074  1.00 37.18           C  
+ATOM   9769  OG1 THR L 226     -38.071 -16.496 143.540  1.00 39.03           O  
+ATOM   9770  CG2 THR L 226     -40.359 -15.920 143.985  1.00 36.18           C  
+ATOM   9771  N   LYS L 227     -40.628 -12.714 143.099  1.00 28.35           N  
+ATOM   9772  CA  LYS L 227     -41.719 -11.891 143.599  1.00 27.18           C  
+ATOM   9773  C   LYS L 227     -42.978 -12.744 143.615  1.00 30.64           C  
+ATOM   9774  O   LYS L 227     -43.196 -13.549 142.703  1.00 33.77           O  
+ATOM   9775  CB  LYS L 227     -41.931 -10.640 142.727  1.00 25.72           C  
+ATOM   9776  CG  LYS L 227     -40.719  -9.721 142.625  1.00 29.54           C  
+ATOM   9777  CD  LYS L 227     -40.308  -9.138 144.003  1.00 31.31           C  
+ATOM   9778  CE  LYS L 227     -39.010  -8.343 143.895  1.00 31.64           C  
+ATOM   9779  NZ  LYS L 227     -38.669  -7.626 145.158  1.00 38.73           N  
+ATOM   9780  N   SER L 228     -43.801 -12.581 144.650  1.00 31.61           N  
+ATOM   9781  CA  SER L 228     -45.018 -13.375 144.766  1.00 34.61           C  
+ATOM   9782  C   SER L 228     -46.090 -12.590 145.505  1.00 33.55           C  
+ATOM   9783  O   SER L 228     -45.828 -11.552 146.113  1.00 38.23           O  
+ATOM   9784  CB  SER L 228     -44.751 -14.696 145.488  1.00 40.83           C  
+ATOM   9785  OG  SER L 228     -43.850 -14.485 146.559  1.00 42.95           O  
+ATOM   9786  N   PHE L 229     -47.306 -13.118 145.455  1.00 31.68           N  
+ATOM   9787  CA  PHE L 229     -48.412 -12.620 146.257  1.00 33.96           C  
+ATOM   9788  C   PHE L 229     -49.327 -13.793 146.573  1.00 37.98           C  
+ATOM   9789  O   PHE L 229     -49.236 -14.862 145.958  1.00 37.72           O  
+ATOM   9790  CB  PHE L 229     -49.188 -11.496 145.544  1.00 32.50           C  
+ATOM   9791  CG  PHE L 229     -49.892 -11.942 144.288  1.00 32.85           C  
+ATOM   9792  CD1 PHE L 229     -49.277 -11.817 143.051  1.00 30.62           C  
+ATOM   9793  CD2 PHE L 229     -51.156 -12.498 144.345  1.00 30.97           C  
+ATOM   9794  CE1 PHE L 229     -49.921 -12.227 141.901  1.00 27.67           C  
+ATOM   9795  CE2 PHE L 229     -51.796 -12.919 143.196  1.00 32.39           C  
+ATOM   9796  CZ  PHE L 229     -51.175 -12.781 141.974  1.00 29.33           C  
+ATOM   9797  N   ASN L 230     -50.226 -13.575 147.532  1.00 37.74           N  
+ATOM   9798  CA  ASN L 230     -51.249 -14.544 147.896  1.00 37.72           C  
+ATOM   9799  C   ASN L 230     -52.610 -14.011 147.476  1.00 39.69           C  
+ATOM   9800  O   ASN L 230     -52.972 -12.881 147.825  1.00 40.44           O  
+ATOM   9801  CB  ASN L 230     -51.230 -14.830 149.402  1.00 42.49           C  
+ATOM   9802  CG  ASN L 230     -49.973 -15.568 149.845  1.00 47.46           C  
+ATOM   9803  OD1 ASN L 230     -49.504 -16.489 149.167  1.00 46.56           O  
+ATOM   9804  ND2 ASN L 230     -49.420 -15.161 150.984  1.00 48.86           N  
+ATOM   9805  N   ARG L 231     -53.359 -14.826 146.734  1.00 39.72           N  
+ATOM   9806  CA  ARG L 231     -54.648 -14.397 146.211  1.00 45.57           C  
+ATOM   9807  C   ARG L 231     -55.592 -14.001 147.337  1.00 53.57           C  
+ATOM   9808  O   ARG L 231     -55.799 -14.761 148.287  1.00 51.93           O  
+ATOM   9809  CB  ARG L 231     -55.275 -15.509 145.378  1.00 43.94           C  
+ATOM   9810  CG  ARG L 231     -56.617 -15.129 144.789  1.00 44.98           C  
+ATOM   9811  CD  ARG L 231     -57.304 -16.318 144.156  1.00 47.51           C  
+ATOM   9812  NE  ARG L 231     -58.456 -16.731 144.945  1.00 53.03           N  
+ATOM   9813  CZ  ARG L 231     -58.436 -17.722 145.824  1.00 54.96           C  
+ATOM   9814  NH1 ARG L 231     -57.321 -18.409 146.015  1.00 54.01           N  
+ATOM   9815  NH2 ARG L 231     -59.532 -18.032 146.501  1.00 58.32           N  
+ATOM   9816  N   GLY L 232     -56.167 -12.802 147.222  1.00 65.45           N  
+ATOM   9817  CA  GLY L 232     -57.161 -12.326 148.158  1.00 70.67           C  
+ATOM   9818  C   GLY L 232     -56.624 -11.678 149.413  1.00 79.70           C  
+ATOM   9819  O   GLY L 232     -57.396 -11.022 150.125  1.00 81.63           O  
+ATOM   9820  N   GLU L 233     -55.338 -11.836 149.717  1.00 85.66           N  
+ATOM   9821  CA  GLU L 233     -54.763 -11.274 150.929  1.00 89.64           C  
+ATOM   9822  C   GLU L 233     -54.323  -9.831 150.697  1.00 99.94           C  
+ATOM   9823  O   GLU L 233     -54.333  -9.325 149.574  1.00100.94           O  
+ATOM   9824  CB  GLU L 233     -53.593 -12.127 151.414  1.00 83.64           C  
+ATOM   9825  CG  GLU L 233     -53.986 -13.553 151.763  1.00 79.94           C  
+ATOM   9826  CD  GLU L 233     -53.023 -14.199 152.736  1.00 78.07           C  
+ATOM   9827  OE1 GLU L 233     -52.362 -13.460 153.496  1.00 77.93           O  
+ATOM   9828  OE2 GLU L 233     -52.926 -15.445 152.743  1.00 77.16           O  
+ATOM   9829  N   CYS L 234     -53.934  -9.174 151.791  1.00113.19           N  
+ATOM   9830  CA  CYS L 234     -53.624  -7.740 151.829  1.00124.38           C  
+ATOM   9831  C   CYS L 234     -54.887  -6.910 151.569  1.00127.15           C  
+ATOM   9832  O   CYS L 234     -55.592  -7.079 150.574  1.00127.92           O  
+ATOM   9833  CB  CYS L 234     -52.524  -7.385 150.820  1.00133.57           C  
+ATOM   9834  SG  CYS L 234     -51.566  -5.881 151.162  1.00141.23           S  
+ATOM   9835  OXT CYS L 234     -55.241  -6.038 152.363  1.00128.22           O  
+HETATM 9836 CL    CL L 235     -16.313 -18.661  94.741  1.00 68.00          CL  
+HETATM 9837  O   HOH L 236     -39.944 -22.794 132.479  1.00 58.81           O  
+HETATM 9838  O   HOH L 237     -36.696   6.665 125.846  1.00 43.35           O  
+HETATM 9839  O   HOH L 238     -33.280  -2.285 114.426  1.00 45.39           O  
+HETATM 9840  O   HOH L 239     -30.952 -12.360 144.086  1.00 53.20           O  
+HETATM 9841  O   HOH L 240     -32.149   4.616 133.650  1.00 41.84           O  
+HETATM 9842  O   HOH L 241     -50.668 -15.325 128.530  1.00 30.76           O  
+HETATM 9843  O   HOH L 242     -46.047 -20.707 131.754  1.00 32.01           O  
+HETATM 9844  O   HOH L 243     -49.463 -22.698 148.318  1.00 52.25           O  
+HETATM 9845  O   HOH L 244     -39.133  -5.711 121.010  1.00 35.26           O  
+HETATM 9846  O   HOH L 245     -56.454 -22.077 133.306  1.00 47.13           O  
+HETATM 9847  O   HOH L 246     -20.920   1.402 124.265  1.00 33.00           O  
+HETATM 9848  O   HOH L 247     -20.716 -13.818 110.803  1.00 56.53           O  
+HETATM 9849  O   HOH L 248     -62.080 -17.217 132.558  1.00 44.64           O  
+HETATM 9850  O   HOH L 249     -35.722 -16.256 144.542  1.00 38.36           O  
+HETATM 9851  O   HOH L 250     -36.517  -0.541 126.835  1.00 20.09           O  
+HETATM 9852  O   HOH L 251     -32.413 -14.449  95.126  1.00 39.21           O  
+HETATM 9853  O   HOH L 252     -53.772 -12.215 129.531  1.00 38.69           O  
+HETATM 9854  O   HOH L 253     -45.097 -27.725 134.358  1.00 31.71           O  
+HETATM 9855  O   HOH L 254     -29.620   3.512 123.658  1.00 48.49           O  
+HETATM 9856  O   HOH L 255     -32.975 -15.206 104.407  1.00 55.88           O  
+HETATM 9857  O   HOH L 256     -70.907  -6.631 141.922  1.00 55.68           O  
+HETATM 9858  O   HOH L 257     -32.014 -19.276  96.641  1.00 54.32           O  
+HETATM 9859  O   HOH L 258     -19.902 -13.363  91.382  1.00 40.24           O  
+HETATM 9860  O   HOH L 259     -50.875 -25.320 140.989  1.00 46.62           O  
+HETATM 9861  O   HOH L 260     -34.688   3.204 108.252  1.00 31.01           O  
+HETATM 9862  O   HOH L 261     -15.604  -0.133 105.930  1.00 27.46           O  
+HETATM 9863  O   HOH L 262     -35.445 -10.832 106.106  1.00 28.28           O  
+HETATM 9864  O   HOH L 263     -50.977 -13.144 126.914  1.00 44.65           O  
+HETATM 9865  O   HOH L 264     -43.063 -10.673 146.335  1.00 41.02           O  
+HETATM 9866  O   HOH L 265     -14.558  -3.278  98.717  1.00 40.62           O  
+HETATM 9867  O   HOH L 266     -52.629  -8.225 136.030  1.00 30.53           O  
+HETATM 9868  O   HOH L 267     -22.964  -6.657 125.549  1.00 51.09           O  
+HETATM 9869  O   HOH L 268     -25.346  -1.198 135.945  1.00 44.69           O  
+HETATM 9870  O   HOH L 269     -32.625  -3.121 120.590  1.00 43.72           O  
+HETATM 9871  O   HOH L 270     -61.512 -23.327 134.028  1.00 43.95           O  
+HETATM 9872  O   HOH L 271     -56.330  -7.297 135.375  1.00 31.14           O  
+HETATM 9873  O   HOH L 272     -49.981 -11.390 149.066  1.00 42.02           O  
+HETATM 9874  O   HOH L 273     -28.900   5.768 101.701  1.00 39.41           O  
+HETATM 9875  O   HOH L 274     -12.296   0.922 114.257  1.00 32.59           O  
+HETATM 9876  O   HOH L 275     -42.817 -20.888 134.062  1.00 40.63           O  
+HETATM 9877  O   HOH L 276     -21.141  -5.258 128.834  1.00 44.00           O  
+HETATM 9878  O   HOH L 277     -35.772  -4.352 110.925  1.00 27.53           O  
+HETATM 9879  O   HOH L 278     -38.818 -19.058 144.004  1.00 47.49           O  
+HETATM 9880  O   HOH L 279     -17.221  -0.845  99.352  1.00 31.65           O  
+HETATM 9881  O   HOH L 280     -35.126 -11.459 127.026  1.00 35.97           O  
+HETATM 9882  O   HOH L 281     -32.325 -12.688  84.576  1.00 24.19           O  
+HETATM 9883  O   HOH L 282     -46.056 -20.811 143.855  1.00 37.60           O  
+HETATM 9884  O   HOH L 283     -60.792  -1.586 134.594  1.00 32.60           O  
+HETATM 9885  O   HOH L 284     -63.897 -18.730 145.084  1.00 49.05           O  
+HETATM 9886  O   HOH L 285     -30.072  -1.267 117.410  1.00 32.13           O  
+HETATM 9887  O   HOH L 286     -36.104 -13.840 127.743  1.00 48.77           O  
+HETATM 9888  O   HOH L 287     -22.524   4.659  93.603  1.00 49.39           O  
+HETATM 9889  O   HOH L 288     -26.312 -12.909 130.068  1.00 40.25           O  
+HETATM 9890  O   HOH L 289     -30.811   7.329  93.575  1.00 46.01           O  
+HETATM 9891  O   HOH L 290     -29.325   9.267 126.667  1.00 39.14           O  
+HETATM 9892  O   HOH L 291     -46.365 -10.347 128.359  1.00 27.34           O  
+HETATM 9893  O   HOH L 292     -36.693  -9.502  90.446  1.00 31.34           O  
+HETATM 9894  O   HOH L 293     -28.401 -12.666 131.453  1.00 33.87           O  
+HETATM 9895  O   HOH L 294     -33.624  -6.640 141.510  1.00 44.05           O  
+HETATM 9896  O   HOH L 295     -29.316 -14.954 138.424  1.00 41.72           O  
+HETATM 9897  O   HOH L 296     -17.839   2.405  95.943  1.00 32.89           O  
+HETATM 9898  O   HOH L 297     -36.701   4.036 133.370  1.00 39.23           O  
+HETATM 9899  O   HOH L 298     -30.581  -1.709 119.919  1.00 49.18           O  
+HETATM 9900  O   HOH L 299     -36.176 -13.287 145.886  1.00 42.17           O  
+HETATM 9901  O   HOH L 300     -29.402 -13.325 110.767  1.00 42.65           O  
+HETATM 9902  O   HOH L 301     -65.112  -5.018 134.383  1.00 45.65           O  
+HETATM 9903  O   HOH L 302     -20.516  -0.885  90.139  1.00 44.11           O  
+HETATM 9904  O   HOH L 303     -34.471  -6.313 113.945  1.00 42.19           O  
+HETATM 9905  O   HOH L 304     -51.344 -24.850 138.460  1.00 42.83           O  
+HETATM 9906  O   HOH L 305     -35.301   4.356 101.304  1.00 37.75           O  
+HETATM 9907  O   HOH L 306     -45.569 -20.524 127.643  1.00 36.11           O  
+HETATM 9908  O   HOH L 307     -20.695  -4.666 133.114  1.00 36.32           O  
+HETATM 9909  O   HOH L 308     -23.037 -10.733  88.961  1.00 24.48           O  
+HETATM 9910  O   HOH L 309     -68.801 -11.759 137.006  1.00 35.22           O  
+HETATM 9911  O   HOH L 310     -27.669   7.973 100.721  1.00 41.04           O  
+HETATM 9912  O   HOH L 311     -25.850   5.652 109.671  1.00 37.73           O  
+HETATM 9913  O   HOH L 312     -21.023  -7.397 100.049  1.00 24.34           O  
+HETATM 9914  O   HOH L 313     -14.738  -4.151 103.032  1.00 38.24           O  
+HETATM 9915  O   HOH L 314     -41.213  -9.193 122.345  1.00 36.28           O  
+HETATM 9916  O   HOH L 315     -38.046 -16.720 130.134  1.00 37.68           O  
+HETATM 9917  O   HOH L 316     -29.959   0.429 119.960  1.00 36.22           O  
+HETATM 9918  O   HOH L 317     -33.725 -19.766  91.198  1.00 50.88           O  
+HETATM 9919  O   HOH L 318     -33.415 -14.668 127.210  1.00 53.04           O  
+HETATM 9920  O   HOH L 319     -39.970  -0.494 110.688  1.00 43.60           O  
+HETATM 9921  O   HOH L 320     -47.328 -10.388 126.262  1.00 45.59           O  
+HETATM 9922  O   HOH L 321     -27.320  -3.848 138.377  1.00 48.31           O  
+HETATM 9923  O   HOH L 322     -36.759   0.058 137.524  1.00 41.93           O  
+HETATM 9924  O   HOH L 323     -46.276  -8.668 145.965  1.00 33.65           O  
+HETATM 9925  O   HOH L 324     -27.977   7.057 110.287  1.00 37.78           O  
+HETATM 9926  O   HOH L 325     -56.825 -11.003 143.132  1.00 45.95           O  
+HETATM 9927  O   HOH L 326     -43.348 -15.520 124.621  1.00 47.79           O  
+HETATM 9928  O   HOH L 327     -35.614  -0.665 129.212  1.00 23.28           O  
+HETATM 9929  O   HOH L 328     -16.497  -5.658 103.747  1.00 41.55           O  
+HETATM 9930  O   HOH L 329     -31.993   3.911 108.101  1.00 42.72           O  
+HETATM 9931  O   HOH L 330     -18.036  10.004 104.266  1.00 47.37           O  
+HETATM 9932  O   HOH L 331     -27.604  -9.885 142.908  1.00 58.68           O  
+HETATM 9933  O   HOH L 332     -22.614  -2.102  89.147  1.00 30.94           O  
+HETATM 9934  O   HOH L 333     -19.093  -3.140  91.850  1.00 48.65           O  
+HETATM 9935  O   HOH L 334     -22.318   1.770  89.324  1.00 39.47           O  
+HETATM 9936  O   HOH L 335     -35.794 -17.995 136.469  1.00 41.89           O  
+HETATM 9937  O   HOH L 336     -17.919  -7.501 113.892  1.00 37.14           O  
+HETATM 9938  O   HOH L 337     -35.203   2.883 130.364  1.00 43.71           O  
+HETATM 9939  O   HOH L 338     -45.862  -4.826 142.382  1.00 39.36           O  
+HETATM 9940  O   HOH L 339     -33.272   2.123 136.311  1.00 46.50           O  
+HETATM 9941  O   HOH L 340     -29.111   5.141 116.091  1.00 49.66           O  
+HETATM 9942  O   HOH L 341     -58.788  -4.132 141.776  1.00 43.02           O  
+HETATM 9943  O   HOH L 342     -43.885 -21.924 129.564  1.00 60.82           O  
+HETATM 9944  O   HOH L 343     -36.190  -6.404 142.132  1.00 31.92           O  
+HETATM 9945  O   HOH L 344     -28.820  -6.439  94.487  1.00 27.70           O  
+HETATM 9946  O   HOH L 345     -39.818  -1.079 122.032  1.00 40.04           O  
+HETATM 9947  O   HOH L 346     -35.756   5.557 130.109  1.00 36.21           O  
+HETATM 9948  O   HOH L 347     -63.974  -8.903 141.364  1.00 51.09           O  
+HETATM 9949  O   HOH L 348     -30.238 -11.228  87.085  1.00 46.24           O  
+HETATM 9950  O   HOH L 349     -53.563 -22.236 132.736  1.00 46.07           O  
+HETATM 9951  O   HOH L 350     -48.938 -25.549 133.403  1.00 45.90           O  
+HETATM 9952  O   HOH L 351     -40.411   5.339 106.202  1.00 50.68           O  
+HETATM 9953  O   HOH L 352     -20.811   3.591 122.702  1.00 50.32           O  
+HETATM 9954  O   HOH L 353     -23.353   2.920 126.546  1.00 40.67           O  
+HETATM 9955  O   HOH L 354     -38.104  -4.335 142.607  1.00 49.14           O  
+HETATM 9956  O   HOH L 355     -43.943  -6.710 143.251  1.00 20.64           O  
+HETATM 9957  O   HOH L 356     -50.911 -17.705 127.543  1.00 36.36           O  
+HETATM 9958  O   HOH L 357     -14.767  -7.337  96.671  1.00 47.34           O  
+HETATM 9959  O   HOH L 358     -41.562  -5.624 143.776  1.00 35.55           O  
+HETATM 9960  O   HOH L 359     -34.883  -8.761 111.955  1.00 43.91           O  
+HETATM 9961  O   HOH L 360     -22.799   1.759 130.660  1.00 36.38           O  
+HETATM 9962  O   HOH L 361     -56.146  -6.917 142.799  1.00 45.47           O  
+HETATM 9963  O   HOH L 362     -22.110  -3.209 136.035  1.00 44.49           O  
+HETATM 9964  O   HOH L 363     -24.711   5.615  93.619  1.00 45.15           O  
+HETATM 9965  O   HOH L 364     -27.893   6.171 107.097  1.00 49.64           O  
+HETATM 9966  O   HOH L 365     -36.828 -12.496 100.393  1.00 23.29           O  
+HETATM 9967  O   HOH L 366     -23.064   0.351 136.117  1.00 49.85           O  
+HETATM 9968  O   HOH L 367     -28.234 -10.391  88.926  1.00 28.76           O  
+HETATM 9969  O   HOH L 368     -12.916 -14.012  96.224  1.00 42.65           O  
+HETATM 9970  O   HOH L 369     -43.756  -9.717 122.025  1.00 48.50           O  
+HETATM 9971  O   HOH L 370     -12.640  -1.886 119.047  1.00 45.37           O  
+HETATM 9972  O   HOH L 371     -28.031  -7.680 124.635  1.00 35.90           O  
+HETATM 9973  O   HOH L 372     -48.158  -7.897 144.361  1.00 42.68           O  
+HETATM 9974  O   HOH L 373     -45.386 -14.056 123.375  1.00 51.37           O  
+HETATM 9975  O   HOH L 374     -44.405 -11.194 149.046  1.00 44.83           O  
+HETATM 9976  O   HOH L 375     -60.480  -0.868 137.453  1.00 46.26           O  
+HETATM 9977  O   HOH L 376     -55.141 -10.459 145.116  1.00 47.14           O  
+HETATM 9978  O   HOH L 377     -60.028  -2.837 139.251  1.00 40.11           O  
+HETATM 9979  O   HOH L 378     -30.193   7.267 114.794  1.00 55.53           O  
+HETATM 9980  O   HOH L 379     -40.188  -7.923 120.511  1.00 48.59           O  
+HETATM 9981  O   HOH L 380     -31.773  -2.990 140.392  1.00 51.57           O  
+HETATM 9982  O   HOH L 381     -32.496 -17.407  94.719  1.00 54.97           O  
+HETATM 9983  O   HOH L 382     -19.739  -0.628 128.310  1.00 51.68           O  
+HETATM 9984  O   HOH L 383     -44.053  -8.233 145.574  1.00 40.57           O  
+HETATM 9985  O   HOH L 384     -13.462  -3.409 101.029  1.00 50.56           O  
+HETATM 9986  O   HOH L 385     -18.886  -2.918 129.757  1.00 52.66           O  
+HETATM 9987  O   HOH L 386     -42.075 -21.077 130.885  1.00 55.83           O  
+HETATM 9988  O   HOH L 387     -41.036 -15.623 123.743  1.00 49.01           O  
+HETATM 9989  O   HOH L 388     -25.540   6.383 107.353  1.00 40.15           O  
+HETATM 9990  O   HOH L 389     -24.001   3.607 128.835  1.00 45.93           O  
+HETATM 9991  O   HOH L 390     -31.643   8.164 111.394  1.00 48.10           O  
+HETATM 9992  O   HOH L 391     -28.640   5.977 104.682  1.00 42.60           O  
+HETATM 9993  O   HOH L 392     -29.095  -3.251 140.695  1.00 61.30           O  
+HETATM 9994  O   HOH L 393     -29.329   9.800 115.292  1.00 52.04           O  
+HETATM 9995  O   HOH L 394     -49.129  -8.455 148.068  1.00 52.69           O  
+HETATM 9996  O   HOH L 395     -22.845   5.202 122.874  1.00 43.14           O  
+ATOM   9997  N   GLU D   1      11.465  16.826 152.945  1.00 66.34           N  
+ATOM   9998  CA  GLU D   1      10.728  15.881 152.116  1.00 62.13           C  
+ATOM   9999  C   GLU D   1      11.022  14.437 152.518  1.00 54.31           C  
+ATOM  10000  O   GLU D   1      12.167  14.077 152.806  1.00 53.44           O  
+ATOM  10001  CB  GLU D   1      11.085  16.093 150.644  1.00 66.34           C  
+ATOM  10002  CG  GLU D   1      10.381  15.151 149.685  1.00 69.78           C  
+ATOM  10003  CD  GLU D   1      11.127  14.988 148.370  1.00 71.43           C  
+ATOM  10004  OE1 GLU D   1      12.037  15.800 148.085  1.00 70.94           O  
+ATOM  10005  OE2 GLU D   1      10.806  14.036 147.626  1.00 71.74           O  
+ATOM  10006  N   VAL D   2       9.975  13.607 152.535  1.00 48.11           N  
+ATOM  10007  CA  VAL D   2      10.157  12.170 152.720  1.00 42.73           C  
+ATOM  10008  C   VAL D   2      10.752  11.571 151.453  1.00 40.30           C  
+ATOM  10009  O   VAL D   2      10.285  11.852 150.343  1.00 37.88           O  
+ATOM  10010  CB  VAL D   2       8.821  11.499 153.063  1.00 40.91           C  
+ATOM  10011  CG1 VAL D   2       8.961   9.981 153.032  1.00 38.52           C  
+ATOM  10012  CG2 VAL D   2       8.315  11.974 154.410  1.00 38.89           C  
+ATOM  10013  N   GLN D   3      11.791  10.750 151.603  1.00 39.31           N  
+ATOM  10014  CA  GLN D   3      12.283  10.009 150.446  1.00 37.88           C  
+ATOM  10015  C   GLN D   3      13.056   8.769 150.882  1.00 31.74           C  
+ATOM  10016  O   GLN D   3      13.527   8.651 152.025  1.00 28.85           O  
+ATOM  10017  CB  GLN D   3      13.137  10.887 149.520  1.00 44.80           C  
+ATOM  10018  CG  GLN D   3      14.372  11.484 150.134  1.00 50.24           C  
+ATOM  10019  CD  GLN D   3      15.204  12.250 149.116  1.00 59.15           C  
+ATOM  10020  OE1 GLN D   3      15.107  12.015 147.908  1.00 61.83           O  
+ATOM  10021  NE2 GLN D   3      16.024  13.176 149.601  1.00 61.80           N  
+ATOM  10022  N   LEU D   4      13.138   7.831 149.945  1.00 29.34           N  
+ATOM  10023  CA  LEU D   4      13.806   6.549 150.104  1.00 28.01           C  
+ATOM  10024  C   LEU D   4      14.733   6.363 148.915  1.00 29.29           C  
+ATOM  10025  O   LEU D   4      14.378   6.709 147.782  1.00 29.03           O  
+ATOM  10026  CB  LEU D   4      12.791   5.390 150.167  1.00 26.44           C  
+ATOM  10027  CG  LEU D   4      11.637   5.479 151.168  1.00 30.81           C  
+ATOM  10028  CD1 LEU D   4      10.623   4.376 150.912  1.00 34.26           C  
+ATOM  10029  CD2 LEU D   4      12.144   5.405 152.598  1.00 24.94           C  
+ATOM  10030  N   VAL D   5      15.932   5.847 149.168  1.00 29.63           N  
+ATOM  10031  CA  VAL D   5      16.958   5.713 148.136  1.00 26.86           C  
+ATOM  10032  C   VAL D   5      17.548   4.312 148.246  1.00 26.15           C  
+ATOM  10033  O   VAL D   5      18.210   3.995 149.241  1.00 25.25           O  
+ATOM  10034  CB  VAL D   5      18.052   6.783 148.271  1.00 29.17           C  
+ATOM  10035  CG1 VAL D   5      19.156   6.569 147.223  1.00 31.53           C  
+ATOM  10036  CG2 VAL D   5      17.451   8.187 148.145  1.00 28.79           C  
+ATOM  10037  N   GLU D   6      17.304   3.471 147.235  1.00 28.54           N  
+ATOM  10038  CA  GLU D   6      17.859   2.120 147.200  1.00 27.16           C  
+ATOM  10039  C   GLU D   6      19.253   2.127 146.594  1.00 29.28           C  
+ATOM  10040  O   GLU D   6      19.509   2.845 145.630  1.00 29.47           O  
+ATOM  10041  CB  GLU D   6      16.992   1.173 146.369  1.00 24.48           C  
+ATOM  10042  CG  GLU D   6      15.550   1.047 146.789  1.00 27.12           C  
+ATOM  10043  CD  GLU D   6      14.658   2.030 146.073  1.00 33.02           C  
+ATOM  10044  OE1 GLU D   6      15.179   2.918 145.357  1.00 36.49           O  
+ATOM  10045  OE2 GLU D   6      13.433   1.907 146.220  1.00 36.89           O  
+ATOM  10046  N   SER D   7      20.135   1.282 147.127  1.00 24.50           N  
+ATOM  10047  CA  SER D   7      21.419   1.048 146.483  1.00 30.29           C  
+ATOM  10048  C   SER D   7      21.819  -0.409 146.677  1.00 29.38           C  
+ATOM  10049  O   SER D   7      21.179  -1.166 147.418  1.00 27.75           O  
+ATOM  10050  CB  SER D   7      22.506   1.987 147.022  1.00 31.08           C  
+ATOM  10051  OG  SER D   7      22.729   1.748 148.400  1.00 34.79           O  
+ATOM  10052  N   GLY D   8      22.910  -0.785 146.014  1.00 29.96           N  
+ATOM  10053  CA  GLY D   8      23.454  -2.126 146.090  1.00 31.38           C  
+ATOM  10054  C   GLY D   8      23.192  -2.987 144.870  1.00 29.83           C  
+ATOM  10055  O   GLY D   8      23.748  -4.086 144.785  1.00 30.44           O  
+ATOM  10056  N   GLY D   9      22.379  -2.535 143.924  1.00 27.61           N  
+ATOM  10057  CA  GLY D   9      22.106  -3.348 142.756  1.00 32.76           C  
+ATOM  10058  C   GLY D   9      23.361  -3.649 141.959  1.00 33.95           C  
+ATOM  10059  O   GLY D   9      24.373  -2.950 142.043  1.00 36.83           O  
+ATOM  10060  N   GLY D  11      23.290  -4.725 141.186  1.00 33.57           N  
+ATOM  10061  CA  GLY D  11      24.369  -5.058 140.280  1.00 34.60           C  
+ATOM  10062  C   GLY D  11      24.184  -6.453 139.714  1.00 36.72           C  
+ATOM  10063  O   GLY D  11      23.135  -7.081 139.877  1.00 32.09           O  
+ATOM  10064  N   LEU D  12      25.238  -6.922 139.051  1.00 35.88           N  
+ATOM  10065  CA  LEU D  12      25.272  -8.253 138.465  1.00 35.52           C  
+ATOM  10066  C   LEU D  12      25.857  -9.243 139.462  1.00 32.59           C  
+ATOM  10067  O   LEU D  12      26.868  -8.963 140.111  1.00 33.17           O  
+ATOM  10068  CB  LEU D  12      26.108  -8.235 137.181  1.00 39.55           C  
+ATOM  10069  CG  LEU D  12      26.441  -9.566 136.510  1.00 37.88           C  
+ATOM  10070  CD1 LEU D  12      25.157 -10.264 136.116  1.00 28.32           C  
+ATOM  10071  CD2 LEU D  12      27.381  -9.366 135.320  1.00 34.57           C  
+ATOM  10072  N   VAL D  13      25.217 -10.405 139.587  1.00 31.74           N  
+ATOM  10073  CA  VAL D  13      25.678 -11.439 140.507  1.00 32.04           C  
+ATOM  10074  C   VAL D  13      25.429 -12.800 139.868  1.00 32.31           C  
+ATOM  10075  O   VAL D  13      24.516 -12.962 139.052  1.00 35.23           O  
+ATOM  10076  CB  VAL D  13      24.995 -11.312 141.895  1.00 33.63           C  
+ATOM  10077  CG1 VAL D  13      23.505 -11.534 141.790  1.00 33.20           C  
+ATOM  10078  CG2 VAL D  13      25.628 -12.254 142.915  1.00 36.58           C  
+ATOM  10079  N   GLN D  14      26.291 -13.778 140.208  1.00 31.08           N  
+ATOM  10080  CA  GLN D  14      26.181 -15.114 139.639  1.00 33.79           C  
+ATOM  10081  C   GLN D  14      25.105 -15.917 140.362  1.00 32.21           C  
+ATOM  10082  O   GLN D  14      24.859 -15.699 141.556  1.00 34.13           O  
+ATOM  10083  CB  GLN D  14      27.513 -15.859 139.735  1.00 36.85           C  
+ATOM  10084  CG  GLN D  14      28.551 -15.456 138.705  1.00 44.96           C  
+ATOM  10085  CD  GLN D  14      29.803 -16.329 138.759  1.00 53.05           C  
+ATOM  10086  OE1 GLN D  14      30.214 -16.790 139.826  1.00 56.47           O  
+ATOM  10087  NE2 GLN D  14      30.409 -16.558 137.607  1.00 58.19           N  
+ATOM  10088  N   PRO D  15      24.458 -16.856 139.666  1.00 28.45           N  
+ATOM  10089  CA  PRO D  15      23.539 -17.771 140.352  1.00 32.50           C  
+ATOM  10090  C   PRO D  15      24.237 -18.458 141.517  1.00 31.00           C  
+ATOM  10091  O   PRO D  15      25.406 -18.848 141.430  1.00 28.27           O  
+ATOM  10092  CB  PRO D  15      23.148 -18.769 139.256  1.00 33.89           C  
+ATOM  10093  CG  PRO D  15      23.332 -18.013 137.989  1.00 32.71           C  
+ATOM  10094  CD  PRO D  15      24.511 -17.116 138.215  1.00 30.22           C  
+ATOM  10095  N   GLY D  16      23.512 -18.580 142.624  1.00 29.30           N  
+ATOM  10096  CA  GLY D  16      24.088 -19.055 143.865  1.00 29.17           C  
+ATOM  10097  C   GLY D  16      24.711 -17.975 144.713  1.00 32.20           C  
+ATOM  10098  O   GLY D  16      25.030 -18.231 145.879  1.00 30.08           O  
+ATOM  10099  N   GLY D  17      24.877 -16.770 144.174  1.00 34.01           N  
+ATOM  10100  CA  GLY D  17      25.560 -15.703 144.867  1.00 31.45           C  
+ATOM  10101  C   GLY D  17      24.678 -14.963 145.856  1.00 30.01           C  
+ATOM  10102  O   GLY D  17      23.496 -15.251 146.040  1.00 27.61           O  
+ATOM  10103  N   SER D  18      25.296 -13.989 146.517  1.00 30.48           N  
+ATOM  10104  CA ASER D  18      24.640 -13.182 147.534  0.82 30.95           C  
+ATOM  10105  C   SER D  18      24.772 -11.708 147.189  1.00 29.87           C  
+ATOM  10106  O   SER D  18      25.764 -11.277 146.590  1.00 31.33           O  
+ATOM  10107  CB ASER D  18      25.235 -13.413 148.938  0.82 28.81           C  
+ATOM  10108  OG ASER D  18      25.108 -14.760 149.343  0.82 28.23           O  
+ATOM  10109  N   LEU D  19      23.772 -10.941 147.605  1.00 27.88           N  
+ATOM  10110  CA  LEU D  19      23.727  -9.505 147.386  1.00 32.94           C  
+ATOM  10111  C   LEU D  19      22.906  -8.868 148.504  1.00 30.74           C  
+ATOM  10112  O   LEU D  19      21.835  -9.372 148.851  1.00 29.99           O  
+ATOM  10113  CB  LEU D  19      23.116  -9.201 146.008  1.00 33.03           C  
+ATOM  10114  CG  LEU D  19      23.569  -7.960 145.260  1.00 37.18           C  
+ATOM  10115  CD1 LEU D  19      22.975  -7.933 143.860  1.00 37.36           C  
+ATOM  10116  CD2 LEU D  19      23.126  -6.756 146.044  1.00 42.64           C  
+ATOM  10117  N   ARG D  20      23.396  -7.763 149.057  1.00 25.01           N  
+ATOM  10118  CA  ARG D  20      22.660  -7.006 150.057  1.00 26.52           C  
+ATOM  10119  C   ARG D  20      22.298  -5.635 149.506  1.00 27.04           C  
+ATOM  10120  O   ARG D  20      23.188  -4.843 149.166  1.00 27.05           O  
+ATOM  10121  CB  ARG D  20      23.466  -6.861 151.348  1.00 24.50           C  
+ATOM  10122  CG  ARG D  20      22.788  -6.018 152.416  1.00 32.25           C  
+ATOM  10123  CD  ARG D  20      23.852  -5.431 153.344  1.00 37.76           C  
+ATOM  10124  NE  ARG D  20      23.441  -5.352 154.739  1.00 42.98           N  
+ATOM  10125  CZ  ARG D  20      24.025  -4.556 155.634  1.00 47.88           C  
+ATOM  10126  NH1 ARG D  20      25.023  -3.761 155.263  1.00 47.48           N  
+ATOM  10127  NH2 ARG D  20      23.606  -4.545 156.894  1.00 47.03           N  
+ATOM  10128  N   LEU D  21      20.996  -5.356 149.458  1.00 24.31           N  
+ATOM  10129  CA  LEU D  21      20.445  -4.056 149.099  1.00 29.26           C  
+ATOM  10130  C   LEU D  21      20.264  -3.184 150.336  1.00 31.13           C  
+ATOM  10131  O   LEU D  21      20.054  -3.679 151.446  1.00 31.56           O  
+ATOM  10132  CB  LEU D  21      19.098  -4.215 148.396  1.00 24.09           C  
+ATOM  10133  CG  LEU D  21      19.205  -5.106 147.158  1.00 27.96           C  
+ATOM  10134  CD1 LEU D  21      17.904  -5.214 146.421  1.00 27.26           C  
+ATOM  10135  CD2 LEU D  21      20.285  -4.570 146.240  1.00 24.78           C  
+ATOM  10136  N   SER D  22      20.341  -1.871 150.123  1.00 30.88           N  
+ATOM  10137  CA  SER D  22      20.152  -0.866 151.157  1.00 26.83           C  
+ATOM  10138  C   SER D  22      19.072   0.116 150.737  1.00 26.10           C  
+ATOM  10139  O   SER D  22      18.906   0.419 149.552  1.00 25.38           O  
+ATOM  10140  CB  SER D  22      21.444  -0.105 151.438  1.00 27.14           C  
+ATOM  10141  OG  SER D  22      22.344  -0.940 152.128  1.00 31.45           O  
+ATOM  10142  N   CYS D  23      18.338   0.600 151.729  1.00 29.07           N  
+ATOM  10143  CA  CYS D  23      17.245   1.554 151.549  1.00 27.16           C  
+ATOM  10144  C   CYS D  23      17.441   2.641 152.598  1.00 26.94           C  
+ATOM  10145  O   CYS D  23      17.150   2.425 153.778  1.00 27.39           O  
+ATOM  10146  CB  CYS D  23      15.894   0.878 151.706  1.00 25.21           C  
+ATOM  10147  SG  CYS D  23      14.443   1.977 151.612  1.00 29.57           S  
+ATOM  10148  N   ALA D  24      17.960   3.790 152.177  1.00 30.63           N  
+ATOM  10149  CA  ALA D  24      18.243   4.890 153.093  1.00 27.73           C  
+ATOM  10150  C   ALA D  24      17.056   5.848 153.107  1.00 23.84           C  
+ATOM  10151  O   ALA D  24      16.646   6.354 152.058  1.00 24.52           O  
+ATOM  10152  CB  ALA D  24      19.527   5.607 152.688  1.00 26.73           C  
+ATOM  10153  N   ALA D  25      16.512   6.095 154.289  1.00 25.57           N  
+ATOM  10154  CA  ALA D  25      15.346   6.950 154.459  1.00 26.44           C  
+ATOM  10155  C   ALA D  25      15.748   8.316 155.008  1.00 31.65           C  
+ATOM  10156  O   ALA D  25      16.661   8.433 155.833  1.00 31.58           O  
+ATOM  10157  CB  ALA D  25      14.332   6.307 155.411  1.00 26.13           C  
+ATOM  10158  N   SER D  26      15.029   9.350 154.570  1.00 33.83           N  
+ATOM  10159  CA  SER D  26      15.207  10.675 155.144  1.00 37.89           C  
+ATOM  10160  C   SER D  26      13.869  11.403 155.167  1.00 36.18           C  
+ATOM  10161  O   SER D  26      12.960  11.105 154.379  1.00 30.80           O  
+ATOM  10162  CB  SER D  26      16.248  11.488 154.370  1.00 42.85           C  
+ATOM  10163  OG  SER D  26      15.886  11.581 153.005  1.00 50.61           O  
+ATOM  10164  N   GLY D  27      13.763  12.368 156.082  1.00 34.57           N  
+ATOM  10165  CA  GLY D  27      12.547  13.136 156.249  1.00 33.99           C  
+ATOM  10166  C   GLY D  27      11.508  12.489 157.131  1.00 33.91           C  
+ATOM  10167  O   GLY D  27      10.420  13.050 157.288  1.00 35.30           O  
+ATOM  10168  N   PHE D  28      11.800  11.323 157.703  1.00 32.14           N  
+ATOM  10169  CA  PHE D  28      10.901  10.668 158.641  1.00 30.04           C  
+ATOM  10170  C   PHE D  28      11.711   9.643 159.412  1.00 28.96           C  
+ATOM  10171  O   PHE D  28      12.806   9.258 158.999  1.00 29.43           O  
+ATOM  10172  CB  PHE D  28       9.705  10.010 157.938  1.00 33.00           C  
+ATOM  10173  CG  PHE D  28      10.053   8.775 157.156  1.00 34.77           C  
+ATOM  10174  CD1 PHE D  28      10.692   8.874 155.927  1.00 35.73           C  
+ATOM  10175  CD2 PHE D  28       9.733   7.515 157.644  1.00 33.77           C  
+ATOM  10176  CE1 PHE D  28      11.018   7.743 155.200  1.00 35.48           C  
+ATOM  10177  CE2 PHE D  28      10.057   6.369 156.919  1.00 33.14           C  
+ATOM  10178  CZ  PHE D  28      10.702   6.486 155.699  1.00 35.62           C  
+ATOM  10179  N   ASN D  29      11.170   9.222 160.550  1.00 28.26           N  
+ATOM  10180  CA  ASN D  29      11.815   8.228 161.399  1.00 32.22           C  
+ATOM  10181  C   ASN D  29      11.367   6.843 160.934  1.00 28.89           C  
+ATOM  10182  O   ASN D  29      10.187   6.497 161.044  1.00 27.89           O  
+ATOM  10183  CB  ASN D  29      11.466   8.477 162.866  1.00 37.95           C  
+ATOM  10184  CG  ASN D  29      12.157   7.512 163.811  1.00 48.06           C  
+ATOM  10185  OD1 ASN D  29      12.937   6.659 163.391  1.00 52.97           O  
+ATOM  10186  ND2 ASN D  29      11.881   7.652 165.103  1.00 50.87           N  
+ATOM  10187  N   LEU D  30      12.315   6.047 160.427  1.00 27.44           N  
+ATOM  10188  CA  LEU D  30      11.979   4.735 159.868  1.00 32.87           C  
+ATOM  10189  C   LEU D  30      11.402   3.802 160.924  1.00 34.52           C  
+ATOM  10190  O   LEU D  30      10.570   2.944 160.606  1.00 32.37           O  
+ATOM  10191  CB  LEU D  30      13.219   4.109 159.220  1.00 35.13           C  
+ATOM  10192  CG  LEU D  30      13.047   2.913 158.285  1.00 36.50           C  
+ATOM  10193  CD1 LEU D  30      12.053   3.221 157.184  1.00 37.67           C  
+ATOM  10194  CD2 LEU D  30      14.383   2.505 157.672  1.00 36.95           C  
+ATOM  10195  N   SER D  35      11.796   3.984 162.186  1.00 33.93           N  
+ATOM  10196  CA  SER D  35      11.373   3.087 163.252  1.00 31.48           C  
+ATOM  10197  C   SER D  35       9.882   3.186 163.561  1.00 29.25           C  
+ATOM  10198  O   SER D  35       9.327   2.259 164.160  1.00 29.20           O  
+ATOM  10199  CB  SER D  35      12.186   3.368 164.519  1.00 35.34           C  
+ATOM  10200  OG  SER D  35      11.992   4.701 164.965  1.00 36.51           O  
+ATOM  10201  N   SER D  36       9.211   4.271 163.181  1.00 26.71           N  
+ATOM  10202  CA  SER D  36       7.774   4.363 163.414  1.00 28.66           C  
+ATOM  10203  C   SER D  36       6.935   3.974 162.196  1.00 26.90           C  
+ATOM  10204  O   SER D  36       5.703   4.024 162.278  1.00 25.97           O  
+ATOM  10205  CB  SER D  36       7.400   5.772 163.868  1.00 33.47           C  
+ATOM  10206  OG  SER D  36       7.754   6.717 162.881  1.00 38.41           O  
+ATOM  10207  N   SER D  37       7.561   3.586 161.083  1.00 23.87           N  
+ATOM  10208  CA  SER D  37       6.871   3.147 159.877  1.00 23.15           C  
+ATOM  10209  C   SER D  37       7.101   1.660 159.627  1.00 26.02           C  
+ATOM  10210  O   SER D  37       8.018   1.058 160.172  1.00 24.44           O  
+ATOM  10211  CB  SER D  37       7.357   3.925 158.646  1.00 26.55           C  
+ATOM  10212  OG  SER D  37       7.008   5.295 158.712  1.00 27.80           O  
+ATOM  10213  N   SER D  38       6.272   1.079 158.762  1.00 29.59           N  
+ATOM  10214  CA  SER D  38       6.554  -0.220 158.169  1.00 24.85           C  
+ATOM  10215  C   SER D  38       7.342  -0.033 156.879  1.00 22.81           C  
+ATOM  10216  O   SER D  38       7.166   0.952 156.161  1.00 26.05           O  
+ATOM  10217  CB  SER D  38       5.259  -0.996 157.880  1.00 23.38           C  
+ATOM  10218  OG  SER D  38       4.621  -1.404 159.080  1.00 22.78           O  
+ATOM  10219  N   ILE D  39       8.218  -0.986 156.584  1.00 21.73           N  
+ATOM  10220  CA  ILE D  39       9.100  -0.898 155.427  1.00 27.02           C  
+ATOM  10221  C   ILE D  39       8.925  -2.170 154.601  1.00 28.11           C  
+ATOM  10222  O   ILE D  39       8.918  -3.283 155.143  1.00 21.16           O  
+ATOM  10223  CB  ILE D  39      10.571  -0.657 155.840  1.00 30.21           C  
+ATOM  10224  CG1 ILE D  39      11.406  -0.163 154.657  1.00 34.43           C  
+ATOM  10225  CG2 ILE D  39      11.202  -1.887 156.482  1.00 31.90           C  
+ATOM  10226  CD1 ILE D  39      10.962   1.200 154.106  1.00 35.98           C  
+ATOM  10227  N   HIS D  40       8.737  -1.998 153.300  1.00 21.40           N  
+ATOM  10228  CA  HIS D  40       8.477  -3.112 152.404  1.00 31.55           C  
+ATOM  10229  C   HIS D  40       9.445  -3.088 151.230  1.00 29.78           C  
+ATOM  10230  O   HIS D  40       9.830  -2.020 150.743  1.00 26.61           O  
+ATOM  10231  CB  HIS D  40       7.060  -3.077 151.842  1.00 31.52           C  
+ATOM  10232  CG  HIS D  40       5.990  -2.930 152.876  1.00 21.12           C  
+ATOM  10233  ND1 HIS D  40       5.464  -4.003 153.561  1.00 20.97           N  
+ATOM  10234  CD2 HIS D  40       5.306  -1.841 153.303  1.00 23.93           C  
+ATOM  10235  CE1 HIS D  40       4.519  -3.580 154.382  1.00 24.66           C  
+ATOM  10236  NE2 HIS D  40       4.398  -2.272 154.240  1.00 24.68           N  
+ATOM  10237  N   TRP D  41       9.808  -4.284 150.766  1.00 27.71           N  
+ATOM  10238  CA  TRP D  41      10.549  -4.467 149.532  1.00 22.32           C  
+ATOM  10239  C   TRP D  41       9.625  -5.088 148.501  1.00 24.93           C  
+ATOM  10240  O   TRP D  41       8.917  -6.054 148.797  1.00 22.21           O  
+ATOM  10241  CB  TRP D  41      11.789  -5.349 149.724  1.00 22.51           C  
+ATOM  10242  CG  TRP D  41      12.912  -4.676 150.442  1.00 26.74           C  
+ATOM  10243  CD1 TRP D  41      13.203  -4.761 151.784  1.00 22.38           C  
+ATOM  10244  CD2 TRP D  41      13.921  -3.832 149.866  1.00 22.82           C  
+ATOM  10245  NE1 TRP D  41      14.327  -4.014 152.074  1.00 22.50           N  
+ATOM  10246  CE2 TRP D  41      14.783  -3.433 150.916  1.00 22.78           C  
+ATOM  10247  CE3 TRP D  41      14.177  -3.370 148.569  1.00 23.08           C  
+ATOM  10248  CZ2 TRP D  41      15.877  -2.595 150.704  1.00 27.51           C  
+ATOM  10249  CZ3 TRP D  41      15.254  -2.531 148.361  1.00 23.30           C  
+ATOM  10250  CH2 TRP D  41      16.103  -2.160 149.422  1.00 25.01           C  
+ATOM  10251  N   VAL D  42       9.624  -4.515 147.304  1.00 23.89           N  
+ATOM  10252  CA  VAL D  42       8.771  -4.946 146.203  1.00 23.85           C  
+ATOM  10253  C   VAL D  42       9.638  -4.963 144.954  1.00 27.83           C  
+ATOM  10254  O   VAL D  42      10.441  -4.046 144.741  1.00 27.30           O  
+ATOM  10255  CB  VAL D  42       7.549  -4.012 146.006  1.00 24.79           C  
+ATOM  10256  CG1 VAL D  42       6.744  -4.434 144.782  1.00 26.56           C  
+ATOM  10257  CG2 VAL D  42       6.646  -3.984 147.232  1.00 24.02           C  
+ATOM  10258  N   ARG D  43       9.497  -6.005 144.134  1.00 23.04           N  
+ATOM  10259  CA  ARG D  43      10.337  -6.112 142.955  1.00 23.38           C  
+ATOM  10260  C   ARG D  43       9.455  -6.226 141.719  1.00 30.23           C  
+ATOM  10261  O   ARG D  43       8.254  -6.519 141.798  1.00 23.19           O  
+ATOM  10262  CB  ARG D  43      11.312  -7.293 143.037  1.00 23.59           C  
+ATOM  10263  CG  ARG D  43      10.660  -8.666 143.022  1.00 28.99           C  
+ATOM  10264  CD  ARG D  43      11.692  -9.777 143.233  1.00 28.52           C  
+ATOM  10265  NE  ARG D  43      11.042 -11.087 143.227  1.00 27.81           N  
+ATOM  10266  CZ  ARG D  43      11.667 -12.254 143.368  1.00 25.43           C  
+ATOM  10267  NH1 ARG D  43      12.983 -12.298 143.535  1.00 24.06           N  
+ATOM  10268  NH2 ARG D  43      10.966 -13.383 143.348  1.00 25.72           N  
+ATOM  10269  N   GLN D  44      10.073  -5.961 140.574  1.00 23.70           N  
+ATOM  10270  CA  GLN D  44       9.381  -5.920 139.288  1.00 25.89           C  
+ATOM  10271  C   GLN D  44      10.344  -6.495 138.254  1.00 29.76           C  
+ATOM  10272  O   GLN D  44      11.326  -5.847 137.878  1.00 29.04           O  
+ATOM  10273  CB  GLN D  44       8.961  -4.502 138.933  1.00 26.33           C  
+ATOM  10274  CG  GLN D  44       8.285  -4.414 137.581  1.00 27.44           C  
+ATOM  10275  CD  GLN D  44       7.434  -3.171 137.434  1.00 30.19           C  
+ATOM  10276  OE1 GLN D  44       7.877  -2.061 137.726  1.00 28.52           O  
+ATOM  10277  NE2 GLN D  44       6.193  -3.354 136.981  1.00 28.81           N  
+ATOM  10278  N   ALA D  45      10.088  -7.728 137.832  1.00 31.04           N  
+ATOM  10279  CA  ALA D  45      10.947  -8.342 136.843  1.00 29.54           C  
+ATOM  10280  C   ALA D  45      10.733  -7.642 135.501  1.00 33.92           C  
+ATOM  10281  O   ALA D  45       9.664  -7.073 135.261  1.00 33.60           O  
+ATOM  10282  CB  ALA D  45      10.657  -9.836 136.735  1.00 28.36           C  
+ATOM  10283  N   PRO D  46      11.756  -7.620 134.630  1.00 33.75           N  
+ATOM  10284  CA  PRO D  46      11.653  -6.845 133.382  1.00 37.14           C  
+ATOM  10285  C   PRO D  46      10.401  -7.161 132.583  1.00 38.57           C  
+ATOM  10286  O   PRO D  46      10.124  -8.329 132.282  1.00 42.29           O  
+ATOM  10287  CB  PRO D  46      12.925  -7.246 132.618  1.00 38.34           C  
+ATOM  10288  CG  PRO D  46      13.899  -7.591 133.699  1.00 35.85           C  
+ATOM  10289  CD  PRO D  46      13.093  -8.218 134.803  1.00 34.13           C  
+ATOM  10290  N   GLY D  47       9.614  -6.131 132.273  1.00 38.46           N  
+ATOM  10291  CA  GLY D  47       8.386  -6.307 131.524  1.00 38.54           C  
+ATOM  10292  C   GLY D  47       7.233  -6.934 132.279  1.00 40.79           C  
+ATOM  10293  O   GLY D  47       6.200  -7.229 131.662  1.00 41.41           O  
+ATOM  10294  N   LYS D  48       7.356  -7.133 133.589  1.00 36.55           N  
+ATOM  10295  CA  LYS D  48       6.372  -7.866 134.372  1.00 34.44           C  
+ATOM  10296  C   LYS D  48       5.763  -6.964 135.452  1.00 30.73           C  
+ATOM  10297  O   LYS D  48       6.084  -5.781 135.574  1.00 29.05           O  
+ATOM  10298  CB  LYS D  48       7.000  -9.113 135.000  1.00 40.65           C  
+ATOM  10299  CG  LYS D  48       7.730 -10.016 134.014  1.00 46.98           C  
+ATOM  10300  CD  LYS D  48       6.776 -10.799 133.119  1.00 52.41           C  
+ATOM  10301  CE  LYS D  48       6.055 -11.891 133.902  1.00 58.01           C  
+ATOM  10302  NZ  LYS D  48       6.998 -12.838 134.565  1.00 61.66           N  
+ATOM  10303  N   GLY D  49       4.871  -7.549 136.249  1.00 29.04           N  
+ATOM  10304  CA  GLY D  49       4.141  -6.807 137.254  1.00 30.04           C  
+ATOM  10305  C   GLY D  49       4.894  -6.706 138.575  1.00 27.47           C  
+ATOM  10306  O   GLY D  49       6.003  -7.204 138.735  1.00 27.97           O  
+ATOM  10307  N   LEU D  50       4.267  -6.022 139.519  1.00 25.94           N  
+ATOM  10308  CA  LEU D  50       4.827  -5.841 140.857  1.00 24.25           C  
+ATOM  10309  C   LEU D  50       4.708  -7.119 141.680  1.00 25.78           C  
+ATOM  10310  O   LEU D  50       3.660  -7.779 141.692  1.00 25.12           O  
+ATOM  10311  CB  LEU D  50       4.102  -4.705 141.576  1.00 22.88           C  
+ATOM  10312  CG  LEU D  50       4.209  -3.360 140.865  1.00 24.39           C  
+ATOM  10313  CD1 LEU D  50       3.337  -2.354 141.579  1.00 22.31           C  
+ATOM  10314  CD2 LEU D  50       5.664  -2.889 140.807  1.00 24.80           C  
+ATOM  10315  N   GLU D  51       5.779  -7.457 142.394  1.00 31.02           N  
+ATOM  10316  CA  GLU D  51       5.781  -8.621 143.274  1.00 30.84           C  
+ATOM  10317  C   GLU D  51       6.347  -8.237 144.639  1.00 32.48           C  
+ATOM  10318  O   GLU D  51       7.510  -7.827 144.744  1.00 22.66           O  
+ATOM  10319  CB  GLU D  51       6.579  -9.777 142.672  1.00 26.12           C  
+ATOM  10320  CG  GLU D  51       6.457 -11.042 143.506  1.00 27.74           C  
+ATOM  10321  CD  GLU D  51       7.486 -12.089 143.161  1.00 32.16           C  
+ATOM  10322  OE1 GLU D  51       8.405 -11.804 142.361  1.00 32.71           O  
+ATOM  10323  OE2 GLU D  51       7.376 -13.210 143.695  1.00 34.93           O  
+ATOM  10324  N   TRP D  52       5.526  -8.381 145.674  1.00 22.23           N  
+ATOM  10325  CA  TRP D  52       5.957  -8.091 147.041  1.00 22.09           C  
+ATOM  10326  C   TRP D  52       6.933  -9.155 147.528  1.00 27.46           C  
+ATOM  10327  O   TRP D  52       6.756 -10.345 147.253  1.00 25.78           O  
+ATOM  10328  CB  TRP D  52       4.746  -8.019 147.972  1.00 24.36           C  
+ATOM  10329  CG  TRP D  52       5.128  -8.031 149.457  1.00 24.02           C  
+ATOM  10330  CD1 TRP D  52       5.609  -6.988 150.184  1.00 21.55           C  
+ATOM  10331  CD2 TRP D  52       5.032  -9.138 150.352  1.00 21.53           C  
+ATOM  10332  NE1 TRP D  52       5.833  -7.379 151.482  1.00 21.68           N  
+ATOM  10333  CE2 TRP D  52       5.489  -8.701 151.610  1.00 21.39           C  
+ATOM  10334  CE3 TRP D  52       4.619 -10.468 150.211  1.00 26.36           C  
+ATOM  10335  CZ2 TRP D  52       5.521  -9.537 152.724  1.00 25.00           C  
+ATOM  10336  CZ3 TRP D  52       4.664 -11.299 151.323  1.00 24.27           C  
+ATOM  10337  CH2 TRP D  52       5.100 -10.827 152.560  1.00 21.29           C  
+ATOM  10338  N   VAL D  53       7.977  -8.714 148.251  1.00 24.51           N  
+ATOM  10339  CA  VAL D  53       9.100  -9.558 148.636  1.00 22.39           C  
+ATOM  10340  C   VAL D  53       9.175  -9.758 150.153  1.00 27.59           C  
+ATOM  10341  O   VAL D  53       9.285 -10.892 150.630  1.00 22.17           O  
+ATOM  10342  CB  VAL D  53      10.434  -8.997 148.082  1.00 22.67           C  
+ATOM  10343  CG1 VAL D  53      11.611  -9.783 148.600  1.00 22.82           C  
+ATOM  10344  CG2 VAL D  53      10.411  -8.995 146.539  1.00 27.38           C  
+ATOM  10345  N   ALA D  54       9.149  -8.670 150.926  1.00 22.00           N  
+ATOM  10346  CA  ALA D  54       9.360  -8.817 152.372  1.00 21.81           C  
+ATOM  10347  C   ALA D  54       8.933  -7.550 153.101  1.00 21.59           C  
+ATOM  10348  O   ALA D  54       8.872  -6.472 152.507  1.00 23.76           O  
+ATOM  10349  CB  ALA D  54      10.823  -9.153 152.682  1.00 21.99           C  
+ATOM  10350  N   SER D  55       8.626  -7.686 154.396  1.00 21.35           N  
+ATOM  10351  CA  SER D  55       8.196  -6.538 155.190  1.00 23.38           C  
+ATOM  10352  C   SER D  55       8.704  -6.644 156.628  1.00 24.57           C  
+ATOM  10353  O   SER D  55       8.884  -7.745 157.149  1.00 20.95           O  
+ATOM  10354  CB  SER D  55       6.663  -6.416 155.241  1.00 29.95           C  
+ATOM  10355  OG  SER D  55       6.095  -6.329 153.948  1.00 35.85           O  
+ATOM  10356  N   ILE D  56       8.956  -5.482 157.246  1.00 20.87           N  
+ATOM  10357  CA  ILE D  56       8.908  -5.292 158.700  1.00 20.63           C  
+ATOM  10358  C   ILE D  56       7.598  -4.557 158.963  1.00 22.82           C  
+ATOM  10359  O   ILE D  56       7.420  -3.411 158.530  1.00 21.40           O  
+ATOM  10360  CB  ILE D  56      10.103  -4.501 159.249  1.00 20.67           C  
+ATOM  10361  CG1 ILE D  56      11.434  -5.069 158.746  1.00 23.73           C  
+ATOM  10362  CG2 ILE D  56      10.132  -4.555 160.773  1.00 20.42           C  
+ATOM  10363  CD1 ILE D  56      12.633  -4.243 159.220  1.00 23.95           C  
+ATOM  10364  N   TYR D  57       6.664  -5.216 159.619  1.00 20.24           N  
+ATOM  10365  CA  TYR D  57       5.293  -4.726 159.620  1.00 21.26           C  
+ATOM  10366  C   TYR D  57       4.715  -4.403 160.986  1.00 20.98           C  
+ATOM  10367  O   TYR D  57       3.553  -3.993 161.056  1.00 23.17           O  
+ATOM  10368  CB  TYR D  57       4.367  -5.735 158.917  1.00 22.40           C  
+ATOM  10369  CG  TYR D  57       4.226  -7.062 159.627  1.00 20.05           C  
+ATOM  10370  CD1 TYR D  57       3.231  -7.266 160.579  1.00 21.77           C  
+ATOM  10371  CD2 TYR D  57       5.084  -8.119 159.335  1.00 22.43           C  
+ATOM  10372  CE1 TYR D  57       3.109  -8.480 161.229  1.00 25.95           C  
+ATOM  10373  CE2 TYR D  57       4.969  -9.330 159.975  1.00 22.78           C  
+ATOM  10374  CZ  TYR D  57       3.970  -9.507 160.917  1.00 25.58           C  
+ATOM  10375  OH  TYR D  57       3.853 -10.715 161.554  1.00 28.17           O  
+ATOM  10376  N   SER D  58       5.451  -4.561 162.079  1.00 21.15           N  
+ATOM  10377  CA  SER D  58       4.799  -4.322 163.364  1.00 19.49           C  
+ATOM  10378  C   SER D  58       5.681  -3.497 164.281  1.00 19.42           C  
+ATOM  10379  O   SER D  58       6.886  -3.347 164.062  1.00 19.55           O  
+ATOM  10380  CB  SER D  58       4.411  -5.637 164.065  1.00 26.16           C  
+ATOM  10381  OG  SER D  58       5.553  -6.333 164.510  1.00 30.51           O  
+ATOM  10382  N   TYR D  59       5.039  -2.953 165.317  1.00 22.27           N  
+ATOM  10383  CA  TYR D  59       5.775  -2.251 166.372  1.00 24.19           C  
+ATOM  10384  C   TYR D  59       6.855  -3.137 166.981  1.00 23.69           C  
+ATOM  10385  O   TYR D  59       7.928  -2.651 167.361  1.00 24.94           O  
+ATOM  10386  CB  TYR D  59       4.804  -1.771 167.454  1.00 21.01           C  
+ATOM  10387  CG  TYR D  59       5.493  -1.198 168.678  1.00 21.70           C  
+ATOM  10388  CD1 TYR D  59       5.858   0.142 168.730  1.00 22.27           C  
+ATOM  10389  CD2 TYR D  59       5.796  -2.002 169.768  1.00 21.08           C  
+ATOM  10390  CE1 TYR D  59       6.502   0.672 169.843  1.00 24.08           C  
+ATOM  10391  CE2 TYR D  59       6.452  -1.481 170.894  1.00 21.39           C  
+ATOM  10392  CZ  TYR D  59       6.791  -0.143 170.912  1.00 25.08           C  
+ATOM  10393  OH  TYR D  59       7.434   0.389 172.006  1.00 26.64           O  
+ATOM  10394  N   TYR D  62       6.583  -4.434 167.101  1.00 22.86           N  
+ATOM  10395  CA  TYR D  62       7.499  -5.350 167.762  1.00 24.29           C  
+ATOM  10396  C   TYR D  62       8.589  -5.869 166.821  1.00 27.83           C  
+ATOM  10397  O   TYR D  62       9.457  -6.641 167.252  1.00 25.48           O  
+ATOM  10398  CB  TYR D  62       6.696  -6.499 168.397  1.00 22.32           C  
+ATOM  10399  CG  TYR D  62       5.687  -5.965 169.410  1.00 27.46           C  
+ATOM  10400  CD1 TYR D  62       6.068  -5.683 170.723  1.00 25.82           C  
+ATOM  10401  CD2 TYR D  62       4.373  -5.687 169.041  1.00 27.24           C  
+ATOM  10402  CE1 TYR D  62       5.168  -5.171 171.643  1.00 27.56           C  
+ATOM  10403  CE2 TYR D  62       3.457  -5.169 169.961  1.00 25.90           C  
+ATOM  10404  CZ  TYR D  62       3.869  -4.906 171.261  1.00 29.05           C  
+ATOM  10405  OH  TYR D  62       2.988  -4.392 172.172  1.00 29.62           O  
+ATOM  10406  N   GLY D  63       8.582  -5.448 165.557  1.00 25.12           N  
+ATOM  10407  CA  GLY D  63       9.648  -5.799 164.637  1.00 26.38           C  
+ATOM  10408  C   GLY D  63       9.438  -7.087 163.874  1.00 25.09           C  
+ATOM  10409  O   GLY D  63      10.414  -7.651 163.374  1.00 21.63           O  
+ATOM  10410  N   SER D  64       8.203  -7.585 163.812  1.00 20.27           N  
+ATOM  10411  CA  SER D  64       7.878  -8.809 163.097  1.00 20.46           C  
+ATOM  10412  C   SER D  64       8.120  -8.635 161.603  1.00 20.19           C  
+ATOM  10413  O   SER D  64       7.878  -7.564 161.044  1.00 20.21           O  
+ATOM  10414  CB  SER D  64       6.406  -9.187 163.314  1.00 23.01           C  
+ATOM  10415  OG  SER D  64       6.083  -9.290 164.687  1.00 26.67           O  
+ATOM  10416  N   THR D  65       8.560  -9.721 160.954  1.00 20.38           N  
+ATOM  10417  CA  THR D  65       8.846  -9.745 159.526  1.00 21.49           C  
+ATOM  10418  C   THR D  65       8.010 -10.798 158.813  1.00 20.70           C  
+ATOM  10419  O   THR D  65       7.614 -11.814 159.382  1.00 20.62           O  
+ATOM  10420  CB  THR D  65      10.336 -10.057 159.229  1.00 20.88           C  
+ATOM  10421  OG1 THR D  65      10.657 -11.347 159.767  1.00 25.08           O  
+ATOM  10422  CG2 THR D  65      11.284  -9.009 159.840  1.00 20.85           C  
+ATOM  10423  N   SER D  66       7.823 -10.586 157.516  1.00 24.40           N  
+ATOM  10424  CA  SER D  66       7.110 -11.552 156.706  1.00 23.48           C  
+ATOM  10425  C   SER D  66       7.716 -11.538 155.316  1.00 25.01           C  
+ATOM  10426  O   SER D  66       8.336 -10.556 154.900  1.00 21.35           O  
+ATOM  10427  CB  SER D  66       5.602 -11.253 156.677  1.00 23.32           C  
+ATOM  10428  OG  SER D  66       5.361  -9.962 156.141  1.00 25.12           O  
+ATOM  10429  N   TYR D  67       7.547 -12.655 154.608  1.00 23.17           N  
+ATOM  10430  CA  TYR D  67       8.197 -12.854 153.323  1.00 21.69           C  
+ATOM  10431  C   TYR D  67       7.250 -13.550 152.367  1.00 22.87           C  
+ATOM  10432  O   TYR D  67       6.367 -14.299 152.785  1.00 21.61           O  
+ATOM  10433  CB  TYR D  67       9.467 -13.714 153.449  1.00 21.90           C  
+ATOM  10434  CG  TYR D  67      10.512 -13.147 154.354  1.00 21.87           C  
+ATOM  10435  CD1 TYR D  67      11.558 -12.382 153.846  1.00 22.07           C  
+ATOM  10436  CD2 TYR D  67      10.467 -13.383 155.725  1.00 21.65           C  
+ATOM  10437  CE1 TYR D  67      12.524 -11.864 154.682  1.00 22.04           C  
+ATOM  10438  CE2 TYR D  67      11.420 -12.865 156.567  1.00 21.61           C  
+ATOM  10439  CZ  TYR D  67      12.450 -12.115 156.044  1.00 30.09           C  
+ATOM  10440  OH  TYR D  67      13.394 -11.613 156.881  1.00 21.78           O  
+ATOM  10441  N   ALA D  68       7.449 -13.306 151.077  1.00 21.96           N  
+ATOM  10442  CA  ALA D  68       6.738 -14.083 150.071  1.00 27.14           C  
+ATOM  10443  C   ALA D  68       7.340 -15.485 149.981  1.00 28.43           C  
+ATOM  10444  O   ALA D  68       8.535 -15.688 150.220  1.00 25.60           O  
+ATOM  10445  CB  ALA D  68       6.805 -13.389 148.707  1.00 26.18           C  
+ATOM  10446  N   ASP D  69       6.501 -16.463 149.622  1.00 29.48           N  
+ATOM  10447  CA  ASP D  69       6.966 -17.851 149.603  1.00 31.69           C  
+ATOM  10448  C   ASP D  69       8.169 -18.053 148.691  1.00 29.24           C  
+ATOM  10449  O   ASP D  69       9.033 -18.879 148.995  1.00 32.27           O  
+ATOM  10450  CB  ASP D  69       5.838 -18.782 149.174  1.00 40.70           C  
+ATOM  10451  CG  ASP D  69       4.806 -18.984 150.259  1.00 47.14           C  
+ATOM  10452  OD1 ASP D  69       5.173 -18.891 151.451  1.00 49.27           O  
+ATOM  10453  OD2 ASP D  69       3.635 -19.246 149.916  1.00 49.09           O  
+ATOM  10454  N   SER D  70       8.247 -17.318 147.575  1.00 31.07           N  
+ATOM  10455  CA  SER D  70       9.310 -17.558 146.601  1.00 33.55           C  
+ATOM  10456  C   SER D  70      10.692 -17.155 147.107  1.00 31.46           C  
+ATOM  10457  O   SER D  70      11.696 -17.570 146.515  1.00 31.88           O  
+ATOM  10458  CB  SER D  70       8.998 -16.823 145.297  1.00 36.60           C  
+ATOM  10459  OG  SER D  70       8.691 -15.462 145.541  1.00 38.70           O  
+ATOM  10460  N   VAL D  71      10.772 -16.364 148.179  1.00 26.31           N  
+ATOM  10461  CA  VAL D  71      12.044 -15.907 148.723  1.00 26.49           C  
+ATOM  10462  C   VAL D  71      12.286 -16.413 150.138  1.00 29.99           C  
+ATOM  10463  O   VAL D  71      13.359 -16.169 150.698  1.00 23.14           O  
+ATOM  10464  CB  VAL D  71      12.151 -14.366 148.688  1.00 27.45           C  
+ATOM  10465  CG1 VAL D  71      11.731 -13.825 147.330  1.00 28.40           C  
+ATOM  10466  CG2 VAL D  71      11.298 -13.733 149.798  1.00 23.21           C  
+ATOM  10467  N   LYS D  72      11.333 -17.128 150.720  1.00 27.55           N  
+ATOM  10468  CA  LYS D  72      11.427 -17.557 152.109  1.00 27.57           C  
+ATOM  10469  C   LYS D  72      12.605 -18.493 152.299  1.00 31.10           C  
+ATOM  10470  O   LYS D  72      12.807 -19.418 151.515  1.00 34.63           O  
+ATOM  10471  CB  LYS D  72      10.120 -18.250 152.505  1.00 34.73           C  
+ATOM  10472  CG  LYS D  72       9.861 -18.356 153.972  1.00 39.24           C  
+ATOM  10473  CD  LYS D  72       8.437 -18.820 154.196  1.00 40.09           C  
+ATOM  10474  CE  LYS D  72       7.447 -17.760 153.761  1.00 44.32           C  
+ATOM  10475  NZ  LYS D  72       6.032 -18.237 153.874  1.00 45.12           N  
+ATOM  10476  N   GLY D  74      13.397 -18.246 153.340  1.00 29.59           N  
+ATOM  10477  CA  GLY D  74      14.576 -19.022 153.590  1.00 29.98           C  
+ATOM  10478  C   GLY D  74      15.824 -18.546 152.873  1.00 33.15           C  
+ATOM  10479  O   GLY D  74      16.925 -18.939 153.265  1.00 35.51           O  
+ATOM  10480  N   ARG D  75      15.685 -17.714 151.838  1.00 29.45           N  
+ATOM  10481  CA  ARG D  75      16.812 -17.168 151.083  1.00 28.04           C  
+ATOM  10482  C   ARG D  75      17.070 -15.686 151.340  1.00 23.66           C  
+ATOM  10483  O   ARG D  75      18.227 -15.265 151.338  1.00 23.86           O  
+ATOM  10484  CB  ARG D  75      16.590 -17.388 149.573  1.00 27.03           C  
+ATOM  10485  CG  ARG D  75      16.497 -18.863 149.147  1.00 26.58           C  
+ATOM  10486  CD  ARG D  75      16.366 -19.030 147.619  1.00 26.66           C  
+ATOM  10487  NE  ARG D  75      15.249 -18.267 147.059  1.00 26.14           N  
+ATOM  10488  CZ  ARG D  75      15.363 -17.375 146.074  1.00 28.08           C  
+ATOM  10489  NH1 ARG D  75      16.548 -17.125 145.517  1.00 24.75           N  
+ATOM  10490  NH2 ARG D  75      14.286 -16.731 145.652  1.00 27.24           N  
+ATOM  10491  N   PHE D  76      16.021 -14.882 151.540  1.00 23.37           N  
+ATOM  10492  CA  PHE D  76      16.112 -13.443 151.775  1.00 24.40           C  
+ATOM  10493  C   PHE D  76      15.887 -13.133 153.252  1.00 25.08           C  
+ATOM  10494  O   PHE D  76      15.101 -13.799 153.926  1.00 28.44           O  
+ATOM  10495  CB  PHE D  76      15.073 -12.655 150.963  1.00 23.17           C  
+ATOM  10496  CG  PHE D  76      15.286 -12.677 149.464  1.00 23.48           C  
+ATOM  10497  CD1 PHE D  76      16.266 -13.467 148.890  1.00 23.82           C  
+ATOM  10498  CD2 PHE D  76      14.520 -11.868 148.638  1.00 23.44           C  
+ATOM  10499  CE1 PHE D  76      16.460 -13.485 147.510  1.00 24.11           C  
+ATOM  10500  CE2 PHE D  76      14.715 -11.869 147.253  1.00 23.72           C  
+ATOM  10501  CZ  PHE D  76      15.687 -12.685 146.699  1.00 24.06           C  
+ATOM  10502  N   THR D  77      16.535 -12.078 153.738  1.00 22.89           N  
+ATOM  10503  CA  THR D  77      16.294 -11.588 155.098  1.00 22.56           C  
+ATOM  10504  C   THR D  77      16.171 -10.070 155.078  1.00 22.47           C  
+ATOM  10505  O   THR D  77      17.076  -9.387 154.587  1.00 26.47           O  
+ATOM  10506  CB  THR D  77      17.418 -12.015 156.046  1.00 26.62           C  
+ATOM  10507  OG1 THR D  77      17.519 -13.444 156.056  1.00 30.43           O  
+ATOM  10508  CG2 THR D  77      17.155 -11.508 157.475  1.00 26.58           C  
+ATOM  10509  N   ILE D  78      15.060  -9.534 155.603  1.00 22.17           N  
+ATOM  10510  CA  ILE D  78      14.883  -8.090 155.720  1.00 22.06           C  
+ATOM  10511  C   ILE D  78      15.319  -7.663 157.122  1.00 29.76           C  
+ATOM  10512  O   ILE D  78      15.139  -8.413 158.089  1.00 28.99           O  
+ATOM  10513  CB  ILE D  78      13.433  -7.662 155.392  1.00 21.87           C  
+ATOM  10514  CG1 ILE D  78      13.286  -6.136 155.403  1.00 21.80           C  
+ATOM  10515  CG2 ILE D  78      12.372  -8.332 156.298  1.00 21.58           C  
+ATOM  10516  CD1 ILE D  78      11.961  -5.663 154.850  1.00 21.68           C  
+ATOM  10517  N   SER D  79      15.963  -6.495 157.224  1.00 25.91           N  
+ATOM  10518  CA  SER D  79      16.447  -5.990 158.510  1.00 21.72           C  
+ATOM  10519  C   SER D  79      16.550  -4.471 158.434  1.00 22.13           C  
+ATOM  10520  O   SER D  79      16.323  -3.866 157.384  1.00 22.46           O  
+ATOM  10521  CB  SER D  79      17.792  -6.618 158.895  1.00 21.88           C  
+ATOM  10522  OG  SER D  79      18.832  -6.191 158.025  1.00 25.00           O  
+ATOM  10523  N   ALA D  80      16.900  -3.847 159.562  1.00 21.54           N  
+ATOM  10524  CA  ALA D  80      16.967  -2.390 159.611  1.00 26.89           C  
+ATOM  10525  C   ALA D  80      17.938  -1.941 160.696  1.00 29.42           C  
+ATOM  10526  O   ALA D  80      18.082  -2.598 161.728  1.00 28.98           O  
+ATOM  10527  CB  ALA D  80      15.588  -1.770 159.868  1.00 21.25           C  
+ATOM  10528  N   ASP D  81      18.580  -0.798 160.452  1.00 26.81           N  
+ATOM  10529  CA  ASP D  81      19.477  -0.141 161.405  1.00 32.14           C  
+ATOM  10530  C   ASP D  81      18.840   1.196 161.777  1.00 33.57           C  
+ATOM  10531  O   ASP D  81      18.927   2.167 161.018  1.00 33.15           O  
+ATOM  10532  CB  ASP D  81      20.868   0.046 160.810  1.00 29.97           C  
+ATOM  10533  CG  ASP D  81      21.892   0.507 161.840  1.00 35.72           C  
+ATOM  10534  OD1 ASP D  81      21.505   1.195 162.805  1.00 37.53           O  
+ATOM  10535  OD2 ASP D  81      23.090   0.175 161.689  1.00 39.29           O  
+ATOM  10536  N   THR D  82      18.207   1.237 162.948  1.00 35.44           N  
+ATOM  10537  CA ATHR D  82      17.520   2.448 163.387  0.83 37.36           C  
+ATOM  10538  C   THR D  82      18.482   3.613 163.559  1.00 35.91           C  
+ATOM  10539  O   THR D  82      18.107   4.765 163.323  1.00 38.15           O  
+ATOM  10540  CB ATHR D  82      16.780   2.175 164.697  0.83 39.52           C  
+ATOM  10541  OG1ATHR D  82      15.999   0.979 164.561  0.83 40.91           O  
+ATOM  10542  CG2ATHR D  82      15.863   3.336 165.050  0.83 39.15           C  
+ATOM  10543  N   SER D  83      19.722   3.337 163.962  1.00 34.75           N  
+ATOM  10544  CA  SER D  83      20.673   4.425 164.175  1.00 35.40           C  
+ATOM  10545  C   SER D  83      21.058   5.101 162.869  1.00 37.22           C  
+ATOM  10546  O   SER D  83      21.458   6.271 162.880  1.00 40.54           O  
+ATOM  10547  CB  SER D  83      21.924   3.919 164.897  1.00 35.81           C  
+ATOM  10548  OG  SER D  83      22.742   3.132 164.044  1.00 35.58           O  
+ATOM  10549  N   LYS D  84      20.930   4.402 161.745  1.00 32.69           N  
+ATOM  10550  CA  LYS D  84      21.259   4.953 160.441  1.00 29.89           C  
+ATOM  10551  C   LYS D  84      20.032   5.252 159.610  1.00 29.04           C  
+ATOM  10552  O   LYS D  84      20.179   5.688 158.461  1.00 33.79           O  
+ATOM  10553  CB  LYS D  84      22.165   3.989 159.664  1.00 33.66           C  
+ATOM  10554  CG  LYS D  84      23.449   3.623 160.383  1.00 36.69           C  
+ATOM  10555  CD  LYS D  84      24.175   2.528 159.639  1.00 39.90           C  
+ATOM  10556  CE  LYS D  84      25.502   2.194 160.296  1.00 43.41           C  
+ATOM  10557  NZ  LYS D  84      26.227   1.167 159.496  1.00 47.26           N  
+ATOM  10558  N   ASN D  85      18.834   4.993 160.140  1.00 25.41           N  
+ATOM  10559  CA  ASN D  85      17.584   5.218 159.413  1.00 25.98           C  
+ATOM  10560  C   ASN D  85      17.595   4.500 158.058  1.00 26.96           C  
+ATOM  10561  O   ASN D  85      17.148   5.038 157.036  1.00 29.81           O  
+ATOM  10562  CB  ASN D  85      17.316   6.717 159.245  1.00 25.50           C  
+ATOM  10563  CG  ASN D  85      15.850   7.075 159.406  1.00 27.19           C  
+ATOM  10564  OD1 ASN D  85      15.127   6.458 160.189  1.00 33.12           O  
+ATOM  10565  ND2 ASN D  85      15.404   8.084 158.666  1.00 26.79           N  
+ATOM  10566  N   THR D  86      18.113   3.274 158.048  1.00 23.15           N  
+ATOM  10567  CA  THR D  86      18.325   2.510 156.821  1.00 28.59           C  
+ATOM  10568  C   THR D  86      17.715   1.122 156.996  1.00 32.49           C  
+ATOM  10569  O   THR D  86      17.757   0.543 158.092  1.00 21.91           O  
+ATOM  10570  CB  THR D  86      19.851   2.433 156.487  1.00 28.07           C  
+ATOM  10571  OG1 THR D  86      20.346   3.746 156.230  1.00 28.02           O  
+ATOM  10572  CG2 THR D  86      20.161   1.550 155.256  1.00 23.11           C  
+ATOM  10573  N   ALA D  87      17.106   0.610 155.931  1.00 22.21           N  
+ATOM  10574  CA  ALA D  87      16.651  -0.773 155.899  1.00 27.63           C  
+ATOM  10575  C   ALA D  87      17.457  -1.549 154.859  1.00 29.34           C  
+ATOM  10576  O   ALA D  87      18.143  -0.964 154.012  1.00 27.97           O  
+ATOM  10577  CB  ALA D  87      15.151  -0.858 155.604  1.00 21.96           C  
+ATOM  10578  N   TYR D  88      17.375  -2.879 154.934  1.00 22.48           N  
+ATOM  10579  CA  TYR D  88      18.248  -3.753 154.159  1.00 22.80           C  
+ATOM  10580  C   TYR D  88      17.480  -4.972 153.664  1.00 28.06           C  
+ATOM  10581  O   TYR D  88      16.490  -5.391 154.269  1.00 25.72           O  
+ATOM  10582  CB  TYR D  88      19.441  -4.236 154.977  1.00 22.87           C  
+ATOM  10583  CG  TYR D  88      20.267  -3.125 155.581  1.00 32.12           C  
+ATOM  10584  CD1 TYR D  88      21.242  -2.489 154.834  1.00 31.31           C  
+ATOM  10585  CD2 TYR D  88      20.088  -2.730 156.905  1.00 31.32           C  
+ATOM  10586  CE1 TYR D  88      22.000  -1.479 155.363  1.00 29.93           C  
+ATOM  10587  CE2 TYR D  88      20.841  -1.710 157.447  1.00 26.26           C  
+ATOM  10588  CZ  TYR D  88      21.800  -1.092 156.669  1.00 28.85           C  
+ATOM  10589  OH  TYR D  88      22.597  -0.085 157.184  1.00 27.56           O  
+ATOM  10590  N   LEU D  89      17.952  -5.532 152.551  1.00 23.10           N  
+ATOM  10591  CA  LEU D  89      17.479  -6.811 152.025  1.00 23.15           C  
+ATOM  10592  C   LEU D  89      18.705  -7.653 151.688  1.00 23.48           C  
+ATOM  10593  O   LEU D  89      19.397  -7.385 150.696  1.00 25.76           O  
+ATOM  10594  CB  LEU D  89      16.584  -6.635 150.787  1.00 23.21           C  
+ATOM  10595  CG  LEU D  89      15.896  -7.927 150.324  1.00 23.21           C  
+ATOM  10596  CD1 LEU D  89      14.837  -8.392 151.347  1.00 22.85           C  
+ATOM  10597  CD2 LEU D  89      15.265  -7.788 148.939  1.00 23.34           C  
+ATOM  10598  N   GLN D  90      18.984  -8.656 152.518  1.00 23.61           N  
+ATOM  10599  CA  GLN D  90      20.055  -9.610 152.260  1.00 23.71           C  
+ATOM  10600  C   GLN D  90      19.497 -10.736 151.403  1.00 27.76           C  
+ATOM  10601  O   GLN D  90      18.547 -11.417 151.805  1.00 25.98           O  
+ATOM  10602  CB  GLN D  90      20.617 -10.175 153.559  1.00 23.59           C  
+ATOM  10603  CG  GLN D  90      21.667 -11.249 153.323  1.00 23.90           C  
+ATOM  10604  CD  GLN D  90      22.961 -10.675 152.788  1.00 25.66           C  
+ATOM  10605  OE1 GLN D  90      23.478  -9.693 153.324  1.00 29.10           O  
+ATOM  10606  NE2 GLN D  90      23.495 -11.281 151.731  1.00 24.62           N  
+ATOM  10607  N   MET D  91      20.073 -10.928 150.225  1.00 24.18           N  
+ATOM  10608  CA  MET D  91      19.570 -11.894 149.254  1.00 24.32           C  
+ATOM  10609  C   MET D  91      20.632 -12.962 149.051  1.00 25.68           C  
+ATOM  10610  O   MET D  91      21.740 -12.660 148.596  1.00 26.60           O  
+ATOM  10611  CB  MET D  91      19.223 -11.200 147.935  1.00 25.59           C  
+ATOM  10612  CG  MET D  91      18.202 -10.059 148.097  1.00 26.46           C  
+ATOM  10613  SD  MET D  91      17.828  -9.303 146.496  1.00 33.37           S  
+ATOM  10614  CE  MET D  91      19.422  -8.651 146.071  1.00 26.81           C  
+ATOM  10615  N   ASN D  92      20.317 -14.194 149.427  1.00 24.59           N  
+ATOM  10616  CA  ASN D  92      21.263 -15.293 149.302  1.00 24.89           C  
+ATOM  10617  C   ASN D  92      20.703 -16.338 148.345  1.00 25.04           C  
+ATOM  10618  O   ASN D  92      19.517 -16.313 148.008  1.00 24.85           O  
+ATOM  10619  CB  ASN D  92      21.564 -15.917 150.668  1.00 24.72           C  
+ATOM  10620  CG  ASN D  92      22.271 -14.952 151.602  1.00 26.44           C  
+ATOM  10621  OD1 ASN D  92      23.158 -14.207 151.183  1.00 26.87           O  
+ATOM  10622  ND2 ASN D  92      21.874 -14.952 152.873  1.00 26.50           N  
+ATOM  10623  N   SER D  93      21.571 -17.254 147.908  1.00 25.39           N  
+ATOM  10624  CA  SER D  93      21.186 -18.330 146.983  1.00 38.19           C  
+ATOM  10625  C   SER D  93      20.350 -17.793 145.815  1.00 34.47           C  
+ATOM  10626  O   SER D  93      19.251 -18.277 145.516  1.00 30.58           O  
+ATOM  10627  CB  SER D  93      20.434 -19.436 147.728  1.00 39.35           C  
+ATOM  10628  OG  SER D  93      21.266 -20.060 148.693  1.00 37.48           O  
+ATOM  10629  N   LEU D  94      20.872 -16.762 145.163  1.00 29.15           N  
+ATOM  10630  CA  LEU D  94      20.088 -16.055 144.162  1.00 27.45           C  
+ATOM  10631  C   LEU D  94      19.930 -16.901 142.904  1.00 26.72           C  
+ATOM  10632  O   LEU D  94      20.759 -17.759 142.595  1.00 27.94           O  
+ATOM  10633  CB  LEU D  94      20.741 -14.713 143.833  1.00 27.96           C  
+ATOM  10634  CG  LEU D  94      20.469 -13.595 144.841  1.00 27.52           C  
+ATOM  10635  CD1 LEU D  94      21.475 -12.468 144.678  1.00 30.53           C  
+ATOM  10636  CD2 LEU D  94      19.062 -13.081 144.675  1.00 25.18           C  
+ATOM  10637  N   ARG D  95      18.852 -16.648 142.174  1.00 27.84           N  
+ATOM  10638  CA  ARG D  95      18.532 -17.403 140.973  1.00 31.59           C  
+ATOM  10639  C   ARG D  95      18.202 -16.438 139.849  1.00 33.63           C  
+ATOM  10640  O   ARG D  95      17.905 -15.261 140.083  1.00 32.70           O  
+ATOM  10641  CB  ARG D  95      17.348 -18.367 141.210  1.00 34.50           C  
+ATOM  10642  CG  ARG D  95      17.538 -19.275 142.430  1.00 45.33           C  
+ATOM  10643  CD  ARG D  95      16.559 -20.441 142.430  1.00 52.12           C  
+ATOM  10644  NE  ARG D  95      15.291 -20.137 143.088  1.00 51.48           N  
+ATOM  10645  CZ  ARG D  95      14.940 -20.598 144.286  1.00 50.36           C  
+ATOM  10646  NH1 ARG D  95      15.761 -21.384 144.967  1.00 51.54           N  
+ATOM  10647  NH2 ARG D  95      13.762 -20.282 144.803  1.00 50.04           N  
+ATOM  10648  N   ALA D  96      18.234 -16.962 138.617  1.00 31.94           N  
+ATOM  10649  CA  ALA D  96      17.923 -16.137 137.452  1.00 30.63           C  
+ATOM  10650  C   ALA D  96      16.590 -15.430 137.612  1.00 29.76           C  
+ATOM  10651  O   ALA D  96      16.462 -14.255 137.253  1.00 33.28           O  
+ATOM  10652  CB  ALA D  96      17.925 -16.989 136.183  1.00 33.61           C  
+ATOM  10653  N   GLU D  97      15.586 -16.127 138.161  1.00 32.91           N  
+ATOM  10654  CA  GLU D  97      14.245 -15.575 138.348  1.00 35.76           C  
+ATOM  10655  C   GLU D  97      14.197 -14.397 139.316  1.00 33.74           C  
+ATOM  10656  O   GLU D  97      13.167 -13.710 139.364  1.00 33.44           O  
+ATOM  10657  CB  GLU D  97      13.272 -16.641 138.868  1.00 42.83           C  
+ATOM  10658  CG  GLU D  97      13.372 -17.993 138.214  1.00 50.79           C  
+ATOM  10659  CD  GLU D  97      14.420 -18.868 138.875  1.00 54.27           C  
+ATOM  10660  OE1 GLU D  97      15.590 -18.823 138.435  1.00 55.38           O  
+ATOM  10661  OE2 GLU D  97      14.073 -19.585 139.842  1.00 55.63           O  
+ATOM  10662  N   ASP D  98      15.245 -14.171 140.110  1.00 31.21           N  
+ATOM  10663  CA  ASP D  98      15.287 -13.027 141.017  1.00 27.54           C  
+ATOM  10664  C   ASP D  98      15.761 -11.747 140.334  1.00 31.31           C  
+ATOM  10665  O   ASP D  98      15.815 -10.705 140.988  1.00 27.19           O  
+ATOM  10666  CB  ASP D  98      16.196 -13.330 142.213  1.00 25.02           C  
+ATOM  10667  CG  ASP D  98      15.748 -14.540 142.995  1.00 29.38           C  
+ATOM  10668  OD1 ASP D  98      14.537 -14.636 143.321  1.00 30.33           O  
+ATOM  10669  OD2 ASP D  98      16.601 -15.397 143.287  1.00 27.08           O  
+ATOM  10670  N   THR D  99      16.125 -11.802 139.048  1.00 31.78           N  
+ATOM  10671  CA  THR D  99      16.462 -10.593 138.305  1.00 28.02           C  
+ATOM  10672  C   THR D  99      15.265  -9.654 138.277  1.00 25.32           C  
+ATOM  10673  O   THR D  99      14.164 -10.065 137.911  1.00 27.20           O  
+ATOM  10674  CB  THR D  99      16.860 -10.954 136.872  1.00 29.67           C  
+ATOM  10675  OG1 THR D  99      18.087 -11.680 136.879  1.00 26.35           O  
+ATOM  10676  CG2 THR D  99      16.993  -9.708 136.017  1.00 27.03           C  
+ATOM  10677  N   ALA D 100      15.477  -8.388 138.639  1.00 25.25           N  
+ATOM  10678  CA  ALA D 100      14.362  -7.447 138.748  1.00 24.94           C  
+ATOM  10679  C   ALA D 100      14.880  -6.091 139.211  1.00 31.77           C  
+ATOM  10680  O   ALA D 100      16.019  -5.957 139.668  1.00 25.10           O  
+ATOM  10681  CB  ALA D 100      13.290  -7.926 139.736  1.00 24.56           C  
+ATOM  10682  N   VAL D 101      14.025  -5.082 139.068  1.00 24.74           N  
+ATOM  10683  CA  VAL D 101      14.198  -3.825 139.781  1.00 26.70           C  
+ATOM  10684  C   VAL D 101      13.633  -4.006 141.183  1.00 25.52           C  
+ATOM  10685  O   VAL D 101      12.484  -4.434 141.347  1.00 28.66           O  
+ATOM  10686  CB  VAL D 101      13.497  -2.672 139.040  1.00 30.84           C  
+ATOM  10687  CG1 VAL D 101      13.547  -1.396 139.874  1.00 28.40           C  
+ATOM  10688  CG2 VAL D 101      14.131  -2.449 137.654  1.00 32.54           C  
+ATOM  10689  N   TYR D 102      14.436  -3.704 142.193  1.00 26.13           N  
+ATOM  10690  CA  TYR D 102      14.030  -3.845 143.591  1.00 27.68           C  
+ATOM  10691  C   TYR D 102      13.723  -2.473 144.175  1.00 26.46           C  
+ATOM  10692  O   TYR D 102      14.585  -1.587 144.185  1.00 23.90           O  
+ATOM  10693  CB  TYR D 102      15.108  -4.548 144.412  1.00 26.07           C  
+ATOM  10694  CG  TYR D 102      15.083  -6.042 144.215  1.00 30.62           C  
+ATOM  10695  CD1 TYR D 102      15.575  -6.604 143.040  1.00 27.48           C  
+ATOM  10696  CD2 TYR D 102      14.542  -6.897 145.186  1.00 26.84           C  
+ATOM  10697  CE1 TYR D 102      15.549  -7.967 142.831  1.00 27.77           C  
+ATOM  10698  CE2 TYR D 102      14.514  -8.280 144.980  1.00 26.89           C  
+ATOM  10699  CZ  TYR D 102      15.020  -8.804 143.787  1.00 28.20           C  
+ATOM  10700  OH  TYR D 102      15.013 -10.155 143.536  1.00 26.40           O  
+ATOM  10701  N   TYR D 103      12.497  -2.313 144.651  1.00 23.42           N  
+ATOM  10702  CA  TYR D 103      11.994  -1.085 145.241  1.00 24.40           C  
+ATOM  10703  C   TYR D 103      11.820  -1.275 146.736  1.00 27.15           C  
+ATOM  10704  O   TYR D 103      11.308  -2.307 147.186  1.00 25.95           O  
+ATOM  10705  CB  TYR D 103      10.615  -0.700 144.695  1.00 23.05           C  
+ATOM  10706  CG  TYR D 103      10.512  -0.346 143.228  1.00 27.82           C  
+ATOM  10707  CD1 TYR D 103      10.920   0.897 142.761  1.00 26.85           C  
+ATOM  10708  CD2 TYR D 103       9.933  -1.227 142.324  1.00 26.30           C  
+ATOM  10709  CE1 TYR D 103      10.786   1.238 141.415  1.00 23.89           C  
+ATOM  10710  CE2 TYR D 103       9.804  -0.903 140.980  1.00 27.69           C  
+ATOM  10711  CZ  TYR D 103      10.230   0.330 140.536  1.00 29.92           C  
+ATOM  10712  OH  TYR D 103      10.115   0.650 139.191  1.00 34.29           O  
+ATOM  10713  N   CYS D 104      12.183  -0.259 147.496  1.00 22.87           N  
+ATOM  10714  CA ACYS D 104      11.742  -0.181 148.877  0.64 24.10           C  
+ATOM  10715  C   CYS D 104      10.649   0.872 148.989  1.00 26.80           C  
+ATOM  10716  O   CYS D 104      10.584   1.824 148.202  1.00 31.93           O  
+ATOM  10717  CB ACYS D 104      12.882   0.110 149.850  0.64 23.79           C  
+ATOM  10718  SG ACYS D 104      13.700   1.688 149.721  0.64 26.82           S  
+ATOM  10719  N   ALA D 105       9.731   0.646 149.923  1.00 24.09           N  
+ATOM  10720  CA  ALA D 105       8.574   1.519 150.087  1.00 24.12           C  
+ATOM  10721  C   ALA D 105       8.135   1.500 151.537  1.00 24.97           C  
+ATOM  10722  O   ALA D 105       8.162   0.454 152.191  1.00 26.35           O  
+ATOM  10723  CB  ALA D 105       7.398   1.102 149.214  1.00 24.52           C  
+ATOM  10724  N   ARG D 106       7.671   2.648 152.021  1.00 25.36           N  
+ATOM  10725  CA  ARG D 106       7.247   2.749 153.406  1.00 28.26           C  
+ATOM  10726  C   ARG D 106       5.727   2.842 153.513  1.00 26.37           C  
+ATOM  10727  O   ARG D 106       5.035   3.331 152.611  1.00 24.85           O  
+ATOM  10728  CB  ARG D 106       7.896   3.944 154.101  1.00 28.71           C  
+ATOM  10729  CG  ARG D 106       7.207   5.245 153.820  1.00 31.92           C  
+ATOM  10730  CD  ARG D 106       6.794   5.914 155.106  1.00 33.74           C  
+ATOM  10731  NE  ARG D 106       5.859   7.003 154.844  1.00 33.68           N  
+ATOM  10732  CZ  ARG D 106       5.746   8.086 155.602  1.00 31.89           C  
+ATOM  10733  NH1 ARG D 106       6.517   8.226 156.671  1.00 30.80           N  
+ATOM  10734  NH2 ARG D 106       4.864   9.022 155.289  1.00 31.12           N  
+ATOM  10735  N   GLU D 107       5.223   2.342 154.631  1.00 20.76           N  
+ATOM  10736  CA  GLU D 107       3.810   2.401 154.991  1.00 20.55           C  
+ATOM  10737  C   GLU D 107       3.730   3.019 156.380  1.00 21.37           C  
+ATOM  10738  O   GLU D 107       4.398   2.546 157.303  1.00 21.95           O  
+ATOM  10739  CB  GLU D 107       3.183   1.002 154.968  1.00 20.48           C  
+ATOM  10740  CG  GLU D 107       1.714   0.934 155.368  1.00 20.29           C  
+ATOM  10741  CD  GLU D 107       1.271  -0.471 155.761  1.00 25.08           C  
+ATOM  10742  OE1 GLU D 107       2.029  -1.445 155.557  1.00 24.64           O  
+ATOM  10743  OE2 GLU D 107       0.136  -0.615 156.260  1.00 26.40           O  
+ATOM  10744  N   TYR D 108       2.925   4.075 156.527  1.00 26.45           N  
+ATOM  10745  CA  TYR D 108       2.795   4.784 157.798  1.00 27.78           C  
+ATOM  10746  C   TYR D 108       1.371   5.307 157.958  1.00 29.16           C  
+ATOM  10747  O   TYR D 108       0.771   5.795 156.995  1.00 29.47           O  
+ATOM  10748  CB  TYR D 108       3.775   5.962 157.904  1.00 29.55           C  
+ATOM  10749  CG  TYR D 108       3.589   6.774 159.180  1.00 33.70           C  
+ATOM  10750  CD1 TYR D 108       3.939   6.242 160.417  1.00 31.79           C  
+ATOM  10751  CD2 TYR D 108       3.036   8.059 159.149  1.00 35.19           C  
+ATOM  10752  CE1 TYR D 108       3.759   6.958 161.583  1.00 34.53           C  
+ATOM  10753  CE2 TYR D 108       2.859   8.790 160.322  1.00 35.10           C  
+ATOM  10754  CZ  TYR D 108       3.221   8.226 161.536  1.00 37.59           C  
+ATOM  10755  OH  TYR D 108       3.051   8.917 162.718  1.00 41.68           O  
+ATOM  10756  N   HIS D 109       0.838   5.209 159.175  1.00 26.72           N  
+ATOM  10757  CA  HIS D 109      -0.466   5.781 159.516  1.00 26.57           C  
+ATOM  10758  C   HIS D 109      -0.321   6.557 160.812  1.00 23.30           C  
+ATOM  10759  O   HIS D 109       0.129   6.000 161.812  1.00 23.33           O  
+ATOM  10760  CB  HIS D 109      -1.542   4.707 159.666  1.00 25.54           C  
+ATOM  10761  CG  HIS D 109      -2.922   5.265 159.848  1.00 33.70           C  
+ATOM  10762  ND1 HIS D 109      -3.426   6.280 159.062  1.00 36.89           N  
+ATOM  10763  CD2 HIS D 109      -3.902   4.952 160.728  1.00 37.20           C  
+ATOM  10764  CE1 HIS D 109      -4.661   6.561 159.443  1.00 37.44           C  
+ATOM  10765  NE2 HIS D 109      -4.972   5.772 160.456  1.00 37.36           N  
+ATOM  10766  N   SER D 110      -0.694   7.840 160.798  1.00 26.92           N  
+ATOM  10767  CA  SER D 110      -0.383   8.709 161.937  1.00 28.49           C  
+ATOM  10768  C   SER D 110      -1.092   8.292 163.222  1.00 29.98           C  
+ATOM  10769  O   SER D 110      -0.658   8.689 164.315  1.00 29.21           O  
+ATOM  10770  CB  SER D 110      -0.734  10.166 161.618  1.00 29.11           C  
+ATOM  10771  OG  SER D 110      -2.135  10.347 161.615  1.00 33.96           O  
+ATOM  10772  N   TYR D 111      -2.157   7.505 163.129  1.00 27.12           N  
+ATOM  10773  CA  TYR D 111      -2.876   7.066 164.314  1.00 28.15           C  
+ATOM  10774  C   TYR D 111      -2.411   5.711 164.837  1.00 30.60           C  
+ATOM  10775  O   TYR D 111      -2.973   5.235 165.832  1.00 29.17           O  
+ATOM  10776  CB  TYR D 111      -4.377   7.008 164.036  1.00 32.02           C  
+ATOM  10777  CG  TYR D 111      -4.984   8.367 163.774  1.00 41.15           C  
+ATOM  10778  CD1 TYR D 111      -5.362   9.194 164.828  1.00 45.43           C  
+ATOM  10779  CD2 TYR D 111      -5.167   8.834 162.473  1.00 46.14           C  
+ATOM  10780  CE1 TYR D 111      -5.914  10.444 164.598  1.00 49.52           C  
+ATOM  10781  CE2 TYR D 111      -5.716  10.086 162.231  1.00 49.73           C  
+ATOM  10782  CZ  TYR D 111      -6.087  10.887 163.301  1.00 52.36           C  
+ATOM  10783  OH  TYR D 111      -6.637  12.131 163.081  1.00 55.53           O  
+ATOM  10784  N   TRP D 111A     -1.419   5.078 164.202  1.00 25.34           N  
+ATOM  10785  CA  TRP D 111A     -0.884   3.832 164.737  1.00 18.95           C  
+ATOM  10786  C   TRP D 111A     -0.406   4.050 166.169  1.00 18.80           C  
+ATOM  10787  O   TRP D 111A      0.088   5.126 166.517  1.00 21.26           O  
+ATOM  10788  CB  TRP D 111A      0.290   3.331 163.887  1.00 25.02           C  
+ATOM  10789  CG  TRP D 111A     -0.114   2.631 162.628  1.00 22.64           C  
+ATOM  10790  CD1 TRP D 111A     -1.374   2.280 162.262  1.00 23.78           C  
+ATOM  10791  CD2 TRP D 111A      0.752   2.194 161.574  1.00 19.42           C  
+ATOM  10792  NE1 TRP D 111A     -1.355   1.648 161.042  1.00 22.66           N  
+ATOM  10793  CE2 TRP D 111A     -0.060   1.584 160.595  1.00 21.55           C  
+ATOM  10794  CE3 TRP D 111A      2.134   2.263 161.363  1.00 19.54           C  
+ATOM  10795  CZ2 TRP D 111A      0.463   1.048 159.419  1.00 21.07           C  
+ATOM  10796  CZ3 TRP D 111A      2.656   1.724 160.199  1.00 29.30           C  
+ATOM  10797  CH2 TRP D 111A      1.826   1.127 159.244  1.00 19.79           C  
+ATOM  10798  N   SER D 111B     -0.515   2.996 166.984  1.00 24.92           N  
+ATOM  10799  CA  SER D 111B     -0.049   3.010 168.369  1.00 22.18           C  
+ATOM  10800  C   SER D 111B      0.919   1.855 168.590  1.00 23.35           C  
+ATOM  10801  O   SER D 111B      1.857   1.677 167.811  1.00 24.36           O  
+ATOM  10802  CB  SER D 111B     -1.243   2.944 169.329  1.00 18.36           C  
+ATOM  10803  OG  SER D 111B     -2.063   1.814 169.075  1.00 19.95           O  
+ATOM  10804  N   TYR D 111C      0.727   1.070 169.650  1.00 23.96           N  
+ATOM  10805  CA  TYR D 111C      1.401  -0.221 169.695  1.00 24.43           C  
+ATOM  10806  C   TYR D 111C      0.794  -1.179 168.681  1.00 25.64           C  
+ATOM  10807  O   TYR D 111C      1.460  -2.133 168.264  1.00 22.79           O  
+ATOM  10808  CB  TYR D 111C      1.344  -0.818 171.103  1.00 23.16           C  
+ATOM  10809  CG  TYR D 111C      2.029   0.049 172.145  1.00 25.51           C  
+ATOM  10810  CD1 TYR D 111C      3.382   0.407 172.014  1.00 23.84           C  
+ATOM  10811  CD2 TYR D 111C      1.337   0.497 173.267  1.00 25.75           C  
+ATOM  10812  CE1 TYR D 111C      4.014   1.191 172.979  1.00 24.67           C  
+ATOM  10813  CE2 TYR D 111C      1.963   1.286 174.235  1.00 25.86           C  
+ATOM  10814  CZ  TYR D 111C      3.294   1.627 174.080  1.00 27.63           C  
+ATOM  10815  OH  TYR D 111C      3.901   2.409 175.028  1.00 29.20           O  
+ATOM  10816  N   SER D 112D     -0.438  -0.916 168.264  1.00 23.18           N  
+ATOM  10817  CA  SER D 112D     -1.110  -1.649 167.203  1.00 25.64           C  
+ATOM  10818  C   SER D 112D     -0.942  -0.880 165.899  1.00 18.77           C  
+ATOM  10819  O   SER D 112D     -1.347   0.284 165.801  1.00 18.77           O  
+ATOM  10820  CB  SER D 112D     -2.592  -1.836 167.537  1.00 24.30           C  
+ATOM  10821  OG  SER D 112D     -2.743  -2.853 168.515  1.00 22.16           O  
+ATOM  10822  N   TRP D 112C     -0.328  -1.517 164.905  1.00 27.11           N  
+ATOM  10823  CA  TRP D 112C     -0.159  -0.888 163.597  1.00 22.55           C  
+ATOM  10824  C   TRP D 112C     -1.310  -1.344 162.696  1.00 27.66           C  
+ATOM  10825  O   TRP D 112C     -1.141  -2.096 161.735  1.00 19.28           O  
+ATOM  10826  CB  TRP D 112C      1.224  -1.201 163.024  1.00 19.25           C  
+ATOM  10827  CG  TRP D 112C      2.358  -0.466 163.732  1.00 19.23           C  
+ATOM  10828  CD1 TRP D 112C      2.277   0.276 164.897  1.00 19.06           C  
+ATOM  10829  CD2 TRP D 112C      3.729  -0.374 163.301  1.00 22.22           C  
+ATOM  10830  NE1 TRP D 112C      3.511   0.817 165.200  1.00 19.10           N  
+ATOM  10831  CE2 TRP D 112C      4.418   0.423 164.250  1.00 21.46           C  
+ATOM  10832  CE3 TRP D 112C      4.442  -0.905 162.226  1.00 25.06           C  
+ATOM  10833  CZ2 TRP D 112C      5.781   0.710 164.136  1.00 21.52           C  
+ATOM  10834  CZ3 TRP D 112C      5.813  -0.632 162.120  1.00 19.72           C  
+ATOM  10835  CH2 TRP D 112C      6.460   0.168 163.063  1.00 20.91           C  
+ATOM  10836  N   TRP D 112B     -2.510  -0.873 163.062  1.00 27.19           N  
+ATOM  10837  CA  TRP D 112B     -3.798  -1.083 162.415  1.00 25.59           C  
+ATOM  10838  C   TRP D 112B     -4.483   0.262 162.214  1.00 25.88           C  
+ATOM  10839  O   TRP D 112B     -4.442   1.112 163.111  1.00 29.85           O  
+ATOM  10840  CB  TRP D 112B     -4.718  -1.981 163.255  1.00 24.62           C  
+ATOM  10841  CG  TRP D 112B     -6.042  -2.249 162.585  1.00 26.91           C  
+ATOM  10842  CD1 TRP D 112B     -7.159  -1.450 162.606  1.00 27.04           C  
+ATOM  10843  CD2 TRP D 112B     -6.378  -3.387 161.775  1.00 22.87           C  
+ATOM  10844  NE1 TRP D 112B     -8.161  -2.025 161.859  1.00 29.06           N  
+ATOM  10845  CE2 TRP D 112B     -7.714  -3.217 161.349  1.00 27.65           C  
+ATOM  10846  CE3 TRP D 112B     -5.685  -4.537 161.386  1.00 26.23           C  
+ATOM  10847  CZ2 TRP D 112B     -8.363  -4.147 160.538  1.00 25.20           C  
+ATOM  10848  CZ3 TRP D 112B     -6.333  -5.464 160.573  1.00 25.16           C  
+ATOM  10849  CH2 TRP D 112B     -7.657  -5.266 160.171  1.00 25.62           C  
+ATOM  10850  N   PRO D 112A     -5.147   0.489 161.065  1.00 22.72           N  
+ATOM  10851  CA  PRO D 112A     -5.309  -0.393 159.891  1.00 23.04           C  
+ATOM  10852  C   PRO D 112A     -4.101  -0.385 158.978  1.00 22.76           C  
+ATOM  10853  O   PRO D 112A     -3.225   0.477 159.112  1.00 27.30           O  
+ATOM  10854  CB  PRO D 112A     -6.522   0.218 159.172  1.00 22.27           C  
+ATOM  10855  CG  PRO D 112A     -6.345   1.681 159.416  1.00 24.12           C  
+ATOM  10856  CD  PRO D 112A     -5.856   1.764 160.881  1.00 21.98           C  
+ATOM  10857  N   ARG D 112      -4.040  -1.324 158.039  1.00 22.03           N  
+ATOM  10858  CA  ARG D 112      -2.950  -1.339 157.077  1.00 23.70           C  
+ATOM  10859  C   ARG D 112      -3.306  -0.392 155.941  1.00 25.80           C  
+ATOM  10860  O   ARG D 112      -4.407  -0.465 155.390  1.00 23.53           O  
+ATOM  10861  CB  ARG D 112      -2.716  -2.757 156.554  1.00 24.77           C  
+ATOM  10862  CG  ARG D 112      -2.420  -3.762 157.677  1.00 25.82           C  
+ATOM  10863  CD  ARG D 112      -1.394  -3.214 158.666  1.00 19.64           C  
+ATOM  10864  NE  ARG D 112      -0.097  -2.941 158.038  1.00 22.07           N  
+ATOM  10865  CZ  ARG D 112       1.057  -2.902 158.700  1.00 23.79           C  
+ATOM  10866  NH1 ARG D 112       1.077  -3.122 160.008  1.00 25.15           N  
+ATOM  10867  NH2 ARG D 112       2.189  -2.644 158.061  1.00 23.50           N  
+ATOM  10868  N   VAL D 113      -2.390   0.513 155.606  1.00 24.21           N  
+ATOM  10869  CA  VAL D 113      -2.701   1.543 154.621  1.00 26.81           C  
+ATOM  10870  C   VAL D 113      -1.804   1.399 153.394  1.00 27.33           C  
+ATOM  10871  O   VAL D 113      -1.160   0.362 153.189  1.00 26.69           O  
+ATOM  10872  CB  VAL D 113      -2.597   2.952 155.242  1.00 26.69           C  
+ATOM  10873  CG1 VAL D 113      -3.627   3.112 156.346  1.00 25.31           C  
+ATOM  10874  CG2 VAL D 113      -1.207   3.224 155.779  1.00 26.64           C  
+ATOM  10875  N   GLY D 114      -1.778   2.422 152.555  1.00 28.56           N  
+ATOM  10876  CA  GLY D 114      -1.064   2.316 151.309  1.00 30.10           C  
+ATOM  10877  C   GLY D 114       0.426   2.525 151.477  1.00 29.26           C  
+ATOM  10878  O   GLY D 114       0.910   3.009 152.506  1.00 29.86           O  
+ATOM  10879  N   LEU D 115       1.165   2.115 150.455  1.00 27.11           N  
+ATOM  10880  CA  LEU D 115       2.606   2.380 150.382  1.00 25.32           C  
+ATOM  10881  C   LEU D 115       2.766   3.751 149.735  1.00 24.36           C  
+ATOM  10882  O   LEU D 115       2.607   3.890 148.525  1.00 23.74           O  
+ATOM  10883  CB  LEU D 115       3.315   1.276 149.604  1.00 21.22           C  
+ATOM  10884  CG  LEU D 115       3.701   0.003 150.385  1.00 28.85           C  
+ATOM  10885  CD1 LEU D 115       2.518  -0.610 151.149  1.00 30.00           C  
+ATOM  10886  CD2 LEU D 115       4.327  -1.040 149.471  1.00 27.77           C  
+ATOM  10887  N   ASP D 116       3.058   4.784 150.536  1.00 24.43           N  
+ATOM  10888  CA  ASP D 116       2.891   6.138 150.008  1.00 27.24           C  
+ATOM  10889  C   ASP D 116       4.160   6.724 149.407  1.00 30.31           C  
+ATOM  10890  O   ASP D 116       4.072   7.602 148.539  1.00 30.47           O  
+ATOM  10891  CB  ASP D 116       2.340   7.094 151.080  1.00 27.50           C  
+ATOM  10892  CG  ASP D 116       3.205   7.172 152.339  1.00 30.64           C  
+ATOM  10893  OD1 ASP D 116       4.025   6.259 152.592  1.00 30.26           O  
+ATOM  10894  OD2 ASP D 116       3.041   8.162 153.094  1.00 31.74           O  
+ATOM  10895  N   TYR D 117       5.331   6.270 149.838  1.00 28.08           N  
+ATOM  10896  CA  TYR D 117       6.599   6.711 149.277  1.00 29.26           C  
+ATOM  10897  C   TYR D 117       7.390   5.487 148.856  1.00 31.63           C  
+ATOM  10898  O   TYR D 117       7.543   4.544 149.639  1.00 30.77           O  
+ATOM  10899  CB  TYR D 117       7.405   7.555 150.279  1.00 30.71           C  
+ATOM  10900  CG  TYR D 117       6.821   8.929 150.502  1.00 32.75           C  
+ATOM  10901  CD1 TYR D 117       7.146   9.989 149.661  1.00 35.94           C  
+ATOM  10902  CD2 TYR D 117       5.927   9.162 151.538  1.00 32.66           C  
+ATOM  10903  CE1 TYR D 117       6.605  11.250 149.859  1.00 39.59           C  
+ATOM  10904  CE2 TYR D 117       5.382  10.415 151.747  1.00 37.22           C  
+ATOM  10905  CZ  TYR D 117       5.718  11.457 150.908  1.00 42.52           C  
+ATOM  10906  OH  TYR D 117       5.166  12.703 151.127  1.00 44.37           O  
+ATOM  10907  N   TRP D 118       7.842   5.498 147.608  1.00 27.79           N  
+ATOM  10908  CA  TRP D 118       8.693   4.486 147.015  1.00 25.66           C  
+ATOM  10909  C   TRP D 118      10.014   5.133 146.629  1.00 27.90           C  
+ATOM  10910  O   TRP D 118      10.081   6.334 146.372  1.00 32.42           O  
+ATOM  10911  CB  TRP D 118       8.050   3.879 145.753  1.00 27.36           C  
+ATOM  10912  CG  TRP D 118       6.736   3.188 145.943  1.00 24.08           C  
+ATOM  10913  CD1 TRP D 118       5.576   3.727 146.436  1.00 23.44           C  
+ATOM  10914  CD2 TRP D 118       6.429   1.838 145.575  1.00 22.22           C  
+ATOM  10915  NE1 TRP D 118       4.578   2.777 146.432  1.00 23.17           N  
+ATOM  10916  CE2 TRP D 118       5.076   1.612 145.905  1.00 24.43           C  
+ATOM  10917  CE3 TRP D 118       7.178   0.790 145.025  1.00 27.44           C  
+ATOM  10918  CZ2 TRP D 118       4.453   0.382 145.691  1.00 25.71           C  
+ATOM  10919  CZ3 TRP D 118       6.558  -0.435 144.812  1.00 25.44           C  
+ATOM  10920  CH2 TRP D 118       5.209  -0.625 145.140  1.00 24.04           C  
+ATOM  10921  N   GLY D 119      11.067   4.332 146.573  1.00 25.81           N  
+ATOM  10922  CA  GLY D 119      12.302   4.785 145.981  1.00 24.37           C  
+ATOM  10923  C   GLY D 119      12.275   4.647 144.464  1.00 23.42           C  
+ATOM  10924  O   GLY D 119      11.319   4.156 143.869  1.00 29.21           O  
+ATOM  10925  N   GLN D 120      13.387   5.052 143.841  1.00 25.16           N  
+ATOM  10926  CA  GLN D 120      13.528   4.923 142.393  1.00 28.10           C  
+ATOM  10927  C   GLN D 120      13.802   3.484 141.946  1.00 27.59           C  
+ATOM  10928  O   GLN D 120      13.614   3.166 140.769  1.00 28.90           O  
+ATOM  10929  CB  GLN D 120      14.646   5.847 141.904  1.00 27.87           C  
+ATOM  10930  N   GLY D 121      14.258   2.623 142.840  1.00 24.06           N  
+ATOM  10931  CA  GLY D 121      14.544   1.244 142.476  1.00 24.18           C  
+ATOM  10932  C   GLY D 121      16.007   1.032 142.131  1.00 33.32           C  
+ATOM  10933  O   GLY D 121      16.697   1.914 141.620  1.00 33.86           O  
+ATOM  10934  N   THR D 122      16.496  -0.170 142.430  1.00 31.98           N  
+ATOM  10935  CA  THR D 122      17.848  -0.574 142.053  1.00 33.74           C  
+ATOM  10936  C   THR D 122      17.770  -1.910 141.320  1.00 34.78           C  
+ATOM  10937  O   THR D 122      16.954  -2.773 141.667  1.00 24.87           O  
+ATOM  10938  CB  THR D 122      18.773  -0.658 143.279  1.00 30.93           C  
+ATOM  10939  OG1 THR D 122      20.123  -0.884 142.861  1.00 33.74           O  
+ATOM  10940  CG2 THR D 122      18.343  -1.775 144.216  1.00 29.39           C  
+ATOM  10941  N   LEU D 123      18.594  -2.067 140.286  1.00 31.06           N  
+ATOM  10942  CA  LEU D 123      18.474  -3.189 139.359  1.00 31.80           C  
+ATOM  10943  C   LEU D 123      19.421  -4.315 139.758  1.00 28.10           C  
+ATOM  10944  O   LEU D 123      20.622  -4.088 139.922  1.00 27.73           O  
+ATOM  10945  CB  LEU D 123      18.767  -2.752 137.920  1.00 33.93           C  
+ATOM  10946  CG  LEU D 123      18.788  -3.900 136.905  1.00 32.08           C  
+ATOM  10947  CD1 LEU D 123      17.465  -4.636 136.950  1.00 32.54           C  
+ATOM  10948  CD2 LEU D 123      19.079  -3.410 135.481  1.00 33.85           C  
+ATOM  10949  N   VAL D 124      18.879  -5.524 139.893  1.00 27.53           N  
+ATOM  10950  CA  VAL D 124      19.645  -6.714 140.250  1.00 27.23           C  
+ATOM  10951  C   VAL D 124      19.584  -7.691 139.082  1.00 28.01           C  
+ATOM  10952  O   VAL D 124      18.497  -8.116 138.681  1.00 27.33           O  
+ATOM  10953  CB  VAL D 124      19.115  -7.382 141.531  1.00 27.11           C  
+ATOM  10954  CG1 VAL D 124      19.851  -8.683 141.782  1.00 28.16           C  
+ATOM  10955  CG2 VAL D 124      19.247  -6.440 142.736  1.00 26.49           C  
+ATOM  10956  N   THR D 125      20.745  -8.075 138.561  1.00 32.14           N  
+ATOM  10957  CA  THR D 125      20.820  -9.057 137.486  1.00 34.08           C  
+ATOM  10958  C   THR D 125      21.551 -10.299 137.984  1.00 27.48           C  
+ATOM  10959  O   THR D 125      22.695 -10.212 138.428  1.00 28.41           O  
+ATOM  10960  CB  THR D 125      21.515  -8.472 136.259  1.00 35.16           C  
+ATOM  10961  OG1 THR D 125      20.881  -7.232 135.917  1.00 34.80           O  
+ATOM  10962  CG2 THR D 125      21.405  -9.436 135.075  1.00 37.95           C  
+ATOM  10963  N   VAL D 126      20.881 -11.442 137.923  1.00 28.24           N  
+ATOM  10964  CA  VAL D 126      21.457 -12.728 138.289  1.00 28.40           C  
+ATOM  10965  C   VAL D 126      21.686 -13.501 136.999  1.00 33.91           C  
+ATOM  10966  O   VAL D 126      20.728 -13.869 136.308  1.00 33.76           O  
+ATOM  10967  CB  VAL D 126      20.552 -13.512 139.249  1.00 29.87           C  
+ATOM  10968  CG1 VAL D 126      21.253 -14.795 139.692  1.00 29.15           C  
+ATOM  10969  CG2 VAL D 126      20.151 -12.632 140.463  1.00 26.72           C  
+ATOM  10970  N   SER D 127      22.955 -13.751 136.675  1.00 37.89           N  
+ATOM  10971  CA  SER D 127      23.309 -14.448 135.448  1.00 36.38           C  
+ATOM  10972  C   SER D 127      24.755 -14.896 135.526  1.00 36.88           C  
+ATOM  10973  O   SER D 127      25.590 -14.239 136.160  1.00 37.83           O  
+ATOM  10974  CB  SER D 127      23.127 -13.559 134.219  1.00 37.08           C  
+ATOM  10975  OG  SER D 127      23.920 -14.058 133.165  1.00 38.31           O  
+ATOM  10976  N   SER D 128      25.055 -16.001 134.857  1.00 36.78           N  
+ATOM  10977  CA  SER D 128      26.431 -16.477 134.788  1.00 39.34           C  
+ATOM  10978  C   SER D 128      27.117 -16.094 133.475  1.00 36.74           C  
+ATOM  10979  O   SER D 128      28.262 -16.496 133.247  1.00 39.07           O  
+ATOM  10980  CB  SER D 128      26.474 -17.991 134.999  1.00 43.19           C  
+ATOM  10981  OG  SER D 128      25.670 -18.651 134.043  1.00 48.20           O  
+ATOM  10982  N   ALA D 129      26.457 -15.303 132.626  1.00 33.99           N  
+ATOM  10983  CA  ALA D 129      27.035 -14.882 131.353  1.00 33.96           C  
+ATOM  10984  C   ALA D 129      28.219 -13.932 131.556  1.00 37.97           C  
+ATOM  10985  O   ALA D 129      28.282 -13.172 132.531  1.00 30.22           O  
+ATOM  10986  CB  ALA D 129      25.970 -14.197 130.500  1.00 33.89           C  
+ATOM  10987  N   SER D 130      29.173 -13.993 130.624  1.00 34.62           N  
+ATOM  10988  CA  SER D 130      30.260 -13.024 130.542  1.00 34.48           C  
+ATOM  10989  C   SER D 130      29.888 -11.894 129.586  1.00 34.73           C  
+ATOM  10990  O   SER D 130      29.052 -12.052 128.692  1.00 33.52           O  
+ATOM  10991  CB  SER D 130      31.565 -13.678 130.063  1.00 35.76           C  
+ATOM  10992  OG  SER D 130      31.993 -14.714 130.927  1.00 36.05           O  
+ATOM  10993  N   THR D 131      30.541 -10.746 129.772  1.00 36.89           N  
+ATOM  10994  CA  THR D 131      30.372  -9.637 128.840  1.00 38.75           C  
+ATOM  10995  C   THR D 131      30.661 -10.113 127.426  1.00 39.08           C  
+ATOM  10996  O   THR D 131      31.739 -10.654 127.151  1.00 39.13           O  
+ATOM  10997  CB  THR D 131      31.299  -8.475 129.196  1.00 39.47           C  
+ATOM  10998  OG1 THR D 131      31.133  -8.117 130.574  1.00 38.40           O  
+ATOM  10999  CG2 THR D 131      30.983  -7.267 128.318  1.00 41.33           C  
+ATOM  11000  N   LYS D 132      29.690  -9.931 126.537  1.00 39.95           N  
+ATOM  11001  CA  LYS D 132      29.837 -10.325 125.143  1.00 38.46           C  
+ATOM  11002  C   LYS D 132      29.174  -9.290 124.254  1.00 39.03           C  
+ATOM  11003  O   LYS D 132      28.042  -8.877 124.517  1.00 41.21           O  
+ATOM  11004  CB  LYS D 132      29.219 -11.700 124.875  1.00 39.03           C  
+ATOM  11005  CG  LYS D 132      29.279 -12.095 123.407  1.00 37.86           C  
+ATOM  11006  CD  LYS D 132      28.722 -13.480 123.179  1.00 39.16           C  
+ATOM  11007  CE  LYS D 132      28.699 -13.820 121.696  1.00 42.82           C  
+ATOM  11008  NZ  LYS D 132      28.068 -12.760 120.851  1.00 42.91           N  
+ATOM  11009  N   GLY D 133      29.881  -8.879 123.208  1.00 40.35           N  
+ATOM  11010  CA  GLY D 133      29.359  -7.948 122.241  1.00 42.91           C  
+ATOM  11011  C   GLY D 133      28.500  -8.648 121.212  1.00 43.67           C  
+ATOM  11012  O   GLY D 133      28.610  -9.860 120.992  1.00 42.51           O  
+ATOM  11013  N   PRO D 134      27.612  -7.898 120.570  1.00 45.52           N  
+ATOM  11014  CA  PRO D 134      26.667  -8.499 119.631  1.00 45.53           C  
+ATOM  11015  C   PRO D 134      27.253  -8.662 118.238  1.00 50.50           C  
+ATOM  11016  O   PRO D 134      28.175  -7.956 117.829  1.00 51.49           O  
+ATOM  11017  CB  PRO D 134      25.523  -7.480 119.607  1.00 43.44           C  
+ATOM  11018  CG  PRO D 134      26.226  -6.176 119.776  1.00 42.02           C  
+ATOM  11019  CD  PRO D 134      27.362  -6.455 120.753  1.00 44.77           C  
+ATOM  11020  N   SER D 135      26.687  -9.619 117.512  1.00 54.46           N  
+ATOM  11021  CA  SER D 135      26.899  -9.761 116.077  1.00 58.98           C  
+ATOM  11022  C   SER D 135      25.653  -9.234 115.371  1.00 59.35           C  
+ATOM  11023  O   SER D 135      24.537  -9.691 115.649  1.00 56.85           O  
+ATOM  11024  CB  SER D 135      27.195 -11.215 115.696  1.00 60.13           C  
+ATOM  11025  OG  SER D 135      26.161 -12.102 116.089  1.00 61.17           O  
+ATOM  11026  N   VAL D 136      25.844  -8.254 114.486  1.00 60.79           N  
+ATOM  11027  CA  VAL D 136      24.753  -7.561 113.805  1.00 61.12           C  
+ATOM  11028  C   VAL D 136      24.578  -8.157 112.415  1.00 60.83           C  
+ATOM  11029  O   VAL D 136      25.538  -8.239 111.638  1.00 61.93           O  
+ATOM  11030  CB  VAL D 136      25.026  -6.048 113.723  1.00 61.28           C  
+ATOM  11031  CG1 VAL D 136      23.914  -5.338 112.957  1.00 59.75           C  
+ATOM  11032  CG2 VAL D 136      25.184  -5.463 115.117  1.00 61.74           C  
+ATOM  11033  N   PHE D 137      23.355  -8.565 112.097  1.00 59.15           N  
+ATOM  11034  CA  PHE D 137      23.058  -9.130 110.792  1.00 59.03           C  
+ATOM  11035  C   PHE D 137      22.015  -8.287 110.064  1.00 58.34           C  
+ATOM  11036  O   PHE D 137      21.135  -7.694 110.694  1.00 53.40           O  
+ATOM  11037  CB  PHE D 137      22.559 -10.576 110.915  1.00 57.74           C  
+ATOM  11038  CG  PHE D 137      23.471 -11.453 111.717  1.00 57.41           C  
+ATOM  11039  CD1 PHE D 137      24.779 -11.663 111.311  1.00 57.59           C  
+ATOM  11040  CD2 PHE D 137      23.029 -12.058 112.879  1.00 57.80           C  
+ATOM  11041  CE1 PHE D 137      25.634 -12.464 112.048  1.00 56.08           C  
+ATOM  11042  CE2 PHE D 137      23.876 -12.863 113.622  1.00 59.56           C  
+ATOM  11043  CZ  PHE D 137      25.185 -13.064 113.205  1.00 57.97           C  
+ATOM  11044  N   PRO D 138      22.096  -8.201 108.741  1.00 63.89           N  
+ATOM  11045  CA  PRO D 138      21.095  -7.435 107.994  1.00 62.38           C  
+ATOM  11046  C   PRO D 138      19.766  -8.167 107.906  1.00 59.72           C  
+ATOM  11047  O   PRO D 138      19.696  -9.399 107.896  1.00 56.48           O  
+ATOM  11048  CB  PRO D 138      21.731  -7.280 106.608  1.00 65.95           C  
+ATOM  11049  CG  PRO D 138      22.632  -8.467 106.479  1.00 66.38           C  
+ATOM  11050  CD  PRO D 138      23.171  -8.715 107.871  1.00 64.49           C  
+ATOM  11051  N   LEU D 139      18.697  -7.378 107.868  1.00 60.76           N  
+ATOM  11052  CA  LEU D 139      17.364  -7.855 107.517  1.00 64.05           C  
+ATOM  11053  C   LEU D 139      17.033  -7.222 106.167  1.00 71.44           C  
+ATOM  11054  O   LEU D 139      16.385  -6.177 106.084  1.00 69.36           O  
+ATOM  11055  CB  LEU D 139      16.337  -7.502 108.598  1.00 59.52           C  
+ATOM  11056  CG  LEU D 139      16.532  -8.180 109.957  1.00 52.66           C  
+ATOM  11057  CD1 LEU D 139      15.620  -7.540 110.996  1.00 53.48           C  
+ATOM  11058  CD2 LEU D 139      16.285  -9.687 109.871  1.00 46.75           C  
+ATOM  11059  N   ALA D 140      17.512  -7.864 105.102  1.00 80.59           N  
+ATOM  11060  CA  ALA D 140      17.472  -7.264 103.775  1.00 87.92           C  
+ATOM  11061  C   ALA D 140      16.031  -7.096 103.298  1.00 92.36           C  
+ATOM  11062  O   ALA D 140      15.196  -7.983 103.509  1.00 89.86           O  
+ATOM  11063  CB  ALA D 140      18.251  -8.119 102.774  1.00 88.26           C  
+ATOM  11064  N   PRO D 141      15.713  -5.975 102.650  1.00 99.88           N  
+ATOM  11065  CA  PRO D 141      14.360  -5.794 102.111  1.00104.10           C  
+ATOM  11066  C   PRO D 141      14.020  -6.881 101.103  1.00106.99           C  
+ATOM  11067  O   PRO D 141      14.870  -7.324 100.326  1.00107.84           O  
+ATOM  11068  CB  PRO D 141      14.421  -4.409 101.455  1.00105.16           C  
+ATOM  11069  CG  PRO D 141      15.879  -4.160 101.213  1.00105.04           C  
+ATOM  11070  CD  PRO D 141      16.589  -4.831 102.347  1.00102.63           C  
+ATOM  11071  N   SER D 142      12.763  -7.317 101.135  1.00108.02           N  
+ATOM  11072  CA  SER D 142      12.316  -8.379 100.246  1.00109.35           C  
+ATOM  11073  C   SER D 142      12.453  -7.948  98.790  1.00112.73           C  
+ATOM  11074  O   SER D 142      12.216  -6.788  98.440  1.00113.04           O  
+ATOM  11075  CB  SER D 142      10.863  -8.750 100.556  1.00106.34           C  
+ATOM  11076  OG  SER D 142      10.403  -9.796  99.717  1.00104.77           O  
+ATOM  11077  N   SER D 143      12.852  -8.894  97.939  1.00116.95           N  
+ATOM  11078  CA  SER D 143      12.962  -8.611  96.515  1.00122.76           C  
+ATOM  11079  C   SER D 143      11.605  -8.525  95.827  1.00126.06           C  
+ATOM  11080  O   SER D 143      11.541  -8.076  94.678  1.00126.69           O  
+ATOM  11081  CB  SER D 143      13.826  -9.675  95.839  1.00125.07           C  
+ATOM  11082  OG  SER D 143      13.224 -10.955  95.930  1.00125.69           O  
+ATOM  11083  N   LYS D 144      10.527  -8.942  96.497  1.00127.60           N  
+ATOM  11084  CA  LYS D 144       9.167  -8.796  95.991  1.00128.50           C  
+ATOM  11085  C   LYS D 144       8.415  -7.675  96.708  1.00130.96           C  
+ATOM  11086  O   LYS D 144       7.205  -7.773  96.931  1.00130.45           O  
+ATOM  11087  CB  LYS D 144       8.405 -10.115  96.107  1.00126.22           C  
+ATOM  11088  CG  LYS D 144       8.938 -11.213  95.202  1.00125.15           C  
+ATOM  11089  CD  LYS D 144       7.927 -12.334  95.031  1.00123.50           C  
+ATOM  11090  CE  LYS D 144       7.842 -13.202  96.273  1.00122.30           C  
+ATOM  11091  NZ  LYS D 144       9.096 -13.980  96.476  1.00122.24           N  
+ATOM  11092  N   SER D 145       9.126  -6.604  97.067  1.00133.82           N  
+ATOM  11093  CA  SER D 145       8.520  -5.489  97.785  1.00135.69           C  
+ATOM  11094  C   SER D 145       7.477  -4.797  96.919  1.00136.69           C  
+ATOM  11095  O   SER D 145       7.724  -4.509  95.746  1.00136.52           O  
+ATOM  11096  CB  SER D 145       9.595  -4.487  98.211  1.00137.36           C  
+ATOM  11097  OG  SER D 145      10.516  -5.062  99.123  1.00138.60           O  
+ATOM  11098  N   THR D 146       6.311  -4.526  97.505  1.00137.58           N  
+ATOM  11099  CA  THR D 146       5.229  -3.874  96.777  1.00138.85           C  
+ATOM  11100  C   THR D 146       5.708  -2.554  96.190  1.00147.03           C  
+ATOM  11101  O   THR D 146       6.128  -1.652  96.921  1.00148.22           O  
+ATOM  11102  CB  THR D 146       4.032  -3.643  97.697  1.00132.38           C  
+ATOM  11103  OG1 THR D 146       3.586  -4.898  98.224  1.00130.64           O  
+ATOM  11104  CG2 THR D 146       2.891  -2.987  96.930  1.00129.56           C  
+ATOM  11105  N   SER D 147       5.648  -2.450  94.867  1.00156.47           N  
+ATOM  11106  CA  SER D 147       6.153  -1.279  94.172  1.00157.90           C  
+ATOM  11107  C   SER D 147       5.141  -0.142  94.223  1.00155.92           C  
+ATOM  11108  O   SER D 147       3.926  -0.362  94.241  1.00157.64           O  
+ATOM  11109  CB  SER D 147       6.473  -1.626  92.724  1.00162.09           C  
+ATOM  11110  OG  SER D 147       7.084  -2.899  92.635  1.00164.51           O  
+ATOM  11111  N   GLY D 148       5.656   1.085  94.234  1.00149.80           N  
+ATOM  11112  CA  GLY D 148       4.806   2.228  94.489  1.00142.40           C  
+ATOM  11113  C   GLY D 148       4.275   2.300  95.901  1.00134.55           C  
+ATOM  11114  O   GLY D 148       3.415   3.140  96.185  1.00135.24           O  
+ATOM  11115  N   GLY D 149       4.759   1.438  96.794  1.00124.44           N  
+ATOM  11116  CA  GLY D 149       4.330   1.430  98.177  1.00113.78           C  
+ATOM  11117  C   GLY D 149       5.484   1.523  99.155  1.00103.60           C  
+ATOM  11118  O   GLY D 149       6.302   2.447  99.080  1.00100.62           O  
+ATOM  11119  N   THR D 150       5.568   0.560 100.072  1.00 97.77           N  
+ATOM  11120  CA  THR D 150       6.523   0.622 101.168  1.00 91.33           C  
+ATOM  11121  C   THR D 150       7.172  -0.739 101.380  1.00 84.57           C  
+ATOM  11122  O   THR D 150       6.491  -1.769 101.380  1.00 86.38           O  
+ATOM  11123  CB  THR D 150       5.837   1.087 102.462  1.00 92.01           C  
+ATOM  11124  OG1 THR D 150       5.137   2.314 102.220  1.00 92.39           O  
+ATOM  11125  CG2 THR D 150       6.858   1.317 103.551  1.00 91.92           C  
+ATOM  11126  N   ALA D 151       8.492  -0.735 101.559  1.00 76.05           N  
+ATOM  11127  CA  ALA D 151       9.265  -1.930 101.868  1.00 69.42           C  
+ATOM  11128  C   ALA D 151       9.857  -1.828 103.271  1.00 63.75           C  
+ATOM  11129  O   ALA D 151      10.087  -0.733 103.798  1.00 62.88           O  
+ATOM  11130  CB  ALA D 151      10.383  -2.143 100.843  1.00 68.85           C  
+ATOM  11131  N   ALA D 152      10.115  -2.986 103.874  1.00 59.46           N  
+ATOM  11132  CA  ALA D 152      10.638  -3.055 105.233  1.00 59.64           C  
+ATOM  11133  C   ALA D 152      12.040  -3.653 105.238  1.00 61.00           C  
+ATOM  11134  O   ALA D 152      12.330  -4.593 104.489  1.00 60.59           O  
+ATOM  11135  CB  ALA D 152       9.718  -3.881 106.136  1.00 58.49           C  
+ATOM  11136  N   LEU D 153      12.906  -3.102 106.091  1.00 60.88           N  
+ATOM  11137  CA  LEU D 153      14.252  -3.624 106.288  1.00 63.74           C  
+ATOM  11138  C   LEU D 153      14.685  -3.328 107.722  1.00 65.98           C  
+ATOM  11139  O   LEU D 153      13.974  -2.664 108.482  1.00 66.61           O  
+ATOM  11140  CB  LEU D 153      15.236  -3.035 105.263  1.00 62.48           C  
+ATOM  11141  CG  LEU D 153      15.297  -1.510 105.127  1.00 62.55           C  
+ATOM  11142  CD1 LEU D 153      16.397  -0.913 106.004  1.00 64.61           C  
+ATOM  11143  CD2 LEU D 153      15.467  -1.087 103.670  1.00 60.31           C  
+ATOM  11144  N   GLY D 154      15.857  -3.833 108.089  1.00 66.86           N  
+ATOM  11145  CA  GLY D 154      16.376  -3.600 109.426  1.00 66.38           C  
+ATOM  11146  C   GLY D 154      17.673  -4.350 109.651  1.00 65.51           C  
+ATOM  11147  O   GLY D 154      18.268  -4.893 108.715  1.00 62.90           O  
+ATOM  11148  N   CYS D 155      18.117  -4.360 110.913  1.00 64.81           N  
+ATOM  11149  CA  CYS D 155      19.228  -5.206 111.335  1.00 66.43           C  
+ATOM  11150  C   CYS D 155      18.857  -5.971 112.601  1.00 62.14           C  
+ATOM  11151  O   CYS D 155      18.103  -5.486 113.453  1.00 60.86           O  
+ATOM  11152  CB ACYS D 155      20.489  -4.389 111.670  0.57 67.40           C  
+ATOM  11153  SG ACYS D 155      21.074  -3.175 110.479  0.57 68.06           S  
+ATOM  11154  N   LEU D 156      19.396  -7.185 112.705  1.00 58.40           N  
+ATOM  11155  CA  LEU D 156      19.176  -8.067 113.844  1.00 55.37           C  
+ATOM  11156  C   LEU D 156      20.430  -8.066 114.714  1.00 56.23           C  
+ATOM  11157  O   LEU D 156      21.516  -8.437 114.247  1.00 57.80           O  
+ATOM  11158  CB  LEU D 156      18.836  -9.482 113.372  1.00 52.57           C  
+ATOM  11159  CG  LEU D 156      18.810 -10.574 114.442  1.00 52.89           C  
+ATOM  11160  CD1 LEU D 156      17.712 -10.311 115.468  1.00 51.80           C  
+ATOM  11161  CD2 LEU D 156      18.641 -11.943 113.808  1.00 51.42           C  
+ATOM  11162  N   VAL D 157      20.280  -7.637 115.965  1.00 51.96           N  
+ATOM  11163  CA  VAL D 157      21.380  -7.513 116.916  1.00 50.87           C  
+ATOM  11164  C   VAL D 157      21.274  -8.682 117.887  1.00 48.18           C  
+ATOM  11165  O   VAL D 157      20.402  -8.693 118.763  1.00 37.95           O  
+ATOM  11166  CB  VAL D 157      21.327  -6.169 117.658  1.00 51.06           C  
+ATOM  11167  CG1 VAL D 157      22.589  -5.949 118.459  1.00 49.13           C  
+ATOM  11168  CG2 VAL D 157      21.090  -5.016 116.687  1.00 50.18           C  
+ATOM  11169  N   LYS D 158      22.157  -9.669 117.752  1.00 51.15           N  
+ATOM  11170  CA  LYS D 158      21.980 -10.940 118.437  1.00 54.97           C  
+ATOM  11171  C   LYS D 158      23.166 -11.277 119.335  1.00 54.62           C  
+ATOM  11172  O   LYS D 158      24.320 -10.937 119.037  1.00 55.78           O  
+ATOM  11173  CB  LYS D 158      21.761 -12.079 117.428  1.00 59.15           C  
+ATOM  11174  CG  LYS D 158      21.268 -13.369 118.067  1.00 62.76           C  
+ATOM  11175  CD  LYS D 158      21.043 -14.470 117.052  1.00 65.21           C  
+ATOM  11176  CE  LYS D 158      20.661 -15.759 117.761  1.00 67.33           C  
+ATOM  11177  NZ  LYS D 158      20.590 -16.915 116.834  1.00 70.59           N  
+ATOM  11178  N   ASP D 159      22.854 -11.949 120.448  1.00 51.78           N  
+ATOM  11179  CA  ASP D 159      23.828 -12.604 121.323  1.00 49.89           C  
+ATOM  11180  C   ASP D 159      24.789 -11.591 121.950  1.00 46.42           C  
+ATOM  11181  O   ASP D 159      25.995 -11.577 121.687  1.00 45.46           O  
+ATOM  11182  CB  ASP D 159      24.603 -13.689 120.564  1.00 53.90           C  
+ATOM  11183  CG  ASP D 159      23.720 -14.829 120.118  1.00 59.08           C  
+ATOM  11184  OD1 ASP D 159      22.644 -15.022 120.722  1.00 60.66           O  
+ATOM  11185  OD2 ASP D 159      24.102 -15.534 119.162  1.00 62.20           O  
+ATOM  11186  N   TYR D 160      24.223 -10.753 122.812  1.00 38.66           N  
+ATOM  11187  CA  TYR D 160      25.023  -9.828 123.597  1.00 37.75           C  
+ATOM  11188  C   TYR D 160      24.645  -9.947 125.066  1.00 34.39           C  
+ATOM  11189  O   TYR D 160      23.593 -10.488 125.420  1.00 35.79           O  
+ATOM  11190  CB  TYR D 160      24.862  -8.372 123.123  1.00 37.58           C  
+ATOM  11191  CG  TYR D 160      23.463  -7.814 123.264  1.00 38.68           C  
+ATOM  11192  CD1 TYR D 160      22.533  -7.950 122.240  1.00 38.58           C  
+ATOM  11193  CD2 TYR D 160      23.073  -7.144 124.421  1.00 37.17           C  
+ATOM  11194  CE1 TYR D 160      21.255  -7.433 122.364  1.00 40.12           C  
+ATOM  11195  CE2 TYR D 160      21.795  -6.629 124.556  1.00 37.94           C  
+ATOM  11196  CZ  TYR D 160      20.892  -6.777 123.524  1.00 39.27           C  
+ATOM  11197  OH  TYR D 160      19.617  -6.265 123.657  1.00 43.59           O  
+ATOM  11198  N   PHE D 161      25.530  -9.431 125.920  1.00 34.85           N  
+ATOM  11199  CA  PHE D 161      25.308  -9.390 127.360  1.00 34.96           C  
+ATOM  11200  C   PHE D 161      26.279  -8.398 127.968  1.00 36.93           C  
+ATOM  11201  O   PHE D 161      27.470  -8.436 127.629  1.00 38.94           O  
+ATOM  11202  CB  PHE D 161      25.497 -10.759 128.022  1.00 30.18           C  
+ATOM  11203  CG  PHE D 161      25.167 -10.758 129.498  1.00 32.23           C  
+ATOM  11204  CD1 PHE D 161      26.118 -10.408 130.442  1.00 32.53           C  
+ATOM  11205  CD2 PHE D 161      23.887 -11.061 129.930  1.00 34.70           C  
+ATOM  11206  CE1 PHE D 161      25.800 -10.390 131.800  1.00 29.73           C  
+ATOM  11207  CE2 PHE D 161      23.565 -11.048 131.281  1.00 32.52           C  
+ATOM  11208  CZ  PHE D 161      24.518 -10.709 132.209  1.00 28.99           C  
+ATOM  11209  N   PRO D 162      25.832  -7.528 128.885  1.00 35.01           N  
+ATOM  11210  CA  PRO D 162      24.438  -7.427 129.312  1.00 36.94           C  
+ATOM  11211  C   PRO D 162      23.699  -6.344 128.541  1.00 40.31           C  
+ATOM  11212  O   PRO D 162      24.241  -5.810 127.575  1.00 40.72           O  
+ATOM  11213  CB  PRO D 162      24.562  -7.059 130.790  1.00 34.76           C  
+ATOM  11214  CG  PRO D 162      25.786  -6.197 130.823  1.00 35.50           C  
+ATOM  11215  CD  PRO D 162      26.714  -6.697 129.722  1.00 34.10           C  
+ATOM  11216  N   GLU D 163      22.478  -6.036 128.967  1.00 42.06           N  
+ATOM  11217  CA  GLU D 163      21.755  -4.891 128.447  1.00 43.81           C  
+ATOM  11218  C   GLU D 163      22.472  -3.596 128.835  1.00 46.29           C  
+ATOM  11219  O   GLU D 163      23.196  -3.553 129.836  1.00 46.91           O  
+ATOM  11220  CB  GLU D 163      20.330  -4.879 128.992  1.00 44.25           C  
+ATOM  11221  CG  GLU D 163      19.478  -6.038 128.524  1.00 48.91           C  
+ATOM  11222  CD  GLU D 163      18.577  -5.658 127.370  1.00 57.08           C  
+ATOM  11223  OE1 GLU D 163      17.371  -5.423 127.609  1.00 55.85           O  
+ATOM  11224  OE2 GLU D 163      19.079  -5.577 126.220  1.00 64.34           O  
+ATOM  11225  N   PRO D 164      22.285  -2.511 128.056  1.00 47.16           N  
+ATOM  11226  CA  PRO D 164      21.513  -2.449 126.807  1.00 45.83           C  
+ATOM  11227  C   PRO D 164      22.339  -2.222 125.539  1.00 48.28           C  
+ATOM  11228  O   PRO D 164      23.555  -2.012 125.607  1.00 45.47           O  
+ATOM  11229  CB  PRO D 164      20.604  -1.249 127.049  1.00 47.73           C  
+ATOM  11230  CG  PRO D 164      21.494  -0.307 127.839  1.00 48.93           C  
+ATOM  11231  CD  PRO D 164      22.465  -1.166 128.635  1.00 46.96           C  
+ATOM  11232  N   VAL D 165      21.670  -2.282 124.386  1.00 49.67           N  
+ATOM  11233  CA  VAL D 165      22.209  -1.762 123.136  1.00 49.60           C  
+ATOM  11234  C   VAL D 165      21.308  -0.629 122.672  1.00 52.73           C  
+ATOM  11235  O   VAL D 165      20.118  -0.579 123.001  1.00 51.30           O  
+ATOM  11236  CB  VAL D 165      22.337  -2.830 122.022  1.00 46.59           C  
+ATOM  11237  CG1 VAL D 165      23.267  -3.947 122.445  1.00 45.32           C  
+ATOM  11238  CG2 VAL D 165      20.992  -3.378 121.652  1.00 47.56           C  
+ATOM  11239  N   THR D 166      21.889   0.294 121.908  1.00 55.88           N  
+ATOM  11240  CA  THR D 166      21.152   1.372 121.266  1.00 57.00           C  
+ATOM  11241  C   THR D 166      21.359   1.268 119.767  1.00 56.52           C  
+ATOM  11242  O   THR D 166      22.452   0.919 119.308  1.00 58.78           O  
+ATOM  11243  CB  THR D 166      21.609   2.750 121.756  1.00 62.18           C  
+ATOM  11244  OG1 THR D 166      22.992   2.943 121.426  1.00 66.04           O  
+ATOM  11245  CG2 THR D 166      21.426   2.873 123.259  1.00 62.11           C  
+ATOM  11246  N   VAL D 167      20.310   1.559 119.003  1.00 53.73           N  
+ATOM  11247  CA  VAL D 167      20.360   1.452 117.552  1.00 54.66           C  
+ATOM  11248  C   VAL D 167      19.837   2.745 116.945  1.00 59.44           C  
+ATOM  11249  O   VAL D 167      18.824   3.286 117.399  1.00 60.32           O  
+ATOM  11250  CB  VAL D 167      19.552   0.250 117.030  1.00 50.66           C  
+ATOM  11251  CG1 VAL D 167      19.669   0.160 115.523  1.00 45.26           C  
+ATOM  11252  CG2 VAL D 167      20.028  -1.044 117.681  1.00 51.31           C  
+ATOM  11253  N   SER D 168      20.544   3.244 115.935  1.00 63.38           N  
+ATOM  11254  CA BSER D 168      20.117   4.387 115.143  0.68 63.95           C  
+ATOM  11255  C   SER D 168      20.227   4.021 113.671  1.00 64.49           C  
+ATOM  11256  O   SER D 168      20.671   2.926 113.313  1.00 64.09           O  
+ATOM  11257  CB BSER D 168      20.946   5.637 115.458  0.68 64.88           C  
+ATOM  11258  OG BSER D 168      20.666   6.114 116.759  0.68 65.50           O  
+ATOM  11259  N   TRP D 169      19.805   4.946 112.811  1.00 65.81           N  
+ATOM  11260  CA  TRP D 169      19.849   4.741 111.370  1.00 65.26           C  
+ATOM  11261  C   TRP D 169      20.395   5.997 110.710  1.00 67.15           C  
+ATOM  11262  O   TRP D 169      19.960   7.107 111.032  1.00 67.91           O  
+ATOM  11263  CB  TRP D 169      18.461   4.395 110.813  1.00 61.05           C  
+ATOM  11264  CG  TRP D 169      18.013   3.003 111.156  1.00 54.47           C  
+ATOM  11265  CD1 TRP D 169      17.333   2.613 112.273  1.00 50.26           C  
+ATOM  11266  CD2 TRP D 169      18.231   1.818 110.385  1.00 50.81           C  
+ATOM  11267  NE1 TRP D 169      17.105   1.259 112.238  1.00 47.70           N  
+ATOM  11268  CE2 TRP D 169      17.644   0.747 111.088  1.00 48.53           C  
+ATOM  11269  CE3 TRP D 169      18.861   1.558 109.166  1.00 54.57           C  
+ATOM  11270  CZ2 TRP D 169      17.668  -0.562 110.613  1.00 48.75           C  
+ATOM  11271  CZ3 TRP D 169      18.880   0.255 108.691  1.00 55.40           C  
+ATOM  11272  CH2 TRP D 169      18.290  -0.789 109.418  1.00 52.32           C  
+ATOM  11273  N   ASN D 170      21.350   5.813 109.795  1.00 68.77           N  
+ATOM  11274  CA  ASN D 170      22.015   6.921 109.107  1.00 68.12           C  
+ATOM  11275  C   ASN D 170      22.457   7.993 110.097  1.00 71.49           C  
+ATOM  11276  O   ASN D 170      22.295   9.193 109.864  1.00 72.01           O  
+ATOM  11277  CB  ASN D 170      21.123   7.512 108.018  1.00 68.20           C  
+ATOM  11278  CG  ASN D 170      20.821   6.515 106.910  1.00 69.93           C  
+ATOM  11279  OD1 ASN D 170      21.430   5.445 106.841  1.00 69.68           O  
+ATOM  11280  ND2 ASN D 170      19.885   6.864 106.034  1.00 70.67           N  
+ATOM  11281  N   SER D 171      22.996   7.539 111.230  1.00 72.12           N  
+ATOM  11282  CA  SER D 171      23.594   8.406 112.243  1.00 71.89           C  
+ATOM  11283  C   SER D 171      22.577   9.374 112.831  1.00 74.44           C  
+ATOM  11284  O   SER D 171      22.913  10.506 113.185  1.00 73.38           O  
+ATOM  11285  CB  SER D 171      24.800   9.158 111.675  1.00 67.10           C  
+ATOM  11286  OG  SER D 171      25.569   8.288 110.867  1.00 64.14           O  
+ATOM  11287  N   GLY D 172      21.328   8.927 112.948  1.00 79.33           N  
+ATOM  11288  CA  GLY D 172      20.276   9.727 113.530  1.00 83.30           C  
+ATOM  11289  C   GLY D 172      19.482  10.555 112.546  1.00 87.59           C  
+ATOM  11290  O   GLY D 172      18.497  11.189 112.948  1.00 88.30           O  
+ATOM  11291  N   ALA D 173      19.878  10.574 111.271  1.00 92.19           N  
+ATOM  11292  CA  ALA D 173      19.142  11.351 110.280  1.00 90.73           C  
+ATOM  11293  C   ALA D 173      17.807  10.697 109.946  1.00 89.50           C  
+ATOM  11294  O   ALA D 173      16.808  11.391 109.726  1.00 88.46           O  
+ATOM  11295  CB  ALA D 173      19.987  11.528 109.019  1.00 92.83           C  
+ATOM  11296  N   LEU D 174      17.771   9.366 109.905  1.00 79.57           N  
+ATOM  11297  CA  LEU D 174      16.560   8.610 109.591  1.00 73.71           C  
+ATOM  11298  C   LEU D 174      15.906   8.190 110.905  1.00 71.98           C  
+ATOM  11299  O   LEU D 174      16.366   7.258 111.571  1.00 69.16           O  
+ATOM  11300  CB  LEU D 174      16.885   7.403 108.716  1.00 69.77           C  
+ATOM  11301  CG  LEU D 174      15.711   6.504 108.322  1.00 67.85           C  
+ATOM  11302  CD1 LEU D 174      14.668   7.284 107.522  1.00 69.04           C  
+ATOM  11303  CD2 LEU D 174      16.181   5.287 107.540  1.00 65.85           C  
+ATOM  11304  N   THR D 175      14.829   8.887 111.276  1.00 72.70           N  
+ATOM  11305  CA  THR D 175      14.079   8.584 112.487  1.00 72.64           C  
+ATOM  11306  C   THR D 175      12.609   8.288 112.242  1.00 72.56           C  
+ATOM  11307  O   THR D 175      11.958   7.723 113.129  1.00 72.14           O  
+ATOM  11308  CB  THR D 175      14.181   9.743 113.493  1.00 71.93           C  
+ATOM  11309  OG1 THR D 175      13.593  10.922 112.933  1.00 70.75           O  
+ATOM  11310  CG2 THR D 175      15.635  10.023 113.839  1.00 72.12           C  
+ATOM  11311  N   SER D 176      12.073   8.643 111.077  1.00 71.82           N  
+ATOM  11312  CA  SER D 176      10.665   8.429 110.776  1.00 69.89           C  
+ATOM  11313  C   SER D 176      10.426   6.975 110.380  1.00 65.51           C  
+ATOM  11314  O   SER D 176      11.092   6.448 109.482  1.00 66.48           O  
+ATOM  11315  CB  SER D 176      10.228   9.375 109.658  1.00 74.87           C  
+ATOM  11316  OG  SER D 176       8.870   9.174 109.304  1.00 78.65           O  
+ATOM  11317  N   GLY D 177       9.486   6.322 111.060  1.00 60.58           N  
+ATOM  11318  CA  GLY D 177       9.153   4.947 110.744  1.00 59.51           C  
+ATOM  11319  C   GLY D 177      10.053   3.895 111.356  1.00 59.29           C  
+ATOM  11320  O   GLY D 177      10.017   2.740 110.917  1.00 59.55           O  
+ATOM  11321  N   VAL D 178      10.859   4.255 112.362  1.00 58.54           N  
+ATOM  11322  CA  VAL D 178      11.797   3.331 112.995  1.00 54.52           C  
+ATOM  11323  C   VAL D 178      11.149   2.705 114.225  1.00 51.89           C  
+ATOM  11324  O   VAL D 178      10.616   3.413 115.088  1.00 51.04           O  
+ATOM  11325  CB  VAL D 178      13.100   4.049 113.384  1.00 52.68           C  
+ATOM  11326  CG1 VAL D 178      13.998   3.116 114.185  1.00 52.77           C  
+ATOM  11327  CG2 VAL D 178      13.828   4.556 112.159  1.00 50.05           C  
+ATOM  11328  N   HIS D 179      11.218   1.375 114.318  1.00 51.43           N  
+ATOM  11329  CA  HIS D 179      10.778   0.633 115.498  1.00 50.37           C  
+ATOM  11330  C   HIS D 179      11.928  -0.240 115.987  1.00 49.42           C  
+ATOM  11331  O   HIS D 179      12.298  -1.215 115.327  1.00 49.44           O  
+ATOM  11332  CB  HIS D 179       9.544  -0.220 115.191  1.00 50.49           C  
+ATOM  11333  CG  HIS D 179       8.361   0.573 114.726  1.00 49.50           C  
+ATOM  11334  ND1 HIS D 179       7.622   1.371 115.573  1.00 47.41           N  
+ATOM  11335  CD2 HIS D 179       7.800   0.704 113.498  1.00 48.90           C  
+ATOM  11336  CE1 HIS D 179       6.651   1.951 114.889  1.00 48.91           C  
+ATOM  11337  NE2 HIS D 179       6.737   1.564 113.628  1.00 48.43           N  
+ATOM  11338  N   THR D 180      12.487   0.099 117.143  1.00 47.59           N  
+ATOM  11339  CA  THR D 180      13.485  -0.735 117.800  1.00 46.96           C  
+ATOM  11340  C   THR D 180      12.777  -1.492 118.921  1.00 41.77           C  
+ATOM  11341  O   THR D 180      12.310  -0.885 119.890  1.00 38.44           O  
+ATOM  11342  CB  THR D 180      14.653   0.106 118.319  1.00 49.27           C  
+ATOM  11343  OG1 THR D 180      15.328   0.713 117.208  1.00 50.70           O  
+ATOM  11344  CG2 THR D 180      15.644  -0.757 119.105  1.00 47.31           C  
+ATOM  11345  N   PHE D 181      12.679  -2.819 118.770  1.00 39.02           N  
+ATOM  11346  CA  PHE D 181      11.860  -3.656 119.626  1.00 40.61           C  
+ATOM  11347  C   PHE D 181      12.557  -3.930 120.957  1.00 42.93           C  
+ATOM  11348  O   PHE D 181      13.789  -3.894 121.040  1.00 46.55           O  
+ATOM  11349  CB  PHE D 181      11.544  -4.970 118.925  1.00 40.98           C  
+ATOM  11350  CG  PHE D 181      10.650  -4.802 117.732  1.00 45.18           C  
+ATOM  11351  CD1 PHE D 181      11.186  -4.550 116.478  1.00 43.79           C  
+ATOM  11352  CD2 PHE D 181       9.270  -4.853 117.872  1.00 43.70           C  
+ATOM  11353  CE1 PHE D 181      10.363  -4.372 115.386  1.00 42.77           C  
+ATOM  11354  CE2 PHE D 181       8.448  -4.679 116.782  1.00 42.15           C  
+ATOM  11355  CZ  PHE D 181       8.994  -4.438 115.540  1.00 40.54           C  
+ATOM  11356  N   PRO D 182      11.790  -4.191 122.012  1.00 39.89           N  
+ATOM  11357  CA  PRO D 182      12.411  -4.589 123.284  1.00 40.28           C  
+ATOM  11358  C   PRO D 182      13.208  -5.872 123.100  1.00 40.69           C  
+ATOM  11359  O   PRO D 182      12.846  -6.742 122.304  1.00 41.80           O  
+ATOM  11360  CB  PRO D 182      11.214  -4.794 124.219  1.00 39.77           C  
+ATOM  11361  CG  PRO D 182      10.084  -4.022 123.576  1.00 40.72           C  
+ATOM  11362  CD  PRO D 182      10.319  -4.137 122.104  1.00 38.49           C  
+ATOM  11363  N   ALA D 183      14.323  -5.965 123.819  1.00 40.06           N  
+ATOM  11364  CA  ALA D 183      15.181  -7.134 123.722  1.00 38.32           C  
+ATOM  11365  C   ALA D 183      14.496  -8.345 124.346  1.00 39.34           C  
+ATOM  11366  O   ALA D 183      13.617  -8.224 125.205  1.00 36.79           O  
+ATOM  11367  CB  ALA D 183      16.522  -6.870 124.410  1.00 34.62           C  
+ATOM  11368  N   VAL D 184      14.901  -9.528 123.898  1.00 41.03           N  
+ATOM  11369  CA  VAL D 184      14.428 -10.781 124.474  1.00 43.57           C  
+ATOM  11370  C   VAL D 184      15.618 -11.538 125.037  1.00 42.16           C  
+ATOM  11371  O   VAL D 184      16.716 -11.511 124.465  1.00 42.20           O  
+ATOM  11372  CB  VAL D 184      13.671 -11.654 123.453  1.00 50.09           C  
+ATOM  11373  CG1 VAL D 184      12.379 -10.985 123.050  1.00 53.37           C  
+ATOM  11374  CG2 VAL D 184      14.543 -11.946 122.240  1.00 51.78           C  
+ATOM  11375  N   LEU D 185      15.398 -12.203 126.167  1.00 37.65           N  
+ATOM  11376  CA  LEU D 185      16.420 -13.026 126.796  1.00 37.10           C  
+ATOM  11377  C   LEU D 185      16.305 -14.443 126.246  1.00 39.56           C  
+ATOM  11378  O   LEU D 185      15.328 -15.148 126.521  1.00 41.04           O  
+ATOM  11379  CB  LEU D 185      16.275 -13.008 128.319  1.00 30.68           C  
+ATOM  11380  CG  LEU D 185      17.302 -13.852 129.065  1.00 32.28           C  
+ATOM  11381  CD1 LEU D 185      18.716 -13.464 128.641  1.00 33.64           C  
+ATOM  11382  CD2 LEU D 185      17.143 -13.716 130.585  1.00 33.91           C  
+ATOM  11383  N   GLN D 186      17.303 -14.855 125.473  1.00 43.41           N  
+ATOM  11384  CA  GLN D 186      17.340 -16.196 124.914  1.00 47.51           C  
+ATOM  11385  C   GLN D 186      17.664 -17.216 126.004  1.00 48.83           C  
+ATOM  11386  O   GLN D 186      18.115 -16.875 127.101  1.00 45.63           O  
+ATOM  11387  CB  GLN D 186      18.368 -16.265 123.782  1.00 50.10           C  
+ATOM  11388  CG  GLN D 186      18.001 -15.386 122.584  1.00 55.19           C  
+ATOM  11389  CD  GLN D 186      19.189 -15.036 121.700  1.00 58.46           C  
+ATOM  11390  OE1 GLN D 186      19.054 -14.904 120.482  1.00 57.51           O  
+ATOM  11391  NE2 GLN D 186      20.355 -14.864 122.313  1.00 59.63           N  
+ATOM  11392  N   SER D 187      17.414 -18.488 125.693  1.00 52.64           N  
+ATOM  11393  CA  SER D 187      17.672 -19.550 126.659  1.00 56.41           C  
+ATOM  11394  C   SER D 187      19.159 -19.730 126.918  1.00 55.72           C  
+ATOM  11395  O   SER D 187      19.539 -20.363 127.908  1.00 55.35           O  
+ATOM  11396  CB  SER D 187      17.070 -20.863 126.166  1.00 62.56           C  
+ATOM  11397  OG  SER D 187      17.713 -21.281 124.976  1.00 66.02           O  
+ATOM  11398  N   SER D 188      20.003 -19.185 126.047  1.00 54.83           N  
+ATOM  11399  CA  SER D 188      21.446 -19.212 126.236  1.00 51.80           C  
+ATOM  11400  C   SER D 188      21.920 -18.256 127.324  1.00 52.44           C  
+ATOM  11401  O   SER D 188      23.077 -18.357 127.752  1.00 53.70           O  
+ATOM  11402  CB  SER D 188      22.123 -18.845 124.929  1.00 47.97           C  
+ATOM  11403  OG  SER D 188      21.639 -17.587 124.494  1.00 43.91           O  
+ATOM  11404  N   GLY D 189      21.072 -17.334 127.770  1.00 46.81           N  
+ATOM  11405  CA  GLY D 189      21.492 -16.286 128.670  1.00 45.10           C  
+ATOM  11406  C   GLY D 189      21.931 -15.011 127.984  1.00 43.96           C  
+ATOM  11407  O   GLY D 189      22.346 -14.069 128.673  1.00 40.05           O  
+ATOM  11408  N   LEU D 190      21.853 -14.950 126.655  1.00 40.75           N  
+ATOM  11409  CA  LEU D 190      22.208 -13.761 125.894  1.00 41.93           C  
+ATOM  11410  C   LEU D 190      20.948 -13.085 125.363  1.00 38.06           C  
+ATOM  11411  O   LEU D 190      19.907 -13.724 125.181  1.00 39.15           O  
+ATOM  11412  CB  LEU D 190      23.142 -14.109 124.729  1.00 43.85           C  
+ATOM  11413  CG  LEU D 190      24.392 -14.927 125.062  1.00 43.35           C  
+ATOM  11414  CD1 LEU D 190      25.219 -15.193 123.805  1.00 43.97           C  
+ATOM  11415  CD2 LEU D 190      25.223 -14.218 126.115  1.00 44.41           C  
+ATOM  11416  N   TYR D 191      21.044 -11.783 125.121  1.00 33.46           N  
+ATOM  11417  CA  TYR D 191      19.910 -11.009 124.638  1.00 29.13           C  
+ATOM  11418  C   TYR D 191      19.954 -10.887 123.117  1.00 36.03           C  
+ATOM  11419  O   TYR D 191      20.971 -11.153 122.470  1.00 38.54           O  
+ATOM  11420  CB  TYR D 191      19.887  -9.617 125.269  1.00 28.93           C  
+ATOM  11421  CG  TYR D 191      19.663  -9.608 126.761  1.00 33.26           C  
+ATOM  11422  CD1 TYR D 191      18.370  -9.576 127.296  1.00 34.31           C  
+ATOM  11423  CD2 TYR D 191      20.730  -9.635 127.636  1.00 35.25           C  
+ATOM  11424  CE1 TYR D 191      18.156  -9.573 128.676  1.00 33.04           C  
+ATOM  11425  CE2 TYR D 191      20.526  -9.625 129.020  1.00 33.93           C  
+ATOM  11426  CZ  TYR D 191      19.240  -9.590 129.522  1.00 31.53           C  
+ATOM  11427  OH  TYR D 191      19.060  -9.583 130.888  1.00 34.03           O  
+ATOM  11428  N   SER D 192      18.819 -10.469 122.554  1.00 38.40           N  
+ATOM  11429  CA  SER D 192      18.646 -10.282 121.121  1.00 43.98           C  
+ATOM  11430  C   SER D 192      17.518  -9.286 120.899  1.00 45.80           C  
+ATOM  11431  O   SER D 192      16.501  -9.334 121.595  1.00 47.09           O  
+ATOM  11432  CB  SER D 192      18.326 -11.609 120.426  1.00 48.20           C  
+ATOM  11433  OG  SER D 192      17.977 -11.399 119.071  1.00 56.57           O  
+ATOM  11434  N   LEU D 193      17.700  -8.381 119.941  1.00 46.31           N  
+ATOM  11435  CA  LEU D 193      16.621  -7.486 119.549  1.00 46.20           C  
+ATOM  11436  C   LEU D 193      16.733  -7.183 118.061  1.00 48.23           C  
+ATOM  11437  O   LEU D 193      17.737  -7.494 117.410  1.00 45.70           O  
+ATOM  11438  CB  LEU D 193      16.623  -6.190 120.379  1.00 45.69           C  
+ATOM  11439  CG  LEU D 193      17.742  -5.136 120.372  1.00 44.12           C  
+ATOM  11440  CD1 LEU D 193      17.847  -4.362 119.056  1.00 45.79           C  
+ATOM  11441  CD2 LEU D 193      17.511  -4.154 121.501  1.00 44.83           C  
+ATOM  11442  N   SER D 194      15.690  -6.549 117.531  1.00 47.14           N  
+ATOM  11443  CA ASER D 194      15.669  -6.104 116.147  0.62 47.10           C  
+ATOM  11444  C   SER D 194      15.297  -4.629 116.092  1.00 45.43           C  
+ATOM  11445  O   SER D 194      14.696  -4.080 117.020  1.00 44.55           O  
+ATOM  11446  CB ASER D 194      14.693  -6.935 115.307  0.62 47.27           C  
+ATOM  11447  OG ASER D 194      13.472  -7.134 115.999  0.62 46.61           O  
+ATOM  11448  N   SER D 195      15.677  -3.986 114.990  1.00 44.19           N  
+ATOM  11449  CA  SER D 195      15.346  -2.586 114.743  1.00 42.98           C  
+ATOM  11450  C   SER D 195      15.025  -2.452 113.263  1.00 46.08           C  
+ATOM  11451  O   SER D 195      15.915  -2.614 112.420  1.00 46.97           O  
+ATOM  11452  CB  SER D 195      16.492  -1.661 115.133  1.00 43.87           C  
+ATOM  11453  OG  SER D 195      16.201  -0.323 114.773  1.00 44.40           O  
+ATOM  11454  N   VAL D 196      13.769  -2.157 112.947  1.00 47.39           N  
+ATOM  11455  CA  VAL D 196      13.298  -2.128 111.571  1.00 44.88           C  
+ATOM  11456  C   VAL D 196      12.944  -0.695 111.174  1.00 46.63           C  
+ATOM  11457  O   VAL D 196      12.877   0.213 112.005  1.00 46.26           O  
+ATOM  11458  CB  VAL D 196      12.103  -3.078 111.348  1.00 42.55           C  
+ATOM  11459  CG1 VAL D 196      12.504  -4.522 111.639  1.00 38.93           C  
+ATOM  11460  CG2 VAL D 196      10.895  -2.650 112.189  1.00 40.85           C  
+ATOM  11461  N   VAL D 197      12.724  -0.497 109.874  1.00 49.16           N  
+ATOM  11462  CA  VAL D 197      12.280   0.793 109.362  1.00 50.28           C  
+ATOM  11463  C   VAL D 197      11.612   0.558 108.018  1.00 53.10           C  
+ATOM  11464  O   VAL D 197      12.018  -0.319 107.248  1.00 53.46           O  
+ATOM  11465  CB  VAL D 197      13.447   1.807 109.268  1.00 52.19           C  
+ATOM  11466  CG1 VAL D 197      14.524   1.340 108.282  1.00 51.81           C  
+ATOM  11467  CG2 VAL D 197      12.923   3.190 108.907  1.00 53.01           C  
+ATOM  11468  N   THR D 198      10.555   1.326 107.760  1.00 53.43           N  
+ATOM  11469  CA  THR D 198       9.824   1.265 106.507  1.00 52.36           C  
+ATOM  11470  C   THR D 198      10.248   2.431 105.626  1.00 55.04           C  
+ATOM  11471  O   THR D 198      10.354   3.569 106.102  1.00 52.61           O  
+ATOM  11472  CB  THR D 198       8.313   1.297 106.755  1.00 52.76           C  
+ATOM  11473  OG1 THR D 198       7.999   2.330 107.701  1.00 54.51           O  
+ATOM  11474  CG2 THR D 198       7.826  -0.045 107.278  1.00 50.52           C  
+ATOM  11475  N   VAL D 199      10.506   2.138 104.354  1.00 57.98           N  
+ATOM  11476  CA  VAL D 199      10.970   3.134 103.387  1.00 62.47           C  
+ATOM  11477  C   VAL D 199      10.271   2.899 102.055  1.00 63.77           C  
+ATOM  11478  O   VAL D 199       9.787   1.794 101.774  1.00 61.50           O  
+ATOM  11479  CB  VAL D 199      12.503   3.085 103.199  1.00 63.80           C  
+ATOM  11480  CG1 VAL D 199      13.218   3.453 104.496  1.00 64.13           C  
+ATOM  11481  CG2 VAL D 199      12.941   1.711 102.703  1.00 63.73           C  
+ATOM  11482  N   PRO D 200      10.191   3.935 101.215  1.00 68.10           N  
+ATOM  11483  CA  PRO D 200       9.610   3.756  99.875  1.00 72.61           C  
+ATOM  11484  C   PRO D 200      10.359   2.700  99.068  1.00 77.99           C  
+ATOM  11485  O   PRO D 200      11.590   2.643  99.078  1.00 80.20           O  
+ATOM  11486  CB  PRO D 200       9.748   5.144  99.243  1.00 71.46           C  
+ATOM  11487  CG  PRO D 200       9.806   6.086 100.404  1.00 69.80           C  
+ATOM  11488  CD  PRO D 200      10.490   5.349 101.511  1.00 68.24           C  
+ATOM  11489  N   SER D 201       9.599   1.864  98.353  1.00 81.73           N  
+ATOM  11490  CA  SER D 201      10.200   0.781  97.577  1.00 86.39           C  
+ATOM  11491  C   SER D 201      11.028   1.279  96.397  1.00 86.85           C  
+ATOM  11492  O   SER D 201      11.899   0.546  95.916  1.00 84.94           O  
+ATOM  11493  CB  SER D 201       9.120  -0.173  97.066  1.00 88.61           C  
+ATOM  11494  OG  SER D 201       8.481  -0.836  98.141  1.00 90.11           O  
+ATOM  11495  N   SER D 202      10.773   2.495  95.913  1.00 89.92           N  
+ATOM  11496  CA  SER D 202      11.537   3.043  94.798  1.00 93.38           C  
+ATOM  11497  C   SER D 202      12.895   3.591  95.220  1.00 96.78           C  
+ATOM  11498  O   SER D 202      13.690   3.971  94.352  1.00 97.69           O  
+ATOM  11499  CB  SER D 202      10.727   4.140  94.099  1.00 91.80           C  
+ATOM  11500  OG  SER D 202      10.286   5.121  95.021  1.00 91.04           O  
+ATOM  11501  N   SER D 203      13.184   3.636  96.519  1.00 97.20           N  
+ATOM  11502  CA  SER D 203      14.447   4.155  97.023  1.00 96.90           C  
+ATOM  11503  C   SER D 203      15.424   3.057  97.425  1.00 95.78           C  
+ATOM  11504  O   SER D 203      16.502   3.366  97.943  1.00 96.60           O  
+ATOM  11505  CB  SER D 203      14.193   5.088  98.214  1.00 98.15           C  
+ATOM  11506  OG  SER D 203      13.679   4.376  99.326  1.00 98.00           O  
+ATOM  11507  N   LEU D 204      15.079   1.785  97.195  1.00 89.89           N  
+ATOM  11508  CA  LEU D 204      15.971   0.694  97.574  1.00 86.20           C  
+ATOM  11509  C   LEU D 204      17.250   0.685  96.743  1.00 92.65           C  
+ATOM  11510  O   LEU D 204      18.312   0.305  97.250  1.00 94.22           O  
+ATOM  11511  CB  LEU D 204      15.248  -0.647  97.447  1.00 75.72           C  
+ATOM  11512  CG  LEU D 204      14.103  -0.886  98.434  1.00 68.49           C  
+ATOM  11513  CD1 LEU D 204      13.486  -2.267  98.228  1.00 64.88           C  
+ATOM  11514  CD2 LEU D 204      14.590  -0.708  99.872  1.00 65.55           C  
+ATOM  11515  N   GLY D 205      17.174   1.090  95.478  1.00 99.18           N  
+ATOM  11516  CA  GLY D 205      18.331   1.141  94.612  1.00 99.31           C  
+ATOM  11517  C   GLY D 205      19.003   2.489  94.507  1.00100.91           C  
+ATOM  11518  O   GLY D 205      19.989   2.617  93.774  1.00103.32           O  
+ATOM  11519  N   THR D 206      18.506   3.504  95.218  1.00100.08           N  
+ATOM  11520  CA  THR D 206      19.046   4.854  95.126  1.00 98.46           C  
+ATOM  11521  C   THR D 206      19.406   5.478  96.466  1.00 97.63           C  
+ATOM  11522  O   THR D 206      20.112   6.492  96.476  1.00 97.05           O  
+ATOM  11523  CB  THR D 206      18.053   5.784  94.407  1.00 97.12           C  
+ATOM  11524  OG1 THR D 206      16.789   5.755  95.081  1.00 96.38           O  
+ATOM  11525  CG2 THR D 206      17.859   5.352  92.959  1.00 97.03           C  
+ATOM  11526  N   GLN D 207      18.949   4.924  97.587  1.00 98.93           N  
+ATOM  11527  CA  GLN D 207      19.225   5.483  98.902  1.00100.40           C  
+ATOM  11528  C   GLN D 207      19.968   4.468  99.761  1.00 95.59           C  
+ATOM  11529  O   GLN D 207      19.773   3.255  99.632  1.00 94.16           O  
+ATOM  11530  CB  GLN D 207      17.935   5.921  99.612  1.00106.00           C  
+ATOM  11531  CG  GLN D 207      17.165   7.023  98.894  1.00111.67           C  
+ATOM  11532  CD  GLN D 207      17.953   8.318  98.771  1.00117.50           C  
+ATOM  11533  OE1 GLN D 207      18.813   8.619  99.601  1.00119.18           O  
+ATOM  11534  NE2 GLN D 207      17.660   9.090  97.727  1.00119.81           N  
+ATOM  11535  N   THR D 208      20.821   4.980 100.642  1.00 92.06           N  
+ATOM  11536  CA  THR D 208      21.660   4.157 101.503  1.00 90.00           C  
+ATOM  11537  C   THR D 208      21.075   4.126 102.910  1.00 85.14           C  
+ATOM  11538  O   THR D 208      20.785   5.178 103.491  1.00 84.96           O  
+ATOM  11539  CB  THR D 208      23.095   4.691 101.534  1.00 91.74           C  
+ATOM  11540  OG1 THR D 208      23.673   4.584 100.226  1.00 93.45           O  
+ATOM  11541  CG2 THR D 208      23.943   3.905 102.523  1.00 91.31           C  
+ATOM  11542  N   TYR D 209      20.903   2.921 103.450  1.00 80.75           N  
+ATOM  11543  CA  TYR D 209      20.353   2.726 104.791  1.00 77.03           C  
+ATOM  11544  C   TYR D 209      21.373   1.972 105.636  1.00 72.21           C  
+ATOM  11545  O   TYR D 209      21.641   0.789 105.391  1.00 71.47           O  
+ATOM  11546  CB  TYR D 209      19.021   1.979 104.734  1.00 77.61           C  
+ATOM  11547  CG  TYR D 209      17.946   2.692 103.940  1.00 78.84           C  
+ATOM  11548  CD1 TYR D 209      17.390   3.881 104.397  1.00 78.47           C  
+ATOM  11549  CD2 TYR D 209      17.485   2.174 102.735  1.00 79.74           C  
+ATOM  11550  CE1 TYR D 209      16.410   4.537 103.675  1.00 78.89           C  
+ATOM  11551  CE2 TYR D 209      16.504   2.821 102.005  1.00 80.28           C  
+ATOM  11552  CZ  TYR D 209      15.968   4.002 102.480  1.00 80.21           C  
+ATOM  11553  OH  TYR D 209      14.986   4.647 101.754  1.00 80.23           O  
+ATOM  11554  N   ILE D 210      21.936   2.653 106.632  1.00 67.63           N  
+ATOM  11555  CA  ILE D 210      22.924   2.072 107.533  1.00 65.54           C  
+ATOM  11556  C   ILE D 210      22.400   2.167 108.959  1.00 65.65           C  
+ATOM  11557  O   ILE D 210      22.015   3.253 109.412  1.00 63.96           O  
+ATOM  11558  CB  ILE D 210      24.291   2.774 107.413  1.00 62.15           C  
+ATOM  11559  CG1 ILE D 210      24.770   2.766 105.959  1.00 60.57           C  
+ATOM  11560  CG2 ILE D 210      25.309   2.094 108.316  1.00 59.78           C  
+ATOM  11561  CD1 ILE D 210      25.858   3.782 105.655  1.00 59.63           C  
+ATOM  11562  N   CYS D 211      22.399   1.038 109.664  1.00 69.03           N  
+ATOM  11563  CA  CYS D 211      22.013   0.988 111.067  1.00 66.95           C  
+ATOM  11564  C   CYS D 211      23.265   0.993 111.935  1.00 65.19           C  
+ATOM  11565  O   CYS D 211      24.215   0.252 111.672  1.00 64.16           O  
+ATOM  11566  CB  CYS D 211      21.150  -0.245 111.356  1.00 68.24           C  
+ATOM  11567  SG  CYS D 211      22.039  -1.793 111.617  1.00 70.87           S  
+ATOM  11568  N   ASN D 212      23.266   1.842 112.955  1.00 63.91           N  
+ATOM  11569  CA  ASN D 212      24.398   2.010 113.853  1.00 64.69           C  
+ATOM  11570  C   ASN D 212      24.066   1.364 115.192  1.00 62.64           C  
+ATOM  11571  O   ASN D 212      23.120   1.783 115.867  1.00 62.47           O  
+ATOM  11572  CB  ASN D 212      24.721   3.494 114.031  1.00 68.71           C  
+ATOM  11573  CG  ASN D 212      24.452   4.298 112.772  1.00 73.56           C  
+ATOM  11574  OD1 ASN D 212      23.584   5.173 112.757  1.00 75.22           O  
+ATOM  11575  ND2 ASN D 212      25.190   4.002 111.706  1.00 74.15           N  
+ATOM  11576  N   VAL D 213      24.848   0.356 115.576  1.00 59.93           N  
+ATOM  11577  CA  VAL D 213      24.637  -0.397 116.810  1.00 54.20           C  
+ATOM  11578  C   VAL D 213      25.727  -0.028 117.809  1.00 52.62           C  
+ATOM  11579  O   VAL D 213      26.916  -0.006 117.466  1.00 50.59           O  
+ATOM  11580  CB  VAL D 213      24.628  -1.914 116.547  1.00 48.94           C  
+ATOM  11581  CG1 VAL D 213      24.472  -2.693 117.858  1.00 45.01           C  
+ATOM  11582  CG2 VAL D 213      23.542  -2.269 115.565  1.00 49.84           C  
+ATOM  11583  N   ASN D 214      25.321   0.254 119.047  1.00 51.36           N  
+ATOM  11584  CA AASN D 214      26.242   0.602 120.122  0.57 51.15           C  
+ATOM  11585  C   ASN D 214      25.953  -0.281 121.326  1.00 49.46           C  
+ATOM  11586  O   ASN D 214      24.812  -0.329 121.804  1.00 42.60           O  
+ATOM  11587  CB AASN D 214      26.122   2.082 120.500  0.57 52.32           C  
+ATOM  11588  CG AASN D 214      27.058   2.966 119.701  0.57 54.75           C  
+ATOM  11589  OD1AASN D 214      28.083   3.422 120.210  0.57 55.79           O  
+ATOM  11590  ND2AASN D 214      26.713   3.210 118.439  0.57 55.02           N  
+ATOM  11591  N   HIS D 215      26.983  -0.975 121.815  1.00 46.66           N  
+ATOM  11592  CA  HIS D 215      26.897  -1.813 123.009  1.00 43.42           C  
+ATOM  11593  C   HIS D 215      28.022  -1.340 123.916  1.00 42.14           C  
+ATOM  11594  O   HIS D 215      29.156  -1.826 123.822  1.00 40.17           O  
+ATOM  11595  CB  HIS D 215      27.012  -3.294 122.682  1.00 43.77           C  
+ATOM  11596  CG  HIS D 215      26.901  -4.182 123.884  1.00 44.95           C  
+ATOM  11597  ND1 HIS D 215      27.936  -4.979 124.322  1.00 44.74           N  
+ATOM  11598  CD2 HIS D 215      25.876  -4.389 124.746  1.00 43.79           C  
+ATOM  11599  CE1 HIS D 215      27.551  -5.645 125.396  1.00 44.98           C  
+ATOM  11600  NE2 HIS D 215      26.305  -5.305 125.674  1.00 43.84           N  
+ATOM  11601  N   LYS D 216      27.714  -0.362 124.766  1.00 40.59           N  
+ATOM  11602  CA  LYS D 216      28.741   0.198 125.636  1.00 46.30           C  
+ATOM  11603  C   LYS D 216      29.413  -0.827 126.545  1.00 45.56           C  
+ATOM  11604  O   LYS D 216      30.636  -0.712 126.743  1.00 45.68           O  
+ATOM  11605  CB  LYS D 216      28.154   1.346 126.462  1.00 54.21           C  
+ATOM  11606  CG  LYS D 216      27.865   2.598 125.650  1.00 62.58           C  
+ATOM  11607  CD  LYS D 216      27.248   3.678 126.527  1.00 69.90           C  
+ATOM  11608  CE  LYS D 216      26.856   4.901 125.718  1.00 74.58           C  
+ATOM  11609  NZ  LYS D 216      26.162   5.906 126.569  1.00 77.39           N  
+ATOM  11610  N   PRO D 217      28.720  -1.821 127.120  1.00 41.88           N  
+ATOM  11611  CA  PRO D 217      29.423  -2.752 128.028  1.00 40.76           C  
+ATOM  11612  C   PRO D 217      30.626  -3.449 127.405  1.00 39.00           C  
+ATOM  11613  O   PRO D 217      31.577  -3.759 128.129  1.00 37.77           O  
+ATOM  11614  CB  PRO D 217      28.327  -3.751 128.414  1.00 36.97           C  
+ATOM  11615  CG  PRO D 217      27.081  -2.933 128.379  1.00 35.99           C  
+ATOM  11616  CD  PRO D 217      27.259  -2.023 127.183  1.00 41.56           C  
+ATOM  11617  N   SER D 218      30.617  -3.691 126.092  1.00 36.71           N  
+ATOM  11618  CA  SER D 218      31.717  -4.338 125.386  1.00 39.82           C  
+ATOM  11619  C   SER D 218      32.462  -3.404 124.442  1.00 40.40           C  
+ATOM  11620  O   SER D 218      33.396  -3.852 123.771  1.00 38.36           O  
+ATOM  11621  CB  SER D 218      31.198  -5.535 124.583  1.00 41.34           C  
+ATOM  11622  OG  SER D 218      30.429  -5.102 123.470  1.00 39.70           O  
+ATOM  11623  N   ASN D 219      32.070  -2.130 124.366  1.00 42.43           N  
+ATOM  11624  CA  ASN D 219      32.707  -1.143 123.491  1.00 47.65           C  
+ATOM  11625  C   ASN D 219      32.637  -1.564 122.029  1.00 48.75           C  
+ATOM  11626  O   ASN D 219      33.588  -1.383 121.265  1.00 49.00           O  
+ATOM  11627  CB  ASN D 219      34.151  -0.880 123.908  1.00 55.79           C  
+ATOM  11628  CG  ASN D 219      34.236  -0.004 125.117  1.00 64.24           C  
+ATOM  11629  OD1 ASN D 219      33.571   1.028 125.187  1.00 67.68           O  
+ATOM  11630  ND2 ASN D 219      35.034  -0.414 126.096  1.00 68.00           N  
+ATOM  11631  N   THR D 220      31.499  -2.123 121.638  1.00 50.02           N  
+ATOM  11632  CA  THR D 220      31.243  -2.511 120.259  1.00 52.15           C  
+ATOM  11633  C   THR D 220      30.427  -1.417 119.582  1.00 59.39           C  
+ATOM  11634  O   THR D 220      29.363  -1.033 120.084  1.00 60.92           O  
+ATOM  11635  CB  THR D 220      30.502  -3.846 120.183  1.00 48.11           C  
+ATOM  11636  OG1 THR D 220      31.223  -4.846 120.912  1.00 49.63           O  
+ATOM  11637  CG2 THR D 220      30.370  -4.285 118.734  1.00 45.40           C  
+ATOM  11638  N   LYS D 221      30.938  -0.911 118.457  1.00 63.51           N  
+ATOM  11639  CA  LYS D 221      30.225   0.017 117.585  1.00 64.77           C  
+ATOM  11640  C   LYS D 221      30.256  -0.566 116.182  1.00 69.02           C  
+ATOM  11641  O   LYS D 221      31.321  -0.640 115.561  1.00 72.34           O  
+ATOM  11642  CB  LYS D 221      30.854   1.409 117.590  1.00 63.36           C  
+ATOM  11643  CG  LYS D 221      30.709   2.173 118.878  1.00 63.15           C  
+ATOM  11644  CD  LYS D 221      31.197   3.601 118.701  1.00 63.93           C  
+ATOM  11645  CE  LYS D 221      31.402   4.287 120.042  1.00 65.23           C  
+ATOM  11646  NZ  LYS D 221      32.079   5.599 119.867  1.00 66.30           N  
+ATOM  11647  N   VAL D 222      29.099  -0.980 115.684  1.00 68.74           N  
+ATOM  11648  CA  VAL D 222      28.971  -1.532 114.344  1.00 69.65           C  
+ATOM  11649  C   VAL D 222      28.129  -0.572 113.517  1.00 70.02           C  
+ATOM  11650  O   VAL D 222      27.165   0.016 114.022  1.00 69.74           O  
+ATOM  11651  CB  VAL D 222      28.349  -2.946 114.373  1.00 68.74           C  
+ATOM  11652  CG1 VAL D 222      27.884  -3.374 112.991  1.00 68.25           C  
+ATOM  11653  CG2 VAL D 222      29.349  -3.951 114.913  1.00 68.19           C  
+ATOM  11654  N   ASP D 223      28.536  -0.367 112.267  1.00 68.69           N  
+ATOM  11655  CA  ASP D 223      27.678   0.175 111.223  1.00 65.32           C  
+ATOM  11656  C   ASP D 223      27.455  -0.934 110.205  1.00 65.22           C  
+ATOM  11657  O   ASP D 223      28.420  -1.544 109.732  1.00 64.59           O  
+ATOM  11658  CB  ASP D 223      28.304   1.405 110.555  1.00 64.61           C  
+ATOM  11659  CG  ASP D 223      28.520   2.565 111.523  1.00 64.95           C  
+ATOM  11660  OD1 ASP D 223      27.848   2.615 112.579  1.00 63.13           O  
+ATOM  11661  OD2 ASP D 223      29.364   3.438 111.221  1.00 64.41           O  
+ATOM  11662  N   LYS D 224      26.193  -1.220 109.894  1.00 66.36           N  
+ATOM  11663  CA  LYS D 224      25.847  -2.300 108.974  1.00 68.58           C  
+ATOM  11664  C   LYS D 224      25.006  -1.734 107.835  1.00 71.98           C  
+ATOM  11665  O   LYS D 224      23.872  -1.293 108.052  1.00 73.12           O  
+ATOM  11666  CB  LYS D 224      25.108  -3.426 109.696  1.00 66.57           C  
+ATOM  11667  CG  LYS D 224      24.757  -4.611 108.802  1.00 66.61           C  
+ATOM  11668  CD  LYS D 224      26.001  -5.245 108.193  1.00 68.25           C  
+ATOM  11669  CE  LYS D 224      26.935  -5.785 109.274  1.00 69.74           C  
+ATOM  11670  NZ  LYS D 224      28.142  -6.474 108.729  1.00 69.54           N  
+ATOM  11671  N   LYS D 225      25.561  -1.749 106.627  1.00 72.86           N  
+ATOM  11672  CA  LYS D 225      24.835  -1.303 105.447  1.00 72.53           C  
+ATOM  11673  C   LYS D 225      23.856  -2.392 105.032  1.00 70.70           C  
+ATOM  11674  O   LYS D 225      24.259  -3.533 104.778  1.00 68.87           O  
+ATOM  11675  CB  LYS D 225      25.804  -0.978 104.311  1.00 77.90           C  
+ATOM  11676  CG  LYS D 225      25.130  -0.597 102.992  1.00 82.81           C  
+ATOM  11677  CD  LYS D 225      26.156  -0.349 101.888  1.00 85.82           C  
+ATOM  11678  CE  LYS D 225      25.480  -0.030 100.562  1.00 88.58           C  
+ATOM  11679  NZ  LYS D 225      24.574   1.154 100.664  1.00 89.51           N  
+ATOM  11680  N   VAL D 226      22.571  -2.044 104.981  1.00 68.61           N  
+ATOM  11681  CA  VAL D 226      21.519  -2.965 104.574  1.00 67.41           C  
+ATOM  11682  C   VAL D 226      21.115  -2.628 103.146  1.00 73.62           C  
+ATOM  11683  O   VAL D 226      20.968  -1.451 102.786  1.00 74.61           O  
+ATOM  11684  CB  VAL D 226      20.315  -2.892 105.534  1.00 60.98           C  
+ATOM  11685  CG1 VAL D 226      19.409  -4.107 105.356  1.00 57.47           C  
+ATOM  11686  CG2 VAL D 226      20.797  -2.784 106.973  1.00 57.30           C  
+ATOM  11687  N   GLU D 227      20.955  -3.661 102.324  1.00 80.23           N  
+ATOM  11688  CA  GLU D 227      20.656  -3.498 100.909  1.00 87.35           C  
+ATOM  11689  C   GLU D 227      20.073  -4.807 100.393  1.00 92.53           C  
+ATOM  11690  O   GLU D 227      20.235  -5.853 101.034  1.00 92.05           O  
+ATOM  11691  CB  GLU D 227      21.916  -3.105 100.115  1.00 92.45           C  
+ATOM  11692  CG  GLU D 227      23.101  -4.049 100.292  1.00 95.62           C  
+ATOM  11693  CD  GLU D 227      24.363  -3.551  99.604  1.00 98.30           C  
+ATOM  11694  OE1 GLU D 227      24.277  -2.607  98.791  1.00 99.37           O  
+ATOM  11695  OE2 GLU D 227      25.447  -4.106  99.881  1.00 99.75           O  
+ATOM  11696  N   PRO D 228      19.371  -4.778  99.257  1.00 97.53           N  
+ATOM  11697  CA  PRO D 228      18.832  -6.024  98.695  1.00 99.79           C  
+ATOM  11698  C   PRO D 228      19.932  -7.036  98.405  1.00102.69           C  
+ATOM  11699  O   PRO D 228      21.074  -6.680  98.106  1.00102.37           O  
+ATOM  11700  CB  PRO D 228      18.142  -5.563  97.406  1.00 98.82           C  
+ATOM  11701  CG  PRO D 228      17.797  -4.133  97.657  1.00 98.10           C  
+ATOM  11702  CD  PRO D 228      18.907  -3.591  98.515  1.00 98.07           C  
+ATOM  11703  N   LYS D 229      19.574  -8.315  98.500  1.00105.61           N  
+ATOM  11704  CA  LYS D 229      20.535  -9.388  98.285  1.00108.01           C  
+ATOM  11705  C   LYS D 229      20.718  -9.660  96.798  1.00109.78           C  
+ATOM  11706  O   LYS D 229      19.758  -9.639  96.022  1.00109.42           O  
+ATOM  11707  CB  LYS D 229      20.083 -10.663  98.996  1.00107.83           C  
+ATOM  11708  CG  LYS D 229      19.951 -10.512 100.497  1.00108.54           C  
+ATOM  11709  CD  LYS D 229      19.698 -11.850 101.168  1.00110.12           C  
+ATOM  11710  CE  LYS D 229      19.572 -11.687 102.677  1.00110.63           C  
+ATOM  11711  NZ  LYS D 229      20.751 -10.982 103.256  1.00110.92           N  
+ATOM  11712  N   SER D 230      21.962  -9.920  96.406  1.00112.05           N  
+ATOM  11713  CA  SER D 230      22.305 -10.204  95.021  1.00114.81           C  
+ATOM  11714  C   SER D 230      22.164 -11.695  94.730  1.00118.31           C  
+ATOM  11715  O   SER D 230      22.391 -12.543  95.598  1.00117.68           O  
+ATOM  11716  CB  SER D 230      23.731  -9.740  94.714  1.00114.51           C  
+ATOM  11717  OG  SER D 230      24.051  -9.917  93.345  1.00114.72           O  
+ATOM  11718  N   CYS D 231      21.785 -12.007  93.495  1.00122.11           N  
+ATOM  11719  CA  CYS D 231      21.568 -13.390  93.085  1.00125.15           C  
+ATOM  11720  C   CYS D 231      22.309 -13.698  91.790  1.00124.26           C  
+ATOM  11721  O   CYS D 231      21.691 -13.991  90.768  1.00123.44           O  
+ATOM  11722  CB  CYS D 231      20.070 -13.670  92.918  1.00128.80           C  
+ATOM  11723  SG  CYS D 231      19.094 -13.371  94.414  1.00131.95           S  
+HETATM11724  C1  GOL D 232      10.471  -0.918 159.869  1.00 59.25           C  
+HETATM11725  O1  GOL D 232       9.260  -1.488 160.272  1.00 57.42           O  
+HETATM11726  C2  GOL D 232      11.049  -0.172 161.097  1.00 58.78           C  
+HETATM11727  O2  GOL D 232      10.163  -0.200 162.172  1.00 57.22           O  
+HETATM11728  C3  GOL D 232      12.404  -0.884 161.401  1.00 58.88           C  
+HETATM11729  O3  GOL D 232      13.117  -0.074 162.290  1.00 59.33           O  
+HETATM11730  O   HOH D 233       7.501   7.066 160.837  1.00 33.39           O  
+HETATM11731  O   HOH D 234      14.338  14.103 152.238  1.00 45.85           O  
+HETATM11732  O   HOH D 235      11.005   5.508 107.046  1.00 46.70           O  
+HETATM11733  O   HOH D 236      29.825   0.649 121.770  1.00 59.11           O  
+HETATM11734  O   HOH D 237      24.537  -2.406 131.342  1.00 48.60           O  
+HETATM11735  O   HOH D 238      13.216 -12.098 159.191  1.00 25.18           O  
+HETATM11736  O   HOH D 239      33.079  -1.400 117.478  1.00 37.85           O  
+HETATM11737  O   HOH D 240      17.891  14.580 148.885  1.00 40.90           O  
+HETATM11738  O   HOH D 241       9.178 -10.651 140.294  1.00 35.82           O  
+HETATM11739  O   HOH D 242       9.150  -2.632  94.013  1.00 55.91           O  
+HETATM11740  O   HOH D 243       0.559  -4.040 171.636  1.00 28.10           O  
+HETATM11741  O   HOH D 244       8.959  10.309 161.218  1.00 36.81           O  
+HETATM11742  O   HOH D 245       0.641  -3.469 154.830  1.00 31.80           O  
+HETATM11743  O   HOH D 246      15.580  -9.180 160.493  1.00 38.62           O  
+HETATM11744  O   HOH D 247      12.247 -11.362 139.824  1.00 38.74           O  
+HETATM11745  O   HOH D 248      14.788 -12.174  94.274  1.00 72.18           O  
+HETATM11746  O   HOH D 249       5.325 -12.821 161.265  1.00 43.99           O  
+HETATM11747  O   HOH D 250       9.907  -0.186 164.775  1.00 39.17           O  
+HETATM11748  O   HOH D 251       9.103  -2.062 163.660  1.00 27.54           O  
+HETATM11749  O   HOH D 252      -0.873  -2.154 152.593  1.00 35.98           O  
+HETATM11750  O   HOH D 253      -7.203   5.954 161.798  1.00 40.53           O  
+HETATM11751  O   HOH D 254       3.474  -9.205 164.837  1.00 35.78           O  
+HETATM11752  O   HOH D 255      -5.178   0.853 165.608  1.00 22.68           O  
+HETATM11753  O   HOH D 256      11.473  -3.998 136.018  1.00 35.32           O  
+HETATM11754  O   HOH D 257      14.548   6.237 165.430  1.00 60.10           O  
+HETATM11755  O   HOH D 258      30.262 -16.623 131.494  1.00 57.44           O  
+HETATM11756  O   HOH D 259      19.059 -13.544 134.290  1.00 40.15           O  
+HETATM11757  O   HOH D 260      19.028 -14.184 154.017  1.00 31.22           O  
+HETATM11758  O   HOH D 261      32.387  -9.299 122.464  1.00 35.96           O  
+HETATM11759  O   HOH D 262      -3.169  -4.817 166.785  1.00 25.91           O  
+HETATM11760  O   HOH D 263      22.137 -17.435 121.726  1.00 59.18           O  
+HETATM11761  O   HOH D 264       4.355 -16.508 155.009  1.00 40.96           O  
+HETATM11762  O   HOH D 265      21.864  -6.140 158.140  1.00 52.33           O  
+HETATM11763  O   HOH D 266       1.665   5.018 154.104  1.00 24.75           O  
+HETATM11764  O   HOH D 267      32.511 -12.751 125.674  1.00 43.43           O  
+HETATM11765  O   HOH D 268      17.983   4.213 143.905  1.00 38.78           O  
+HETATM11766  O   HOH D 269      24.671   0.116 149.268  1.00 37.07           O  
+HETATM11767  O   HOH D 270      -3.908   2.715 167.340  1.00 38.61           O  
+HETATM11768  O   HOH D 271      -2.624   7.349 156.725  1.00 36.83           O  
+HETATM11769  O   HOH D 272      -2.666  11.313 164.074  1.00 50.43           O  
+HETATM11770  O   HOH D 273      24.121   1.383 155.514  1.00 32.26           O  
+HETATM11771  O   HOH D 274      14.920   4.831 162.329  1.00 39.22           O  
+HETATM11772  O   HOH D 275      24.417 -17.168 148.330  1.00 29.39           O  
+HETATM11773  O   HOH D 276      30.784 -14.494 135.899  1.00 49.57           O  
+HETATM11774  O   HOH D 277      19.114  -8.135 156.165  1.00 25.09           O  
+HETATM11775  O   HOH D 278       3.229   7.486 145.966  1.00 28.73           O  
+HETATM11776  O   HOH D 279      -1.633  -4.669 162.459  1.00 29.90           O  
+HETATM11777  O   HOH D 280      12.118 -15.811 142.919  1.00 31.94           O  
+HETATM11778  O   HOH D 281      12.989 -12.144 127.442  1.00 36.80           O  
+HETATM11779  O   HOH D 282      28.961  -8.328 132.212  1.00 31.50           O  
+HETATM11780  O   HOH D 283       4.566 -11.866 146.628  1.00 27.21           O  
+HETATM11781  O   HOH D 284      29.513 -10.819 133.201  1.00 30.32           O  
+HETATM11782  O   HOH D 285      -0.681   7.975 166.961  1.00 32.33           O  
+HETATM11783  O   HOH D 286       7.995  -9.359 138.524  1.00 27.09           O  
+HETATM11784  O   HOH D 287      13.132 -15.492 154.828  1.00 47.31           O  
+HETATM11785  O   HOH D 288      13.393 -12.022 136.139  1.00 38.79           O  
+HETATM11786  O   HOH D 289      18.575 -20.894 144.987  1.00 42.33           O  
+HETATM11787  O   HOH D 290      28.572 -14.586 127.709  1.00 49.38           O  
+HETATM11788  O   HOH D 291       3.744  -4.152 174.816  1.00 36.99           O  
+HETATM11789  O   HOH D 292      12.824  -6.324 163.109  1.00 30.87           O  
+HETATM11790  O   HOH D 293       5.160 -13.966 145.179  1.00 33.47           O  
+HETATM11791  O   HOH D 294       2.260  -3.352 165.901  1.00 22.46           O  
+HETATM11792  O   HOH D 295      20.749   3.129 149.961  1.00 33.47           O  
+HETATM11793  O   HOH D 296      16.054   3.339 117.831  1.00 42.22           O  
+HETATM11794  O   HOH D 297      29.130  -8.359 110.549  1.00 55.17           O  
+HETATM11795  O   HOH D 298      23.116  -8.759 155.940  1.00 32.37           O  
+HETATM11796  O   HOH D 299      21.699 -13.915 131.456  1.00 40.10           O  
+HETATM11797  O   HOH D 300      15.036  -1.928 122.608  1.00 43.73           O  
+HETATM11798  O   HOH D 301      23.798  -1.334 159.407  1.00 41.67           O  
+HETATM11799  O   HOH D 302      28.281 -13.693 135.479  1.00 41.75           O  
+HETATM11800  O   HOH D 303      19.318   7.496 156.090  1.00 32.90           O  
+HETATM11801  O   HOH D 304      -1.102   9.267 158.385  1.00 40.08           O  
+HETATM11802  O   HOH D 305      11.406   8.415 147.779  1.00 49.83           O  
+HETATM11803  O   HOH D 306       6.974  -3.987 133.568  1.00 45.82           O  
+HETATM11804  O   HOH D 307      22.337  -6.221 133.702  1.00 50.69           O  
+HETATM11805  O   HOH D 308       9.243 -14.063 160.006  1.00 41.04           O  
+HETATM11806  O   HOH D 309       4.191 -16.091 152.336  1.00 42.18           O  
+HETATM11807  O   HOH D 310      23.994  -2.277 150.124  1.00 34.84           O  
+HETATM11808  O   HOH D 311       2.326   6.280 165.171  1.00 35.16           O  
+HETATM11809  O   HOH D 312      -5.215  -0.153 152.669  1.00 24.31           O  
+HETATM11810  O   HOH D 313      10.351 -13.298 139.128  1.00 37.68           O  
+HETATM11811  O   HOH D 314      20.371 -11.790 132.143  1.00 34.93           O  
+HETATM11812  O   HOH D 315       6.483 -14.828 156.154  1.00 32.02           O  
+HETATM11813  O   HOH D 316      -4.756   3.911 163.683  1.00 40.59           O  
+HETATM11814  O   HOH D 317       4.283 -10.274 136.969  1.00 45.10           O  
+HETATM11815  O   HOH D 318      20.681   1.875 142.248  1.00 41.98           O  
+HETATM11816  O   HOH D 319      28.146 -13.981 146.082  1.00 41.12           O  
+HETATM11817  O   HOH D 320      25.358  -4.647 147.127  1.00 47.46           O  
+HETATM11818  O   HOH D 321      26.249  -8.838 153.392  1.00 37.22           O  
+HETATM11819  O   HOH D 322      27.229  -4.884 138.442  1.00 30.16           O  
+HETATM11820  O   HOH D 323      21.442  -7.203 131.454  1.00 42.40           O  
+HETATM11821  O   HOH D 324      10.693  -1.505 137.093  1.00 46.02           O  
+HETATM11822  O   HOH D 325      24.250   1.083 153.104  1.00 36.44           O  
+HETATM11823  O   HOH D 326       9.230 -11.834 162.900  1.00 40.73           O  
+HETATM11824  O   HOH D 327      12.930 -19.473 148.442  1.00 40.23           O  
+HETATM11825  O   HOH D 328      -3.451   6.372 168.524  1.00 34.56           O  
+HETATM11826  O   HOH D 329      -0.972  -4.423 164.988  1.00 21.41           O  
+HETATM11827  O   HOH D 330       8.241 -15.595 142.122  1.00 36.75           O  
+HETATM11828  O   HOH D 331       3.658  10.527 148.074  1.00 36.45           O  
+HETATM11829  O   HOH D 332      22.386  -5.108 137.399  1.00 41.00           O  
+HETATM11830  O   HOH D 333       3.619 -16.039 148.914  1.00 47.52           O  
+HETATM11831  O   HOH D 334       2.065 -10.223 142.411  1.00 39.07           O  
+HETATM11832  O   HOH D 335       5.959  10.664 158.350  1.00 37.81           O  
+HETATM11833  O   HOH D 336      11.720   3.296 138.427  1.00 48.52           O  
+HETATM11834  O   HOH D 337       3.345  -6.375 132.148  1.00 47.91           O  
+HETATM11835  O   HOH D 338      16.360 -13.701 134.285  1.00 39.66           O  
+HETATM11836  O   HOH D 339      19.544 -19.674 138.365  1.00 39.31           O  
+HETATM11837  O   HOH D 340      20.270  -4.271 159.866  1.00 34.44           O  
+HETATM11838  O   HOH D 341      15.035  15.853 148.545  1.00 72.22           O  
+HETATM11839  O   HOH D 342       6.408  -8.104 128.742  1.00 44.91           O  
+HETATM11840  O   HOH D 343       2.806  -9.733 145.342  1.00 25.68           O  
+HETATM11841  O   HOH D 344       7.464  12.964 158.065  1.00 58.40           O  
+HETATM11842  O   HOH D 345       8.081   4.916 114.267  1.00 47.50           O  
+HETATM11843  O   HOH D 346      15.877  12.658 158.275  1.00 39.55           O  
+HETATM11844  O   HOH D 347      22.487  -4.188 159.743  1.00 54.91           O  
+HETATM11845  O   HOH D 348       7.432   8.280 146.300  1.00 39.83           O  
+HETATM11846  O   HOH D 349      21.897  -3.264 132.642  1.00 47.92           O  
+HETATM11847  O   HOH D 350      26.489  -7.455 148.997  1.00 34.12           O  
+HETATM11848  O   HOH D 351      15.698 -18.784 123.049  1.00 45.48           O  
+HETATM11849  O   HOH D 352      26.185 -10.094 150.524  1.00 28.57           O  
+HETATM11850  O   HOH D 353      19.687 -17.023 153.970  1.00 48.34           O  
+HETATM11851  O   HOH D 354       2.139   3.892 177.266  1.00 35.87           O  
+HETATM11852  O   HOH D 355      11.858 -18.477 142.933  1.00 57.52           O  
+HETATM11853  O   HOH D 356      22.210 -17.281 134.030  1.00 48.39           O  
+HETATM11854  O   HOH D 357       6.377 -11.984 137.637  1.00 60.77           O  
+HETATM11855  O   HOH D 358       5.466 -16.039 146.472  1.00 31.07           O  
+HETATM11856  O   HOH D 359       3.133 -18.889 146.704  1.00 59.29           O  
+HETATM11857  O   HOH D 360       3.976   4.521 165.013  1.00 42.20           O  
+HETATM11858  O   HOH D 361      10.510 -15.325 140.414  1.00 40.94           O  
+HETATM11859  O   HOH D 362       7.716   2.827 166.980  1.00 36.21           O  
+HETATM11860  O   HOH D 363      -1.602   5.760 152.995  1.00 27.42           O  
+HETATM11861  O   HOH D 364      32.139  -8.098 119.946  1.00 54.50           O  
+HETATM11862  O   HOH D 365       0.042  -6.418 158.969  1.00 36.27           O  
+HETATM11863  O   HOH D 366       1.171  -5.754 156.177  1.00 32.43           O  
+HETATM11864  O   HOH D 367      28.829  -3.481  98.559  1.00 73.96           O  
+HETATM11865  O   HOH D 368       6.558   9.419 160.675  1.00 41.92           O  
+HETATM11866  O   HOH D 369       7.331  -0.536 134.317  1.00 50.64           O  
+HETATM11867  O   HOH D 370      29.379 -17.752 129.688  1.00 56.59           O  
+HETATM11868  O   HOH D 371      -2.735  11.066 166.572  1.00 42.54           O  
+HETATM11869  O   HOH D 372      21.845   5.472 149.748  1.00 50.06           O  
+HETATM11870  O   HOH D 373      20.359 -15.893 132.423  1.00 44.08           O  
+HETATM11871  O   HOH D 374      11.718 -16.492 156.612  1.00 56.12           O  
+HETATM11872  O   HOH D 375       5.217 -18.418 145.040  1.00 40.38           O  
+HETATM11873  O   HOH D 376      22.532   3.355 152.176  1.00 39.99           O  
+HETATM11874  O   HOH D 377      13.133 -10.689 129.305  1.00 49.15           O  
+HETATM11875  O   HOH D 378      28.221  -7.950 147.266  1.00 47.46           O  
+HETATM11876  O   HOH D 379      26.962  -5.519 151.123  1.00 49.13           O  
+HETATM11877  O   HOH D 380      31.783 -17.073 127.327  1.00 48.82           O  
+HETATM11878  O   HOH D 381       2.743  10.137 145.279  1.00 41.34           O  
+HETATM11879  O   HOH D 382      19.796  -2.120 132.221  1.00 52.98           O  
+HETATM11880  O   HOH D 383       8.401 -16.141 157.167  1.00 49.86           O  
+HETATM11881  O   HOH D 384      30.987 -15.126 126.081  1.00 48.33           O  
+HETATM11882  O   HOH D 385      15.170  -7.718 162.555  1.00 44.02           O  
+HETATM11883  O   HOH D 386      15.396 -11.701 133.230  1.00 45.33           O  
+HETATM11884  O   HOH D 387      20.787   8.307 150.631  1.00 41.23           O  
+HETATM11885  O   HOH D 388      14.958 -16.115 133.035  1.00 48.24           O  
+HETATM11886  O   HOH D 389      29.444  -1.347 100.081  1.00 54.78           O  
+HETATM11887  O   HOH D 390      20.820 -19.515 135.315  1.00 45.15           O  
+HETATM11888  O   HOH D 391      28.115  -5.850 133.891  1.00 57.15           O  
+HETATM11889  O   HOH D 392      13.461 -12.112 131.593  1.00 41.03           O  
+HETATM11890  O   HOH D 393      13.133 -14.815 131.245  1.00 47.03           O  
+ATOM  11891  N   GLN H   3      -4.467 -14.253 146.926  1.00 64.03           N  
+ATOM  11892  CA  GLN H   3      -4.590 -14.055 145.486  1.00 65.12           C  
+ATOM  11893  C   GLN H   3      -5.572 -12.925 145.146  1.00 62.32           C  
+ATOM  11894  O   GLN H   3      -6.719 -12.925 145.593  1.00 63.82           O  
+ATOM  11895  CB  GLN H   3      -5.025 -15.362 144.817  1.00 68.41           C  
+ATOM  11896  CG  GLN H   3      -5.032 -15.326 143.295  1.00 72.11           C  
+ATOM  11897  CD  GLN H   3      -5.208 -16.708 142.677  1.00 74.33           C  
+ATOM  11898  OE1 GLN H   3      -5.532 -17.674 143.368  1.00 75.67           O  
+ATOM  11899  NE2 GLN H   3      -4.986 -16.805 141.371  1.00 73.98           N  
+ATOM  11900  N   MET H   4      -5.105 -11.957 144.356  1.00 56.57           N  
+ATOM  11901  CA  MET H   4      -5.901 -10.818 143.909  1.00 51.47           C  
+ATOM  11902  C   MET H   4      -5.992 -10.866 142.391  1.00 49.45           C  
+ATOM  11903  O   MET H   4      -5.024 -10.533 141.698  1.00 49.96           O  
+ATOM  11904  CB  MET H   4      -5.286  -9.497 144.371  1.00 50.16           C  
+ATOM  11905  CG  MET H   4      -5.576  -9.145 145.807  1.00 49.43           C  
+ATOM  11906  SD  MET H   4      -7.344  -8.890 146.041  1.00 51.58           S  
+ATOM  11907  CE  MET H   4      -7.434  -7.126 146.256  1.00 46.72           C  
+ATOM  11908  N   THR H   5      -7.152 -11.262 141.875  1.00 43.69           N  
+ATOM  11909  CA  THR H   5      -7.338 -11.443 140.440  1.00 42.05           C  
+ATOM  11910  C   THR H   5      -7.774 -10.116 139.829  1.00 37.18           C  
+ATOM  11911  O   THR H   5      -8.904  -9.668 140.044  1.00 35.23           O  
+ATOM  11912  CB  THR H   5      -8.364 -12.541 140.180  1.00 42.92           C  
+ATOM  11913  OG1 THR H   5      -7.913 -13.759 140.785  1.00 44.80           O  
+ATOM  11914  CG2 THR H   5      -8.562 -12.754 138.685  1.00 42.00           C  
+ATOM  11915  N   GLN H   6      -6.883  -9.486 139.066  1.00 33.66           N  
+ATOM  11916  CA  GLN H   6      -7.187  -8.211 138.430  1.00 32.66           C  
+ATOM  11917  C   GLN H   6      -7.718  -8.431 137.016  1.00 33.56           C  
+ATOM  11918  O   GLN H   6      -7.218  -9.287 136.287  1.00 37.18           O  
+ATOM  11919  CB  GLN H   6      -5.946  -7.319 138.395  1.00 29.45           C  
+ATOM  11920  CG  GLN H   6      -6.244  -5.908 137.912  1.00 31.09           C  
+ATOM  11921  CD  GLN H   6      -5.182  -4.906 138.305  1.00 30.93           C  
+ATOM  11922  OE1 GLN H   6      -4.361  -5.164 139.193  1.00 31.64           O  
+ATOM  11923  NE2 GLN H   6      -5.196  -3.745 137.652  1.00 27.02           N  
+ATOM  11924  N   SER H   7      -8.734  -7.643 136.635  1.00 35.97           N  
+ATOM  11925  CA  SER H   7      -9.391  -7.705 135.322  1.00 40.28           C  
+ATOM  11926  C   SER H   7      -9.870  -6.323 134.899  1.00 43.93           C  
+ATOM  11927  O   SER H   7     -10.372  -5.567 135.741  1.00 45.88           O  
+ATOM  11928  CB  SER H   7     -10.589  -8.664 135.329  1.00 44.39           C  
+ATOM  11929  OG  SER H   7     -10.172 -10.017 135.375  1.00 50.60           O  
+ATOM  11930  N   PRO H   8      -9.746  -5.966 133.611  1.00 46.84           N  
+ATOM  11931  CA  PRO H   8      -9.061  -6.752 132.579  1.00 43.18           C  
+ATOM  11932  C   PRO H   8      -7.559  -6.497 132.567  1.00 42.12           C  
+ATOM  11933  O   PRO H   8      -7.075  -5.574 133.219  1.00 42.96           O  
+ATOM  11934  CB  PRO H   8      -9.704  -6.255 131.283  1.00 45.72           C  
+ATOM  11935  CG  PRO H   8     -10.033  -4.824 131.581  1.00 47.24           C  
+ATOM  11936  CD  PRO H   8     -10.441  -4.795 133.042  1.00 47.51           C  
+ATOM  11937  N   SER H   9      -6.821  -7.317 131.825  1.00 43.03           N  
+ATOM  11938  CA  SER H   9      -5.380  -7.109 131.733  1.00 42.18           C  
+ATOM  11939  C   SER H   9      -5.050  -5.859 130.935  1.00 40.11           C  
+ATOM  11940  O   SER H   9      -3.991  -5.257 131.131  1.00 39.39           O  
+ATOM  11941  CB  SER H   9      -4.723  -8.334 131.111  1.00 48.92           C  
+ATOM  11942  OG  SER H   9      -5.480  -8.770 129.995  1.00 55.90           O  
+ATOM  11943  N   SER H  10      -5.938  -5.453 130.035  1.00 43.56           N  
+ATOM  11944  CA BSER H  10      -5.736  -4.240 129.260  0.64 42.78           C  
+ATOM  11945  C   SER H  10      -7.093  -3.720 128.816  1.00 42.23           C  
+ATOM  11946  O   SER H  10      -8.004  -4.500 128.538  1.00 45.61           O  
+ATOM  11947  CB BSER H  10      -4.835  -4.492 128.047  0.64 43.77           C  
+ATOM  11948  OG BSER H  10      -5.498  -5.284 127.080  0.64 43.84           O  
+ATOM  11949  N   LEU H  11      -7.222  -2.403 128.767  1.00 40.67           N  
+ATOM  11950  CA  LEU H  11      -8.460  -1.797 128.319  1.00 41.98           C  
+ATOM  11951  C   LEU H  11      -8.130  -0.534 127.546  1.00 40.80           C  
+ATOM  11952  O   LEU H  11      -7.229   0.220 127.926  1.00 36.32           O  
+ATOM  11953  CB  LEU H  11      -9.402  -1.501 129.496  1.00 45.54           C  
+ATOM  11954  CG  LEU H  11      -9.201  -0.302 130.422  1.00 47.27           C  
+ATOM  11955  CD1 LEU H  11      -9.895   0.942 129.870  1.00 44.47           C  
+ATOM  11956  CD2 LEU H  11      -9.758  -0.644 131.798  1.00 49.59           C  
+ATOM  11957  N   SER H  12      -8.849  -0.326 126.447  1.00 39.25           N  
+ATOM  11958  CA BSER H  12      -8.694   0.861 125.621  0.64 38.34           C  
+ATOM  11959  C   SER H  12      -9.814   1.848 125.920  1.00 36.70           C  
+ATOM  11960  O   SER H  12     -10.961   1.450 126.145  1.00 37.93           O  
+ATOM  11961  CB BSER H  12      -8.697   0.484 124.141  0.64 39.64           C  
+ATOM  11962  OG BSER H  12      -9.784  -0.376 123.851  0.64 41.99           O  
+ATOM  11963  N   ALA H  13      -9.477   3.136 125.919  1.00 35.41           N  
+ATOM  11964  CA  ALA H  13     -10.433   4.169 126.288  1.00 36.68           C  
+ATOM  11965  C   ALA H  13     -10.028   5.488 125.639  1.00 35.90           C  
+ATOM  11966  O   ALA H  13      -8.921   5.630 125.110  1.00 33.35           O  
+ATOM  11967  CB  ALA H  13     -10.515   4.312 127.819  1.00 36.87           C  
+ATOM  11968  N   SER H  14     -10.930   6.468 125.712  1.00 35.15           N  
+ATOM  11969  CA  SER H  14     -10.680   7.802 125.183  1.00 39.32           C  
+ATOM  11970  C   SER H  14     -10.750   8.846 126.293  1.00 40.22           C  
+ATOM  11971  O   SER H  14     -11.386   8.636 127.332  1.00 41.94           O  
+ATOM  11972  CB  SER H  14     -11.688   8.161 124.077  1.00 40.34           C  
+ATOM  11973  OG  SER H  14     -11.752   7.140 123.098  1.00 40.66           O  
+ATOM  11974  N   VAL H  15     -10.072   9.978 126.059  1.00 40.55           N  
+ATOM  11975  CA  VAL H  15     -10.174  11.123 126.960  1.00 41.12           C  
+ATOM  11976  C   VAL H  15     -11.642  11.458 127.188  1.00 43.75           C  
+ATOM  11977  O   VAL H  15     -12.406  11.660 126.235  1.00 41.70           O  
+ATOM  11978  CB  VAL H  15      -9.407  12.330 126.389  1.00 40.42           C  
+ATOM  11979  CG1 VAL H  15      -9.676  13.579 127.224  1.00 41.40           C  
+ATOM  11980  CG2 VAL H  15      -7.916  12.049 126.322  1.00 38.77           C  
+ATOM  11981  N   GLY H  16     -12.043  11.503 128.461  1.00 42.34           N  
+ATOM  11982  CA  GLY H  16     -13.415  11.755 128.849  1.00 41.45           C  
+ATOM  11983  C   GLY H  16     -14.212  10.522 129.225  1.00 38.77           C  
+ATOM  11984  O   GLY H  16     -15.339  10.661 129.710  1.00 35.32           O  
+ATOM  11985  N   ASP H  17     -13.666   9.328 129.019  1.00 40.03           N  
+ATOM  11986  CA  ASP H  17     -14.376   8.105 129.350  1.00 38.12           C  
+ATOM  11987  C   ASP H  17     -14.411   7.879 130.858  1.00 38.74           C  
+ATOM  11988  O   ASP H  17     -13.579   8.388 131.611  1.00 40.53           O  
+ATOM  11989  CB  ASP H  17     -13.727   6.900 128.674  1.00 38.18           C  
+ATOM  11990  CG  ASP H  17     -14.076   6.803 127.204  1.00 46.65           C  
+ATOM  11991  OD1 ASP H  17     -14.920   7.604 126.741  1.00 49.76           O  
+ATOM  11992  OD2 ASP H  17     -13.511   5.922 126.517  1.00 46.52           O  
+ATOM  11993  N   ARG H  18     -15.406   7.106 131.288  1.00 38.09           N  
+ATOM  11994  CA  ARG H  18     -15.471   6.557 132.635  1.00 39.82           C  
+ATOM  11995  C   ARG H  18     -14.876   5.153 132.608  1.00 40.63           C  
+ATOM  11996  O   ARG H  18     -15.377   4.278 131.890  1.00 45.43           O  
+ATOM  11997  CB  ARG H  18     -16.914   6.525 133.140  1.00 39.84           C  
+ATOM  11998  CG  ARG H  18     -17.068   6.005 134.563  1.00 43.67           C  
+ATOM  11999  CD  ARG H  18     -18.535   5.988 134.977  1.00 47.18           C  
+ATOM  12000  NE  ARG H  18     -18.712   5.647 136.385  1.00 48.10           N  
+ATOM  12001  CZ  ARG H  18     -18.911   4.411 136.832  1.00 50.21           C  
+ATOM  12002  NH1 ARG H  18     -18.961   3.394 135.979  1.00 52.06           N  
+ATOM  12003  NH2 ARG H  18     -19.062   4.193 138.131  1.00 49.71           N  
+ATOM  12004  N   VAL H  19     -13.817   4.942 133.390  1.00 32.83           N  
+ATOM  12005  CA  VAL H  19     -13.013   3.725 133.352  1.00 35.03           C  
+ATOM  12006  C   VAL H  19     -13.184   2.972 134.665  1.00 33.33           C  
+ATOM  12007  O   VAL H  19     -13.148   3.580 135.740  1.00 32.14           O  
+ATOM  12008  CB  VAL H  19     -11.522   4.057 133.117  1.00 38.45           C  
+ATOM  12009  CG1 VAL H  19     -10.687   2.779 133.012  1.00 40.49           C  
+ATOM  12010  CG2 VAL H  19     -11.344   4.941 131.887  1.00 41.23           C  
+ATOM  12011  N   THR H  20     -13.316   1.643 134.576  1.00 34.01           N  
+ATOM  12012  CA  THR H  20     -13.565   0.769 135.720  1.00 36.38           C  
+ATOM  12013  C   THR H  20     -12.597  -0.411 135.719  1.00 35.34           C  
+ATOM  12014  O   THR H  20     -12.476  -1.108 134.709  1.00 34.66           O  
+ATOM  12015  CB  THR H  20     -15.007   0.251 135.682  1.00 37.25           C  
+ATOM  12016  OG1 THR H  20     -15.893   1.276 136.152  1.00 41.69           O  
+ATOM  12017  CG2 THR H  20     -15.158  -0.998 136.527  1.00 38.88           C  
+ATOM  12018  N   ILE H  21     -11.933  -0.653 136.854  1.00 31.71           N  
+ATOM  12019  CA  ILE H  21     -11.007  -1.772 137.007  1.00 30.14           C  
+ATOM  12020  C   ILE H  21     -11.338  -2.488 138.307  1.00 31.31           C  
+ATOM  12021  O   ILE H  21     -11.496  -1.840 139.347  1.00 30.08           O  
+ATOM  12022  CB  ILE H  21      -9.535  -1.306 137.014  1.00 31.94           C  
+ATOM  12023  CG1 ILE H  21      -9.204  -0.522 135.744  1.00 31.67           C  
+ATOM  12024  CG2 ILE H  21      -8.590  -2.501 137.163  1.00 30.71           C  
+ATOM  12025  CD1 ILE H  21      -7.798   0.056 135.742  1.00 34.06           C  
+ATOM  12026  N   THR H  22     -11.424  -3.818 138.261  1.00 32.71           N  
+ATOM  12027  CA  THR H  22     -11.876  -4.573 139.422  1.00 39.40           C  
+ATOM  12028  C   THR H  22     -10.921  -5.707 139.763  1.00 40.30           C  
+ATOM  12029  O   THR H  22     -10.464  -6.431 138.876  1.00 43.13           O  
+ATOM  12030  CB  THR H  22     -13.279  -5.164 139.197  1.00 44.25           C  
+ATOM  12031  OG1 THR H  22     -13.181  -6.264 138.283  1.00 51.89           O  
+ATOM  12032  CG2 THR H  22     -14.226  -4.128 138.616  1.00 39.09           C  
+ATOM  12033  N   CYS H  23     -10.644  -5.866 141.056  1.00 38.64           N  
+ATOM  12034  CA ACYS H  23      -9.891  -6.993 141.588  0.50 37.67           C  
+ATOM  12035  C   CYS H  23     -10.775  -7.790 142.534  1.00 35.94           C  
+ATOM  12036  O   CYS H  23     -11.510  -7.209 143.344  1.00 34.78           O  
+ATOM  12037  CB ACYS H  23      -8.642  -6.534 142.339  0.50 38.35           C  
+ATOM  12038  SG ACYS H  23      -7.281  -6.057 141.285  0.50 35.64           S  
+ATOM  12039  N   ARG H  24     -10.701  -9.115 142.440  1.00 33.43           N  
+ATOM  12040  CA  ARG H  24     -11.511 -10.007 143.258  1.00 36.07           C  
+ATOM  12041  C   ARG H  24     -10.619 -10.706 144.274  1.00 33.00           C  
+ATOM  12042  O   ARG H  24      -9.645 -11.370 143.897  1.00 33.93           O  
+ATOM  12043  CB  ARG H  24     -12.241 -11.035 142.395  1.00 40.86           C  
+ATOM  12044  CG  ARG H  24     -13.119 -11.964 143.218  1.00 47.88           C  
+ATOM  12045  CD  ARG H  24     -13.845 -12.980 142.358  1.00 55.44           C  
+ATOM  12046  NE  ARG H  24     -14.770 -12.362 141.412  1.00 62.54           N  
+ATOM  12047  CZ  ARG H  24     -16.055 -12.126 141.660  1.00 65.76           C  
+ATOM  12048  NH1 ARG H  24     -16.576 -12.445 142.838  1.00 67.40           N  
+ATOM  12049  NH2 ARG H  24     -16.821 -11.565 140.731  1.00 65.31           N  
+ATOM  12050  N   ALA H  25     -10.943 -10.557 145.555  1.00 32.30           N  
+ATOM  12051  CA  ALA H  25     -10.170 -11.201 146.611  1.00 32.56           C  
+ATOM  12052  C   ALA H  25     -10.742 -12.584 146.902  1.00 38.00           C  
+ATOM  12053  O   ALA H  25     -11.960 -12.771 146.935  1.00 45.40           O  
+ATOM  12054  CB  ALA H  25     -10.162 -10.348 147.881  1.00 29.97           C  
+ATOM  12055  N   SER H  26      -9.859 -13.558 147.099  1.00 40.62           N  
+ATOM  12056  CA  SER H  26     -10.257 -14.941 147.328  1.00 43.39           C  
+ATOM  12057  C   SER H  26      -9.911 -15.356 148.750  1.00 41.95           C  
+ATOM  12058  O   SER H  26      -8.769 -15.175 149.191  1.00 40.37           O  
+ATOM  12059  CB  SER H  26      -9.578 -15.885 146.334  1.00 49.31           C  
+ATOM  12060  OG  SER H  26      -9.836 -17.243 146.669  1.00 52.73           O  
+ATOM  12061  N   GLN H  27     -10.895 -15.924 149.452  1.00 39.32           N  
+ATOM  12062  CA  GLN H  27     -10.704 -16.473 150.794  1.00 39.75           C  
+ATOM  12063  C   GLN H  27     -10.087 -15.434 151.731  1.00 38.85           C  
+ATOM  12064  O   GLN H  27      -9.140 -15.707 152.472  1.00 45.30           O  
+ATOM  12065  CB  GLN H  27      -9.857 -17.747 150.741  1.00 37.70           C  
+ATOM  12066  N   SER H  28     -10.633 -14.221 151.681  1.00 36.09           N  
+ATOM  12067  CA  SER H  28     -10.099 -13.087 152.421  1.00 37.37           C  
+ATOM  12068  C   SER H  28     -11.235 -12.168 152.846  1.00 35.65           C  
+ATOM  12069  O   SER H  28     -12.205 -11.985 152.103  1.00 37.93           O  
+ATOM  12070  CB  SER H  28      -9.094 -12.303 151.575  1.00 38.10           C  
+ATOM  12071  OG  SER H  28      -8.715 -11.108 152.232  1.00 41.45           O  
+ATOM  12072  N   VAL H  29     -11.106 -11.576 154.034  1.00 29.60           N  
+ATOM  12073  CA  VAL H  29     -12.077 -10.604 154.507  1.00 28.25           C  
+ATOM  12074  C   VAL H  29     -11.447  -9.235 154.752  1.00 28.45           C  
+ATOM  12075  O   VAL H  29     -12.118  -8.326 155.246  1.00 31.25           O  
+ATOM  12076  CB  VAL H  29     -12.811 -11.117 155.761  1.00 28.36           C  
+ATOM  12077  CG1 VAL H  29     -13.350 -12.516 155.510  1.00 29.27           C  
+ATOM  12078  CG2 VAL H  29     -11.894 -11.114 156.976  1.00 22.23           C  
+ATOM  12079  N   SER H  36     -10.185  -9.057 154.379  1.00 21.93           N  
+ATOM  12080  CA  SER H  36      -9.508  -7.781 154.573  1.00 23.44           C  
+ATOM  12081  C   SER H  36     -10.058  -6.706 153.643  1.00 28.36           C  
+ATOM  12082  O   SER H  36     -10.273  -6.949 152.452  1.00 26.94           O  
+ATOM  12083  CB  SER H  36      -8.014  -7.957 154.322  1.00 23.55           C  
+ATOM  12084  OG  SER H  36      -7.355  -6.710 154.281  1.00 26.56           O  
+ATOM  12085  N   SER H  37     -10.260  -5.496 154.176  1.00 28.28           N  
+ATOM  12086  CA  SER H  37     -10.546  -4.333 153.337  1.00 26.17           C  
+ATOM  12087  C   SER H  37      -9.325  -3.445 153.118  1.00 24.83           C  
+ATOM  12088  O   SER H  37      -9.474  -2.325 152.622  1.00 24.77           O  
+ATOM  12089  CB  SER H  37     -11.683  -3.493 153.922  1.00 26.77           C  
+ATOM  12090  OG  SER H  37     -12.940  -3.917 153.429  1.00 29.63           O  
+ATOM  12091  N   ALA H  38      -8.124  -3.924 153.457  1.00 22.76           N  
+ATOM  12092  CA  ALA H  38      -6.884  -3.169 153.256  1.00 19.88           C  
+ATOM  12093  C   ALA H  38      -6.471  -3.280 151.791  1.00 21.57           C  
+ATOM  12094  O   ALA H  38      -5.561  -4.022 151.418  1.00 21.60           O  
+ATOM  12095  CB  ALA H  38      -5.778  -3.683 154.174  1.00 19.86           C  
+ATOM  12096  N   VAL H  39      -7.143  -2.516 150.941  1.00 20.88           N  
+ATOM  12097  CA  VAL H  39      -6.956  -2.626 149.498  1.00 21.61           C  
+ATOM  12098  C   VAL H  39      -6.537  -1.266 148.963  1.00 23.23           C  
+ATOM  12099  O   VAL H  39      -7.220  -0.260 149.200  1.00 24.49           O  
+ATOM  12100  CB  VAL H  39      -8.221  -3.152 148.795  1.00 20.21           C  
+ATOM  12101  CG1 VAL H  39      -8.061  -3.056 147.247  1.00 20.36           C  
+ATOM  12102  CG2 VAL H  39      -8.474  -4.602 149.211  1.00 20.18           C  
+ATOM  12103  N   ALA H  40      -5.404  -1.241 148.263  1.00 23.58           N  
+ATOM  12104  CA  ALA H  40      -4.836  -0.016 147.732  1.00 23.28           C  
+ATOM  12105  C   ALA H  40      -4.675  -0.138 146.222  1.00 24.43           C  
+ATOM  12106  O   ALA H  40      -4.588  -1.242 145.671  1.00 27.19           O  
+ATOM  12107  CB  ALA H  40      -3.491   0.305 148.380  1.00 20.62           C  
+ATOM  12108  N   TRP H  41      -4.638   1.015 145.562  1.00 25.19           N  
+ATOM  12109  CA  TRP H  41      -4.484   1.100 144.112  1.00 20.97           C  
+ATOM  12110  C   TRP H  41      -3.293   1.986 143.774  1.00 24.20           C  
+ATOM  12111  O   TRP H  41      -3.091   3.027 144.405  1.00 26.17           O  
+ATOM  12112  CB  TRP H  41      -5.748   1.653 143.464  1.00 20.91           C  
+ATOM  12113  CG  TRP H  41      -6.903   0.730 143.549  1.00 20.78           C  
+ATOM  12114  CD1 TRP H  41      -7.843   0.675 144.540  1.00 20.61           C  
+ATOM  12115  CD2 TRP H  41      -7.252  -0.288 142.605  1.00 22.88           C  
+ATOM  12116  NE1 TRP H  41      -8.750  -0.319 144.272  1.00 25.44           N  
+ATOM  12117  CE2 TRP H  41      -8.418  -0.913 143.081  1.00 26.67           C  
+ATOM  12118  CE3 TRP H  41      -6.694  -0.726 141.404  1.00 22.20           C  
+ATOM  12119  CZ2 TRP H  41      -9.033  -1.958 142.398  1.00 25.33           C  
+ATOM  12120  CZ3 TRP H  41      -7.302  -1.758 140.727  1.00 27.46           C  
+ATOM  12121  CH2 TRP H  41      -8.465  -2.365 141.224  1.00 24.64           C  
+ATOM  12122  N   TYR H  42      -2.515   1.577 142.773  1.00 27.00           N  
+ATOM  12123  CA  TYR H  42      -1.312   2.299 142.370  1.00 21.54           C  
+ATOM  12124  C   TYR H  42      -1.323   2.570 140.868  1.00 22.06           C  
+ATOM  12125  O   TYR H  42      -1.883   1.796 140.085  1.00 21.72           O  
+ATOM  12126  CB  TYR H  42      -0.045   1.523 142.731  1.00 21.66           C  
+ATOM  12127  CG  TYR H  42       0.069   1.233 144.217  1.00 22.99           C  
+ATOM  12128  CD1 TYR H  42       0.809   2.055 145.053  1.00 21.49           C  
+ATOM  12129  CD2 TYR H  42      -0.578   0.141 144.778  1.00 21.83           C  
+ATOM  12130  CE1 TYR H  42       0.911   1.795 146.409  1.00 23.20           C  
+ATOM  12131  CE2 TYR H  42      -0.475  -0.139 146.135  1.00 21.20           C  
+ATOM  12132  CZ  TYR H  42       0.263   0.699 146.942  1.00 23.75           C  
+ATOM  12133  OH  TYR H  42       0.351   0.427 148.299  1.00 23.89           O  
+ATOM  12134  N   GLN H  43      -0.661   3.660 140.473  1.00 27.01           N  
+ATOM  12135  CA  GLN H  43      -0.451   4.003 139.068  1.00 26.55           C  
+ATOM  12136  C   GLN H  43       1.046   3.995 138.760  1.00 22.32           C  
+ATOM  12137  O   GLN H  43       1.857   4.486 139.553  1.00 22.35           O  
+ATOM  12138  CB  GLN H  43      -1.040   5.374 138.739  1.00 22.04           C  
+ATOM  12139  CG  GLN H  43      -0.998   5.761 137.249  1.00 31.18           C  
+ATOM  12140  CD  GLN H  43      -1.114   7.260 137.057  1.00 35.41           C  
+ATOM  12141  OE1 GLN H  43      -0.375   8.039 137.672  1.00 36.46           O  
+ATOM  12142  NE2 GLN H  43      -2.053   7.678 136.221  1.00 35.54           N  
+ATOM  12143  N   GLN H  44       1.414   3.438 137.607  1.00 25.74           N  
+ATOM  12144  CA  GLN H  44       2.820   3.356 137.218  1.00 24.40           C  
+ATOM  12145  C   GLN H  44       2.977   3.707 135.747  1.00 26.97           C  
+ATOM  12146  O   GLN H  44       2.324   3.102 134.893  1.00 27.04           O  
+ATOM  12147  CB  GLN H  44       3.403   1.960 137.460  1.00 22.84           C  
+ATOM  12148  CG  GLN H  44       4.946   1.927 137.320  1.00 23.13           C  
+ATOM  12149  CD  GLN H  44       5.528   0.534 137.520  1.00 25.02           C  
+ATOM  12150  OE1 GLN H  44       4.863  -0.477 137.264  1.00 25.56           O  
+ATOM  12151  NE2 GLN H  44       6.775   0.475 137.983  1.00 23.37           N  
+ATOM  12152  N   LYS H  45       3.864   4.666 135.457  1.00 31.15           N  
+ATOM  12153  CA  LYS H  45       4.259   4.997 134.092  1.00 32.61           C  
+ATOM  12154  C   LYS H  45       5.542   4.258 133.724  1.00 32.68           C  
+ATOM  12155  O   LYS H  45       6.302   3.846 134.602  1.00 33.91           O  
+ATOM  12156  CB  LYS H  45       4.477   6.508 133.957  1.00 36.64           C  
+ATOM  12157  CG  LYS H  45       3.311   7.382 134.397  1.00 41.94           C  
+ATOM  12158  CD  LYS H  45       2.277   7.511 133.308  1.00 46.44           C  
+ATOM  12159  CE  LYS H  45       1.118   8.402 133.738  1.00 50.62           C  
+ATOM  12160  NZ  LYS H  45       1.545   9.786 134.103  1.00 51.65           N  
+ATOM  12161  N   PRO H  46       5.821   4.091 132.429  1.00 31.40           N  
+ATOM  12162  CA  PRO H  46       7.061   3.408 132.017  1.00 36.28           C  
+ATOM  12163  C   PRO H  46       8.301   4.052 132.624  1.00 38.27           C  
+ATOM  12164  O   PRO H  46       8.462   5.274 132.608  1.00 39.60           O  
+ATOM  12165  CB  PRO H  46       7.054   3.546 130.489  1.00 35.49           C  
+ATOM  12166  CG  PRO H  46       5.588   3.697 130.131  1.00 34.42           C  
+ATOM  12167  CD  PRO H  46       4.971   4.455 131.279  1.00 33.23           C  
+ATOM  12168  N   GLY H  47       9.185   3.212 133.165  1.00 39.81           N  
+ATOM  12169  CA  GLY H  47      10.437   3.674 133.733  1.00 38.47           C  
+ATOM  12170  C   GLY H  47      10.344   4.322 135.102  1.00 39.85           C  
+ATOM  12171  O   GLY H  47      11.373   4.773 135.620  1.00 39.19           O  
+ATOM  12172  N   LYS H  48       9.159   4.389 135.709  1.00 38.86           N  
+ATOM  12173  CA  LYS H  48       8.978   5.114 136.960  1.00 37.21           C  
+ATOM  12174  C   LYS H  48       8.485   4.191 138.075  1.00 34.72           C  
+ATOM  12175  O   LYS H  48       7.932   3.114 137.830  1.00 31.92           O  
+ATOM  12176  CB  LYS H  48       7.993   6.277 136.785  1.00 39.25           C  
+ATOM  12177  CG  LYS H  48       8.346   7.238 135.661  1.00 43.57           C  
+ATOM  12178  CD  LYS H  48       9.769   7.764 135.796  1.00 46.56           C  
+ATOM  12179  CE  LYS H  48      10.085   8.801 134.718  1.00 50.85           C  
+ATOM  12180  NZ  LYS H  48      11.494   9.293 134.786  1.00 54.39           N  
+ATOM  12181  N   ALA H  49       8.684   4.643 139.313  1.00 31.38           N  
+ATOM  12182  CA  ALA H  49       8.163   3.941 140.477  1.00 30.88           C  
+ATOM  12183  C   ALA H  49       6.640   4.093 140.557  1.00 30.79           C  
+ATOM  12184  O   ALA H  49       6.074   5.062 140.041  1.00 30.27           O  
+ATOM  12185  CB  ALA H  49       8.798   4.484 141.752  1.00 31.21           C  
+ATOM  12186  N   PRO H  50       5.951   3.144 141.186  1.00 33.79           N  
+ATOM  12187  CA  PRO H  50       4.496   3.277 141.342  1.00 33.31           C  
+ATOM  12188  C   PRO H  50       4.129   4.461 142.228  1.00 32.52           C  
+ATOM  12189  O   PRO H  50       4.925   4.944 143.033  1.00 31.96           O  
+ATOM  12190  CB  PRO H  50       4.079   1.950 141.988  1.00 32.89           C  
+ATOM  12191  CG  PRO H  50       5.199   0.995 141.684  1.00 34.09           C  
+ATOM  12192  CD  PRO H  50       6.443   1.841 141.677  1.00 33.88           C  
+ATOM  12193  N   LYS H  51       2.894   4.931 142.064  1.00 32.28           N  
+ATOM  12194  CA  LYS H  51       2.377   6.050 142.840  1.00 31.60           C  
+ATOM  12195  C   LYS H  51       1.035   5.661 143.443  1.00 26.14           C  
+ATOM  12196  O   LYS H  51       0.174   5.108 142.751  1.00 21.73           O  
+ATOM  12197  CB  LYS H  51       2.230   7.317 141.982  1.00 34.11           C  
+ATOM  12198  CG  LYS H  51       3.546   7.949 141.576  1.00 37.63           C  
+ATOM  12199  CD  LYS H  51       3.327   9.355 141.039  1.00 44.56           C  
+ATOM  12200  CE  LYS H  51       4.640  10.072 140.764  1.00 50.61           C  
+ATOM  12201  NZ  LYS H  51       4.417  11.448 140.226  1.00 53.65           N  
+ATOM  12202  N   LEU H  52       0.866   5.954 144.730  1.00 22.82           N  
+ATOM  12203  CA  LEU H  52      -0.332   5.547 145.457  1.00 23.29           C  
+ATOM  12204  C   LEU H  52      -1.525   6.413 145.069  1.00 27.66           C  
+ATOM  12205  O   LEU H  52      -1.423   7.640 144.997  1.00 26.17           O  
+ATOM  12206  CB  LEU H  52      -0.091   5.637 146.971  1.00 21.21           C  
+ATOM  12207  CG  LEU H  52      -1.296   5.458 147.882  1.00 24.93           C  
+ATOM  12208  CD1 LEU H  52      -1.834   4.031 147.782  1.00 22.84           C  
+ATOM  12209  CD2 LEU H  52      -0.968   5.842 149.360  1.00 22.90           C  
+ATOM  12210  N   LEU H  53      -2.672   5.761 144.861  1.00 28.30           N  
+ATOM  12211  CA  LEU H  53      -3.914   6.418 144.464  1.00 29.41           C  
+ATOM  12212  C   LEU H  53      -4.976   6.345 145.551  1.00 28.34           C  
+ATOM  12213  O   LEU H  53      -5.512   7.374 145.971  1.00 28.54           O  
+ATOM  12214  CB  LEU H  53      -4.461   5.780 143.179  1.00 27.56           C  
+ATOM  12215  CG  LEU H  53      -3.677   5.975 141.890  1.00 31.20           C  
+ATOM  12216  CD1 LEU H  53      -4.315   5.150 140.760  1.00 32.59           C  
+ATOM  12217  CD2 LEU H  53      -3.606   7.451 141.499  1.00 34.37           C  
+ATOM  12218  N   ILE H  54      -5.303   5.132 145.991  1.00 25.76           N  
+ATOM  12219  CA  ILE H  54      -6.388   4.841 146.916  1.00 26.79           C  
+ATOM  12220  C   ILE H  54      -5.810   3.914 147.972  1.00 27.32           C  
+ATOM  12221  O   ILE H  54      -4.903   3.124 147.690  1.00 28.51           O  
+ATOM  12222  CB  ILE H  54      -7.594   4.170 146.205  1.00 26.76           C  
+ATOM  12223  CG1 ILE H  54      -8.112   5.011 145.027  1.00 29.67           C  
+ATOM  12224  CG2 ILE H  54      -8.733   3.853 147.184  1.00 20.67           C  
+ATOM  12225  CD1 ILE H  54      -8.828   6.284 145.435  1.00 33.01           C  
+ATOM  12226  N   TYR H  55      -6.304   4.038 149.200  1.00 25.39           N  
+ATOM  12227  CA  TYR H  55      -5.999   3.071 150.247  1.00 26.59           C  
+ATOM  12228  C   TYR H  55      -7.271   2.799 151.037  1.00 29.90           C  
+ATOM  12229  O   TYR H  55      -8.265   3.528 150.928  1.00 20.03           O  
+ATOM  12230  CB  TYR H  55      -4.864   3.557 151.157  1.00 23.69           C  
+ATOM  12231  CG  TYR H  55      -5.217   4.760 151.988  1.00 22.75           C  
+ATOM  12232  CD1 TYR H  55      -5.106   6.046 151.473  1.00 23.80           C  
+ATOM  12233  CD2 TYR H  55      -5.658   4.611 153.303  1.00 24.77           C  
+ATOM  12234  CE1 TYR H  55      -5.442   7.152 152.245  1.00 27.44           C  
+ATOM  12235  CE2 TYR H  55      -5.993   5.701 154.077  1.00 27.63           C  
+ATOM  12236  CZ  TYR H  55      -5.882   6.970 153.551  1.00 31.50           C  
+ATOM  12237  OH  TYR H  55      -6.212   8.047 154.337  1.00 32.82           O  
+ATOM  12238  N   SER H  56      -7.232   1.728 151.834  1.00 30.87           N  
+ATOM  12239  CA  SER H  56      -8.379   1.322 152.651  1.00 25.43           C  
+ATOM  12240  C   SER H  56      -9.652   1.203 151.807  1.00 29.28           C  
+ATOM  12241  O   SER H  56     -10.740   1.636 152.212  1.00 23.95           O  
+ATOM  12242  CB  SER H  56      -8.582   2.287 153.822  1.00 27.22           C  
+ATOM  12243  OG  SER H  56      -7.628   2.048 154.851  1.00 23.54           O  
+ATOM  12244  N   ALA H  57      -9.498   0.624 150.609  1.00 29.53           N  
+ATOM  12245  CA  ALA H  57     -10.575   0.364 149.658  1.00 29.39           C  
+ATOM  12246  C   ALA H  57     -11.140   1.635 149.033  1.00 27.69           C  
+ATOM  12247  O   ALA H  57     -11.418   1.655 147.829  1.00 30.93           O  
+ATOM  12248  CB  ALA H  57     -11.706  -0.449 150.312  1.00 28.53           C  
+ATOM  12249  N   SER H  65     -11.319   2.697 149.813  1.00 23.24           N  
+ATOM  12250  CA  SER H  65     -12.110   3.821 149.327  1.00 28.59           C  
+ATOM  12251  C   SER H  65     -11.581   5.194 149.719  1.00 32.19           C  
+ATOM  12252  O   SER H  65     -12.201   6.198 149.346  1.00 33.03           O  
+ATOM  12253  CB  SER H  65     -13.569   3.691 149.814  1.00 26.26           C  
+ATOM  12254  OG  SER H  65     -13.629   3.731 151.238  1.00 28.97           O  
+ATOM  12255  N   SER H  66     -10.477   5.281 150.451  1.00 28.74           N  
+ATOM  12256  CA  SER H  66      -9.930   6.566 150.861  1.00 30.06           C  
+ATOM  12257  C   SER H  66      -9.006   7.110 149.782  1.00 28.23           C  
+ATOM  12258  O   SER H  66      -8.075   6.422 149.348  1.00 29.86           O  
+ATOM  12259  CB  SER H  66      -9.182   6.432 152.189  1.00 28.42           C  
+ATOM  12260  OG  SER H  66     -10.059   5.933 153.177  1.00 28.28           O  
+ATOM  12261  N   LEU H  67      -9.266   8.346 149.354  1.00 27.63           N  
+ATOM  12262  CA  LEU H  67      -8.438   9.002 148.349  1.00 27.55           C  
+ATOM  12263  C   LEU H  67      -7.157   9.530 148.992  1.00 28.06           C  
+ATOM  12264  O   LEU H  67      -7.206  10.328 149.937  1.00 28.59           O  
+ATOM  12265  CB  LEU H  67      -9.206  10.141 147.687  1.00 32.70           C  
+ATOM  12266  CG  LEU H  67      -8.506  10.885 146.551  1.00 35.51           C  
+ATOM  12267  CD1 LEU H  67      -8.340   9.965 145.359  1.00 36.93           C  
+ATOM  12268  CD2 LEU H  67      -9.286  12.149 146.157  1.00 35.39           C  
+ATOM  12269  N   TYR H  68      -6.013   9.088 148.477  1.00 26.74           N  
+ATOM  12270  CA  TYR H  68      -4.737   9.579 148.963  1.00 26.42           C  
+ATOM  12271  C   TYR H  68      -4.595  11.070 148.679  1.00 27.16           C  
+ATOM  12272  O   TYR H  68      -4.980  11.560 147.616  1.00 31.85           O  
+ATOM  12273  CB  TYR H  68      -3.591   8.789 148.330  1.00 24.59           C  
+ATOM  12274  CG  TYR H  68      -2.230   9.240 148.802  1.00 30.03           C  
+ATOM  12275  CD1 TYR H  68      -1.922   9.264 150.157  1.00 27.79           C  
+ATOM  12276  CD2 TYR H  68      -1.253   9.651 147.899  1.00 34.72           C  
+ATOM  12277  CE1 TYR H  68      -0.684   9.682 150.607  1.00 29.10           C  
+ATOM  12278  CE2 TYR H  68       0.003  10.073 148.345  1.00 35.99           C  
+ATOM  12279  CZ  TYR H  68       0.274  10.082 149.707  1.00 33.64           C  
+ATOM  12280  OH  TYR H  68       1.502  10.492 150.164  1.00 32.34           O  
+ATOM  12281  N   SER H  69      -4.051  11.788 149.652  1.00 28.90           N  
+ATOM  12282  CA  SER H  69      -3.903  13.235 149.558  1.00 35.52           C  
+ATOM  12283  C   SER H  69      -3.118  13.644 148.317  1.00 37.73           C  
+ATOM  12284  O   SER H  69      -2.069  13.072 148.001  1.00 38.17           O  
+ATOM  12285  CB  SER H  69      -3.201  13.759 150.812  1.00 41.12           C  
+ATOM  12286  OG  SER H  69      -2.947  15.148 150.711  1.00 48.30           O  
+ATOM  12287  N   GLY H  70      -3.623  14.666 147.620  1.00 37.96           N  
+ATOM  12288  CA  GLY H  70      -3.003  15.149 146.405  1.00 35.89           C  
+ATOM  12289  C   GLY H  70      -3.456  14.461 145.133  1.00 37.28           C  
+ATOM  12290  O   GLY H  70      -3.178  14.972 144.040  1.00 38.91           O  
+ATOM  12291  N   VAL H  71      -4.141  13.332 145.234  1.00 37.84           N  
+ATOM  12292  CA  VAL H  71      -4.615  12.622 144.042  1.00 36.80           C  
+ATOM  12293  C   VAL H  71      -5.896  13.292 143.547  1.00 36.79           C  
+ATOM  12294  O   VAL H  71      -6.780  13.600 144.364  1.00 33.60           O  
+ATOM  12295  CB  VAL H  71      -4.849  11.145 144.356  1.00 35.78           C  
+ATOM  12296  CG1 VAL H  71      -5.288  10.376 143.102  1.00 32.78           C  
+ATOM  12297  CG2 VAL H  71      -3.578  10.519 144.966  1.00 34.10           C  
+ATOM  12298  N   PRO H  72      -6.038  13.524 142.240  1.00 38.39           N  
+ATOM  12299  CA  PRO H  72      -7.225  14.224 141.735  1.00 37.81           C  
+ATOM  12300  C   PRO H  72      -8.522  13.496 142.068  1.00 41.62           C  
+ATOM  12301  O   PRO H  72      -8.555  12.284 142.297  1.00 40.25           O  
+ATOM  12302  CB  PRO H  72      -6.988  14.266 140.223  1.00 38.06           C  
+ATOM  12303  CG  PRO H  72      -5.508  14.189 140.076  1.00 37.00           C  
+ATOM  12304  CD  PRO H  72      -5.044  13.286 141.178  1.00 38.18           C  
+ATOM  12305  N   SER H  74      -9.615  14.269 142.068  1.00 42.68           N  
+ATOM  12306  CA  SER H  74     -10.902  13.765 142.537  1.00 42.94           C  
+ATOM  12307  C   SER H  74     -11.514  12.723 141.612  1.00 38.98           C  
+ATOM  12308  O   SER H  74     -12.413  11.992 142.041  1.00 38.20           O  
+ATOM  12309  CB  SER H  74     -11.883  14.924 142.717  1.00 48.07           C  
+ATOM  12310  OG  SER H  74     -11.410  15.841 143.688  1.00 53.10           O  
+ATOM  12311  N   ARG H  75     -11.066  12.639 140.357  1.00 36.52           N  
+ATOM  12312  CA  ARG H  75     -11.659  11.680 139.432  1.00 39.32           C  
+ATOM  12313  C   ARG H  75     -11.326  10.234 139.777  1.00 40.21           C  
+ATOM  12314  O   ARG H  75     -11.924   9.326 139.190  1.00 40.88           O  
+ATOM  12315  CB  ARG H  75     -11.227  11.981 137.993  1.00 39.53           C  
+ATOM  12316  CG  ARG H  75      -9.724  11.967 137.752  1.00 42.00           C  
+ATOM  12317  CD  ARG H  75      -9.406  12.362 136.316  1.00 42.92           C  
+ATOM  12318  NE  ARG H  75      -7.970  12.374 136.039  1.00 41.81           N  
+ATOM  12319  CZ  ARG H  75      -7.164  13.390 136.326  1.00 43.88           C  
+ATOM  12320  NH1 ARG H  75      -7.647  14.478 136.910  1.00 45.79           N  
+ATOM  12321  NH2 ARG H  75      -5.871  13.316 136.042  1.00 45.84           N  
+ATOM  12322  N   PHE H  76     -10.409   9.995 140.711  1.00 38.75           N  
+ATOM  12323  CA  PHE H  76     -10.075   8.642 141.132  1.00 34.06           C  
+ATOM  12324  C   PHE H  76     -10.872   8.265 142.372  1.00 30.24           C  
+ATOM  12325  O   PHE H  76     -10.968   9.045 143.319  1.00 34.18           O  
+ATOM  12326  CB  PHE H  76      -8.579   8.516 141.426  1.00 30.77           C  
+ATOM  12327  CG  PHE H  76      -7.694   8.673 140.220  1.00 31.76           C  
+ATOM  12328  CD1 PHE H  76      -7.341   7.575 139.456  1.00 33.25           C  
+ATOM  12329  CD2 PHE H  76      -7.179   9.911 139.878  1.00 32.33           C  
+ATOM  12330  CE1 PHE H  76      -6.502   7.707 138.357  1.00 34.18           C  
+ATOM  12331  CE2 PHE H  76      -6.337  10.053 138.781  1.00 32.54           C  
+ATOM  12332  CZ  PHE H  76      -6.005   8.949 138.017  1.00 30.93           C  
+ATOM  12333  N   SER H  77     -11.434   7.061 142.374  1.00 32.31           N  
+ATOM  12334  CA  SER H  77     -12.208   6.623 143.528  1.00 35.36           C  
+ATOM  12335  C   SER H  77     -12.196   5.103 143.631  1.00 32.17           C  
+ATOM  12336  O   SER H  77     -12.154   4.399 142.619  1.00 31.31           O  
+ATOM  12337  CB  SER H  77     -13.652   7.126 143.444  1.00 36.36           C  
+ATOM  12338  OG  SER H  77     -14.252   6.649 142.256  1.00 36.77           O  
+ATOM  12339  N   GLY H  78     -12.277   4.606 144.865  1.00 27.97           N  
+ATOM  12340  CA  GLY H  78     -12.346   3.178 145.120  1.00 29.38           C  
+ATOM  12341  C   GLY H  78     -13.646   2.780 145.801  1.00 28.65           C  
+ATOM  12342  O   GLY H  78     -14.262   3.574 146.515  1.00 27.67           O  
+ATOM  12343  N   SER H  79     -14.061   1.534 145.577  1.00 30.94           N  
+ATOM  12344  CA ASER H  79     -15.256   1.005 146.219  0.72 33.56           C  
+ATOM  12345  C   SER H  79     -15.119  -0.503 146.377  1.00 31.77           C  
+ATOM  12346  O   SER H  79     -14.305  -1.147 145.710  1.00 28.06           O  
+ATOM  12347  CB ASER H  79     -16.521   1.354 145.420  0.72 35.83           C  
+ATOM  12348  OG ASER H  79     -16.408   0.926 144.071  0.72 38.59           O  
+ATOM  12349  N   ARG H  80     -15.935  -1.065 147.268  1.00 32.18           N  
+ATOM  12350  CA  ARG H  80     -15.976  -2.503 147.502  1.00 32.17           C  
+ATOM  12351  C   ARG H  80     -17.401  -3.005 147.319  1.00 33.62           C  
+ATOM  12352  O   ARG H  80     -18.353  -2.389 147.809  1.00 32.49           O  
+ATOM  12353  CB  ARG H  80     -15.483  -2.885 148.913  1.00 29.58           C  
+ATOM  12354  CG  ARG H  80     -15.568  -4.388 149.172  1.00 29.28           C  
+ATOM  12355  CD  ARG H  80     -15.338  -4.767 150.627  1.00 31.18           C  
+ATOM  12356  NE  ARG H  80     -16.358  -4.216 151.507  1.00 30.81           N  
+ATOM  12357  CZ  ARG H  80     -17.513  -4.813 151.789  1.00 31.91           C  
+ATOM  12358  NH1 ARG H  80     -17.799  -5.995 151.251  1.00 29.35           N  
+ATOM  12359  NH2 ARG H  80     -18.380  -4.220 152.611  1.00 29.52           N  
+ATOM  12360  N   SER H  83     -17.534  -4.131 146.622  1.00 32.01           N  
+ATOM  12361  CA  SER H  83     -18.816  -4.804 146.430  1.00 35.87           C  
+ATOM  12362  C   SER H  83     -18.597  -6.289 146.693  1.00 36.84           C  
+ATOM  12363  O   SER H  83     -18.108  -7.012 145.818  1.00 35.57           O  
+ATOM  12364  CB  SER H  83     -19.361  -4.568 145.031  1.00 39.93           C  
+ATOM  12365  OG  SER H  83     -20.536  -5.329 144.837  1.00 45.42           O  
+ATOM  12366  N   GLY H  84     -18.960  -6.744 147.893  1.00 37.98           N  
+ATOM  12367  CA  GLY H  84     -18.670  -8.123 148.250  1.00 38.30           C  
+ATOM  12368  C   GLY H  84     -17.170  -8.343 148.273  1.00 39.34           C  
+ATOM  12369  O   GLY H  84     -16.429  -7.619 148.944  1.00 42.67           O  
+ATOM  12370  N   THR H  85     -16.702  -9.344 147.532  1.00 41.07           N  
+ATOM  12371  CA  THR H  85     -15.272  -9.640 147.465  1.00 42.32           C  
+ATOM  12372  C   THR H  85     -14.556  -8.897 146.347  1.00 36.48           C  
+ATOM  12373  O   THR H  85     -13.365  -9.148 146.125  1.00 35.06           O  
+ATOM  12374  CB  THR H  85     -15.031 -11.148 147.291  1.00 46.32           C  
+ATOM  12375  OG1 THR H  85     -15.601 -11.592 146.057  1.00 50.22           O  
+ATOM  12376  CG2 THR H  85     -15.639 -11.926 148.441  1.00 48.99           C  
+ATOM  12377  N   ASP H  86     -15.249  -8.001 145.646  1.00 36.73           N  
+ATOM  12378  CA  ASP H  86     -14.740  -7.321 144.462  1.00 33.95           C  
+ATOM  12379  C   ASP H  86     -14.426  -5.869 144.783  1.00 27.29           C  
+ATOM  12380  O   ASP H  86     -15.302  -5.123 145.238  1.00 30.76           O  
+ATOM  12381  CB  ASP H  86     -15.754  -7.373 143.314  1.00 40.28           C  
+ATOM  12382  CG  ASP H  86     -15.848  -8.741 142.683  1.00 48.94           C  
+ATOM  12383  OD1 ASP H  86     -15.351  -9.707 143.294  1.00 53.81           O  
+ATOM  12384  OD2 ASP H  86     -16.406  -8.851 141.572  1.00 53.34           O  
+ATOM  12385  N   PHE H  87     -13.193  -5.461 144.515  1.00 25.90           N  
+ATOM  12386  CA  PHE H  87     -12.773  -4.084 144.716  1.00 26.76           C  
+ATOM  12387  C   PHE H  87     -12.553  -3.428 143.356  1.00 28.46           C  
+ATOM  12388  O   PHE H  87     -11.988  -4.042 142.446  1.00 33.39           O  
+ATOM  12389  CB  PHE H  87     -11.510  -4.026 145.574  1.00 25.95           C  
+ATOM  12390  CG  PHE H  87     -11.695  -4.611 146.963  1.00 23.02           C  
+ATOM  12391  CD1 PHE H  87     -11.717  -5.988 147.155  1.00 22.60           C  
+ATOM  12392  CD2 PHE H  87     -11.861  -3.779 148.071  1.00 24.94           C  
+ATOM  12393  CE1 PHE H  87     -11.899  -6.537 148.438  1.00 24.79           C  
+ATOM  12394  CE2 PHE H  87     -12.038  -4.314 149.350  1.00 25.72           C  
+ATOM  12395  CZ  PHE H  87     -12.051  -5.696 149.529  1.00 24.13           C  
+ATOM  12396  N   THR H  88     -13.003  -2.183 143.218  1.00 26.38           N  
+ATOM  12397  CA  THR H  88     -13.014  -1.497 141.932  1.00 29.99           C  
+ATOM  12398  C   THR H  88     -12.398  -0.112 142.057  1.00 32.51           C  
+ATOM  12399  O   THR H  88     -12.702   0.624 142.999  1.00 36.33           O  
+ATOM  12400  CB  THR H  88     -14.439  -1.379 141.387  1.00 33.68           C  
+ATOM  12401  OG1 THR H  88     -14.985  -2.689 141.189  1.00 36.73           O  
+ATOM  12402  CG2 THR H  88     -14.449  -0.628 140.062  1.00 36.25           C  
+ATOM  12403  N   LEU H  89     -11.535   0.237 141.103  1.00 29.55           N  
+ATOM  12404  CA  LEU H  89     -11.030   1.591 140.929  1.00 28.14           C  
+ATOM  12405  C   LEU H  89     -11.786   2.247 139.782  1.00 28.99           C  
+ATOM  12406  O   LEU H  89     -11.922   1.652 138.709  1.00 31.01           O  
+ATOM  12407  CB  LEU H  89      -9.527   1.578 140.626  1.00 31.79           C  
+ATOM  12408  CG  LEU H  89      -8.897   2.897 140.170  1.00 33.28           C  
+ATOM  12409  CD1 LEU H  89      -8.777   3.872 141.329  1.00 32.96           C  
+ATOM  12410  CD2 LEU H  89      -7.532   2.660 139.518  1.00 35.60           C  
+ATOM  12411  N   THR H  90     -12.270   3.465 139.998  1.00 29.24           N  
+ATOM  12412  CA  THR H  90     -13.035   4.182 138.979  1.00 32.37           C  
+ATOM  12413  C   THR H  90     -12.335   5.489 138.641  1.00 31.81           C  
+ATOM  12414  O   THR H  90     -11.921   6.226 139.540  1.00 34.64           O  
+ATOM  12415  CB  THR H  90     -14.479   4.454 139.445  1.00 29.84           C  
+ATOM  12416  OG1 THR H  90     -15.164   3.211 139.635  1.00 28.20           O  
+ATOM  12417  CG2 THR H  90     -15.251   5.278 138.402  1.00 32.18           C  
+ATOM  12418  N   ILE H  91     -12.195   5.768 137.348  1.00 32.05           N  
+ATOM  12419  CA  ILE H  91     -11.762   7.073 136.861  1.00 36.08           C  
+ATOM  12420  C   ILE H  91     -12.962   7.696 136.155  1.00 37.02           C  
+ATOM  12421  O   ILE H  91     -13.425   7.178 135.129  1.00 31.49           O  
+ATOM  12422  CB  ILE H  91     -10.549   6.975 135.925  1.00 37.19           C  
+ATOM  12423  CG1 ILE H  91      -9.490   6.037 136.511  1.00 36.87           C  
+ATOM  12424  CG2 ILE H  91      -9.934   8.352 135.730  1.00 38.35           C  
+ATOM  12425  CD1 ILE H  91      -8.286   5.835 135.592  1.00 35.40           C  
+ATOM  12426  N   SER H  92     -13.480   8.797 136.713  1.00 36.27           N  
+ATOM  12427  CA  SER H  92     -14.776   9.300 136.261  1.00 39.35           C  
+ATOM  12428  C   SER H  92     -14.680   9.921 134.870  1.00 41.66           C  
+ATOM  12429  O   SER H  92     -15.576   9.728 134.039  1.00 42.71           O  
+ATOM  12430  CB  SER H  92     -15.348  10.297 137.274  1.00 38.50           C  
+ATOM  12431  OG  SER H  92     -14.510  11.425 137.454  1.00 40.63           O  
+ATOM  12432  N   SER H  93     -13.597  10.650 134.591  1.00 40.97           N  
+ATOM  12433  CA  SER H  93     -13.394  11.297 133.293  1.00 42.55           C  
+ATOM  12434  C   SER H  93     -11.912  11.196 132.947  1.00 40.15           C  
+ATOM  12435  O   SER H  93     -11.110  12.016 133.397  1.00 40.05           O  
+ATOM  12436  CB  SER H  93     -13.861  12.749 133.320  1.00 45.29           C  
+ATOM  12437  OG  SER H  93     -13.591  13.399 132.092  1.00 46.17           O  
+ATOM  12438  N   LEU H  94     -11.563  10.197 132.139  1.00 38.58           N  
+ATOM  12439  CA  LEU H  94     -10.169   9.920 131.810  1.00 39.81           C  
+ATOM  12440  C   LEU H  94      -9.487  11.130 131.163  1.00 42.05           C  
+ATOM  12441  O   LEU H  94      -9.986  11.690 130.177  1.00 41.01           O  
+ATOM  12442  CB  LEU H  94     -10.100   8.711 130.876  1.00 34.79           C  
+ATOM  12443  CG  LEU H  94      -8.739   8.054 130.687  1.00 33.76           C  
+ATOM  12444  CD1 LEU H  94      -8.351   7.307 131.948  1.00 35.16           C  
+ATOM  12445  CD2 LEU H  94      -8.780   7.107 129.519  1.00 33.73           C  
+ATOM  12446  N   GLN H  95      -8.339  11.523 131.718  1.00 38.77           N  
+ATOM  12447  CA  GLN H  95      -7.503  12.630 131.260  1.00 40.52           C  
+ATOM  12448  C   GLN H  95      -6.265  12.115 130.533  1.00 40.89           C  
+ATOM  12449  O   GLN H  95      -5.862  10.963 130.723  1.00 39.53           O  
+ATOM  12450  CB  GLN H  95      -7.067  13.504 132.445  1.00 41.79           C  
+ATOM  12451  CG  GLN H  95      -8.210  14.218 133.123  1.00 45.65           C  
+ATOM  12452  CD  GLN H  95      -8.934  15.146 132.180  1.00 51.45           C  
+ATOM  12453  OE1 GLN H  95      -8.332  16.041 131.587  1.00 53.10           O  
+ATOM  12454  NE2 GLN H  95     -10.237  14.931 132.023  1.00 54.13           N  
+ATOM  12455  N   PRO H  96      -5.629  12.945 129.691  1.00 44.69           N  
+ATOM  12456  CA  PRO H  96      -4.479  12.452 128.904  1.00 46.29           C  
+ATOM  12457  C   PRO H  96      -3.329  11.910 129.740  1.00 44.72           C  
+ATOM  12458  O   PRO H  96      -2.632  10.993 129.287  1.00 40.21           O  
+ATOM  12459  CB  PRO H  96      -4.045  13.688 128.101  1.00 47.94           C  
+ATOM  12460  CG  PRO H  96      -5.260  14.541 128.023  1.00 48.59           C  
+ATOM  12461  CD  PRO H  96      -5.999  14.323 129.320  1.00 46.14           C  
+ATOM  12462  N   GLU H  97      -3.102  12.440 130.942  1.00 45.56           N  
+ATOM  12463  CA  GLU H  97      -2.037  11.936 131.802  1.00 44.89           C  
+ATOM  12464  C   GLU H  97      -2.410  10.647 132.533  1.00 41.29           C  
+ATOM  12465  O   GLU H  97      -1.587  10.133 133.298  1.00 39.58           O  
+ATOM  12466  CB  GLU H  97      -1.629  13.009 132.818  1.00 48.62           C  
+ATOM  12467  CG  GLU H  97      -2.736  13.454 133.764  1.00 53.03           C  
+ATOM  12468  CD  GLU H  97      -3.565  14.612 133.218  1.00 58.93           C  
+ATOM  12469  OE1 GLU H  97      -3.646  14.774 131.978  1.00 59.95           O  
+ATOM  12470  OE2 GLU H  97      -4.138  15.364 134.038  1.00 60.18           O  
+ATOM  12471  N   ASP H  98      -3.610  10.105 132.306  1.00 39.56           N  
+ATOM  12472  CA  ASP H  98      -4.094   8.917 133.001  1.00 37.85           C  
+ATOM  12473  C   ASP H  98      -3.831   7.614 132.249  1.00 38.37           C  
+ATOM  12474  O   ASP H  98      -4.135   6.538 132.780  1.00 35.66           O  
+ATOM  12475  CB  ASP H  98      -5.601   9.037 133.275  1.00 36.87           C  
+ATOM  12476  CG  ASP H  98      -5.960  10.238 134.140  1.00 39.70           C  
+ATOM  12477  OD1 ASP H  98      -5.054  10.843 134.745  1.00 40.67           O  
+ATOM  12478  OD2 ASP H  98      -7.161  10.585 134.211  1.00 40.92           O  
+ATOM  12479  N   PHE H  99      -3.300   7.669 131.030  1.00 38.31           N  
+ATOM  12480  CA  PHE H  99      -2.899   6.446 130.340  1.00 37.76           C  
+ATOM  12481  C   PHE H  99      -1.620   5.913 130.968  1.00 33.81           C  
+ATOM  12482  O   PHE H  99      -0.590   6.593 130.963  1.00 33.60           O  
+ATOM  12483  CB  PHE H  99      -2.702   6.714 128.850  1.00 40.43           C  
+ATOM  12484  CG  PHE H  99      -3.946   7.187 128.154  1.00 45.58           C  
+ATOM  12485  CD1 PHE H  99      -4.912   6.277 127.740  1.00 45.20           C  
+ATOM  12486  CD2 PHE H  99      -4.163   8.541 127.929  1.00 48.37           C  
+ATOM  12487  CE1 PHE H  99      -6.068   6.709 127.106  1.00 45.45           C  
+ATOM  12488  CE2 PHE H  99      -5.318   8.978 127.292  1.00 47.78           C  
+ATOM  12489  CZ  PHE H  99      -6.270   8.059 126.882  1.00 45.54           C  
+ATOM  12490  N   ALA H 100      -1.684   4.704 131.506  1.00 35.89           N  
+ATOM  12491  CA  ALA H 100      -0.627   4.142 132.357  1.00 30.46           C  
+ATOM  12492  C   ALA H 100      -1.049   2.724 132.728  1.00 32.19           C  
+ATOM  12493  O   ALA H 100      -2.026   2.188 132.185  1.00 36.23           O  
+ATOM  12494  CB  ALA H 100      -0.400   5.004 133.597  1.00 30.65           C  
+ATOM  12495  N   THR H 101      -0.332   2.118 133.667  1.00 29.06           N  
+ATOM  12496  CA  THR H 101      -0.722   0.825 134.208  1.00 29.26           C  
+ATOM  12497  C   THR H 101      -1.119   0.976 135.673  1.00 28.85           C  
+ATOM  12498  O   THR H 101      -0.508   1.753 136.416  1.00 26.54           O  
+ATOM  12499  CB  THR H 101       0.399  -0.196 134.034  1.00 28.25           C  
+ATOM  12500  OG1 THR H 101       0.690  -0.326 132.638  1.00 34.09           O  
+ATOM  12501  CG2 THR H 101      -0.033  -1.566 134.558  1.00 25.93           C  
+ATOM  12502  N   TYR H 102      -2.157   0.247 136.076  1.00 28.70           N  
+ATOM  12503  CA  TYR H 102      -2.725   0.358 137.412  1.00 25.81           C  
+ATOM  12504  C   TYR H 102      -2.653  -0.988 138.125  1.00 24.39           C  
+ATOM  12505  O   TYR H 102      -2.914  -2.040 137.528  1.00 23.30           O  
+ATOM  12506  CB  TYR H 102      -4.173   0.868 137.345  1.00 25.96           C  
+ATOM  12507  CG  TYR H 102      -4.260   2.282 136.814  1.00 24.80           C  
+ATOM  12508  CD1 TYR H 102      -4.201   3.374 137.681  1.00 22.58           C  
+ATOM  12509  CD2 TYR H 102      -4.350   2.531 135.440  1.00 26.54           C  
+ATOM  12510  CE1 TYR H 102      -4.257   4.674 137.202  1.00 24.29           C  
+ATOM  12511  CE2 TYR H 102      -4.411   3.833 134.947  1.00 24.97           C  
+ATOM  12512  CZ  TYR H 102      -4.371   4.899 135.830  1.00 28.18           C  
+ATOM  12513  OH  TYR H 102      -4.419   6.192 135.359  1.00 29.20           O  
+ATOM  12514  N   TYR H 103      -2.292  -0.951 139.406  1.00 24.96           N  
+ATOM  12515  CA  TYR H 103      -2.141  -2.158 140.204  1.00 25.57           C  
+ATOM  12516  C   TYR H 103      -3.010  -2.074 141.456  1.00 26.23           C  
+ATOM  12517  O   TYR H 103      -3.026  -1.045 142.144  1.00 23.19           O  
+ATOM  12518  CB  TYR H 103      -0.682  -2.374 140.613  1.00 27.18           C  
+ATOM  12519  CG  TYR H 103       0.260  -2.712 139.474  1.00 28.33           C  
+ATOM  12520  CD1 TYR H 103       0.409  -4.024 139.043  1.00 29.42           C  
+ATOM  12521  CD2 TYR H 103       1.009  -1.724 138.839  1.00 28.45           C  
+ATOM  12522  CE1 TYR H 103       1.266  -4.348 138.016  1.00 28.51           C  
+ATOM  12523  CE2 TYR H 103       1.881  -2.043 137.802  1.00 28.61           C  
+ATOM  12524  CZ  TYR H 103       2.001  -3.358 137.398  1.00 28.37           C  
+ATOM  12525  OH  TYR H 103       2.846  -3.702 136.372  1.00 30.03           O  
+ATOM  12526  N   CYS H 104      -3.738  -3.152 141.731  1.00 25.71           N  
+ATOM  12527  CA ACYS H 104      -4.403  -3.299 143.015  0.50 26.45           C  
+ATOM  12528  C   CYS H 104      -3.497  -4.070 143.966  1.00 23.26           C  
+ATOM  12529  O   CYS H 104      -2.563  -4.766 143.560  1.00 21.29           O  
+ATOM  12530  CB ACYS H 104      -5.760  -3.996 142.880  0.50 27.89           C  
+ATOM  12531  SG ACYS H 104      -5.714  -5.762 142.550  0.50 27.70           S  
+ATOM  12532  N   GLN H 105      -3.741  -3.884 145.263  1.00 24.28           N  
+ATOM  12533  CA  GLN H 105      -2.875  -4.493 146.263  1.00 25.14           C  
+ATOM  12534  C   GLN H 105      -3.670  -4.740 147.536  1.00 24.35           C  
+ATOM  12535  O   GLN H 105      -4.414  -3.865 147.982  1.00 29.03           O  
+ATOM  12536  CB  GLN H 105      -1.664  -3.605 146.566  1.00 27.82           C  
+ATOM  12537  CG  GLN H 105      -0.767  -4.152 147.690  1.00 29.75           C  
+ATOM  12538  CD  GLN H 105      -0.754  -3.281 148.923  1.00 31.45           C  
+ATOM  12539  OE1 GLN H 105      -0.838  -2.057 148.837  1.00 37.66           O  
+ATOM  12540  NE2 GLN H 105      -0.633  -3.910 150.088  1.00 29.36           N  
+ATOM  12541  N   GLN H 106      -3.514  -5.923 148.126  1.00 24.41           N  
+ATOM  12542  CA  GLN H 106      -4.174  -6.233 149.392  1.00 23.75           C  
+ATOM  12543  C   GLN H 106      -3.141  -6.571 150.456  1.00 24.51           C  
+ATOM  12544  O   GLN H 106      -2.151  -7.254 150.177  1.00 26.91           O  
+ATOM  12545  CB  GLN H 106      -5.168  -7.408 149.249  1.00 29.19           C  
+ATOM  12546  CG  GLN H 106      -5.958  -7.750 150.530  1.00 30.12           C  
+ATOM  12547  CD  GLN H 106      -6.888  -8.948 150.358  1.00 37.74           C  
+ATOM  12548  OE1 GLN H 106      -8.105  -8.842 150.552  1.00 40.72           O  
+ATOM  12549  NE2 GLN H 106      -6.321 -10.091 150.006  1.00 41.63           N  
+ATOM  12550  N   ALA H 107      -3.380  -6.084 151.674  1.00 21.41           N  
+ATOM  12551  CA  ALA H 107      -2.650  -6.512 152.863  1.00 21.95           C  
+ATOM  12552  C   ALA H 107      -3.535  -7.510 153.597  1.00 20.17           C  
+ATOM  12553  O   ALA H 107      -4.614  -7.149 154.078  1.00 20.74           O  
+ATOM  12554  CB  ALA H 107      -2.304  -5.323 153.753  1.00 22.88           C  
+ATOM  12555  N   SER H 108      -3.104  -8.766 153.648  1.00 21.46           N  
+ATOM  12556  CA  SER H 108      -3.909  -9.796 154.282  1.00 25.87           C  
+ATOM  12557  C   SER H 108      -3.837  -9.660 155.806  1.00 26.80           C  
+ATOM  12558  O   SER H 108      -2.929  -9.028 156.357  1.00 22.58           O  
+ATOM  12559  CB  SER H 108      -3.428 -11.185 153.871  1.00 27.72           C  
+ATOM  12560  OG  SER H 108      -2.137 -11.444 154.414  1.00 28.74           O  
+ATOM  12561  N   LEU H 109      -4.828 -10.254 156.485  1.00 19.87           N  
+ATOM  12562  CA  LEU H 109      -4.802 -10.312 157.947  1.00 22.52           C  
+ATOM  12563  C   LEU H 109      -3.618 -11.123 158.455  1.00 22.82           C  
+ATOM  12564  O   LEU H 109      -3.201 -10.942 159.605  1.00 25.50           O  
+ATOM  12565  CB  LEU H 109      -6.131 -10.884 158.484  1.00 19.62           C  
+ATOM  12566  CG  LEU H 109      -7.432 -10.144 158.142  1.00 24.94           C  
+ATOM  12567  CD1 LEU H 109      -8.656 -10.768 158.834  1.00 23.90           C  
+ATOM  12568  CD2 LEU H 109      -7.369  -8.654 158.447  1.00 24.84           C  
+ATOM  12569  N   THR H 113      -3.037 -11.975 157.608  1.00 23.25           N  
+ATOM  12570  CA  THR H 113      -1.815 -12.707 157.908  1.00 23.07           C  
+ATOM  12571  C   THR H 113      -0.551 -11.901 157.611  1.00 25.52           C  
+ATOM  12572  O   THR H 113       0.544 -12.471 157.641  1.00 28.06           O  
+ATOM  12573  CB  THR H 113      -1.785 -14.019 157.122  1.00 25.78           C  
+ATOM  12574  OG1 THR H 113      -1.801 -13.729 155.717  1.00 29.91           O  
+ATOM  12575  CG2 THR H 113      -3.017 -14.867 157.460  1.00 30.29           C  
+ATOM  12576  N   ALA H 114      -0.679 -10.605 157.298  1.00 20.07           N  
+ATOM  12577  CA  ALA H 114       0.462  -9.690 157.132  1.00 26.10           C  
+ATOM  12578  C   ALA H 114       1.287  -9.996 155.878  1.00 30.72           C  
+ATOM  12579  O   ALA H 114       2.501  -9.738 155.832  1.00 27.08           O  
+ATOM  12580  CB  ALA H 114       1.362  -9.679 158.375  1.00 27.90           C  
+ATOM  12581  N   LEU H 115       0.641 -10.546 154.855  1.00 29.60           N  
+ATOM  12582  CA  LEU H 115       1.229 -10.742 153.542  1.00 31.23           C  
+ATOM  12583  C   LEU H 115       0.636  -9.715 152.581  1.00 30.61           C  
+ATOM  12584  O   LEU H 115      -0.531  -9.323 152.708  1.00 27.77           O  
+ATOM  12585  CB  LEU H 115       0.968 -12.160 153.021  1.00 31.70           C  
+ATOM  12586  CG  LEU H 115       1.412 -13.310 153.934  1.00 36.53           C  
+ATOM  12587  CD1 LEU H 115       1.140 -14.670 153.278  1.00 37.13           C  
+ATOM  12588  CD2 LEU H 115       2.878 -13.176 154.288  1.00 35.86           C  
+ATOM  12589  N   LEU H 116       1.455  -9.257 151.636  1.00 25.59           N  
+ATOM  12590  CA  LEU H 116       1.006  -8.341 150.594  1.00 29.21           C  
+ATOM  12591  C   LEU H 116       0.864  -9.090 149.276  1.00 25.39           C  
+ATOM  12592  O   LEU H 116       1.691  -9.949 148.949  1.00 28.40           O  
+ATOM  12593  CB  LEU H 116       1.980  -7.178 150.412  1.00 30.05           C  
+ATOM  12594  CG  LEU H 116       1.759  -5.936 151.270  1.00 32.91           C  
+ATOM  12595  CD1 LEU H 116       1.734  -6.277 152.737  1.00 35.49           C  
+ATOM  12596  CD2 LEU H 116       2.837  -4.914 150.972  1.00 29.74           C  
+ATOM  12597  N   THR H 117      -0.177  -8.761 148.521  1.00 24.59           N  
+ATOM  12598  CA  THR H 117      -0.373  -9.338 147.193  1.00 30.04           C  
+ATOM  12599  C   THR H 117      -0.781  -8.239 146.225  1.00 29.16           C  
+ATOM  12600  O   THR H 117      -1.696  -7.464 146.523  1.00 32.49           O  
+ATOM  12601  CB  THR H 117      -1.438 -10.445 147.213  1.00 32.18           C  
+ATOM  12602  OG1 THR H 117      -1.017 -11.506 148.082  1.00 37.59           O  
+ATOM  12603  CG2 THR H 117      -1.640 -11.008 145.826  1.00 29.11           C  
+ATOM  12604  N   PHE H 118      -0.110  -8.177 145.077  1.00 26.47           N  
+ATOM  12605  CA  PHE H 118      -0.459  -7.251 144.001  1.00 28.99           C  
+ATOM  12606  C   PHE H 118      -1.241  -7.968 142.911  1.00 28.75           C  
+ATOM  12607  O   PHE H 118      -0.904  -9.091 142.535  1.00 32.20           O  
+ATOM  12608  CB  PHE H 118       0.793  -6.622 143.375  1.00 27.09           C  
+ATOM  12609  CG  PHE H 118       1.484  -5.654 144.266  1.00 26.04           C  
+ATOM  12610  CD1 PHE H 118       1.164  -4.310 144.217  1.00 25.67           C  
+ATOM  12611  CD2 PHE H 118       2.430  -6.091 145.170  1.00 26.66           C  
+ATOM  12612  CE1 PHE H 118       1.778  -3.412 145.051  1.00 25.72           C  
+ATOM  12613  CE2 PHE H 118       3.058  -5.203 146.014  1.00 26.94           C  
+ATOM  12614  CZ  PHE H 118       2.730  -3.854 145.957  1.00 28.83           C  
+ATOM  12615  N   GLY H 119      -2.270  -7.306 142.395  1.00 30.48           N  
+ATOM  12616  CA  GLY H 119      -2.901  -7.755 141.166  1.00 31.16           C  
+ATOM  12617  C   GLY H 119      -1.907  -7.791 140.018  1.00 30.18           C  
+ATOM  12618  O   GLY H 119      -0.809  -7.247 140.085  1.00 29.16           O  
+ATOM  12619  N   GLN H 120      -2.320  -8.448 138.928  1.00 32.42           N  
+ATOM  12620  CA  GLN H 120      -1.443  -8.610 137.768  1.00 35.99           C  
+ATOM  12621  C   GLN H 120      -1.237  -7.297 137.020  1.00 30.01           C  
+ATOM  12622  O   GLN H 120      -0.234  -7.140 136.318  1.00 29.55           O  
+ATOM  12623  CB  GLN H 120      -2.011  -9.665 136.812  1.00 45.17           C  
+ATOM  12624  CG  GLN H 120      -2.150 -11.085 137.393  1.00 54.22           C  
+ATOM  12625  CD  GLN H 120      -3.402 -11.287 138.265  1.00 59.58           C  
+ATOM  12626  OE1 GLN H 120      -4.267 -10.413 138.365  1.00 57.66           O  
+ATOM  12627  NE2 GLN H 120      -3.488 -12.449 138.903  1.00 63.56           N  
+ATOM  12628  N   GLY H 121      -2.171  -6.361 137.131  1.00 27.02           N  
+ATOM  12629  CA  GLY H 121      -2.032  -5.060 136.509  1.00 29.82           C  
+ATOM  12630  C   GLY H 121      -2.973  -4.883 135.320  1.00 29.18           C  
+ATOM  12631  O   GLY H 121      -3.449  -5.844 134.707  1.00 32.42           O  
+ATOM  12632  N   THR H 122      -3.252  -3.617 135.008  1.00 27.07           N  
+ATOM  12633  CA  THR H 122      -4.148  -3.256 133.912  1.00 31.10           C  
+ATOM  12634  C   THR H 122      -3.540  -2.102 133.128  1.00 30.94           C  
+ATOM  12635  O   THR H 122      -3.251  -1.044 133.697  1.00 30.57           O  
+ATOM  12636  CB  THR H 122      -5.542  -2.870 134.433  1.00 34.48           C  
+ATOM  12637  OG1 THR H 122      -6.112  -3.977 135.148  1.00 33.14           O  
+ATOM  12638  CG2 THR H 122      -6.475  -2.471 133.273  1.00 33.95           C  
+ATOM  12639  N   LYS H 123      -3.348  -2.303 131.829  1.00 33.28           N  
+ATOM  12640  CA  LYS H 123      -2.865  -1.248 130.944  1.00 38.32           C  
+ATOM  12641  C   LYS H 123      -4.059  -0.476 130.403  1.00 36.66           C  
+ATOM  12642  O   LYS H 123      -4.922  -1.056 129.742  1.00 37.65           O  
+ATOM  12643  CB  LYS H 123      -2.056  -1.827 129.787  1.00 44.68           C  
+ATOM  12644  CG  LYS H 123      -0.575  -1.943 130.020  1.00 52.74           C  
+ATOM  12645  CD  LYS H 123       0.109  -2.519 128.783  1.00 58.72           C  
+ATOM  12646  CE  LYS H 123       1.575  -2.810 129.043  1.00 63.41           C  
+ATOM  12647  NZ  LYS H 123       2.377  -1.562 129.186  1.00 66.57           N  
+ATOM  12648  N   VAL H 124      -4.117   0.818 130.687  1.00 34.64           N  
+ATOM  12649  CA  VAL H 124      -5.122   1.697 130.102  1.00 34.46           C  
+ATOM  12650  C   VAL H 124      -4.451   2.414 128.938  1.00 36.11           C  
+ATOM  12651  O   VAL H 124      -3.491   3.167 129.132  1.00 34.96           O  
+ATOM  12652  CB  VAL H 124      -5.695   2.676 131.133  1.00 36.72           C  
+ATOM  12653  CG1 VAL H 124      -6.666   3.638 130.474  1.00 33.37           C  
+ATOM  12654  CG2 VAL H 124      -6.406   1.902 132.264  1.00 35.42           C  
+ATOM  12655  N   GLU H 125      -4.930   2.158 127.720  1.00 36.62           N  
+ATOM  12656  CA  GLU H 125      -4.294   2.658 126.511  1.00 42.41           C  
+ATOM  12657  C   GLU H 125      -5.296   3.425 125.650  1.00 36.97           C  
+ATOM  12658  O   GLU H 125      -6.507   3.401 125.886  1.00 32.45           O  
+ATOM  12659  CB  GLU H 125      -3.660   1.511 125.715  1.00 53.95           C  
+ATOM  12660  CG  GLU H 125      -4.601   0.360 125.442  1.00 66.15           C  
+ATOM  12661  CD  GLU H 125      -3.872  -0.966 125.303  1.00 77.58           C  
+ATOM  12662  OE1 GLU H 125      -2.662  -1.028 125.632  1.00 79.79           O  
+ATOM  12663  OE2 GLU H 125      -4.513  -1.948 124.863  1.00 82.79           O  
+ATOM  12664  N   ILE H 126      -4.760   4.109 124.638  1.00 33.59           N  
+ATOM  12665  CA  ILE H 126      -5.529   5.049 123.830  1.00 35.33           C  
+ATOM  12666  C   ILE H 126      -6.278   4.285 122.748  1.00 32.97           C  
+ATOM  12667  O   ILE H 126      -5.673   3.544 121.963  1.00 29.85           O  
+ATOM  12668  CB  ILE H 126      -4.614   6.117 123.204  1.00 38.75           C  
+ATOM  12669  CG1 ILE H 126      -3.763   6.808 124.275  1.00 41.66           C  
+ATOM  12670  CG2 ILE H 126      -5.451   7.144 122.443  1.00 39.13           C  
+ATOM  12671  CD1 ILE H 126      -2.756   7.807 123.718  1.00 42.55           C  
+ATOM  12672  N   LYS H 127      -7.599   4.474 122.704  1.00 32.80           N  
+ATOM  12673  CA  LYS H 127      -8.439   3.840 121.705  1.00 34.32           C  
+ATOM  12674  C   LYS H 127      -8.298   4.565 120.371  1.00 33.12           C  
+ATOM  12675  O   LYS H 127      -8.147   5.790 120.328  1.00 32.67           O  
+ATOM  12676  CB  LYS H 127      -9.898   3.849 122.171  1.00 39.38           C  
+ATOM  12677  CG  LYS H 127     -10.866   3.060 121.300  1.00 43.09           C  
+ATOM  12678  CD  LYS H 127     -12.270   3.056 121.900  1.00 47.35           C  
+ATOM  12679  CE  LYS H 127     -13.214   2.213 121.072  1.00 53.43           C  
+ATOM  12680  NZ  LYS H 127     -12.824   0.776 121.123  1.00 56.52           N  
+ATOM  12681  N   ARG H 128      -8.342   3.802 119.281  1.00 32.50           N  
+ATOM  12682  CA  ARG H 128      -8.260   4.374 117.942  1.00 32.14           C  
+ATOM  12683  C   ARG H 128      -8.929   3.408 116.973  1.00 33.21           C  
+ATOM  12684  O   ARG H 128      -9.396   2.333 117.359  1.00 34.21           O  
+ATOM  12685  CB  ARG H 128      -6.809   4.653 117.541  1.00 34.72           C  
+ATOM  12686  CG  ARG H 128      -5.959   3.403 117.444  1.00 36.15           C  
+ATOM  12687  CD  ARG H 128      -4.668   3.679 116.707  1.00 42.42           C  
+ATOM  12688  NE  ARG H 128      -4.900   4.295 115.404  1.00 51.12           N  
+ATOM  12689  CZ  ARG H 128      -5.117   3.608 114.290  1.00 56.48           C  
+ATOM  12690  NH1 ARG H 128      -5.142   2.284 114.331  1.00 61.46           N  
+ATOM  12691  NH2 ARG H 128      -5.319   4.239 113.139  1.00 55.17           N  
+ATOM  12692  N   THR H 129      -8.967   3.800 115.702  1.00 33.11           N  
+ATOM  12693  CA  THR H 129      -9.620   2.982 114.688  1.00 33.20           C  
+ATOM  12694  C   THR H 129      -8.820   1.714 114.419  1.00 33.27           C  
+ATOM  12695  O   THR H 129      -7.595   1.754 114.286  1.00 32.70           O  
+ATOM  12696  CB  THR H 129      -9.793   3.783 113.395  1.00 37.92           C  
+ATOM  12697  OG1 THR H 129     -10.639   4.918 113.644  1.00 40.66           O  
+ATOM  12698  CG2 THR H 129     -10.435   2.923 112.318  1.00 40.57           C  
+ATOM  12699  N   VAL H 130      -9.529   0.581 114.341  1.00 34.77           N  
+ATOM  12700  CA  VAL H 130      -8.889  -0.699 114.058  1.00 37.49           C  
+ATOM  12701  C   VAL H 130      -8.097  -0.614 112.755  1.00 42.02           C  
+ATOM  12702  O   VAL H 130      -8.563  -0.045 111.758  1.00 42.02           O  
+ATOM  12703  CB  VAL H 130      -9.954  -1.809 113.999  1.00 38.77           C  
+ATOM  12704  CG1 VAL H 130      -9.332  -3.153 113.642  1.00 37.12           C  
+ATOM  12705  CG2 VAL H 130     -10.701  -1.895 115.324  1.00 39.85           C  
+ATOM  12706  N   ALA H 131      -6.879  -1.167 112.763  1.00 39.85           N  
+ATOM  12707  CA  ALA H 131      -5.969  -1.064 111.627  1.00 38.29           C  
+ATOM  12708  C   ALA H 131      -5.187  -2.359 111.472  1.00 39.74           C  
+ATOM  12709  O   ALA H 131      -4.520  -2.804 112.412  1.00 35.18           O  
+ATOM  12710  CB  ALA H 131      -4.996   0.111 111.788  1.00 36.64           C  
+ATOM  12711  N   ALA H 132      -5.263  -2.953 110.287  1.00 38.26           N  
+ATOM  12712  CA  ALA H 132      -4.602  -4.225 110.050  1.00 41.02           C  
+ATOM  12713  C   ALA H 132      -3.089  -4.025 109.904  1.00 43.43           C  
+ATOM  12714  O   ALA H 132      -2.631  -2.966 109.464  1.00 44.73           O  
+ATOM  12715  CB  ALA H 132      -5.173  -4.891 108.801  1.00 41.25           C  
+ATOM  12716  N   PRO H 133      -2.290  -5.022 110.282  1.00 45.66           N  
+ATOM  12717  CA  PRO H 133      -0.835  -4.905 110.120  1.00 49.21           C  
+ATOM  12718  C   PRO H 133      -0.373  -5.153 108.693  1.00 51.24           C  
+ATOM  12719  O   PRO H 133      -0.928  -5.975 107.964  1.00 50.08           O  
+ATOM  12720  CB  PRO H 133      -0.289  -5.998 111.047  1.00 49.28           C  
+ATOM  12721  CG  PRO H 133      -1.385  -7.018 111.102  1.00 48.84           C  
+ATOM  12722  CD  PRO H 133      -2.670  -6.232 111.035  1.00 46.08           C  
+ATOM  12723  N   SER H 134       0.678  -4.440 108.305  1.00 53.50           N  
+ATOM  12724  CA  SER H 134       1.473  -4.838 107.153  1.00 55.40           C  
+ATOM  12725  C   SER H 134       2.497  -5.867 107.619  1.00 52.19           C  
+ATOM  12726  O   SER H 134       3.195  -5.648 108.614  1.00 51.14           O  
+ATOM  12727  CB  SER H 134       2.159  -3.633 106.507  1.00 58.90           C  
+ATOM  12728  OG  SER H 134       2.945  -2.920 107.443  1.00 61.64           O  
+ATOM  12729  N   VAL H 135       2.560  -6.998 106.922  1.00 49.86           N  
+ATOM  12730  CA  VAL H 135       3.350  -8.147 107.348  1.00 49.64           C  
+ATOM  12731  C   VAL H 135       4.524  -8.322 106.394  1.00 53.91           C  
+ATOM  12732  O   VAL H 135       4.366  -8.216 105.171  1.00 51.58           O  
+ATOM  12733  CB  VAL H 135       2.491  -9.425 107.412  1.00 45.38           C  
+ATOM  12734  CG1 VAL H 135       3.285 -10.574 107.990  1.00 44.54           C  
+ATOM  12735  CG2 VAL H 135       1.230  -9.180 108.239  1.00 40.66           C  
+ATOM  12736  N   PHE H 136       5.703  -8.583 106.958  1.00 56.12           N  
+ATOM  12737  CA  PHE H 136       6.909  -8.841 106.184  1.00 58.29           C  
+ATOM  12738  C   PHE H 136       7.642 -10.024 106.796  1.00 62.46           C  
+ATOM  12739  O   PHE H 136       7.561 -10.265 108.004  1.00 62.36           O  
+ATOM  12740  CB  PHE H 136       7.833  -7.616 106.146  1.00 57.39           C  
+ATOM  12741  CG  PHE H 136       7.122  -6.337 105.833  1.00 59.69           C  
+ATOM  12742  CD1 PHE H 136       6.905  -5.955 104.518  1.00 62.51           C  
+ATOM  12743  CD2 PHE H 136       6.657  -5.523 106.848  1.00 59.47           C  
+ATOM  12744  CE1 PHE H 136       6.242  -4.778 104.225  1.00 63.46           C  
+ATOM  12745  CE2 PHE H 136       5.995  -4.346 106.564  1.00 61.51           C  
+ATOM  12746  CZ  PHE H 136       5.785  -3.972 105.249  1.00 63.26           C  
+ATOM  12747  N   ILE H 137       8.361 -10.767 105.958  1.00 63.15           N  
+ATOM  12748  CA  ILE H 137       9.176 -11.881 106.424  1.00 63.23           C  
+ATOM  12749  C   ILE H 137      10.594 -11.690 105.908  1.00 63.33           C  
+ATOM  12750  O   ILE H 137      10.801 -11.222 104.783  1.00 61.11           O  
+ATOM  12751  CB  ILE H 137       8.595 -13.246 105.992  1.00 62.51           C  
+ATOM  12752  CG1 ILE H 137       9.362 -14.391 106.660  1.00 59.73           C  
+ATOM  12753  CG2 ILE H 137       8.615 -13.390 104.475  1.00 65.43           C  
+ATOM  12754  CD1 ILE H 137       8.689 -15.738 106.532  1.00 56.34           C  
+ATOM  12755  N   PHE H 138      11.570 -12.017 106.748  1.00 66.20           N  
+ATOM  12756  CA  PHE H 138      12.968 -11.827 106.432  1.00 68.67           C  
+ATOM  12757  C   PHE H 138      13.713 -13.148 106.560  1.00 74.20           C  
+ATOM  12758  O   PHE H 138      13.636 -13.802 107.612  1.00 70.67           O  
+ATOM  12759  CB  PHE H 138      13.604 -10.781 107.355  1.00 66.83           C  
+ATOM  12760  CG  PHE H 138      13.036  -9.396 107.200  1.00 63.88           C  
+ATOM  12761  CD1 PHE H 138      13.544  -8.525 106.248  1.00 62.17           C  
+ATOM  12762  CD2 PHE H 138      12.016  -8.955 108.027  1.00 61.83           C  
+ATOM  12763  CE1 PHE H 138      13.036  -7.246 106.111  1.00 60.76           C  
+ATOM  12764  CE2 PHE H 138      11.502  -7.675 107.896  1.00 60.53           C  
+ATOM  12765  CZ  PHE H 138      12.011  -6.820 106.935  1.00 60.81           C  
+ATOM  12766  N   PRO H 139      14.426 -13.580 105.526  1.00 86.37           N  
+ATOM  12767  CA  PRO H 139      15.240 -14.791 105.636  1.00 87.95           C  
+ATOM  12768  C   PRO H 139      16.533 -14.500 106.373  1.00 88.05           C  
+ATOM  12769  O   PRO H 139      16.992 -13.348 106.405  1.00 87.24           O  
+ATOM  12770  CB  PRO H 139      15.504 -15.164 104.171  1.00 89.27           C  
+ATOM  12771  CG  PRO H 139      15.502 -13.847 103.464  1.00 89.77           C  
+ATOM  12772  CD  PRO H 139      14.480 -12.994 104.174  1.00 87.87           C  
+ATOM  12773  N   PRO H 140      17.151 -15.512 106.980  1.00 81.41           N  
+ATOM  12774  CA  PRO H 140      18.440 -15.289 107.647  1.00 80.81           C  
+ATOM  12775  C   PRO H 140      19.511 -14.875 106.651  1.00 79.16           C  
+ATOM  12776  O   PRO H 140      19.580 -15.393 105.535  1.00 78.00           O  
+ATOM  12777  CB  PRO H 140      18.754 -16.650 108.279  1.00 82.62           C  
+ATOM  12778  CG  PRO H 140      17.959 -17.630 107.475  1.00 82.23           C  
+ATOM  12779  CD  PRO H 140      16.705 -16.910 107.088  1.00 80.89           C  
+ATOM  12780  N   SER H 141      20.350 -13.928 107.065  1.00 79.49           N  
+ATOM  12781  CA  SER H 141      21.411 -13.448 106.193  1.00 81.85           C  
+ATOM  12782  C   SER H 141      22.470 -14.530 105.989  1.00 87.58           C  
+ATOM  12783  O   SER H 141      22.551 -15.511 106.734  1.00 89.19           O  
+ATOM  12784  CB  SER H 141      22.048 -12.179 106.765  1.00 77.97           C  
+ATOM  12785  OG  SER H 141      22.619 -12.415 108.040  1.00 76.93           O  
+ATOM  12786  N   ASP H 142      23.281 -14.347 104.943  1.00 94.09           N  
+ATOM  12787  CA  ASP H 142      24.366 -15.288 104.685  1.00 95.52           C  
+ATOM  12788  C   ASP H 142      25.430 -15.212 105.772  1.00 93.35           C  
+ATOM  12789  O   ASP H 142      25.974 -16.242 106.188  1.00 94.18           O  
+ATOM  12790  CB  ASP H 142      24.982 -15.022 103.312  1.00102.05           C  
+ATOM  12791  CG  ASP H 142      24.056 -15.398 102.174  1.00105.97           C  
+ATOM  12792  OD1 ASP H 142      23.192 -16.277 102.376  1.00106.66           O  
+ATOM  12793  OD2 ASP H 142      24.194 -14.817 101.077  1.00107.31           O  
+ATOM  12794  N   SER H 143      25.735 -14.001 106.249  1.00 86.04           N  
+ATOM  12795  CA  SER H 143      26.761 -13.847 107.275  1.00 82.58           C  
+ATOM  12796  C   SER H 143      26.374 -14.552 108.569  1.00 79.28           C  
+ATOM  12797  O   SER H 143      27.253 -14.992 109.319  1.00 78.19           O  
+ATOM  12798  CB  SER H 143      27.032 -12.365 107.533  1.00 83.75           C  
+ATOM  12799  OG  SER H 143      25.842 -11.677 107.870  1.00 84.82           O  
+ATOM  12800  N   GLN H 144      25.075 -14.673 108.848  1.00 77.45           N  
+ATOM  12801  CA  GLN H 144      24.654 -15.426 110.023  1.00 75.92           C  
+ATOM  12802  C   GLN H 144      24.793 -16.926 109.793  1.00 77.63           C  
+ATOM  12803  O   GLN H 144      25.401 -17.625 110.609  1.00 75.48           O  
+ATOM  12804  CB  GLN H 144      23.214 -15.075 110.406  1.00 71.68           C  
+ATOM  12805  CG  GLN H 144      22.803 -15.682 111.734  1.00 68.43           C  
+ATOM  12806  CD  GLN H 144      21.325 -15.553 112.019  1.00 68.03           C  
+ATOM  12807  OE1 GLN H 144      20.525 -15.274 111.125  1.00 67.31           O  
+ATOM  12808  NE2 GLN H 144      20.952 -15.762 113.277  1.00 67.57           N  
+ATOM  12809  N   LEU H 145      24.238 -17.436 108.685  1.00 85.44           N  
+ATOM  12810  CA  LEU H 145      24.389 -18.851 108.347  1.00 91.49           C  
+ATOM  12811  C   LEU H 145      25.847 -19.284 108.381  1.00 98.13           C  
+ATOM  12812  O   LEU H 145      26.146 -20.454 108.646  1.00 99.99           O  
+ATOM  12813  CB  LEU H 145      23.800 -19.129 106.963  1.00 93.27           C  
+ATOM  12814  CG  LEU H 145      22.291 -18.943 106.810  1.00 94.75           C  
+ATOM  12815  CD1 LEU H 145      21.874 -19.115 105.356  1.00 94.85           C  
+ATOM  12816  CD2 LEU H 145      21.552 -19.924 107.701  1.00 94.49           C  
+ATOM  12817  N   LYS H 146      26.763 -18.347 108.129  1.00100.98           N  
+ATOM  12818  CA  LYS H 146      28.199 -18.573 108.212  1.00102.32           C  
+ATOM  12819  C   LYS H 146      28.652 -19.048 109.591  1.00 99.89           C  
+ATOM  12820  O   LYS H 146      29.783 -19.530 109.716  1.00100.21           O  
+ATOM  12821  CB  LYS H 146      28.914 -17.272 107.837  1.00104.74           C  
+ATOM  12822  CG  LYS H 146      30.373 -17.396 107.451  1.00107.53           C  
+ATOM  12823  CD  LYS H 146      30.904 -16.039 107.009  1.00109.62           C  
+ATOM  12824  CE  LYS H 146      32.387 -16.087 106.701  1.00112.57           C  
+ATOM  12825  NZ  LYS H 146      32.926 -14.744 106.335  1.00113.84           N  
+ATOM  12826  N   SER H 147      27.805 -18.936 110.620  1.00 95.76           N  
+ATOM  12827  CA  SER H 147      28.196 -19.271 111.983  1.00 92.14           C  
+ATOM  12828  C   SER H 147      27.445 -20.456 112.579  1.00 87.91           C  
+ATOM  12829  O   SER H 147      27.842 -20.934 113.648  1.00 86.74           O  
+ATOM  12830  CB  SER H 147      28.027 -18.049 112.901  1.00 92.74           C  
+ATOM  12831  OG  SER H 147      26.718 -17.514 112.824  1.00 94.05           O  
+ATOM  12832  N   GLY H 148      26.381 -20.945 111.937  1.00 84.32           N  
+ATOM  12833  CA  GLY H 148      25.728 -22.171 112.364  1.00 83.65           C  
+ATOM  12834  C   GLY H 148      24.321 -22.028 112.914  1.00 83.91           C  
+ATOM  12835  O   GLY H 148      23.736 -23.041 113.320  1.00 86.68           O  
+ATOM  12836  N   THR H 149      23.753 -20.822 112.944  1.00 82.32           N  
+ATOM  12837  CA  THR H 149      22.390 -20.607 113.411  1.00 79.61           C  
+ATOM  12838  C   THR H 149      21.647 -19.732 112.410  1.00 78.92           C  
+ATOM  12839  O   THR H 149      22.243 -18.880 111.745  1.00 78.92           O  
+ATOM  12840  CB  THR H 149      22.365 -19.956 114.803  1.00 82.31           C  
+ATOM  12841  OG1 THR H 149      23.311 -20.613 115.655  1.00 82.79           O  
+ATOM  12842  CG2 THR H 149      20.982 -20.074 115.427  1.00 83.45           C  
+ATOM  12843  N   ALA H 150      20.337 -19.954 112.301  1.00 71.74           N  
+ATOM  12844  CA  ALA H 150      19.495 -19.229 111.357  1.00 68.36           C  
+ATOM  12845  C   ALA H 150      18.296 -18.642 112.089  1.00 64.06           C  
+ATOM  12846  O   ALA H 150      17.536 -19.375 112.734  1.00 60.42           O  
+ATOM  12847  CB  ALA H 150      19.031 -20.141 110.220  1.00 69.20           C  
+ATOM  12848  N   SER H 151      18.122 -17.326 111.976  1.00 64.31           N  
+ATOM  12849  CA  SER H 151      16.992 -16.618 112.560  1.00 66.62           C  
+ATOM  12850  C   SER H 151      16.068 -16.131 111.450  1.00 69.77           C  
+ATOM  12851  O   SER H 151      16.519 -15.479 110.500  1.00 70.25           O  
+ATOM  12852  CB  SER H 151      17.469 -15.439 113.412  1.00 64.66           C  
+ATOM  12853  OG  SER H 151      18.270 -15.880 114.496  1.00 62.48           O  
+ATOM  12854  N   VAL H 152      14.781 -16.451 111.571  1.00 73.33           N  
+ATOM  12855  CA  VAL H 152      13.755 -16.011 110.630  1.00 74.13           C  
+ATOM  12856  C   VAL H 152      12.862 -15.010 111.349  1.00 70.85           C  
+ATOM  12857  O   VAL H 152      12.295 -15.320 112.404  1.00 69.81           O  
+ATOM  12858  CB  VAL H 152      12.936 -17.189 110.084  1.00 78.07           C  
+ATOM  12859  CG1 VAL H 152      12.096 -16.738 108.900  1.00 79.37           C  
+ATOM  12860  CG2 VAL H 152      13.847 -18.339 109.688  1.00 79.09           C  
+ATOM  12861  N   VAL H 153      12.729 -13.817 110.775  1.00 67.80           N  
+ATOM  12862  CA  VAL H 153      12.053 -12.691 111.410  1.00 63.99           C  
+ATOM  12863  C   VAL H 153      10.778 -12.372 110.635  1.00 61.35           C  
+ATOM  12864  O   VAL H 153      10.802 -12.256 109.403  1.00 60.88           O  
+ATOM  12865  CB  VAL H 153      12.975 -11.461 111.482  1.00 62.55           C  
+ATOM  12866  CG1 VAL H 153      12.257 -10.290 112.122  1.00 61.68           C  
+ATOM  12867  CG2 VAL H 153      14.254 -11.797 112.246  1.00 62.57           C  
+ATOM  12868  N   CYS H 154       9.671 -12.226 111.359  1.00 58.66           N  
+ATOM  12869  CA  CYS H 154       8.393 -11.789 110.811  1.00 57.53           C  
+ATOM  12870  C   CYS H 154       8.017 -10.465 111.464  1.00 54.93           C  
+ATOM  12871  O   CYS H 154       7.974 -10.373 112.696  1.00 56.69           O  
+ATOM  12872  CB  CYS H 154       7.305 -12.840 111.061  1.00 58.56           C  
+ATOM  12873  SG  CYS H 154       5.733 -12.605 110.170  1.00 63.05           S  
+ATOM  12874  N   LEU H 155       7.745  -9.447 110.649  1.00 47.96           N  
+ATOM  12875  CA  LEU H 155       7.434  -8.107 111.137  1.00 42.01           C  
+ATOM  12876  C   LEU H 155       5.956  -7.782 110.929  1.00 43.97           C  
+ATOM  12877  O   LEU H 155       5.430  -7.924 109.818  1.00 43.71           O  
+ATOM  12878  CB  LEU H 155       8.302  -7.061 110.433  1.00 36.84           C  
+ATOM  12879  CG  LEU H 155       7.938  -5.604 110.715  1.00 36.42           C  
+ATOM  12880  CD1 LEU H 155       8.113  -5.293 112.208  1.00 36.76           C  
+ATOM  12881  CD2 LEU H 155       8.769  -4.650 109.860  1.00 34.73           C  
+ATOM  12882  N   LEU H 156       5.293  -7.329 111.993  1.00 39.82           N  
+ATOM  12883  CA  LEU H 156       3.936  -6.790 111.923  1.00 39.17           C  
+ATOM  12884  C   LEU H 156       4.017  -5.303 112.249  1.00 38.90           C  
+ATOM  12885  O   LEU H 156       4.330  -4.933 113.388  1.00 37.57           O  
+ATOM  12886  CB  LEU H 156       3.003  -7.508 112.896  1.00 41.21           C  
+ATOM  12887  CG  LEU H 156       2.585  -8.960 112.651  1.00 44.44           C  
+ATOM  12888  CD1 LEU H 156       3.772  -9.917 112.676  1.00 46.53           C  
+ATOM  12889  CD2 LEU H 156       1.550  -9.366 113.680  1.00 43.35           C  
+ATOM  12890  N   ASN H 157       3.729  -4.449 111.266  1.00 38.18           N  
+ATOM  12891  CA  ASN H 157       3.959  -3.013 111.397  1.00 40.67           C  
+ATOM  12892  C   ASN H 157       2.654  -2.248 111.587  1.00 39.54           C  
+ATOM  12893  O   ASN H 157       1.717  -2.404 110.800  1.00 41.87           O  
+ATOM  12894  CB  ASN H 157       4.705  -2.467 110.176  1.00 44.76           C  
+ATOM  12895  CG  ASN H 157       5.552  -1.261 110.514  1.00 48.25           C  
+ATOM  12896  OD1 ASN H 157       6.195  -1.225 111.559  1.00 52.82           O  
+ATOM  12897  ND2 ASN H 157       5.535  -0.257 109.652  1.00 47.49           N  
+ATOM  12898  N   ASN H 158       2.610  -1.420 112.631  1.00 38.49           N  
+ATOM  12899  CA  ASN H 158       1.598  -0.378 112.840  1.00 43.57           C  
+ATOM  12900  C   ASN H 158       0.170  -0.930 112.771  1.00 40.43           C  
+ATOM  12901  O   ASN H 158      -0.604  -0.617 111.865  1.00 40.43           O  
+ATOM  12902  CB  ASN H 158       1.775   0.759 111.829  1.00 49.32           C  
+ATOM  12903  CG  ASN H 158       3.167   1.341 111.848  1.00 54.25           C  
+ATOM  12904  OD1 ASN H 158       3.621   1.927 110.868  1.00 58.45           O  
+ATOM  12905  ND2 ASN H 158       3.855   1.175 112.955  1.00 54.38           N  
+ATOM  12906  N   PHE H 159      -0.181  -1.728 113.775  1.00 37.48           N  
+ATOM  12907  CA  PHE H 159      -1.518  -2.303 113.839  1.00 36.45           C  
+ATOM  12908  C   PHE H 159      -2.234  -1.888 115.121  1.00 38.74           C  
+ATOM  12909  O   PHE H 159      -1.641  -1.330 116.048  1.00 40.34           O  
+ATOM  12910  CB  PHE H 159      -1.476  -3.834 113.715  1.00 35.39           C  
+ATOM  12911  CG  PHE H 159      -0.622  -4.517 114.744  1.00 37.92           C  
+ATOM  12912  CD1 PHE H 159       0.729  -4.746 114.503  1.00 39.97           C  
+ATOM  12913  CD2 PHE H 159      -1.175  -4.964 115.934  1.00 38.80           C  
+ATOM  12914  CE1 PHE H 159       1.520  -5.389 115.441  1.00 41.30           C  
+ATOM  12915  CE2 PHE H 159      -0.397  -5.606 116.881  1.00 42.43           C  
+ATOM  12916  CZ  PHE H 159       0.961  -5.817 116.633  1.00 43.04           C  
+ATOM  12917  N   TYR H 160      -3.543  -2.158 115.153  1.00 37.43           N  
+ATOM  12918  CA  TYR H 160      -4.380  -1.870 116.311  1.00 36.58           C  
+ATOM  12919  C   TYR H 160      -5.696  -2.636 116.205  1.00 36.66           C  
+ATOM  12920  O   TYR H 160      -6.362  -2.583 115.162  1.00 31.54           O  
+ATOM  12921  CB  TYR H 160      -4.659  -0.371 116.443  1.00 36.01           C  
+ATOM  12922  CG  TYR H 160      -5.434  -0.052 117.704  1.00 40.20           C  
+ATOM  12923  CD1 TYR H 160      -4.774   0.293 118.881  1.00 39.89           C  
+ATOM  12924  CD2 TYR H 160      -6.826  -0.132 117.730  1.00 40.71           C  
+ATOM  12925  CE1 TYR H 160      -5.478   0.568 120.039  1.00 37.55           C  
+ATOM  12926  CE2 TYR H 160      -7.540   0.135 118.887  1.00 37.56           C  
+ATOM  12927  CZ  TYR H 160      -6.861   0.480 120.034  1.00 37.22           C  
+ATOM  12928  OH  TYR H 160      -7.567   0.751 121.178  1.00 34.67           O  
+ATOM  12929  N   PRO H 161      -6.135  -3.326 117.275  1.00 35.90           N  
+ATOM  12930  CA  PRO H 161      -5.516  -3.313 118.604  1.00 36.96           C  
+ATOM  12931  C   PRO H 161      -4.313  -4.238 118.713  1.00 38.07           C  
+ATOM  12932  O   PRO H 161      -3.891  -4.821 117.706  1.00 36.35           O  
+ATOM  12933  CB  PRO H 161      -6.650  -3.801 119.504  1.00 34.08           C  
+ATOM  12934  CG  PRO H 161      -7.350  -4.801 118.647  1.00 33.07           C  
+ATOM  12935  CD  PRO H 161      -7.305  -4.224 117.241  1.00 33.59           C  
+ATOM  12936  N   ARG H 162      -3.819  -4.387 119.950  1.00 41.21           N  
+ATOM  12937  CA  ARG H 162      -2.547  -5.055 120.217  1.00 46.62           C  
+ATOM  12938  C   ARG H 162      -2.638  -6.565 120.036  1.00 45.80           C  
+ATOM  12939  O   ARG H 162      -1.637  -7.203 119.698  1.00 46.13           O  
+ATOM  12940  CB  ARG H 162      -2.082  -4.714 121.643  1.00 52.07           C  
+ATOM  12941  CG  ARG H 162      -0.748  -5.320 122.075  1.00 59.30           C  
+ATOM  12942  CD  ARG H 162      -0.459  -5.046 123.556  1.00 64.84           C  
+ATOM  12943  NE  ARG H 162       0.682  -5.818 124.055  1.00 70.37           N  
+ATOM  12944  CZ  ARG H 162       1.889  -5.316 124.313  1.00 73.05           C  
+ATOM  12945  NH1 ARG H 162       2.138  -4.024 124.127  1.00 73.03           N  
+ATOM  12946  NH2 ARG H 162       2.853  -6.112 124.762  1.00 74.61           N  
+ATOM  12947  N   GLU H 163      -3.808  -7.154 120.265  1.00 44.77           N  
+ATOM  12948  CA  GLU H 163      -3.940  -8.604 120.188  1.00 49.63           C  
+ATOM  12949  C   GLU H 163      -3.705  -9.076 118.757  1.00 53.04           C  
+ATOM  12950  O   GLU H 163      -4.370  -8.616 117.822  1.00 53.99           O  
+ATOM  12951  CB  GLU H 163      -5.315  -9.045 120.686  1.00 50.53           C  
+ATOM  12952  CG  GLU H 163      -5.476  -8.973 122.204  0.70 53.88           C  
+ATOM  12953  CD  GLU H 163      -5.537  -7.546 122.731  0.52 57.19           C  
+ATOM  12954  OE1 GLU H 163      -6.062  -6.664 122.016  0.89 58.15           O  
+ATOM  12955  OE2 GLU H 163      -5.054  -7.305 123.858  1.00 59.43           O  
+ATOM  12956  N   ALA H 164      -2.751  -9.986 118.589  1.00 55.43           N  
+ATOM  12957  CA  ALA H 164      -2.402 -10.532 117.286  1.00 59.10           C  
+ATOM  12958  C   ALA H 164      -1.818 -11.923 117.489  1.00 60.75           C  
+ATOM  12959  O   ALA H 164      -1.244 -12.221 118.540  1.00 60.43           O  
+ATOM  12960  CB  ALA H 164      -1.408  -9.628 116.543  1.00 58.68           C  
+ATOM  12961  N   LYS H 165      -1.978 -12.778 116.480  1.00 62.83           N  
+ATOM  12962  CA  LYS H 165      -1.500 -14.155 116.538  1.00 66.05           C  
+ATOM  12963  C   LYS H 165      -0.539 -14.406 115.385  1.00 67.01           C  
+ATOM  12964  O   LYS H 165      -0.922 -14.286 114.217  1.00 64.33           O  
+ATOM  12965  CB  LYS H 165      -2.664 -15.145 116.486  1.00 68.11           C  
+ATOM  12966  CG  LYS H 165      -2.233 -16.605 116.561  1.00 70.75           C  
+ATOM  12967  CD  LYS H 165      -3.383 -17.540 116.216  1.00 72.72           C  
+ATOM  12968  CE  LYS H 165      -4.606 -17.247 117.079  1.00 74.62           C  
+ATOM  12969  NZ  LYS H 165      -5.778 -18.094 116.712  1.00 75.23           N  
+ATOM  12970  N   VAL H 166       0.702 -14.759 115.713  1.00 69.43           N  
+ATOM  12971  CA  VAL H 166       1.722 -15.104 114.729  1.00 70.93           C  
+ATOM  12972  C   VAL H 166       1.986 -16.599 114.821  1.00 75.78           C  
+ATOM  12973  O   VAL H 166       2.290 -17.115 115.903  1.00 76.04           O  
+ATOM  12974  CB  VAL H 166       3.017 -14.304 114.948  1.00 68.97           C  
+ATOM  12975  CG1 VAL H 166       4.106 -14.802 114.019  1.00 67.54           C  
+ATOM  12976  CG2 VAL H 166       2.769 -12.828 114.721  1.00 69.80           C  
+ATOM  12977  N   GLN H 167       1.871 -17.291 113.690  1.00 83.29           N  
+ATOM  12978  CA  GLN H 167       2.083 -18.732 113.625  1.00 85.29           C  
+ATOM  12979  C   GLN H 167       3.131 -19.032 112.563  1.00 86.82           C  
+ATOM  12980  O   GLN H 167       2.971 -18.640 111.402  1.00 87.86           O  
+ATOM  12981  CB  GLN H 167       0.777 -19.468 113.315  1.00 90.09           C  
+ATOM  12982  CG  GLN H 167       0.931 -20.973 113.228  1.00 94.33           C  
+ATOM  12983  CD  GLN H 167       1.430 -21.579 114.524  1.00 97.76           C  
+ATOM  12984  OE1 GLN H 167       0.902 -21.292 115.600  1.00 98.94           O  
+ATOM  12985  NE2 GLN H 167       2.459 -22.416 114.430  1.00 98.75           N  
+ATOM  12986  N   TRP H 168       4.199 -19.724 112.961  1.00 79.14           N  
+ATOM  12987  CA  TRP H 168       5.264 -20.109 112.043  1.00 75.11           C  
+ATOM  12988  C   TRP H 168       4.980 -21.476 111.435  1.00 76.60           C  
+ATOM  12989  O   TRP H 168       4.525 -22.397 112.123  1.00 76.37           O  
+ATOM  12990  CB  TRP H 168       6.618 -20.139 112.756  1.00 69.29           C  
+ATOM  12991  CG  TRP H 168       7.195 -18.789 113.045  1.00 62.21           C  
+ATOM  12992  CD1 TRP H 168       7.215 -18.146 114.250  1.00 59.20           C  
+ATOM  12993  CD2 TRP H 168       7.844 -17.916 112.112  1.00 58.65           C  
+ATOM  12994  NE1 TRP H 168       7.835 -16.925 114.124  1.00 57.77           N  
+ATOM  12995  CE2 TRP H 168       8.230 -16.761 112.821  1.00 56.20           C  
+ATOM  12996  CE3 TRP H 168       8.132 -17.998 110.745  1.00 58.56           C  
+ATOM  12997  CZ2 TRP H 168       8.891 -15.696 112.211  1.00 54.79           C  
+ATOM  12998  CZ3 TRP H 168       8.788 -16.939 110.141  1.00 57.62           C  
+ATOM  12999  CH2 TRP H 168       9.163 -15.803 110.875  1.00 57.04           C  
+ATOM  13000  N   LYS H 169       5.259 -21.604 110.138  1.00 78.14           N  
+ATOM  13001  CA  LYS H 169       5.045 -22.845 109.402  1.00 78.21           C  
+ATOM  13002  C   LYS H 169       6.272 -23.131 108.550  1.00 79.50           C  
+ATOM  13003  O   LYS H 169       6.661 -22.304 107.718  1.00 77.66           O  
+ATOM  13004  CB  LYS H 169       3.790 -22.763 108.528  1.00 76.94           C  
+ATOM  13005  CG  LYS H 169       2.487 -22.690 109.309  1.00 76.27           C  
+ATOM  13006  CD  LYS H 169       1.292 -22.544 108.377  1.00 76.22           C  
+ATOM  13007  CE  LYS H 169      -0.002 -22.401 109.157  1.00 76.30           C  
+ATOM  13008  NZ  LYS H 169      -1.173 -22.191 108.262  1.00 76.96           N  
+ATOM  13009  N   VAL H 170       6.875 -24.297 108.760  1.00 83.69           N  
+ATOM  13010  CA  VAL H 170       8.050 -24.742 108.017  1.00 87.68           C  
+ATOM  13011  C   VAL H 170       7.637 -25.966 107.208  1.00 89.55           C  
+ATOM  13012  O   VAL H 170       7.376 -27.036 107.773  1.00 88.04           O  
+ATOM  13013  CB  VAL H 170       9.229 -25.056 108.949  1.00 87.63           C  
+ATOM  13014  CG1 VAL H 170      10.429 -25.529 108.148  1.00 86.80           C  
+ATOM  13015  CG2 VAL H 170       9.584 -23.833 109.786  1.00 87.60           C  
+ATOM  13016  N   ASP H 171       7.588 -25.811 105.883  1.00 92.88           N  
+ATOM  13017  CA  ASP H 171       6.999 -26.813 104.990  1.00 96.16           C  
+ATOM  13018  C   ASP H 171       5.586 -27.175 105.441  1.00 99.17           C  
+ATOM  13019  O   ASP H 171       5.200 -28.346 105.476  1.00100.24           O  
+ATOM  13020  CB  ASP H 171       7.877 -28.063 104.882  1.00 95.58           C  
+ATOM  13021  CG  ASP H 171       9.102 -27.844 104.018  1.00 95.69           C  
+ATOM  13022  OD1 ASP H 171      10.214 -28.186 104.465  1.00 96.16           O  
+ATOM  13023  OD2 ASP H 171       8.955 -27.320 102.895  1.00 95.61           O  
+ATOM  13024  N   ASN H 172       4.814 -26.149 105.803  1.00 99.99           N  
+ATOM  13025  CA  ASN H 172       3.431 -26.279 106.258  1.00 99.72           C  
+ATOM  13026  C   ASN H 172       3.312 -27.083 107.552  1.00 97.85           C  
+ATOM  13027  O   ASN H 172       2.239 -27.611 107.862  1.00 98.39           O  
+ATOM  13028  CB  ASN H 172       2.544 -26.891 105.166  1.00101.52           C  
+ATOM  13029  CG  ASN H 172       1.097 -26.457 105.280  1.00103.47           C  
+ATOM  13030  OD1 ASN H 172       0.798 -25.392 105.822  1.00104.52           O  
+ATOM  13031  ND2 ASN H 172       0.190 -27.280 104.770  1.00103.94           N  
+ATOM  13032  N   ALA H 173       4.390 -27.182 108.326  1.00 96.00           N  
+ATOM  13033  CA  ALA H 173       4.372 -27.858 109.617  1.00 95.40           C  
+ATOM  13034  C   ALA H 173       4.370 -26.820 110.734  1.00 95.22           C  
+ATOM  13035  O   ALA H 173       5.156 -25.867 110.704  1.00 94.07           O  
+ATOM  13036  CB  ALA H 173       5.571 -28.796 109.763  1.00 94.72           C  
+ATOM  13037  N   LEU H 174       3.490 -27.009 111.713  1.00 97.15           N  
+ATOM  13038  CA  LEU H 174       3.358 -26.046 112.799  1.00 98.33           C  
+ATOM  13039  C   LEU H 174       4.591 -26.060 113.696  1.00100.71           C  
+ATOM  13040  O   LEU H 174       5.183 -27.111 113.956  1.00100.69           O  
+ATOM  13041  CB  LEU H 174       2.110 -26.347 113.625  1.00 96.47           C  
+ATOM  13042  CG  LEU H 174       0.775 -26.241 112.886  1.00 95.03           C  
+ATOM  13043  CD1 LEU H 174      -0.379 -26.478 113.849  1.00 94.56           C  
+ATOM  13044  CD2 LEU H 174       0.643 -24.889 112.198  1.00 93.99           C  
+ATOM  13045  N   GLN H 175       4.970 -24.880 114.173  1.00103.60           N  
+ATOM  13046  CA  GLN H 175       6.122 -24.712 115.043  1.00106.46           C  
+ATOM  13047  C   GLN H 175       5.668 -24.290 116.434  1.00104.68           C  
+ATOM  13048  O   GLN H 175       4.646 -23.615 116.593  1.00105.09           O  
+ATOM  13049  CB  GLN H 175       7.094 -23.674 114.473  1.00110.80           C  
+ATOM  13050  CG  GLN H 175       7.531 -23.958 113.043  1.00113.73           C  
+ATOM  13051  CD  GLN H 175       8.332 -25.240 112.920  1.00115.77           C  
+ATOM  13052  OE1 GLN H 175       9.368 -25.403 113.562  1.00117.04           O  
+ATOM  13053  NE2 GLN H 175       7.852 -26.160 112.092  1.00116.07           N  
+ATOM  13054  N   SER H 176       6.437 -24.696 117.443  1.00101.76           N  
+ATOM  13055  CA BSER H 176       6.122 -24.364 118.823  0.84 99.53           C  
+ATOM  13056  C   SER H 176       7.378 -24.523 119.669  1.00 98.33           C  
+ATOM  13057  O   SER H 176       8.105 -25.510 119.530  1.00 97.72           O  
+ATOM  13058  CB BSER H 176       4.992 -25.249 119.363  0.84 98.99           C  
+ATOM  13059  OG BSER H 176       4.576 -24.819 120.646  0.84 98.85           O  
+ATOM  13060  N   GLY H 177       7.625 -23.544 120.539  1.00 95.84           N  
+ATOM  13061  CA  GLY H 177       8.756 -23.575 121.442  1.00 93.53           C  
+ATOM  13062  C   GLY H 177      10.068 -23.087 120.870  1.00 92.42           C  
+ATOM  13063  O   GLY H 177      11.087 -23.145 121.572  1.00 92.31           O  
+ATOM  13064  N   ASN H 178      10.086 -22.603 119.628  1.00 91.32           N  
+ATOM  13065  CA  ASN H 178      11.321 -22.167 118.989  1.00 90.70           C  
+ATOM  13066  C   ASN H 178      11.198 -20.749 118.440  1.00 86.44           C  
+ATOM  13067  O   ASN H 178      11.911 -20.374 117.503  1.00 87.54           O  
+ATOM  13068  CB  ASN H 178      11.730 -23.140 117.883  1.00 96.63           C  
+ATOM  13069  CG  ASN H 178      10.638 -23.338 116.847  1.00100.38           C  
+ATOM  13070  OD1 ASN H 178       9.459 -23.112 117.117  1.00100.39           O  
+ATOM  13071  ND2 ASN H 178      11.029 -23.769 115.654  1.00102.20           N  
+ATOM  13072  N   SER H 179      10.305 -19.945 119.015  1.00 75.12           N  
+ATOM  13073  CA  SER H 179      10.121 -18.567 118.588  1.00 67.73           C  
+ATOM  13074  C   SER H 179       9.838 -17.689 119.798  1.00 64.81           C  
+ATOM  13075  O   SER H 179       9.247 -18.133 120.786  1.00 65.04           O  
+ATOM  13076  CB  SER H 179       8.980 -18.437 117.573  1.00 63.99           C  
+ATOM  13077  OG  SER H 179       7.730 -18.718 118.178  1.00 60.85           O  
+ATOM  13078  N   GLN H 180      10.274 -16.434 119.709  1.00 61.94           N  
+ATOM  13079  CA  GLN H 180       9.995 -15.419 120.715  1.00 58.73           C  
+ATOM  13080  C   GLN H 180       9.570 -14.137 120.014  1.00 57.25           C  
+ATOM  13081  O   GLN H 180       9.987 -13.863 118.884  1.00 54.45           O  
+ATOM  13082  CB  GLN H 180      11.218 -15.132 121.605  1.00 57.28           C  
+ATOM  13083  CG  GLN H 180      11.738 -16.329 122.387  1.00 56.97           C  
+ATOM  13084  CD  GLN H 180      12.978 -15.996 123.200  1.00 57.21           C  
+ATOM  13085  OE1 GLN H 180      14.086 -15.916 122.663  1.00 58.51           O  
+ATOM  13086  NE2 GLN H 180      12.795 -15.793 124.501  1.00 54.41           N  
+ATOM  13087  N   GLU H 181       8.745 -13.345 120.695  1.00 58.47           N  
+ATOM  13088  CA  GLU H 181       8.260 -12.097 120.123  1.00 59.98           C  
+ATOM  13089  C   GLU H 181       8.327 -10.983 121.157  1.00 56.98           C  
+ATOM  13090  O   GLU H 181       8.333 -11.220 122.367  1.00 57.98           O  
+ATOM  13091  CB  GLU H 181       6.829 -12.228 119.590  1.00 64.42           C  
+ATOM  13092  CG  GLU H 181       5.824 -12.734 120.602  1.00 69.67           C  
+ATOM  13093  CD  GLU H 181       4.417 -12.804 120.030  1.00 75.35           C  
+ATOM  13094  OE1 GLU H 181       3.587 -11.934 120.371  1.00 77.49           O  
+ATOM  13095  OE2 GLU H 181       4.143 -13.723 119.229  1.00 77.26           O  
+ATOM  13096  N   SER H 182       8.384  -9.754 120.653  1.00 53.32           N  
+ATOM  13097  CA  SER H 182       8.313  -8.566 121.486  1.00 48.99           C  
+ATOM  13098  C   SER H 182       7.508  -7.512 120.742  1.00 43.18           C  
+ATOM  13099  O   SER H 182       7.419  -7.530 119.512  1.00 41.09           O  
+ATOM  13100  CB  SER H 182       9.712  -8.037 121.859  1.00 48.23           C  
+ATOM  13101  OG  SER H 182      10.384  -7.480 120.751  1.00 51.25           O  
+ATOM  13102  N   VAL H 183       6.902  -6.611 121.504  1.00 38.21           N  
+ATOM  13103  CA  VAL H 183       5.989  -5.608 120.979  1.00 35.32           C  
+ATOM  13104  C   VAL H 183       6.495  -4.240 121.398  1.00 36.70           C  
+ATOM  13105  O   VAL H 183       7.048  -4.076 122.491  1.00 37.20           O  
+ATOM  13106  CB  VAL H 183       4.547  -5.833 121.489  1.00 35.74           C  
+ATOM  13107  CG1 VAL H 183       3.554  -4.921 120.761  1.00 33.29           C  
+ATOM  13108  CG2 VAL H 183       4.151  -7.298 121.345  1.00 38.83           C  
+ATOM  13109  N   THR H 184       6.304  -3.252 120.531  1.00 35.51           N  
+ATOM  13110  CA  THR H 184       6.672  -1.903 120.929  1.00 43.02           C  
+ATOM  13111  C   THR H 184       5.559  -1.259 121.758  1.00 45.74           C  
+ATOM  13112  O   THR H 184       4.438  -1.775 121.867  1.00 39.76           O  
+ATOM  13113  CB  THR H 184       6.974  -1.039 119.706  1.00 46.56           C  
+ATOM  13114  OG1 THR H 184       5.793  -0.941 118.895  1.00 48.43           O  
+ATOM  13115  CG2 THR H 184       8.109  -1.646 118.892  1.00 44.47           C  
+ATOM  13116  N   GLU H 185       5.896  -0.118 122.362  1.00 51.54           N  
+ATOM  13117  CA AGLU H 185       4.899   0.680 123.056  0.53 54.25           C  
+ATOM  13118  C   GLU H 185       3.966   1.345 122.049  1.00 51.34           C  
+ATOM  13119  O   GLU H 185       4.250   1.424 120.852  1.00 52.57           O  
+ATOM  13120  CB AGLU H 185       5.558   1.751 123.926  0.53 57.92           C  
+ATOM  13121  CG AGLU H 185       6.691   1.257 124.802  0.53 60.99           C  
+ATOM  13122  CD AGLU H 185       6.249   0.209 125.796  0.53 65.37           C  
+ATOM  13123  OE1AGLU H 185       5.061   0.211 126.185  0.53 65.87           O  
+ATOM  13124  OE2AGLU H 185       7.097  -0.622 126.188  0.53 67.98           O  
+ATOM  13125  N   GLN H 186       2.833   1.824 122.553  1.00 47.17           N  
+ATOM  13126  CA  GLN H 186       1.880   2.505 121.688  1.00 44.29           C  
+ATOM  13127  C   GLN H 186       2.507   3.777 121.122  1.00 44.30           C  
+ATOM  13128  O   GLN H 186       3.018   4.618 121.870  1.00 41.67           O  
+ATOM  13129  CB  GLN H 186       0.601   2.822 122.467  1.00 39.74           C  
+ATOM  13130  CG  GLN H 186      -0.557   3.256 121.607  1.00 38.06           C  
+ATOM  13131  CD  GLN H 186      -1.903   3.152 122.319  1.00 37.61           C  
+ATOM  13132  OE1 GLN H 186      -1.996   3.322 123.544  1.00 34.12           O  
+ATOM  13133  NE2 GLN H 186      -2.952   2.863 121.551  1.00 31.49           N  
+ATOM  13134  N   ASP H 187       2.492   3.902 119.793  1.00 46.15           N  
+ATOM  13135  CA  ASP H 187       3.131   5.040 119.141  1.00 52.03           C  
+ATOM  13136  C   ASP H 187       2.522   6.355 119.623  1.00 57.09           C  
+ATOM  13137  O   ASP H 187       1.313   6.452 119.852  1.00 53.93           O  
+ATOM  13138  CB  ASP H 187       2.997   4.917 117.624  1.00 53.99           C  
+ATOM  13139  CG  ASP H 187       3.717   6.027 116.879  1.00 57.03           C  
+ATOM  13140  OD1 ASP H 187       4.939   5.887 116.644  1.00 57.83           O  
+ATOM  13141  OD2 ASP H 187       3.068   7.041 116.539  1.00 58.61           O  
+ATOM  13142  N   SER H 188       3.372   7.377 119.772  1.00 64.08           N  
+ATOM  13143  CA  SER H 188       2.934   8.631 120.382  1.00 70.60           C  
+ATOM  13144  C   SER H 188       2.014   9.453 119.483  1.00 77.30           C  
+ATOM  13145  O   SER H 188       1.312  10.335 119.990  1.00 78.60           O  
+ATOM  13146  CB  SER H 188       4.147   9.473 120.786  1.00 71.35           C  
+ATOM  13147  OG  SER H 188       4.957   9.791 119.666  1.00 73.42           O  
+ATOM  13148  N   LYS H 189       1.991   9.195 118.175  1.00 85.36           N  
+ATOM  13149  CA  LYS H 189       1.164   9.970 117.256  1.00 85.53           C  
+ATOM  13150  C   LYS H 189      -0.005   9.167 116.698  1.00 81.49           C  
+ATOM  13151  O   LYS H 189      -1.161   9.571 116.855  1.00 83.52           O  
+ATOM  13152  CB  LYS H 189       2.023  10.532 116.119  1.00 92.13           C  
+ATOM  13153  CG  LYS H 189       2.871  11.708 116.556  1.00 98.94           C  
+ATOM  13154  CD  LYS H 189       3.690  12.272 115.413  1.00103.93           C  
+ATOM  13155  CE  LYS H 189       4.522  13.458 115.877  1.00106.98           C  
+ATOM  13156  NZ  LYS H 189       5.412  13.969 114.798  1.00108.80           N  
+ATOM  13157  N   ASP H 190       0.255   8.038 116.049  1.00 67.04           N  
+ATOM  13158  CA  ASP H 190      -0.826   7.249 115.482  1.00 54.61           C  
+ATOM  13159  C   ASP H 190      -1.299   6.128 116.401  1.00 44.17           C  
+ATOM  13160  O   ASP H 190      -2.151   5.341 115.991  1.00 41.35           O  
+ATOM  13161  CB  ASP H 190      -0.418   6.687 114.109  1.00 55.65           C  
+ATOM  13162  CG  ASP H 190       0.716   5.681 114.183  1.00 56.24           C  
+ATOM  13163  OD1 ASP H 190       1.079   5.247 115.292  1.00 56.00           O  
+ATOM  13164  OD2 ASP H 190       1.255   5.316 113.118  1.00 56.20           O  
+ATOM  13165  N   SER H 191      -0.754   6.019 117.619  1.00 41.15           N  
+ATOM  13166  CA  SER H 191      -1.294   5.124 118.647  1.00 36.41           C  
+ATOM  13167  C   SER H 191      -1.338   3.653 118.200  1.00 35.71           C  
+ATOM  13168  O   SER H 191      -2.181   2.878 118.661  1.00 36.08           O  
+ATOM  13169  CB  SER H 191      -2.692   5.584 119.088  1.00 37.31           C  
+ATOM  13170  OG  SER H 191      -2.670   6.870 119.703  1.00 35.12           O  
+ATOM  13171  N   THR H 192      -0.441   3.237 117.308  1.00 36.19           N  
+ATOM  13172  CA  THR H 192      -0.413   1.857 116.836  1.00 35.50           C  
+ATOM  13173  C   THR H 192       0.675   1.053 117.547  1.00 34.59           C  
+ATOM  13174  O   THR H 192       1.495   1.587 118.297  1.00 38.04           O  
+ATOM  13175  CB  THR H 192      -0.194   1.802 115.315  1.00 34.02           C  
+ATOM  13176  OG1 THR H 192       1.035   2.471 114.976  1.00 36.53           O  
+ATOM  13177  CG2 THR H 192      -1.365   2.449 114.576  1.00 31.47           C  
+ATOM  13178  N   TYR H 193       0.668  -0.255 117.296  1.00 34.38           N  
+ATOM  13179  CA  TYR H 193       1.665  -1.182 117.819  1.00 37.89           C  
+ATOM  13180  C   TYR H 193       2.448  -1.807 116.671  1.00 39.49           C  
+ATOM  13181  O   TYR H 193       1.982  -1.867 115.531  1.00 37.29           O  
+ATOM  13182  CB  TYR H 193       1.021  -2.297 118.659  1.00 39.21           C  
+ATOM  13183  CG  TYR H 193       0.278  -1.785 119.863  1.00 42.27           C  
+ATOM  13184  CD1 TYR H 193      -1.079  -1.511 119.797  1.00 41.52           C  
+ATOM  13185  CD2 TYR H 193       0.935  -1.564 121.067  1.00 45.60           C  
+ATOM  13186  CE1 TYR H 193      -1.761  -1.029 120.888  1.00 44.70           C  
+ATOM  13187  CE2 TYR H 193       0.261  -1.078 122.167  1.00 44.80           C  
+ATOM  13188  CZ  TYR H 193      -1.089  -0.815 122.071  1.00 46.42           C  
+ATOM  13189  OH  TYR H 193      -1.780  -0.334 123.160  1.00 47.30           O  
+ATOM  13190  N   SER H 194       3.654  -2.274 116.981  1.00 40.35           N  
+ATOM  13191  CA  SER H 194       4.418  -3.101 116.060  1.00 37.77           C  
+ATOM  13192  C   SER H 194       4.925  -4.322 116.814  1.00 39.97           C  
+ATOM  13193  O   SER H 194       5.222  -4.250 118.016  1.00 36.21           O  
+ATOM  13194  CB  SER H 194       5.576  -2.322 115.420  1.00 40.54           C  
+ATOM  13195  OG  SER H 194       5.075  -1.305 114.558  1.00 39.32           O  
+ATOM  13196  N   LEU H 195       4.987  -5.449 116.111  1.00 39.28           N  
+ATOM  13197  CA  LEU H 195       5.389  -6.717 116.696  1.00 40.93           C  
+ATOM  13198  C   LEU H 195       6.486  -7.327 115.839  1.00 45.33           C  
+ATOM  13199  O   LEU H 195       6.505  -7.168 114.614  1.00 44.52           O  
+ATOM  13200  CB  LEU H 195       4.199  -7.682 116.815  1.00 40.39           C  
+ATOM  13201  CG  LEU H 195       4.327  -9.036 117.518  1.00 40.27           C  
+ATOM  13202  CD1 LEU H 195       2.963  -9.470 118.026  1.00 41.78           C  
+ATOM  13203  CD2 LEU H 195       4.893 -10.102 116.587  1.00 40.71           C  
+ATOM  13204  N   SER H 196       7.404  -8.024 116.498  1.00 50.22           N  
+ATOM  13205  CA  SER H 196       8.487  -8.730 115.833  1.00 53.93           C  
+ATOM  13206  C   SER H 196       8.535 -10.145 116.386  1.00 56.55           C  
+ATOM  13207  O   SER H 196       8.489 -10.334 117.604  1.00 58.56           O  
+ATOM  13208  CB  SER H 196       9.825  -8.017 116.056  1.00 59.23           C  
+ATOM  13209  OG  SER H 196      10.911  -8.887 115.806  1.00 63.35           O  
+ATOM  13210  N   SER H 197       8.613 -11.135 115.501  1.00 54.01           N  
+ATOM  13211  CA  SER H 197       8.720 -12.529 115.909  1.00 51.73           C  
+ATOM  13212  C   SER H 197       9.942 -13.146 115.247  1.00 53.31           C  
+ATOM  13213  O   SER H 197      10.105 -13.050 114.026  1.00 54.82           O  
+ATOM  13214  CB  SER H 197       7.460 -13.316 115.544  1.00 51.42           C  
+ATOM  13215  OG  SER H 197       7.532 -14.643 116.034  1.00 54.15           O  
+ATOM  13216  N   THR H 198      10.800 -13.775 116.047  1.00 53.50           N  
+ATOM  13217  CA  THR H 198      12.029 -14.384 115.552  1.00 55.33           C  
+ATOM  13218  C   THR H 198      11.930 -15.902 115.665  1.00 56.41           C  
+ATOM  13219  O   THR H 198      11.747 -16.437 116.764  1.00 53.62           O  
+ATOM  13220  CB  THR H 198      13.252 -13.862 116.310  1.00 56.24           C  
+ATOM  13221  OG1 THR H 198      13.377 -12.448 116.104  1.00 58.58           O  
+ATOM  13222  CG2 THR H 198      14.520 -14.547 115.807  1.00 53.81           C  
+ATOM  13223  N   LEU H 199      12.041 -16.586 114.526  1.00 59.26           N  
+ATOM  13224  CA  LEU H 199      12.101 -18.041 114.473  1.00 61.54           C  
+ATOM  13225  C   LEU H 199      13.564 -18.458 114.416  1.00 62.78           C  
+ATOM  13226  O   LEU H 199      14.262 -18.151 113.444  1.00 62.97           O  
+ATOM  13227  CB  LEU H 199      11.339 -18.585 113.263  1.00 62.66           C  
+ATOM  13228  CG  LEU H 199      11.356 -20.108 113.083  1.00 61.37           C  
+ATOM  13229  CD1 LEU H 199      10.641 -20.807 114.232  1.00 60.24           C  
+ATOM  13230  CD2 LEU H 199      10.755 -20.510 111.742  1.00 60.76           C  
+ATOM  13231  N   THR H 200      14.025 -19.151 115.452  1.00 63.55           N  
+ATOM  13232  CA  THR H 200      15.424 -19.534 115.579  1.00 62.44           C  
+ATOM  13233  C   THR H 200      15.569 -21.028 115.330  1.00 61.37           C  
+ATOM  13234  O   THR H 200      14.876 -21.837 115.959  1.00 56.04           O  
+ATOM  13235  CB  THR H 200      15.977 -19.172 116.960  1.00 61.71           C  
+ATOM  13236  OG1 THR H 200      15.764 -17.776 117.207  1.00 62.67           O  
+ATOM  13237  CG2 THR H 200      17.474 -19.464 117.025  1.00 59.89           C  
+ATOM  13238  N   LEU H 201      16.467 -21.381 114.407  1.00 63.99           N  
+ATOM  13239  CA  LEU H 201      16.782 -22.764 114.085  1.00 67.46           C  
+ATOM  13240  C   LEU H 201      18.277 -22.884 113.827  1.00 69.61           C  
+ATOM  13241  O   LEU H 201      18.933 -21.919 113.420  1.00 67.31           O  
+ATOM  13242  CB  LEU H 201      16.012 -23.259 112.847  1.00 68.99           C  
+ATOM  13243  CG  LEU H 201      14.487 -23.112 112.793  1.00 67.80           C  
+ATOM  13244  CD1 LEU H 201      13.982 -23.417 111.386  1.00 67.40           C  
+ATOM  13245  CD2 LEU H 201      13.804 -24.011 113.821  1.00 67.23           C  
+ATOM  13246  N   SER H 202      18.810 -24.081 114.062  1.00 74.42           N  
+ATOM  13247  CA  SER H 202      20.195 -24.362 113.715  1.00 79.34           C  
+ATOM  13248  C   SER H 202      20.363 -24.391 112.199  1.00 82.93           C  
+ATOM  13249  O   SER H 202      19.405 -24.589 111.447  1.00 81.34           O  
+ATOM  13250  CB  SER H 202      20.640 -25.695 114.314  1.00 80.82           C  
+ATOM  13251  OG  SER H 202      19.891 -26.768 113.768  1.00 81.67           O  
+ATOM  13252  N   LYS H 203      21.607 -24.189 111.750  1.00 88.97           N  
+ATOM  13253  CA  LYS H 203      21.878 -24.199 110.313  1.00 93.99           C  
+ATOM  13254  C   LYS H 203      21.586 -25.563 109.699  1.00 97.20           C  
+ATOM  13255  O   LYS H 203      21.187 -25.647 108.530  1.00 97.96           O  
+ATOM  13256  CB  LYS H 203      23.328 -23.795 110.042  1.00 94.93           C  
+ATOM  13257  CG  LYS H 203      23.668 -23.656 108.563  1.00 94.69           C  
+ATOM  13258  CD  LYS H 203      25.156 -23.446 108.352  1.00 95.68           C  
+ATOM  13259  CE  LYS H 203      25.492 -23.351 106.873  1.00 96.73           C  
+ATOM  13260  NZ  LYS H 203      26.956 -23.195 106.639  1.00 98.21           N  
+ATOM  13261  N   ALA H 204      21.772 -26.637 110.469  1.00100.56           N  
+ATOM  13262  CA  ALA H 204      21.453 -27.973 109.978  1.00100.82           C  
+ATOM  13263  C   ALA H 204      19.958 -28.120 109.725  1.00 99.64           C  
+ATOM  13264  O   ALA H 204      19.540 -28.577 108.654  1.00100.99           O  
+ATOM  13265  CB  ALA H 204      21.943 -29.026 110.974  1.00102.49           C  
+ATOM  13266  N   ASP H 205      19.134 -27.726 110.701  1.00 96.07           N  
+ATOM  13267  CA  ASP H 205      17.687 -27.856 110.556  1.00 91.57           C  
+ATOM  13268  C   ASP H 205      17.122 -26.857 109.554  1.00 86.44           C  
+ATOM  13269  O   ASP H 205      16.109 -27.143 108.903  1.00 83.49           O  
+ATOM  13270  CB  ASP H 205      17.007 -27.683 111.914  1.00 92.39           C  
+ATOM  13271  CG  ASP H 205      17.297 -28.830 112.859  1.00 93.22           C  
+ATOM  13272  OD1 ASP H 205      17.346 -29.989 112.393  1.00 93.77           O  
+ATOM  13273  OD2 ASP H 205      17.480 -28.573 114.068  1.00 93.50           O  
+ATOM  13274  N   TYR H 206      17.752 -25.689 109.417  1.00 85.87           N  
+ATOM  13275  CA  TYR H 206      17.259 -24.694 108.470  1.00 87.53           C  
+ATOM  13276  C   TYR H 206      17.396 -25.168 107.029  1.00 92.88           C  
+ATOM  13277  O   TYR H 206      16.548 -24.843 106.190  1.00 93.77           O  
+ATOM  13278  CB  TYR H 206      17.997 -23.369 108.659  1.00 84.78           C  
+ATOM  13279  CG  TYR H 206      17.627 -22.308 107.643  1.00 82.44           C  
+ATOM  13280  CD1 TYR H 206      16.370 -21.717 107.653  1.00 81.38           C  
+ATOM  13281  CD2 TYR H 206      18.536 -21.890 106.680  1.00 82.19           C  
+ATOM  13282  CE1 TYR H 206      16.024 -20.745 106.729  1.00 80.24           C  
+ATOM  13283  CE2 TYR H 206      18.200 -20.915 105.751  1.00 81.75           C  
+ATOM  13284  CZ  TYR H 206      16.940 -20.349 105.781  1.00 80.32           C  
+ATOM  13285  OH  TYR H 206      16.594 -19.378 104.869  1.00 79.35           O  
+ATOM  13286  N   GLU H 207      18.448 -25.929 106.722  1.00 97.73           N  
+ATOM  13287  CA  GLU H 207      18.681 -26.407 105.365  1.00 99.93           C  
+ATOM  13288  C   GLU H 207      17.981 -27.728 105.064  1.00 98.32           C  
+ATOM  13289  O   GLU H 207      17.985 -28.165 103.908  1.00 97.51           O  
+ATOM  13290  CB  GLU H 207      20.187 -26.535 105.111  1.00104.08           C  
+ATOM  13291  CG  GLU H 207      20.908 -25.191 105.072  1.00106.74           C  
+ATOM  13292  CD  GLU H 207      22.413 -25.329 104.943  1.00110.00           C  
+ATOM  13293  OE1 GLU H 207      22.924 -26.454 105.122  1.00111.49           O  
+ATOM  13294  OE2 GLU H 207      23.086 -24.313 104.664  1.00111.01           O  
+ATOM  13295  N   LYS H 208      17.373 -28.366 106.067  1.00 96.93           N  
+ATOM  13296  CA  LYS H 208      16.568 -29.559 105.840  1.00 95.91           C  
+ATOM  13297  C   LYS H 208      15.207 -29.252 105.235  1.00 95.72           C  
+ATOM  13298  O   LYS H 208      14.475 -30.190 104.902  1.00 95.38           O  
+ATOM  13299  CB  LYS H 208      16.355 -30.322 107.152  1.00 95.09           C  
+ATOM  13300  CG  LYS H 208      17.596 -30.985 107.722  1.00 96.19           C  
+ATOM  13301  CD  LYS H 208      17.277 -31.696 109.035  1.00 96.05           C  
+ATOM  13302  CE  LYS H 208      18.531 -32.268 109.685  1.00 96.03           C  
+ATOM  13303  NZ  LYS H 208      19.189 -33.300 108.836  1.00 95.51           N  
+ATOM  13304  N   HIS H 209      14.847 -27.979 105.089  1.00 96.21           N  
+ATOM  13305  CA  HIS H 209      13.497 -27.597 104.703  1.00 97.04           C  
+ATOM  13306  C   HIS H 209      13.544 -26.546 103.600  1.00100.66           C  
+ATOM  13307  O   HIS H 209      14.607 -26.027 103.246  1.00101.65           O  
+ATOM  13308  CB  HIS H 209      12.706 -27.085 105.914  1.00 92.86           C  
+ATOM  13309  CG  HIS H 209      12.509 -28.115 106.984  1.00 89.55           C  
+ATOM  13310  ND1 HIS H 209      13.333 -28.213 108.085  1.00 88.76           N  
+ATOM  13311  CD2 HIS H 209      11.590 -29.101 107.114  1.00 88.38           C  
+ATOM  13312  CE1 HIS H 209      12.926 -29.209 108.851  1.00 88.43           C  
+ATOM  13313  NE2 HIS H 209      11.869 -29.765 108.284  1.00 88.17           N  
+ATOM  13314  N   LYS H 210      12.363 -26.232 103.060  1.00103.94           N  
+ATOM  13315  CA  LYS H 210      12.245 -25.401 101.865  1.00107.08           C  
+ATOM  13316  C   LYS H 210      11.386 -24.163 102.090  1.00107.15           C  
+ATOM  13317  O   LYS H 210      11.870 -23.043 101.891  1.00108.45           O  
+ATOM  13318  CB  LYS H 210      11.682 -26.242 100.711  1.00112.52           C  
+ATOM  13319  CG  LYS H 210      11.528 -25.491  99.398  1.00115.85           C  
+ATOM  13320  CD  LYS H 210      12.879 -25.094  98.821  1.00118.54           C  
+ATOM  13321  CE  LYS H 210      12.723 -24.427  97.460  1.00119.99           C  
+ATOM  13322  NZ  LYS H 210      14.037 -24.068  96.854  1.00120.56           N  
+ATOM  13323  N   VAL H 211      10.124 -24.322 102.489  1.00 98.23           N  
+ATOM  13324  CA  VAL H 211       9.180 -23.212 102.590  1.00 93.45           C  
+ATOM  13325  C   VAL H 211       9.100 -22.743 104.037  1.00 96.42           C  
+ATOM  13326  O   VAL H 211       8.843 -23.543 104.947  1.00 97.34           O  
+ATOM  13327  CB  VAL H 211       7.789 -23.617 102.074  1.00 86.67           C  
+ATOM  13328  CG1 VAL H 211       6.850 -22.424 102.111  1.00 84.96           C  
+ATOM  13329  CG2 VAL H 211       7.889 -24.184 100.669  1.00 84.60           C  
+ATOM  13330  N   TYR H 212       9.300 -21.443 104.246  1.00101.47           N  
+ATOM  13331  CA  TYR H 212       9.221 -20.818 105.562  1.00101.09           C  
+ATOM  13332  C   TYR H 212       8.177 -19.712 105.513  1.00100.04           C  
+ATOM  13333  O   TYR H 212       8.318 -18.760 104.739  1.00101.67           O  
+ATOM  13334  CB  TYR H 212      10.583 -20.262 105.988  1.00104.65           C  
+ATOM  13335  CG  TYR H 212      11.600 -21.333 106.303  1.00106.94           C  
+ATOM  13336  CD1 TYR H 212      12.455 -21.819 105.323  1.00108.12           C  
+ATOM  13337  CD2 TYR H 212      11.695 -21.868 107.581  1.00107.00           C  
+ATOM  13338  CE1 TYR H 212      13.381 -22.805 105.611  1.00109.18           C  
+ATOM  13339  CE2 TYR H 212      12.615 -22.850 107.877  1.00108.13           C  
+ATOM  13340  CZ  TYR H 212      13.454 -23.316 106.891  1.00109.40           C  
+ATOM  13341  OH  TYR H 212      14.367 -24.298 107.193  1.00110.30           O  
+ATOM  13342  N   ALA H 213       7.140 -19.830 106.341  1.00 88.91           N  
+ATOM  13343  CA  ALA H 213       6.029 -18.890 106.325  1.00 83.66           C  
+ATOM  13344  C   ALA H 213       5.678 -18.446 107.737  1.00 77.53           C  
+ATOM  13345  O   ALA H 213       5.866 -19.188 108.705  1.00 76.19           O  
+ATOM  13346  CB  ALA H 213       4.791 -19.505 105.660  1.00 84.27           C  
+ATOM  13347  N   CYS H 214       5.159 -17.222 107.842  1.00 74.67           N  
+ATOM  13348  CA  CYS H 214       4.608 -16.697 109.088  1.00 71.07           C  
+ATOM  13349  C   CYS H 214       3.190 -16.204 108.834  1.00 72.89           C  
+ATOM  13350  O   CYS H 214       2.966 -15.374 107.947  1.00 71.96           O  
+ATOM  13351  CB BCYS H 214       5.490 -15.563 109.619  0.57 68.01           C  
+ATOM  13352  SG BCYS H 214       4.650 -14.281 110.570  0.57 65.83           S  
+ATOM  13353  N   GLU H 215       2.239 -16.722 109.607  1.00 74.80           N  
+ATOM  13354  CA  GLU H 215       0.818 -16.460 109.419  1.00 77.77           C  
+ATOM  13355  C   GLU H 215       0.319 -15.518 110.509  1.00 75.29           C  
+ATOM  13356  O   GLU H 215       0.582 -15.744 111.696  1.00 77.60           O  
+ATOM  13357  CB  GLU H 215       0.029 -17.770 109.447  1.00 83.26           C  
+ATOM  13358  CG  GLU H 215      -1.462 -17.615 109.243  1.00 87.72           C  
+ATOM  13359  CD  GLU H 215      -2.231 -18.846 109.677  1.00 91.83           C  
+ATOM  13360  OE1 GLU H 215      -2.016 -19.309 110.818  1.00 92.97           O  
+ATOM  13361  OE2 GLU H 215      -3.043 -19.355 108.874  1.00 93.48           O  
+ATOM  13362  N   VAL H 216      -0.409 -14.476 110.110  1.00 70.37           N  
+ATOM  13363  CA  VAL H 216      -0.845 -13.420 111.018  1.00 67.38           C  
+ATOM  13364  C   VAL H 216      -2.370 -13.415 111.082  1.00 66.20           C  
+ATOM  13365  O   VAL H 216      -3.040 -13.395 110.045  1.00 68.37           O  
+ATOM  13366  CB  VAL H 216      -0.306 -12.044 110.581  1.00 65.60           C  
+ATOM  13367  CG1 VAL H 216      -0.837 -10.945 111.487  1.00 63.67           C  
+ATOM  13368  CG2 VAL H 216       1.220 -12.047 110.586  1.00 66.09           C  
+ATOM  13369  N   THR H 217      -2.911 -13.427 112.299  1.00 63.03           N  
+ATOM  13370  CA  THR H 217      -4.348 -13.343 112.541  1.00 62.26           C  
+ATOM  13371  C   THR H 217      -4.633 -12.069 113.323  1.00 62.39           C  
+ATOM  13372  O   THR H 217      -4.122 -11.896 114.434  1.00 63.50           O  
+ATOM  13373  CB  THR H 217      -4.853 -14.561 113.318  1.00 63.48           C  
+ATOM  13374  OG1 THR H 217      -4.728 -15.738 112.511  1.00 65.60           O  
+ATOM  13375  CG2 THR H 217      -6.309 -14.371 113.720  1.00 62.86           C  
+ATOM  13376  N   HIS H 218      -5.451 -11.186 112.752  1.00 60.97           N  
+ATOM  13377  CA  HIS H 218      -5.739  -9.904 113.382  1.00 57.45           C  
+ATOM  13378  C   HIS H 218      -7.173  -9.495 113.088  1.00 59.74           C  
+ATOM  13379  O   HIS H 218      -7.742  -9.867 112.058  1.00 61.34           O  
+ATOM  13380  CB  HIS H 218      -4.778  -8.807 112.907  1.00 51.73           C  
+ATOM  13381  CG  HIS H 218      -4.825  -7.566 113.742  1.00 47.55           C  
+ATOM  13382  ND1 HIS H 218      -5.383  -6.387 113.296  1.00 45.92           N  
+ATOM  13383  CD2 HIS H 218      -4.390  -7.323 115.003  1.00 45.44           C  
+ATOM  13384  CE1 HIS H 218      -5.290  -5.473 114.245  1.00 46.31           C  
+ATOM  13385  NE2 HIS H 218      -4.687  -6.013 115.290  1.00 45.89           N  
+ATOM  13386  N   GLN H 219      -7.745  -8.706 114.005  1.00 59.73           N  
+ATOM  13387  CA  GLN H 219      -9.117  -8.234 113.839  1.00 59.69           C  
+ATOM  13388  C   GLN H 219      -9.273  -7.383 112.583  1.00 60.99           C  
+ATOM  13389  O   GLN H 219     -10.325  -7.413 111.932  1.00 62.73           O  
+ATOM  13390  CB  GLN H 219      -9.548  -7.436 115.066  1.00 59.02           C  
+ATOM  13391  CG  GLN H 219     -10.914  -6.795 114.903  1.00 60.11           C  
+ATOM  13392  CD  GLN H 219     -11.275  -5.874 116.040  1.00 58.67           C  
+ATOM  13393  OE1 GLN H 219     -10.577  -5.809 117.050  1.00 56.83           O  
+ATOM  13394  NE2 GLN H 219     -12.375  -5.150 115.881  1.00 59.78           N  
+ATOM  13395  N   GLY H 220      -8.244  -6.613 112.230  1.00 58.90           N  
+ATOM  13396  CA  GLY H 220      -8.283  -5.802 111.025  1.00 57.30           C  
+ATOM  13397  C   GLY H 220      -8.153  -6.588 109.736  1.00 56.70           C  
+ATOM  13398  O   GLY H 220      -8.310  -6.005 108.657  1.00 55.62           O  
+ATOM  13399  N   LEU H 221      -7.867  -7.883 109.822  1.00 57.08           N  
+ATOM  13400  CA  LEU H 221      -7.744  -8.748 108.658  1.00 58.92           C  
+ATOM  13401  C   LEU H 221      -8.977  -9.637 108.567  1.00 63.11           C  
+ATOM  13402  O   LEU H 221      -9.354 -10.287 109.548  1.00 64.91           O  
+ATOM  13403  CB  LEU H 221      -6.482  -9.607 108.740  1.00 57.99           C  
+ATOM  13404  CG  LEU H 221      -5.128  -8.898 108.765  1.00 58.50           C  
+ATOM  13405  CD1 LEU H 221      -4.024  -9.891 109.088  1.00 60.08           C  
+ATOM  13406  CD2 LEU H 221      -4.853  -8.217 107.441  1.00 57.55           C  
+ATOM  13407  N   SER H 222      -9.609  -9.654 107.393  1.00 64.96           N  
+ATOM  13408  CA  SER H 222     -10.755 -10.534 107.200  1.00 65.77           C  
+ATOM  13409  C   SER H 222     -10.340 -11.999 107.219  1.00 68.75           C  
+ATOM  13410  O   SER H 222     -11.117 -12.856 107.647  1.00 69.79           O  
+ATOM  13411  CB  SER H 222     -11.452 -10.194 105.889  1.00 63.56           C  
+ATOM  13412  OG  SER H 222     -10.513 -10.187 104.832  1.00 63.00           O  
+ATOM  13413  N   SER H 223      -9.129 -12.300 106.763  1.00 70.05           N  
+ATOM  13414  CA ASER H 223      -8.585 -13.648 106.751  0.61 71.02           C  
+ATOM  13415  C   SER H 223      -7.094 -13.587 107.058  1.00 71.76           C  
+ATOM  13416  O   SER H 223      -6.435 -12.597 106.726  1.00 71.60           O  
+ATOM  13417  CB ASER H 223      -8.803 -14.340 105.397  0.61 70.75           C  
+ATOM  13418  OG ASER H 223      -8.069 -13.692 104.373  0.61 70.71           O  
+ATOM  13419  N   PRO H 224      -6.549 -14.628 107.688  1.00 74.06           N  
+ATOM  13420  CA  PRO H 224      -5.111 -14.633 108.007  1.00 73.63           C  
+ATOM  13421  C   PRO H 224      -4.241 -14.393 106.779  1.00 72.81           C  
+ATOM  13422  O   PRO H 224      -4.432 -15.005 105.727  1.00 76.13           O  
+ATOM  13423  CB  PRO H 224      -4.888 -16.032 108.592  1.00 73.89           C  
+ATOM  13424  CG  PRO H 224      -6.213 -16.394 109.186  1.00 73.73           C  
+ATOM  13425  CD  PRO H 224      -7.249 -15.781 108.282  1.00 73.93           C  
+ATOM  13426  N   VAL H 225      -3.280 -13.484 106.926  1.00 69.45           N  
+ATOM  13427  CA  VAL H 225      -2.305 -13.169 105.886  1.00 66.38           C  
+ATOM  13428  C   VAL H 225      -1.051 -13.997 106.126  1.00 66.58           C  
+ATOM  13429  O   VAL H 225      -0.573 -14.105 107.265  1.00 68.18           O  
+ATOM  13430  CB  VAL H 225      -1.979 -11.662 105.875  1.00 64.16           C  
+ATOM  13431  CG1 VAL H 225      -0.854 -11.357 104.893  1.00 65.39           C  
+ATOM  13432  CG2 VAL H 225      -3.214 -10.853 105.539  1.00 62.02           C  
+ATOM  13433  N   THR H 226      -0.507 -14.582 105.059  1.00 64.62           N  
+ATOM  13434  CA  THR H 226       0.704 -15.389 105.149  1.00 63.62           C  
+ATOM  13435  C   THR H 226       1.788 -14.814 104.248  1.00 65.55           C  
+ATOM  13436  O   THR H 226       1.555 -14.578 103.058  1.00 63.03           O  
+ATOM  13437  CB  THR H 226       0.429 -16.849 104.777  1.00 59.04           C  
+ATOM  13438  OG1 THR H 226      -0.572 -17.382 105.654  1.00 58.95           O  
+ATOM  13439  CG2 THR H 226       1.701 -17.682 104.908  1.00 55.58           C  
+ATOM  13440  N   LYS H 227       2.963 -14.581 104.826  1.00 69.24           N  
+ATOM  13441  CA  LYS H 227       4.151 -14.172 104.090  1.00 74.51           C  
+ATOM  13442  C   LYS H 227       5.162 -15.308 104.148  1.00 77.48           C  
+ATOM  13443  O   LYS H 227       5.428 -15.849 105.227  1.00 78.09           O  
+ATOM  13444  CB  LYS H 227       4.750 -12.890 104.672  1.00 76.69           C  
+ATOM  13445  CG  LYS H 227       3.884 -11.653 104.492  1.00 78.05           C  
+ATOM  13446  CD  LYS H 227       3.757 -11.274 103.028  1.00 79.32           C  
+ATOM  13447  CE  LYS H 227       2.875 -10.051 102.855  1.00 81.28           C  
+ATOM  13448  NZ  LYS H 227       2.782  -9.640 101.426  1.00 83.45           N  
+ATOM  13449  N   SER H 228       5.719 -15.672 102.995  1.00 78.46           N  
+ATOM  13450  CA  SER H 228       6.584 -16.838 102.917  1.00 78.27           C  
+ATOM  13451  C   SER H 228       7.744 -16.578 101.966  1.00 78.16           C  
+ATOM  13452  O   SER H 228       7.749 -15.616 101.191  1.00 76.14           O  
+ATOM  13453  CB  SER H 228       5.803 -18.081 102.474  1.00 77.25           C  
+ATOM  13454  OG  SER H 228       5.211 -17.877 101.203  1.00 78.03           O  
+ATOM  13455  N   PHE H 229       8.742 -17.455 102.051  1.00 80.21           N  
+ATOM  13456  CA  PHE H 229       9.856 -17.480 101.115  1.00 83.08           C  
+ATOM  13457  C   PHE H 229      10.346 -18.915 100.992  1.00 87.41           C  
+ATOM  13458  O   PHE H 229      10.026 -19.777 101.817  1.00 85.02           O  
+ATOM  13459  CB  PHE H 229      11.003 -16.550 101.547  1.00 81.45           C  
+ATOM  13460  CG  PHE H 229      11.732 -17.007 102.785  1.00 81.05           C  
+ATOM  13461  CD1 PHE H 229      12.910 -17.735 102.687  1.00 82.16           C  
+ATOM  13462  CD2 PHE H 229      11.247 -16.698 104.047  1.00 79.75           C  
+ATOM  13463  CE1 PHE H 229      13.584 -18.152 103.825  1.00 82.75           C  
+ATOM  13464  CE2 PHE H 229      11.917 -17.110 105.186  1.00 79.99           C  
+ATOM  13465  CZ  PHE H 229      13.086 -17.838 105.076  1.00 81.69           C  
+ATOM  13466  N   ASN H 230      11.120 -19.165  99.940  1.00 93.87           N  
+ATOM  13467  CA  ASN H 230      11.739 -20.461  99.709  1.00 98.77           C  
+ATOM  13468  C   ASN H 230      13.234 -20.350  99.959  1.00105.61           C  
+ATOM  13469  O   ASN H 230      13.858 -19.345  99.601  1.00105.08           O  
+ATOM  13470  CB  ASN H 230      11.470 -20.958  98.286  1.00 96.91           C  
+ATOM  13471  CG  ASN H 230      10.002 -21.257  98.038  1.00 93.38           C  
+ATOM  13472  OD1 ASN H 230       9.292 -21.725  98.928  1.00 92.52           O  
+ATOM  13473  ND2 ASN H 230       9.541 -20.987  96.823  1.00 91.49           N  
+ATOM  13474  N   ARG H 231      13.801 -21.384 100.575  1.00117.04           N  
+ATOM  13475  CA  ARG H 231      15.181 -21.322 101.037  1.00121.66           C  
+ATOM  13476  C   ARG H 231      16.139 -21.189  99.863  1.00123.34           C  
+ATOM  13477  O   ARG H 231      16.183 -22.056  98.984  1.00125.61           O  
+ATOM  13478  CB  ARG H 231      15.523 -22.565 101.857  1.00127.85           C  
+ATOM  13479  CG  ARG H 231      16.830 -22.434 102.622  1.00132.98           C  
+ATOM  13480  CD  ARG H 231      17.336 -23.774 103.130  1.00136.66           C  
+ATOM  13481  NE  ARG H 231      18.031 -24.532 102.093  1.00139.69           N  
+ATOM  13482  CZ  ARG H 231      17.497 -25.546 101.421  1.00141.09           C  
+ATOM  13483  NH1 ARG H 231      16.256 -25.934 101.677  1.00141.36           N  
+ATOM  13484  NH2 ARG H 231      18.206 -26.177 100.495  1.00141.57           N  
+ATOM  13485  N   GLY H 232      16.897 -20.097  99.851  1.00119.65           N  
+ATOM  13486  CA  GLY H 232      17.981 -19.936  98.894  1.00118.94           C  
+ATOM  13487  C   GLY H 232      17.558 -19.874  97.444  1.00118.17           C  
+ATOM  13488  O   GLY H 232      18.267 -20.392  96.572  1.00116.98           O  
+ATOM  13489  N   GLU H 233      16.415 -19.254  97.159  1.00119.45           N  
+ATOM  13490  CA  GLU H 233      16.007 -19.028  95.769  1.00120.84           C  
+ATOM  13491  C   GLU H 233      16.535 -17.672  95.309  1.00124.90           C  
+ATOM  13492  O   GLU H 233      17.469 -17.605  94.504  1.00125.95           O  
+ATOM  13493  CB  GLU H 233      14.489 -19.145  95.627  1.00118.08           C  
+ATOM  13494  CG  GLU H 233      13.993 -20.578  95.743  1.00117.59           C  
+ATOM  13495  CD  GLU H 233      12.625 -20.782  95.124  1.00117.78           C  
+ATOM  13496  OE1 GLU H 233      11.972 -19.779  94.769  1.00117.60           O  
+ATOM  13497  OE2 GLU H 233      12.205 -21.952  94.992  1.00118.10           O  
+ATOM  13498  N   CYS H 234      15.950 -16.592  95.823  1.00129.52           N  
+ATOM  13499  CA  CYS H 234      16.466 -15.237  95.621  1.00134.54           C  
+ATOM  13500  C   CYS H 234      15.673 -14.239  96.461  1.00138.23           C  
+ATOM  13501  O   CYS H 234      16.201 -13.218  96.905  1.00139.36           O  
+ATOM  13502  CB  CYS H 234      16.421 -14.835  94.141  1.00135.10           C  
+ATOM  13503  SG  CYS H 234      17.168 -13.219  93.774  1.00136.55           S  
+ATOM  13504  OXT CYS H 234      14.483 -14.432  96.719  1.00138.95           O  
+HETATM13505  C1  GOL H 235      -2.723  10.923 139.434  1.00 47.07           C  
+HETATM13506  O1  GOL H 235      -2.717  12.067 138.631  1.00 45.13           O  
+HETATM13507  C2  GOL H 235      -1.251  10.566 139.782  1.00 50.00           C  
+HETATM13508  O2  GOL H 235      -0.355  10.791 138.734  1.00 52.96           O  
+HETATM13509  C3  GOL H 235      -0.919  11.381 141.053  1.00 48.14           C  
+HETATM13510  O3  GOL H 235      -0.372  10.485 141.962  1.00 42.45           O  
+HETATM13511 CL    CL H 236       0.498  -8.576 121.717  1.00 74.40          CL  
+HETATM13512  O   HOH H 237      24.572 -19.319 111.551  1.00 74.31           O  
+HETATM13513  O   HOH H 238      17.151 -11.079 105.855  1.00 50.57           O  
+HETATM13514  O   HOH H 239     -13.646  -6.577 154.810  1.00 48.98           O  
+HETATM13515  O   HOH H 240       1.940  10.664 152.524  1.00 41.64           O  
+HETATM13516  O   HOH H 241       8.951 -10.283 124.522  1.00 41.48           O  
+HETATM13517  O   HOH H 242     -14.655   9.860 125.818  1.00 50.86           O  
+HETATM13518  O   HOH H 243       4.859   1.280 118.219  1.00 42.59           O  
+HETATM13519  O   HOH H 244      12.780 -12.912  97.762  1.00 63.25           O  
+HETATM13520  O   HOH H 245       0.069   9.937 144.414  1.00 35.14           O  
+HETATM13521  O   HOH H 246       3.845  -1.284 135.060  1.00 30.42           O  
+HETATM13522  O   HOH H 247      -2.764  10.767 136.415  1.00 30.04           O  
+HETATM13523  O   HOH H 248     -12.712   6.933 146.924  1.00 33.69           O  
+HETATM13524  O   HOH H 249     -12.355 -12.940 149.484  1.00 55.62           O  
+HETATM13525  O   HOH H 250       7.095  -2.943 124.828  1.00 47.47           O  
+HETATM13526  O   HOH H 251      -8.303   3.401 156.964  1.00 33.05           O  
+HETATM13527  O   HOH H 252       2.283   1.358 131.462  1.00 40.58           O  
+HETATM13528  O   HOH H 253      25.058 -11.771 105.068  1.00 63.98           O  
+HETATM13529  O   HOH H 254     -10.047  15.527 136.946  1.00 55.13           O  
+HETATM13530  O   HOH H 255       1.719  -7.756 139.589  1.00 32.79           O  
+HETATM13531  O   HOH H 256     -10.581 -11.833 111.315  1.00 50.75           O  
+HETATM13532  O   HOH H 257       4.893   6.088 137.898  1.00 25.96           O  
+HETATM13533  O   HOH H 258     -14.239   8.305 140.178  1.00 41.06           O  
+HETATM13534  O   HOH H 259     -11.705   1.093 117.855  1.00 41.10           O  
+HETATM13535  O   HOH H 260      -0.719   3.757 125.849  1.00 41.84           O  
+HETATM13536  O   HOH H 261     -14.959   2.379 142.359  1.00 37.49           O  
+HETATM13537  O   HOH H 262      -4.016  10.768 152.127  1.00 41.06           O  
+HETATM13538  O   HOH H 263       9.057   0.534 133.180  1.00 50.34           O  
+HETATM13539  O   HOH H 264      -6.107  16.586 137.611  1.00 34.24           O  
+HETATM13540  O   HOH H 265     -13.630  -3.086 117.098  1.00 37.93           O  
+HETATM13541  O   HOH H 266      11.567 -10.434 117.928  1.00 56.37           O  
+HETATM13542  O   HOH H 267     -12.449   9.536 145.534  1.00 41.65           O  
+HETATM13543  O   HOH H 268     -14.767  10.745 141.543  1.00 46.69           O  
+HETATM13544  O   HOH H 269     -19.247  -2.678 150.358  1.00 53.57           O  
+HETATM13545  O   HOH H 270       3.923   3.885 113.370  1.00 58.65           O  
+HETATM13546  O   HOH H 271     -13.805  -6.473 152.841  1.00 50.49           O  
+HETATM13547  O   HOH H 272      -0.360   9.195 130.064  1.00 47.09           O  
+HETATM13548  O   HOH H 273      -1.676  -9.260 161.179  1.00 24.80           O  
+HETATM13549  O   HOH H 274       6.741  -7.076 124.224  1.00 46.87           O  
+HETATM13550  O   HOH H 275     -10.010  -4.921 156.870  1.00 26.19           O  
+HETATM13551  O   HOH H 276     -11.029  -0.464 145.835  1.00 29.27           O  
+HETATM13552  O   HOH H 277       8.620   0.376 122.354  1.00 45.37           O  
+HETATM13553  O   HOH H 278       3.730   1.243 115.721  1.00 44.74           O  
+HETATM13554  O   HOH H 279      -7.695  13.043 149.658  1.00 49.53           O  
+HETATM13555  O   HOH H 280     -16.550  -3.419 143.431  1.00 35.96           O  
+HETATM13556  O   HOH H 281      -0.820   3.223 128.325  1.00 33.48           O  
+HETATM13557  O   HOH H 282      -9.192   7.886 121.863  1.00 37.37           O  
+HETATM13558  O   HOH H 283      -7.843 -11.715 135.034  1.00 60.46           O  
+HETATM13559  O   HOH H 284       5.604   6.691 145.120  1.00 45.49           O  
+HETATM13560  O   HOH H 285     -18.276  -1.184 143.889  1.00 52.03           O  
+HETATM13561  O   HOH H 286     -11.420   9.839 150.408  1.00 41.08           O  
+HETATM13562  O   HOH H 287       7.099   7.555 131.642  1.00 46.63           O  
+HETATM13563  O   HOH H 288     -13.968   0.698 131.972  1.00 37.35           O  
+HETATM13564  O   HOH H 289      -7.084  -8.535 116.944  1.00 38.68           O  
+HETATM13565  O   HOH H 290     -11.003  -2.142 125.968  1.00 47.12           O  
+HETATM13566  O   HOH H 291     -20.077  -7.620 151.933  1.00 39.16           O  
+HETATM13567  O   HOH H 292      -8.552   9.916 123.611  1.00 53.69           O  
+HETATM13568  O   HOH H 293      -3.274  -7.130 158.499  1.00 33.49           O  
+HETATM13569  O   HOH H 294      -8.289  -9.426 130.114  1.00 44.22           O  
+HETATM13570  O   HOH H 295       2.073   5.497 130.726  1.00 33.23           O  
+HETATM13571  O   HOH H 296       3.322  -6.976 155.493  1.00 32.48           O  
+HETATM13572  O   HOH H 297       7.570   7.555 140.034  1.00 49.07           O  
+HETATM13573  O   HOH H 298       2.559 -12.714 148.627  1.00 37.88           O  
+HETATM13574  O   HOH H 299       2.469  10.646 136.737  1.00 59.34           O  
+HETATM13575  O   HOH H 300       2.229  -5.982 134.630  1.00 51.45           O  
+HETATM13576  O   HOH H 301      -0.561  11.740 135.963  1.00 41.61           O  
+HETATM13577  O   HOH H 302       0.200  13.549 149.808  1.00 48.83           O  
+HETATM13578  O   HOH H 303      -9.021  17.079 141.439  1.00 51.03           O  
+HETATM13579  O   HOH H 304      -0.330  12.661 145.640  1.00 36.80           O  
+HETATM13580  O   HOH H 305      21.124 -35.382 109.681  1.00 55.32           O  
+HETATM13581  O   HOH H 306       0.770 -10.982 120.352  1.00 50.36           O  
+HETATM13582  O   HOH H 307      -4.963  -2.399 121.951  1.00 38.91           O  
+HETATM13583  O   HOH H 308      -3.451  -1.894 151.419  1.00 23.49           O  
+HETATM13584  O   HOH H 309      -6.024 -12.485 152.326  1.00 55.58           O  
+HETATM13585  O   HOH H 310     -20.781  -4.987 149.579  1.00 43.37           O  
+HETATM13586  O   HOH H 311      -6.286  10.979 153.519  1.00 48.75           O  
+HETATM13587  O   HOH H 312     -21.309  -4.977 152.265  1.00 34.99           O  
+HETATM13588  O   HOH H 313      -7.155   7.810 157.225  1.00 40.77           O  
+HETATM13589  O   HOH H 314     -17.856   6.420 129.546  1.00 45.01           O  
+HETATM13590  O   HOH H 315      -5.026  -5.845 156.903  1.00 30.96           O  
+HETATM13591  O   HOH H 316     -10.015  15.602 139.245  1.00 38.82           O  
+HETATM13592  O   HOH H 317       2.741   7.984 112.010  1.00 52.29           O  
+HETATM13593  O   HOH H 318       3.852   0.528 133.519  1.00 55.32           O  
+HETATM13594  O   HOH H 319     -17.068   1.109 149.486  1.00 43.20           O  
+HETATM13595  O   HOH H 320      -6.452   8.426 119.172  1.00 54.70           O  
+HETATM13596  O   HOH H 321     -16.883   4.300 128.879  1.00 47.62           O  
+HETATM13597  O   HOH H 322     -10.039   5.125 156.461  1.00 34.95           O  
+HETATM13598  O   HOH H 323      10.772   7.098 140.473  1.00 41.98           O  
+HETATM13599  O   HOH H 324       1.534   3.254 129.645  1.00 35.09           O  
+HETATM13600  O   HOH H 325      -2.036   7.534 154.250  1.00 37.81           O  
+HETATM13601  O   HOH H 326     -10.145  13.352 149.946  1.00 49.39           O  
+HETATM13602  O   HOH H 327      -1.008  11.682 153.774  1.00 45.30           O  
+HETATM13603  O   HOH H 328       0.824  14.279 135.740  1.00 57.63           O  
+HETATM13604  O   HOH H 329       0.886  10.066 111.573  1.00 57.17           O  
+HETATM13605  O   HOH H 330      -5.960  10.714 123.259  1.00 47.57           O  
+HETATM13606  O   HOH H 331      -6.268  10.897 120.217  1.00 59.94           O  
diff --git a/content/data/protein/benchbb_antibody_targets/5x8m_imgt.pdb b/content/data/protein/benchbb_antibody_targets/5x8m_imgt.pdb
new file mode 100644
index 0000000..d803f73
--- /dev/null
+++ b/content/data/protein/benchbb_antibody_targets/5x8m_imgt.pdb
@@ -0,0 +1,4278 @@
+REMARK   5 IMGT RENUMBERED STRUCTURE 5X8M GENERATED BY SABDAB
+REMARK   5 ANTIBODY CHAINS ARE RENUMBERED IN THE VARIABLE REGIONS ONLY
+REMARK   5 NON ANTIBODY CHAINS ARE LEFT WITH RESIDUE IDS AS IN PDB
+REMARK   5 PAIRED_HL HCHAIN=B LCHAIN=C AGCHAIN=A AGTYPE=PROTEIN
+ATOM      1  N   ALA A  18      30.627  85.052  81.072  1.00 48.64           N  
+ATOM      2  CA  ALA A  18      31.818  85.729  80.588  1.00 48.72           C  
+ATOM      3  C   ALA A  18      31.667  87.235  80.747  1.00 49.13           C  
+ATOM      4  O   ALA A  18      32.592  87.891  81.225  1.00 50.81           O  
+ATOM      5  CB  ALA A  18      32.105  85.357  79.131  1.00 55.31           C  
+ATOM      6  N   PHE A  19      30.520  87.792  80.350  1.00 46.07           N  
+ATOM      7  CA  PHE A  19      30.247  89.191  80.672  1.00 43.62           C  
+ATOM      8  C   PHE A  19      29.870  89.316  82.146  1.00 44.73           C  
+ATOM      9  O   PHE A  19      28.871  88.749  82.607  1.00 42.72           O  
+ATOM     10  CB  PHE A  19      29.135  89.790  79.815  1.00 38.55           C  
+ATOM     11  CG  PHE A  19      28.922  91.268  80.060  1.00 37.09           C  
+ATOM     12  CD1 PHE A  19      29.697  92.216  79.402  1.00 40.51           C  
+ATOM     13  CD2 PHE A  19      27.975  91.711  80.969  1.00 37.68           C  
+ATOM     14  CE1 PHE A  19      29.510  93.590  79.625  1.00 38.62           C  
+ATOM     15  CE2 PHE A  19      27.785  93.068  81.204  1.00 39.35           C  
+ATOM     16  CZ  PHE A  19      28.554  94.012  80.528  1.00 37.43           C  
+ATOM     17  N   THR A  20      30.668  90.096  82.862  1.00 40.34           N  
+ATOM     18  CA  THR A  20      30.557  90.217  84.299  1.00 40.92           C  
+ATOM     19  C   THR A  20      30.764  91.665  84.761  1.00 40.92           C  
+ATOM     20  O   THR A  20      31.746  92.326  84.392  1.00 40.88           O  
+ATOM     21  CB  THR A  20      31.571  89.287  84.989  1.00 41.00           C  
+ATOM     22  OG1 THR A  20      31.158  87.932  84.790  1.00 53.10           O  
+ATOM     23  CG2 THR A  20      31.647  89.558  86.479  1.00 41.86           C  
+ATOM     24  N   VAL A  21      29.817  92.156  85.552  1.00 37.22           N  
+ATOM     25  CA  VAL A  21      29.994  93.412  86.245  1.00 37.79           C  
+ATOM     26  C   VAL A  21      30.734  93.112  87.542  1.00 36.76           C  
+ATOM     27  O   VAL A  21      30.419  92.154  88.245  1.00 39.62           O  
+ATOM     28  CB  VAL A  21      28.644  94.114  86.510  1.00 40.60           C  
+ATOM     29  CG1 VAL A  21      28.822  95.296  87.483  1.00 37.44           C  
+ATOM     30  CG2 VAL A  21      28.000  94.567  85.181  1.00 31.69           C  
+ATOM     31  N   THR A  22      31.751  93.909  87.835  1.00 39.91           N  
+ATOM     32  CA  THR A  22      32.562  93.722  89.041  1.00 36.77           C  
+ATOM     33  C   THR A  22      32.554  94.942  89.925  1.00 37.02           C  
+ATOM     34  O   THR A  22      32.200  96.040  89.497  1.00 39.80           O  
+ATOM     35  CB  THR A  22      34.023  93.404  88.710  1.00 39.38           C  
+ATOM     36  OG1 THR A  22      34.471  94.263  87.647  1.00 49.93           O  
+ATOM     37  CG2 THR A  22      34.177  91.962  88.307  1.00 39.07           C  
+ATOM     38  N   VAL A  23      32.948  94.746  91.173  1.00 44.34           N  
+ATOM     39  CA  VAL A  23      33.088  95.863  92.085  1.00 41.22           C  
+ATOM     40  C   VAL A  23      34.429  95.755  92.796  1.00 41.47           C  
+ATOM     41  O   VAL A  23      34.702  94.780  93.497  1.00 39.80           O  
+ATOM     42  CB  VAL A  23      31.911  95.929  93.084  1.00 39.37           C  
+ATOM     43  CG1 VAL A  23      30.626  96.334  92.352  1.00 40.05           C  
+ATOM     44  CG2 VAL A  23      31.717  94.604  93.776  1.00 42.87           C  
+ATOM     45  N   PRO A  24      35.302  96.745  92.556  1.00 48.65           N  
+ATOM     46  CA  PRO A  24      36.563  96.878  93.294  1.00 47.27           C  
+ATOM     47  C   PRO A  24      36.280  96.865  94.795  1.00 43.11           C  
+ATOM     48  O   PRO A  24      36.869  96.089  95.548  1.00 46.54           O  
+ATOM     49  CB  PRO A  24      37.107  98.235  92.827  1.00 42.02           C  
+ATOM     50  CG  PRO A  24      36.521  98.419  91.473  1.00 49.87           C  
+ATOM     51  CD  PRO A  24      35.149  97.791  91.528  1.00 46.51           C  
+ATOM     52  N   LYS A  25      35.353  97.708  95.221  1.00 39.39           N  
+ATOM     53  CA  LYS A  25      34.902  97.657  96.599  1.00 38.99           C  
+ATOM     54  C   LYS A  25      33.422  97.323  96.653  1.00 37.72           C  
+ATOM     55  O   LYS A  25      32.618  97.904  95.913  1.00 38.86           O  
+ATOM     56  CB  LYS A  25      35.178  98.985  97.310  1.00 37.93           C  
+ATOM     57  CG  LYS A  25      36.464  99.648  96.866  1.00 35.29           C  
+ATOM     58  CD  LYS A  25      37.124 100.367  98.016  1.00 43.17           C  
+ATOM     59  CE  LYS A  25      36.161 101.285  98.742  1.00 40.22           C  
+ATOM     60  NZ  LYS A  25      36.678 101.595 100.110  1.00 42.23           N  
+ATOM     61  N   ASP A  26      33.064  96.384  97.524  1.00 36.28           N  
+ATOM     62  CA  ASP A  26      31.662  96.056  97.736  1.00 36.00           C  
+ATOM     63  C   ASP A  26      31.159  96.783  98.982  1.00 35.50           C  
+ATOM     64  O   ASP A  26      29.989  96.688  99.351  1.00 38.42           O  
+ATOM     65  CB  ASP A  26      31.459  94.539  97.856  1.00 37.79           C  
+ATOM     66  CG  ASP A  26      32.363  93.890  98.912  1.00 44.73           C  
+ATOM     67  OD1 ASP A  26      32.962  94.613  99.750  1.00 42.15           O  
+ATOM     68  OD2 ASP A  26      32.451  92.637  98.908  1.00 42.16           O  
+ATOM     69  N   LEU A  27      32.058  97.520  99.626  1.00 35.79           N  
+ATOM     70  CA  LEU A  27      31.710  98.274 100.827  1.00 34.21           C  
+ATOM     71  C   LEU A  27      32.421  99.610 100.886  1.00 36.77           C  
+ATOM     72  O   LEU A  27      33.644  99.676 100.783  1.00 36.61           O  
+ATOM     73  CB  LEU A  27      32.047  97.476 102.080  1.00 31.90           C  
+ATOM     74  CG  LEU A  27      31.850  98.222 103.404  1.00 36.46           C  
+ATOM     75  CD1 LEU A  27      30.403  98.727 103.541  1.00 30.82           C  
+ATOM     76  CD2 LEU A  27      32.239  97.327 104.577  1.00 32.39           C  
+ATOM     77  N   TYR A  28      31.645 100.673 101.068  1.00 35.47           N  
+ATOM     78  CA  TYR A  28      32.200 102.012 101.233  1.00 37.09           C  
+ATOM     79  C   TYR A  28      31.843 102.594 102.598  1.00 35.16           C  
+ATOM     80  O   TYR A  28      30.698 102.489 103.032  1.00 36.07           O  
+ATOM     81  CB  TYR A  28      31.694 102.942 100.134  1.00 37.88           C  
+ATOM     82  CG  TYR A  28      32.225 102.652  98.745  1.00 39.44           C  
+ATOM     83  CD1 TYR A  28      33.134 103.511  98.137  1.00 39.78           C  
+ATOM     84  CD2 TYR A  28      31.809 101.530  98.036  1.00 36.67           C  
+ATOM     85  CE1 TYR A  28      33.621 103.261  96.863  1.00 38.66           C  
+ATOM     86  CE2 TYR A  28      32.292 101.267  96.761  1.00 37.83           C  
+ATOM     87  CZ  TYR A  28      33.197 102.142  96.172  1.00 39.19           C  
+ATOM     88  OH  TYR A  28      33.682 101.901  94.895  1.00 40.20           O  
+ATOM     89  N   VAL A  29      32.827 103.196 103.268  1.00 34.05           N  
+ATOM     90  CA  VAL A  29      32.613 103.901 104.536  1.00 33.83           C  
+ATOM     91  C   VAL A  29      33.003 105.368 104.374  1.00 35.27           C  
+ATOM     92  O   VAL A  29      34.183 105.684 104.181  1.00 33.76           O  
+ATOM     93  CB  VAL A  29      33.430 103.280 105.708  1.00 32.29           C  
+ATOM     94  CG1 VAL A  29      33.187 104.050 107.007  1.00 29.79           C  
+ATOM     95  CG2 VAL A  29      33.078 101.825 105.896  1.00 29.72           C  
+ATOM     96  N   VAL A  30      32.027 106.270 104.438  1.00 32.18           N  
+ATOM     97  CA  VAL A  30      32.344 107.670 104.174  1.00 35.38           C  
+ATOM     98  C   VAL A  30      31.876 108.616 105.271  1.00 33.87           C  
+ATOM     99  O   VAL A  30      30.977 108.307 106.053  1.00 33.05           O  
+ATOM    100  CB  VAL A  30      31.750 108.145 102.815  1.00 37.16           C  
+ATOM    101  CG1 VAL A  30      32.240 107.253 101.680  1.00 34.17           C  
+ATOM    102  CG2 VAL A  30      30.234 108.196 102.859  1.00 36.96           C  
+ATOM    103  N   GLU A  31      32.511 109.779 105.319  1.00 39.64           N  
+ATOM    104  CA  GLU A  31      32.142 110.799 106.288  1.00 40.26           C  
+ATOM    105  C   GLU A  31      30.963 111.582 105.771  1.00 34.32           C  
+ATOM    106  O   GLU A  31      30.862 111.870 104.576  1.00 38.11           O  
+ATOM    107  CB  GLU A  31      33.317 111.742 106.588  1.00 38.70           C  
+ATOM    108  CG  GLU A  31      34.576 111.029 107.091  1.00 46.89           C  
+ATOM    109  CD  GLU A  31      34.324 110.136 108.306  1.00 53.50           C  
+ATOM    110  OE1 GLU A  31      33.558 110.545 109.208  1.00 53.57           O  
+ATOM    111  OE2 GLU A  31      34.896 109.021 108.355  1.00 57.42           O  
+ATOM    112  N   TYR A  32      30.062 111.902 106.682  1.00 34.84           N  
+ATOM    113  CA  TYR A  32      28.960 112.797 106.398  1.00 38.79           C  
+ATOM    114  C   TYR A  32      29.468 114.096 105.756  1.00 38.51           C  
+ATOM    115  O   TYR A  32      30.496 114.645 106.162  1.00 37.02           O  
+ATOM    116  CB  TYR A  32      28.200 113.077 107.691  1.00 35.99           C  
+ATOM    117  CG  TYR A  32      27.120 114.112 107.584  1.00 37.61           C  
+ATOM    118  CD1 TYR A  32      27.400 115.455 107.794  1.00 35.13           C  
+ATOM    119  CD2 TYR A  32      25.811 113.746 107.305  1.00 37.25           C  
+ATOM    120  CE1 TYR A  32      26.410 116.409 107.706  1.00 37.41           C  
+ATOM    121  CE2 TYR A  32      24.816 114.688 107.218  1.00 37.17           C  
+ATOM    122  CZ  TYR A  32      25.120 116.019 107.419  1.00 37.86           C  
+ATOM    123  OH  TYR A  32      24.130 116.967 107.342  1.00 45.60           O  
+ATOM    124  N   GLY A  33      28.769 114.562 104.726  1.00 37.06           N  
+ATOM    125  CA  GLY A  33      29.110 115.826 104.101  1.00 37.54           C  
+ATOM    126  C   GLY A  33      30.217 115.793 103.059  1.00 40.74           C  
+ATOM    127  O   GLY A  33      30.482 116.791 102.402  1.00 44.63           O  
+ATOM    128  N   SER A  34      30.878 114.660 102.895  1.00 40.66           N  
+ATOM    129  CA  SER A  34      31.939 114.582 101.903  1.00 37.98           C  
+ATOM    130  C   SER A  34      31.399 114.097 100.580  1.00 41.52           C  
+ATOM    131  O   SER A  34      30.200 113.833 100.443  1.00 41.32           O  
+ATOM    132  CB  SER A  34      33.048 113.644 102.365  1.00 41.20           C  
+ATOM    133  OG  SER A  34      32.566 112.311 102.415  1.00 42.48           O  
+ATOM    134  N   ASN A  35      32.303 113.965  99.616  1.00 41.21           N  
+ATOM    135  CA  ASN A  35      31.969 113.405  98.317  1.00 41.72           C  
+ATOM    136  C   ASN A  35      32.381 111.945  98.236  1.00 37.69           C  
+ATOM    137  O   ASN A  35      33.274 111.503  98.960  1.00 36.87           O  
+ATOM    138  CB  ASN A  35      32.637 114.207  97.200  1.00 42.45           C  
+ATOM    139  CG  ASN A  35      32.186 115.649  97.174  1.00 43.13           C  
+ATOM    140  OD1 ASN A  35      31.072 115.971  97.593  1.00 41.54           O  
+ATOM    141  ND2 ASN A  35      33.049 116.531  96.680  1.00 51.92           N  
+ATOM    142  N   MET A  36      31.711 111.197  97.368  1.00 37.71           N  
+ATOM    143  CA  MET A  36      32.005 109.781  97.179  1.00 38.33           C  
+ATOM    144  C   MET A  36      31.779 109.383  95.725  1.00 46.29           C  
+ATOM    145  O   MET A  36      30.876 109.901  95.039  1.00 40.40           O  
+ATOM    146  CB  MET A  36      31.140 108.906  98.084  1.00 36.33           C  
+ATOM    147  CG  MET A  36      29.673 108.953  97.705  1.00 45.66           C  
+ATOM    148  SD  MET A  36      28.609 107.782  98.565  1.00 50.16           S  
+ATOM    149  CE  MET A  36      29.745 106.410  98.724  1.00 60.26           C  
+ATOM    150  N   THR A  37      32.612 108.460  95.259  1.00 44.48           N  
+ATOM    151  CA  THR A  37      32.469 107.920  93.926  1.00 39.65           C  
+ATOM    152  C   THR A  37      32.501 106.412  93.980  1.00 40.82           C  
+ATOM    153  O   THR A  37      33.555 105.822  94.208  1.00 42.89           O  
+ATOM    154  CB  THR A  37      33.576 108.404  92.999  1.00 41.79           C  
+ATOM    155  OG1 THR A  37      33.559 109.838  92.947  1.00 45.81           O  
+ATOM    156  CG2 THR A  37      33.368 107.818  91.606  1.00 43.28           C  
+ATOM    157  N   ILE A  38      31.360 105.771  93.776  1.00 39.89           N  
+ATOM    158  CA  ILE A  38      31.359 104.314  93.775  1.00 40.10           C  
+ATOM    159  C   ILE A  38      31.476 103.771  92.346  1.00 41.60           C  
+ATOM    160  O   ILE A  38      31.031 104.409  91.391  1.00 43.81           O  
+ATOM    161  CB  ILE A  38      30.114 103.775  94.482  1.00 43.92           C  
+ATOM    162  CG1 ILE A  38      28.840 104.266  93.803  1.00 44.70           C  
+ATOM    163  CG2 ILE A  38      30.108 104.245  95.921  1.00 39.49           C  
+ATOM    164  CD1 ILE A  38      27.581 103.965  94.621  1.00 46.40           C  
+ATOM    165  N   GLU A  39      32.098 102.605  92.193  1.00 42.39           N  
+ATOM    166  CA  GLU A  39      32.455 102.117  90.860  1.00 43.51           C  
+ATOM    167  C   GLU A  39      31.892 100.740  90.561  1.00 41.57           C  
+ATOM    168  O   GLU A  39      31.921  99.846  91.403  1.00 43.03           O  
+ATOM    169  CB  GLU A  39      33.983 102.098  90.687  1.00 41.84           C  
+ATOM    170  CG  GLU A  39      34.634 103.488  90.855  1.00 50.64           C  
+ATOM    171  CD  GLU A  39      36.112 103.542  90.456  1.00 63.41           C  
+ATOM    172  OE1 GLU A  39      36.854 102.579  90.755  1.00 69.27           O  
+ATOM    173  OE2 GLU A  39      36.528 104.551  89.837  1.00 63.18           O  
+ATOM    174  N   CYS A  40      31.339 100.600  89.362  1.00 40.66           N  
+ATOM    175  CA  CYS A  40      31.068  99.297  88.763  1.00 45.13           C  
+ATOM    176  C   CYS A  40      31.953  99.178  87.540  1.00 42.17           C  
+ATOM    177  O   CYS A  40      32.057 100.124  86.749  1.00 39.56           O  
+ATOM    178  CB  CYS A  40      29.596  99.128  88.358  1.00 46.60           C  
+ATOM    179  SG  CYS A  40      28.500  98.299  89.558  1.00 73.30           S  
+ATOM    180  N   LYS A  41      32.588  98.027  87.375  1.00 39.93           N  
+ATOM    181  CA  LYS A  41      33.431  97.819  86.209  1.00 40.16           C  
+ATOM    182  C   LYS A  41      32.806  96.780  85.291  1.00 37.97           C  
+ATOM    183  O   LYS A  41      32.111  95.866  85.737  1.00 36.18           O  
+ATOM    184  CB  LYS A  41      34.846  97.420  86.636  1.00 41.58           C  
+ATOM    185  CG  LYS A  41      35.664  98.606  87.151  1.00 36.83           C  
+ATOM    186  CD  LYS A  41      37.118  98.251  87.377  1.00 51.52           C  
+ATOM    187  CE  LYS A  41      37.946  99.477  87.784  1.00 55.63           C  
+ATOM    188  NZ  LYS A  41      38.329 100.309  86.606  1.00 53.94           N  
+ATOM    189  N   PHE A  42      33.026  96.960  83.996  1.00 36.71           N  
+ATOM    190  CA  PHE A  42      32.521  96.051  82.980  1.00 34.73           C  
+ATOM    191  C   PHE A  42      33.513  96.044  81.807  1.00 39.51           C  
+ATOM    192  O   PHE A  42      34.140  97.061  81.506  1.00 37.72           O  
+ATOM    193  CB  PHE A  42      31.120  96.463  82.529  1.00 32.21           C  
+ATOM    194  CG  PHE A  42      31.080  97.793  81.842  1.00 38.56           C  
+ATOM    195  CD1 PHE A  42      31.085  98.976  82.584  1.00 38.90           C  
+ATOM    196  CD2 PHE A  42      31.079  97.871  80.451  1.00 36.03           C  
+ATOM    197  CE1 PHE A  42      31.073 100.220  81.951  1.00 37.91           C  
+ATOM    198  CE2 PHE A  42      31.069  99.104  79.806  1.00 36.11           C  
+ATOM    199  CZ  PHE A  42      31.066 100.286  80.556  1.00 39.86           C  
+ATOM    200  N   PRO A  43      33.674  94.886  81.147  1.00 38.88           N  
+ATOM    201  CA  PRO A  43      34.690  94.725  80.093  1.00 36.00           C  
+ATOM    202  C   PRO A  43      34.419  95.518  78.800  1.00 38.74           C  
+ATOM    203  O   PRO A  43      33.356  95.396  78.180  1.00 41.82           O  
+ATOM    204  CB  PRO A  43      34.665  93.216  79.819  1.00 28.41           C  
+ATOM    205  CG  PRO A  43      33.324  92.776  80.236  1.00 35.36           C  
+ATOM    206  CD  PRO A  43      32.943  93.634  81.406  1.00 37.50           C  
+ATOM    207  N   VAL A  44      35.395  96.334  78.411  1.00 37.39           N  
+ATOM    208  CA  VAL A  44      35.357  97.057  77.137  1.00 44.28           C  
+ATOM    209  C   VAL A  44      36.618  96.778  76.317  1.00 48.30           C  
+ATOM    210  O   VAL A  44      37.738  97.016  76.787  1.00 49.50           O  
+ATOM    211  CB  VAL A  44      35.233  98.585  77.342  1.00 44.81           C  
+ATOM    212  CG1 VAL A  44      35.325  99.315  76.008  1.00 42.22           C  
+ATOM    213  CG2 VAL A  44      33.945  98.926  78.057  1.00 40.18           C  
+ATOM    214  N   GLU A  45      36.445  96.260  75.105  1.00 47.98           N  
+ATOM    215  CA  GLU A  45      37.583  96.110  74.204  1.00 56.33           C  
+ATOM    216  C   GLU A  45      37.599  97.262  73.193  1.00 54.15           C  
+ATOM    217  O   GLU A  45      36.561  97.649  72.652  1.00 53.83           O  
+ATOM    218  CB  GLU A  45      37.563  94.747  73.506  1.00 58.09           C  
+ATOM    219  CG  GLU A  45      36.324  94.462  72.664  1.00 69.27           C  
+ATOM    220  CD  GLU A  45      36.359  93.083  72.003  1.00 80.97           C  
+ATOM    221  OE1 GLU A  45      37.289  92.819  71.208  1.00 88.99           O  
+ATOM    222  OE2 GLU A  45      35.455  92.263  72.281  1.00 81.57           O  
+ATOM    223  N   LYS A  46      38.796  97.799  72.965  1.00 55.59           N  
+ATOM    224  CA  LYS A  46      39.024  99.029  72.201  1.00 59.68           C  
+ATOM    225  C   LYS A  46      37.910 100.062  72.438  1.00 57.11           C  
+ATOM    226  O   LYS A  46      37.598 100.364  73.587  1.00 61.28           O  
+ATOM    227  CB  LYS A  46      39.195  98.723  70.710  1.00 64.14           C  
+ATOM    228  CG  LYS A  46      40.345  99.542  70.078  1.00 74.19           C  
+ATOM    229  CD  LYS A  46      40.788  99.034  68.702  1.00 76.79           C  
+ATOM    230  CE  LYS A  46      42.227  99.471  68.350  1.00 74.83           C  
+ATOM    231  NZ  LYS A  46      43.143  99.647  69.517  1.00 74.19           N  
+ATOM    232  N   GLU A  47      37.292 100.587  71.383  1.00 54.38           N  
+ATOM    233  CA  GLU A  47      36.405 101.738  71.559  1.00 55.39           C  
+ATOM    234  C   GLU A  47      34.944 101.387  71.897  1.00 48.15           C  
+ATOM    235  O   GLU A  47      34.340 100.480  71.325  1.00 45.48           O  
+ATOM    236  CB  GLU A  47      36.454 102.635  70.320  1.00 55.28           C  
+ATOM    237  CG  GLU A  47      36.767 104.090  70.660  1.00 62.14           C  
+ATOM    238  CD  GLU A  47      36.661 105.025  69.471  1.00 67.81           C  
+ATOM    239  OE1 GLU A  47      35.612 105.014  68.782  1.00 66.20           O  
+ATOM    240  OE2 GLU A  47      37.629 105.777  69.231  1.00 73.18           O  
+ATOM    241  N   LEU A  48      34.401 102.150  72.841  1.00 49.79           N  
+ATOM    242  CA  LEU A  48      33.076 101.942  73.416  1.00 46.00           C  
+ATOM    243  C   LEU A  48      31.955 102.551  72.570  1.00 47.39           C  
+ATOM    244  O   LEU A  48      31.927 103.762  72.346  1.00 49.63           O  
+ATOM    245  CB  LEU A  48      33.029 102.544  74.825  1.00 40.66           C  
+ATOM    246  CG  LEU A  48      31.649 102.665  75.474  1.00 42.75           C  
+ATOM    247  CD1 LEU A  48      31.254 101.334  76.098  1.00 39.90           C  
+ATOM    248  CD2 LEU A  48      31.599 103.814  76.487  1.00 38.51           C  
+ATOM    249  N   ASP A  49      31.023 101.704  72.134  1.00 44.89           N  
+ATOM    250  CA  ASP A  49      29.878 102.123  71.331  1.00 42.95           C  
+ATOM    251  C   ASP A  49      28.658 102.426  72.231  1.00 45.31           C  
+ATOM    252  O   ASP A  49      28.044 101.527  72.811  1.00 42.79           O  
+ATOM    253  CB  ASP A  49      29.567 101.040  70.287  1.00 46.14           C  
+ATOM    254  CG  ASP A  49      28.299 101.316  69.496  1.00 51.75           C  
+ATOM    255  OD1 ASP A  49      27.858 102.488  69.443  1.00 55.06           O  
+ATOM    256  OD2 ASP A  49      27.752 100.349  68.914  1.00 55.75           O  
+ATOM    257  N   LEU A  50      28.316 103.703  72.340  1.00 41.77           N  
+ATOM    258  CA  LEU A  50      27.293 104.142  73.278  1.00 39.89           C  
+ATOM    259  C   LEU A  50      25.885 103.610  72.972  1.00 38.85           C  
+ATOM    260  O   LEU A  50      25.053 103.493  73.872  1.00 40.27           O  
+ATOM    261  CB  LEU A  50      27.274 105.679  73.332  1.00 36.30           C  
+ATOM    262  CG  LEU A  50      28.507 106.370  73.933  1.00 36.22           C  
+ATOM    263  CD1 LEU A  50      28.383 107.876  73.889  1.00 32.43           C  
+ATOM    264  CD2 LEU A  50      28.714 105.928  75.365  1.00 41.56           C  
+ATOM    265  N   ALA A  51      25.605 103.296  71.714  1.00 36.57           N  
+ATOM    266  CA  ALA A  51      24.258 102.875  71.348  1.00 38.31           C  
+ATOM    267  C   ALA A  51      23.889 101.538  71.976  1.00 42.05           C  
+ATOM    268  O   ALA A  51      22.719 101.250  72.227  1.00 46.72           O  
+ATOM    269  CB  ALA A  51      24.129 102.784  69.873  1.00 40.55           C  
+ATOM    270  N   ALA A  52      24.907 100.720  72.208  1.00 43.50           N  
+ATOM    271  CA  ALA A  52      24.726  99.373  72.720  1.00 41.97           C  
+ATOM    272  C   ALA A  52      24.682  99.333  74.247  1.00 39.20           C  
+ATOM    273  O   ALA A  52      24.450  98.271  74.825  1.00 35.73           O  
+ATOM    274  CB  ALA A  52      25.855  98.469  72.204  1.00 41.26           C  
+ATOM    275  N   LEU A  53      24.899 100.487  74.886  1.00 37.13           N  
+ATOM    276  CA  LEU A  53      25.211 100.551  76.320  1.00 35.35           C  
+ATOM    277  C   LEU A  53      24.063 101.072  77.174  1.00 35.50           C  
+ATOM    278  O   LEU A  53      23.494 102.129  76.883  1.00 36.65           O  
+ATOM    279  CB  LEU A  53      26.445 101.436  76.550  1.00 34.33           C  
+ATOM    280  CG  LEU A  53      26.762 101.773  78.013  1.00 36.71           C  
+ATOM    281  CD1 LEU A  53      27.375 100.579  78.726  1.00 33.71           C  
+ATOM    282  CD2 LEU A  53      27.668 103.005  78.148  1.00 38.64           C  
+ATOM    283  N   ILE A  54      23.726 100.328  78.228  1.00 33.80           N  
+ATOM    284  CA  ILE A  54      22.779 100.800  79.244  1.00 34.05           C  
+ATOM    285  C   ILE A  54      23.400 100.741  80.652  1.00 35.34           C  
+ATOM    286  O   ILE A  54      24.013  99.734  81.032  1.00 33.53           O  
+ATOM    287  CB  ILE A  54      21.471  99.984  79.216  1.00 33.44           C  
+ATOM    288  CG1 ILE A  54      20.770 100.158  77.873  1.00 32.66           C  
+ATOM    289  CG2 ILE A  54      20.533 100.396  80.367  1.00 33.10           C  
+ATOM    290  CD1 ILE A  54      19.636  99.170  77.623  1.00 29.30           C  
+ATOM    291  N   VAL A  55      23.269 101.830  81.413  1.00 32.75           N  
+ATOM    292  CA  VAL A  55      23.713 101.835  82.808  1.00 36.32           C  
+ATOM    293  C   VAL A  55      22.596 102.265  83.753  1.00 33.93           C  
+ATOM    294  O   VAL A  55      21.995 103.313  83.550  1.00 36.15           O  
+ATOM    295  CB  VAL A  55      24.923 102.762  83.015  1.00 35.37           C  
+ATOM    296  CG1 VAL A  55      25.362 102.767  84.493  1.00 27.72           C  
+ATOM    297  CG2 VAL A  55      26.057 102.331  82.108  1.00 25.52           C  
+ATOM    298  N   TYR A  56      22.301 101.445  84.762  1.00 35.15           N  
+ATOM    299  CA  TYR A  56      21.388 101.850  85.834  1.00 36.36           C  
+ATOM    300  C   TYR A  56      22.126 101.888  87.159  1.00 32.10           C  
+ATOM    301  O   TYR A  56      22.832 100.950  87.499  1.00 33.47           O  
+ATOM    302  CB  TYR A  56      20.194 100.908  86.000  1.00 35.82           C  
+ATOM    303  CG  TYR A  56      19.313 100.683  84.807  1.00 39.17           C  
+ATOM    304  CD1 TYR A  56      19.056 101.691  83.888  1.00 45.38           C  
+ATOM    305  CD2 TYR A  56      18.704  99.448  84.616  1.00 44.50           C  
+ATOM    306  CE1 TYR A  56      18.217 101.458  82.783  1.00 47.16           C  
+ATOM    307  CE2 TYR A  56      17.881  99.203  83.532  1.00 43.12           C  
+ATOM    308  CZ  TYR A  56      17.639 100.204  82.615  1.00 48.87           C  
+ATOM    309  OH  TYR A  56      16.811  99.939  81.541  1.00 51.09           O  
+ATOM    310  N   TRP A  57      21.949 102.973  87.900  1.00 35.11           N  
+ATOM    311  CA  TRP A  57      22.271 103.006  89.319  1.00 34.38           C  
+ATOM    312  C   TRP A  57      20.987 103.191  90.118  1.00 34.68           C  
+ATOM    313  O   TRP A  57      20.198 104.098  89.849  1.00 36.96           O  
+ATOM    314  CB  TRP A  57      23.250 104.129  89.630  1.00 37.91           C  
+ATOM    315  CG  TRP A  57      24.680 103.813  89.333  1.00 35.48           C  
+ATOM    316  CD1 TRP A  57      25.395 104.186  88.231  1.00 35.10           C  
+ATOM    317  CD2 TRP A  57      25.582 103.072  90.163  1.00 38.26           C  
+ATOM    318  NE1 TRP A  57      26.691 103.723  88.324  1.00 34.75           N  
+ATOM    319  CE2 TRP A  57      26.829 103.033  89.500  1.00 37.85           C  
+ATOM    320  CE3 TRP A  57      25.456 102.433  91.403  1.00 39.22           C  
+ATOM    321  CZ2 TRP A  57      27.942 102.384  90.038  1.00 37.83           C  
+ATOM    322  CZ3 TRP A  57      26.567 101.786  91.937  1.00 37.94           C  
+ATOM    323  CH2 TRP A  57      27.789 101.768  91.255  1.00 35.28           C  
+ATOM    324  N   GLU A  58      20.753 102.324  91.090  1.00 37.71           N  
+ATOM    325  CA  GLU A  58      19.571 102.469  91.943  1.00 38.45           C  
+ATOM    326  C   GLU A  58      19.956 102.403  93.424  1.00 39.60           C  
+ATOM    327  O   GLU A  58      20.958 101.804  93.807  1.00 39.19           O  
+ATOM    328  CB  GLU A  58      18.526 101.394  91.615  1.00 32.64           C  
+ATOM    329  CG  GLU A  58      18.139 101.347  90.155  1.00 40.32           C  
+ATOM    330  CD  GLU A  58      17.627  99.979  89.728  1.00 48.91           C  
+ATOM    331  OE1 GLU A  58      17.665  99.053  90.569  1.00 41.32           O  
+ATOM    332  OE2 GLU A  58      17.214  99.826  88.549  1.00 52.94           O  
+ATOM    333  N   MET A  59      19.140 103.033  94.252  1.00 39.53           N  
+ATOM    334  CA  MET A  59      19.322 103.036  95.695  1.00 35.15           C  
+ATOM    335  C   MET A  59      17.937 102.824  96.277  1.00 37.52           C  
+ATOM    336  O   MET A  59      17.027 103.613  95.989  1.00 34.31           O  
+ATOM    337  CB  MET A  59      19.938 104.356  96.166  1.00 34.70           C  
+ATOM    338  CG  MET A  59      19.609 104.743  97.606  1.00 40.93           C  
+ATOM    339  SD  MET A  59      20.376 103.606  98.729  1.00100.23           S  
+ATOM    340  CE  MET A  59      20.258 104.534 100.247  1.00 59.70           C  
+ATOM    341  N   GLU A  60      17.765 101.762  97.063  1.00 43.44           N  
+ATOM    342  CA  GLU A  60      16.434 101.398  97.550  1.00 45.03           C  
+ATOM    343  C   GLU A  60      15.462 101.311  96.360  1.00 43.52           C  
+ATOM    344  O   GLU A  60      15.754 100.626  95.373  1.00 43.68           O  
+ATOM    345  CB  GLU A  60      15.950 102.402  98.604  1.00 46.06           C  
+ATOM    346  CG  GLU A  60      16.699 102.254  99.942  1.00 48.84           C  
+ATOM    347  CD  GLU A  60      16.548 103.436 100.900  1.00 52.06           C  
+ATOM    348  OE1 GLU A  60      17.295 103.451 101.902  1.00 55.32           O  
+ATOM    349  OE2 GLU A  60      15.715 104.340 100.655  1.00 53.77           O  
+ATOM    350  N   ASP A  61      14.321 101.991  96.442  1.00 41.32           N  
+ATOM    351  CA  ASP A  61      13.369 101.997  95.330  1.00 46.95           C  
+ATOM    352  C   ASP A  61      13.478 103.256  94.470  1.00 49.77           C  
+ATOM    353  O   ASP A  61      12.589 103.542  93.677  1.00 50.30           O  
+ATOM    354  CB  ASP A  61      11.933 101.873  95.835  1.00 46.46           C  
+ATOM    355  CG  ASP A  61      11.478 103.098  96.626  1.00 60.00           C  
+ATOM    356  OD1 ASP A  61      12.337 103.889  97.094  1.00 57.57           O  
+ATOM    357  OD2 ASP A  61      10.246 103.278  96.767  1.00 67.19           O  
+ATOM    358  N   LYS A  62      14.545 104.030  94.650  1.00 51.69           N  
+ATOM    359  CA  LYS A  62      14.735 105.233  93.843  1.00 47.21           C  
+ATOM    360  C   LYS A  62      15.701 104.961  92.689  1.00 47.45           C  
+ATOM    361  O   LYS A  62      16.576 104.092  92.780  1.00 49.07           O  
+ATOM    362  CB  LYS A  62      15.249 106.398  94.700  1.00 47.11           C  
+ATOM    363  CG  LYS A  62      14.858 106.352  96.173  1.00 49.83           C  
+ATOM    364  CD  LYS A  62      15.479 107.517  96.948  1.00 51.11           C  
+ATOM    365  CE  LYS A  62      15.635 107.192  98.436  1.00 59.72           C  
+ATOM    366  NZ  LYS A  62      14.335 107.056  99.168  1.00 65.40           N  
+ATOM    367  N   ASN A  63      15.532 105.690  91.592  1.00 47.26           N  
+ATOM    368  CA  ASN A  63      16.473 105.608  90.487  1.00 41.57           C  
+ATOM    369  C   ASN A  63      17.416 106.803  90.531  1.00 45.40           C  
+ATOM    370  O   ASN A  63      16.966 107.945  90.585  1.00 49.66           O  
+ATOM    371  CB  ASN A  63      15.751 105.548  89.139  1.00 40.82           C  
+ATOM    372  CG  ASN A  63      16.714 105.586  87.967  1.00 50.76           C  
+ATOM    373  OD1 ASN A  63      17.112 106.668  87.509  1.00 49.63           O  
+ATOM    374  ND2 ASN A  63      17.122 104.402  87.489  1.00 45.12           N  
+ATOM    375  N   ILE A  64      18.720 106.539  90.537  1.00 37.07           N  
+ATOM    376  CA  ILE A  64      19.710 107.604  90.521  1.00 38.75           C  
+ATOM    377  C   ILE A  64      20.143 107.936  89.092  1.00 43.29           C  
+ATOM    378  O   ILE A  64      20.174 109.100  88.678  1.00 39.94           O  
+ATOM    379  CB  ILE A  64      20.976 107.228  91.315  1.00 36.18           C  
+ATOM    380  CG1 ILE A  64      20.631 106.550  92.640  1.00 39.69           C  
+ATOM    381  CG2 ILE A  64      21.837 108.449  91.530  1.00 34.63           C  
+ATOM    382  CD1 ILE A  64      21.854 106.040  93.370  1.00 36.07           C  
+ATOM    383  N   ILE A  65      20.517 106.900  88.350  1.00 35.78           N  
+ATOM    384  CA  ILE A  65      21.062 107.088  87.021  1.00 40.76           C  
+ATOM    385  C   ILE A  65      20.416 106.126  86.038  1.00 40.20           C  
+ATOM    386  O   ILE A  65      20.353 104.926  86.283  1.00 39.11           O  
+ATOM    387  CB  ILE A  65      22.592 106.883  86.996  1.00 44.87           C  
+ATOM    388  CG1 ILE A  65      23.301 107.936  87.855  1.00 42.25           C  
+ATOM    389  CG2 ILE A  65      23.119 106.912  85.562  1.00 37.48           C  
+ATOM    390  CD1 ILE A  65      23.401 109.288  87.201  1.00 44.13           C  
+ATOM    391  N   GLN A  66      19.914 106.663  84.934  1.00 38.83           N  
+ATOM    392  CA  GLN A  66      19.481 105.822  83.835  1.00 41.98           C  
+ATOM    393  C   GLN A  66      20.125 106.334  82.555  1.00 43.96           C  
+ATOM    394  O   GLN A  66      19.656 107.308  81.959  1.00 44.30           O  
+ATOM    395  CB  GLN A  66      17.962 105.796  83.708  1.00 44.87           C  
+ATOM    396  CG  GLN A  66      17.488 105.057  82.461  1.00 52.38           C  
+ATOM    397  CD  GLN A  66      16.004 104.743  82.468  1.00 58.87           C  
+ATOM    398  OE1 GLN A  66      15.485 104.150  83.420  1.00 64.66           O  
+ATOM    399  NE2 GLN A  66      15.311 105.138  81.401  1.00 54.90           N  
+ATOM    400  N   PHE A  67      21.208 105.676  82.147  1.00 37.49           N  
+ATOM    401  CA  PHE A  67      22.009 106.136  81.028  1.00 40.80           C  
+ATOM    402  C   PHE A  67      21.723 105.308  79.781  1.00 42.04           C  
+ATOM    403  O   PHE A  67      22.109 104.134  79.696  1.00 38.46           O  
+ATOM    404  CB  PHE A  67      23.494 106.072  81.388  1.00 37.92           C  
+ATOM    405  CG  PHE A  67      24.391 106.754  80.394  1.00 40.97           C  
+ATOM    406  CD1 PHE A  67      25.008 106.033  79.382  1.00 40.74           C  
+ATOM    407  CD2 PHE A  67      24.615 108.126  80.469  1.00 44.18           C  
+ATOM    408  CE1 PHE A  67      25.837 106.671  78.464  1.00 41.59           C  
+ATOM    409  CE2 PHE A  67      25.443 108.772  79.550  1.00 40.12           C  
+ATOM    410  CZ  PHE A  67      26.059 108.042  78.557  1.00 37.52           C  
+ATOM    411  N   VAL A  68      21.029 105.915  78.823  1.00 38.13           N  
+ATOM    412  CA  VAL A  68      20.690 105.239  77.576  1.00 39.15           C  
+ATOM    413  C   VAL A  68      21.006 106.157  76.411  1.00 42.49           C  
+ATOM    414  O   VAL A  68      20.737 107.358  76.475  1.00 45.73           O  
+ATOM    415  CB  VAL A  68      19.182 104.837  77.497  1.00 42.74           C  
+ATOM    416  CG1 VAL A  68      18.950 103.839  76.358  1.00 41.54           C  
+ATOM    417  CG2 VAL A  68      18.685 104.259  78.816  1.00 34.12           C  
+ATOM    418  N   HIS A  69      21.575 105.595  75.350  1.00 44.29           N  
+ATOM    419  CA  HIS A  69      21.809 106.341  74.117  1.00 44.42           C  
+ATOM    420  C   HIS A  69      22.742 107.550  74.286  1.00 44.74           C  
+ATOM    421  O   HIS A  69      22.515 108.597  73.666  1.00 42.68           O  
+ATOM    422  CB  HIS A  69      20.471 106.801  73.534  1.00 43.38           C  
+ATOM    423  CG  HIS A  69      19.562 105.674  73.141  1.00 50.09           C  
+ATOM    424  ND1 HIS A  69      18.200 105.709  73.353  1.00 50.05           N  
+ATOM    425  CD2 HIS A  69      19.819 104.490  72.535  1.00 51.39           C  
+ATOM    426  CE1 HIS A  69      17.659 104.590  72.907  1.00 49.22           C  
+ATOM    427  NE2 HIS A  69      18.616 103.833  72.401  1.00 49.55           N  
+ATOM    428  N   GLY A  70      23.777 107.395  75.117  1.00 39.66           N  
+ATOM    429  CA  GLY A  70      24.768 108.434  75.362  1.00 39.56           C  
+ATOM    430  C   GLY A  70      24.310 109.544  76.299  1.00 44.10           C  
+ATOM    431  O   GLY A  70      25.012 110.539  76.513  1.00 44.10           O  
+ATOM    432  N   GLU A  71      23.137 109.359  76.888  1.00 40.65           N  
+ATOM    433  CA  GLU A  71      22.483 110.437  77.606  1.00 45.18           C  
+ATOM    434  C   GLU A  71      21.864 109.988  78.929  1.00 47.29           C  
+ATOM    435  O   GLU A  71      21.244 108.927  78.999  1.00 42.42           O  
+ATOM    436  CB  GLU A  71      21.410 111.030  76.707  1.00 48.67           C  
+ATOM    437  CG  GLU A  71      20.720 112.260  77.228  1.00 61.89           C  
+ATOM    438  CD  GLU A  71      19.948 112.960  76.118  1.00 76.84           C  
+ATOM    439  OE1 GLU A  71      19.884 112.398  74.998  1.00 73.47           O  
+ATOM    440  OE2 GLU A  71      19.407 114.063  76.358  1.00 87.56           O  
+ATOM    441  N   GLU A  72      22.019 110.789  79.980  1.00 47.79           N  
+ATOM    442  CA  GLU A  72      21.321 110.466  81.208  1.00 46.11           C  
+ATOM    443  C   GLU A  72      19.909 111.016  81.096  1.00 45.25           C  
+ATOM    444  O   GLU A  72      19.706 112.099  80.567  1.00 54.33           O  
+ATOM    445  CB  GLU A  72      22.030 111.013  82.450  1.00 46.20           C  
+ATOM    446  CG  GLU A  72      21.421 110.409  83.702  1.00 65.27           C  
+ATOM    447  CD  GLU A  72      21.327 111.365  84.858  1.00 70.74           C  
+ATOM    448  OE1 GLU A  72      22.140 112.322  84.921  1.00 78.00           O  
+ATOM    449  OE2 GLU A  72      20.421 111.146  85.695  1.00 67.01           O  
+ATOM    450  N   ASP A  73      18.942 110.247  81.576  1.00 50.18           N  
+ATOM    451  CA  ASP A  73      17.528 110.569  81.440  1.00 53.13           C  
+ATOM    452  C   ASP A  73      17.008 111.149  82.763  1.00 60.92           C  
+ATOM    453  O   ASP A  73      16.692 110.404  83.701  1.00 57.06           O  
+ATOM    454  CB  ASP A  73      16.755 109.307  81.035  1.00 54.08           C  
+ATOM    455  CG  ASP A  73      15.316 109.587  80.625  1.00 67.48           C  
+ATOM    456  OD1 ASP A  73      14.758 110.638  81.021  1.00 69.27           O  
+ATOM    457  OD2 ASP A  73      14.749 108.737  79.892  1.00 67.83           O  
+ATOM    458  N   LEU A  74      16.921 112.475  82.844  1.00 58.37           N  
+ATOM    459  CA  LEU A  74      16.610 113.111  84.119  1.00 60.84           C  
+ATOM    460  C   LEU A  74      15.130 113.063  84.491  1.00 67.46           C  
+ATOM    461  O   LEU A  74      14.776 113.342  85.636  1.00 70.32           O  
+ATOM    462  CB  LEU A  74      17.074 114.569  84.137  1.00 66.64           C  
+ATOM    463  CG  LEU A  74      18.416 114.963  83.539  1.00 66.72           C  
+ATOM    464  CD1 LEU A  74      18.629 116.460  83.700  1.00 65.09           C  
+ATOM    465  CD2 LEU A  74      19.537 114.195  84.206  1.00 64.64           C  
+ATOM    466  N   LYS A  75      14.260 112.708  83.554  1.00 67.92           N  
+ATOM    467  CA  LYS A  75      12.838 112.687  83.881  1.00 67.01           C  
+ATOM    468  C   LYS A  75      12.495 111.447  84.694  1.00 66.19           C  
+ATOM    469  O   LYS A  75      11.501 111.419  85.417  1.00 72.52           O  
+ATOM    470  CB  LYS A  75      11.976 112.774  82.615  1.00 71.81           C  
+ATOM    471  CG  LYS A  75      12.010 114.161  81.967  1.00 74.04           C  
+ATOM    472  CD  LYS A  75      11.098 114.265  80.759  1.00 79.99           C  
+ATOM    473  CE  LYS A  75      11.583 113.381  79.619  1.00 84.36           C  
+ATOM    474  NZ  LYS A  75      12.938 113.773  79.128  1.00 78.82           N  
+ATOM    475  N   VAL A  76      13.344 110.434  84.600  1.00 65.60           N  
+ATOM    476  CA  VAL A  76      13.167 109.213  85.374  1.00 60.24           C  
+ATOM    477  C   VAL A  76      13.915 109.333  86.706  1.00 58.39           C  
+ATOM    478  O   VAL A  76      13.671 108.580  87.646  1.00 54.56           O  
+ATOM    479  CB  VAL A  76      13.666 107.978  84.576  1.00 64.61           C  
+ATOM    480  CG1 VAL A  76      13.478 106.683  85.360  1.00 56.62           C  
+ATOM    481  CG2 VAL A  76      12.961 107.903  83.221  1.00 62.99           C  
+ATOM    482  N   GLN A  77      14.818 110.300  86.802  1.00 56.27           N  
+ATOM    483  CA  GLN A  77      15.649 110.403  87.991  1.00 55.07           C  
+ATOM    484  C   GLN A  77      14.847 110.880  89.199  1.00 62.70           C  
+ATOM    485  O   GLN A  77      14.078 111.837  89.101  1.00 69.30           O  
+ATOM    486  CB  GLN A  77      16.832 111.346  87.748  1.00 55.72           C  
+ATOM    487  CG  GLN A  77      17.894 111.301  88.854  1.00 55.43           C  
+ATOM    488  CD  GLN A  77      18.807 112.520  88.872  1.00 57.35           C  
+ATOM    489  OE1 GLN A  77      18.364 113.651  88.679  1.00 65.53           O  
+ATOM    490  NE2 GLN A  77      20.094 112.287  89.096  1.00 53.97           N  
+ATOM    491  N   HIS A  78      15.024 110.208  90.332  1.00 55.91           N  
+ATOM    492  CA  HIS A  78      14.438 110.659  91.587  1.00 61.48           C  
+ATOM    493  C   HIS A  78      14.956 112.072  91.894  1.00 65.94           C  
+ATOM    494  O   HIS A  78      16.110 112.370  91.622  1.00 67.96           O  
+ATOM    495  CB  HIS A  78      14.776 109.640  92.685  1.00 58.94           C  
+ATOM    496  CG  HIS A  78      13.960 109.774  93.921  1.00 60.57           C  
+ATOM    497  ND1 HIS A  78      14.139 110.792  94.825  1.00 65.83           N  
+ATOM    498  CD2 HIS A  78      12.969 108.993  94.416  1.00 60.16           C  
+ATOM    499  CE1 HIS A  78      13.292 110.638  95.830  1.00 67.55           C  
+ATOM    500  NE2 HIS A  78      12.572 109.551  95.599  1.00 66.90           N  
+ATOM    501  N   SER A  79      14.084 112.929  92.441  1.00 71.62           N  
+ATOM    502  CA  SER A  79      14.386 114.353  92.689  1.00 73.93           C  
+ATOM    503  C   SER A  79      15.248 114.579  93.927  1.00 69.65           C  
+ATOM    504  O   SER A  79      15.786 115.709  94.113  1.00 73.44           O  
+ATOM    505  CB  SER A  79      13.104 115.198  92.822  1.00 80.24           C  
+ATOM    506  OG  SER A  79      12.291 115.138  91.649  1.00 81.81           O  
+ATOM    507  N   SER A  80      15.359 113.547  94.771  1.00 67.54           N  
+ATOM    508  CA  SER A  80      16.329 113.573  95.860  1.00 65.12           C  
+ATOM    509  C   SER A  80      17.757 113.795  95.339  1.00 64.19           C  
+ATOM    510  O   SER A  80      18.635 114.363  96.016  1.00 67.00           O  
+ATOM    511  CB  SER A  80      16.233 112.271  96.626  1.00 63.84           C  
+ATOM    512  OG  SER A  80      17.369 112.019  97.385  1.00 56.32           O  
+ATOM    513  N   TYR A  81      17.958 113.373  94.098  1.00 67.04           N  
+ATOM    514  CA  TYR A  81      19.287 113.229  93.565  1.00 63.49           C  
+ATOM    515  C   TYR A  81      19.604 114.286  92.540  1.00 61.80           C  
+ATOM    516  O   TYR A  81      20.725 114.360  92.029  1.00 58.52           O  
+ATOM    517  CB  TYR A  81      19.446 111.822  92.988  1.00 52.44           C  
+ATOM    518  CG  TYR A  81      19.716 110.804  94.067  1.00 51.74           C  
+ATOM    519  CD1 TYR A  81      20.915 110.834  94.765  1.00 45.17           C  
+ATOM    520  CD2 TYR A  81      18.775 109.840  94.410  1.00 49.04           C  
+ATOM    521  CE1 TYR A  81      21.183 109.940  95.758  1.00 44.31           C  
+ATOM    522  CE2 TYR A  81      19.038 108.923  95.417  1.00 44.24           C  
+ATOM    523  CZ  TYR A  81      20.247 108.977  96.088  1.00 46.57           C  
+ATOM    524  OH  TYR A  81      20.537 108.072  97.098  1.00 52.73           O  
+ATOM    525  N   ARG A  82      18.610 115.112  92.250  1.00 64.76           N  
+ATOM    526  CA  ARG A  82      18.856 116.276  91.427  1.00 70.44           C  
+ATOM    527  C   ARG A  82      19.987 117.093  92.047  1.00 65.65           C  
+ATOM    528  O   ARG A  82      20.023 117.286  93.267  1.00 67.65           O  
+ATOM    529  CB  ARG A  82      17.598 117.122  91.274  1.00 77.85           C  
+ATOM    530  CG  ARG A  82      17.040 117.081  89.865  1.00 83.88           C  
+ATOM    531  CD  ARG A  82      16.055 118.197  89.590  1.00 92.72           C  
+ATOM    532  NE  ARG A  82      15.623 118.182  88.193  1.00100.17           N  
+ATOM    533  CZ  ARG A  82      16.408 118.482  87.160  1.00102.13           C  
+ATOM    534  NH1 ARG A  82      17.675 118.822  87.353  1.00102.32           N  
+ATOM    535  NH2 ARG A  82      15.926 118.442  85.926  1.00104.91           N  
+ATOM    536  N   GLN A  83      20.933 117.500  91.200  1.00 60.75           N  
+ATOM    537  CA  GLN A  83      22.073 118.359  91.571  1.00 60.34           C  
+ATOM    538  C   GLN A  83      23.236 117.630  92.273  1.00 56.66           C  
+ATOM    539  O   GLN A  83      24.363 118.122  92.268  1.00 58.33           O  
+ATOM    540  CB  GLN A  83      21.606 119.530  92.463  1.00 70.24           C  
+ATOM    541  CG  GLN A  83      21.904 120.911  91.925  1.00 75.19           C  
+ATOM    542  CD  GLN A  83      21.210 121.184  90.617  1.00 77.57           C  
+ATOM    543  OE1 GLN A  83      19.994 121.357  90.571  1.00 81.58           O  
+ATOM    544  NE2 GLN A  83      21.978 121.227  89.539  1.00 78.47           N  
+ATOM    545  N   ARG A  84      22.989 116.475  92.885  1.00 56.19           N  
+ATOM    546  CA  ARG A  84      24.080 115.801  93.608  1.00 54.05           C  
+ATOM    547  C   ARG A  84      24.616 114.520  92.992  1.00 48.88           C  
+ATOM    548  O   ARG A  84      25.585 113.971  93.495  1.00 47.67           O  
+ATOM    549  CB  ARG A  84      23.679 115.468  95.048  1.00 51.56           C  
+ATOM    550  CG  ARG A  84      22.645 116.367  95.649  1.00 56.95           C  
+ATOM    551  CD  ARG A  84      22.456 115.985  97.091  1.00 52.05           C  
+ATOM    552  NE  ARG A  84      21.915 114.640  97.228  1.00 49.70           N  
+ATOM    553  CZ  ARG A  84      22.486 113.677  97.944  1.00 50.22           C  
+ATOM    554  NH1 ARG A  84      23.645 113.886  98.562  1.00 46.46           N  
+ATOM    555  NH2 ARG A  84      21.907 112.488  98.020  1.00 53.50           N  
+ATOM    556  N   ALA A  85      24.002 114.037  91.924  1.00 49.20           N  
+ATOM    557  CA  ALA A  85      24.398 112.741  91.366  1.00 48.12           C  
+ATOM    558  C   ALA A  85      24.832 112.821  89.908  1.00 50.90           C  
+ATOM    559  O   ALA A  85      24.118 113.372  89.063  1.00 53.90           O  
+ATOM    560  CB  ALA A  85      23.270 111.747  91.498  1.00 44.42           C  
+ATOM    561  N   ARG A  86      25.997 112.246  89.619  1.00 45.67           N  
+ATOM    562  CA  ARG A  86      26.556 112.272  88.272  1.00 46.81           C  
+ATOM    563  C   ARG A  86      27.254 110.976  87.887  1.00 44.71           C  
+ATOM    564  O   ARG A  86      28.113 110.472  88.609  1.00 42.54           O  
+ATOM    565  CB  ARG A  86      27.550 113.429  88.122  1.00 52.17           C  
+ATOM    566  CG  ARG A  86      27.022 114.613  87.348  1.00 65.76           C  
+ATOM    567  CD  ARG A  86      28.169 115.457  86.801  1.00 83.60           C  
+ATOM    568  NE  ARG A  86      29.294 115.541  87.734  1.00 89.80           N  
+ATOM    569  CZ  ARG A  86      30.540 115.852  87.382  1.00 94.45           C  
+ATOM    570  NH1 ARG A  86      30.831 116.090  86.109  1.00 91.86           N  
+ATOM    571  NH2 ARG A  86      31.498 115.913  88.302  1.00 92.32           N  
+ATOM    572  N   LEU A  87      26.882 110.445  86.730  1.00 45.97           N  
+ATOM    573  CA  LEU A  87      27.665 109.396  86.113  1.00 40.33           C  
+ATOM    574  C   LEU A  87      28.826 110.083  85.403  1.00 42.03           C  
+ATOM    575  O   LEU A  87      28.622 111.032  84.635  1.00 46.02           O  
+ATOM    576  CB  LEU A  87      26.819 108.565  85.150  1.00 42.06           C  
+ATOM    577  CG  LEU A  87      27.478 107.319  84.558  1.00 43.75           C  
+ATOM    578  CD1 LEU A  87      27.489 106.206  85.589  1.00 39.25           C  
+ATOM    579  CD2 LEU A  87      26.775 106.877  83.269  1.00 37.76           C  
+ATOM    580  N   LEU A  88      30.043 109.635  85.705  1.00 39.85           N  
+ATOM    581  CA  LEU A  88      31.255 110.222  85.138  1.00 44.00           C  
+ATOM    582  C   LEU A  88      31.499 109.654  83.748  1.00 48.52           C  
+ATOM    583  O   LEU A  88      31.869 108.483  83.616  1.00 43.14           O  
+ATOM    584  CB  LEU A  88      32.467 109.947  86.035  1.00 44.75           C  
+ATOM    585  CG  LEU A  88      32.441 110.447  87.485  1.00 39.71           C  
+ATOM    586  CD1 LEU A  88      33.844 110.452  88.059  1.00 34.30           C  
+ATOM    587  CD2 LEU A  88      31.803 111.824  87.624  1.00 48.87           C  
+ATOM    588  N   LYS A  89      31.305 110.485  82.724  1.00 48.89           N  
+ATOM    589  CA  LYS A  89      31.213 109.991  81.346  1.00 49.64           C  
+ATOM    590  C   LYS A  89      32.551 109.491  80.787  1.00 53.25           C  
+ATOM    591  O   LYS A  89      32.597 108.454  80.117  1.00 44.70           O  
+ATOM    592  CB  LYS A  89      30.630 111.077  80.435  1.00 46.87           C  
+ATOM    593  CG  LYS A  89      29.092 111.109  80.386  1.00 52.31           C  
+ATOM    594  CD  LYS A  89      28.497 111.955  81.529  1.00 65.36           C  
+ATOM    595  CE  LYS A  89      27.008 111.653  81.776  1.00 57.63           C  
+ATOM    596  NZ  LYS A  89      26.360 112.681  82.648  1.00 53.57           N  
+ATOM    597  N   ASP A  90      33.639 110.204  81.077  1.00 52.13           N  
+ATOM    598  CA  ASP A  90      34.928 109.845  80.504  1.00 52.90           C  
+ATOM    599  C   ASP A  90      35.458 108.508  81.069  1.00 55.77           C  
+ATOM    600  O   ASP A  90      36.178 107.770  80.391  1.00 59.89           O  
+ATOM    601  CB  ASP A  90      35.916 110.996  80.710  1.00 64.30           C  
+ATOM    602  CG  ASP A  90      35.631 112.176  79.764  1.00 84.28           C  
+ATOM    603  OD1 ASP A  90      34.917 111.969  78.754  1.00 84.58           O  
+ATOM    604  OD2 ASP A  90      36.102 113.307  80.025  1.00 89.46           O  
+ATOM    605  N   GLN A  91      35.050 108.176  82.288  1.00 51.32           N  
+ATOM    606  CA  GLN A  91      35.369 106.887  82.894  1.00 46.86           C  
+ATOM    607  C   GLN A  91      34.738 105.675  82.187  1.00 47.88           C  
+ATOM    608  O   GLN A  91      35.154 104.534  82.402  1.00 45.07           O  
+ATOM    609  CB  GLN A  91      34.932 106.889  84.362  1.00 46.22           C  
+ATOM    610  CG  GLN A  91      35.912 107.598  85.289  1.00 52.32           C  
+ATOM    611  CD  GLN A  91      37.324 107.050  85.149  1.00 53.80           C  
+ATOM    612  OE1 GLN A  91      37.574 105.860  85.374  1.00 51.57           O  
+ATOM    613  NE2 GLN A  91      38.251 107.914  84.753  1.00 49.24           N  
+ATOM    614  N   LEU A  92      33.731 105.920  81.357  1.00 46.69           N  
+ATOM    615  CA  LEU A  92      32.998 104.839  80.713  1.00 44.08           C  
+ATOM    616  C   LEU A  92      33.817 104.106  79.646  1.00 47.37           C  
+ATOM    617  O   LEU A  92      33.677 102.888  79.483  1.00 49.58           O  
+ATOM    618  CB  LEU A  92      31.712 105.382  80.103  1.00 40.90           C  
+ATOM    619  CG  LEU A  92      30.551 105.582  81.069  1.00 40.10           C  
+ATOM    620  CD1 LEU A  92      29.404 106.286  80.363  1.00 35.22           C  
+ATOM    621  CD2 LEU A  92      30.107 104.242  81.649  1.00 38.15           C  
+ATOM    622  N   SER A  93      34.670 104.847  78.937  1.00 47.75           N  
+ATOM    623  CA  SER A  93      35.541 104.286  77.899  1.00 45.17           C  
+ATOM    624  C   SER A  93      36.452 103.222  78.479  1.00 44.54           C  
+ATOM    625  O   SER A  93      36.919 102.333  77.777  1.00 47.33           O  
+ATOM    626  CB  SER A  93      36.392 105.377  77.266  1.00 42.49           C  
+ATOM    627  OG  SER A  93      35.705 106.609  77.300  1.00 56.12           O  
+ATOM    628  N   LEU A  94      36.695 103.331  79.777  1.00 45.36           N  
+ATOM    629  CA  LEU A  94      37.633 102.471  80.480  1.00 46.71           C  
+ATOM    630  C   LEU A  94      36.906 101.307  81.146  1.00 46.33           C  
+ATOM    631  O   LEU A  94      37.501 100.548  81.924  1.00 44.34           O  
+ATOM    632  CB  LEU A  94      38.415 103.300  81.505  1.00 43.83           C  
+ATOM    633  CG  LEU A  94      39.079 104.516  80.828  1.00 47.03           C  
+ATOM    634  CD1 LEU A  94      39.463 105.608  81.817  1.00 40.47           C  
+ATOM    635  CD2 LEU A  94      40.279 104.093  79.964  1.00 35.62           C  
+ATOM    636  N   GLY A  95      35.616 101.172  80.831  1.00 43.52           N  
+ATOM    637  CA  GLY A  95      34.801 100.106  81.385  1.00 38.71           C  
+ATOM    638  C   GLY A  95      34.537 100.315  82.860  1.00 43.04           C  
+ATOM    639  O   GLY A  95      34.517  99.375  83.657  1.00 50.12           O  
+ATOM    640  N   ASN A  96      34.339 101.572  83.227  1.00 44.44           N  
+ATOM    641  CA  ASN A  96      34.128 101.925  84.611  1.00 41.31           C  
+ATOM    642  C   ASN A  96      32.924 102.850  84.743  1.00 39.95           C  
+ATOM    643  O   ASN A  96      32.974 104.017  84.364  1.00 41.51           O  
+ATOM    644  CB  ASN A  96      35.390 102.569  85.185  1.00 41.40           C  
+ATOM    645  CG  ASN A  96      35.230 102.964  86.630  1.00 47.21           C  
+ATOM    646  OD1 ASN A  96      34.567 102.266  87.392  1.00 49.26           O  
+ATOM    647  ND2 ASN A  96      35.826 104.092  87.020  1.00 47.32           N  
+ATOM    648  N   ALA A  97      31.829 102.309  85.263  1.00 42.30           N  
+ATOM    649  CA  ALA A  97      30.644 103.112  85.524  1.00 38.76           C  
+ATOM    650  C   ALA A  97      30.755 103.722  86.915  1.00 39.55           C  
+ATOM    651  O   ALA A  97      30.415 103.097  87.918  1.00 41.43           O  
+ATOM    652  CB  ALA A  97      29.386 102.274  85.389  1.00 37.18           C  
+ATOM    653  N   ALA A  98      31.269 104.942  86.970  1.00 42.91           N  
+ATOM    654  CA  ALA A  98      31.510 105.599  88.242  1.00 40.65           C  
+ATOM    655  C   ALA A  98      30.367 106.542  88.592  1.00 38.34           C  
+ATOM    656  O   ALA A  98      29.945 107.342  87.761  1.00 41.25           O  
+ATOM    657  CB  ALA A  98      32.836 106.350  88.201  1.00 38.71           C  
+ATOM    658  N   LEU A  99      29.872 106.437  89.820  1.00 37.15           N  
+ATOM    659  CA  LEU A  99      28.808 107.308  90.307  1.00 38.31           C  
+ATOM    660  C   LEU A  99      29.338 108.240  91.369  1.00 37.08           C  
+ATOM    661  O   LEU A  99      29.726 107.805  92.455  1.00 38.73           O  
+ATOM    662  CB  LEU A  99      27.643 106.493  90.874  1.00 38.34           C  
+ATOM    663  CG  LEU A  99      26.567 107.313  91.584  1.00 37.07           C  
+ATOM    664  CD1 LEU A  99      25.987 108.358  90.659  1.00 36.67           C  
+ATOM    665  CD2 LEU A  99      25.480 106.413  92.101  1.00 35.38           C  
+ATOM    666  N   GLN A 100      29.365 109.524  91.046  1.00 41.11           N  
+ATOM    667  CA  GLN A 100      29.814 110.545  91.982  1.00 41.48           C  
+ATOM    668  C   GLN A 100      28.578 111.147  92.643  1.00 41.61           C  
+ATOM    669  O   GLN A 100      27.647 111.594  91.972  1.00 40.30           O  
+ATOM    670  CB  GLN A 100      30.655 111.614  91.267  1.00 42.87           C  
+ATOM    671  CG  GLN A 100      31.397 112.587  92.174  1.00 50.16           C  
+ATOM    672  CD  GLN A 100      31.725 113.897  91.479  1.00 56.66           C  
+ATOM    673  OE1 GLN A 100      30.840 114.564  90.943  1.00 65.93           O  
+ATOM    674  NE2 GLN A 100      32.996 114.269  91.480  1.00 57.06           N  
+ATOM    675  N   ILE A 101      28.555 111.101  93.966  1.00 42.68           N  
+ATOM    676  CA  ILE A 101      27.500 111.734  94.735  1.00 45.18           C  
+ATOM    677  C   ILE A 101      28.124 112.761  95.661  1.00 44.10           C  
+ATOM    678  O   ILE A 101      29.045 112.449  96.416  1.00 43.60           O  
+ATOM    679  CB  ILE A 101      26.696 110.719  95.539  1.00 45.03           C  
+ATOM    680  CG1 ILE A 101      25.858 109.862  94.593  1.00 37.86           C  
+ATOM    681  CG2 ILE A 101      25.808 111.435  96.565  1.00 45.75           C  
+ATOM    682  CD1 ILE A 101      25.099 108.771  95.296  1.00 43.22           C  
+ATOM    683  N   THR A 102      27.637 113.992  95.588  1.00 43.10           N  
+ATOM    684  CA  THR A 102      28.264 115.074  96.326  1.00 47.53           C  
+ATOM    685  C   THR A 102      27.463 115.435  97.564  1.00 49.19           C  
+ATOM    686  O   THR A 102      26.240 115.271  97.587  1.00 53.82           O  
+ATOM    687  CB  THR A 102      28.448 116.319  95.439  1.00 48.15           C  
+ATOM    688  OG1 THR A 102      27.245 116.559  94.705  1.00 50.88           O  
+ATOM    689  CG2 THR A 102      29.591 116.102  94.455  1.00 41.12           C  
+ATOM    690  N   ASP A 103      28.168 115.926  98.586  1.00 51.22           N  
+ATOM    691  CA  ASP A 103      27.568 116.291  99.872  1.00 44.13           C  
+ATOM    692  C   ASP A 103      26.774 115.100 100.409  1.00 45.26           C  
+ATOM    693  O   ASP A 103      25.538 115.097 100.401  1.00 48.42           O  
+ATOM    694  CB  ASP A 103      26.687 117.536  99.724  1.00 50.63           C  
+ATOM    695  CG  ASP A 103      26.432 118.242 101.049  1.00 61.35           C  
+ATOM    696  OD1 ASP A 103      27.041 117.848 102.060  1.00 63.08           O  
+ATOM    697  OD2 ASP A 103      25.629 119.205 101.081  1.00 68.50           O  
+ATOM    698  N   VAL A 104      27.498 114.078 100.854  1.00 41.47           N  
+ATOM    699  CA  VAL A 104      26.880 112.833 101.284  1.00 42.68           C  
+ATOM    700  C   VAL A 104      26.150 112.967 102.621  1.00 43.86           C  
+ATOM    701  O   VAL A 104      26.743 113.383 103.626  1.00 44.15           O  
+ATOM    702  CB  VAL A 104      27.931 111.718 101.380  1.00 40.42           C  
+ATOM    703  CG1 VAL A 104      27.459 110.586 102.294  1.00 42.06           C  
+ATOM    704  CG2 VAL A 104      28.239 111.199  99.997  1.00 38.38           C  
+ATOM    705  N   LYS A 105      24.867 112.611 102.632  1.00 35.53           N  
+ATOM    706  CA  LYS A 105      24.075 112.693 103.847  1.00 41.14           C  
+ATOM    707  C   LYS A 105      23.829 111.304 104.439  1.00 40.20           C  
+ATOM    708  O   LYS A 105      24.086 110.298 103.788  1.00 38.63           O  
+ATOM    709  CB  LYS A 105      22.755 113.411 103.573  1.00 52.16           C  
+ATOM    710  CG  LYS A 105      22.893 114.931 103.562  1.00 68.04           C  
+ATOM    711  CD  LYS A 105      21.802 115.589 102.723  1.00 81.42           C  
+ATOM    712  CE  LYS A 105      22.333 116.778 101.914  1.00 83.36           C  
+ATOM    713  NZ  LYS A 105      23.031 117.795 102.752  1.00 83.76           N  
+ATOM    714  N   LEU A 106      23.351 111.254 105.683  1.00 43.21           N  
+ATOM    715  CA  LEU A 106      23.131 109.978 106.350  1.00 42.36           C  
+ATOM    716  C   LEU A 106      22.123 109.111 105.590  1.00 41.23           C  
+ATOM    717  O   LEU A 106      22.215 107.890 105.625  1.00 38.44           O  
+ATOM    718  CB  LEU A 106      22.657 110.183 107.797  1.00 44.64           C  
+ATOM    719  CG  LEU A 106      23.692 110.158 108.930  1.00 43.22           C  
+ATOM    720  CD1 LEU A 106      23.026 109.864 110.268  1.00 46.69           C  
+ATOM    721  CD2 LEU A 106      24.794 109.150 108.675  1.00 42.20           C  
+ATOM    722  N   GLN A 107      21.175 109.744 104.899  1.00 45.51           N  
+ATOM    723  CA  GLN A 107      20.162 109.016 104.121  1.00 46.10           C  
+ATOM    724  C   GLN A 107      20.780 108.279 102.926  1.00 43.90           C  
+ATOM    725  O   GLN A 107      20.170 107.362 102.377  1.00 43.23           O  
+ATOM    726  CB  GLN A 107      19.057 109.961 103.631  1.00 38.58           C  
+ATOM    727  CG  GLN A 107      18.153 110.477 104.728  1.00 39.95           C  
+ATOM    728  CD  GLN A 107      18.839 111.496 105.633  1.00 49.44           C  
+ATOM    729  OE1 GLN A 107      19.877 112.072 105.279  1.00 50.31           O  
+ATOM    730  NE2 GLN A 107      18.264 111.719 106.814  1.00 48.91           N  
+ATOM    731  N   ASP A 108      21.992 108.663 102.536  1.00 39.60           N  
+ATOM    732  CA  ASP A 108      22.688 107.987 101.438  1.00 40.63           C  
+ATOM    733  C   ASP A 108      23.203 106.580 101.811  1.00 42.29           C  
+ATOM    734  O   ASP A 108      23.583 105.792 100.937  1.00 38.13           O  
+ATOM    735  CB  ASP A 108      23.841 108.862 100.944  1.00 36.23           C  
+ATOM    736  CG  ASP A 108      23.362 110.204 100.402  1.00 46.28           C  
+ATOM    737  OD1 ASP A 108      22.286 110.232  99.756  1.00 44.96           O  
+ATOM    738  OD2 ASP A 108      24.056 111.227 100.615  1.00 46.88           O  
+ATOM    739  N   ALA A 109      23.205 106.270 103.106  1.00 38.93           N  
+ATOM    740  CA  ALA A 109      23.625 104.957 103.574  1.00 38.17           C  
+ATOM    741  C   ALA A 109      22.639 103.869 103.168  1.00 39.59           C  
+ATOM    742  O   ALA A 109      21.424 104.056 103.200  1.00 43.01           O  
+ATOM    743  CB  ALA A 109      23.804 104.959 105.072  1.00 34.43           C  
+ATOM    744  N   GLY A 110      23.175 102.720 102.792  1.00 37.26           N  
+ATOM    745  CA  GLY A 110      22.335 101.635 102.341  1.00 40.10           C  
+ATOM    746  C   GLY A 110      22.937 100.892 101.172  1.00 36.73           C  
+ATOM    747  O   GLY A 110      24.123 101.066 100.859  1.00 33.28           O  
+ATOM    748  N   VAL A 111      22.111 100.062 100.538  1.00 31.14           N  
+ATOM    749  CA  VAL A 111      22.558  99.189  99.460  1.00 33.41           C  
+ATOM    750  C   VAL A 111      22.273  99.828  98.108  1.00 36.47           C  
+ATOM    751  O   VAL A 111      21.156 100.278  97.841  1.00 38.46           O  
+ATOM    752  CB  VAL A 111      21.874  97.814  99.542  1.00 36.14           C  
+ATOM    753  CG1 VAL A 111      22.691  96.764  98.800  1.00 35.55           C  
+ATOM    754  CG2 VAL A 111      21.711  97.405 100.987  1.00 33.61           C  
+ATOM    755  N   TYR A 112      23.296  99.886  97.267  1.00 33.60           N  
+ATOM    756  CA  TYR A 112      23.145 100.437  95.931  1.00 34.21           C  
+ATOM    757  C   TYR A 112      23.156  99.323  94.885  1.00 34.69           C  
+ATOM    758  O   TYR A 112      23.729  98.253  95.105  1.00 33.31           O  
+ATOM    759  CB  TYR A 112      24.254 101.445  95.640  1.00 36.19           C  
+ATOM    760  CG  TYR A 112      24.134 102.743  96.408  1.00 36.73           C  
+ATOM    761  CD1 TYR A 112      24.367 102.783  97.776  1.00 32.83           C  
+ATOM    762  CD2 TYR A 112      23.814 103.936  95.757  1.00 35.61           C  
+ATOM    763  CE1 TYR A 112      24.269 103.964  98.482  1.00 37.56           C  
+ATOM    764  CE2 TYR A 112      23.712 105.126  96.454  1.00 35.64           C  
+ATOM    765  CZ  TYR A 112      23.943 105.137  97.820  1.00 39.62           C  
+ATOM    766  OH  TYR A 112      23.854 106.315  98.528  1.00 32.78           O  
+ATOM    767  N   ARG A 113      22.523  99.569  93.746  1.00 34.43           N  
+ATOM    768  CA  ARG A 113      22.577  98.601  92.658  1.00 37.86           C  
+ATOM    769  C   ARG A 113      23.117  99.204  91.368  1.00 34.96           C  
+ATOM    770  O   ARG A 113      22.718 100.292  90.957  1.00 32.59           O  
+ATOM    771  CB  ARG A 113      21.201  98.000  92.405  1.00 38.67           C  
+ATOM    772  CG  ARG A 113      21.232  96.676  91.651  1.00 31.88           C  
+ATOM    773  CD  ARG A 113      19.809  96.191  91.368  1.00 36.94           C  
+ATOM    774  NE  ARG A 113      19.739  95.504  90.086  1.00 41.37           N  
+ATOM    775  CZ  ARG A 113      19.127  95.975  89.004  1.00 38.57           C  
+ATOM    776  NH1 ARG A 113      18.493  97.141  89.029  1.00 33.98           N  
+ATOM    777  NH2 ARG A 113      19.147  95.259  87.894  1.00 42.00           N  
+ATOM    778  N   CYS A 114      24.021  98.460  90.742  1.00 32.58           N  
+ATOM    779  CA  CYS A 114      24.666  98.810  89.476  1.00 34.40           C  
+ATOM    780  C   CYS A 114      24.291  97.806  88.395  1.00 35.08           C  
+ATOM    781  O   CYS A 114      24.706  96.655  88.492  1.00 33.73           O  
+ATOM    782  CB  CYS A 114      26.186  98.813  89.660  1.00 38.26           C  
+ATOM    783  SG  CYS A 114      27.179  99.093  88.193  1.00100.48           S  
+ATOM    784  N   MET A 115      23.509  98.212  87.392  1.00 34.66           N  
+ATOM    785  CA  MET A 115      23.221  97.342  86.242  1.00 34.45           C  
+ATOM    786  C   MET A 115      23.903  97.868  84.994  1.00 35.05           C  
+ATOM    787  O   MET A 115      23.762  99.048  84.659  1.00 34.01           O  
+ATOM    788  CB  MET A 115      21.711  97.235  85.989  1.00 37.86           C  
+ATOM    789  CG  MET A 115      21.262  96.044  85.121  1.00 35.20           C  
+ATOM    790  SD  MET A 115      21.719  96.112  83.365  1.00 48.17           S  
+ATOM    791  CE  MET A 115      21.029  97.687  82.859  1.00 36.80           C  
+ATOM    792  N   ILE A 116      24.632  96.994  84.300  1.00 35.93           N  
+ATOM    793  CA  ILE A 116      25.271  97.375  83.035  1.00 35.67           C  
+ATOM    794  C   ILE A 116      25.039  96.374  81.902  1.00 37.48           C  
+ATOM    795  O   ILE A 116      25.295  95.179  82.037  1.00 36.65           O  
+ATOM    796  CB  ILE A 116      26.768  97.557  83.206  1.00 33.89           C  
+ATOM    797  CG1 ILE A 116      27.038  98.661  84.234  1.00 37.85           C  
+ATOM    798  CG2 ILE A 116      27.393  97.889  81.859  1.00 33.86           C  
+ATOM    799  CD1 ILE A 116      28.437  98.673  84.767  1.00 41.25           C  
+ATOM    800  N   SER A 117      24.537  96.886  80.783  1.00 38.51           N  
+ATOM    801  CA  SER A 117      24.291  96.079  79.600  1.00 34.54           C  
+ATOM    802  C   SER A 117      25.122  96.593  78.408  1.00 35.97           C  
+ATOM    803  O   SER A 117      24.959  97.726  77.930  1.00 33.89           O  
+ATOM    804  CB  SER A 117      22.802  96.076  79.261  1.00 35.81           C  
+ATOM    805  OG  SER A 117      22.557  95.389  78.048  1.00 39.55           O  
+ATOM    806  N   TYR A 118      26.026  95.742  77.947  1.00 39.64           N  
+ATOM    807  CA  TYR A 118      26.890  96.044  76.823  1.00 36.97           C  
+ATOM    808  C   TYR A 118      27.152  94.758  76.050  1.00 35.84           C  
+ATOM    809  O   TYR A 118      28.202  94.129  76.205  1.00 41.71           O  
+ATOM    810  CB  TYR A 118      28.192  96.652  77.316  1.00 39.08           C  
+ATOM    811  CG  TYR A 118      29.031  97.226  76.219  1.00 40.45           C  
+ATOM    812  CD1 TYR A 118      28.524  98.193  75.380  1.00 35.47           C  
+ATOM    813  CD2 TYR A 118      30.330  96.802  76.024  1.00 38.80           C  
+ATOM    814  CE1 TYR A 118      29.284  98.725  74.363  1.00 41.48           C  
+ATOM    815  CE2 TYR A 118      31.105  97.324  75.010  1.00 44.51           C  
+ATOM    816  CZ  TYR A 118      30.576  98.290  74.176  1.00 45.93           C  
+ATOM    817  OH  TYR A 118      31.337  98.831  73.162  1.00 41.29           O  
+ATOM    818  N   GLY A 119      26.182  94.351  75.239  1.00 34.38           N  
+ATOM    819  CA  GLY A 119      26.199  93.029  74.624  1.00 36.74           C  
+ATOM    820  C   GLY A 119      25.533  92.011  75.534  1.00 44.59           C  
+ATOM    821  O   GLY A 119      24.381  91.624  75.312  1.00 56.78           O  
+ATOM    822  N   GLY A 120      26.277  91.557  76.544  1.00 42.45           N  
+ATOM    823  CA  GLY A 120      25.694  90.811  77.648  1.00 38.72           C  
+ATOM    824  C   GLY A 120      25.292  91.770  78.761  1.00 40.37           C  
+ATOM    825  O   GLY A 120      25.467  92.985  78.639  1.00 38.57           O  
+ATOM    826  N   ALA A 121      24.757  91.247  79.857  1.00 41.79           N  
+ATOM    827  CA  ALA A 121      24.278  92.124  80.915  1.00 38.31           C  
+ATOM    828  C   ALA A 121      24.379  91.458  82.276  1.00 36.09           C  
+ATOM    829  O   ALA A 121      24.208  90.255  82.400  1.00 42.89           O  
+ATOM    830  CB  ALA A 121      22.850  92.553  80.635  1.00 34.49           C  
+ATOM    831  N   ASP A 122      24.638  92.269  83.294  1.00 39.73           N  
+ATOM    832  CA  ASP A 122      24.889  91.801  84.645  1.00 35.24           C  
+ATOM    833  C   ASP A 122      24.610  92.943  85.638  1.00 38.00           C  
+ATOM    834  O   ASP A 122      24.424  94.104  85.237  1.00 33.97           O  
+ATOM    835  CB  ASP A 122      26.336  91.309  84.769  1.00 37.56           C  
+ATOM    836  CG  ASP A 122      26.532  90.283  85.900  1.00 46.24           C  
+ATOM    837  OD1 ASP A 122      25.544  89.621  86.303  1.00 57.21           O  
+ATOM    838  OD2 ASP A 122      27.687  90.122  86.374  1.00 40.64           O  
+ATOM    839  N   TYR A 123      24.566  92.617  86.929  1.00 34.87           N  
+ATOM    840  CA  TYR A 123      24.494  93.644  87.951  1.00 34.02           C  
+ATOM    841  C   TYR A 123      25.153  93.212  89.244  1.00 37.43           C  
+ATOM    842  O   TYR A 123      25.377  92.022  89.488  1.00 39.46           O  
+ATOM    843  CB  TYR A 123      23.045  94.063  88.219  1.00 32.67           C  
+ATOM    844  CG  TYR A 123      22.171  93.035  88.910  1.00 36.03           C  
+ATOM    845  CD1 TYR A 123      22.104  92.949  90.305  1.00 32.52           C  
+ATOM    846  CD2 TYR A 123      21.366  92.184  88.164  1.00 35.33           C  
+ATOM    847  CE1 TYR A 123      21.271  92.018  90.920  1.00 32.31           C  
+ATOM    848  CE2 TYR A 123      20.542  91.256  88.768  1.00 33.09           C  
+ATOM    849  CZ  TYR A 123      20.498  91.174  90.134  1.00 32.84           C  
+ATOM    850  OH  TYR A 123      19.665  90.236  90.684  1.00 36.75           O  
+ATOM    851  N   LYS A 124      25.462  94.205  90.066  1.00 33.62           N  
+ATOM    852  CA  LYS A 124      26.071  93.983  91.364  1.00 35.94           C  
+ATOM    853  C   LYS A 124      25.452  94.908  92.400  1.00 33.03           C  
+ATOM    854  O   LYS A 124      24.746  95.861  92.070  1.00 34.13           O  
+ATOM    855  CB  LYS A 124      27.584  94.198  91.292  1.00 40.77           C  
+ATOM    856  CG  LYS A 124      28.337  93.042  90.662  1.00 39.89           C  
+ATOM    857  CD  LYS A 124      28.222  91.793  91.532  1.00 39.04           C  
+ATOM    858  CE  LYS A 124      29.256  90.748  91.144  1.00 41.89           C  
+ATOM    859  NZ  LYS A 124      29.032  90.130  89.793  1.00 41.89           N  
+ATOM    860  N   ARG A 125      25.714  94.618  93.662  1.00 34.66           N  
+ATOM    861  CA  ARG A 125      25.269  95.495  94.729  1.00 34.41           C  
+ATOM    862  C   ARG A 125      26.461  96.064  95.495  1.00 35.10           C  
+ATOM    863  O   ARG A 125      27.517  95.432  95.607  1.00 35.76           O  
+ATOM    864  CB  ARG A 125      24.327  94.754  95.664  1.00 29.90           C  
+ATOM    865  CG  ARG A 125      23.220  94.016  94.943  1.00 32.86           C  
+ATOM    866  CD  ARG A 125      22.391  93.278  95.953  1.00 38.32           C  
+ATOM    867  NE  ARG A 125      21.546  92.238  95.379  1.00 39.51           N  
+ATOM    868  CZ  ARG A 125      21.941  90.990  95.162  1.00 36.17           C  
+ATOM    869  NH1 ARG A 125      23.187  90.630  95.437  1.00 35.03           N  
+ATOM    870  NH2 ARG A 125      21.092  90.104  94.658  1.00 42.62           N  
+ATOM    871  N   ILE A 126      26.293  97.281  95.989  1.00 34.48           N  
+ATOM    872  CA  ILE A 126      27.322  97.912  96.801  1.00 37.61           C  
+ATOM    873  C   ILE A 126      26.699  98.496  98.072  1.00 35.97           C  
+ATOM    874  O   ILE A 126      25.610  99.077  98.038  1.00 32.69           O  
+ATOM    875  CB  ILE A 126      28.062  99.015  96.022  1.00 34.34           C  
+ATOM    876  CG1 ILE A 126      28.805  98.420  94.828  1.00 37.43           C  
+ATOM    877  CG2 ILE A 126      29.057  99.716  96.909  1.00 34.14           C  
+ATOM    878  CD1 ILE A 126      29.715  99.414  94.121  1.00 35.85           C  
+ATOM    879  N   THR A 127      27.387  98.318  99.193  1.00 33.99           N  
+ATOM    880  CA  THR A 127      26.934  98.874 100.454  1.00 32.78           C  
+ATOM    881  C   THR A 127      27.692 100.154 100.773  1.00 32.09           C  
+ATOM    882  O   THR A 127      28.924 100.179 100.728  1.00 32.16           O  
+ATOM    883  CB  THR A 127      27.117  97.878 101.617  1.00 30.55           C  
+ATOM    884  OG1 THR A 127      26.460  96.641 101.308  1.00 34.84           O  
+ATOM    885  CG2 THR A 127      26.545  98.448 102.899  1.00 26.12           C  
+ATOM    886  N   VAL A 128      26.949 101.208 101.099  1.00 30.07           N  
+ATOM    887  CA  VAL A 128      27.543 102.448 101.579  1.00 32.35           C  
+ATOM    888  C   VAL A 128      27.181 102.690 103.043  1.00 34.16           C  
+ATOM    889  O   VAL A 128      26.010 102.632 103.436  1.00 34.11           O  
+ATOM    890  CB  VAL A 128      27.096 103.645 100.738  1.00 36.50           C  
+ATOM    891  CG1 VAL A 128      27.479 104.940 101.433  1.00 39.42           C  
+ATOM    892  CG2 VAL A 128      27.691 103.560  99.318  1.00 28.52           C  
+ATOM    893  N   LYS A 129      28.214 102.937 103.843  1.00 33.64           N  
+ATOM    894  CA  LYS A 129      28.069 103.243 105.262  1.00 38.77           C  
+ATOM    895  C   LYS A 129      28.535 104.676 105.532  1.00 34.33           C  
+ATOM    896  O   LYS A 129      29.548 105.122 104.975  1.00 31.00           O  
+ATOM    897  CB  LYS A 129      28.864 102.233 106.099  1.00 41.76           C  
+ATOM    898  CG  LYS A 129      28.636 102.324 107.589  1.00 47.23           C  
+ATOM    899  CD  LYS A 129      29.215 101.125 108.353  1.00 51.17           C  
+ATOM    900  CE  LYS A 129      29.212 101.393 109.869  1.00 50.99           C  
+ATOM    901  NZ  LYS A 129      28.465 102.658 110.243  1.00 48.03           N  
+ATOM    902  N   VAL A 130      27.783 105.400 106.358  1.00 32.84           N  
+ATOM    903  CA  VAL A 130      28.082 106.809 106.638  1.00 38.22           C  
+ATOM    904  C   VAL A 130      28.234 107.102 108.127  1.00 37.30           C  
+ATOM    905  O   VAL A 130      27.297 106.922 108.917  1.00 37.80           O  
+ATOM    906  CB  VAL A 130      26.989 107.753 106.069  1.00 42.41           C  
+ATOM    907  CG1 VAL A 130      27.401 109.222 106.230  1.00 38.86           C  
+ATOM    908  CG2 VAL A 130      26.700 107.425 104.597  1.00 36.54           C  
+ATOM    909  N   ASN A 131      29.427 107.551 108.499  1.00 34.05           N  
+ATOM    910  CA  ASN A 131      29.687 107.976 109.868  1.00 38.80           C  
+ATOM    911  C   ASN A 131      29.158 109.388 110.082  1.00 40.18           C  
+ATOM    912  O   ASN A 131      29.278 110.210 109.180  1.00 34.54           O  
+ATOM    913  CB  ASN A 131      31.181 107.918 110.180  1.00 37.22           C  
+ATOM    914  CG  ASN A 131      31.765 106.563 109.951  1.00 37.72           C  
+ATOM    915  OD1 ASN A 131      31.056 105.554 109.943  1.00 43.36           O  
+ATOM    916  ND2 ASN A 131      33.072 106.524 109.748  1.00 39.80           N  
+ATOM    917  N   ALA A 132      28.610 109.680 111.266  1.00 40.44           N  
+ATOM    918  CA  ALA A 132      27.931 110.953 111.472  1.00 40.07           C  
+ATOM    919  C   ALA A 132      28.839 112.183 111.776  1.00 51.11           C  
+ATOM    920  O   ALA A 132      28.790 113.166 111.030  1.00 53.04           O  
+ATOM    921  CB  ALA A 132      26.859 110.750 112.529  1.00 38.20           C  
+ATOM    922  N   PRO A 133      29.629 112.184 112.874  1.00 46.03           N  
+ATOM    923  CA  PRO A 133      30.658 113.234 112.735  1.00 52.39           C  
+ATOM    924  C   PRO A 133      32.099 112.767 112.615  1.00 52.94           C  
+ATOM    925  O   PRO A 133      32.339 111.603 112.907  1.00 55.54           O  
+ATOM    926  CB  PRO A 133      30.523 114.045 114.061  1.00 54.67           C  
+ATOM    927  CG  PRO A 133      29.268 113.509 114.752  1.00 44.00           C  
+ATOM    928  CD  PRO A 133      29.209 112.094 114.285  1.00 54.28           C  
+HETATM  929  O   HOH A 201      29.088 115.552 110.992  1.00 35.11           O  
+HETATM  930  O   HOH A 202      33.252  90.043  82.116  1.00 40.88           O  
+HETATM  931  O   HOH A 203      28.239  93.176  96.234  1.00 29.65           O  
+HETATM  932  O   HOH A 204      24.765 104.769  76.067  1.00 37.14           O  
+HETATM  933  O   HOH A 205      21.900 102.336  74.833  1.00 38.28           O  
+HETATM  934  O   HOH A 206      23.863  95.703  74.374  1.00 37.97           O  
+HETATM  935  O   HOH A 207      20.736 115.984  88.983  1.00 53.19           O  
+HETATM  936  O   HOH A 208      25.150 100.947 105.458  1.00 40.67           O  
+HETATM  937  O   HOH A 209      34.334  93.186  84.960  1.00 33.41           O  
+HETATM  938  O   HOH A 210      25.967  91.884  94.782  1.00 32.06           O  
+HETATM  939  O   HOH A 211      36.894  97.589  83.420  1.00 39.21           O  
+HETATM  940  O   HOH A 212      32.434 113.397  82.946  1.00 46.08           O  
+HETATM  941  O   HOH A 213      19.205 100.508 101.720  1.00 36.72           O  
+HETATM  942  O   HOH A 214      25.112 104.350 107.847  1.00 31.96           O  
+HETATM  943  O   HOH A 215      25.028 104.959 110.318  1.00 31.39           O  
+HETATM  944  O   HOH A 216      36.505  93.974  83.675  1.00 40.73           O  
+ATOM    945  N   GLU B   1       2.465  87.492 107.371  1.00 70.02           N  
+ATOM    946  CA  GLU B   1       1.924  86.278 106.777  1.00 55.58           C  
+ATOM    947  C   GLU B   1       2.180  86.241 105.270  1.00 49.84           C  
+ATOM    948  O   GLU B   1       1.252  86.260 104.460  1.00 48.68           O  
+ATOM    949  CB  GLU B   1       0.428  86.169 107.073  1.00 66.00           C  
+ATOM    950  CG  GLU B   1      -0.101  84.760 106.986  1.00 70.71           C  
+ATOM    951  CD  GLU B   1       0.831  83.757 107.632  1.00 73.99           C  
+ATOM    952  OE1 GLU B   1       1.084  83.888 108.848  1.00 75.67           O  
+ATOM    953  OE2 GLU B   1       1.301  82.834 106.928  1.00 74.65           O  
+ATOM    954  N   VAL B   2       3.450  86.206 104.888  1.00 47.12           N  
+ATOM    955  CA  VAL B   2       3.809  86.055 103.482  1.00 45.68           C  
+ATOM    956  C   VAL B   2       3.405  84.664 102.988  1.00 46.00           C  
+ATOM    957  O   VAL B   2       3.763  83.662 103.606  1.00 40.03           O  
+ATOM    958  CB  VAL B   2       5.317  86.231 103.257  1.00 43.06           C  
+ATOM    959  CG1 VAL B   2       5.705  85.833 101.817  1.00 39.96           C  
+ATOM    960  CG2 VAL B   2       5.750  87.642 103.603  1.00 42.13           C  
+ATOM    961  N   GLN B   3       2.673  84.595 101.877  1.00 41.08           N  
+ATOM    962  CA  GLN B   3       2.283  83.303 101.324  1.00 39.78           C  
+ATOM    963  C   GLN B   3       2.671  83.192  99.865  1.00 38.43           C  
+ATOM    964  O   GLN B   3       2.667  84.190  99.145  1.00 41.03           O  
+ATOM    965  CB  GLN B   3       0.785  83.084 101.481  1.00 43.80           C  
+ATOM    966  CG  GLN B   3       0.305  83.218 102.908  1.00 43.56           C  
+ATOM    967  CD  GLN B   3      -1.192  83.120 103.006  1.00 48.58           C  
+ATOM    968  OE1 GLN B   3      -1.805  83.652 103.932  1.00 58.11           O  
+ATOM    969  NE2 GLN B   3      -1.796  82.422 102.058  1.00 49.59           N  
+ATOM    970  N   LEU B   4       3.014  81.976  99.442  1.00 39.29           N  
+ATOM    971  CA  LEU B   4       3.384  81.695  98.053  1.00 38.05           C  
+ATOM    972  C   LEU B   4       2.842  80.336  97.604  1.00 36.45           C  
+ATOM    973  O   LEU B   4       3.072  79.327  98.257  1.00 37.76           O  
+ATOM    974  CB  LEU B   4       4.903  81.741  97.889  1.00 38.18           C  
+ATOM    975  CG  LEU B   4       5.578  83.116  97.917  1.00 37.50           C  
+ATOM    976  CD1 LEU B   4       7.068  83.001  97.707  1.00 35.83           C  
+ATOM    977  CD2 LEU B   4       4.980  84.027  96.862  1.00 39.21           C  
+ATOM    978  N   VAL B   5       2.115  80.313  96.491  1.00 43.95           N  
+ATOM    979  CA  VAL B   5       1.443  79.095  96.022  1.00 41.75           C  
+ATOM    980  C   VAL B   5       1.685  78.842  94.534  1.00 43.19           C  
+ATOM    981  O   VAL B   5       1.261  79.635  93.693  1.00 49.56           O  
+ATOM    982  CB  VAL B   5      -0.096  79.159  96.257  1.00 42.94           C  
+ATOM    983  CG1 VAL B   5      -0.757  77.887  95.759  1.00 42.08           C  
+ATOM    984  CG2 VAL B   5      -0.424  79.380  97.725  1.00 40.63           C  
+ATOM    985  N   GLU B   6       2.348  77.737  94.199  1.00 45.58           N  
+ATOM    986  CA  GLU B   6       2.580  77.412  92.786  1.00 43.48           C  
+ATOM    987  C   GLU B   6       1.457  76.553  92.236  1.00 40.82           C  
+ATOM    988  O   GLU B   6       0.823  75.793  92.970  1.00 43.71           O  
+ATOM    989  CB  GLU B   6       3.921  76.689  92.577  1.00 42.87           C  
+ATOM    990  CG  GLU B   6       5.144  77.468  93.028  1.00 42.63           C  
+ATOM    991  CD  GLU B   6       5.572  77.118  94.452  1.00 45.51           C  
+ATOM    992  OE1 GLU B   6       4.758  76.536  95.206  1.00 46.27           O  
+ATOM    993  OE2 GLU B   6       6.730  77.421  94.814  1.00 42.66           O  
+ATOM    994  N   SER B   7       1.234  76.692  90.932  1.00 45.85           N  
+ATOM    995  CA  SER B   7       0.217  75.960  90.178  1.00 48.04           C  
+ATOM    996  C   SER B   7       0.732  75.726  88.768  1.00 47.81           C  
+ATOM    997  O   SER B   7       1.619  76.450  88.292  1.00 41.65           O  
+ATOM    998  CB  SER B   7      -1.107  76.734  90.104  1.00 44.97           C  
+ATOM    999  OG  SER B   7      -1.666  76.972  91.384  1.00 55.75           O  
+ATOM   1000  N   GLY B   8       0.165  74.728  88.097  1.00 47.31           N  
+ATOM   1001  CA  GLY B   8       0.383  74.571  86.673  1.00 44.31           C  
+ATOM   1002  C   GLY B   8       1.251  73.397  86.272  1.00 45.29           C  
+ATOM   1003  O   GLY B   8       1.406  73.123  85.081  1.00 48.15           O  
+ATOM   1004  N   GLY B   9       1.815  72.701  87.256  1.00 44.34           N  
+ATOM   1005  CA  GLY B   9       2.698  71.584  86.977  1.00 45.27           C  
+ATOM   1006  C   GLY B   9       1.963  70.327  86.552  1.00 49.36           C  
+ATOM   1007  O   GLY B   9       0.739  70.222  86.695  1.00 52.19           O  
+ATOM   1008  N   GLY B  11       2.719  69.370  86.021  1.00 41.69           N  
+ATOM   1009  CA  GLY B  11       2.190  68.053  85.721  1.00 38.65           C  
+ATOM   1010  C   GLY B  11       3.099  67.274  84.794  1.00 41.02           C  
+ATOM   1011  O   GLY B  11       4.327  67.410  84.862  1.00 42.06           O  
+ATOM   1012  N   LEU B  12       2.495  66.458  83.929  1.00 41.85           N  
+ATOM   1013  CA  LEU B  12       3.232  65.677  82.936  1.00 38.32           C  
+ATOM   1014  C   LEU B  12       3.191  66.343  81.568  1.00 39.09           C  
+ATOM   1015  O   LEU B  12       2.170  66.882  81.146  1.00 45.73           O  
+ATOM   1016  CB  LEU B  12       2.675  64.248  82.841  1.00 37.49           C  
+ATOM   1017  CG  LEU B  12       3.261  63.306  81.777  1.00 36.33           C  
+ATOM   1018  CD1 LEU B  12       4.743  63.041  81.999  1.00 38.96           C  
+ATOM   1019  CD2 LEU B  12       2.486  61.998  81.714  1.00 38.01           C  
+ATOM   1020  N   VAL B  13       4.322  66.297  80.879  1.00 38.86           N  
+ATOM   1021  CA  VAL B  13       4.463  66.871  79.552  1.00 40.58           C  
+ATOM   1022  C   VAL B  13       5.563  66.094  78.822  1.00 45.20           C  
+ATOM   1023  O   VAL B  13       6.560  65.702  79.431  1.00 45.76           O  
+ATOM   1024  CB  VAL B  13       4.788  68.370  79.630  1.00 39.11           C  
+ATOM   1025  CG1 VAL B  13       5.819  68.621  80.706  1.00 45.60           C  
+ATOM   1026  CG2 VAL B  13       5.288  68.886  78.303  1.00 47.27           C  
+ATOM   1027  N   GLN B  14       5.381  65.827  77.532  1.00 50.21           N  
+ATOM   1028  CA  GLN B  14       6.352  64.984  76.846  1.00 48.85           C  
+ATOM   1029  C   GLN B  14       7.451  65.832  76.207  1.00 47.40           C  
+ATOM   1030  O   GLN B  14       7.250  67.026  75.979  1.00 47.36           O  
+ATOM   1031  CB  GLN B  14       5.648  64.075  75.841  1.00 45.29           C  
+ATOM   1032  CG  GLN B  14       4.778  64.729  74.832  1.00 53.89           C  
+ATOM   1033  CD  GLN B  14       4.376  63.712  73.787  1.00 71.59           C  
+ATOM   1034  OE1 GLN B  14       4.813  62.557  73.852  1.00 77.07           O  
+ATOM   1035  NE2 GLN B  14       3.564  64.125  72.811  1.00 69.25           N  
+ATOM   1036  N   PRO B  15       8.636  65.232  75.975  1.00 47.21           N  
+ATOM   1037  CA  PRO B  15       9.818  66.023  75.610  1.00 47.36           C  
+ATOM   1038  C   PRO B  15       9.606  66.855  74.364  1.00 51.17           C  
+ATOM   1039  O   PRO B  15       8.921  66.405  73.441  1.00 49.88           O  
+ATOM   1040  CB  PRO B  15      10.896  64.962  75.376  1.00 48.12           C  
+ATOM   1041  CG  PRO B  15      10.443  63.783  76.156  1.00 47.70           C  
+ATOM   1042  CD  PRO B  15       8.955  63.797  76.084  1.00 46.70           C  
+ATOM   1043  N   GLY B  16      10.186  68.054  74.354  1.00 53.95           N  
+ATOM   1044  CA  GLY B  16       9.984  69.011  73.282  1.00 47.53           C  
+ATOM   1045  C   GLY B  16       8.712  69.819  73.470  1.00 46.31           C  
+ATOM   1046  O   GLY B  16       8.467  70.764  72.725  1.00 55.25           O  
+ATOM   1047  N   GLY B  17       7.903  69.453  74.462  1.00 46.86           N  
+ATOM   1048  CA  GLY B  17       6.654  70.150  74.736  1.00 47.06           C  
+ATOM   1049  C   GLY B  17       6.801  71.362  75.645  1.00 48.07           C  
+ATOM   1050  O   GLY B  17       7.895  71.686  76.118  1.00 44.54           O  
+ATOM   1051  N   SER B  18       5.684  72.031  75.905  1.00 49.76           N  
+ATOM   1052  CA  SER B  18       5.710  73.281  76.643  1.00 46.75           C  
+ATOM   1053  C   SER B  18       4.721  73.289  77.794  1.00 46.80           C  
+ATOM   1054  O   SER B  18       3.725  72.572  77.783  1.00 50.36           O  
+ATOM   1055  CB  SER B  18       5.421  74.456  75.709  1.00 54.13           C  
+ATOM   1056  OG  SER B  18       4.027  74.621  75.515  1.00 65.55           O  
+ATOM   1057  N   LEU B  19       5.000  74.131  78.779  1.00 49.98           N  
+ATOM   1058  CA  LEU B  19       4.216  74.185  80.003  1.00 49.77           C  
+ATOM   1059  C   LEU B  19       4.405  75.546  80.669  1.00 48.28           C  
+ATOM   1060  O   LEU B  19       5.486  76.135  80.598  1.00 44.91           O  
+ATOM   1061  CB  LEU B  19       4.627  73.053  80.947  1.00 46.99           C  
+ATOM   1062  CG  LEU B  19       3.810  72.859  82.227  1.00 53.96           C  
+ATOM   1063  CD1 LEU B  19       2.431  72.269  81.921  1.00 49.33           C  
+ATOM   1064  CD2 LEU B  19       4.583  71.987  83.224  1.00 47.10           C  
+ATOM   1065  N   ARG B  20       3.351  76.052  81.300  1.00 44.35           N  
+ATOM   1066  CA  ARG B  20       3.424  77.354  81.940  1.00 44.00           C  
+ATOM   1067  C   ARG B  20       3.106  77.244  83.427  1.00 44.25           C  
+ATOM   1068  O   ARG B  20       1.992  76.867  83.813  1.00 40.51           O  
+ATOM   1069  CB  ARG B  20       2.473  78.336  81.259  1.00 53.09           C  
+ATOM   1070  CG  ARG B  20       2.282  79.654  81.997  1.00 57.15           C  
+ATOM   1071  CD  ARG B  20       0.881  80.200  81.744  1.00 66.79           C  
+ATOM   1072  NE  ARG B  20       0.745  81.592  82.155  1.00 75.00           N  
+ATOM   1073  CZ  ARG B  20       1.096  82.626  81.394  1.00 79.82           C  
+ATOM   1074  NH1 ARG B  20       1.608  82.416  80.186  1.00 80.09           N  
+ATOM   1075  NH2 ARG B  20       0.945  83.870  81.840  1.00 81.79           N  
+ATOM   1076  N   LEU B  21       4.101  77.570  84.252  1.00 45.34           N  
+ATOM   1077  CA  LEU B  21       3.942  77.567  85.702  1.00 40.29           C  
+ATOM   1078  C   LEU B  21       3.485  78.920  86.203  1.00 39.95           C  
+ATOM   1079  O   LEU B  21       3.813  79.950  85.629  1.00 46.18           O  
+ATOM   1080  CB  LEU B  21       5.249  77.201  86.390  1.00 37.03           C  
+ATOM   1081  CG  LEU B  21       5.882  75.859  86.052  1.00 42.21           C  
+ATOM   1082  CD1 LEU B  21       7.146  75.668  86.890  1.00 39.06           C  
+ATOM   1083  CD2 LEU B  21       4.892  74.737  86.288  1.00 40.87           C  
+ATOM   1084  N   SER B  22       2.747  78.922  87.296  1.00 38.72           N  
+ATOM   1085  CA  SER B  22       2.296  80.169  87.858  1.00 35.71           C  
+ATOM   1086  C   SER B  22       2.490  80.145  89.357  1.00 38.76           C  
+ATOM   1087  O   SER B  22       2.541  79.088  89.968  1.00 38.47           O  
+ATOM   1088  CB  SER B  22       0.838  80.422  87.496  1.00 38.06           C  
+ATOM   1089  OG  SER B  22      -0.027  79.794  88.425  1.00 48.79           O  
+ATOM   1090  N   CYS B  23       2.603  81.328  89.943  1.00 40.53           N  
+ATOM   1091  CA  CYS B  23       2.876  81.475  91.360  1.00 39.77           C  
+ATOM   1092  C   CYS B  23       2.069  82.654  91.880  1.00 41.36           C  
+ATOM   1093  O   CYS B  23       2.198  83.760  91.354  1.00 41.75           O  
+ATOM   1094  CB  CYS B  23       4.375  81.695  91.591  1.00 40.47           C  
+ATOM   1095  SG  CYS B  23       4.912  81.940  93.310  1.00 62.16           S  
+ATOM   1096  N   ALA B  24       1.233  82.425  92.891  1.00 35.58           N  
+ATOM   1097  CA  ALA B  24       0.433  83.502  93.464  1.00 37.41           C  
+ATOM   1098  C   ALA B  24       1.002  83.949  94.812  1.00 39.27           C  
+ATOM   1099  O   ALA B  24       1.436  83.125  95.614  1.00 44.75           O  
+ATOM   1100  CB  ALA B  24      -1.015  83.070  93.615  1.00 34.81           C  
+ATOM   1101  N   ALA B  25       0.996  85.257  95.059  1.00 38.49           N  
+ATOM   1102  CA  ALA B  25       1.608  85.811  96.262  1.00 40.17           C  
+ATOM   1103  C   ALA B  25       0.591  86.482  97.175  1.00 40.21           C  
+ATOM   1104  O   ALA B  25      -0.442  86.963  96.721  1.00 41.98           O  
+ATOM   1105  CB  ALA B  25       2.703  86.804  95.884  1.00 40.27           C  
+ATOM   1106  N   SER B  26       0.897  86.536  98.464  1.00 36.79           N  
+ATOM   1107  CA  SER B  26       0.021  87.221  99.395  1.00 41.46           C  
+ATOM   1108  C   SER B  26       0.801  87.654 100.641  1.00 41.37           C  
+ATOM   1109  O   SER B  26       1.829  87.056 100.971  1.00 41.23           O  
+ATOM   1110  CB  SER B  26      -1.161  86.314  99.772  1.00 42.52           C  
+ATOM   1111  OG  SER B  26      -2.144  87.030 100.496  1.00 44.27           O  
+ATOM   1112  N   GLY B  27       0.318  88.702 101.310  1.00 38.44           N  
+ATOM   1113  CA  GLY B  27       0.861  89.125 102.587  1.00 36.57           C  
+ATOM   1114  C   GLY B  27       2.015  90.104 102.502  1.00 40.94           C  
+ATOM   1115  O   GLY B  27       2.648  90.421 103.514  1.00 46.47           O  
+ATOM   1116  N   PHE B  28       2.307  90.574 101.297  1.00 34.05           N  
+ATOM   1117  CA  PHE B  28       3.373  91.552 101.116  1.00 39.86           C  
+ATOM   1118  C   PHE B  28       3.110  92.286  99.821  1.00 40.71           C  
+ATOM   1119  O   PHE B  28       2.328  91.824  99.005  1.00 42.76           O  
+ATOM   1120  CB  PHE B  28       4.769  90.890 101.111  1.00 38.54           C  
+ATOM   1121  CG  PHE B  28       5.034  90.002  99.913  1.00 40.29           C  
+ATOM   1122  CD1 PHE B  28       4.652  88.665  99.921  1.00 38.16           C  
+ATOM   1123  CD2 PHE B  28       5.670  90.504  98.779  1.00 39.16           C  
+ATOM   1124  CE1 PHE B  28       4.888  87.850  98.821  1.00 37.10           C  
+ATOM   1125  CE2 PHE B  28       5.915  89.695  97.679  1.00 38.43           C  
+ATOM   1126  CZ  PHE B  28       5.526  88.362  97.702  1.00 36.04           C  
+ATOM   1127  N   THR B  29       3.765  93.423  99.627  1.00 44.03           N  
+ATOM   1128  CA  THR B  29       3.540  94.199  98.423  1.00 39.27           C  
+ATOM   1129  C   THR B  29       4.388  93.625  97.295  1.00 42.77           C  
+ATOM   1130  O   THR B  29       5.596  93.867  97.202  1.00 41.64           O  
+ATOM   1131  CB  THR B  29       3.851  95.684  98.650  1.00 48.91           C  
+ATOM   1132  OG1 THR B  29       3.135  96.140  99.805  1.00 50.48           O  
+ATOM   1133  CG2 THR B  29       3.429  96.504  97.444  1.00 44.19           C  
+ATOM   1134  N   PHE B  30       3.729  92.857  96.438  1.00 45.26           N  
+ATOM   1135  CA  PHE B  30       4.389  92.082  95.394  1.00 44.07           C  
+ATOM   1136  C   PHE B  30       5.197  92.934  94.415  1.00 41.55           C  
+ATOM   1137  O   PHE B  30       6.229  92.495  93.909  1.00 42.62           O  
+ATOM   1138  CB  PHE B  30       3.336  91.269  94.640  1.00 45.83           C  
+ATOM   1139  CG  PHE B  30       3.895  90.387  93.561  1.00 45.01           C  
+ATOM   1140  CD1 PHE B  30       4.502  89.182  93.884  1.00 40.56           C  
+ATOM   1141  CD2 PHE B  30       3.780  90.744  92.220  1.00 44.92           C  
+ATOM   1142  CE1 PHE B  30       5.005  88.357  92.892  1.00 39.32           C  
+ATOM   1143  CE2 PHE B  30       4.279  89.927  91.228  1.00 42.47           C  
+ATOM   1144  CZ  PHE B  30       4.890  88.727  91.564  1.00 41.19           C  
+ATOM   1145  N   SER B  35       4.738  94.150  94.146  1.00 44.39           N  
+ATOM   1146  CA  SER B  35       5.411  95.000  93.164  1.00 40.79           C  
+ATOM   1147  C   SER B  35       6.743  95.537  93.693  1.00 41.36           C  
+ATOM   1148  O   SER B  35       7.511  96.129  92.939  1.00 45.87           O  
+ATOM   1149  CB  SER B  35       4.513  96.167  92.753  1.00 44.04           C  
+ATOM   1150  OG  SER B  35       4.217  97.013  93.858  1.00 43.61           O  
+ATOM   1151  N   ARG B  36       7.019  95.335  94.982  1.00 38.67           N  
+ATOM   1152  CA  ARG B  36       8.249  95.854  95.592  1.00 38.72           C  
+ATOM   1153  C   ARG B  36       9.425  94.872  95.555  1.00 37.17           C  
+ATOM   1154  O   ARG B  36      10.540  95.206  95.963  1.00 38.74           O  
+ATOM   1155  CB  ARG B  36       7.998  96.241  97.049  1.00 43.82           C  
+ATOM   1156  CG  ARG B  36       7.257  97.551  97.278  1.00 51.02           C  
+ATOM   1157  CD  ARG B  36       7.795  98.240  98.539  1.00 64.96           C  
+ATOM   1158  NE  ARG B  36       6.752  98.878  99.342  1.00 72.88           N  
+ATOM   1159  CZ  ARG B  36       6.227  98.349 100.447  1.00 81.27           C  
+ATOM   1160  NH1 ARG B  36       6.643  97.164 100.893  1.00 82.71           N  
+ATOM   1161  NH2 ARG B  36       5.283  99.007 101.110  1.00 79.89           N  
+ATOM   1162  N   TYR B  37       9.194  93.657  95.080  1.00 35.59           N  
+ATOM   1163  CA  TYR B  37      10.211  92.636  95.267  1.00 37.39           C  
+ATOM   1164  C   TYR B  37      10.675  91.958  93.978  1.00 38.86           C  
+ATOM   1165  O   TYR B  37       9.905  91.782  93.021  1.00 38.21           O  
+ATOM   1166  CB  TYR B  37       9.706  91.585  96.281  1.00 33.37           C  
+ATOM   1167  CG  TYR B  37       9.572  92.126  97.711  1.00 36.39           C  
+ATOM   1168  CD1 TYR B  37      10.633  92.046  98.617  1.00 35.32           C  
+ATOM   1169  CD2 TYR B  37       8.394  92.724  98.143  1.00 36.03           C  
+ATOM   1170  CE1 TYR B  37      10.513  92.539  99.911  1.00 39.28           C  
+ATOM   1171  CE2 TYR B  37       8.268  93.220  99.431  1.00 42.77           C  
+ATOM   1172  CZ  TYR B  37       9.328  93.125 100.314  1.00 45.29           C  
+ATOM   1173  OH  TYR B  37       9.206  93.618 101.602  1.00 52.53           O  
+ATOM   1174  N   TRP B  38      11.964  91.628  93.957  1.00 34.22           N  
+ATOM   1175  CA  TRP B  38      12.515  90.701  92.981  1.00 33.44           C  
+ATOM   1176  C   TRP B  38      11.975  89.294  93.281  1.00 33.21           C  
+ATOM   1177  O   TRP B  38      11.758  88.934  94.438  1.00 28.75           O  
+ATOM   1178  CB  TRP B  38      14.049  90.718  93.020  1.00 35.08           C  
+ATOM   1179  CG  TRP B  38      14.662  91.907  92.366  1.00 36.34           C  
+ATOM   1180  CD1 TRP B  38      14.619  93.191  92.800  1.00 37.51           C  
+ATOM   1181  CD2 TRP B  38      15.422  91.917  91.154  1.00 36.54           C  
+ATOM   1182  NE1 TRP B  38      15.296  94.008  91.930  1.00 38.36           N  
+ATOM   1183  CE2 TRP B  38      15.797  93.246  90.908  1.00 35.01           C  
+ATOM   1184  CE3 TRP B  38      15.813  90.928  90.249  1.00 35.54           C  
+ATOM   1185  CZ2 TRP B  38      16.551  93.617  89.795  1.00 33.19           C  
+ATOM   1186  CZ3 TRP B  38      16.561  91.302  89.138  1.00 35.15           C  
+ATOM   1187  CH2 TRP B  38      16.920  92.633  88.923  1.00 30.81           C  
+ATOM   1188  N   MET B  39      11.742  88.503  92.242  1.00 34.16           N  
+ATOM   1189  CA  MET B  39      11.205  87.154  92.427  1.00 32.87           C  
+ATOM   1190  C   MET B  39      12.047  86.132  91.637  1.00 30.19           C  
+ATOM   1191  O   MET B  39      12.550  86.449  90.557  1.00 30.07           O  
+ATOM   1192  CB  MET B  39       9.735  87.106  91.993  1.00 31.49           C  
+ATOM   1193  CG  MET B  39       8.817  88.028  92.769  1.00 24.86           C  
+ATOM   1194  SD  MET B  39       8.667  87.515  94.484  1.00 39.03           S  
+ATOM   1195  CE  MET B  39       8.051  85.835  94.312  1.00 29.85           C  
+ATOM   1196  N   SER B  40      12.217  84.930  92.194  1.00 28.36           N  
+ATOM   1197  CA  SER B  40      13.007  83.868  91.565  1.00 31.34           C  
+ATOM   1198  C   SER B  40      12.215  82.592  91.364  1.00 33.40           C  
+ATOM   1199  O   SER B  40      11.216  82.343  92.047  1.00 31.45           O  
+ATOM   1200  CB  SER B  40      14.254  83.520  92.394  1.00 30.70           C  
+ATOM   1201  OG  SER B  40      15.392  84.261  91.995  1.00 33.43           O  
+ATOM   1202  N   TRP B  41      12.682  81.785  90.418  1.00 33.70           N  
+ATOM   1203  CA  TRP B  41      12.319  80.382  90.354  1.00 31.25           C  
+ATOM   1204  C   TRP B  41      13.548  79.531  90.719  1.00 33.92           C  
+ATOM   1205  O   TRP B  41      14.673  79.791  90.265  1.00 31.29           O  
+ATOM   1206  CB  TRP B  41      11.794  80.011  88.966  1.00 32.52           C  
+ATOM   1207  CG  TRP B  41      10.446  80.604  88.581  1.00 34.67           C  
+ATOM   1208  CD1 TRP B  41      10.227  81.705  87.792  1.00 35.36           C  
+ATOM   1209  CD2 TRP B  41       9.144  80.103  88.931  1.00 31.71           C  
+ATOM   1210  NE1 TRP B  41       8.875  81.924  87.644  1.00 34.75           N  
+ATOM   1211  CE2 TRP B  41       8.190  80.952  88.326  1.00 33.55           C  
+ATOM   1212  CE3 TRP B  41       8.695  79.016  89.687  1.00 30.92           C  
+ATOM   1213  CZ2 TRP B  41       6.813  80.749  88.462  1.00 35.41           C  
+ATOM   1214  CZ3 TRP B  41       7.326  78.818  89.825  1.00 33.77           C  
+ATOM   1215  CH2 TRP B  41       6.401  79.681  89.218  1.00 33.38           C  
+ATOM   1216  N   VAL B  42      13.317  78.524  91.553  1.00 35.63           N  
+ATOM   1217  CA  VAL B  42      14.328  77.540  91.940  1.00 34.28           C  
+ATOM   1218  C   VAL B  42      13.741  76.145  91.733  1.00 32.76           C  
+ATOM   1219  O   VAL B  42      12.586  75.902  92.083  1.00 33.85           O  
+ATOM   1220  CB  VAL B  42      14.758  77.711  93.429  1.00 36.08           C  
+ATOM   1221  CG1 VAL B  42      15.656  76.556  93.887  1.00 35.91           C  
+ATOM   1222  CG2 VAL B  42      15.456  79.044  93.640  1.00 34.20           C  
+ATOM   1223  N   ARG B  43      14.513  75.220  91.177  1.00 32.74           N  
+ATOM   1224  CA  ARG B  43      13.990  73.868  90.984  1.00 33.53           C  
+ATOM   1225  C   ARG B  43      14.823  72.814  91.690  1.00 36.52           C  
+ATOM   1226  O   ARG B  43      15.966  73.056  92.075  1.00 36.29           O  
+ATOM   1227  CB  ARG B  43      13.901  73.534  89.497  1.00 36.03           C  
+ATOM   1228  CG  ARG B  43      15.247  73.294  88.822  1.00 33.97           C  
+ATOM   1229  CD  ARG B  43      15.057  73.047  87.348  1.00 32.01           C  
+ATOM   1230  NE  ARG B  43      16.331  72.859  86.665  1.00 41.15           N  
+ATOM   1231  CZ  ARG B  43      16.478  72.839  85.344  1.00 39.26           C  
+ATOM   1232  NH1 ARG B  43      15.424  72.997  84.554  1.00 39.29           N  
+ATOM   1233  NH2 ARG B  43      17.682  72.669  84.816  1.00 41.55           N  
+ATOM   1234  N   GLN B  44      14.233  71.636  91.849  1.00 36.67           N  
+ATOM   1235  CA  GLN B  44      14.906  70.515  92.482  1.00 33.58           C  
+ATOM   1236  C   GLN B  44      14.476  69.197  91.854  1.00 34.91           C  
+ATOM   1237  O   GLN B  44      13.307  68.810  91.907  1.00 35.60           O  
+ATOM   1238  CB  GLN B  44      14.621  70.509  93.978  1.00 31.65           C  
+ATOM   1239  CG  GLN B  44      15.239  69.334  94.712  1.00 37.66           C  
+ATOM   1240  CD  GLN B  44      15.148  69.492  96.214  1.00 37.20           C  
+ATOM   1241  OE1 GLN B  44      14.095  69.845  96.754  1.00 37.76           O  
+ATOM   1242  NE2 GLN B  44      16.264  69.276  96.895  1.00 35.30           N  
+ATOM   1243  N   ALA B  45      15.430  68.522  91.234  1.00 37.21           N  
+ATOM   1244  CA  ALA B  45      15.177  67.224  90.634  1.00 37.87           C  
+ATOM   1245  C   ALA B  45      15.067  66.166  91.741  1.00 40.45           C  
+ATOM   1246  O   ALA B  45      15.721  66.292  92.781  1.00 42.03           O  
+ATOM   1247  CB  ALA B  45      16.282  66.888  89.662  1.00 35.58           C  
+ATOM   1248  N   PRO B  46      14.247  65.120  91.520  1.00 42.82           N  
+ATOM   1249  CA  PRO B  46      13.991  64.078  92.530  1.00 42.12           C  
+ATOM   1250  C   PRO B  46      15.272  63.465  93.092  1.00 39.67           C  
+ATOM   1251  O   PRO B  46      16.023  62.835  92.346  1.00 32.89           O  
+ATOM   1252  CB  PRO B  46      13.192  63.026  91.755  1.00 43.65           C  
+ATOM   1253  CG  PRO B  46      12.592  63.771  90.603  1.00 41.19           C  
+ATOM   1254  CD  PRO B  46      13.578  64.825  90.238  1.00 41.27           C  
+ATOM   1255  N   GLY B  47      15.519  63.673  94.383  1.00 38.05           N  
+ATOM   1256  CA  GLY B  47      16.703  63.136  95.030  1.00 40.04           C  
+ATOM   1257  C   GLY B  47      17.951  63.997  94.926  1.00 42.10           C  
+ATOM   1258  O   GLY B  47      18.953  63.742  95.609  1.00 34.07           O  
+ATOM   1259  N   LYS B  48      17.894  65.024  94.083  1.00 42.94           N  
+ATOM   1260  CA  LYS B  48      19.037  65.912  93.908  1.00 43.15           C  
+ATOM   1261  C   LYS B  48      18.940  67.139  94.810  1.00 41.22           C  
+ATOM   1262  O   LYS B  48      18.085  67.216  95.691  1.00 40.24           O  
+ATOM   1263  CB  LYS B  48      19.155  66.342  92.450  1.00 41.18           C  
+ATOM   1264  CG  LYS B  48      19.343  65.182  91.499  1.00 44.34           C  
+ATOM   1265  CD  LYS B  48      20.751  64.631  91.582  1.00 57.35           C  
+ATOM   1266  CE  LYS B  48      20.954  63.416  90.668  1.00 61.56           C  
+ATOM   1267  NZ  LYS B  48      20.735  62.111  91.365  1.00 61.01           N  
+ATOM   1268  N   GLY B  49      19.826  68.098  94.581  1.00 37.88           N  
+ATOM   1269  CA  GLY B  49      19.813  69.332  95.335  1.00 35.54           C  
+ATOM   1270  C   GLY B  49      19.112  70.466  94.600  1.00 37.48           C  
+ATOM   1271  O   GLY B  49      18.404  70.248  93.609  1.00 37.39           O  
+ATOM   1272  N   LEU B  50      19.322  71.683  95.098  1.00 35.42           N  
+ATOM   1273  CA  LEU B  50      18.621  72.870  94.623  1.00 35.42           C  
+ATOM   1274  C   LEU B  50      19.393  73.602  93.520  1.00 34.85           C  
+ATOM   1275  O   LEU B  50      20.612  73.755  93.579  1.00 34.36           O  
+ATOM   1276  CB  LEU B  50      18.348  73.830  95.793  1.00 33.28           C  
+ATOM   1277  CG  LEU B  50      17.590  73.308  97.031  1.00 39.57           C  
+ATOM   1278  CD1 LEU B  50      17.754  74.229  98.264  1.00 31.86           C  
+ATOM   1279  CD2 LEU B  50      16.108  73.067  96.730  1.00 33.49           C  
+ATOM   1280  N   GLU B  51      18.663  74.059  92.517  1.00 33.28           N  
+ATOM   1281  CA  GLU B  51      19.244  74.790  91.402  1.00 36.10           C  
+ATOM   1282  C   GLU B  51      18.408  76.042  91.074  1.00 36.09           C  
+ATOM   1283  O   GLU B  51      17.199  75.948  90.813  1.00 35.27           O  
+ATOM   1284  CB  GLU B  51      19.349  73.879  90.178  1.00 36.89           C  
+ATOM   1285  CG  GLU B  51      19.813  74.597  88.924  1.00 44.73           C  
+ATOM   1286  CD  GLU B  51      19.978  73.669  87.743  1.00 53.62           C  
+ATOM   1287  OE1 GLU B  51      19.277  72.630  87.690  1.00 61.95           O  
+ATOM   1288  OE2 GLU B  51      20.831  73.972  86.881  1.00 55.55           O  
+ATOM   1289  N   TRP B  52      19.039  77.212  91.106  1.00 35.09           N  
+ATOM   1290  CA  TRP B  52      18.355  78.442  90.712  1.00 34.68           C  
+ATOM   1291  C   TRP B  52      18.057  78.444  89.205  1.00 39.83           C  
+ATOM   1292  O   TRP B  52      18.842  77.915  88.421  1.00 40.41           O  
+ATOM   1293  CB  TRP B  52      19.192  79.657  91.094  1.00 31.36           C  
+ATOM   1294  CG  TRP B  52      18.648  80.954  90.558  1.00 37.70           C  
+ATOM   1295  CD1 TRP B  52      17.566  81.648  91.026  1.00 37.14           C  
+ATOM   1296  CD2 TRP B  52      19.159  81.714  89.451  1.00 35.34           C  
+ATOM   1297  NE1 TRP B  52      17.374  82.787  90.285  1.00 33.26           N  
+ATOM   1298  CE2 TRP B  52      18.338  82.854  89.313  1.00 34.77           C  
+ATOM   1299  CE3 TRP B  52      20.230  81.540  88.564  1.00 36.80           C  
+ATOM   1300  CZ2 TRP B  52      18.553  83.819  88.324  1.00 33.88           C  
+ATOM   1301  CZ3 TRP B  52      20.441  82.504  87.574  1.00 36.29           C  
+ATOM   1302  CH2 TRP B  52      19.606  83.624  87.467  1.00 34.13           C  
+ATOM   1303  N   VAL B  53      16.930  79.035  88.801  1.00 35.14           N  
+ATOM   1304  CA  VAL B  53      16.521  78.982  87.400  1.00 33.85           C  
+ATOM   1305  C   VAL B  53      16.430  80.352  86.731  1.00 32.91           C  
+ATOM   1306  O   VAL B  53      17.068  80.594  85.710  1.00 32.29           O  
+ATOM   1307  CB  VAL B  53      15.156  78.280  87.238  1.00 34.90           C  
+ATOM   1308  CG1 VAL B  53      14.746  78.242  85.774  1.00 29.97           C  
+ATOM   1309  CG2 VAL B  53      15.211  76.879  87.803  1.00 32.90           C  
+ATOM   1310  N   ALA B  54      15.621  81.244  87.297  1.00 36.25           N  
+ATOM   1311  CA  ALA B  54      15.333  82.524  86.656  1.00 32.30           C  
+ATOM   1312  C   ALA B  54      15.076  83.633  87.669  1.00 33.51           C  
+ATOM   1313  O   ALA B  54      14.772  83.386  88.828  1.00 31.89           O  
+ATOM   1314  CB  ALA B  54      14.139  82.393  85.727  1.00 28.41           C  
+ATOM   1315  N   ASN B  55      15.159  84.863  87.192  1.00 37.20           N  
+ATOM   1316  CA  ASN B  55      15.035  86.050  88.019  1.00 34.81           C  
+ATOM   1317  C   ASN B  55      14.259  87.160  87.325  1.00 36.69           C  
+ATOM   1318  O   ASN B  55      14.439  87.380  86.125  1.00 37.60           O  
+ATOM   1319  CB  ASN B  55      16.426  86.560  88.365  1.00 37.74           C  
+ATOM   1320  CG  ASN B  55      16.457  87.232  89.666  1.00 44.83           C  
+ATOM   1321  OD1 ASN B  55      17.443  87.898  89.987  1.00 54.31           O  
+ATOM   1322  ND2 ASN B  55      15.387  87.093  90.440  1.00 41.96           N  
+ATOM   1323  N   ILE B  56      13.437  87.898  88.058  1.00 33.63           N  
+ATOM   1324  CA  ILE B  56      12.811  89.057  87.436  1.00 33.20           C  
+ATOM   1325  C   ILE B  56      12.740  90.283  88.378  1.00 35.87           C  
+ATOM   1326  O   ILE B  56      12.510  90.152  89.590  1.00 32.67           O  
+ATOM   1327  CB  ILE B  56      11.397  88.678  86.863  1.00 33.71           C  
+ATOM   1328  CG1 ILE B  56      10.817  89.824  86.026  1.00 35.07           C  
+ATOM   1329  CG2 ILE B  56      10.429  88.192  87.942  1.00 30.65           C  
+ATOM   1330  CD1 ILE B  56       9.621  89.419  85.207  1.00 33.43           C  
+ATOM   1331  N   LYS B  57      12.999  91.461  87.799  1.00 32.64           N  
+ATOM   1332  CA  LYS B  57      12.951  92.741  88.505  1.00 37.91           C  
+ATOM   1333  C   LYS B  57      11.491  93.115  88.824  1.00 41.44           C  
+ATOM   1334  O   LYS B  57      10.572  92.558  88.223  1.00 43.03           O  
+ATOM   1335  CB  LYS B  57      13.642  93.824  87.652  1.00 39.36           C  
+ATOM   1336  CG  LYS B  57      13.923  95.182  88.327  1.00 37.23           C  
+ATOM   1337  CD  LYS B  57      14.893  96.014  87.493  1.00 36.57           C  
+ATOM   1338  CE  LYS B  57      14.903  97.495  87.888  1.00 40.18           C  
+ATOM   1339  NZ  LYS B  57      15.158  98.368  86.688  1.00 51.40           N  
+ATOM   1340  N   GLN B  58      11.287  94.029  89.778  1.00 38.72           N  
+ATOM   1341  CA  GLN B  58       9.946  94.483  90.175  1.00 40.99           C  
+ATOM   1342  C   GLN B  58       9.046  94.792  88.992  1.00 46.09           C  
+ATOM   1343  O   GLN B  58       7.904  94.338  88.936  1.00 48.66           O  
+ATOM   1344  CB  GLN B  58      10.027  95.739  91.044  1.00 43.22           C  
+ATOM   1345  CG  GLN B  58      10.576  95.520  92.431  1.00 41.96           C  
+ATOM   1346  CD  GLN B  58      12.089  95.700  92.496  1.00 47.10           C  
+ATOM   1347  OE1 GLN B  58      12.756  95.916  91.472  1.00 41.34           O  
+ATOM   1348  NE2 GLN B  58      12.640  95.605  93.709  1.00 49.58           N  
+ATOM   1349  N   ASP B  59       9.566  95.578  88.056  1.00 44.28           N  
+ATOM   1350  CA  ASP B  59       8.776  96.069  86.932  1.00 45.68           C  
+ATOM   1351  C   ASP B  59       8.857  95.169  85.681  1.00 49.89           C  
+ATOM   1352  O   ASP B  59       8.341  95.525  84.609  1.00 48.14           O  
+ATOM   1353  CB  ASP B  59       9.225  97.495  86.581  1.00 48.69           C  
+ATOM   1354  CG  ASP B  59      10.730  97.593  86.311  1.00 49.27           C  
+ATOM   1355  OD1 ASP B  59      11.467  96.621  86.582  1.00 57.46           O  
+ATOM   1356  OD2 ASP B  59      11.182  98.643  85.812  1.00 50.40           O  
+ATOM   1357  N   GLY B  62       9.515  94.016  85.811  1.00 44.03           N  
+ATOM   1358  CA  GLY B  62       9.644  93.095  84.695  1.00 36.12           C  
+ATOM   1359  C   GLY B  62      10.660  93.555  83.679  1.00 38.42           C  
+ATOM   1360  O   GLY B  62      10.817  92.945  82.617  1.00 43.35           O  
+ATOM   1361  N   SER B  63      11.377  94.616  84.031  1.00 41.17           N  
+ATOM   1362  CA  SER B  63      12.309  95.293  83.133  1.00 40.88           C  
+ATOM   1363  C   SER B  63      13.641  94.561  82.899  1.00 43.23           C  
+ATOM   1364  O   SER B  63      14.356  94.869  81.944  1.00 45.30           O  
+ATOM   1365  CB  SER B  63      12.582  96.701  83.681  1.00 45.88           C  
+ATOM   1366  OG  SER B  63      13.804  97.222  83.199  1.00 59.70           O  
+ATOM   1367  N   GLU B  64      13.988  93.624  83.782  1.00 40.79           N  
+ATOM   1368  CA  GLU B  64      15.205  92.817  83.635  1.00 36.13           C  
+ATOM   1369  C   GLU B  64      14.914  91.375  84.017  1.00 37.40           C  
+ATOM   1370  O   GLU B  64      14.137  91.115  84.935  1.00 37.24           O  
+ATOM   1371  CB  GLU B  64      16.337  93.351  84.509  1.00 37.48           C  
+ATOM   1372  CG  GLU B  64      16.663  94.812  84.316  1.00 44.55           C  
+ATOM   1373  CD  GLU B  64      17.718  95.286  85.285  1.00 40.90           C  
+ATOM   1374  OE1 GLU B  64      18.479  94.423  85.768  1.00 34.88           O  
+ATOM   1375  OE2 GLU B  64      17.773  96.506  85.580  1.00 43.33           O  
+ATOM   1376  N   LYS B  65      15.540  90.436  83.317  1.00 37.44           N  
+ATOM   1377  CA  LYS B  65      15.308  89.013  83.540  1.00 29.74           C  
+ATOM   1378  C   LYS B  65      16.616  88.278  83.400  1.00 29.22           C  
+ATOM   1379  O   LYS B  65      17.340  88.514  82.444  1.00 35.41           O  
+ATOM   1380  CB  LYS B  65      14.284  88.460  82.539  1.00 32.16           C  
+ATOM   1381  CG  LYS B  65      12.979  89.260  82.418  1.00 35.26           C  
+ATOM   1382  CD  LYS B  65      12.017  88.615  81.432  1.00 36.63           C  
+ATOM   1383  CE  LYS B  65      10.746  89.447  81.243  1.00 41.04           C  
+ATOM   1384  NZ  LYS B  65       9.844  88.861  80.197  1.00 40.19           N  
+ATOM   1385  N   TYR B  66      16.936  87.387  84.334  1.00 30.63           N  
+ATOM   1386  CA  TYR B  66      18.152  86.581  84.203  1.00 29.16           C  
+ATOM   1387  C   TYR B  66      17.893  85.088  84.342  1.00 29.87           C  
+ATOM   1388  O   TYR B  66      16.978  84.662  85.038  1.00 31.67           O  
+ATOM   1389  CB  TYR B  66      19.186  87.036  85.219  1.00 29.20           C  
+ATOM   1390  CG  TYR B  66      19.445  88.506  85.101  1.00 33.64           C  
+ATOM   1391  CD1 TYR B  66      18.795  89.411  85.936  1.00 34.39           C  
+ATOM   1392  CD2 TYR B  66      20.304  89.003  84.123  1.00 24.79           C  
+ATOM   1393  CE1 TYR B  66      19.007  90.776  85.816  1.00 32.73           C  
+ATOM   1394  CE2 TYR B  66      20.531  90.363  84.001  1.00 31.51           C  
+ATOM   1395  CZ  TYR B  66      19.879  91.248  84.849  1.00 34.21           C  
+ATOM   1396  OH  TYR B  66      20.098  92.603  84.744  1.00 31.55           O  
+ATOM   1397  N   TYR B  67      18.713  84.291  83.673  1.00 35.36           N  
+ATOM   1398  CA  TYR B  67      18.502  82.854  83.617  1.00 33.29           C  
+ATOM   1399  C   TYR B  67      19.790  82.068  83.821  1.00 39.81           C  
+ATOM   1400  O   TYR B  67      20.888  82.560  83.552  1.00 42.35           O  
+ATOM   1401  CB  TYR B  67      17.891  82.477  82.273  1.00 31.88           C  
+ATOM   1402  CG  TYR B  67      16.623  83.215  81.919  1.00 34.35           C  
+ATOM   1403  CD1 TYR B  67      15.386  82.730  82.320  1.00 33.28           C  
+ATOM   1404  CD2 TYR B  67      16.659  84.390  81.165  1.00 33.79           C  
+ATOM   1405  CE1 TYR B  67      14.217  83.392  81.990  1.00 34.81           C  
+ATOM   1406  CE2 TYR B  67      15.499  85.059  80.833  1.00 30.99           C  
+ATOM   1407  CZ  TYR B  67      14.279  84.552  81.249  1.00 35.67           C  
+ATOM   1408  OH  TYR B  67      13.109  85.197  80.924  1.00 38.38           O  
+ATOM   1409  N   VAL B  68      19.665  80.835  84.297  1.00 39.48           N  
+ATOM   1410  CA  VAL B  68      20.788  79.906  84.209  1.00 44.69           C  
+ATOM   1411  C   VAL B  68      20.991  79.508  82.743  1.00 46.99           C  
+ATOM   1412  O   VAL B  68      20.019  79.426  81.971  1.00 39.94           O  
+ATOM   1413  CB  VAL B  68      20.585  78.616  85.057  1.00 39.63           C  
+ATOM   1414  CG1 VAL B  68      21.064  78.808  86.470  1.00 40.45           C  
+ATOM   1415  CG2 VAL B  68      19.136  78.174  85.040  1.00 38.54           C  
+ATOM   1416  N   ASP B  69      22.254  79.265  82.383  1.00 49.18           N  
+ATOM   1417  CA  ASP B  69      22.663  78.751  81.069  1.00 46.06           C  
+ATOM   1418  C   ASP B  69      21.707  77.701  80.476  1.00 51.58           C  
+ATOM   1419  O   ASP B  69      21.286  77.836  79.317  1.00 50.64           O  
+ATOM   1420  CB  ASP B  69      24.071  78.155  81.175  1.00 53.57           C  
+ATOM   1421  CG  ASP B  69      24.228  77.243  82.390  1.00 70.15           C  
+ATOM   1422  OD1 ASP B  69      23.224  76.592  82.791  1.00 71.17           O  
+ATOM   1423  OD2 ASP B  69      25.357  77.153  82.932  1.00 78.15           O  
+ATOM   1424  N   SER B  70      21.345  76.689  81.282  1.00 46.47           N  
+ATOM   1425  CA  SER B  70      20.550  75.524  80.830  1.00 46.06           C  
+ATOM   1426  C   SER B  70      19.163  75.830  80.281  1.00 46.91           C  
+ATOM   1427  O   SER B  70      18.583  75.015  79.555  1.00 51.73           O  
+ATOM   1428  CB  SER B  70      20.349  74.518  81.964  1.00 44.63           C  
+ATOM   1429  OG  SER B  70      21.488  74.424  82.786  1.00 55.51           O  
+ATOM   1430  N   VAL B  71      18.618  76.980  80.657  1.00 47.57           N  
+ATOM   1431  CA  VAL B  71      17.245  77.322  80.304  1.00 49.08           C  
+ATOM   1432  C   VAL B  71      17.192  78.594  79.477  1.00 45.42           C  
+ATOM   1433  O   VAL B  71      16.117  78.992  79.010  1.00 47.12           O  
+ATOM   1434  CB  VAL B  71      16.366  77.504  81.561  1.00 45.52           C  
+ATOM   1435  CG1 VAL B  71      16.524  76.303  82.486  1.00 43.50           C  
+ATOM   1436  CG2 VAL B  71      16.734  78.801  82.283  1.00 37.40           C  
+ATOM   1437  N   LYS B  72      18.347  79.233  79.304  1.00 42.81           N  
+ATOM   1438  CA  LYS B  72      18.409  80.472  78.537  1.00 46.21           C  
+ATOM   1439  C   LYS B  72      18.075  80.172  77.082  1.00 49.59           C  
+ATOM   1440  O   LYS B  72      18.716  79.339  76.445  1.00 52.70           O  
+ATOM   1441  CB  LYS B  72      19.781  81.139  78.653  1.00 43.67           C  
+ATOM   1442  CG  LYS B  72      19.707  82.642  78.443  1.00 45.61           C  
+ATOM   1443  CD  LYS B  72      21.064  83.322  78.530  1.00 52.97           C  
+ATOM   1444  CE  LYS B  72      21.027  84.715  77.878  1.00 51.29           C  
+ATOM   1445  NZ  LYS B  72      22.328  85.448  78.012  1.00 47.75           N  
+ATOM   1446  N   GLY B  74      17.048  80.835  76.569  1.00 46.43           N  
+ATOM   1447  CA  GLY B  74      16.596  80.586  75.218  1.00 44.27           C  
+ATOM   1448  C   GLY B  74      15.385  79.678  75.155  1.00 50.03           C  
+ATOM   1449  O   GLY B  74      14.756  79.565  74.105  1.00 51.70           O  
+ATOM   1450  N   ARG B  75      15.055  79.037  76.276  1.00 52.32           N  
+ATOM   1451  CA  ARG B  75      13.955  78.067  76.330  1.00 45.84           C  
+ATOM   1452  C   ARG B  75      12.880  78.454  77.337  1.00 48.19           C  
+ATOM   1453  O   ARG B  75      11.681  78.298  77.074  1.00 48.32           O  
+ATOM   1454  CB  ARG B  75      14.486  76.680  76.681  1.00 44.67           C  
+ATOM   1455  CG  ARG B  75      14.975  75.903  75.504  1.00 45.10           C  
+ATOM   1456  CD  ARG B  75      15.560  74.542  75.855  1.00 49.39           C  
+ATOM   1457  NE  ARG B  75      16.197  74.408  77.170  1.00 54.23           N  
+ATOM   1458  CZ  ARG B  75      15.783  73.574  78.132  1.00 53.90           C  
+ATOM   1459  NH1 ARG B  75      14.705  72.822  77.949  1.00 54.31           N  
+ATOM   1460  NH2 ARG B  75      16.439  73.498  79.287  1.00 50.39           N  
+ATOM   1461  N   PHE B  76      13.316  78.942  78.498  1.00 45.05           N  
+ATOM   1462  CA  PHE B  76      12.388  79.389  79.534  1.00 45.47           C  
+ATOM   1463  C   PHE B  76      12.213  80.902  79.457  1.00 49.89           C  
+ATOM   1464  O   PHE B  76      13.170  81.632  79.195  1.00 62.15           O  
+ATOM   1465  CB  PHE B  76      12.878  78.994  80.936  1.00 43.38           C  
+ATOM   1466  CG  PHE B  76      12.860  77.502  81.216  1.00 45.53           C  
+ATOM   1467  CD1 PHE B  76      12.561  76.572  80.219  1.00 46.62           C  
+ATOM   1468  CD2 PHE B  76      13.106  77.030  82.498  1.00 40.10           C  
+ATOM   1469  CE1 PHE B  76      12.538  75.198  80.495  1.00 43.67           C  
+ATOM   1470  CE2 PHE B  76      13.084  75.655  82.777  1.00 42.81           C  
+ATOM   1471  CZ  PHE B  76      12.798  74.743  81.770  1.00 42.29           C  
+ATOM   1472  N   THR B  77      10.996  81.379  79.675  1.00 42.12           N  
+ATOM   1473  CA  THR B  77      10.786  82.815  79.796  1.00 42.05           C  
+ATOM   1474  C   THR B  77      10.072  83.137  81.107  1.00 42.01           C  
+ATOM   1475  O   THR B  77       8.989  82.614  81.386  1.00 37.68           O  
+ATOM   1476  CB  THR B  77       9.992  83.382  78.599  1.00 39.32           C  
+ATOM   1477  OG1 THR B  77      10.907  83.689  77.540  1.00 44.90           O  
+ATOM   1478  CG2 THR B  77       9.261  84.658  78.972  1.00 31.80           C  
+ATOM   1479  N   ILE B  78      10.705  83.983  81.920  1.00 41.69           N  
+ATOM   1480  CA  ILE B  78      10.109  84.432  83.172  1.00 39.31           C  
+ATOM   1481  C   ILE B  78       9.325  85.722  82.919  1.00 37.19           C  
+ATOM   1482  O   ILE B  78       9.693  86.524  82.067  1.00 38.18           O  
+ATOM   1483  CB  ILE B  78      11.181  84.652  84.279  1.00 38.90           C  
+ATOM   1484  CG1 ILE B  78      10.531  84.750  85.662  1.00 36.35           C  
+ATOM   1485  CG2 ILE B  78      12.059  85.882  83.986  1.00 34.06           C  
+ATOM   1486  CD1 ILE B  78      11.543  84.831  86.787  1.00 36.40           C  
+ATOM   1487  N   SER B  79       8.225  85.898  83.637  1.00 36.71           N  
+ATOM   1488  CA  SER B  79       7.419  87.107  83.521  1.00 41.19           C  
+ATOM   1489  C   SER B  79       6.524  87.215  84.745  1.00 37.51           C  
+ATOM   1490  O   SER B  79       6.397  86.256  85.498  1.00 39.67           O  
+ATOM   1491  CB  SER B  79       6.588  87.098  82.234  1.00 41.57           C  
+ATOM   1492  OG  SER B  79       5.335  86.456  82.424  1.00 43.94           O  
+ATOM   1493  N   ARG B  80       5.906  88.376  84.945  1.00 41.36           N  
+ATOM   1494  CA  ARG B  80       5.160  88.655  86.180  1.00 39.78           C  
+ATOM   1495  C   ARG B  80       4.028  89.642  85.943  1.00 41.13           C  
+ATOM   1496  O   ARG B  80       4.126  90.480  85.051  1.00 39.80           O  
+ATOM   1497  CB  ARG B  80       6.096  89.220  87.252  1.00 35.66           C  
+ATOM   1498  CG  ARG B  80       6.622  90.632  86.949  1.00 36.23           C  
+ATOM   1499  CD  ARG B  80       7.695  91.081  87.928  1.00 38.56           C  
+ATOM   1500  NE  ARG B  80       7.167  91.265  89.275  1.00 38.72           N  
+ATOM   1501  CZ  ARG B  80       7.903  91.187  90.378  1.00 37.49           C  
+ATOM   1502  NH1 ARG B  80       9.201  90.922  90.285  1.00 33.50           N  
+ATOM   1503  NH2 ARG B  80       7.343  91.380  91.571  1.00 36.99           N  
+ATOM   1504  N   ASP B  81       2.965  89.570  86.746  1.00 42.66           N  
+ATOM   1505  CA  ASP B  81       1.934  90.614  86.697  1.00 44.25           C  
+ATOM   1506  C   ASP B  81       1.637  91.198  88.071  1.00 43.66           C  
+ATOM   1507  O   ASP B  81       1.003  90.562  88.902  1.00 48.83           O  
+ATOM   1508  CB  ASP B  81       0.637  90.092  86.088  1.00 48.43           C  
+ATOM   1509  CG  ASP B  81      -0.386  91.195  85.903  1.00 59.56           C  
+ATOM   1510  OD1 ASP B  81      -0.332  91.893  84.868  1.00 61.71           O  
+ATOM   1511  OD2 ASP B  81      -1.215  91.399  86.815  1.00 69.31           O  
+ATOM   1512  N   ASN B  82       2.068  92.427  88.303  1.00 42.85           N  
+ATOM   1513  CA  ASN B  82       2.010  92.968  89.647  1.00 45.80           C  
+ATOM   1514  C   ASN B  82       0.569  93.201  90.115  1.00 49.66           C  
+ATOM   1515  O   ASN B  82       0.241  93.040  91.289  1.00 49.53           O  
+ATOM   1516  CB  ASN B  82       2.840  94.246  89.708  1.00 44.19           C  
+ATOM   1517  CG  ASN B  82       4.313  93.991  89.414  1.00 40.25           C  
+ATOM   1518  OD1 ASN B  82       4.826  92.895  89.645  1.00 40.61           O  
+ATOM   1519  ND2 ASN B  82       5.002  95.009  88.919  1.00 40.63           N  
+ATOM   1520  N   ALA B  83      -0.294  93.540  89.171  1.00 56.45           N  
+ATOM   1521  CA  ALA B  83      -1.717  93.692  89.441  1.00 53.46           C  
+ATOM   1522  C   ALA B  83      -2.375  92.386  89.921  1.00 50.10           C  
+ATOM   1523  O   ALA B  83      -3.175  92.399  90.858  1.00 50.41           O  
+ATOM   1524  CB  ALA B  83      -2.409  94.212  88.187  1.00 61.45           C  
+ATOM   1525  N   LYS B  84      -2.027  91.265  89.284  1.00 51.37           N  
+ATOM   1526  CA  LYS B  84      -2.588  89.948  89.632  1.00 52.67           C  
+ATOM   1527  C   LYS B  84      -1.864  89.281  90.809  1.00 51.69           C  
+ATOM   1528  O   LYS B  84      -2.259  88.203  91.255  1.00 50.93           O  
+ATOM   1529  CB  LYS B  84      -2.560  89.004  88.409  1.00 52.05           C  
+ATOM   1530  CG  LYS B  84      -3.774  88.050  88.286  1.00 56.82           C  
+ATOM   1531  CD  LYS B  84      -5.047  88.671  88.896  1.00 70.87           C  
+ATOM   1532  CE  LYS B  84      -6.242  87.706  88.921  1.00 81.20           C  
+ATOM   1533  NZ  LYS B  84      -7.464  88.306  89.574  1.00 77.63           N  
+ATOM   1534  N   ASN B  85      -0.802  89.919  91.300  1.00 51.43           N  
+ATOM   1535  CA  ASN B  85       0.063  89.309  92.309  1.00 50.11           C  
+ATOM   1536  C   ASN B  85       0.587  87.943  91.865  1.00 44.72           C  
+ATOM   1537  O   ASN B  85       0.519  86.977  92.614  1.00 42.94           O  
+ATOM   1538  CB  ASN B  85      -0.670  89.164  93.648  1.00 47.09           C  
+ATOM   1539  CG  ASN B  85      -0.874  90.486  94.339  1.00 47.01           C  
+ATOM   1540  OD1 ASN B  85       0.054  91.039  94.928  1.00 46.11           O  
+ATOM   1541  ND2 ASN B  85      -2.093  91.009  94.271  1.00 56.88           N  
+ATOM   1542  N   SER B  86       1.114  87.859  90.653  1.00 40.50           N  
+ATOM   1543  CA  SER B  86       1.458  86.564  90.114  1.00 40.16           C  
+ATOM   1544  C   SER B  86       2.751  86.525  89.303  1.00 44.86           C  
+ATOM   1545  O   SER B  86       3.124  87.485  88.618  1.00 44.44           O  
+ATOM   1546  CB  SER B  86       0.297  86.049  89.269  1.00 45.54           C  
+ATOM   1547  OG  SER B  86      -0.871  85.955  90.067  1.00 48.50           O  
+ATOM   1548  N   LEU B  87       3.423  85.381  89.399  1.00 44.10           N  
+ATOM   1549  CA  LEU B  87       4.685  85.154  88.731  1.00 41.52           C  
+ATOM   1550  C   LEU B  87       4.514  83.999  87.756  1.00 39.87           C  
+ATOM   1551  O   LEU B  87       3.726  83.092  87.997  1.00 39.20           O  
+ATOM   1552  CB  LEU B  87       5.772  84.855  89.760  1.00 37.24           C  
+ATOM   1553  CG  LEU B  87       7.200  84.783  89.241  1.00 38.39           C  
+ATOM   1554  CD1 LEU B  87       7.631  86.176  88.829  1.00 37.59           C  
+ATOM   1555  CD2 LEU B  87       8.125  84.206  90.308  1.00 33.17           C  
+ATOM   1556  N   TYR B  88       5.236  84.032  86.648  1.00 40.03           N  
+ATOM   1557  CA  TYR B  88       5.063  83.013  85.632  1.00 39.40           C  
+ATOM   1558  C   TYR B  88       6.382  82.513  85.089  1.00 41.23           C  
+ATOM   1559  O   TYR B  88       7.367  83.251  84.977  1.00 38.50           O  
+ATOM   1560  CB  TYR B  88       4.219  83.535  84.459  1.00 43.69           C  
+ATOM   1561  CG  TYR B  88       2.878  84.095  84.852  1.00 45.23           C  
+ATOM   1562  CD1 TYR B  88       2.698  85.467  85.014  1.00 45.56           C  
+ATOM   1563  CD2 TYR B  88       1.794  83.261  85.062  1.00 42.13           C  
+ATOM   1564  CE1 TYR B  88       1.473  85.990  85.372  1.00 40.38           C  
+ATOM   1565  CE2 TYR B  88       0.564  83.775  85.423  1.00 48.44           C  
+ATOM   1566  CZ  TYR B  88       0.410  85.143  85.575  1.00 47.00           C  
+ATOM   1567  OH  TYR B  88      -0.810  85.665  85.941  1.00 50.22           O  
+ATOM   1568  N   LEU B  89       6.379  81.240  84.737  1.00 40.69           N  
+ATOM   1569  CA  LEU B  89       7.480  80.667  84.010  1.00 37.42           C  
+ATOM   1570  C   LEU B  89       6.877  79.911  82.848  1.00 44.28           C  
+ATOM   1571  O   LEU B  89       6.137  78.941  83.041  1.00 44.70           O  
+ATOM   1572  CB  LEU B  89       8.317  79.761  84.898  1.00 36.64           C  
+ATOM   1573  CG  LEU B  89       9.649  79.263  84.333  1.00 38.94           C  
+ATOM   1574  CD1 LEU B  89      10.566  80.414  83.919  1.00 36.38           C  
+ATOM   1575  CD2 LEU B  89      10.331  78.358  85.359  1.00 36.25           C  
+ATOM   1576  N   GLN B  90       7.147  80.415  81.649  1.00 41.91           N  
+ATOM   1577  CA  GLN B  90       6.799  79.741  80.424  1.00 39.92           C  
+ATOM   1578  C   GLN B  90       7.982  78.888  80.025  1.00 42.63           C  
+ATOM   1579  O   GLN B  90       9.057  79.401  79.674  1.00 41.94           O  
+ATOM   1580  CB  GLN B  90       6.454  80.736  79.324  1.00 42.72           C  
+ATOM   1581  CG  GLN B  90       6.249  80.113  77.965  1.00 44.72           C  
+ATOM   1582  CD  GLN B  90       5.037  79.212  77.915  1.00 47.10           C  
+ATOM   1583  OE1 GLN B  90       3.948  79.597  78.331  1.00 50.59           O  
+ATOM   1584  NE2 GLN B  90       5.221  78.000  77.404  1.00 51.18           N  
+ATOM   1585  N   MET B  91       7.773  77.578  80.110  1.00 40.88           N  
+ATOM   1586  CA  MET B  91       8.781  76.598  79.753  1.00 44.21           C  
+ATOM   1587  C   MET B  91       8.480  75.981  78.384  1.00 47.62           C  
+ATOM   1588  O   MET B  91       7.393  75.452  78.155  1.00 47.54           O  
+ATOM   1589  CB  MET B  91       8.856  75.508  80.820  1.00 43.90           C  
+ATOM   1590  CG  MET B  91       8.817  76.019  82.254  1.00 43.28           C  
+ATOM   1591  SD  MET B  91       9.423  74.766  83.389  1.00 67.90           S  
+ATOM   1592  CE  MET B  91       7.920  73.838  83.685  1.00 42.97           C  
+ATOM   1593  N   ASN B  92       9.450  76.063  77.478  1.00 47.01           N  
+ATOM   1594  CA  ASN B  92       9.297  75.557  76.123  1.00 47.21           C  
+ATOM   1595  C   ASN B  92      10.457  74.638  75.819  1.00 48.69           C  
+ATOM   1596  O   ASN B  92      11.511  74.752  76.456  1.00 46.87           O  
+ATOM   1597  CB  ASN B  92       9.247  76.704  75.103  1.00 47.91           C  
+ATOM   1598  CG  ASN B  92       8.014  77.585  75.260  1.00 52.73           C  
+ATOM   1599  OD1 ASN B  92       6.963  77.129  75.718  1.00 54.87           O  
+ATOM   1600  ND2 ASN B  92       8.140  78.856  74.888  1.00 52.63           N  
+ATOM   1601  N   SER B  93      10.269  73.730  74.863  1.00 48.09           N  
+ATOM   1602  CA  SER B  93      11.365  72.895  74.387  1.00 48.45           C  
+ATOM   1603  C   SER B  93      11.939  72.061  75.555  1.00 44.71           C  
+ATOM   1604  O   SER B  93      13.154  71.936  75.725  1.00 45.21           O  
+ATOM   1605  CB  SER B  93      12.432  73.789  73.716  1.00 49.05           C  
+ATOM   1606  OG  SER B  93      13.632  73.100  73.413  1.00 51.87           O  
+ATOM   1607  N   LEU B  94      11.039  71.480  76.345  1.00 49.15           N  
+ATOM   1608  CA  LEU B  94      11.404  70.794  77.588  1.00 51.11           C  
+ATOM   1609  C   LEU B  94      12.116  69.452  77.375  1.00 49.16           C  
+ATOM   1610  O   LEU B  94      11.646  68.610  76.623  1.00 51.75           O  
+ATOM   1611  CB  LEU B  94      10.151  70.571  78.451  1.00 48.55           C  
+ATOM   1612  CG  LEU B  94       9.540  71.781  79.171  1.00 49.23           C  
+ATOM   1613  CD1 LEU B  94       8.123  71.504  79.650  1.00 45.35           C  
+ATOM   1614  CD2 LEU B  94      10.421  72.216  80.338  1.00 51.12           C  
+ATOM   1615  N   ARG B  95      13.247  69.267  78.054  1.00 50.81           N  
+ATOM   1616  CA  ARG B  95      13.976  67.996  78.059  1.00 49.54           C  
+ATOM   1617  C   ARG B  95      13.689  67.191  79.332  1.00 55.22           C  
+ATOM   1618  O   ARG B  95      13.070  67.700  80.277  1.00 50.56           O  
+ATOM   1619  CB  ARG B  95      15.483  68.238  77.943  1.00 58.05           C  
+ATOM   1620  CG  ARG B  95      15.905  69.249  76.879  1.00 57.16           C  
+ATOM   1621  CD  ARG B  95      17.208  69.929  77.294  1.00 59.72           C  
+ATOM   1622  NE  ARG B  95      17.664  70.925  76.326  1.00 61.01           N  
+ATOM   1623  CZ  ARG B  95      18.704  71.738  76.512  1.00 61.75           C  
+ATOM   1624  NH1 ARG B  95      19.401  71.692  77.648  1.00 63.25           N  
+ATOM   1625  NH2 ARG B  95      19.043  72.604  75.563  1.00 49.14           N  
+ATOM   1626  N   ALA B  96      14.151  65.942  79.362  1.00 55.89           N  
+ATOM   1627  CA  ALA B  96      13.914  65.064  80.512  1.00 53.39           C  
+ATOM   1628  C   ALA B  96      14.633  65.546  81.772  1.00 48.41           C  
+ATOM   1629  O   ALA B  96      14.170  65.272  82.874  1.00 45.83           O  
+ATOM   1630  CB  ALA B  96      14.328  63.631  80.194  1.00 42.97           C  
+ATOM   1631  N   GLU B  97      15.754  66.254  81.614  1.00 51.09           N  
+ATOM   1632  CA  GLU B  97      16.510  66.779  82.759  1.00 48.38           C  
+ATOM   1633  C   GLU B  97      15.835  68.006  83.361  1.00 49.58           C  
+ATOM   1634  O   GLU B  97      16.271  68.530  84.393  1.00 47.77           O  
+ATOM   1635  CB  GLU B  97      17.950  67.134  82.369  1.00 58.57           C  
+ATOM   1636  CG  GLU B  97      18.127  67.578  80.934  1.00 67.08           C  
+ATOM   1637  CD  GLU B  97      18.586  66.442  80.052  1.00 80.48           C  
+ATOM   1638  OE1 GLU B  97      19.602  66.611  79.346  1.00 91.49           O  
+ATOM   1639  OE2 GLU B  97      17.940  65.372  80.081  1.00 82.54           O  
+ATOM   1640  N   ASP B  98      14.771  68.468  82.717  1.00 45.65           N  
+ATOM   1641  CA  ASP B  98      13.990  69.542  83.296  1.00 45.01           C  
+ATOM   1642  C   ASP B  98      12.997  68.988  84.333  1.00 42.71           C  
+ATOM   1643  O   ASP B  98      12.326  69.759  85.021  1.00 39.13           O  
+ATOM   1644  CB  ASP B  98      13.273  70.337  82.198  1.00 46.79           C  
+ATOM   1645  CG  ASP B  98      14.239  71.170  81.342  1.00 51.47           C  
+ATOM   1646  OD1 ASP B  98      15.369  71.468  81.795  1.00 46.42           O  
+ATOM   1647  OD2 ASP B  98      13.869  71.525  80.201  1.00 55.84           O  
+ATOM   1648  N   THR B  99      12.917  67.663  84.464  1.00 39.43           N  
+ATOM   1649  CA  THR B  99      12.031  67.058  85.462  1.00 43.84           C  
+ATOM   1650  C   THR B  99      12.476  67.452  86.867  1.00 39.76           C  
+ATOM   1651  O   THR B  99      13.637  67.242  87.228  1.00 39.86           O  
+ATOM   1652  CB  THR B  99      11.985  65.511  85.362  1.00 40.56           C  
+ATOM   1653  OG1 THR B  99      11.297  65.135  84.170  1.00 41.77           O  
+ATOM   1654  CG2 THR B  99      11.246  64.902  86.564  1.00 31.56           C  
+ATOM   1655  N   ALA B 100      11.547  68.012  87.642  1.00 32.00           N  
+ATOM   1656  CA  ALA B 100      11.862  68.571  88.953  1.00 36.43           C  
+ATOM   1657  C   ALA B 100      10.640  69.128  89.666  1.00 35.57           C  
+ATOM   1658  O   ALA B 100       9.605  69.382  89.056  1.00 32.14           O  
+ATOM   1659  CB  ALA B 100      12.910  69.677  88.825  1.00 31.96           C  
+ATOM   1660  N   VAL B 101      10.784  69.318  90.973  1.00 37.15           N  
+ATOM   1661  CA  VAL B 101       9.884  70.186  91.725  1.00 39.84           C  
+ATOM   1662  C   VAL B 101      10.323  71.627  91.473  1.00 35.42           C  
+ATOM   1663  O   VAL B 101      11.512  71.964  91.615  1.00 30.39           O  
+ATOM   1664  CB  VAL B 101       9.896  69.897  93.263  1.00 35.61           C  
+ATOM   1665  CG1 VAL B 101       9.098  70.965  94.013  1.00 29.03           C  
+ATOM   1666  CG2 VAL B 101       9.362  68.513  93.556  1.00 25.37           C  
+ATOM   1667  N   TYR B 102       9.369  72.469  91.086  1.00 33.59           N  
+ATOM   1668  CA  TYR B 102       9.667  73.870  90.852  1.00 34.14           C  
+ATOM   1669  C   TYR B 102       9.108  74.752  91.978  1.00 35.89           C  
+ATOM   1670  O   TYR B 102       7.910  74.721  92.265  1.00 36.40           O  
+ATOM   1671  CB  TYR B 102       9.127  74.290  89.485  1.00 35.21           C  
+ATOM   1672  CG  TYR B 102       9.992  73.797  88.341  1.00 38.14           C  
+ATOM   1673  CD1 TYR B 102       9.993  72.454  87.967  1.00 36.00           C  
+ATOM   1674  CD2 TYR B 102      10.817  74.673  87.637  1.00 36.92           C  
+ATOM   1675  CE1 TYR B 102      10.798  71.998  86.924  1.00 38.89           C  
+ATOM   1676  CE2 TYR B 102      11.622  74.227  86.588  1.00 36.19           C  
+ATOM   1677  CZ  TYR B 102      11.610  72.890  86.239  1.00 38.65           C  
+ATOM   1678  OH  TYR B 102      12.406  72.441  85.208  1.00 35.69           O  
+ATOM   1679  N   TYR B 103      10.005  75.510  92.618  1.00 34.31           N  
+ATOM   1680  CA  TYR B 103       9.673  76.450  93.700  1.00 37.57           C  
+ATOM   1681  C   TYR B 103       9.724  77.905  93.260  1.00 39.35           C  
+ATOM   1682  O   TYR B 103      10.651  78.303  92.539  1.00 36.23           O  
+ATOM   1683  CB  TYR B 103      10.646  76.313  94.866  1.00 35.54           C  
+ATOM   1684  CG  TYR B 103      10.666  74.970  95.518  1.00 37.91           C  
+ATOM   1685  CD1 TYR B 103       9.689  74.623  96.435  1.00 35.24           C  
+ATOM   1686  CD2 TYR B 103      11.675  74.053  95.236  1.00 32.38           C  
+ATOM   1687  CE1 TYR B 103       9.700  73.392  97.038  1.00 37.62           C  
+ATOM   1688  CE2 TYR B 103      11.695  72.820  95.838  1.00 34.79           C  
+ATOM   1689  CZ  TYR B 103      10.704  72.494  96.741  1.00 37.69           C  
+ATOM   1690  OH  TYR B 103      10.704  71.267  97.356  1.00 43.39           O  
+ATOM   1691  N   CYS B 104       8.772  78.713  93.722  1.00 34.08           N  
+ATOM   1692  CA  CYS B 104       8.935  80.157  93.587  1.00 36.23           C  
+ATOM   1693  C   CYS B 104       9.482  80.736  94.890  1.00 35.78           C  
+ATOM   1694  O   CYS B 104       9.135  80.264  95.986  1.00 34.30           O  
+ATOM   1695  CB  CYS B 104       7.617  80.841  93.175  1.00 38.15           C  
+ATOM   1696  SG  CYS B 104       6.211  80.719  94.302  1.00 72.30           S  
+ATOM   1697  N   ALA B 105      10.358  81.735  94.776  1.00 32.14           N  
+ATOM   1698  CA  ALA B 105      10.928  82.364  95.974  1.00 37.36           C  
+ATOM   1699  C   ALA B 105      10.941  83.885  95.888  1.00 33.88           C  
+ATOM   1700  O   ALA B 105      11.243  84.457  94.837  1.00 27.61           O  
+ATOM   1701  CB  ALA B 105      12.354  81.839  96.229  1.00 32.72           C  
+ATOM   1702  N   ARG B 106      10.626  84.542  97.001  1.00 34.12           N  
+ATOM   1703  CA  ARG B 106      10.809  85.980  97.061  1.00 30.76           C  
+ATOM   1704  C   ARG B 106      12.254  86.282  97.404  1.00 34.12           C  
+ATOM   1705  O   ARG B 106      12.828  85.675  98.309  1.00 36.38           O  
+ATOM   1706  CB  ARG B 106       9.880  86.631  98.080  1.00 31.27           C  
+ATOM   1707  CG  ARG B 106      10.000  88.171  98.101  1.00 33.05           C  
+ATOM   1708  CD  ARG B 106       9.084  88.828  99.121  1.00 33.08           C  
+ATOM   1709  NE  ARG B 106       9.694  88.877 100.446  1.00 39.11           N  
+ATOM   1710  CZ  ARG B 106       9.175  89.516 101.493  1.00 38.68           C  
+ATOM   1711  NH1 ARG B 106       8.020  90.164 101.378  1.00 40.50           N  
+ATOM   1712  NH2 ARG B 106       9.807  89.499 102.662  1.00 37.45           N  
+ATOM   1713  N   GLU B 107      12.849  87.206  96.663  1.00 32.37           N  
+ATOM   1714  CA  GLU B 107      14.135  87.763  97.056  1.00 35.73           C  
+ATOM   1715  C   GLU B 107      13.901  88.978  97.921  1.00 34.69           C  
+ATOM   1716  O   GLU B 107      13.438  90.008  97.420  1.00 36.65           O  
+ATOM   1717  CB  GLU B 107      14.967  88.135  95.839  1.00 32.83           C  
+ATOM   1718  CG  GLU B 107      15.465  86.934  95.091  1.00 35.61           C  
+ATOM   1719  CD  GLU B 107      16.339  87.292  93.916  1.00 38.83           C  
+ATOM   1720  OE1 GLU B 107      17.125  88.260  94.012  1.00 39.42           O  
+ATOM   1721  OE2 GLU B 107      16.242  86.595  92.890  1.00 41.53           O  
+ATOM   1722  N   GLY B 108      14.220  88.853  99.210  1.00 32.85           N  
+ATOM   1723  CA  GLY B 108      13.955  89.897 100.198  1.00 36.43           C  
+ATOM   1724  C   GLY B 108      14.771  91.176 100.074  1.00 35.60           C  
+ATOM   1725  O   GLY B 108      15.808  91.192  99.417  1.00 34.81           O  
+ATOM   1726  N   GLY B 109      14.307  92.253 100.708  1.00 36.36           N  
+ATOM   1727  CA  GLY B 109      14.949  93.553 100.592  1.00 31.13           C  
+ATOM   1728  C   GLY B 109      14.632  94.228  99.272  1.00 34.40           C  
+ATOM   1729  O   GLY B 109      13.717  93.817  98.560  1.00 40.25           O  
+ATOM   1730  N   TRP B 110      15.403  95.254  98.933  1.00 37.00           N  
+ATOM   1731  CA  TRP B 110      15.175  96.031  97.716  1.00 35.16           C  
+ATOM   1732  C   TRP B 110      15.642  95.337  96.440  1.00 37.39           C  
+ATOM   1733  O   TRP B 110      14.952  95.364  95.415  1.00 37.35           O  
+ATOM   1734  CB  TRP B 110      15.878  97.378  97.821  1.00 33.75           C  
+ATOM   1735  CG  TRP B 110      15.570  98.132  99.059  1.00 37.59           C  
+ATOM   1736  CD1 TRP B 110      16.332  98.197 100.195  1.00 39.65           C  
+ATOM   1737  CD2 TRP B 110      14.416  98.943  99.301  1.00 37.14           C  
+ATOM   1738  NE1 TRP B 110      15.722  99.006 101.129  1.00 37.10           N  
+ATOM   1739  CE2 TRP B 110      14.543  99.475 100.607  1.00 41.91           C  
+ATOM   1740  CE3 TRP B 110      13.287  99.271  98.545  1.00 38.71           C  
+ATOM   1741  CZ2 TRP B 110      13.582 100.321 101.170  1.00 38.08           C  
+ATOM   1742  CZ3 TRP B 110      12.333 100.115  99.103  1.00 46.59           C  
+ATOM   1743  CH2 TRP B 110      12.488 100.631 100.405  1.00 43.02           C  
+ATOM   1744  N   PHE B 111      16.827  94.737  96.517  1.00 37.22           N  
+ATOM   1745  CA  PHE B 111      17.505  94.142  95.365  1.00 36.32           C  
+ATOM   1746  C   PHE B 111      17.810  92.672  95.580  1.00 38.08           C  
+ATOM   1747  O   PHE B 111      18.600  92.085  94.853  1.00 45.48           O  
+ATOM   1748  CB  PHE B 111      18.818  94.853  95.091  1.00 36.72           C  
+ATOM   1749  CG  PHE B 111      18.724  96.335  95.094  1.00 34.77           C  
+ATOM   1750  CD1 PHE B 111      17.897  96.991  94.206  1.00 34.37           C  
+ATOM   1751  CD2 PHE B 111      19.500  97.080  95.958  1.00 36.44           C  
+ATOM   1752  CE1 PHE B 111      17.832  98.377  94.188  1.00 36.68           C  
+ATOM   1753  CE2 PHE B 111      19.439  98.454  95.947  1.00 40.95           C  
+ATOM   1754  CZ  PHE B 111      18.602  99.106  95.055  1.00 40.66           C  
+ATOM   1755  N   GLY B 112A     17.221  92.094  96.614  1.00 36.28           N  
+ATOM   1756  CA  GLY B 112A     17.452  90.699  96.916  1.00 38.69           C  
+ATOM   1757  C   GLY B 112A     18.535  90.437  97.952  1.00 36.87           C  
+ATOM   1758  O   GLY B 112A     19.038  89.315  98.051  1.00 38.45           O  
+ATOM   1759  N   GLU B 112      18.884  91.451  98.738  1.00 33.89           N  
+ATOM   1760  CA  GLU B 112      20.033  91.350  99.641  1.00 35.00           C  
+ATOM   1761  C   GLU B 112      19.713  90.549 100.899  1.00 37.71           C  
+ATOM   1762  O   GLU B 112      20.608  90.294 101.717  1.00 37.07           O  
+ATOM   1763  CB  GLU B 112      20.546  92.749 100.014  1.00 33.02           C  
+ATOM   1764  CG  GLU B 112      19.568  93.612 100.808  1.00 34.18           C  
+ATOM   1765  CD  GLU B 112      18.586  94.390  99.931  1.00 37.53           C  
+ATOM   1766  OE1 GLU B 112      18.548  94.158  98.701  1.00 44.90           O  
+ATOM   1767  OE2 GLU B 112      17.843  95.235 100.480  1.00 34.74           O  
+ATOM   1768  N   LEU B 113      18.444  90.158 101.043  1.00 32.40           N  
+ATOM   1769  CA  LEU B 113      17.993  89.291 102.128  1.00 32.42           C  
+ATOM   1770  C   LEU B 113      17.809  87.853 101.635  1.00 33.56           C  
+ATOM   1771  O   LEU B 113      17.108  87.057 102.266  1.00 35.41           O  
+ATOM   1772  CB  LEU B 113      16.679  89.810 102.726  1.00 34.68           C  
+ATOM   1773  CG  LEU B 113      16.688  91.266 103.208  1.00 37.69           C  
+ATOM   1774  CD1 LEU B 113      15.410  91.613 103.977  1.00 27.90           C  
+ATOM   1775  CD2 LEU B 113      17.938  91.570 104.035  1.00 27.71           C  
+ATOM   1776  N   ALA B 114      18.424  87.541 100.498  1.00 31.10           N  
+ATOM   1777  CA  ALA B 114      18.350  86.211  99.891  1.00 32.82           C  
+ATOM   1778  C   ALA B 114      16.905  85.732  99.670  1.00 35.55           C  
+ATOM   1779  O   ALA B 114      15.989  86.550  99.501  1.00 35.53           O  
+ATOM   1780  CB  ALA B 114      19.118  85.203 100.743  1.00 30.31           C  
+ATOM   1781  N   PHE B 115      16.712  84.409  99.677  1.00 33.66           N  
+ATOM   1782  CA  PHE B 115      15.384  83.822  99.467  1.00 36.01           C  
+ATOM   1783  C   PHE B 115      14.580  83.712 100.766  1.00 33.18           C  
+ATOM   1784  O   PHE B 115      14.541  82.667 101.414  1.00 30.11           O  
+ATOM   1785  CB  PHE B 115      15.497  82.457  98.791  1.00 32.07           C  
+ATOM   1786  CG  PHE B 115      16.028  82.528  97.381  1.00 35.29           C  
+ATOM   1787  CD1 PHE B 115      15.660  83.569  96.537  1.00 34.40           C  
+ATOM   1788  CD2 PHE B 115      16.899  81.557  96.899  1.00 33.86           C  
+ATOM   1789  CE1 PHE B 115      16.152  83.634  95.236  1.00 32.58           C  
+ATOM   1790  CE2 PHE B 115      17.390  81.619  95.609  1.00 32.50           C  
+ATOM   1791  CZ  PHE B 115      17.015  82.658  94.773  1.00 32.77           C  
+ATOM   1792  N   ASP B 116      13.964  84.841 101.105  1.00 37.13           N  
+ATOM   1793  CA  ASP B 116      13.045  85.065 102.224  1.00 33.45           C  
+ATOM   1794  C   ASP B 116      11.987  84.001 102.492  1.00 32.71           C  
+ATOM   1795  O   ASP B 116      11.805  83.550 103.626  1.00 35.35           O  
+ATOM   1796  CB  ASP B 116      12.301  86.373 101.964  1.00 34.12           C  
+ATOM   1797  CG  ASP B 116      12.815  87.498 102.767  1.00 40.36           C  
+ATOM   1798  OD1 ASP B 116      13.657  87.249 103.653  1.00 53.10           O  
+ATOM   1799  OD2 ASP B 116      12.352  88.631 102.524  1.00 45.92           O  
+ATOM   1800  N   TYR B 117      11.246  83.667 101.440  1.00 31.77           N  
+ATOM   1801  CA  TYR B 117      10.037  82.861 101.537  1.00 32.66           C  
+ATOM   1802  C   TYR B 117       9.876  82.030 100.260  1.00 33.24           C  
+ATOM   1803  O   TYR B 117      10.247  82.467  99.166  1.00 33.53           O  
+ATOM   1804  CB  TYR B 117       8.803  83.749 101.773  1.00 31.28           C  
+ATOM   1805  CG  TYR B 117       8.821  84.458 103.113  1.00 33.13           C  
+ATOM   1806  CD1 TYR B 117       8.404  83.812 104.283  1.00 36.60           C  
+ATOM   1807  CD2 TYR B 117       9.271  85.764 103.219  1.00 35.91           C  
+ATOM   1808  CE1 TYR B 117       8.440  84.455 105.516  1.00 34.91           C  
+ATOM   1809  CE2 TYR B 117       9.316  86.418 104.453  1.00 36.60           C  
+ATOM   1810  CZ  TYR B 117       8.896  85.760 105.594  1.00 37.03           C  
+ATOM   1811  OH  TYR B 117       8.937  86.402 106.809  1.00 38.43           O  
+ATOM   1812  N   TRP B 118       9.341  80.822 100.422  1.00 31.53           N  
+ATOM   1813  CA  TRP B 118       9.212  79.861  99.346  1.00 28.53           C  
+ATOM   1814  C   TRP B 118       7.769  79.397  99.256  1.00 32.33           C  
+ATOM   1815  O   TRP B 118       7.072  79.350 100.276  1.00 29.25           O  
+ATOM   1816  CB  TRP B 118      10.129  78.648  99.583  1.00 30.88           C  
+ATOM   1817  CG  TRP B 118      11.598  78.961  99.675  1.00 28.26           C  
+ATOM   1818  CD1 TRP B 118      12.216  79.766 100.587  1.00 29.18           C  
+ATOM   1819  CD2 TRP B 118      12.631  78.455  98.825  1.00 30.36           C  
+ATOM   1820  NE1 TRP B 118      13.571  79.803 100.352  1.00 31.30           N  
+ATOM   1821  CE2 TRP B 118      13.853  79.005  99.277  1.00 29.08           C  
+ATOM   1822  CE3 TRP B 118      12.643  77.591  97.725  1.00 28.35           C  
+ATOM   1823  CZ2 TRP B 118      15.070  78.725  98.664  1.00 29.10           C  
+ATOM   1824  CZ3 TRP B 118      13.856  77.304  97.119  1.00 30.74           C  
+ATOM   1825  CH2 TRP B 118      15.053  77.872  97.586  1.00 32.16           C  
+ATOM   1826  N   GLY B 119       7.323  79.044  98.048  1.00 33.12           N  
+ATOM   1827  CA  GLY B 119       6.091  78.288  97.885  1.00 36.09           C  
+ATOM   1828  C   GLY B 119       6.328  76.833  98.270  1.00 36.61           C  
+ATOM   1829  O   GLY B 119       7.418  76.487  98.705  1.00 35.73           O  
+ATOM   1830  N   GLN B 120       5.323  75.974  98.117  1.00 41.91           N  
+ATOM   1831  CA  GLN B 120       5.468  74.559  98.494  1.00 42.20           C  
+ATOM   1832  C   GLN B 120       5.975  73.725  97.317  1.00 38.64           C  
+ATOM   1833  O   GLN B 120       6.371  72.561  97.479  1.00 34.13           O  
+ATOM   1834  CB  GLN B 120       4.138  73.996  99.014  1.00 39.95           C  
+ATOM   1835  CG  GLN B 120       3.096  73.733  97.923  1.00 55.19           C  
+ATOM   1836  CD  GLN B 120       2.470  75.012  97.373  1.00 63.46           C  
+ATOM   1837  OE1 GLN B 120       2.291  75.991  98.102  1.00 63.16           O  
+ATOM   1838  NE2 GLN B 120       2.161  75.014  96.072  1.00 63.96           N  
+ATOM   1839  N   GLY B 121       5.955  74.331  96.133  1.00 42.18           N  
+ATOM   1840  CA  GLY B 121       6.459  73.689  94.938  1.00 39.28           C  
+ATOM   1841  C   GLY B 121       5.404  72.894  94.205  1.00 38.87           C  
+ATOM   1842  O   GLY B 121       4.411  72.460  94.788  1.00 39.18           O  
+ATOM   1843  N   THR B 122       5.639  72.718  92.911  1.00 37.57           N  
+ATOM   1844  CA  THR B 122       4.797  71.914  92.037  1.00 38.47           C  
+ATOM   1845  C   THR B 122       5.707  71.004  91.198  1.00 36.11           C  
+ATOM   1846  O   THR B 122       6.775  71.425  90.752  1.00 34.40           O  
+ATOM   1847  CB  THR B 122       3.895  72.811  91.137  1.00 48.78           C  
+ATOM   1848  OG1 THR B 122       3.011  71.999  90.355  1.00 57.15           O  
+ATOM   1849  CG2 THR B 122       4.722  73.715  90.216  1.00 42.73           C  
+ATOM   1850  N   LEU B 123       5.310  69.746  91.030  1.00 36.47           N  
+ATOM   1851  CA  LEU B 123       6.133  68.766  90.322  1.00 28.69           C  
+ATOM   1852  C   LEU B 123       5.906  68.823  88.835  1.00 35.80           C  
+ATOM   1853  O   LEU B 123       4.767  68.727  88.378  1.00 39.17           O  
+ATOM   1854  CB  LEU B 123       5.843  67.347  90.803  1.00 26.93           C  
+ATOM   1855  CG  LEU B 123       6.595  66.222  90.074  1.00 34.17           C  
+ATOM   1856  CD1 LEU B 123       8.100  66.327  90.278  1.00 32.66           C  
+ATOM   1857  CD2 LEU B 123       6.104  64.836  90.485  1.00 34.05           C  
+ATOM   1858  N   VAL B 124       6.994  68.973  88.083  1.00 36.78           N  
+ATOM   1859  CA  VAL B 124       6.957  68.903  86.628  1.00 33.82           C  
+ATOM   1860  C   VAL B 124       7.645  67.632  86.185  1.00 37.33           C  
+ATOM   1861  O   VAL B 124       8.803  67.372  86.542  1.00 38.78           O  
+ATOM   1862  CB  VAL B 124       7.636  70.112  85.967  1.00 37.66           C  
+ATOM   1863  CG1 VAL B 124       7.810  69.866  84.476  1.00 40.31           C  
+ATOM   1864  CG2 VAL B 124       6.832  71.385  86.217  1.00 36.02           C  
+ATOM   1865  N   THR B 125       6.912  66.828  85.426  1.00 37.27           N  
+ATOM   1866  CA  THR B 125       7.425  65.551  84.954  1.00 39.87           C  
+ATOM   1867  C   THR B 125       7.515  65.517  83.442  1.00 36.98           C  
+ATOM   1868  O   THR B 125       6.499  65.631  82.757  1.00 33.98           O  
+ATOM   1869  CB  THR B 125       6.539  64.404  85.418  1.00 41.12           C  
+ATOM   1870  OG1 THR B 125       6.379  64.488  86.832  1.00 39.17           O  
+ATOM   1871  CG2 THR B 125       7.146  63.055  85.034  1.00 42.98           C  
+ATOM   1872  N   VAL B 126       8.730  65.349  82.934  1.00 37.14           N  
+ATOM   1873  CA  VAL B 126       8.976  65.313  81.492  1.00 42.77           C  
+ATOM   1874  C   VAL B 126       9.376  63.923  81.003  1.00 44.29           C  
+ATOM   1875  O   VAL B 126      10.499  63.470  81.246  1.00 43.44           O  
+ATOM   1876  CB  VAL B 126      10.074  66.307  81.086  1.00 46.25           C  
+ATOM   1877  CG1 VAL B 126      10.338  66.217  79.593  1.00 47.81           C  
+ATOM   1878  CG2 VAL B 126       9.668  67.719  81.485  1.00 49.44           C  
+ATOM   1879  N   SER B 127       8.454  63.259  80.309  1.00 39.04           N  
+ATOM   1880  CA  SER B 127       8.685  61.896  79.853  1.00 39.84           C  
+ATOM   1881  C   SER B 127       7.714  61.447  78.763  1.00 42.21           C  
+ATOM   1882  O   SER B 127       6.601  61.965  78.642  1.00 38.97           O  
+ATOM   1883  CB  SER B 127       8.607  60.936  81.037  1.00 38.76           C  
+ATOM   1884  OG  SER B 127       8.128  59.668  80.629  1.00 44.02           O  
+ATOM   1885  N   SER B 128       8.145  60.456  77.990  1.00 40.11           N  
+ATOM   1886  CA  SER B 128       7.342  59.927  76.891  1.00 43.59           C  
+ATOM   1887  C   SER B 128       6.190  59.056  77.367  1.00 45.19           C  
+ATOM   1888  O   SER B 128       5.245  58.798  76.604  1.00 43.89           O  
+ATOM   1889  CB  SER B 128       8.213  59.115  75.940  1.00 37.94           C  
+ATOM   1890  OG  SER B 128       9.231  59.930  75.406  1.00 51.96           O  
+ATOM   1891  N   ALA B 129       6.272  58.587  78.610  1.00 34.85           N  
+ATOM   1892  CA  ALA B 129       5.298  57.615  79.078  1.00 41.16           C  
+ATOM   1893  C   ALA B 129       3.938  58.278  79.280  1.00 43.10           C  
+ATOM   1894  O   ALA B 129       3.840  59.474  79.573  1.00 43.60           O  
+ATOM   1895  CB  ALA B 129       5.777  56.941  80.358  1.00 37.33           C  
+ATOM   1896  N   SER B 130       2.887  57.497  79.081  1.00 43.24           N  
+ATOM   1897  CA  SER B 130       1.537  57.995  79.249  1.00 44.78           C  
+ATOM   1898  C   SER B 130       1.103  57.788  80.684  1.00 43.83           C  
+ATOM   1899  O   SER B 130       1.590  56.891  81.368  1.00 45.77           O  
+ATOM   1900  CB  SER B 130       0.574  57.279  78.306  1.00 48.01           C  
+ATOM   1901  OG  SER B 130       1.232  56.924  77.108  1.00 58.52           O  
+ATOM   1902  N   THR B 131       0.190  58.629  81.137  1.00 41.52           N  
+ATOM   1903  CA  THR B 131      -0.444  58.423  82.416  1.00 42.22           C  
+ATOM   1904  C   THR B 131      -1.053  57.016  82.485  1.00 42.33           C  
+ATOM   1905  O   THR B 131      -1.672  56.539  81.531  1.00 40.13           O  
+ATOM   1906  CB  THR B 131      -1.517  59.492  82.670  1.00 41.72           C  
+ATOM   1907  OG1 THR B 131      -0.906  60.790  82.608  1.00 40.86           O  
+ATOM   1908  CG2 THR B 131      -2.181  59.282  84.038  1.00 39.65           C  
+ATOM   1909  N   LYS B 132      -0.854  56.356  83.619  1.00 39.88           N  
+ATOM   1910  CA  LYS B 132      -1.262  54.977  83.780  1.00 38.69           C  
+ATOM   1911  C   LYS B 132      -1.447  54.648  85.265  1.00 41.54           C  
+ATOM   1912  O   LYS B 132      -0.554  54.888  86.083  1.00 34.83           O  
+ATOM   1913  CB  LYS B 132      -0.231  54.041  83.138  1.00 33.07           C  
+ATOM   1914  CG  LYS B 132      -0.555  52.572  83.310  1.00 35.75           C  
+ATOM   1915  CD  LYS B 132       0.494  51.667  82.678  1.00 44.28           C  
+ATOM   1916  CE  LYS B 132       0.000  50.217  82.595  1.00 53.50           C  
+ATOM   1917  NZ  LYS B 132       0.558  49.468  81.418  1.00 66.68           N  
+ATOM   1918  N   GLY B 133      -2.614  54.107  85.598  1.00 41.12           N  
+ATOM   1919  CA  GLY B 133      -2.914  53.668  86.948  1.00 38.20           C  
+ATOM   1920  C   GLY B 133      -2.149  52.425  87.374  1.00 44.72           C  
+ATOM   1921  O   GLY B 133      -1.818  51.560  86.551  1.00 47.15           O  
+ATOM   1922  N   PRO B 134      -1.861  52.331  88.681  1.00 47.91           N  
+ATOM   1923  CA  PRO B 134      -1.046  51.266  89.279  1.00 45.50           C  
+ATOM   1924  C   PRO B 134      -1.728  49.904  89.371  1.00 43.58           C  
+ATOM   1925  O   PRO B 134      -2.941  49.814  89.547  1.00 46.35           O  
+ATOM   1926  CB  PRO B 134      -0.767  51.801  90.688  1.00 47.24           C  
+ATOM   1927  CG  PRO B 134      -1.922  52.734  90.980  1.00 42.94           C  
+ATOM   1928  CD  PRO B 134      -2.212  53.379  89.663  1.00 47.00           C  
+ATOM   1929  N   SER B 135      -0.943  48.843  89.269  1.00 44.40           N  
+ATOM   1930  CA  SER B 135      -1.428  47.534  89.671  1.00 45.16           C  
+ATOM   1931  C   SER B 135      -1.081  47.386  91.139  1.00 41.74           C  
+ATOM   1932  O   SER B 135      -0.017  47.825  91.569  1.00 41.70           O  
+ATOM   1933  CB  SER B 135      -0.804  46.418  88.834  1.00 46.69           C  
+ATOM   1934  OG  SER B 135      -1.155  46.561  87.466  1.00 47.89           O  
+ATOM   1935  N   VAL B 136      -1.993  46.807  91.911  1.00 42.24           N  
+ATOM   1936  CA  VAL B 136      -1.791  46.654  93.344  1.00 37.92           C  
+ATOM   1937  C   VAL B 136      -1.817  45.193  93.761  1.00 43.36           C  
+ATOM   1938  O   VAL B 136      -2.856  44.533  93.724  1.00 44.19           O  
+ATOM   1939  CB  VAL B 136      -2.840  47.406  94.150  1.00 40.84           C  
+ATOM   1940  CG1 VAL B 136      -2.575  47.208  95.645  1.00 40.01           C  
+ATOM   1941  CG2 VAL B 136      -2.825  48.888  93.778  1.00 43.57           C  
+ATOM   1942  N   PHE B 137      -0.658  44.697  94.170  1.00 45.64           N  
+ATOM   1943  CA  PHE B 137      -0.520  43.303  94.533  1.00 41.99           C  
+ATOM   1944  C   PHE B 137      -0.248  43.119  96.011  1.00 40.04           C  
+ATOM   1945  O   PHE B 137       0.523  43.867  96.600  1.00 39.22           O  
+ATOM   1946  CB  PHE B 137       0.592  42.677  93.713  1.00 39.39           C  
+ATOM   1947  CG  PHE B 137       0.407  42.844  92.243  1.00 43.96           C  
+ATOM   1948  CD1 PHE B 137      -0.736  42.368  91.624  1.00 47.62           C  
+ATOM   1949  CD2 PHE B 137       1.368  43.476  91.475  1.00 45.31           C  
+ATOM   1950  CE1 PHE B 137      -0.911  42.524  90.259  1.00 50.74           C  
+ATOM   1951  CE2 PHE B 137       1.196  43.630  90.113  1.00 44.93           C  
+ATOM   1952  CZ  PHE B 137       0.058  43.153  89.504  1.00 40.53           C  
+ATOM   1953  N   PRO B 138      -0.880  42.107  96.616  1.00 45.99           N  
+ATOM   1954  CA  PRO B 138      -0.712  41.811  98.044  1.00 45.52           C  
+ATOM   1955  C   PRO B 138       0.659  41.239  98.368  1.00 43.06           C  
+ATOM   1956  O   PRO B 138       1.089  40.309  97.687  1.00 44.58           O  
+ATOM   1957  CB  PRO B 138      -1.800  40.774  98.310  1.00 45.65           C  
+ATOM   1958  CG  PRO B 138      -1.986  40.098  96.995  1.00 41.12           C  
+ATOM   1959  CD  PRO B 138      -1.789  41.156  95.956  1.00 44.40           C  
+ATOM   1960  N   LEU B 139       1.332  41.803  99.370  1.00 41.62           N  
+ATOM   1961  CA  LEU B 139       2.524  41.192  99.967  1.00 41.35           C  
+ATOM   1962  C   LEU B 139       2.144  40.392 101.199  1.00 41.28           C  
+ATOM   1963  O   LEU B 139       2.115  40.943 102.302  1.00 39.11           O  
+ATOM   1964  CB  LEU B 139       3.552  42.256 100.352  1.00 42.03           C  
+ATOM   1965  CG  LEU B 139       4.202  42.993  99.184  1.00 44.47           C  
+ATOM   1966  CD1 LEU B 139       4.926  44.241  99.677  1.00 45.17           C  
+ATOM   1967  CD2 LEU B 139       5.154  42.054  98.460  1.00 39.54           C  
+ATOM   1968  N   ALA B 140       1.852  39.103 101.024  1.00 39.92           N  
+ATOM   1969  CA  ALA B 140       1.238  38.331 102.112  1.00 43.77           C  
+ATOM   1970  C   ALA B 140       2.248  37.763 103.119  1.00 49.95           C  
+ATOM   1971  O   ALA B 140       3.340  37.316 102.741  1.00 49.28           O  
+ATOM   1972  CB  ALA B 140       0.404  37.216 101.542  1.00 49.55           C  
+ATOM   1973  N   PRO B 141       1.865  37.761 104.410  1.00 49.53           N  
+ATOM   1974  CA  PRO B 141       2.641  37.214 105.539  1.00 51.83           C  
+ATOM   1975  C   PRO B 141       2.714  35.680 105.534  1.00 53.65           C  
+ATOM   1976  O   PRO B 141       3.479  35.090 106.307  1.00 54.48           O  
+ATOM   1977  CB  PRO B 141       1.870  37.714 106.766  1.00 44.73           C  
+ATOM   1978  CG  PRO B 141       0.451  37.856 106.272  1.00 49.54           C  
+ATOM   1979  CD  PRO B 141       0.570  38.318 104.848  1.00 47.83           C  
+ATOM   1980  N   THR B 142       5.841  38.495 115.622  1.00 39.19           N  
+ATOM   1981  CA  THR B 142       5.657  39.674 114.767  1.00 49.39           C  
+ATOM   1982  C   THR B 142       5.669  39.362 113.260  1.00 45.18           C  
+ATOM   1983  O   THR B 142       6.581  38.707 112.747  1.00 41.78           O  
+ATOM   1984  CB  THR B 142       6.730  40.739 115.039  1.00 46.96           C  
+ATOM   1985  OG1 THR B 142       6.705  41.098 116.425  1.00 58.64           O  
+ATOM   1986  CG2 THR B 142       6.478  41.987 114.188  1.00 42.12           C  
+ATOM   1987  N   ALA B 143       4.646  39.852 112.565  1.00 43.08           N  
+ATOM   1988  CA  ALA B 143       4.480  39.611 111.138  1.00 43.12           C  
+ATOM   1989  C   ALA B 143       4.523  40.914 110.344  1.00 39.67           C  
+ATOM   1990  O   ALA B 143       4.168  41.982 110.845  1.00 41.29           O  
+ATOM   1991  CB  ALA B 143       3.169  38.869 110.872  1.00 40.49           C  
+ATOM   1992  N   ALA B 144       4.969  40.807 109.100  1.00 36.44           N  
+ATOM   1993  CA  ALA B 144       5.024  41.937 108.183  1.00 41.57           C  
+ATOM   1994  C   ALA B 144       4.137  41.668 106.970  1.00 42.26           C  
+ATOM   1995  O   ALA B 144       4.165  40.580 106.394  1.00 39.65           O  
+ATOM   1996  CB  ALA B 144       6.478  42.204 107.738  1.00 35.91           C  
+ATOM   1997  N   LEU B 145       3.355  42.664 106.576  1.00 42.20           N  
+ATOM   1998  CA  LEU B 145       2.556  42.551 105.359  1.00 39.97           C  
+ATOM   1999  C   LEU B 145       2.567  43.858 104.570  1.00 42.52           C  
+ATOM   2000  O   LEU B 145       3.145  44.852 105.001  1.00 42.61           O  
+ATOM   2001  CB  LEU B 145       1.121  42.121 105.701  1.00 41.50           C  
+ATOM   2002  CG  LEU B 145       0.359  42.904 106.783  1.00 42.47           C  
+ATOM   2003  CD1 LEU B 145      -0.403  44.111 106.231  1.00 38.33           C  
+ATOM   2004  CD2 LEU B 145      -0.568  41.973 107.545  1.00 36.99           C  
+ATOM   2005  N   GLY B 146       1.945  43.852 103.398  1.00 47.97           N  
+ATOM   2006  CA  GLY B 146       1.875  45.068 102.622  1.00 41.62           C  
+ATOM   2007  C   GLY B 146       1.302  44.949 101.230  1.00 42.39           C  
+ATOM   2008  O   GLY B 146       0.709  43.933 100.859  1.00 40.63           O  
+ATOM   2009  N   CYS B 147       1.492  46.027 100.470  1.00 45.09           N  
+ATOM   2010  CA  CYS B 147       0.957  46.201  99.123  1.00 41.51           C  
+ATOM   2011  C   CYS B 147       2.082  46.513  98.152  1.00 41.88           C  
+ATOM   2012  O   CYS B 147       2.938  47.353  98.426  1.00 41.34           O  
+ATOM   2013  CB  CYS B 147      -0.069  47.342  99.078  1.00 41.12           C  
+ATOM   2014  SG  CYS B 147      -1.781  46.933  99.537  1.00 60.76           S  
+ATOM   2015  N   LEU B 148       2.076  45.831  97.017  1.00 41.71           N  
+ATOM   2016  CA  LEU B 148       2.945  46.192  95.920  1.00 39.29           C  
+ATOM   2017  C   LEU B 148       2.174  47.069  94.930  1.00 40.05           C  
+ATOM   2018  O   LEU B 148       1.260  46.605  94.248  1.00 38.33           O  
+ATOM   2019  CB  LEU B 148       3.491  44.941  95.242  1.00 42.65           C  
+ATOM   2020  CG  LEU B 148       4.458  45.243  94.102  1.00 48.30           C  
+ATOM   2021  CD1 LEU B 148       5.746  45.853  94.637  1.00 44.55           C  
+ATOM   2022  CD2 LEU B 148       4.731  43.982  93.282  1.00 41.72           C  
+ATOM   2023  N   VAL B 149       2.544  48.345  94.886  1.00 38.87           N  
+ATOM   2024  CA  VAL B 149       1.939  49.324  93.990  1.00 38.68           C  
+ATOM   2025  C   VAL B 149       2.830  49.488  92.753  1.00 39.74           C  
+ATOM   2026  O   VAL B 149       3.883  50.129  92.819  1.00 39.83           O  
+ATOM   2027  CB  VAL B 149       1.764  50.681  94.708  1.00 39.61           C  
+ATOM   2028  CG1 VAL B 149       1.062  51.680  93.825  1.00 37.48           C  
+ATOM   2029  CG2 VAL B 149       1.016  50.495  96.018  1.00 38.73           C  
+ATOM   2030  N   LYS B 150       2.416  48.914  91.630  1.00 37.71           N  
+ATOM   2031  CA  LYS B 150       3.342  48.737  90.511  1.00 45.05           C  
+ATOM   2032  C   LYS B 150       2.890  49.340  89.165  1.00 47.13           C  
+ATOM   2033  O   LYS B 150       1.708  49.313  88.817  1.00 44.82           O  
+ATOM   2034  CB  LYS B 150       3.627  47.241  90.334  1.00 43.14           C  
+ATOM   2035  CG  LYS B 150       4.784  46.946  89.404  1.00 48.20           C  
+ATOM   2036  CD  LYS B 150       5.455  45.619  89.742  1.00 45.76           C  
+ATOM   2037  CE  LYS B 150       6.567  45.265  88.738  1.00 53.15           C  
+ATOM   2038  NZ  LYS B 150       6.070  44.967  87.360  1.00 50.84           N  
+ATOM   2039  N   ASP B 151       3.858  49.883  88.427  1.00 48.22           N  
+ATOM   2040  CA  ASP B 151       3.671  50.372  87.054  1.00 48.92           C  
+ATOM   2041  C   ASP B 151       2.636  51.487  86.937  1.00 45.10           C  
+ATOM   2042  O   ASP B 151       1.690  51.393  86.147  1.00 45.20           O  
+ATOM   2043  CB  ASP B 151       3.287  49.218  86.112  1.00 49.87           C  
+ATOM   2044  CG  ASP B 151       4.404  48.200  85.941  1.00 55.48           C  
+ATOM   2045  OD1 ASP B 151       5.589  48.585  86.066  1.00 54.80           O  
+ATOM   2046  OD2 ASP B 151       4.094  47.015  85.672  1.00 57.08           O  
+ATOM   2047  N   TYR B 152       2.828  52.548  87.710  1.00 41.26           N  
+ATOM   2048  CA  TYR B 152       2.002  53.737  87.564  1.00 41.23           C  
+ATOM   2049  C   TYR B 152       2.829  54.924  87.057  1.00 39.10           C  
+ATOM   2050  O   TYR B 152       4.057  54.945  87.185  1.00 35.69           O  
+ATOM   2051  CB  TYR B 152       1.328  54.090  88.888  1.00 36.80           C  
+ATOM   2052  CG  TYR B 152       2.296  54.583  89.925  1.00 39.33           C  
+ATOM   2053  CD1 TYR B 152       2.987  53.693  90.744  1.00 37.10           C  
+ATOM   2054  CD2 TYR B 152       2.531  55.945  90.084  1.00 39.09           C  
+ATOM   2055  CE1 TYR B 152       3.875  54.150  91.699  1.00 38.42           C  
+ATOM   2056  CE2 TYR B 152       3.418  56.411  91.033  1.00 39.37           C  
+ATOM   2057  CZ  TYR B 152       4.083  55.512  91.838  1.00 41.60           C  
+ATOM   2058  OH  TYR B 152       4.956  55.989  92.777  1.00 39.66           O  
+ATOM   2059  N   PHE B 153       2.138  55.907  86.481  1.00 42.02           N  
+ATOM   2060  CA  PHE B 153       2.769  57.120  85.941  1.00 41.56           C  
+ATOM   2061  C   PHE B 153       1.723  58.244  85.799  1.00 41.49           C  
+ATOM   2062  O   PHE B 153       0.595  58.005  85.355  1.00 36.77           O  
+ATOM   2063  CB  PHE B 153       3.437  56.824  84.587  1.00 40.55           C  
+ATOM   2064  CG  PHE B 153       4.518  57.802  84.204  1.00 41.06           C  
+ATOM   2065  CD1 PHE B 153       5.746  57.796  84.854  1.00 42.14           C  
+ATOM   2066  CD2 PHE B 153       4.321  58.707  83.174  1.00 40.73           C  
+ATOM   2067  CE1 PHE B 153       6.741  58.700  84.502  1.00 35.52           C  
+ATOM   2068  CE2 PHE B 153       5.312  59.596  82.816  1.00 38.18           C  
+ATOM   2069  CZ  PHE B 153       6.519  59.593  83.485  1.00 40.40           C  
+ATOM   2070  N   PRO B 154       2.082  59.471  86.217  1.00 42.94           N  
+ATOM   2071  CA  PRO B 154       3.336  59.773  86.902  1.00 37.36           C  
+ATOM   2072  C   PRO B 154       3.169  59.756  88.412  1.00 38.06           C  
+ATOM   2073  O   PRO B 154       2.145  59.327  88.950  1.00 35.50           O  
+ATOM   2074  CB  PRO B 154       3.642  61.188  86.422  1.00 38.69           C  
+ATOM   2075  CG  PRO B 154       2.270  61.803  86.347  1.00 34.18           C  
+ATOM   2076  CD  PRO B 154       1.315  60.703  85.943  1.00 37.71           C  
+ATOM   2077  N   GLU B 155       4.191  60.242  89.092  1.00 39.15           N  
+ATOM   2078  CA  GLU B 155       4.062  60.540  90.503  1.00 42.25           C  
+ATOM   2079  C   GLU B 155       3.045  61.665  90.647  1.00 43.29           C  
+ATOM   2080  O   GLU B 155       2.855  62.451  89.716  1.00 44.84           O  
+ATOM   2081  CB  GLU B 155       5.414  60.919  91.100  1.00 43.56           C  
+ATOM   2082  CG  GLU B 155       6.315  59.725  91.260  1.00 40.57           C  
+ATOM   2083  CD  GLU B 155       6.370  59.278  92.682  1.00 44.14           C  
+ATOM   2084  OE1 GLU B 155       7.317  59.679  93.392  1.00 52.49           O  
+ATOM   2085  OE2 GLU B 155       5.446  58.546  93.093  1.00 49.73           O  
+ATOM   2086  N   PRO B 156       2.376  61.745  91.800  1.00 38.36           N  
+ATOM   2087  CA  PRO B 156       2.522  60.930  92.999  1.00 42.36           C  
+ATOM   2088  C   PRO B 156       1.450  59.861  93.160  1.00 41.59           C  
+ATOM   2089  O   PRO B 156       0.522  59.740  92.361  1.00 41.07           O  
+ATOM   2090  CB  PRO B 156       2.398  61.964  94.129  1.00 41.54           C  
+ATOM   2091  CG  PRO B 156       1.797  63.219  93.466  1.00 36.43           C  
+ATOM   2092  CD  PRO B 156       1.451  62.851  92.051  1.00 40.81           C  
+ATOM   2093  N   VAL B 157       1.591  59.098  94.234  1.00 46.25           N  
+ATOM   2094  CA  VAL B 157       0.594  58.128  94.626  1.00 44.59           C  
+ATOM   2095  C   VAL B 157       0.363  58.267  96.130  1.00 42.58           C  
+ATOM   2096  O   VAL B 157       1.258  58.669  96.878  1.00 42.11           O  
+ATOM   2097  CB  VAL B 157       1.028  56.697  94.262  1.00 43.31           C  
+ATOM   2098  CG1 VAL B 157       1.958  56.134  95.318  1.00 37.74           C  
+ATOM   2099  CG2 VAL B 157      -0.181  55.802  94.093  1.00 46.91           C  
+ATOM   2100  N   THR B 158      -0.852  57.964  96.562  1.00 46.96           N  
+ATOM   2101  CA  THR B 158      -1.236  58.074  97.968  1.00 45.56           C  
+ATOM   2102  C   THR B 158      -1.510  56.714  98.556  1.00 44.79           C  
+ATOM   2103  O   THR B 158      -2.334  55.970  98.019  1.00 45.10           O  
+ATOM   2104  CB  THR B 158      -2.475  58.961  98.128  1.00 45.27           C  
+ATOM   2105  OG1 THR B 158      -2.052  60.321  98.228  1.00 47.07           O  
+ATOM   2106  CG2 THR B 158      -3.273  58.586  99.358  1.00 45.23           C  
+ATOM   2107  N   VAL B 159      -0.812  56.379  99.642  1.00 40.80           N  
+ATOM   2108  CA  VAL B 159      -1.038  55.096 100.315  1.00 38.63           C  
+ATOM   2109  C   VAL B 159      -1.446  55.245 101.768  1.00 39.42           C  
+ATOM   2110  O   VAL B 159      -0.728  55.838 102.564  1.00 46.24           O  
+ATOM   2111  CB  VAL B 159       0.208  54.201 100.272  1.00 38.24           C  
+ATOM   2112  CG1 VAL B 159      -0.118  52.833 100.854  1.00 40.06           C  
+ATOM   2113  CG2 VAL B 159       0.718  54.071  98.853  1.00 37.45           C  
+ATOM   2114  N   SER B 160      -2.603  54.705 102.123  1.00 41.99           N  
+ATOM   2115  CA  SER B 160      -2.962  54.623 103.533  1.00 40.95           C  
+ATOM   2116  C   SER B 160      -3.462  53.222 103.882  1.00 40.84           C  
+ATOM   2117  O   SER B 160      -3.705  52.400 102.999  1.00 43.88           O  
+ATOM   2118  CB  SER B 160      -4.010  55.684 103.906  1.00 44.59           C  
+ATOM   2119  OG  SER B 160      -5.278  55.407 103.341  1.00 53.36           O  
+ATOM   2120  N   TRP B 161      -3.599  52.957 105.179  1.00 44.69           N  
+ATOM   2121  CA  TRP B 161      -4.003  51.646 105.669  1.00 41.05           C  
+ATOM   2122  C   TRP B 161      -5.223  51.733 106.567  1.00 45.81           C  
+ATOM   2123  O   TRP B 161      -5.227  52.499 107.538  1.00 44.48           O  
+ATOM   2124  CB  TRP B 161      -2.862  50.992 106.422  1.00 40.60           C  
+ATOM   2125  CG  TRP B 161      -1.813  50.452 105.533  1.00 40.97           C  
+ATOM   2126  CD1 TRP B 161      -0.689  51.093 105.108  1.00 40.75           C  
+ATOM   2127  CD2 TRP B 161      -1.770  49.142 104.963  1.00 39.64           C  
+ATOM   2128  NE1 TRP B 161       0.050  50.263 104.301  1.00 40.99           N  
+ATOM   2129  CE2 TRP B 161      -0.591  49.056 104.202  1.00 39.70           C  
+ATOM   2130  CE3 TRP B 161      -2.614  48.031 105.028  1.00 38.86           C  
+ATOM   2131  CZ2 TRP B 161      -0.239  47.911 103.497  1.00 42.07           C  
+ATOM   2132  CZ3 TRP B 161      -2.264  46.892 104.329  1.00 41.67           C  
+ATOM   2133  CH2 TRP B 161      -1.090  46.840 103.572  1.00 44.66           C  
+ATOM   2134  N   ASN B 162      -6.248  50.944 106.230  1.00 41.72           N  
+ATOM   2135  CA  ASN B 162      -7.509  50.932 106.954  1.00 39.29           C  
+ATOM   2136  C   ASN B 162      -8.113  52.324 107.030  1.00 42.52           C  
+ATOM   2137  O   ASN B 162      -8.732  52.700 108.027  1.00 42.79           O  
+ATOM   2138  CB  ASN B 162      -7.309  50.347 108.355  1.00 44.76           C  
+ATOM   2139  CG  ASN B 162      -7.049  48.843 108.323  1.00 44.63           C  
+ATOM   2140  OD1 ASN B 162      -7.016  48.234 107.257  1.00 46.16           O  
+ATOM   2141  ND2 ASN B 162      -6.858  48.248 109.487  1.00 43.71           N  
+ATOM   2142  N   SER B 163      -7.915  53.083 105.959  1.00 42.04           N  
+ATOM   2143  CA  SER B 163      -8.458  54.430 105.831  1.00 47.96           C  
+ATOM   2144  C   SER B 163      -7.902  55.378 106.897  1.00 47.68           C  
+ATOM   2145  O   SER B 163      -8.607  56.248 107.425  1.00 49.02           O  
+ATOM   2146  CB  SER B 163      -9.990  54.390 105.869  1.00 45.67           C  
+ATOM   2147  OG  SER B 163     -10.485  53.751 104.702  1.00 47.00           O  
+ATOM   2148  N   GLY B 164      -6.619  55.207 107.194  1.00 43.32           N  
+ATOM   2149  CA  GLY B 164      -5.920  56.112 108.079  1.00 41.03           C  
+ATOM   2150  C   GLY B 164      -5.966  55.644 109.509  1.00 41.37           C  
+ATOM   2151  O   GLY B 164      -5.328  56.227 110.384  1.00 44.19           O  
+ATOM   2152  N   ALA B 165      -6.719  54.578 109.746  1.00 45.03           N  
+ATOM   2153  CA  ALA B 165      -6.892  54.056 111.096  1.00 42.24           C  
+ATOM   2154  C   ALA B 165      -5.711  53.184 111.507  1.00 46.60           C  
+ATOM   2155  O   ALA B 165      -5.652  52.706 112.636  1.00 46.52           O  
+ATOM   2156  CB  ALA B 165      -8.183  53.274 111.194  1.00 47.77           C  
+ATOM   2157  N   LEU B 166      -4.780  52.972 110.579  1.00 44.68           N  
+ATOM   2158  CA  LEU B 166      -3.582  52.181 110.847  1.00 43.25           C  
+ATOM   2159  C   LEU B 166      -2.334  52.958 110.413  1.00 46.60           C  
+ATOM   2160  O   LEU B 166      -2.141  53.236 109.224  1.00 46.94           O  
+ATOM   2161  CB  LEU B 166      -3.660  50.827 110.139  1.00 39.53           C  
+ATOM   2162  CG  LEU B 166      -2.473  49.892 110.360  1.00 41.45           C  
+ATOM   2163  CD1 LEU B 166      -2.219  49.726 111.831  1.00 46.64           C  
+ATOM   2164  CD2 LEU B 166      -2.710  48.543 109.730  1.00 40.34           C  
+ATOM   2165  N   THR B 167      -1.488  53.293 111.387  1.00 48.15           N  
+ATOM   2166  CA  THR B 167      -0.387  54.236 111.188  1.00 44.55           C  
+ATOM   2167  C   THR B 167       0.932  53.734 111.760  1.00 46.33           C  
+ATOM   2168  O   THR B 167       1.989  53.854 111.129  1.00 45.68           O  
+ATOM   2169  CB  THR B 167      -0.698  55.592 111.839  1.00 48.87           C  
+ATOM   2170  OG1 THR B 167      -1.816  56.199 111.178  1.00 51.29           O  
+ATOM   2171  CG2 THR B 167       0.507  56.516 111.750  1.00 55.91           C  
+ATOM   2172  N   SER B 168       0.874  53.182 112.967  1.00 46.99           N  
+ATOM   2173  CA  SER B 168       2.088  52.775 113.654  1.00 45.65           C  
+ATOM   2174  C   SER B 168       2.699  51.567 112.968  1.00 49.89           C  
+ATOM   2175  O   SER B 168       1.997  50.584 112.661  1.00 46.67           O  
+ATOM   2176  CB  SER B 168       1.808  52.481 115.122  1.00 47.16           C  
+ATOM   2177  OG  SER B 168       1.405  53.676 115.771  1.00 66.22           O  
+ATOM   2178  N   GLY B 169       4.004  51.662 112.706  1.00 39.29           N  
+ATOM   2179  CA  GLY B 169       4.723  50.593 112.049  1.00 40.68           C  
+ATOM   2180  C   GLY B 169       4.546  50.578 110.543  1.00 45.73           C  
+ATOM   2181  O   GLY B 169       4.874  49.577 109.892  1.00 46.65           O  
+ATOM   2182  N   VAL B 170       4.035  51.675 109.983  1.00 40.09           N  
+ATOM   2183  CA  VAL B 170       3.808  51.727 108.545  1.00 36.91           C  
+ATOM   2184  C   VAL B 170       4.997  52.372 107.838  1.00 37.72           C  
+ATOM   2185  O   VAL B 170       5.439  53.464 108.200  1.00 35.26           O  
+ATOM   2186  CB  VAL B 170       2.515  52.498 108.185  1.00 37.79           C  
+ATOM   2187  CG1 VAL B 170       2.397  52.686 106.671  1.00 32.24           C  
+ATOM   2188  CG2 VAL B 170       1.296  51.770 108.719  1.00 39.17           C  
+ATOM   2189  N   HIS B 171       5.521  51.680 106.832  1.00 38.68           N  
+ATOM   2190  CA  HIS B 171       6.558  52.250 105.980  1.00 40.06           C  
+ATOM   2191  C   HIS B 171       6.106  52.226 104.528  1.00 35.54           C  
+ATOM   2192  O   HIS B 171       5.996  51.167 103.918  1.00 37.79           O  
+ATOM   2193  CB  HIS B 171       7.892  51.497 106.140  1.00 38.68           C  
+ATOM   2194  CG  HIS B 171       8.484  51.604 107.517  1.00 40.59           C  
+ATOM   2195  ND1 HIS B 171       8.965  52.786 108.027  1.00 40.27           N  
+ATOM   2196  CD2 HIS B 171       8.641  50.674 108.489  1.00 39.26           C  
+ATOM   2197  CE1 HIS B 171       9.406  52.582 109.261  1.00 37.11           C  
+ATOM   2198  NE2 HIS B 171       9.222  51.310 109.562  1.00 38.17           N  
+ATOM   2199  N   THR B 172       5.829  53.401 103.980  1.00 37.90           N  
+ATOM   2200  CA  THR B 172       5.583  53.518 102.545  1.00 38.83           C  
+ATOM   2201  C   THR B 172       6.850  54.038 101.886  1.00 34.41           C  
+ATOM   2202  O   THR B 172       7.202  55.203 102.023  1.00 35.47           O  
+ATOM   2203  CB  THR B 172       4.375  54.433 102.239  1.00 32.27           C  
+ATOM   2204  OG1 THR B 172       3.182  53.755 102.634  1.00 33.50           O  
+ATOM   2205  CG2 THR B 172       4.264  54.729 100.761  1.00 34.54           C  
+ATOM   2206  N   PHE B 173       7.543  53.150 101.186  1.00 36.56           N  
+ATOM   2207  CA  PHE B 173       8.818  53.500 100.573  1.00 38.75           C  
+ATOM   2208  C   PHE B 173       8.679  54.481  99.427  1.00 36.90           C  
+ATOM   2209  O   PHE B 173       7.686  54.449  98.703  1.00 39.62           O  
+ATOM   2210  CB  PHE B 173       9.521  52.244 100.085  1.00 38.68           C  
+ATOM   2211  CG  PHE B 173       9.943  51.349 101.192  1.00 38.13           C  
+ATOM   2212  CD1 PHE B 173      11.195  51.504 101.784  1.00 37.81           C  
+ATOM   2213  CD2 PHE B 173       9.089  50.369 101.665  1.00 34.37           C  
+ATOM   2214  CE1 PHE B 173      11.593  50.688 102.827  1.00 33.44           C  
+ATOM   2215  CE2 PHE B 173       9.481  49.547 102.709  1.00 40.10           C  
+ATOM   2216  CZ  PHE B 173      10.737  49.711 103.291  1.00 37.79           C  
+ATOM   2217  N   PRO B 174       9.673  55.368  99.274  1.00 36.44           N  
+ATOM   2218  CA  PRO B 174       9.762  56.219  98.089  1.00 33.94           C  
+ATOM   2219  C   PRO B 174       9.697  55.351  96.825  1.00 36.62           C  
+ATOM   2220  O   PRO B 174      10.200  54.220  96.811  1.00 38.02           O  
+ATOM   2221  CB  PRO B 174      11.137  56.885  98.225  1.00 31.50           C  
+ATOM   2222  CG  PRO B 174      11.487  56.772  99.641  1.00 38.27           C  
+ATOM   2223  CD  PRO B 174      10.842  55.527 100.156  1.00 38.70           C  
+ATOM   2224  N   ALA B 175       9.071  55.865  95.776  1.00 37.78           N  
+ATOM   2225  CA  ALA B 175       8.968  55.114  94.539  1.00 35.89           C  
+ATOM   2226  C   ALA B 175      10.308  55.102  93.823  1.00 36.89           C  
+ATOM   2227  O   ALA B 175      11.093  56.048  93.966  1.00 36.70           O  
+ATOM   2228  CB  ALA B 175       7.907  55.703  93.664  1.00 38.25           C  
+ATOM   2229  N   VAL B 176      10.575  54.026  93.078  1.00 36.19           N  
+ATOM   2230  CA  VAL B 176      11.742  53.966  92.186  1.00 38.98           C  
+ATOM   2231  C   VAL B 176      11.311  54.004  90.713  1.00 39.24           C  
+ATOM   2232  O   VAL B 176      10.321  53.377  90.308  1.00 36.66           O  
+ATOM   2233  CB  VAL B 176      12.626  52.694  92.426  1.00 38.33           C  
+ATOM   2234  CG1 VAL B 176      13.077  52.606  93.872  1.00 30.52           C  
+ATOM   2235  CG2 VAL B 176      11.889  51.402  92.007  1.00 40.80           C  
+ATOM   2236  N   LEU B 177      12.049  54.760  89.913  1.00 36.72           N  
+ATOM   2237  CA  LEU B 177      11.787  54.770  88.485  1.00 41.47           C  
+ATOM   2238  C   LEU B 177      12.335  53.476  87.880  1.00 42.30           C  
+ATOM   2239  O   LEU B 177      13.542  53.240  87.907  1.00 43.33           O  
+ATOM   2240  CB  LEU B 177      12.413  56.001  87.844  1.00 37.40           C  
+ATOM   2241  CG  LEU B 177      12.100  56.308  86.392  1.00 39.56           C  
+ATOM   2242  CD1 LEU B 177      10.599  56.443  86.179  1.00 41.03           C  
+ATOM   2243  CD2 LEU B 177      12.794  57.597  86.060  1.00 41.76           C  
+ATOM   2244  N   GLN B 178      11.450  52.623  87.367  1.00 42.70           N  
+ATOM   2245  CA  GLN B 178      11.873  51.320  86.847  1.00 47.26           C  
+ATOM   2246  C   GLN B 178      12.539  51.440  85.483  1.00 50.52           C  
+ATOM   2247  O   GLN B 178      12.469  52.488  84.840  1.00 50.00           O  
+ATOM   2248  CB  GLN B 178      10.685  50.371  86.740  1.00 45.30           C  
+ATOM   2249  CG  GLN B 178      10.160  49.848  88.051  1.00 43.58           C  
+ATOM   2250  CD  GLN B 178       8.840  49.129  87.858  1.00 52.52           C  
+ATOM   2251  OE1 GLN B 178       8.664  47.988  88.298  1.00 57.70           O  
+ATOM   2252  NE2 GLN B 178       7.895  49.801  87.197  1.00 45.97           N  
+ATOM   2253  N   SER B 179      13.172  50.360  85.036  1.00 48.74           N  
+ATOM   2254  CA  SER B 179      13.776  50.338  83.707  1.00 55.38           C  
+ATOM   2255  C   SER B 179      12.761  50.725  82.628  1.00 49.04           C  
+ATOM   2256  O   SER B 179      13.100  51.391  81.657  1.00 52.01           O  
+ATOM   2257  CB  SER B 179      14.361  48.958  83.405  1.00 59.41           C  
+ATOM   2258  OG  SER B 179      15.284  48.564  84.408  1.00 61.95           O  
+ATOM   2259  N   SER B 180      11.510  50.323  82.816  1.00 47.94           N  
+ATOM   2260  CA  SER B 180      10.444  50.649  81.868  1.00 48.82           C  
+ATOM   2261  C   SER B 180      10.123  52.146  81.758  1.00 51.50           C  
+ATOM   2262  O   SER B 180       9.528  52.587  80.774  1.00 50.32           O  
+ATOM   2263  CB  SER B 180       9.167  49.890  82.246  1.00 49.98           C  
+ATOM   2264  OG  SER B 180       8.833  50.057  83.617  1.00 44.34           O  
+ATOM   2265  N   GLY B 181      10.506  52.924  82.766  1.00 48.80           N  
+ATOM   2266  CA  GLY B 181      10.105  54.316  82.828  1.00 41.12           C  
+ATOM   2267  C   GLY B 181       8.823  54.507  83.630  1.00 42.98           C  
+ATOM   2268  O   GLY B 181       8.349  55.626  83.771  1.00 41.59           O  
+ATOM   2269  N   LEU B 182       8.260  53.420  84.157  1.00 42.40           N  
+ATOM   2270  CA  LEU B 182       7.102  53.515  85.048  1.00 38.34           C  
+ATOM   2271  C   LEU B 182       7.532  53.416  86.504  1.00 38.95           C  
+ATOM   2272  O   LEU B 182       8.595  52.871  86.793  1.00 38.29           O  
+ATOM   2273  CB  LEU B 182       6.093  52.425  84.736  1.00 41.80           C  
+ATOM   2274  CG  LEU B 182       5.533  52.479  83.322  1.00 41.82           C  
+ATOM   2275  CD1 LEU B 182       4.698  51.237  83.068  1.00 45.03           C  
+ATOM   2276  CD2 LEU B 182       4.710  53.744  83.151  1.00 36.46           C  
+ATOM   2277  N   TYR B 183       6.712  53.942  87.414  1.00 38.70           N  
+ATOM   2278  CA  TYR B 183       7.065  53.962  88.828  1.00 39.06           C  
+ATOM   2279  C   TYR B 183       6.527  52.761  89.574  1.00 42.91           C  
+ATOM   2280  O   TYR B 183       5.451  52.234  89.248  1.00 41.15           O  
+ATOM   2281  CB  TYR B 183       6.546  55.224  89.517  1.00 39.85           C  
+ATOM   2282  CG  TYR B 183       7.254  56.504  89.142  1.00 41.75           C  
+ATOM   2283  CD1 TYR B 183       8.467  56.860  89.730  1.00 37.69           C  
+ATOM   2284  CD2 TYR B 183       6.706  57.359  88.198  1.00 38.47           C  
+ATOM   2285  CE1 TYR B 183       9.110  58.045  89.375  1.00 39.41           C  
+ATOM   2286  CE2 TYR B 183       7.330  58.529  87.843  1.00 41.64           C  
+ATOM   2287  CZ  TYR B 183       8.530  58.879  88.425  1.00 45.64           C  
+ATOM   2288  OH  TYR B 183       9.131  60.066  88.038  1.00 45.83           O  
+ATOM   2289  N   SER B 184       7.274  52.368  90.605  1.00 40.03           N  
+ATOM   2290  CA  SER B 184       6.910  51.243  91.438  1.00 37.33           C  
+ATOM   2291  C   SER B 184       7.231  51.540  92.897  1.00 36.02           C  
+ATOM   2292  O   SER B 184       8.220  52.212  93.193  1.00 38.87           O  
+ATOM   2293  CB  SER B 184       7.641  49.992  90.964  1.00 42.69           C  
+ATOM   2294  OG  SER B 184       7.004  48.826  91.451  1.00 48.19           O  
+ATOM   2295  N   LEU B 185       6.386  51.067  93.814  1.00 41.04           N  
+ATOM   2296  CA  LEU B 185       6.703  51.152  95.248  1.00 41.28           C  
+ATOM   2297  C   LEU B 185       5.966  50.097  96.069  1.00 37.67           C  
+ATOM   2298  O   LEU B 185       5.069  49.418  95.578  1.00 38.58           O  
+ATOM   2299  CB  LEU B 185       6.402  52.560  95.805  1.00 38.73           C  
+ATOM   2300  CG  LEU B 185       5.006  53.182  96.014  1.00 39.58           C  
+ATOM   2301  CD1 LEU B 185       4.211  52.552  97.158  1.00 37.80           C  
+ATOM   2302  CD2 LEU B 185       5.142  54.679  96.268  1.00 36.68           C  
+ATOM   2303  N   SER B 186       6.357  49.967  97.329  1.00 39.23           N  
+ATOM   2304  CA  SER B 186       5.659  49.078  98.250  1.00 40.45           C  
+ATOM   2305  C   SER B 186       5.384  49.803  99.556  1.00 41.40           C  
+ATOM   2306  O   SER B 186       6.144  50.697  99.962  1.00 39.98           O  
+ATOM   2307  CB  SER B 186       6.466  47.816  98.530  1.00 36.83           C  
+ATOM   2308  OG  SER B 186       7.819  48.156  98.768  1.00 48.42           O  
+ATOM   2309  N   SER B 187       4.284  49.422 100.199  1.00 38.60           N  
+ATOM   2310  CA  SER B 187       3.960  49.921 101.524  1.00 38.64           C  
+ATOM   2311  C   SER B 187       3.901  48.716 102.448  1.00 38.19           C  
+ATOM   2312  O   SER B 187       3.276  47.708 102.126  1.00 39.25           O  
+ATOM   2313  CB  SER B 187       2.642  50.704 101.520  1.00 36.38           C  
+ATOM   2314  OG  SER B 187       2.376  51.246 102.802  1.00 35.74           O  
+ATOM   2315  N   VAL B 188       4.598  48.787 103.573  1.00 37.34           N  
+ATOM   2316  CA  VAL B 188       4.564  47.676 104.511  1.00 36.12           C  
+ATOM   2317  C   VAL B 188       4.115  48.121 105.883  1.00 36.14           C  
+ATOM   2318  O   VAL B 188       4.102  49.308 106.209  1.00 39.17           O  
+ATOM   2319  CB  VAL B 188       5.929  46.999 104.648  1.00 37.34           C  
+ATOM   2320  CG1 VAL B 188       6.364  46.404 103.316  1.00 35.13           C  
+ATOM   2321  CG2 VAL B 188       6.948  47.992 105.178  1.00 36.13           C  
+ATOM   2322  N   VAL B 189       3.741  47.147 106.692  1.00 41.40           N  
+ATOM   2323  CA  VAL B 189       3.430  47.411 108.083  1.00 44.23           C  
+ATOM   2324  C   VAL B 189       3.701  46.126 108.864  1.00 42.40           C  
+ATOM   2325  O   VAL B 189       3.481  45.010 108.362  1.00 41.73           O  
+ATOM   2326  CB  VAL B 189       1.964  47.925 108.242  1.00 41.80           C  
+ATOM   2327  CG1 VAL B 189       0.997  46.969 107.611  1.00 39.00           C  
+ATOM   2328  CG2 VAL B 189       1.610  48.202 109.691  1.00 37.94           C  
+ATOM   2329  N   THR B 190       4.260  46.290 110.057  1.00 38.45           N  
+ATOM   2330  CA  THR B 190       4.485  45.170 110.959  1.00 41.78           C  
+ATOM   2331  C   THR B 190       3.362  45.099 111.982  1.00 44.63           C  
+ATOM   2332  O   THR B 190       2.929  46.116 112.539  1.00 41.98           O  
+ATOM   2333  CB  THR B 190       5.833  45.273 111.680  1.00 42.72           C  
+ATOM   2334  OG1 THR B 190       6.051  46.631 112.074  1.00 50.27           O  
+ATOM   2335  CG2 THR B 190       6.956  44.842 110.761  1.00 44.71           C  
+ATOM   2336  N   VAL B 191       2.889  43.880 112.214  1.00 45.18           N  
+ATOM   2337  CA  VAL B 191       1.725  43.632 113.048  1.00 44.01           C  
+ATOM   2338  C   VAL B 191       1.989  42.374 113.866  1.00 45.80           C  
+ATOM   2339  O   VAL B 191       2.848  41.573 113.505  1.00 45.02           O  
+ATOM   2340  CB  VAL B 191       0.459  43.449 112.188  1.00 46.76           C  
+ATOM   2341  CG1 VAL B 191       0.103  44.747 111.435  1.00 39.52           C  
+ATOM   2342  CG2 VAL B 191       0.656  42.284 111.214  1.00 43.31           C  
+ATOM   2343  N   PRO B 192       1.277  42.208 114.990  1.00 53.66           N  
+ATOM   2344  CA  PRO B 192       1.355  40.954 115.762  1.00 45.65           C  
+ATOM   2345  C   PRO B 192       0.803  39.767 114.976  1.00 45.33           C  
+ATOM   2346  O   PRO B 192      -0.232  39.904 114.330  1.00 46.15           O  
+ATOM   2347  CB  PRO B 192       0.480  41.236 116.987  1.00 42.15           C  
+ATOM   2348  CG  PRO B 192       0.361  42.754 117.052  1.00 39.72           C  
+ATOM   2349  CD  PRO B 192       0.456  43.242 115.655  1.00 47.11           C  
+ATOM   2350  N   SER B 193       1.474  38.622 115.039  1.00 48.37           N  
+ATOM   2351  CA  SER B 193       1.040  37.420 114.324  1.00 45.88           C  
+ATOM   2352  C   SER B 193      -0.391  37.030 114.689  1.00 46.91           C  
+ATOM   2353  O   SER B 193      -1.137  36.488 113.872  1.00 46.54           O  
+ATOM   2354  CB  SER B 193       1.976  36.262 114.642  1.00 50.61           C  
+ATOM   2355  OG  SER B 193       3.276  36.744 114.925  1.00 59.63           O  
+ATOM   2356  N   SER B 194      -0.750  37.307 115.937  1.00 47.60           N  
+ATOM   2357  CA  SER B 194      -2.072  37.004 116.474  1.00 51.68           C  
+ATOM   2358  C   SER B 194      -3.184  37.792 115.780  1.00 51.49           C  
+ATOM   2359  O   SER B 194      -4.337  37.368 115.757  1.00 56.52           O  
+ATOM   2360  CB  SER B 194      -2.083  37.273 117.986  1.00 52.16           C  
+ATOM   2361  OG  SER B 194      -1.408  38.486 118.289  1.00 51.70           O  
+ATOM   2362  N   SER B 195      -2.829  38.934 115.203  1.00 52.18           N  
+ATOM   2363  CA  SER B 195      -3.791  39.798 114.526  1.00 49.55           C  
+ATOM   2364  C   SER B 195      -4.140  39.313 113.121  1.00 54.19           C  
+ATOM   2365  O   SER B 195      -5.065  39.838 112.486  1.00 52.13           O  
+ATOM   2366  CB  SER B 195      -3.245  41.215 114.456  1.00 46.63           C  
+ATOM   2367  OG  SER B 195      -2.775  41.613 115.731  1.00 62.09           O  
+ATOM   2368  N   LEU B 196      -3.388  38.328 112.631  1.00 51.11           N  
+ATOM   2369  CA  LEU B 196      -3.660  37.746 111.322  1.00 49.88           C  
+ATOM   2370  C   LEU B 196      -4.922  36.901 111.434  1.00 52.96           C  
+ATOM   2371  O   LEU B 196      -4.992  35.979 112.248  1.00 62.20           O  
+ATOM   2372  CB  LEU B 196      -2.478  36.904 110.837  1.00 44.20           C  
+ATOM   2373  CG  LEU B 196      -1.097  37.571 110.830  1.00 41.49           C  
+ATOM   2374  CD1 LEU B 196      -0.067  36.679 110.156  1.00 35.49           C  
+ATOM   2375  CD2 LEU B 196      -1.135  38.925 110.165  1.00 33.76           C  
+ATOM   2376  N   GLY B 197      -5.931  37.221 110.638  1.00 51.93           N  
+ATOM   2377  CA  GLY B 197      -7.186  36.501 110.741  1.00 50.62           C  
+ATOM   2378  C   GLY B 197      -8.260  37.264 111.495  1.00 47.50           C  
+ATOM   2379  O   GLY B 197      -9.390  37.365 111.033  1.00 53.76           O  
+ATOM   2380  N   THR B 198      -7.929  37.814 112.653  1.00 47.55           N  
+ATOM   2381  CA  THR B 198      -8.935  38.573 113.392  1.00 49.14           C  
+ATOM   2382  C   THR B 198      -8.973  40.055 112.974  1.00 45.04           C  
+ATOM   2383  O   THR B 198     -10.024  40.693 113.007  1.00 43.51           O  
+ATOM   2384  CB  THR B 198      -8.712  38.481 114.922  1.00 43.73           C  
+ATOM   2385  OG1 THR B 198      -7.803  39.502 115.342  1.00 42.58           O  
+ATOM   2386  CG2 THR B 198      -8.150  37.136 115.294  1.00 45.20           C  
+ATOM   2387  N   GLN B 199      -7.830  40.599 112.576  1.00 45.26           N  
+ATOM   2388  CA  GLN B 199      -7.770  42.004 112.197  1.00 48.73           C  
+ATOM   2389  C   GLN B 199      -7.783  42.172 110.669  1.00 47.74           C  
+ATOM   2390  O   GLN B 199      -7.057  41.477 109.947  1.00 44.86           O  
+ATOM   2391  CB  GLN B 199      -6.530  42.659 112.820  1.00 47.95           C  
+ATOM   2392  CG  GLN B 199      -6.265  44.117 112.436  1.00 49.80           C  
+ATOM   2393  CD  GLN B 199      -7.444  45.041 112.672  1.00 50.56           C  
+ATOM   2394  OE1 GLN B 199      -8.362  45.104 111.865  1.00 53.87           O  
+ATOM   2395  NE2 GLN B 199      -7.431  45.745 113.795  1.00 54.94           N  
+ATOM   2396  N   THR B 200      -8.633  43.078 110.185  1.00 42.53           N  
+ATOM   2397  CA  THR B 200      -8.684  43.399 108.761  1.00 49.70           C  
+ATOM   2398  C   THR B 200      -7.572  44.383 108.398  1.00 47.11           C  
+ATOM   2399  O   THR B 200      -7.332  45.363 109.107  1.00 44.49           O  
+ATOM   2400  CB  THR B 200     -10.050  43.993 108.343  1.00 47.21           C  
+ATOM   2401  OG1 THR B 200     -11.088  43.052 108.633  1.00 59.52           O  
+ATOM   2402  CG2 THR B 200     -10.077  44.274 106.852  1.00 45.69           C  
+ATOM   2403  N   TYR B 201      -6.891  44.095 107.293  1.00 41.40           N  
+ATOM   2404  CA  TYR B 201      -5.856  44.971 106.772  1.00 40.44           C  
+ATOM   2405  C   TYR B 201      -6.119  45.322 105.300  1.00 45.17           C  
+ATOM   2406  O   TYR B 201      -5.953  44.496 104.390  1.00 45.00           O  
+ATOM   2407  CB  TYR B 201      -4.487  44.320 106.942  1.00 40.30           C  
+ATOM   2408  CG  TYR B 201      -4.093  44.078 108.384  1.00 40.59           C  
+ATOM   2409  CD1 TYR B 201      -3.580  45.109 109.165  1.00 38.51           C  
+ATOM   2410  CD2 TYR B 201      -4.220  42.820 108.958  1.00 39.66           C  
+ATOM   2411  CE1 TYR B 201      -3.209  44.899 110.474  1.00 44.60           C  
+ATOM   2412  CE2 TYR B 201      -3.843  42.595 110.273  1.00 46.17           C  
+ATOM   2413  CZ  TYR B 201      -3.334  43.639 111.026  1.00 50.40           C  
+ATOM   2414  OH  TYR B 201      -2.965  43.425 112.337  1.00 50.71           O  
+ATOM   2415  N   ILE B 202      -6.552  46.558 105.084  1.00 42.56           N  
+ATOM   2416  CA  ILE B 202      -6.841  47.048 103.750  1.00 42.60           C  
+ATOM   2417  C   ILE B 202      -5.864  48.169 103.361  1.00 45.64           C  
+ATOM   2418  O   ILE B 202      -5.673  49.167 104.075  1.00 42.58           O  
+ATOM   2419  CB  ILE B 202      -8.308  47.533 103.644  1.00 41.75           C  
+ATOM   2420  CG1 ILE B 202      -9.253  46.329 103.685  1.00 44.43           C  
+ATOM   2421  CG2 ILE B 202      -8.531  48.343 102.376  1.00 40.47           C  
+ATOM   2422  CD1 ILE B 202     -10.706  46.680 103.456  1.00 43.98           C  
+ATOM   2423  N   CYS B 203      -5.237  47.963 102.213  1.00 43.36           N  
+ATOM   2424  CA  CYS B 203      -4.302  48.899 101.615  1.00 42.98           C  
+ATOM   2425  C   CYS B 203      -5.075  49.861 100.725  1.00 42.51           C  
+ATOM   2426  O   CYS B 203      -5.740  49.425  99.792  1.00 45.01           O  
+ATOM   2427  CB  CYS B 203      -3.267  48.100 100.827  1.00 47.57           C  
+ATOM   2428  SG  CYS B 203      -2.105  48.942  99.773  1.00 87.00           S  
+ATOM   2429  N   ASN B 204      -5.026  51.155 101.021  1.00 41.11           N  
+ATOM   2430  CA  ASN B 204      -5.743  52.136 100.209  1.00 42.98           C  
+ATOM   2431  C   ASN B 204      -4.811  52.877  99.280  1.00 45.47           C  
+ATOM   2432  O   ASN B 204      -3.943  53.628  99.734  1.00 44.94           O  
+ATOM   2433  CB  ASN B 204      -6.471  53.149 101.088  1.00 42.38           C  
+ATOM   2434  CG  ASN B 204      -7.235  52.496 102.203  1.00 47.99           C  
+ATOM   2435  OD1 ASN B 204      -6.922  52.691 103.384  1.00 45.53           O  
+ATOM   2436  ND2 ASN B 204      -8.244  51.707 101.845  1.00 46.05           N  
+ATOM   2437  N   VAL B 205      -4.994  52.678  97.980  1.00 44.09           N  
+ATOM   2438  CA  VAL B 205      -4.127  53.315  97.001  1.00 46.01           C  
+ATOM   2439  C   VAL B 205      -4.897  54.308  96.143  1.00 44.16           C  
+ATOM   2440  O   VAL B 205      -5.926  53.990  95.548  1.00 45.25           O  
+ATOM   2441  CB  VAL B 205      -3.438  52.281  96.087  1.00 43.52           C  
+ATOM   2442  CG1 VAL B 205      -2.341  52.955  95.298  1.00 43.33           C  
+ATOM   2443  CG2 VAL B 205      -2.861  51.160  96.907  1.00 39.07           C  
+ATOM   2444  N   ASN B 206      -4.374  55.519  96.087  1.00 44.11           N  
+ATOM   2445  CA  ASN B 206      -5.022  56.610  95.385  1.00 48.73           C  
+ATOM   2446  C   ASN B 206      -4.040  57.315  94.449  1.00 48.87           C  
+ATOM   2447  O   ASN B 206      -3.113  57.988  94.907  1.00 49.97           O  
+ATOM   2448  CB  ASN B 206      -5.607  57.596  96.398  1.00 47.31           C  
+ATOM   2449  CG  ASN B 206      -6.393  58.718  95.745  1.00 61.91           C  
+ATOM   2450  OD1 ASN B 206      -6.518  59.803  96.314  1.00 74.31           O  
+ATOM   2451  ND2 ASN B 206      -6.931  58.465  94.553  1.00 59.63           N  
+ATOM   2452  N   HIS B 207      -4.235  57.153  93.142  1.00 42.43           N  
+ATOM   2453  CA  HIS B 207      -3.353  57.777  92.163  1.00 42.14           C  
+ATOM   2454  C   HIS B 207      -4.105  58.840  91.378  1.00 46.03           C  
+ATOM   2455  O   HIS B 207      -4.793  58.540  90.404  1.00 48.06           O  
+ATOM   2456  CB  HIS B 207      -2.754  56.724  91.220  1.00 42.08           C  
+ATOM   2457  CG  HIS B 207      -1.855  57.296  90.164  1.00 44.41           C  
+ATOM   2458  ND1 HIS B 207      -1.995  56.998  88.826  1.00 39.24           N  
+ATOM   2459  CD2 HIS B 207      -0.811  58.157  90.251  1.00 41.89           C  
+ATOM   2460  CE1 HIS B 207      -1.075  57.649  88.133  1.00 39.20           C  
+ATOM   2461  NE2 HIS B 207      -0.342  58.356  88.978  1.00 39.49           N  
+ATOM   2462  N   LYS B 208      -3.956  60.088  91.806  1.00 48.36           N  
+ATOM   2463  CA  LYS B 208      -4.759  61.187  91.270  1.00 50.78           C  
+ATOM   2464  C   LYS B 208      -4.578  61.437  89.762  1.00 48.91           C  
+ATOM   2465  O   LYS B 208      -5.574  61.619  89.063  1.00 49.86           O  
+ATOM   2466  CB  LYS B 208      -4.477  62.484  92.050  1.00 52.39           C  
+ATOM   2467  CG  LYS B 208      -4.881  62.436  93.510  1.00 54.21           C  
+ATOM   2468  CD  LYS B 208      -6.334  62.804  93.703  1.00 65.66           C  
+ATOM   2469  CE  LYS B 208      -6.745  62.672  95.164  1.00 73.65           C  
+ATOM   2470  NZ  LYS B 208      -5.853  63.418  96.095  1.00 73.19           N  
+ATOM   2471  N   PRO B 209      -3.326  61.464  89.252  1.00 50.62           N  
+ATOM   2472  CA  PRO B 209      -3.178  61.650  87.794  1.00 43.93           C  
+ATOM   2473  C   PRO B 209      -4.064  60.752  86.927  1.00 46.76           C  
+ATOM   2474  O   PRO B 209      -4.758  61.264  86.055  1.00 48.58           O  
+ATOM   2475  CB  PRO B 209      -1.708  61.326  87.563  1.00 38.30           C  
+ATOM   2476  CG  PRO B 209      -1.053  61.804  88.815  1.00 44.22           C  
+ATOM   2477  CD  PRO B 209      -2.018  61.518  89.937  1.00 39.92           C  
+ATOM   2478  N   SER B 210      -4.054  59.446  87.182  1.00 50.97           N  
+ATOM   2479  CA  SER B 210      -4.868  58.492  86.424  1.00 48.65           C  
+ATOM   2480  C   SER B 210      -6.271  58.359  87.008  1.00 53.01           C  
+ATOM   2481  O   SER B 210      -7.087  57.561  86.541  1.00 52.76           O  
+ATOM   2482  CB  SER B 210      -4.181  57.125  86.386  1.00 46.62           C  
+ATOM   2483  OG  SER B 210      -4.385  56.418  87.600  1.00 53.63           O  
+ATOM   2484  N   ASN B 211      -6.532  59.145  88.044  1.00 55.33           N  
+ATOM   2485  CA  ASN B 211      -7.834  59.189  88.707  1.00 59.30           C  
+ATOM   2486  C   ASN B 211      -8.382  57.837  89.189  1.00 56.82           C  
+ATOM   2487  O   ASN B 211      -9.597  57.636  89.227  1.00 55.20           O  
+ATOM   2488  CB  ASN B 211      -8.861  59.844  87.785  1.00 60.20           C  
+ATOM   2489  CG  ASN B 211      -9.862  60.687  88.551  1.00 75.19           C  
+ATOM   2490  OD1 ASN B 211     -10.908  60.191  88.987  1.00 74.65           O  
+ATOM   2491  ND2 ASN B 211      -9.537  61.969  88.740  1.00 75.21           N  
+ATOM   2492  N   THR B 212      -7.492  56.928  89.579  1.00 53.63           N  
+ATOM   2493  CA  THR B 212      -7.916  55.629  90.090  1.00 55.77           C  
+ATOM   2494  C   THR B 212      -7.757  55.539  91.624  1.00 52.60           C  
+ATOM   2495  O   THR B 212      -6.910  56.203  92.229  1.00 50.16           O  
+ATOM   2496  CB  THR B 212      -7.142  54.468  89.395  1.00 56.88           C  
+ATOM   2497  OG1 THR B 212      -5.736  54.625  89.606  1.00 56.81           O  
+ATOM   2498  CG2 THR B 212      -7.422  54.452  87.876  1.00 53.30           C  
+ATOM   2499  N   LYS B 213      -8.628  54.752  92.245  1.00 50.05           N  
+ATOM   2500  CA  LYS B 213      -8.550  54.461  93.668  1.00 51.27           C  
+ATOM   2501  C   LYS B 213      -8.623  52.943  93.823  1.00 48.44           C  
+ATOM   2502  O   LYS B 213      -9.394  52.290  93.132  1.00 47.73           O  
+ATOM   2503  CB  LYS B 213      -9.682  55.149  94.443  1.00 52.84           C  
+ATOM   2504  CG  LYS B 213      -9.709  56.668  94.324  1.00 55.07           C  
+ATOM   2505  CD  LYS B 213     -10.884  57.273  95.082  1.00 59.03           C  
+ATOM   2506  CE  LYS B 213     -10.879  58.804  95.008  1.00 63.35           C  
+ATOM   2507  NZ  LYS B 213     -12.078  59.423  95.664  1.00 61.41           N  
+ATOM   2508  N   VAL B 214      -7.807  52.362  94.693  1.00 46.42           N  
+ATOM   2509  CA  VAL B 214      -7.856  50.914  94.870  1.00 46.63           C  
+ATOM   2510  C   VAL B 214      -7.848  50.561  96.356  1.00 49.52           C  
+ATOM   2511  O   VAL B 214      -7.132  51.186  97.143  1.00 55.80           O  
+ATOM   2512  CB  VAL B 214      -6.671  50.201  94.145  1.00 44.76           C  
+ATOM   2513  CG1 VAL B 214      -6.725  48.682  94.352  1.00 41.59           C  
+ATOM   2514  CG2 VAL B 214      -6.674  50.512  92.662  1.00 41.65           C  
+ATOM   2515  N   ASP B 215      -8.677  49.588  96.736  1.00 49.92           N  
+ATOM   2516  CA  ASP B 215      -8.634  48.995  98.070  1.00 44.57           C  
+ATOM   2517  C   ASP B 215      -8.318  47.504  97.967  1.00 50.56           C  
+ATOM   2518  O   ASP B 215      -9.146  46.718  97.506  1.00 60.60           O  
+ATOM   2519  CB  ASP B 215      -9.957  49.202  98.821  1.00 44.33           C  
+ATOM   2520  CG  ASP B 215     -10.271  50.671  99.091  1.00 55.29           C  
+ATOM   2521  OD1 ASP B 215      -9.938  51.537  98.254  1.00 64.51           O  
+ATOM   2522  OD2 ASP B 215     -10.848  50.971 100.157  1.00 57.98           O  
+ATOM   2523  N   LYS B 216      -7.116  47.118  98.382  1.00 47.80           N  
+ATOM   2524  CA  LYS B 216      -6.731  45.709  98.400  1.00 49.91           C  
+ATOM   2525  C   LYS B 216      -6.721  45.181  99.829  1.00 46.86           C  
+ATOM   2526  O   LYS B 216      -6.067  45.751 100.698  1.00 46.53           O  
+ATOM   2527  CB  LYS B 216      -5.351  45.504  97.758  1.00 49.68           C  
+ATOM   2528  CG  LYS B 216      -5.129  44.127  97.132  1.00 48.50           C  
+ATOM   2529  CD  LYS B 216      -5.957  43.989  95.871  1.00 51.66           C  
+ATOM   2530  CE  LYS B 216      -5.367  42.977  94.909  1.00 59.37           C  
+ATOM   2531  NZ  LYS B 216      -5.514  43.433  93.479  1.00 56.66           N  
+ATOM   2532  N   LYS B 217      -7.468  44.109 100.075  1.00 50.95           N  
+ATOM   2533  CA  LYS B 217      -7.403  43.418 101.359  1.00 51.15           C  
+ATOM   2534  C   LYS B 217      -6.240  42.439 101.297  1.00 48.67           C  
+ATOM   2535  O   LYS B 217      -6.124  41.675 100.346  1.00 49.17           O  
+ATOM   2536  CB  LYS B 217      -8.718  42.694 101.677  1.00 49.29           C  
+ATOM   2537  CG  LYS B 217      -8.709  41.889 102.977  1.00 49.57           C  
+ATOM   2538  CD  LYS B 217     -10.121  41.495 103.411  1.00 52.11           C  
+ATOM   2539  CE  LYS B 217     -10.114  40.538 104.600  1.00 50.34           C  
+ATOM   2540  NZ  LYS B 217      -9.465  41.129 105.804  1.00 48.77           N  
+ATOM   2541  N   VAL B 218      -5.361  42.497 102.290  1.00 46.90           N  
+ATOM   2542  CA  VAL B 218      -4.220  41.594 102.358  1.00 48.57           C  
+ATOM   2543  C   VAL B 218      -4.460  40.541 103.428  1.00 45.62           C  
+ATOM   2544  O   VAL B 218      -4.676  40.865 104.591  1.00 45.45           O  
+ATOM   2545  CB  VAL B 218      -2.909  42.346 102.670  1.00 47.39           C  
+ATOM   2546  CG1 VAL B 218      -1.727  41.387 102.660  1.00 44.10           C  
+ATOM   2547  CG2 VAL B 218      -2.699  43.454 101.675  1.00 47.51           C  
+ATOM   2548  N   GLU B 219      -4.442  39.280 103.027  1.00 47.38           N  
+ATOM   2549  CA  GLU B 219      -4.648  38.192 103.967  1.00 50.32           C  
+ATOM   2550  C   GLU B 219      -3.477  37.229 103.888  1.00 50.08           C  
+ATOM   2551  O   GLU B 219      -2.714  37.252 102.925  1.00 49.72           O  
+ATOM   2552  CB  GLU B 219      -5.951  37.451 103.668  1.00 57.44           C  
+ATOM   2553  CG  GLU B 219      -7.162  38.337 103.435  1.00 66.21           C  
+ATOM   2554  CD  GLU B 219      -8.217  37.642 102.592  1.00 78.94           C  
+ATOM   2555  OE1 GLU B 219      -8.505  36.457 102.873  1.00 84.17           O  
+ATOM   2556  OE2 GLU B 219      -8.740  38.271 101.642  1.00 80.12           O  
+ATOM   2557  N   PRO B 220      -3.312  36.391 104.917  1.00 56.78           N  
+ATOM   2558  CA  PRO B 220      -2.398  35.252 104.767  1.00 55.17           C  
+ATOM   2559  C   PRO B 220      -2.928  34.255 103.732  1.00 58.15           C  
+ATOM   2560  O   PRO B 220      -4.139  34.205 103.496  1.00 57.57           O  
+ATOM   2561  CB  PRO B 220      -2.360  34.637 106.171  1.00 53.81           C  
+ATOM   2562  CG  PRO B 220      -3.508  35.267 106.929  1.00 48.09           C  
+ATOM   2563  CD  PRO B 220      -3.723  36.604 106.316  1.00 46.06           C  
+ATOM   2564  N   LYS B 221      -2.027  33.493 103.113  1.00 65.39           N  
+ATOM   2565  CA  LYS B 221      -2.398  32.470 102.127  1.00 66.79           C  
+ATOM   2566  C   LYS B 221      -2.474  31.079 102.753  1.00 67.28           C  
+ATOM   2567  O   LYS B 221      -3.388  30.302 102.464  1.00 66.54           O  
+ATOM   2568  CB  LYS B 221      -1.399  32.458 100.968  1.00 70.94           C  
+ATOM   2569  CG  LYS B 221      -1.327  31.135 100.214  1.00 77.99           C  
+ATOM   2570  CD  LYS B 221      -1.293  31.347  98.703  1.00 82.52           C  
+ATOM   2571  CE  LYS B 221      -0.391  32.511  98.324  1.00 74.70           C  
+ATOM   2572  NZ  LYS B 221      -0.241  32.654  96.850  1.00 73.08           N  
+HETATM 2573  O   HOH B 222      13.648  92.221  96.403  1.00 26.61           O  
+HETATM 2574  O   HOH B 223       6.122  95.184 102.270  1.00 31.40           O  
+HETATM 2575  O   HOH B 224      16.618  65.786  97.089  1.00 38.37           O  
+HETATM 2576  O   HOH B 225      18.354  90.158  92.926  1.00 31.21           O  
+HETATM 2577  O   HOH B 226      -0.127  78.208  84.050  1.00 46.72           O  
+HETATM 2578  O   HOH B 227      15.750  71.711  74.752  1.00 53.12           O  
+HETATM 2579  O   HOH B 228      13.163  83.632  76.183  1.00 44.55           O  
+HETATM 2580  O   HOH B 229      -6.907  41.626 106.219  1.00 30.84           O  
+HETATM 2581  O   HOH B 230      14.318  65.304  96.093  1.00 42.97           O  
+HETATM 2582  O   HOH B 231      15.193  82.859  77.988  1.00 41.72           O  
+HETATM 2583  O   HOH B 232      17.917  69.521  90.878  1.00 39.02           O  
+HETATM 2584  O   HOH B 233      12.261  81.014 104.494  1.00 21.90           O  
+HETATM 2585  O   HOH B 234      -7.870  56.425 103.500  1.00 46.27           O  
+HETATM 2586  O   HOH B 235      -0.234  48.634  85.792  1.00 47.85           O  
+HETATM 2587  O   HOH B 236     -11.582  38.918 110.130  1.00 35.51           O  
+HETATM 2588  O   HOH B 237      14.049  87.779 106.412  1.00 28.34           O  
+HETATM 2589  O   HOH B 238       3.842  65.526  87.573  1.00 34.20           O  
+HETATM 2590  O   HOH B 239       1.243  56.583 115.088  1.00 55.63           O  
+HETATM 2591  O   HOH B 240     -10.290  50.783 105.031  1.00 42.13           O  
+HETATM 2592  O   HOH B 241      10.220  60.417  85.257  1.00 40.24           O  
+HETATM 2593  O   HOH B 242     -11.037  39.602 107.974  1.00 42.67           O  
+HETATM 2594  O   HOH B 243       3.017  60.890  98.241  1.00 41.96           O  
+HETATM 2595  O   HOH B 244      -2.375  74.913  93.709  1.00 43.90           O  
+HETATM 2596  O   HOH B 245      11.272  96.401 100.535  1.00 43.79           O  
+HETATM 2597  O   HOH B 246      16.583  62.628  84.444  1.00 42.90           O  
+HETATM 2598  O   HOH B 247      12.933  96.151 102.458  1.00 39.10           O  
+HETATM 2599  O   HOH B 248      15.501  60.331  83.239  1.00 46.89           O  
+ATOM   2600  N   ILE C   2      30.559  80.331  89.901  1.00 31.52           N  
+ATOM   2601  CA  ILE C   2      30.894  80.136  91.328  1.00 38.30           C  
+ATOM   2602  C   ILE C   2      30.399  78.822  91.919  1.00 33.46           C  
+ATOM   2603  O   ILE C   2      29.209  78.637  92.139  1.00 34.77           O  
+ATOM   2604  CB  ILE C   2      30.324  81.235  92.252  1.00 36.66           C  
+ATOM   2605  CG1 ILE C   2      30.901  82.605  91.922  1.00 34.26           C  
+ATOM   2606  CG2 ILE C   2      30.622  80.903  93.698  1.00 33.52           C  
+ATOM   2607  CD1 ILE C   2      30.712  83.616  93.024  1.00 28.57           C  
+ATOM   2608  N   VAL C   3      31.334  77.932  92.215  1.00 31.52           N  
+ATOM   2609  CA  VAL C   3      31.016  76.610  92.716  1.00 29.77           C  
+ATOM   2610  C   VAL C   3      31.173  76.558  94.237  1.00 36.32           C  
+ATOM   2611  O   VAL C   3      32.216  76.955  94.771  1.00 36.18           O  
+ATOM   2612  CB  VAL C   3      31.922  75.556  92.052  1.00 30.15           C  
+ATOM   2613  CG1 VAL C   3      31.612  74.138  92.557  1.00 16.49           C  
+ATOM   2614  CG2 VAL C   3      31.809  75.672  90.523  1.00 26.04           C  
+ATOM   2615  N   LEU C   4      30.130  76.075  94.918  1.00 31.91           N  
+ATOM   2616  CA  LEU C   4      30.130  75.930  96.364  1.00 28.41           C  
+ATOM   2617  C   LEU C   4      30.223  74.455  96.746  1.00 33.12           C  
+ATOM   2618  O   LEU C   4      29.380  73.645  96.357  1.00 29.24           O  
+ATOM   2619  CB  LEU C   4      28.869  76.544  96.975  1.00 31.97           C  
+ATOM   2620  CG  LEU C   4      28.602  78.034  96.744  1.00 33.78           C  
+ATOM   2621  CD1 LEU C   4      27.346  78.475  97.480  1.00 30.55           C  
+ATOM   2622  CD2 LEU C   4      29.792  78.900  97.126  1.00 28.96           C  
+ATOM   2623  N   THR C   5      31.244  74.121  97.528  1.00 37.93           N  
+ATOM   2624  CA  THR C   5      31.474  72.753  97.963  1.00 36.51           C  
+ATOM   2625  C   THR C   5      31.207  72.654  99.453  1.00 38.84           C  
+ATOM   2626  O   THR C   5      31.982  73.157 100.272  1.00 37.05           O  
+ATOM   2627  CB  THR C   5      32.917  72.277  97.647  1.00 35.40           C  
+ATOM   2628  OG1 THR C   5      33.159  72.388  96.240  1.00 40.00           O  
+ATOM   2629  CG2 THR C   5      33.107  70.835  98.053  1.00 31.51           C  
+ATOM   2630  N   GLN C   6      30.089  72.010  99.784  1.00 36.93           N  
+ATOM   2631  CA  GLN C   6      29.696  71.793 101.158  1.00 33.23           C  
+ATOM   2632  C   GLN C   6      30.380  70.580 101.729  1.00 41.08           C  
+ATOM   2633  O   GLN C   6      30.725  69.642 101.001  1.00 39.60           O  
+ATOM   2634  CB  GLN C   6      28.186  71.636 101.270  1.00 34.87           C  
+ATOM   2635  CG  GLN C   6      27.481  72.956 101.284  1.00 40.07           C  
+ATOM   2636  CD  GLN C   6      26.037  72.831 101.651  1.00 36.93           C  
+ATOM   2637  OE1 GLN C   6      25.162  73.028 100.818  1.00 37.61           O  
+ATOM   2638  NE2 GLN C   6      25.772  72.506 102.911  1.00 37.28           N  
+ATOM   2639  N   SER C   7      30.547  70.602 103.049  1.00 42.14           N  
+ATOM   2640  CA  SER C   7      31.303  69.581 103.747  1.00 37.62           C  
+ATOM   2641  C   SER C   7      30.903  69.474 105.218  1.00 41.63           C  
+ATOM   2642  O   SER C   7      30.686  70.490 105.877  1.00 42.79           O  
+ATOM   2643  CB  SER C   7      32.789  69.881 103.636  1.00 34.37           C  
+ATOM   2644  OG  SER C   7      33.523  68.866 104.276  1.00 46.30           O  
+ATOM   2645  N   PRO C   8      30.781  68.236 105.733  1.00 46.75           N  
+ATOM   2646  CA  PRO C   8      30.921  66.985 104.968  1.00 43.58           C  
+ATOM   2647  C   PRO C   8      29.599  66.568 104.307  1.00 39.94           C  
+ATOM   2648  O   PRO C   8      28.656  67.361 104.243  1.00 38.39           O  
+ATOM   2649  CB  PRO C   8      31.328  65.978 106.033  1.00 36.66           C  
+ATOM   2650  CG  PRO C   8      30.518  66.455 107.264  1.00 44.93           C  
+ATOM   2651  CD  PRO C   8      30.484  67.979 107.159  1.00 45.80           C  
+ATOM   2652  N   GLY C   9      29.530  65.329 103.841  1.00 36.75           N  
+ATOM   2653  CA  GLY C   9      28.318  64.828 103.222  1.00 35.94           C  
+ATOM   2654  C   GLY C   9      27.232  64.574 104.243  1.00 37.80           C  
+ATOM   2655  O   GLY C   9      26.113  65.051 104.107  1.00 41.29           O  
+ATOM   2656  N   THR C  10      27.570  63.823 105.282  1.00 41.36           N  
+ATOM   2657  CA  THR C  10      26.624  63.493 106.339  1.00 39.32           C  
+ATOM   2658  C   THR C  10      27.232  63.749 107.718  1.00 42.75           C  
+ATOM   2659  O   THR C  10      28.410  63.491 107.948  1.00 41.99           O  
+ATOM   2660  CB  THR C  10      26.182  62.008 106.267  1.00 44.81           C  
+ATOM   2661  OG1 THR C  10      25.777  61.683 104.932  1.00 43.20           O  
+ATOM   2662  CG2 THR C  10      25.026  61.726 107.238  1.00 48.35           C  
+ATOM   2663  N   LEU C  11      26.422  64.264 108.634  1.00 47.85           N  
+ATOM   2664  CA  LEU C  11      26.792  64.311 110.045  1.00 43.92           C  
+ATOM   2665  C   LEU C  11      25.880  63.391 110.860  1.00 44.58           C  
+ATOM   2666  O   LEU C  11      24.652  63.468 110.757  1.00 45.43           O  
+ATOM   2667  CB  LEU C  11      26.725  65.742 110.586  1.00 39.18           C  
+ATOM   2668  CG  LEU C  11      27.976  66.601 110.398  1.00 46.12           C  
+ATOM   2669  CD1 LEU C  11      27.772  67.987 110.980  1.00 51.03           C  
+ATOM   2670  CD2 LEU C  11      29.166  65.939 111.058  1.00 47.47           C  
+ATOM   2671  N   SER C  12      26.488  62.508 111.647  1.00 41.06           N  
+ATOM   2672  CA  SER C  12      25.752  61.674 112.589  1.00 37.25           C  
+ATOM   2673  C   SER C  12      26.009  62.169 114.014  1.00 44.30           C  
+ATOM   2674  O   SER C  12      27.113  62.010 114.539  1.00 45.82           O  
+ATOM   2675  CB  SER C  12      26.157  60.211 112.456  1.00 36.73           C  
+ATOM   2676  OG  SER C  12      26.090  59.783 111.106  1.00 49.21           O  
+ATOM   2677  N   LEU C  13      24.987  62.760 114.633  1.00 40.40           N  
+ATOM   2678  CA  LEU C  13      25.133  63.400 115.931  1.00 38.75           C  
+ATOM   2679  C   LEU C  13      23.930  63.127 116.824  1.00 45.59           C  
+ATOM   2680  O   LEU C  13      22.823  62.907 116.334  1.00 43.22           O  
+ATOM   2681  CB  LEU C  13      25.313  64.916 115.772  1.00 39.31           C  
+ATOM   2682  CG  LEU C  13      26.539  65.454 115.020  1.00 34.89           C  
+ATOM   2683  CD1 LEU C  13      26.497  66.960 114.998  1.00 38.37           C  
+ATOM   2684  CD2 LEU C  13      27.833  65.008 115.646  1.00 30.85           C  
+ATOM   2685  N   SER C  14      24.165  63.160 118.136  1.00 46.98           N  
+ATOM   2686  CA  SER C  14      23.119  63.049 119.143  1.00 45.34           C  
+ATOM   2687  C   SER C  14      22.583  64.427 119.495  1.00 46.81           C  
+ATOM   2688  O   SER C  14      23.341  65.393 119.496  1.00 47.28           O  
+ATOM   2689  CB  SER C  14      23.668  62.388 120.402  1.00 49.11           C  
+ATOM   2690  OG  SER C  14      24.533  61.319 120.061  1.00 62.55           O  
+ATOM   2691  N   PRO C  15      21.283  64.527 119.811  1.00 46.67           N  
+ATOM   2692  CA  PRO C  15      20.774  65.795 120.341  1.00 44.93           C  
+ATOM   2693  C   PRO C  15      21.655  66.329 121.477  1.00 49.36           C  
+ATOM   2694  O   PRO C  15      22.174  65.561 122.304  1.00 45.95           O  
+ATOM   2695  CB  PRO C  15      19.376  65.427 120.843  1.00 46.95           C  
+ATOM   2696  CG  PRO C  15      18.958  64.308 119.948  1.00 49.75           C  
+ATOM   2697  CD  PRO C  15      20.215  63.520 119.662  1.00 45.24           C  
+ATOM   2698  N   GLY C  16      21.850  67.645 121.485  1.00 49.45           N  
+ATOM   2699  CA  GLY C  16      22.690  68.284 122.478  1.00 46.26           C  
+ATOM   2700  C   GLY C  16      24.123  68.492 122.021  1.00 48.24           C  
+ATOM   2701  O   GLY C  16      24.835  69.339 122.566  1.00 45.48           O  
+ATOM   2702  N   GLU C  17      24.563  67.716 121.031  1.00 41.33           N  
+ATOM   2703  CA  GLU C  17      25.877  67.936 120.463  1.00 38.22           C  
+ATOM   2704  C   GLU C  17      25.862  69.199 119.597  1.00 41.92           C  
+ATOM   2705  O   GLU C  17      24.802  69.756 119.298  1.00 38.73           O  
+ATOM   2706  CB  GLU C  17      26.327  66.723 119.658  1.00 43.04           C  
+ATOM   2707  CG  GLU C  17      26.650  65.500 120.493  1.00 47.02           C  
+ATOM   2708  CD  GLU C  17      27.262  64.369 119.670  1.00 56.71           C  
+ATOM   2709  OE1 GLU C  17      28.304  64.583 119.015  1.00 61.14           O  
+ATOM   2710  OE2 GLU C  17      26.700  63.256 119.673  1.00 60.42           O  
+ATOM   2711  N   ARG C  18      27.047  69.659 119.217  1.00 43.76           N  
+ATOM   2712  CA  ARG C  18      27.182  70.843 118.384  1.00 43.89           C  
+ATOM   2713  C   ARG C  18      27.506  70.417 116.951  1.00 40.93           C  
+ATOM   2714  O   ARG C  18      28.308  69.508 116.744  1.00 43.61           O  
+ATOM   2715  CB  ARG C  18      28.266  71.755 118.957  1.00 45.63           C  
+ATOM   2716  CG  ARG C  18      28.800  72.783 118.003  1.00 49.13           C  
+ATOM   2717  CD  ARG C  18      30.089  73.359 118.526  1.00 57.54           C  
+ATOM   2718  NE  ARG C  18      30.171  74.794 118.275  1.00 71.11           N  
+ATOM   2719  CZ  ARG C  18      31.301  75.494 118.309  1.00 74.17           C  
+ATOM   2720  NH1 ARG C  18      32.451  74.888 118.578  1.00 69.39           N  
+ATOM   2721  NH2 ARG C  18      31.279  76.799 118.067  1.00 75.94           N  
+ATOM   2722  N   ALA C  19      26.874  71.039 115.962  1.00 37.78           N  
+ATOM   2723  CA  ALA C  19      27.159  70.684 114.565  1.00 41.66           C  
+ATOM   2724  C   ALA C  19      27.852  71.822 113.812  1.00 38.81           C  
+ATOM   2725  O   ALA C  19      27.472  72.987 113.935  1.00 37.95           O  
+ATOM   2726  CB  ALA C  19      25.882  70.281 113.840  1.00 38.31           C  
+ATOM   2727  N   THR C  20      28.866  71.463 113.030  1.00 40.65           N  
+ATOM   2728  CA  THR C  20      29.654  72.423 112.261  1.00 41.04           C  
+ATOM   2729  C   THR C  20      29.582  72.081 110.779  1.00 36.73           C  
+ATOM   2730  O   THR C  20      29.966  70.988 110.367  1.00 42.49           O  
+ATOM   2731  CB  THR C  20      31.144  72.449 112.717  1.00 36.80           C  
+ATOM   2732  OG1 THR C  20      31.256  73.112 113.978  1.00 39.35           O  
+ATOM   2733  CG2 THR C  20      31.992  73.197 111.723  1.00 40.41           C  
+ATOM   2734  N   LEU C  21      29.089  73.015 109.975  1.00 37.30           N  
+ATOM   2735  CA  LEU C  21      28.938  72.770 108.539  1.00 40.04           C  
+ATOM   2736  C   LEU C  21      29.773  73.733 107.704  1.00 37.67           C  
+ATOM   2737  O   LEU C  21      29.798  74.940 107.959  1.00 34.82           O  
+ATOM   2738  CB  LEU C  21      27.474  72.873 108.120  1.00 37.45           C  
+ATOM   2739  CG  LEU C  21      26.594  71.641 108.323  1.00 42.87           C  
+ATOM   2740  CD1 LEU C  21      26.382  71.350 109.797  1.00 45.50           C  
+ATOM   2741  CD2 LEU C  21      25.264  71.850 107.626  1.00 41.96           C  
+ATOM   2742  N   SER C  22      30.445  73.197 106.692  1.00 36.51           N  
+ATOM   2743  CA  SER C  22      31.352  74.007 105.902  1.00 40.34           C  
+ATOM   2744  C   SER C  22      30.835  74.273 104.503  1.00 38.45           C  
+ATOM   2745  O   SER C  22      30.154  73.436 103.895  1.00 37.66           O  
+ATOM   2746  CB  SER C  22      32.729  73.352 105.833  1.00 40.42           C  
+ATOM   2747  OG  SER C  22      33.361  73.434 107.098  1.00 52.53           O  
+ATOM   2748  N   CYS C  23      31.157  75.466 104.018  1.00 36.70           N  
+ATOM   2749  CA  CYS C  23      30.842  75.872 102.660  1.00 39.53           C  
+ATOM   2750  C   CYS C  23      32.066  76.577 102.086  1.00 37.40           C  
+ATOM   2751  O   CYS C  23      32.477  77.600 102.617  1.00 41.88           O  
+ATOM   2752  CB  CYS C  23      29.615  76.792 102.640  1.00 35.46           C  
+ATOM   2753  SG  CYS C  23      28.916  77.078 100.995  1.00 44.66           S  
+ATOM   2754  N   ARG C  24      32.665  76.033 101.031  1.00 32.54           N  
+ATOM   2755  CA  ARG C  24      33.804  76.706 100.397  1.00 37.39           C  
+ATOM   2756  C   ARG C  24      33.442  77.173  98.990  1.00 35.36           C  
+ATOM   2757  O   ARG C  24      32.730  76.482  98.259  1.00 38.81           O  
+ATOM   2758  CB  ARG C  24      35.030  75.783 100.366  1.00 41.22           C  
+ATOM   2759  CG  ARG C  24      35.507  75.367 101.760  1.00 48.32           C  
+ATOM   2760  CD  ARG C  24      36.966  75.712 101.989  1.00 64.55           C  
+ATOM   2761  NE  ARG C  24      37.809  75.332 100.851  1.00 81.21           N  
+ATOM   2762  CZ  ARG C  24      39.126  75.530 100.787  1.00 81.42           C  
+ATOM   2763  NH1 ARG C  24      39.761  76.106 101.803  1.00 75.13           N  
+ATOM   2764  NH2 ARG C  24      39.809  75.146  99.710  1.00 77.90           N  
+ATOM   2765  N   ALA C  25      33.911  78.353  98.607  1.00 35.19           N  
+ATOM   2766  CA  ALA C  25      33.588  78.886  97.283  1.00 33.67           C  
+ATOM   2767  C   ALA C  25      34.813  78.922  96.374  1.00 36.12           C  
+ATOM   2768  O   ALA C  25      35.945  78.997  96.850  1.00 35.91           O  
+ATOM   2769  CB  ALA C  25      32.984  80.269  97.401  1.00 32.68           C  
+ATOM   2770  N   SER C  26      34.577  78.860  95.065  1.00 34.95           N  
+ATOM   2771  CA  SER C  26      35.649  78.918  94.085  1.00 36.20           C  
+ATOM   2772  C   SER C  26      35.997  80.372  93.744  1.00 34.03           C  
+ATOM   2773  O   SER C  26      36.958  80.649  93.032  1.00 37.26           O  
+ATOM   2774  CB  SER C  26      35.254  78.135  92.830  1.00 34.02           C  
+ATOM   2775  OG  SER C  26      34.032  78.615  92.301  1.00 34.80           O  
+ATOM   2776  N   GLN C  27      35.205  81.295  94.262  1.00 33.71           N  
+ATOM   2777  CA  GLN C  27      35.439  82.723  94.060  1.00 33.99           C  
+ATOM   2778  C   GLN C  27      35.036  83.465  95.305  1.00 37.16           C  
+ATOM   2779  O   GLN C  27      34.303  82.924  96.134  1.00 41.15           O  
+ATOM   2780  CB  GLN C  27      34.652  83.265  92.874  1.00 33.52           C  
+ATOM   2781  CG  GLN C  27      35.036  82.683  91.550  1.00 38.13           C  
+ATOM   2782  CD  GLN C  27      34.220  83.260  90.423  1.00 45.86           C  
+ATOM   2783  OE1 GLN C  27      33.840  84.442  90.451  1.00 46.70           O  
+ATOM   2784  NE2 GLN C  27      33.926  82.427  89.424  1.00 41.59           N  
+ATOM   2785  N   ARG C  28      35.522  84.693  95.457  1.00 39.71           N  
+ATOM   2786  CA  ARG C  28      35.091  85.524  96.574  1.00 37.36           C  
+ATOM   2787  C   ARG C  28      33.615  85.858  96.409  1.00 38.97           C  
+ATOM   2788  O   ARG C  28      33.172  86.199  95.307  1.00 37.86           O  
+ATOM   2789  CB  ARG C  28      35.910  86.803  96.666  1.00 35.24           C  
+ATOM   2790  CG  ARG C  28      35.429  87.696  97.769  1.00 40.31           C  
+ATOM   2791  CD  ARG C  28      36.453  88.737  98.111  1.00 43.29           C  
+ATOM   2792  NE  ARG C  28      35.977  89.598  99.183  1.00 46.81           N  
+ATOM   2793  CZ  ARG C  28      35.124  90.591  98.986  1.00 44.86           C  
+ATOM   2794  NH1 ARG C  28      34.669  90.816  97.763  1.00 45.74           N  
+ATOM   2795  NH2 ARG C  28      34.725  91.353  99.997  1.00 44.10           N  
+ATOM   2796  N   VAL C  29      32.855  85.727  97.494  1.00 35.18           N  
+ATOM   2797  CA  VAL C  29      31.421  86.005  97.467  1.00 34.32           C  
+ATOM   2798  C   VAL C  29      31.151  87.464  97.828  1.00 33.79           C  
+ATOM   2799  O   VAL C  29      31.266  87.862  98.988  1.00 36.90           O  
+ATOM   2800  CB  VAL C  29      30.652  85.070  98.425  1.00 35.29           C  
+ATOM   2801  CG1 VAL C  29      29.171  85.427  98.470  1.00 32.44           C  
+ATOM   2802  CG2 VAL C  29      30.831  83.632  97.986  1.00 36.77           C  
+ATOM   2803  N   SER C  30      30.788  88.248  96.819  1.00 34.60           N  
+ATOM   2804  CA  SER C  30      30.609  89.693  96.966  1.00 38.06           C  
+ATOM   2805  C   SER C  30      29.744  90.054  98.169  1.00 35.12           C  
+ATOM   2806  O   SER C  30      28.735  89.401  98.444  1.00 33.52           O  
+ATOM   2807  CB  SER C  30      29.999  90.276  95.691  1.00 34.05           C  
+ATOM   2808  OG  SER C  30      30.342  91.641  95.552  1.00 39.90           O  
+ATOM   2809  N   SER C  36      30.170  91.074  98.904  1.00 37.69           N  
+ATOM   2810  CA  SER C  36      29.463  91.542 100.109  1.00 41.26           C  
+ATOM   2811  C   SER C  36      29.130  90.464 101.150  1.00 40.08           C  
+ATOM   2812  O   SER C  36      28.338  90.726 102.051  1.00 36.47           O  
+ATOM   2813  CB  SER C  36      28.164  92.237  99.717  1.00 37.00           C  
+ATOM   2814  OG  SER C  36      28.411  93.287  98.810  1.00 43.17           O  
+ATOM   2815  N   SER C  37      29.726  89.275 101.014  1.00 38.74           N  
+ATOM   2816  CA  SER C  37      29.424  88.110 101.859  1.00 36.38           C  
+ATOM   2817  C   SER C  37      27.960  87.709 101.817  1.00 35.50           C  
+ATOM   2818  O   SER C  37      27.402  87.320 102.838  1.00 33.19           O  
+ATOM   2819  CB  SER C  37      29.834  88.352 103.313  1.00 35.38           C  
+ATOM   2820  OG  SER C  37      31.243  88.401 103.429  1.00 51.01           O  
+ATOM   2821  N   TYR C  38      27.356  87.787 100.632  1.00 34.16           N  
+ATOM   2822  CA  TYR C  38      25.986  87.338 100.437  1.00 31.79           C  
+ATOM   2823  C   TYR C  38      25.944  85.823 100.319  1.00 31.48           C  
+ATOM   2824  O   TYR C  38      25.913  85.261  99.212  1.00 32.06           O  
+ATOM   2825  CB  TYR C  38      25.380  87.971  99.197  1.00 33.38           C  
+ATOM   2826  CG  TYR C  38      25.069  89.436  99.350  1.00 33.77           C  
+ATOM   2827  CD1 TYR C  38      24.705  89.973 100.578  1.00 32.16           C  
+ATOM   2828  CD2 TYR C  38      25.145  90.289  98.259  1.00 33.22           C  
+ATOM   2829  CE1 TYR C  38      24.424  91.324 100.705  1.00 32.03           C  
+ATOM   2830  CE2 TYR C  38      24.867  91.629  98.380  1.00 32.24           C  
+ATOM   2831  CZ  TYR C  38      24.510  92.142  99.593  1.00 29.97           C  
+ATOM   2832  OH  TYR C  38      24.241  93.487  99.672  1.00 38.71           O  
+ATOM   2833  N   LEU C  39      25.946  85.184 101.481  1.00 27.61           N  
+ATOM   2834  CA  LEU C  39      25.921  83.740 101.620  1.00 29.75           C  
+ATOM   2835  C   LEU C  39      24.719  83.383 102.487  1.00 31.04           C  
+ATOM   2836  O   LEU C  39      24.652  83.775 103.652  1.00 32.61           O  
+ATOM   2837  CB  LEU C  39      27.238  83.238 102.256  1.00 33.93           C  
+ATOM   2838  CG  LEU C  39      27.651  81.752 102.308  1.00 32.00           C  
+ATOM   2839  CD1 LEU C  39      26.753  80.907 103.218  1.00 27.14           C  
+ATOM   2840  CD2 LEU C  39      27.742  81.152 100.899  1.00 30.36           C  
+ATOM   2841  N   ALA C  40      23.765  82.652 101.926  1.00 31.78           N  
+ATOM   2842  CA  ALA C  40      22.624  82.212 102.717  1.00 31.46           C  
+ATOM   2843  C   ALA C  40      22.768  80.740 103.126  1.00 30.49           C  
+ATOM   2844  O   ALA C  40      23.457  79.973 102.460  1.00 30.04           O  
+ATOM   2845  CB  ALA C  40      21.324  82.439 101.945  1.00 27.78           C  
+ATOM   2846  N   TRP C  41      22.132  80.351 104.224  1.00 27.09           N  
+ATOM   2847  CA  TRP C  41      21.987  78.931 104.545  1.00 30.29           C  
+ATOM   2848  C   TRP C  41      20.512  78.537 104.595  1.00 31.69           C  
+ATOM   2849  O   TRP C  41      19.656  79.343 104.962  1.00 32.36           O  
+ATOM   2850  CB  TRP C  41      22.655  78.589 105.878  1.00 30.66           C  
+ATOM   2851  CG  TRP C  41      24.158  78.661 105.887  1.00 28.63           C  
+ATOM   2852  CD1 TRP C  41      24.920  79.767 106.148  1.00 28.23           C  
+ATOM   2853  CD2 TRP C  41      25.083  77.583 105.654  1.00 28.60           C  
+ATOM   2854  NE1 TRP C  41      26.259  79.448 106.087  1.00 29.58           N  
+ATOM   2855  CE2 TRP C  41      26.388  78.117 105.787  1.00 27.95           C  
+ATOM   2856  CE3 TRP C  41      24.934  76.221 105.344  1.00 27.57           C  
+ATOM   2857  CZ2 TRP C  41      27.541  77.338 105.635  1.00 25.97           C  
+ATOM   2858  CZ3 TRP C  41      26.080  75.443 105.183  1.00 30.22           C  
+ATOM   2859  CH2 TRP C  41      27.370  76.008 105.329  1.00 30.09           C  
+ATOM   2860  N   TYR C  42      20.216  77.293 104.232  1.00 32.55           N  
+ATOM   2861  CA  TYR C  42      18.830  76.824 104.213  1.00 33.79           C  
+ATOM   2862  C   TYR C  42      18.664  75.456 104.864  1.00 34.69           C  
+ATOM   2863  O   TYR C  42      19.572  74.620 104.864  1.00 34.08           O  
+ATOM   2864  CB  TYR C  42      18.289  76.757 102.782  1.00 32.05           C  
+ATOM   2865  CG  TYR C  42      18.246  78.087 102.080  1.00 33.82           C  
+ATOM   2866  CD1 TYR C  42      19.339  78.533 101.346  1.00 32.87           C  
+ATOM   2867  CD2 TYR C  42      17.123  78.900 102.149  1.00 31.82           C  
+ATOM   2868  CE1 TYR C  42      19.319  79.750 100.701  1.00 32.32           C  
+ATOM   2869  CE2 TYR C  42      17.091  80.128 101.497  1.00 33.70           C  
+ATOM   2870  CZ  TYR C  42      18.195  80.545 100.776  1.00 34.38           C  
+ATOM   2871  OH  TYR C  42      18.187  81.754 100.122  1.00 32.47           O  
+ATOM   2872  N   GLN C  43      17.479  75.238 105.410  1.00 32.01           N  
+ATOM   2873  CA  GLN C  43      17.151  73.959 105.996  1.00 34.74           C  
+ATOM   2874  C   GLN C  43      16.039  73.326 105.193  1.00 33.23           C  
+ATOM   2875  O   GLN C  43      15.031  73.979 104.879  1.00 33.10           O  
+ATOM   2876  CB  GLN C  43      16.725  74.113 107.459  1.00 31.62           C  
+ATOM   2877  CG  GLN C  43      16.052  72.880 108.027  1.00 30.60           C  
+ATOM   2878  CD  GLN C  43      15.413  73.131 109.372  1.00 32.82           C  
+ATOM   2879  OE1 GLN C  43      14.236  73.490 109.456  1.00 36.67           O  
+ATOM   2880  NE2 GLN C  43      16.187  72.936 110.440  1.00 32.85           N  
+ATOM   2881  N   GLN C  44      16.212  72.054 104.857  1.00 30.99           N  
+ATOM   2882  CA  GLN C  44      15.133  71.339 104.205  1.00 34.37           C  
+ATOM   2883  C   GLN C  44      14.861  70.007 104.867  1.00 33.96           C  
+ATOM   2884  O   GLN C  44      15.768  69.192 105.058  1.00 33.71           O  
+ATOM   2885  CB  GLN C  44      15.437  71.135 102.727  1.00 38.94           C  
+ATOM   2886  CG  GLN C  44      14.205  70.786 101.926  1.00 40.33           C  
+ATOM   2887  CD  GLN C  44      14.528  70.513 100.478  1.00 41.22           C  
+ATOM   2888  OE1 GLN C  44      15.639  70.085 100.151  1.00 45.52           O  
+ATOM   2889  NE2 GLN C  44      13.558  70.746  99.599  1.00 36.99           N  
+ATOM   2890  N   LYS C  45      13.596  69.808 105.229  1.00 37.02           N  
+ATOM   2891  CA  LYS C  45      13.095  68.519 105.698  1.00 35.18           C  
+ATOM   2892  C   LYS C  45      12.446  67.771 104.525  1.00 38.07           C  
+ATOM   2893  O   LYS C  45      11.984  68.398 103.573  1.00 37.54           O  
+ATOM   2894  CB  LYS C  45      12.110  68.734 106.853  1.00 37.53           C  
+ATOM   2895  CG  LYS C  45      12.732  69.423 108.078  1.00 38.28           C  
+ATOM   2896  CD  LYS C  45      11.783  69.360 109.270  1.00 48.50           C  
+ATOM   2897  CE  LYS C  45      12.422  69.858 110.555  1.00 43.87           C  
+ATOM   2898  NZ  LYS C  45      12.797  71.280 110.443  1.00 48.12           N  
+ATOM   2899  N   PRO C  46      12.426  66.431 104.579  1.00 38.33           N  
+ATOM   2900  CA  PRO C  46      11.872  65.598 103.498  1.00 31.68           C  
+ATOM   2901  C   PRO C  46      10.456  65.973 103.102  1.00 33.52           C  
+ATOM   2902  O   PRO C  46       9.581  66.048 103.947  1.00 33.14           O  
+ATOM   2903  CB  PRO C  46      11.881  64.193 104.096  1.00 33.86           C  
+ATOM   2904  CG  PRO C  46      12.949  64.242 105.126  1.00 38.83           C  
+ATOM   2905  CD  PRO C  46      12.887  65.614 105.714  1.00 37.22           C  
+ATOM   2906  N   GLY C  47      10.235  66.205 101.815  1.00 42.83           N  
+ATOM   2907  CA  GLY C  47       8.912  66.538 101.333  1.00 36.79           C  
+ATOM   2908  C   GLY C  47       8.527  67.997 101.481  1.00 42.94           C  
+ATOM   2909  O   GLY C  47       7.455  68.379 101.016  1.00 47.79           O  
+ATOM   2910  N   GLN C  48       9.377  68.816 102.107  1.00 38.27           N  
+ATOM   2911  CA  GLN C  48       9.063  70.240 102.284  1.00 35.35           C  
+ATOM   2912  C   GLN C  48       9.985  71.155 101.467  1.00 38.48           C  
+ATOM   2913  O   GLN C  48      11.055  70.739 101.027  1.00 42.21           O  
+ATOM   2914  CB  GLN C  48       9.132  70.617 103.763  1.00 38.58           C  
+ATOM   2915  CG  GLN C  48       8.328  69.703 104.688  1.00 44.57           C  
+ATOM   2916  CD  GLN C  48       8.246  70.226 106.123  1.00 50.35           C  
+ATOM   2917  OE1 GLN C  48       8.503  71.402 106.391  1.00 55.19           O  
+ATOM   2918  NE2 GLN C  48       7.883  69.347 107.050  1.00 52.93           N  
+ATOM   2919  N   ALA C  49       9.557  72.396 101.255  1.00 37.26           N  
+ATOM   2920  CA  ALA C  49      10.415  73.422 100.661  1.00 35.79           C  
+ATOM   2921  C   ALA C  49      11.450  73.907 101.685  1.00 39.03           C  
+ATOM   2922  O   ALA C  49      11.237  73.780 102.895  1.00 35.04           O  
+ATOM   2923  CB  ALA C  49       9.585  74.589 100.168  1.00 33.50           C  
+ATOM   2924  N   PRO C  50      12.572  74.474 101.202  1.00 38.76           N  
+ATOM   2925  CA  PRO C  50      13.596  75.014 102.103  1.00 37.32           C  
+ATOM   2926  C   PRO C  50      13.101  76.178 102.958  1.00 34.50           C  
+ATOM   2927  O   PRO C  50      12.215  76.916 102.530  1.00 34.12           O  
+ATOM   2928  CB  PRO C  50      14.693  75.490 101.139  1.00 36.37           C  
+ATOM   2929  CG  PRO C  50      14.474  74.717  99.889  1.00 31.97           C  
+ATOM   2930  CD  PRO C  50      12.997  74.528  99.790  1.00 34.27           C  
+ATOM   2931  N   ARG C  51      13.674  76.315 104.155  1.00 37.53           N  
+ATOM   2932  CA  ARG C  51      13.494  77.485 105.023  1.00 34.14           C  
+ATOM   2933  C   ARG C  51      14.815  78.265 105.135  1.00 35.56           C  
+ATOM   2934  O   ARG C  51      15.875  77.669 105.394  1.00 35.07           O  
+ATOM   2935  CB  ARG C  51      13.031  77.058 106.425  1.00 36.86           C  
+ATOM   2936  CG  ARG C  51      11.599  76.576 106.517  1.00 47.90           C  
+ATOM   2937  CD  ARG C  51      11.309  75.944 107.873  1.00 59.99           C  
+ATOM   2938  NE  ARG C  51      10.717  74.607 107.755  1.00 68.95           N  
+ATOM   2939  CZ  ARG C  51      10.370  73.838 108.787  1.00 66.62           C  
+ATOM   2940  NH1 ARG C  51      10.539  74.263 110.033  1.00 63.90           N  
+ATOM   2941  NH2 ARG C  51       9.836  72.642 108.578  1.00 65.08           N  
+ATOM   2942  N   LEU C  52      14.765  79.584 104.964  1.00 31.49           N  
+ATOM   2943  CA  LEU C  52      15.957  80.410 105.160  1.00 25.93           C  
+ATOM   2944  C   LEU C  52      16.372  80.463 106.628  1.00 30.45           C  
+ATOM   2945  O   LEU C  52      15.551  80.673 107.524  1.00 28.11           O  
+ATOM   2946  CB  LEU C  52      15.722  81.824 104.641  1.00 26.53           C  
+ATOM   2947  CG  LEU C  52      16.880  82.817 104.743  1.00 26.97           C  
+ATOM   2948  CD1 LEU C  52      18.071  82.331 103.934  1.00 28.33           C  
+ATOM   2949  CD2 LEU C  52      16.442  84.183 104.266  1.00 26.99           C  
+ATOM   2950  N   LEU C  53      17.664  80.276 106.859  1.00 35.22           N  
+ATOM   2951  CA  LEU C  53      18.232  80.282 108.197  1.00 32.59           C  
+ATOM   2952  C   LEU C  53      19.065  81.528 108.435  1.00 35.95           C  
+ATOM   2953  O   LEU C  53      18.798  82.315 109.341  1.00 36.90           O  
+ATOM   2954  CB  LEU C  53      19.112  79.056 108.401  1.00 34.32           C  
+ATOM   2955  CG  LEU C  53      18.457  77.681 108.415  1.00 36.40           C  
+ATOM   2956  CD1 LEU C  53      19.536  76.656 108.665  1.00 38.93           C  
+ATOM   2957  CD2 LEU C  53      17.385  77.593 109.487  1.00 32.43           C  
+ATOM   2958  N   ILE C  54      20.093  81.679 107.607  1.00 36.93           N  
+ATOM   2959  CA  ILE C  54      21.082  82.735 107.748  1.00 31.77           C  
+ATOM   2960  C   ILE C  54      21.223  83.459 106.427  1.00 34.59           C  
+ATOM   2961  O   ILE C  54      21.225  82.832 105.366  1.00 35.35           O  
+ATOM   2962  CB  ILE C  54      22.474  82.171 108.187  1.00 34.62           C  
+ATOM   2963  CG1 ILE C  54      22.733  82.398 109.684  1.00 35.17           C  
+ATOM   2964  CG2 ILE C  54      23.587  82.837 107.433  1.00 36.08           C  
+ATOM   2965  CD1 ILE C  54      21.981  81.502 110.588  1.00 30.96           C  
+ATOM   2966  N   TYR C  55      21.309  84.782 106.484  1.00 37.25           N  
+ATOM   2967  CA  TYR C  55      21.644  85.576 105.306  1.00 36.30           C  
+ATOM   2968  C   TYR C  55      22.787  86.510 105.672  1.00 34.02           C  
+ATOM   2969  O   TYR C  55      23.024  86.756 106.864  1.00 35.27           O  
+ATOM   2970  CB  TYR C  55      20.420  86.355 104.803  1.00 35.17           C  
+ATOM   2971  CG  TYR C  55      19.934  87.444 105.742  1.00 32.73           C  
+ATOM   2972  CD1 TYR C  55      19.092  87.149 106.817  1.00 29.88           C  
+ATOM   2973  CD2 TYR C  55      20.298  88.767 105.540  1.00 30.58           C  
+ATOM   2974  CE1 TYR C  55      18.638  88.154 107.672  1.00 28.87           C  
+ATOM   2975  CE2 TYR C  55      19.856  89.766 106.383  1.00 32.44           C  
+ATOM   2976  CZ  TYR C  55      19.037  89.460 107.447  1.00 31.49           C  
+ATOM   2977  OH  TYR C  55      18.622  90.477 108.274  1.00 34.52           O  
+ATOM   2978  N   ASP C  56      23.482  87.025 104.658  1.00 31.19           N  
+ATOM   2979  CA  ASP C  56      24.680  87.860 104.850  1.00 32.60           C  
+ATOM   2980  C   ASP C  56      25.647  87.125 105.759  1.00 37.00           C  
+ATOM   2981  O   ASP C  56      26.287  87.724 106.620  1.00 45.45           O  
+ATOM   2982  CB  ASP C  56      24.330  89.241 105.433  1.00 32.62           C  
+ATOM   2983  CG  ASP C  56      23.527  90.107 104.464  1.00 39.78           C  
+ATOM   2984  OD1 ASP C  56      23.213  89.611 103.370  1.00 46.87           O  
+ATOM   2985  OD2 ASP C  56      23.187  91.271 104.784  1.00 38.20           O  
+ATOM   2986  N   ALA C  57      25.689  85.808 105.581  1.00 41.00           N  
+ATOM   2987  CA  ALA C  57      26.596  84.900 106.285  1.00 32.46           C  
+ATOM   2988  C   ALA C  57      26.382  84.798 107.793  1.00 33.55           C  
+ATOM   2989  O   ALA C  57      26.583  83.728 108.351  1.00 36.12           O  
+ATOM   2990  CB  ALA C  57      28.064  85.283 105.995  1.00 32.64           C  
+ATOM   2991  N   SER C  65      25.996  85.870 108.477  1.00 36.21           N  
+ATOM   2992  CA  SER C  65      25.969  85.782 109.942  1.00 37.81           C  
+ATOM   2993  C   SER C  65      24.656  86.207 110.592  1.00 32.64           C  
+ATOM   2994  O   SER C  65      24.505  86.026 111.780  1.00 37.65           O  
+ATOM   2995  CB  SER C  65      27.101  86.613 110.547  1.00 31.98           C  
+ATOM   2996  OG  SER C  65      26.894  87.991 110.309  1.00 43.87           O  
+ATOM   2997  N   SER C  66      23.727  86.768 109.822  1.00 31.28           N  
+ATOM   2998  CA  SER C  66      22.447  87.232 110.366  1.00 29.66           C  
+ATOM   2999  C   SER C  66      21.391  86.148 110.325  1.00 31.34           C  
+ATOM   3000  O   SER C  66      21.169  85.546 109.276  1.00 30.35           O  
+ATOM   3001  CB  SER C  66      21.905  88.437 109.585  1.00 28.36           C  
+ATOM   3002  OG  SER C  66      22.924  89.377 109.319  1.00 33.49           O  
+ATOM   3003  N   ARG C  67      20.713  85.931 111.448  1.00 34.18           N  
+ATOM   3004  CA  ARG C  67      19.571  85.027 111.493  1.00 32.69           C  
+ATOM   3005  C   ARG C  67      18.338  85.589 110.770  1.00 33.20           C  
+ATOM   3006  O   ARG C  67      18.000  86.761 110.913  1.00 30.47           O  
+ATOM   3007  CB  ARG C  67      19.217  84.703 112.939  1.00 31.23           C  
+ATOM   3008  CG  ARG C  67      20.078  83.609 113.530  1.00 35.80           C  
+ATOM   3009  CD  ARG C  67      19.694  83.269 114.963  1.00 35.81           C  
+ATOM   3010  NE  ARG C  67      20.053  84.315 115.913  1.00 39.83           N  
+ATOM   3011  CZ  ARG C  67      21.296  84.550 116.317  1.00 42.58           C  
+ATOM   3012  NH1 ARG C  67      22.297  83.823 115.833  1.00 44.94           N  
+ATOM   3013  NH2 ARG C  67      21.542  85.520 117.192  1.00 40.09           N  
+ATOM   3014  N   ALA C  68      17.690  84.740 109.974  1.00 31.45           N  
+ATOM   3015  CA  ALA C  68      16.392  85.055 109.396  1.00 34.72           C  
+ATOM   3016  C   ALA C  68      15.365  85.169 110.526  1.00 38.80           C  
+ATOM   3017  O   ALA C  68      15.663  84.803 111.670  1.00 36.99           O  
+ATOM   3018  CB  ALA C  68      15.975  83.995 108.379  1.00 29.16           C  
+ATOM   3019  N   THR C  69      14.167  85.668 110.225  1.00 37.43           N  
+ATOM   3020  CA  THR C  69      13.255  86.029 111.304  1.00 39.96           C  
+ATOM   3021  C   THR C  69      12.633  84.779 111.930  1.00 39.10           C  
+ATOM   3022  O   THR C  69      12.206  83.856 111.236  1.00 36.12           O  
+ATOM   3023  CB  THR C  69      12.147  87.018 110.833  1.00 42.11           C  
+ATOM   3024  OG1 THR C  69      11.054  86.294 110.270  1.00 45.86           O  
+ATOM   3025  CG2 THR C  69      12.694  88.038 109.806  1.00 45.08           C  
+ATOM   3026  N   GLY C  70      12.639  84.744 113.261  1.00 37.06           N  
+ATOM   3027  CA  GLY C  70      12.105  83.620 114.002  1.00 35.56           C  
+ATOM   3028  C   GLY C  70      13.049  82.436 114.120  1.00 33.72           C  
+ATOM   3029  O   GLY C  70      12.768  81.499 114.862  1.00 32.56           O  
+ATOM   3030  N   ILE C  71      14.165  82.465 113.396  1.00 34.12           N  
+ATOM   3031  CA  ILE C  71      15.151  81.398 113.505  1.00 32.34           C  
+ATOM   3032  C   ILE C  71      15.839  81.475 114.866  1.00 36.76           C  
+ATOM   3033  O   ILE C  71      16.323  82.534 115.280  1.00 34.94           O  
+ATOM   3034  CB  ILE C  71      16.175  81.464 112.367  1.00 36.59           C  
+ATOM   3035  CG1 ILE C  71      15.452  81.392 111.013  1.00 34.47           C  
+ATOM   3036  CG2 ILE C  71      17.185  80.337 112.485  1.00 34.11           C  
+ATOM   3037  CD1 ILE C  71      14.550  80.183 110.850  1.00 21.83           C  
+ATOM   3038  N   PRO C  72      15.842  80.351 115.591  1.00 35.82           N  
+ATOM   3039  CA  PRO C  72      16.352  80.337 116.962  1.00 32.70           C  
+ATOM   3040  C   PRO C  72      17.866  80.544 116.997  1.00 37.60           C  
+ATOM   3041  O   PRO C  72      18.543  80.300 116.000  1.00 33.70           O  
+ATOM   3042  CB  PRO C  72      15.936  78.953 117.483  1.00 32.19           C  
+ATOM   3043  CG  PRO C  72      15.694  78.133 116.307  1.00 34.94           C  
+ATOM   3044  CD  PRO C  72      15.284  79.052 115.183  1.00 34.99           C  
+ATOM   3045  N   ASP C  74      18.383  81.010 118.132  1.00 40.48           N  
+ATOM   3046  CA  ASP C  74      19.755  81.510 118.192  1.00 41.64           C  
+ATOM   3047  C   ASP C  74      20.825  80.413 118.327  1.00 38.77           C  
+ATOM   3048  O   ASP C  74      22.024  80.712 118.433  1.00 40.96           O  
+ATOM   3049  CB  ASP C  74      19.891  82.506 119.344  1.00 38.74           C  
+ATOM   3050  CG  ASP C  74      19.763  81.841 120.703  1.00 50.24           C  
+ATOM   3051  OD1 ASP C  74      19.031  80.829 120.803  1.00 55.80           O  
+ATOM   3052  OD2 ASP C  74      20.401  82.326 121.669  1.00 52.40           O  
+ATOM   3053  N   ARG C  75      20.416  79.151 118.318  1.00 37.27           N  
+ATOM   3054  CA  ARG C  75      21.410  78.082 118.298  1.00 43.33           C  
+ATOM   3055  C   ARG C  75      21.945  77.906 116.862  1.00 41.21           C  
+ATOM   3056  O   ARG C  75      22.926  77.200 116.620  1.00 39.57           O  
+ATOM   3057  CB  ARG C  75      20.825  76.779 118.846  1.00 40.28           C  
+ATOM   3058  CG  ARG C  75      19.515  76.395 118.234  1.00 39.23           C  
+ATOM   3059  CD  ARG C  75      19.128  74.979 118.623  1.00 41.57           C  
+ATOM   3060  NE  ARG C  75      18.006  74.552 117.794  1.00 42.39           N  
+ATOM   3061  CZ  ARG C  75      16.730  74.833 118.045  1.00 39.99           C  
+ATOM   3062  NH1 ARG C  75      16.390  75.518 119.135  1.00 30.72           N  
+ATOM   3063  NH2 ARG C  75      15.792  74.410 117.202  1.00 39.77           N  
+ATOM   3064  N   PHE C  76      21.289  78.586 115.928  1.00 41.70           N  
+ATOM   3065  CA  PHE C  76      21.735  78.696 114.550  1.00 38.47           C  
+ATOM   3066  C   PHE C  76      22.595  79.929 114.349  1.00 38.32           C  
+ATOM   3067  O   PHE C  76      22.120  81.054 114.459  1.00 42.74           O  
+ATOM   3068  CB  PHE C  76      20.542  78.750 113.613  1.00 33.65           C  
+ATOM   3069  CG  PHE C  76      19.842  77.457 113.486  1.00 33.50           C  
+ATOM   3070  CD1 PHE C  76      18.710  77.203 114.232  1.00 33.79           C  
+ATOM   3071  CD2 PHE C  76      20.322  76.479 112.629  1.00 34.47           C  
+ATOM   3072  CE1 PHE C  76      18.051  75.994 114.122  1.00 34.69           C  
+ATOM   3073  CE2 PHE C  76      19.674  75.271 112.509  1.00 36.14           C  
+ATOM   3074  CZ  PHE C  76      18.532  75.024 113.260  1.00 35.13           C  
+ATOM   3075  N   SER C  77      23.854  79.709 114.014  1.00 37.34           N  
+ATOM   3076  CA  SER C  77      24.814  80.787 113.988  1.00 34.83           C  
+ATOM   3077  C   SER C  77      25.740  80.685 112.782  1.00 35.64           C  
+ATOM   3078  O   SER C  77      26.289  79.629 112.471  1.00 37.74           O  
+ATOM   3079  CB  SER C  77      25.606  80.789 115.293  1.00 35.99           C  
+ATOM   3080  OG  SER C  77      26.889  81.336 115.108  1.00 47.77           O  
+ATOM   3081  N   GLY C  78      25.913  81.800 112.096  1.00 35.62           N  
+ATOM   3082  CA  GLY C  78      26.716  81.801 110.896  1.00 37.97           C  
+ATOM   3083  C   GLY C  78      27.986  82.601 111.069  1.00 40.19           C  
+ATOM   3084  O   GLY C  78      28.026  83.570 111.830  1.00 46.36           O  
+ATOM   3085  N   SER C  79      29.031  82.193 110.363  1.00 33.29           N  
+ATOM   3086  CA  SER C  79      30.262  82.953 110.364  1.00 38.77           C  
+ATOM   3087  C   SER C  79      31.035  82.666 109.093  1.00 39.19           C  
+ATOM   3088  O   SER C  79      30.664  81.779 108.322  1.00 35.92           O  
+ATOM   3089  CB  SER C  79      31.117  82.631 111.591  1.00 35.56           C  
+ATOM   3090  OG  SER C  79      31.450  81.254 111.623  1.00 40.04           O  
+ATOM   3091  N   GLY C  80      32.119  83.416 108.900  1.00 41.77           N  
+ATOM   3092  CA  GLY C  80      32.936  83.320 107.708  1.00 32.14           C  
+ATOM   3093  C   GLY C  80      32.905  84.609 106.902  1.00 36.45           C  
+ATOM   3094  O   GLY C  80      32.252  85.590 107.281  1.00 38.00           O  
+ATOM   3095  N   SER C  83      33.609  84.586 105.774  1.00 34.43           N  
+ATOM   3096  CA  SER C  83      33.810  85.744 104.918  1.00 38.30           C  
+ATOM   3097  C   SER C  83      34.606  85.305 103.697  1.00 40.37           C  
+ATOM   3098  O   SER C  83      35.432  84.393 103.791  1.00 45.11           O  
+ATOM   3099  CB  SER C  83      34.557  86.856 105.657  1.00 38.87           C  
+ATOM   3100  OG  SER C  83      35.042  87.839 104.757  1.00 44.04           O  
+ATOM   3101  N   GLY C  84      34.369  85.943 102.556  1.00 34.23           N  
+ATOM   3102  CA  GLY C  84      35.199  85.699 101.394  1.00 36.81           C  
+ATOM   3103  C   GLY C  84      34.876  84.411 100.677  1.00 36.71           C  
+ATOM   3104  O   GLY C  84      33.893  84.357  99.941  1.00 37.14           O  
+ATOM   3105  N   THR C  85      35.697  83.378 100.868  1.00 37.05           N  
+ATOM   3106  CA  THR C  85      35.412  82.080 100.249  1.00 39.11           C  
+ATOM   3107  C   THR C  85      35.147  80.949 101.248  1.00 38.76           C  
+ATOM   3108  O   THR C  85      34.900  79.813 100.839  1.00 35.73           O  
+ATOM   3109  CB  THR C  85      36.561  81.615  99.313  1.00 38.40           C  
+ATOM   3110  OG1 THR C  85      37.720  81.281 100.095  1.00 37.86           O  
+ATOM   3111  CG2 THR C  85      36.897  82.683  98.263  1.00 32.81           C  
+ATOM   3112  N   ASP C  86      35.205  81.236 102.546  1.00 40.70           N  
+ATOM   3113  CA  ASP C  86      35.052  80.165 103.532  1.00 40.48           C  
+ATOM   3114  C   ASP C  86      33.955  80.468 104.549  1.00 39.00           C  
+ATOM   3115  O   ASP C  86      34.045  81.437 105.293  1.00 41.35           O  
+ATOM   3116  CB  ASP C  86      36.375  79.908 104.255  1.00 42.97           C  
+ATOM   3117  CG  ASP C  86      36.474  78.488 104.806  1.00 55.91           C  
+ATOM   3118  OD1 ASP C  86      35.460  77.755 104.781  1.00 55.79           O  
+ATOM   3119  OD2 ASP C  86      37.575  78.097 105.255  1.00 62.64           O  
+ATOM   3120  N   PHE C  87      32.926  79.628 104.588  1.00 35.16           N  
+ATOM   3121  CA  PHE C  87      31.764  79.914 105.413  1.00 35.13           C  
+ATOM   3122  C   PHE C  87      31.361  78.728 106.263  1.00 38.51           C  
+ATOM   3123  O   PHE C  87      31.394  77.582 105.799  1.00 44.92           O  
+ATOM   3124  CB  PHE C  87      30.599  80.358 104.535  1.00 33.20           C  
+ATOM   3125  CG  PHE C  87      30.912  81.568 103.708  1.00 34.03           C  
+ATOM   3126  CD1 PHE C  87      31.429  81.433 102.423  1.00 31.05           C  
+ATOM   3127  CD2 PHE C  87      30.723  82.840 104.228  1.00 31.79           C  
+ATOM   3128  CE1 PHE C  87      31.746  82.547 101.665  1.00 33.65           C  
+ATOM   3129  CE2 PHE C  87      31.027  83.962 103.478  1.00 34.22           C  
+ATOM   3130  CZ  PHE C  87      31.542  83.817 102.192  1.00 36.02           C  
+ATOM   3131  N   THR C  88      30.976  79.023 107.506  1.00 35.90           N  
+ATOM   3132  CA  THR C  88      30.570  78.004 108.470  1.00 37.70           C  
+ATOM   3133  C   THR C  88      29.164  78.255 109.040  1.00 36.96           C  
+ATOM   3134  O   THR C  88      28.781  79.400 109.314  1.00 37.00           O  
+ATOM   3135  CB  THR C  88      31.602  77.922 109.633  1.00 38.49           C  
+ATOM   3136  OG1 THR C  88      32.879  77.545 109.099  1.00 42.19           O  
+ATOM   3137  CG2 THR C  88      31.176  76.905 110.695  1.00 31.22           C  
+ATOM   3138  N   LEU C  89      28.394  77.178 109.192  1.00 34.04           N  
+ATOM   3139  CA  LEU C  89      27.118  77.224 109.902  1.00 35.77           C  
+ATOM   3140  C   LEU C  89      27.218  76.344 111.138  1.00 36.04           C  
+ATOM   3141  O   LEU C  89      27.548  75.166 111.054  1.00 36.88           O  
+ATOM   3142  CB  LEU C  89      25.955  76.763 109.012  1.00 28.40           C  
+ATOM   3143  CG  LEU C  89      24.643  76.506 109.766  1.00 32.80           C  
+ATOM   3144  CD1 LEU C  89      23.936  77.811 110.127  1.00 30.92           C  
+ATOM   3145  CD2 LEU C  89      23.727  75.589 108.958  1.00 33.77           C  
+ATOM   3146  N   THR C  90      26.947  76.915 112.296  1.00 36.46           N  
+ATOM   3147  CA  THR C  90      27.051  76.137 113.515  1.00 39.19           C  
+ATOM   3148  C   THR C  90      25.681  75.983 114.151  1.00 40.97           C  
+ATOM   3149  O   THR C  90      24.937  76.963 114.302  1.00 37.53           O  
+ATOM   3150  CB  THR C  90      28.037  76.779 114.513  1.00 39.10           C  
+ATOM   3151  OG1 THR C  90      29.276  77.061 113.847  1.00 38.87           O  
+ATOM   3152  CG2 THR C  90      28.301  75.847 115.685  1.00 44.26           C  
+ATOM   3153  N   ILE C  91      25.333  74.739 114.469  1.00 36.64           N  
+ATOM   3154  CA  ILE C  91      24.191  74.470 115.320  1.00 35.75           C  
+ATOM   3155  C   ILE C  91      24.703  73.902 116.624  1.00 40.34           C  
+ATOM   3156  O   ILE C  91      25.139  72.749 116.698  1.00 40.99           O  
+ATOM   3157  CB  ILE C  91      23.210  73.493 114.692  1.00 37.47           C  
+ATOM   3158  CG1 ILE C  91      23.122  73.720 113.184  1.00 41.14           C  
+ATOM   3159  CG2 ILE C  91      21.854  73.624 115.363  1.00 39.04           C  
+ATOM   3160  CD1 ILE C  91      22.213  72.743 112.481  1.00 36.24           C  
+ATOM   3161  N   SER C  92      24.688  74.732 117.650  1.00 43.75           N  
+ATOM   3162  CA  SER C  92      25.121  74.303 118.965  1.00 45.12           C  
+ATOM   3163  C   SER C  92      23.930  73.730 119.707  1.00 48.84           C  
+ATOM   3164  O   SER C  92      22.809  74.217 119.535  1.00 54.16           O  
+ATOM   3165  CB  SER C  92      25.722  75.470 119.720  1.00 38.99           C  
+ATOM   3166  OG  SER C  92      24.850  76.576 119.627  1.00 37.00           O  
+ATOM   3167  N   ARG C  93      24.174  72.700 120.516  1.00 51.05           N  
+ATOM   3168  CA  ARG C  93      23.117  72.033 121.278  1.00 50.22           C  
+ATOM   3169  C   ARG C  93      21.902  71.713 120.382  1.00 52.79           C  
+ATOM   3170  O   ARG C  93      20.829  72.317 120.510  1.00 53.26           O  
+ATOM   3171  CB  ARG C  93      22.717  72.894 122.489  1.00 54.99           C  
+ATOM   3172  CG  ARG C  93      23.862  73.113 123.510  1.00 65.89           C  
+ATOM   3173  CD  ARG C  93      24.210  71.793 124.244  1.00 76.13           C  
+ATOM   3174  NE  ARG C  93      25.382  71.856 125.129  1.00 79.77           N  
+ATOM   3175  CZ  ARG C  93      25.355  72.127 126.434  1.00 88.63           C  
+ATOM   3176  NH1 ARG C  93      24.203  72.361 127.043  1.00 92.63           N  
+ATOM   3177  NH2 ARG C  93      26.485  72.144 127.139  1.00 85.56           N  
+ATOM   3178  N   LEU C  94      22.093  70.759 119.471  1.00 47.79           N  
+ATOM   3179  CA  LEU C  94      21.045  70.333 118.546  1.00 45.83           C  
+ATOM   3180  C   LEU C  94      19.769  69.832 119.239  1.00 49.50           C  
+ATOM   3181  O   LEU C  94      19.823  69.110 120.242  1.00 50.51           O  
+ATOM   3182  CB  LEU C  94      21.578  69.233 117.620  1.00 44.57           C  
+ATOM   3183  CG  LEU C  94      22.611  69.592 116.547  1.00 41.97           C  
+ATOM   3184  CD1 LEU C  94      23.513  68.410 116.309  1.00 39.52           C  
+ATOM   3185  CD2 LEU C  94      21.935  69.990 115.255  1.00 38.00           C  
+ATOM   3186  N   GLU C  95      18.626  70.236 118.691  1.00 48.23           N  
+ATOM   3187  CA  GLU C  95      17.329  69.690 119.069  1.00 46.05           C  
+ATOM   3188  C   GLU C  95      16.900  68.691 117.989  1.00 45.85           C  
+ATOM   3189  O   GLU C  95      17.356  68.787 116.848  1.00 47.05           O  
+ATOM   3190  CB  GLU C  95      16.290  70.809 119.233  1.00 44.69           C  
+ATOM   3191  CG  GLU C  95      16.539  71.763 120.393  1.00 47.80           C  
+ATOM   3192  CD  GLU C  95      16.119  71.174 121.729  1.00 56.04           C  
+ATOM   3193  OE1 GLU C  95      14.972  70.684 121.812  1.00 64.82           O  
+ATOM   3194  OE2 GLU C  95      16.925  71.198 122.689  1.00 52.65           O  
+ATOM   3195  N   PRO C  96      16.027  67.726 118.337  1.00 44.29           N  
+ATOM   3196  CA  PRO C  96      15.541  66.740 117.365  1.00 41.21           C  
+ATOM   3197  C   PRO C  96      14.986  67.364 116.088  1.00 39.97           C  
+ATOM   3198  O   PRO C  96      15.178  66.817 115.010  1.00 43.29           O  
+ATOM   3199  CB  PRO C  96      14.438  66.020 118.139  1.00 42.01           C  
+ATOM   3200  CG  PRO C  96      14.890  66.079 119.529  1.00 38.70           C  
+ATOM   3201  CD  PRO C  96      15.548  67.418 119.693  1.00 41.45           C  
+ATOM   3202  N   GLU C  97      14.341  68.518 116.206  1.00 45.35           N  
+ATOM   3203  CA  GLU C  97      13.762  69.219 115.060  1.00 41.67           C  
+ATOM   3204  C   GLU C  97      14.825  69.776 114.103  1.00 38.74           C  
+ATOM   3205  O   GLU C  97      14.491  70.229 113.019  1.00 38.32           O  
+ATOM   3206  CB  GLU C  97      12.836  70.349 115.560  1.00 36.43           C  
+ATOM   3207  CG  GLU C  97      13.371  71.135 116.748  1.00 47.84           C  
+ATOM   3208  CD  GLU C  97      12.976  70.545 118.099  1.00 65.78           C  
+ATOM   3209  OE1 GLU C  97      13.108  69.318 118.305  1.00 80.00           O  
+ATOM   3210  OE2 GLU C  97      12.600  71.327 118.992  1.00 73.85           O  
+ATOM   3211  N   ASP C  98      16.094  69.750 114.506  1.00 42.20           N  
+ATOM   3212  CA  ASP C  98      17.154  70.349 113.694  1.00 41.93           C  
+ATOM   3213  C   ASP C  98      17.788  69.369 112.721  1.00 43.33           C  
+ATOM   3214  O   ASP C  98      18.713  69.726 111.988  1.00 39.58           O  
+ATOM   3215  CB  ASP C  98      18.249  70.934 114.580  1.00 38.95           C  
+ATOM   3216  CG  ASP C  98      17.759  72.075 115.416  1.00 48.32           C  
+ATOM   3217  OD1 ASP C  98      16.758  72.716 115.010  1.00 49.98           O  
+ATOM   3218  OD2 ASP C  98      18.369  72.322 116.481  1.00 48.90           O  
+ATOM   3219  N   PHE C  99      17.327  68.127 112.729  1.00 41.85           N  
+ATOM   3220  CA  PHE C  99      17.929  67.138 111.848  1.00 41.78           C  
+ATOM   3221  C   PHE C  99      17.240  67.168 110.484  1.00 40.73           C  
+ATOM   3222  O   PHE C  99      16.040  66.936 110.364  1.00 43.80           O  
+ATOM   3223  CB  PHE C  99      17.902  65.751 112.504  1.00 38.74           C  
+ATOM   3224  CG  PHE C  99      18.828  65.646 113.695  1.00 40.53           C  
+ATOM   3225  CD1 PHE C  99      20.117  65.146 113.548  1.00 38.90           C  
+ATOM   3226  CD2 PHE C  99      18.430  66.080 114.950  1.00 40.46           C  
+ATOM   3227  CE1 PHE C  99      20.986  65.058 114.635  1.00 35.03           C  
+ATOM   3228  CE2 PHE C  99      19.298  65.997 116.037  1.00 41.45           C  
+ATOM   3229  CZ  PHE C  99      20.579  65.488 115.870  1.00 38.88           C  
+ATOM   3230  N   ALA C 100      18.030  67.491 109.464  1.00 43.18           N  
+ATOM   3231  CA  ALA C 100      17.537  67.788 108.129  1.00 33.88           C  
+ATOM   3232  C   ALA C 100      18.722  67.893 107.176  1.00 37.54           C  
+ATOM   3233  O   ALA C 100      19.862  67.648 107.563  1.00 37.47           O  
+ATOM   3234  CB  ALA C 100      16.734  69.087 108.130  1.00 31.22           C  
+ATOM   3235  N   VAL C 101      18.439  68.249 105.927  1.00 35.57           N  
+ATOM   3236  CA  VAL C 101      19.470  68.597 104.966  1.00 35.75           C  
+ATOM   3237  C   VAL C 101      19.696  70.112 105.020  1.00 33.34           C  
+ATOM   3238  O   VAL C 101      18.746  70.893 105.060  1.00 30.50           O  
+ATOM   3239  CB  VAL C 101      19.076  68.149 103.523  1.00 40.03           C  
+ATOM   3240  CG1 VAL C 101      20.120  68.602 102.488  1.00 30.87           C  
+ATOM   3241  CG2 VAL C 101      18.878  66.635 103.476  1.00 35.17           C  
+ATOM   3242  N   TYR C 102      20.957  70.522 105.050  1.00 31.44           N  
+ATOM   3243  CA  TYR C 102      21.287  71.938 105.001  1.00 30.11           C  
+ATOM   3244  C   TYR C 102      21.966  72.314 103.693  1.00 34.77           C  
+ATOM   3245  O   TYR C 102      22.778  71.553 103.153  1.00 35.14           O  
+ATOM   3246  CB  TYR C 102      22.164  72.312 106.185  1.00 32.36           C  
+ATOM   3247  CG  TYR C 102      21.394  72.223 107.466  1.00 36.38           C  
+ATOM   3248  CD1 TYR C 102      21.279  71.010 108.146  1.00 34.12           C  
+ATOM   3249  CD2 TYR C 102      20.741  73.337 107.983  1.00 33.96           C  
+ATOM   3250  CE1 TYR C 102      20.539  70.912 109.309  1.00 32.59           C  
+ATOM   3251  CE2 TYR C 102      20.004  73.251 109.155  1.00 33.57           C  
+ATOM   3252  CZ  TYR C 102      19.905  72.038 109.812  1.00 33.66           C  
+ATOM   3253  OH  TYR C 102      19.166  71.946 110.963  1.00 36.09           O  
+ATOM   3254  N   TYR C 103      21.604  73.485 103.180  1.00 32.57           N  
+ATOM   3255  CA  TYR C 103      22.179  74.008 101.943  1.00 31.10           C  
+ATOM   3256  C   TYR C 103      22.744  75.397 102.185  1.00 31.83           C  
+ATOM   3257  O   TYR C 103      22.182  76.189 102.945  1.00 35.21           O  
+ATOM   3258  CB  TYR C 103      21.133  74.080 100.816  1.00 28.16           C  
+ATOM   3259  CG  TYR C 103      20.698  72.754 100.241  1.00 29.42           C  
+ATOM   3260  CD1 TYR C 103      21.477  72.097  99.301  1.00 33.24           C  
+ATOM   3261  CD2 TYR C 103      19.499  72.162 100.623  1.00 30.31           C  
+ATOM   3262  CE1 TYR C 103      21.085  70.862  98.765  1.00 30.64           C  
+ATOM   3263  CE2 TYR C 103      19.097  70.947 100.090  1.00 31.86           C  
+ATOM   3264  CZ  TYR C 103      19.895  70.298  99.162  1.00 31.81           C  
+ATOM   3265  OH  TYR C 103      19.504  69.083  98.634  1.00 34.34           O  
+ATOM   3266  N   CYS C 104      23.859  75.688 101.537  1.00 29.00           N  
+ATOM   3267  CA  CYS C 104      24.348  77.052 101.460  1.00 34.93           C  
+ATOM   3268  C   CYS C 104      24.084  77.576 100.042  1.00 35.57           C  
+ATOM   3269  O   CYS C 104      23.886  76.795  99.100  1.00 35.40           O  
+ATOM   3270  CB  CYS C 104      25.842  77.131 101.840  1.00 34.53           C  
+ATOM   3271  SG  CYS C 104      27.030  76.320 100.720  1.00 44.74           S  
+ATOM   3272  N   GLN C 105      24.031  78.894  99.898  1.00 34.07           N  
+ATOM   3273  CA  GLN C 105      23.805  79.502  98.592  1.00 32.64           C  
+ATOM   3274  C   GLN C 105      24.423  80.880  98.543  1.00 33.68           C  
+ATOM   3275  O   GLN C 105      24.390  81.637  99.516  1.00 31.37           O  
+ATOM   3276  CB  GLN C 105      22.309  79.599  98.262  1.00 33.29           C  
+ATOM   3277  CG  GLN C 105      22.000  80.394  96.992  1.00 36.20           C  
+ATOM   3278  CD  GLN C 105      21.071  81.563  97.259  1.00 36.56           C  
+ATOM   3279  OE1 GLN C 105      20.461  81.647  98.323  1.00 38.20           O  
+ATOM   3280  NE2 GLN C 105      20.958  82.471  96.296  1.00 37.18           N  
+ATOM   3281  N   GLN C 106      24.986  81.186  97.386  1.00 32.36           N  
+ATOM   3282  CA  GLN C 106      25.598  82.460  97.122  1.00 33.47           C  
+ATOM   3283  C   GLN C 106      24.644  83.317  96.292  1.00 35.32           C  
+ATOM   3284  O   GLN C 106      24.168  82.870  95.240  1.00 38.83           O  
+ATOM   3285  CB  GLN C 106      26.921  82.238  96.391  1.00 31.08           C  
+ATOM   3286  CG  GLN C 106      27.439  83.459  95.700  1.00 39.74           C  
+ATOM   3287  CD  GLN C 106      27.175  83.464  94.214  1.00 45.64           C  
+ATOM   3288  OE1 GLN C 106      26.554  82.565  93.661  1.00 40.97           O  
+ATOM   3289  NE2 GLN C 106      27.640  84.500  93.563  1.00 60.66           N  
+ATOM   3290  N   TYR C 107      24.354  84.533  96.750  1.00 34.64           N  
+ATOM   3291  CA  TYR C 107      23.528  85.452  95.946  1.00 33.26           C  
+ATOM   3292  C   TYR C 107      24.255  86.768  95.647  1.00 36.65           C  
+ATOM   3293  O   TYR C 107      23.635  87.781  95.345  1.00 33.03           O  
+ATOM   3294  CB  TYR C 107      22.198  85.740  96.636  1.00 30.81           C  
+ATOM   3295  CG  TYR C 107      22.289  86.185  98.086  1.00 29.83           C  
+ATOM   3296  CD1 TYR C 107      22.613  85.285  99.094  1.00 28.37           C  
+ATOM   3297  CD2 TYR C 107      21.988  87.500  98.450  1.00 29.35           C  
+ATOM   3298  CE1 TYR C 107      22.678  85.689 100.417  1.00 30.08           C  
+ATOM   3299  CE2 TYR C 107      22.035  87.907  99.773  1.00 30.08           C  
+ATOM   3300  CZ  TYR C 107      22.395  87.000 100.749  1.00 31.68           C  
+ATOM   3301  OH  TYR C 107      22.452  87.395 102.065  1.00 34.87           O  
+ATOM   3302  N   GLY C 108      25.580  86.731  95.739  1.00 37.93           N  
+ATOM   3303  CA  GLY C 108      26.388  87.905  95.502  1.00 34.86           C  
+ATOM   3304  C   GLY C 108      26.697  88.141  94.039  1.00 36.81           C  
+ATOM   3305  O   GLY C 108      27.069  89.246  93.659  1.00 46.53           O  
+ATOM   3306  N   SER C 109      26.533  87.119  93.212  1.00 32.03           N  
+ATOM   3307  CA  SER C 109      27.029  87.159  91.836  1.00 35.25           C  
+ATOM   3308  C   SER C 109      26.236  86.189  90.940  1.00 33.94           C  
+ATOM   3309  O   SER C 109      26.111  84.999  91.246  1.00 36.95           O  
+ATOM   3310  CB  SER C 109      28.540  86.830  91.814  1.00 28.91           C  
+ATOM   3311  OG  SER C 109      29.176  87.350  90.664  1.00 47.49           O  
+ATOM   3312  N   LEU C 114      25.689  86.698  89.841  1.00 30.19           N  
+ATOM   3313  CA  LEU C 114      24.913  85.855  88.925  1.00 34.84           C  
+ATOM   3314  C   LEU C 114      25.821  84.914  88.157  1.00 31.45           C  
+ATOM   3315  O   LEU C 114      26.933  85.282  87.805  1.00 30.77           O  
+ATOM   3316  CB  LEU C 114      24.100  86.699  87.927  1.00 35.93           C  
+ATOM   3317  CG  LEU C 114      22.763  87.283  88.394  1.00 34.11           C  
+ATOM   3318  CD1 LEU C 114      22.226  88.246  87.352  1.00 33.81           C  
+ATOM   3319  CD2 LEU C 114      21.750  86.182  88.695  1.00 32.60           C  
+ATOM   3320  N   PRO C 115      25.359  83.686  87.911  1.00 32.60           N  
+ATOM   3321  CA  PRO C 115      24.108  83.068  88.383  1.00 35.77           C  
+ATOM   3322  C   PRO C 115      24.148  82.678  89.864  1.00 33.73           C  
+ATOM   3323  O   PRO C 115      25.201  82.221  90.327  1.00 33.85           O  
+ATOM   3324  CB  PRO C 115      24.001  81.807  87.518  1.00 31.83           C  
+ATOM   3325  CG  PRO C 115      25.450  81.443  87.254  1.00 27.31           C  
+ATOM   3326  CD  PRO C 115      26.117  82.788  87.022  1.00 26.88           C  
+ATOM   3327  N   TRP C 116      23.030  82.835  90.579  1.00 32.61           N  
+ATOM   3328  CA  TRP C 116      22.937  82.348  91.961  1.00 32.20           C  
+ATOM   3329  C   TRP C 116      23.227  80.840  92.006  1.00 35.42           C  
+ATOM   3330  O   TRP C 116      22.724  80.070  91.184  1.00 34.81           O  
+ATOM   3331  CB  TRP C 116      21.555  82.591  92.573  1.00 31.34           C  
+ATOM   3332  CG  TRP C 116      20.939  83.965  92.514  1.00 33.63           C  
+ATOM   3333  CD1 TRP C 116      19.599  84.237  92.534  1.00 30.89           C  
+ATOM   3334  CD2 TRP C 116      21.604  85.247  92.470  1.00 35.58           C  
+ATOM   3335  NE1 TRP C 116      19.387  85.593  92.495  1.00 32.03           N  
+ATOM   3336  CE2 TRP C 116      20.596  86.235  92.457  1.00 28.10           C  
+ATOM   3337  CE3 TRP C 116      22.944  85.653  92.431  1.00 31.73           C  
+ATOM   3338  CZ2 TRP C 116      20.883  87.591  92.412  1.00 27.53           C  
+ATOM   3339  CZ3 TRP C 116      23.227  87.001  92.385  1.00 30.03           C  
+ATOM   3340  CH2 TRP C 116      22.202  87.956  92.375  1.00 29.95           C  
+ATOM   3341  N   THR C 117      24.028  80.393  92.961  1.00 34.30           N  
+ATOM   3342  CA  THR C 117      24.322  78.970  92.983  1.00 35.58           C  
+ATOM   3343  C   THR C 117      24.188  78.381  94.376  1.00 34.21           C  
+ATOM   3344  O   THR C 117      24.358  79.083  95.375  1.00 37.19           O  
+ATOM   3345  CB  THR C 117      25.724  78.685  92.410  1.00 34.69           C  
+ATOM   3346  OG1 THR C 117      26.653  79.620  92.954  1.00 37.58           O  
+ATOM   3347  CG2 THR C 117      25.721  78.848  90.913  1.00 29.94           C  
+ATOM   3348  N   PHE C 118      23.848  77.091  94.410  1.00 33.39           N  
+ATOM   3349  CA  PHE C 118      23.698  76.308  95.637  1.00 31.80           C  
+ATOM   3350  C   PHE C 118      24.792  75.263  95.745  1.00 32.83           C  
+ATOM   3351  O   PHE C 118      25.206  74.684  94.739  1.00 35.12           O  
+ATOM   3352  CB  PHE C 118      22.351  75.583  95.668  1.00 28.76           C  
+ATOM   3353  CG  PHE C 118      21.173  76.481  95.838  1.00 31.30           C  
+ATOM   3354  CD1 PHE C 118      20.536  77.016  94.736  1.00 30.81           C  
+ATOM   3355  CD2 PHE C 118      20.682  76.772  97.107  1.00 32.40           C  
+ATOM   3356  CE1 PHE C 118      19.434  77.837  94.890  1.00 31.68           C  
+ATOM   3357  CE2 PHE C 118      19.584  77.591  97.267  1.00 33.98           C  
+ATOM   3358  CZ  PHE C 118      18.957  78.124  96.156  1.00 32.88           C  
+ATOM   3359  N   GLY C 119      25.234  74.993  96.963  1.00 28.10           N  
+ATOM   3360  CA  GLY C 119      26.041  73.812  97.217  1.00 32.48           C  
+ATOM   3361  C   GLY C 119      25.200  72.539  97.199  1.00 31.68           C  
+ATOM   3362  O   GLY C 119      23.972  72.600  97.103  1.00 32.43           O  
+ATOM   3363  N   GLN C 120      25.859  71.387  97.308  1.00 31.36           N  
+ATOM   3364  CA  GLN C 120      25.201  70.090  97.097  1.00 36.73           C  
+ATOM   3365  C   GLN C 120      24.483  69.564  98.347  1.00 35.08           C  
+ATOM   3366  O   GLN C 120      23.844  68.514  98.320  1.00 40.41           O  
+ATOM   3367  CB  GLN C 120      26.220  69.045  96.613  1.00 38.01           C  
+ATOM   3368  CG  GLN C 120      27.075  68.394  97.730  1.00 40.38           C  
+ATOM   3369  CD  GLN C 120      28.158  69.319  98.310  1.00 48.05           C  
+ATOM   3370  OE1 GLN C 120      28.322  70.469  97.883  1.00 49.09           O  
+ATOM   3371  NE2 GLN C 120      28.901  68.809  99.293  1.00 50.16           N  
+ATOM   3372  N   GLY C 121      24.580  70.295  99.443  1.00 36.73           N  
+ATOM   3373  CA  GLY C 121      23.877  69.903 100.648  1.00 36.41           C  
+ATOM   3374  C   GLY C 121      24.693  69.072 101.614  1.00 36.29           C  
+ATOM   3375  O   GLY C 121      25.660  68.414 101.229  1.00 39.09           O  
+ATOM   3376  N   THR C 122      24.291  69.131 102.878  1.00 36.31           N  
+ATOM   3377  CA  THR C 122      24.836  68.310 103.952  1.00 35.78           C  
+ATOM   3378  C   THR C 122      23.654  67.733 104.717  1.00 36.03           C  
+ATOM   3379  O   THR C 122      22.735  68.476 105.067  1.00 37.24           O  
+ATOM   3380  CB  THR C 122      25.728  69.135 104.911  1.00 42.40           C  
+ATOM   3381  OG1 THR C 122      26.892  69.602 104.214  1.00 40.94           O  
+ATOM   3382  CG2 THR C 122      26.157  68.304 106.112  1.00 38.86           C  
+ATOM   3383  N   LYS C 123      23.649  66.425 104.961  1.00 33.23           N  
+ATOM   3384  CA  LYS C 123      22.621  65.835 105.816  1.00 37.34           C  
+ATOM   3385  C   LYS C 123      23.113  65.679 107.270  1.00 38.03           C  
+ATOM   3386  O   LYS C 123      24.168  65.105 107.511  1.00 38.34           O  
+ATOM   3387  CB  LYS C 123      22.167  64.483 105.254  1.00 41.73           C  
+ATOM   3388  CG  LYS C 123      21.078  63.784 106.079  1.00 44.49           C  
+ATOM   3389  CD  LYS C 123      20.460  62.596 105.339  1.00 48.00           C  
+ATOM   3390  CE  LYS C 123      21.414  61.397 105.246  1.00 60.58           C  
+ATOM   3391  NZ  LYS C 123      21.252  60.399 106.359  1.00 59.64           N  
+ATOM   3392  N   VAL C 124      22.350  66.212 108.222  1.00 35.17           N  
+ATOM   3393  CA  VAL C 124      22.583  65.987 109.651  1.00 37.28           C  
+ATOM   3394  C   VAL C 124      21.617  64.935 110.213  1.00 39.99           C  
+ATOM   3395  O   VAL C 124      20.442  65.224 110.454  1.00 41.03           O  
+ATOM   3396  CB  VAL C 124      22.418  67.286 110.468  1.00 38.00           C  
+ATOM   3397  CG1 VAL C 124      22.675  67.032 111.948  1.00 37.05           C  
+ATOM   3398  CG2 VAL C 124      23.345  68.368 109.941  1.00 38.78           C  
+ATOM   3399  N   GLU C 125      22.123  63.728 110.440  1.00 36.35           N  
+ATOM   3400  CA  GLU C 125      21.306  62.589 110.870  1.00 36.74           C  
+ATOM   3401  C   GLU C 125      21.456  62.241 112.369  1.00 37.02           C  
+ATOM   3402  O   GLU C 125      22.566  62.275 112.910  1.00 35.56           O  
+ATOM   3403  CB  GLU C 125      21.669  61.367 110.015  1.00 38.91           C  
+ATOM   3404  CG  GLU C 125      21.714  60.057 110.790  1.00 41.01           C  
+ATOM   3405  CD  GLU C 125      22.583  59.008 110.139  1.00 54.62           C  
+ATOM   3406  OE1 GLU C 125      23.694  58.766 110.658  1.00 52.92           O  
+ATOM   3407  OE2 GLU C 125      22.151  58.409 109.126  1.00 67.35           O  
+ATOM   3408  N   ILE C 126      20.355  61.885 113.033  1.00 35.38           N  
+ATOM   3409  CA  ILE C 126      20.427  61.467 114.436  1.00 37.26           C  
+ATOM   3410  C   ILE C 126      21.176  60.148 114.631  1.00 39.42           C  
+ATOM   3411  O   ILE C 126      20.766  59.105 114.118  1.00 37.30           O  
+ATOM   3412  CB  ILE C 126      19.036  61.297 115.069  1.00 36.89           C  
+ATOM   3413  CG1 ILE C 126      18.301  62.629 115.130  1.00 37.41           C  
+ATOM   3414  CG2 ILE C 126      19.169  60.733 116.477  1.00 38.85           C  
+ATOM   3415  CD1 ILE C 126      16.867  62.512 115.551  1.00 35.94           C  
+ATOM   3416  N   LYS C 127      22.258  60.199 115.405  1.00 41.75           N  
+ATOM   3417  CA  LYS C 127      23.057  59.020 115.697  1.00 40.23           C  
+ATOM   3418  C   LYS C 127      22.525  58.277 116.916  1.00 40.91           C  
+ATOM   3419  O   LYS C 127      22.642  58.760 118.036  1.00 48.44           O  
+ATOM   3420  CB  LYS C 127      24.517  59.413 115.923  1.00 41.96           C  
+ATOM   3421  CG  LYS C 127      25.379  58.262 116.381  1.00 42.09           C  
+ATOM   3422  CD  LYS C 127      26.839  58.622 116.415  1.00 40.55           C  
+ATOM   3423  CE  LYS C 127      27.669  57.338 116.425  1.00 48.01           C  
+ATOM   3424  NZ  LYS C 127      28.995  57.492 115.750  1.00 49.79           N  
+ATOM   3425  N   ARG C 128      21.942  57.102 116.707  1.00 39.21           N  
+ATOM   3426  CA  ARG C 128      21.438  56.312 117.831  1.00 38.38           C  
+ATOM   3427  C   ARG C 128      22.191  54.996 117.994  1.00 36.51           C  
+ATOM   3428  O   ARG C 128      23.151  54.712 117.280  1.00 36.16           O  
+ATOM   3429  CB  ARG C 128      19.945  56.038 117.668  1.00 35.06           C  
+ATOM   3430  CG  ARG C 128      19.548  55.694 116.255  1.00 39.32           C  
+ATOM   3431  CD  ARG C 128      18.313  54.850 116.239  1.00 36.92           C  
+ATOM   3432  NE  ARG C 128      18.553  53.564 116.877  1.00 36.32           N  
+ATOM   3433  CZ  ARG C 128      17.651  52.919 117.607  1.00 33.90           C  
+ATOM   3434  NH1 ARG C 128      16.452  53.448 117.815  1.00 33.63           N  
+ATOM   3435  NH2 ARG C 128      17.952  51.754 118.143  1.00 33.39           N  
+ATOM   3436  N   THR C 129      21.766  54.190 118.953  1.00 39.80           N  
+ATOM   3437  CA  THR C 129      22.434  52.915 119.143  1.00 40.51           C  
+ATOM   3438  C   THR C 129      22.194  52.031 117.927  1.00 39.27           C  
+ATOM   3439  O   THR C 129      21.163  52.130 117.249  1.00 36.34           O  
+ATOM   3440  CB  THR C 129      21.972  52.199 120.421  1.00 35.41           C  
+ATOM   3441  OG1 THR C 129      20.626  51.735 120.262  1.00 38.30           O  
+ATOM   3442  CG2 THR C 129      22.052  53.135 121.590  1.00 40.26           C  
+ATOM   3443  N   VAL C 130      23.181  51.194 117.645  1.00 35.42           N  
+ATOM   3444  CA  VAL C 130      23.116  50.277 116.524  1.00 37.68           C  
+ATOM   3445  C   VAL C 130      21.886  49.391 116.676  1.00 36.23           C  
+ATOM   3446  O   VAL C 130      21.556  48.971 117.775  1.00 38.41           O  
+ATOM   3447  CB  VAL C 130      24.413  49.429 116.421  1.00 36.00           C  
+ATOM   3448  CG1 VAL C 130      24.274  48.337 115.363  1.00 34.10           C  
+ATOM   3449  CG2 VAL C 130      25.599  50.345 116.095  1.00 33.66           C  
+ATOM   3450  N   ALA C 131      21.173  49.166 115.582  1.00 34.95           N  
+ATOM   3451  CA  ALA C 131      19.995  48.303 115.612  1.00 33.68           C  
+ATOM   3452  C   ALA C 131      19.964  47.399 114.391  1.00 34.81           C  
+ATOM   3453  O   ALA C 131      20.141  47.857 113.257  1.00 41.41           O  
+ATOM   3454  CB  ALA C 131      18.728  49.123 115.693  1.00 30.48           C  
+ATOM   3455  N   ALA C 132      19.755  46.109 114.642  1.00 36.73           N  
+ATOM   3456  CA  ALA C 132      19.697  45.090 113.601  1.00 37.40           C  
+ATOM   3457  C   ALA C 132      18.343  45.136 112.913  1.00 39.99           C  
+ATOM   3458  O   ALA C 132      17.330  45.422 113.560  1.00 37.81           O  
+ATOM   3459  CB  ALA C 132      19.948  43.708 114.188  1.00 33.93           C  
+ATOM   3460  N   PRO C 133      18.325  44.871 111.595  1.00 37.00           N  
+ATOM   3461  CA  PRO C 133      17.043  44.808 110.879  1.00 37.10           C  
+ATOM   3462  C   PRO C 133      16.312  43.468 111.085  1.00 35.70           C  
+ATOM   3463  O   PRO C 133      16.947  42.413 111.119  1.00 30.67           O  
+ATOM   3464  CB  PRO C 133      17.448  44.996 109.407  1.00 31.62           C  
+ATOM   3465  CG  PRO C 133      18.846  44.423 109.328  1.00 34.83           C  
+ATOM   3466  CD  PRO C 133      19.485  44.653 110.705  1.00 36.22           C  
+ATOM   3467  N   SER C 134      14.991  43.530 111.241  1.00 35.82           N  
+ATOM   3468  CA  SER C 134      14.134  42.365 111.049  1.00 33.01           C  
+ATOM   3469  C   SER C 134      14.021  42.118 109.550  1.00 36.68           C  
+ATOM   3470  O   SER C 134      13.839  43.056 108.768  1.00 37.25           O  
+ATOM   3471  CB  SER C 134      12.741  42.579 111.639  1.00 33.51           C  
+ATOM   3472  OG  SER C 134      12.796  43.369 112.802  1.00 41.44           O  
+ATOM   3473  N   VAL C 135      14.119  40.865 109.140  1.00 34.91           N  
+ATOM   3474  CA  VAL C 135      14.129  40.578 107.719  1.00 33.88           C  
+ATOM   3475  C   VAL C 135      12.967  39.693 107.326  1.00 34.62           C  
+ATOM   3476  O   VAL C 135      12.717  38.669 107.950  1.00 39.85           O  
+ATOM   3477  CB  VAL C 135      15.452  39.921 107.289  1.00 35.97           C  
+ATOM   3478  CG1 VAL C 135      15.447  39.636 105.782  1.00 36.54           C  
+ATOM   3479  CG2 VAL C 135      16.628  40.828 107.661  1.00 32.97           C  
+ATOM   3480  N   PHE C 136      12.255  40.107 106.287  1.00 35.15           N  
+ATOM   3481  CA  PHE C 136      11.119  39.356 105.765  1.00 38.71           C  
+ATOM   3482  C   PHE C 136      11.292  39.171 104.264  1.00 41.21           C  
+ATOM   3483  O   PHE C 136      11.870  40.029 103.597  1.00 42.47           O  
+ATOM   3484  CB  PHE C 136       9.793  40.082 106.039  1.00 35.88           C  
+ATOM   3485  CG  PHE C 136       9.562  40.396 107.482  1.00 38.44           C  
+ATOM   3486  CD1 PHE C 136      10.076  41.564 108.043  1.00 37.41           C  
+ATOM   3487  CD2 PHE C 136       8.829  39.536 108.280  1.00 31.63           C  
+ATOM   3488  CE1 PHE C 136       9.871  41.850 109.383  1.00 36.56           C  
+ATOM   3489  CE2 PHE C 136       8.613  39.825 109.619  1.00 34.18           C  
+ATOM   3490  CZ  PHE C 136       9.135  40.978 110.172  1.00 31.49           C  
+ATOM   3491  N   ILE C 137      10.777  38.071 103.726  1.00 38.17           N  
+ATOM   3492  CA  ILE C 137      10.774  37.873 102.286  1.00 37.44           C  
+ATOM   3493  C   ILE C 137       9.354  37.584 101.807  1.00 38.51           C  
+ATOM   3494  O   ILE C 137       8.605  36.858 102.460  1.00 40.50           O  
+ATOM   3495  CB  ILE C 137      11.734  36.737 101.867  1.00 42.89           C  
+ATOM   3496  CG1 ILE C 137      11.773  36.593 100.338  1.00 41.01           C  
+ATOM   3497  CG2 ILE C 137      11.366  35.421 102.571  1.00 38.43           C  
+ATOM   3498  CD1 ILE C 137      12.918  35.737  99.821  1.00 39.89           C  
+ATOM   3499  N   PHE C 138       8.975  38.185 100.682  1.00 40.69           N  
+ATOM   3500  CA  PHE C 138       7.642  37.989 100.114  1.00 42.10           C  
+ATOM   3501  C   PHE C 138       7.691  37.401  98.708  1.00 42.18           C  
+ATOM   3502  O   PHE C 138       8.338  37.950  97.813  1.00 42.65           O  
+ATOM   3503  CB  PHE C 138       6.867  39.306 100.070  1.00 39.53           C  
+ATOM   3504  CG  PHE C 138       6.656  39.940 101.415  1.00 42.84           C  
+ATOM   3505  CD1 PHE C 138       5.633  39.506 102.247  1.00 39.90           C  
+ATOM   3506  CD2 PHE C 138       7.466  40.988 101.836  1.00 39.73           C  
+ATOM   3507  CE1 PHE C 138       5.423  40.099 103.470  1.00 38.79           C  
+ATOM   3508  CE2 PHE C 138       7.268  41.590 103.052  1.00 32.95           C  
+ATOM   3509  CZ  PHE C 138       6.243  41.144 103.878  1.00 40.37           C  
+ATOM   3510  N   PRO C 139       6.998  36.277  98.512  1.00 47.49           N  
+ATOM   3511  CA  PRO C 139       6.866  35.689  97.172  1.00 45.74           C  
+ATOM   3512  C   PRO C 139       5.870  36.487  96.335  1.00 40.68           C  
+ATOM   3513  O   PRO C 139       5.048  37.214  96.901  1.00 41.91           O  
+ATOM   3514  CB  PRO C 139       6.346  34.266  97.451  1.00 43.90           C  
+ATOM   3515  CG  PRO C 139       6.355  34.116  98.987  1.00 41.72           C  
+ATOM   3516  CD  PRO C 139       6.270  35.505  99.531  1.00 39.71           C  
+ATOM   3517  N   PRO C 140       5.956  36.366  95.005  1.00 44.03           N  
+ATOM   3518  CA  PRO C 140       4.990  36.982  94.083  1.00 45.61           C  
+ATOM   3519  C   PRO C 140       3.558  36.483  94.316  1.00 43.85           C  
+ATOM   3520  O   PRO C 140       3.354  35.281  94.534  1.00 41.87           O  
+ATOM   3521  CB  PRO C 140       5.492  36.543  92.700  1.00 45.31           C  
+ATOM   3522  CG  PRO C 140       6.930  36.219  92.893  1.00 47.91           C  
+ATOM   3523  CD  PRO C 140       7.055  35.692  94.289  1.00 47.31           C  
+ATOM   3524  N   SER C 141       2.584  37.391  94.268  1.00 44.14           N  
+ATOM   3525  CA  SER C 141       1.182  36.999  94.366  1.00 44.02           C  
+ATOM   3526  C   SER C 141       0.792  36.270  93.095  1.00 47.91           C  
+ATOM   3527  O   SER C 141       1.356  36.535  92.037  1.00 50.83           O  
+ATOM   3528  CB  SER C 141       0.270  38.214  94.568  1.00 44.34           C  
+ATOM   3529  OG  SER C 141       0.162  38.979  93.375  1.00 43.59           O  
+ATOM   3530  N   ASP C 142      -0.179  35.367  93.194  1.00 53.00           N  
+ATOM   3531  CA  ASP C 142      -0.693  34.663  92.021  1.00 48.95           C  
+ATOM   3532  C   ASP C 142      -1.319  35.631  91.031  1.00 46.59           C  
+ATOM   3533  O   ASP C 142      -1.258  35.411  89.818  1.00 52.18           O  
+ATOM   3534  CB  ASP C 142      -1.713  33.610  92.435  1.00 49.87           C  
+ATOM   3535  CG  ASP C 142      -1.061  32.348  92.948  1.00 62.21           C  
+ATOM   3536  OD1 ASP C 142       0.187  32.298  92.979  1.00 65.44           O  
+ATOM   3537  OD2 ASP C 142      -1.794  31.417  93.342  1.00 67.35           O  
+ATOM   3538  N   GLU C 143      -1.912  36.702  91.554  1.00 39.00           N  
+ATOM   3539  CA  GLU C 143      -2.488  37.749  90.723  1.00 46.05           C  
+ATOM   3540  C   GLU C 143      -1.408  38.389  89.848  1.00 46.68           C  
+ATOM   3541  O   GLU C 143      -1.621  38.666  88.670  1.00 42.30           O  
+ATOM   3542  CB  GLU C 143      -3.169  38.807  91.592  1.00 50.15           C  
+ATOM   3543  CG  GLU C 143      -3.922  39.887  90.820  1.00 56.92           C  
+ATOM   3544  CD  GLU C 143      -4.528  40.952  91.740  1.00 70.64           C  
+ATOM   3545  OE1 GLU C 143      -4.662  40.677  92.956  1.00 70.33           O  
+ATOM   3546  OE2 GLU C 143      -4.870  42.056  91.249  1.00 71.92           O  
+ATOM   3547  N   GLN C 144      -0.233  38.616  90.415  1.00 45.56           N  
+ATOM   3548  CA  GLN C 144       0.808  39.252  89.633  1.00 45.26           C  
+ATOM   3549  C   GLN C 144       1.298  38.365  88.492  1.00 45.90           C  
+ATOM   3550  O   GLN C 144       1.582  38.858  87.397  1.00 44.50           O  
+ATOM   3551  CB  GLN C 144       2.000  39.652  90.505  1.00 44.49           C  
+ATOM   3552  CG  GLN C 144       3.140  40.190  89.644  1.00 44.67           C  
+ATOM   3553  CD  GLN C 144       4.279  40.811  90.410  1.00 45.14           C  
+ATOM   3554  OE1 GLN C 144       4.707  40.305  91.451  1.00 49.56           O  
+ATOM   3555  NE2 GLN C 144       4.794  41.917  89.884  1.00 45.70           N  
+ATOM   3556  N   LEU C 145       1.399  37.062  88.737  1.00 46.52           N  
+ATOM   3557  CA  LEU C 145       2.032  36.175  87.761  1.00 49.57           C  
+ATOM   3558  C   LEU C 145       1.336  36.179  86.393  1.00 49.74           C  
+ATOM   3559  O   LEU C 145       1.979  35.955  85.369  1.00 54.49           O  
+ATOM   3560  CB  LEU C 145       2.110  34.752  88.313  1.00 47.86           C  
+ATOM   3561  CG  LEU C 145       2.972  34.606  89.571  1.00 44.61           C  
+ATOM   3562  CD1 LEU C 145       2.913  33.206  90.116  1.00 48.23           C  
+ATOM   3563  CD2 LEU C 145       4.410  34.984  89.308  1.00 45.76           C  
+ATOM   3564  N   LYS C 146       0.035  36.464  86.382  1.00 50.67           N  
+ATOM   3565  CA  LYS C 146      -0.732  36.580  85.141  1.00 45.58           C  
+ATOM   3566  C   LYS C 146      -0.326  37.789  84.299  1.00 46.43           C  
+ATOM   3567  O   LYS C 146      -0.761  37.928  83.158  1.00 49.49           O  
+ATOM   3568  CB  LYS C 146      -2.222  36.669  85.448  1.00 48.19           C  
+ATOM   3569  CG  LYS C 146      -2.838  35.381  85.953  1.00 50.17           C  
+ATOM   3570  CD  LYS C 146      -4.349  35.509  86.022  1.00 51.21           C  
+ATOM   3571  CE  LYS C 146      -4.752  36.794  86.729  1.00 57.68           C  
+ATOM   3572  NZ  LYS C 146      -6.217  36.831  86.993  1.00 68.09           N  
+ATOM   3573  N   SER C 147       0.496  38.666  84.866  1.00 45.05           N  
+ATOM   3574  CA  SER C 147       0.973  39.845  84.150  1.00 44.71           C  
+ATOM   3575  C   SER C 147       2.251  39.514  83.404  1.00 43.81           C  
+ATOM   3576  O   SER C 147       2.741  40.324  82.614  1.00 41.67           O  
+ATOM   3577  CB  SER C 147       1.237  41.014  85.109  1.00 44.84           C  
+ATOM   3578  OG  SER C 147       2.425  40.796  85.865  1.00 38.43           O  
+ATOM   3579  N   GLY C 148       2.809  38.339  83.688  1.00 40.99           N  
+ATOM   3580  CA  GLY C 148       4.008  37.877  83.006  1.00 42.69           C  
+ATOM   3581  C   GLY C 148       5.313  38.138  83.738  1.00 42.74           C  
+ATOM   3582  O   GLY C 148       6.347  37.543  83.425  1.00 40.79           O  
+ATOM   3583  N   THR C 149       5.263  39.047  84.706  1.00 45.86           N  
+ATOM   3584  CA  THR C 149       6.414  39.363  85.548  1.00 47.37           C  
+ATOM   3585  C   THR C 149       6.214  38.792  86.956  1.00 43.16           C  
+ATOM   3586  O   THR C 149       5.076  38.658  87.430  1.00 45.70           O  
+ATOM   3587  CB  THR C 149       6.652  40.902  85.637  1.00 52.59           C  
+ATOM   3588  OG1 THR C 149       7.869  41.173  86.338  1.00 53.01           O  
+ATOM   3589  CG2 THR C 149       5.521  41.583  86.386  1.00 59.80           C  
+ATOM   3590  N   ALA C 150       7.306  38.437  87.623  1.00 42.59           N  
+ATOM   3591  CA  ALA C 150       7.223  38.092  89.043  1.00 45.85           C  
+ATOM   3592  C   ALA C 150       8.093  39.045  89.850  1.00 43.46           C  
+ATOM   3593  O   ALA C 150       9.273  39.237  89.540  1.00 37.49           O  
+ATOM   3594  CB  ALA C 150       7.638  36.660  89.282  1.00 38.81           C  
+ATOM   3595  N   SER C 151       7.499  39.663  90.867  1.00 43.41           N  
+ATOM   3596  CA  SER C 151       8.258  40.511  91.776  1.00 38.78           C  
+ATOM   3597  C   SER C 151       8.486  39.803  93.106  1.00 39.81           C  
+ATOM   3598  O   SER C 151       7.537  39.433  93.796  1.00 46.49           O  
+ATOM   3599  CB  SER C 151       7.551  41.851  92.007  1.00 39.53           C  
+ATOM   3600  OG  SER C 151       7.449  42.624  90.814  1.00 42.10           O  
+ATOM   3601  N   VAL C 152       9.754  39.607  93.450  1.00 36.44           N  
+ATOM   3602  CA  VAL C 152      10.125  39.107  94.762  1.00 41.24           C  
+ATOM   3603  C   VAL C 152      10.576  40.273  95.634  1.00 38.89           C  
+ATOM   3604  O   VAL C 152      11.461  41.037  95.236  1.00 36.33           O  
+ATOM   3605  CB  VAL C 152      11.249  38.055  94.682  1.00 40.88           C  
+ATOM   3606  CG1 VAL C 152      11.495  37.472  96.065  1.00 39.68           C  
+ATOM   3607  CG2 VAL C 152      10.873  36.955  93.696  1.00 33.24           C  
+ATOM   3608  N   VAL C 153       9.971  40.418  96.812  1.00 36.17           N  
+ATOM   3609  CA  VAL C 153      10.307  41.541  97.692  1.00 37.58           C  
+ATOM   3610  C   VAL C 153      10.950  41.094  99.006  1.00 42.12           C  
+ATOM   3611  O   VAL C 153      10.599  40.054  99.568  1.00 40.56           O  
+ATOM   3612  CB  VAL C 153       9.060  42.410  97.992  1.00 42.95           C  
+ATOM   3613  CG1 VAL C 153       9.397  43.552  98.951  1.00 37.36           C  
+ATOM   3614  CG2 VAL C 153       8.486  42.977  96.696  1.00 32.65           C  
+ATOM   3615  N   CYS C 154      11.914  41.891  99.468  1.00 43.39           N  
+ATOM   3616  CA  CYS C 154      12.651  41.637 100.700  1.00 39.19           C  
+ATOM   3617  C   CYS C 154      12.684  42.873 101.599  1.00 37.08           C  
+ATOM   3618  O   CYS C 154      13.333  43.873 101.280  1.00 36.39           O  
+ATOM   3619  CB  CYS C 154      14.075  41.196 100.372  1.00 48.36           C  
+ATOM   3620  SG  CYS C 154      15.185  41.045 101.788  1.00 58.38           S  
+ATOM   3621  N   LEU C 155      11.993  42.804 102.729  1.00 37.31           N  
+ATOM   3622  CA  LEU C 155      11.915  43.959 103.610  1.00 42.58           C  
+ATOM   3623  C   LEU C 155      12.977  43.923 104.706  1.00 35.43           C  
+ATOM   3624  O   LEU C 155      13.150  42.913 105.378  1.00 35.60           O  
+ATOM   3625  CB  LEU C 155      10.522  44.051 104.233  1.00 38.72           C  
+ATOM   3626  CG  LEU C 155      10.314  45.135 105.280  1.00 33.72           C  
+ATOM   3627  CD1 LEU C 155      10.606  46.491 104.682  1.00 34.53           C  
+ATOM   3628  CD2 LEU C 155       8.876  45.079 105.742  1.00 32.65           C  
+ATOM   3629  N   LEU C 156      13.706  45.024 104.849  1.00 34.38           N  
+ATOM   3630  CA  LEU C 156      14.616  45.212 105.973  1.00 35.10           C  
+ATOM   3631  C   LEU C 156      14.031  46.289 106.858  1.00 35.63           C  
+ATOM   3632  O   LEU C 156      13.888  47.437 106.439  1.00 35.93           O  
+ATOM   3633  CB  LEU C 156      16.017  45.594 105.514  1.00 36.85           C  
+ATOM   3634  CG  LEU C 156      16.929  44.451 105.061  1.00 37.04           C  
+ATOM   3635  CD1 LEU C 156      16.380  43.730 103.839  1.00 37.88           C  
+ATOM   3636  CD2 LEU C 156      18.323  44.985 104.798  1.00 34.19           C  
+ATOM   3637  N   ASN C 157      13.675  45.913 108.080  1.00 36.05           N  
+ATOM   3638  CA  ASN C 157      12.849  46.771 108.906  1.00 34.43           C  
+ATOM   3639  C   ASN C 157      13.531  47.322 110.150  1.00 36.71           C  
+ATOM   3640  O   ASN C 157      14.054  46.564 110.979  1.00 35.53           O  
+ATOM   3641  CB  ASN C 157      11.592  46.021 109.322  1.00 37.77           C  
+ATOM   3642  CG  ASN C 157      10.436  46.951 109.580  1.00 42.09           C  
+ATOM   3643  OD1 ASN C 157      10.173  47.870 108.789  1.00 43.64           O  
+ATOM   3644  ND2 ASN C 157       9.751  46.748 110.704  1.00 41.54           N  
+ATOM   3645  N   ASN C 158      13.518  48.650 110.267  1.00 36.68           N  
+ATOM   3646  CA  ASN C 158      13.941  49.360 111.484  1.00 38.65           C  
+ATOM   3647  C   ASN C 158      15.383  49.117 111.916  1.00 36.66           C  
+ATOM   3648  O   ASN C 158      15.616  48.604 113.003  1.00 38.89           O  
+ATOM   3649  CB  ASN C 158      13.023  48.991 112.658  1.00 35.06           C  
+ATOM   3650  CG  ASN C 158      11.591  49.461 112.468  1.00 37.91           C  
+ATOM   3651  OD1 ASN C 158      11.175  49.853 111.376  1.00 40.24           O  
+ATOM   3652  ND2 ASN C 158      10.828  49.426 113.547  1.00 46.01           N  
+ATOM   3653  N   PHE C 159      16.349  49.493 111.086  1.00 36.38           N  
+ATOM   3654  CA  PHE C 159      17.752  49.294 111.438  1.00 35.31           C  
+ATOM   3655  C   PHE C 159      18.508  50.614 111.512  1.00 35.06           C  
+ATOM   3656  O   PHE C 159      18.047  51.644 111.024  1.00 35.96           O  
+ATOM   3657  CB  PHE C 159      18.437  48.356 110.429  1.00 36.76           C  
+ATOM   3658  CG  PHE C 159      18.323  48.818 108.990  1.00 38.54           C  
+ATOM   3659  CD1 PHE C 159      19.331  49.573 108.403  1.00 37.50           C  
+ATOM   3660  CD2 PHE C 159      17.200  48.510 108.233  1.00 36.99           C  
+ATOM   3661  CE1 PHE C 159      19.222  50.007 107.093  1.00 32.22           C  
+ATOM   3662  CE2 PHE C 159      17.088  48.945 106.922  1.00 36.01           C  
+ATOM   3663  CZ  PHE C 159      18.102  49.693 106.356  1.00 34.63           C  
+ATOM   3664  N   TYR C 160      19.674  50.560 112.140  1.00 34.59           N  
+ATOM   3665  CA  TYR C 160      20.610  51.675 112.186  1.00 36.50           C  
+ATOM   3666  C   TYR C 160      22.020  51.107 112.387  1.00 34.21           C  
+ATOM   3667  O   TYR C 160      22.201  50.214 113.202  1.00 37.76           O  
+ATOM   3668  CB  TYR C 160      20.258  52.660 113.307  1.00 33.88           C  
+ATOM   3669  CG  TYR C 160      21.126  53.891 113.258  1.00 39.15           C  
+ATOM   3670  CD1 TYR C 160      22.394  53.902 113.845  1.00 37.43           C  
+ATOM   3671  CD2 TYR C 160      20.694  55.039 112.603  1.00 37.12           C  
+ATOM   3672  CE1 TYR C 160      23.207  55.016 113.773  1.00 37.65           C  
+ATOM   3673  CE2 TYR C 160      21.496  56.169 112.541  1.00 38.15           C  
+ATOM   3674  CZ  TYR C 160      22.754  56.153 113.126  1.00 40.81           C  
+ATOM   3675  OH  TYR C 160      23.553  57.274 113.056  1.00 39.05           O  
+ATOM   3676  N   PRO C 161      23.029  51.629 111.668  1.00 33.79           N  
+ATOM   3677  CA  PRO C 161      22.973  52.756 110.736  1.00 33.05           C  
+ATOM   3678  C   PRO C 161      22.391  52.382 109.371  1.00 36.24           C  
+ATOM   3679  O   PRO C 161      22.013  51.231 109.124  1.00 33.81           O  
+ATOM   3680  CB  PRO C 161      24.435  53.184 110.634  1.00 30.00           C  
+ATOM   3681  CG  PRO C 161      25.204  51.946 110.849  1.00 31.42           C  
+ATOM   3682  CD  PRO C 161      24.393  51.079 111.769  1.00 36.05           C  
+ATOM   3683  N   ARG C 162      22.311  53.387 108.505  1.00 42.02           N  
+ATOM   3684  CA  ARG C 162      21.649  53.276 107.208  1.00 40.54           C  
+ATOM   3685  C   ARG C 162      22.292  52.248 106.289  1.00 44.15           C  
+ATOM   3686  O   ARG C 162      21.601  51.623 105.476  1.00 45.17           O  
+ATOM   3687  CB  ARG C 162      21.638  54.636 106.511  1.00 41.58           C  
+ATOM   3688  CG  ARG C 162      20.628  54.747 105.392  1.00 40.91           C  
+ATOM   3689  CD  ARG C 162      20.767  56.053 104.624  1.00 42.91           C  
+ATOM   3690  NE  ARG C 162      20.092  55.944 103.341  1.00 49.52           N  
+ATOM   3691  CZ  ARG C 162      20.082  56.888 102.413  1.00 60.47           C  
+ATOM   3692  NH1 ARG C 162      20.711  58.037 102.622  1.00 70.45           N  
+ATOM   3693  NH2 ARG C 162      19.433  56.678 101.276  1.00 62.75           N  
+ATOM   3694  N   GLU C 163      23.605  52.071 106.416  1.00 38.36           N  
+ATOM   3695  CA  GLU C 163      24.338  51.188 105.513  1.00 41.35           C  
+ATOM   3696  C   GLU C 163      23.912  49.744 105.708  1.00 39.38           C  
+ATOM   3697  O   GLU C 163      24.179  49.160 106.750  1.00 45.02           O  
+ATOM   3698  CB  GLU C 163      25.846  51.323 105.732  1.00 42.66           C  
+ATOM   3699  CG  GLU C 163      26.399  52.733 105.449  1.00 47.72           C  
+ATOM   3700  CD  GLU C 163      26.132  53.752 106.579  1.00 49.99           C  
+ATOM   3701  OE1 GLU C 163      26.397  53.436 107.758  1.00 49.32           O  
+ATOM   3702  OE2 GLU C 163      25.664  54.877 106.292  1.00 55.10           O  
+ATOM   3703  N   ALA C 164      23.233  49.176 104.717  1.00 42.03           N  
+ATOM   3704  CA  ALA C 164      22.829  47.762 104.770  1.00 46.10           C  
+ATOM   3705  C   ALA C 164      23.032  47.083 103.417  1.00 42.37           C  
+ATOM   3706  O   ALA C 164      22.731  47.669 102.384  1.00 43.07           O  
+ATOM   3707  CB  ALA C 164      21.375  47.632 105.207  1.00 34.76           C  
+ATOM   3708  N   LYS C 165      23.527  45.849 103.422  1.00 43.67           N  
+ATOM   3709  CA  LYS C 165      23.770  45.131 102.164  1.00 51.79           C  
+ATOM   3710  C   LYS C 165      22.724  44.033 101.879  1.00 44.99           C  
+ATOM   3711  O   LYS C 165      22.354  43.264 102.768  1.00 46.27           O  
+ATOM   3712  CB  LYS C 165      25.179  44.521 102.174  1.00 52.97           C  
+ATOM   3713  CG  LYS C 165      26.005  44.850 100.930  1.00 58.58           C  
+ATOM   3714  CD  LYS C 165      27.386  44.198 100.979  1.00 65.82           C  
+ATOM   3715  CE  LYS C 165      28.417  44.951 100.119  1.00 68.94           C  
+ATOM   3716  NZ  LYS C 165      28.085  45.062  98.665  1.00 71.38           N  
+ATOM   3717  N   VAL C 166      22.248  43.963 100.641  1.00 42.18           N  
+ATOM   3718  CA  VAL C 166      21.321  42.903 100.243  1.00 42.78           C  
+ATOM   3719  C   VAL C 166      21.821  42.157  99.018  1.00 39.88           C  
+ATOM   3720  O   VAL C 166      21.968  42.742  97.951  1.00 47.37           O  
+ATOM   3721  CB  VAL C 166      19.907  43.449  99.924  1.00 42.55           C  
+ATOM   3722  CG1 VAL C 166      19.085  42.411  99.153  1.00 42.59           C  
+ATOM   3723  CG2 VAL C 166      19.191  43.881 101.195  1.00 38.11           C  
+ATOM   3724  N   GLN C 167      22.082  40.865  99.174  1.00 47.83           N  
+ATOM   3725  CA  GLN C 167      22.363  39.978  98.038  1.00 54.34           C  
+ATOM   3726  C   GLN C 167      21.127  39.125  97.688  1.00 49.16           C  
+ATOM   3727  O   GLN C 167      20.421  38.648  98.591  1.00 43.82           O  
+ATOM   3728  CB  GLN C 167      23.546  39.045  98.343  1.00 59.61           C  
+ATOM   3729  CG  GLN C 167      24.933  39.669  98.476  1.00 66.37           C  
+ATOM   3730  CD  GLN C 167      25.988  38.621  98.865  1.00 80.66           C  
+ATOM   3731  OE1 GLN C 167      26.203  37.637  98.152  1.00 77.44           O  
+ATOM   3732  NE2 GLN C 167      26.624  38.817 100.015  1.00 84.32           N  
+ATOM   3733  N   TRP C 168      20.878  38.922  96.391  1.00 47.53           N  
+ATOM   3734  CA  TRP C 168      19.829  37.997  95.934  1.00 50.33           C  
+ATOM   3735  C   TRP C 168      20.402  36.685  95.357  1.00 55.48           C  
+ATOM   3736  O   TRP C 168      21.331  36.702  94.538  1.00 53.97           O  
+ATOM   3737  CB  TRP C 168      18.935  38.656  94.878  1.00 45.75           C  
+ATOM   3738  CG  TRP C 168      17.921  39.622  95.409  1.00 43.49           C  
+ATOM   3739  CD1 TRP C 168      18.016  40.982  95.420  1.00 45.02           C  
+ATOM   3740  CD2 TRP C 168      16.650  39.306  95.996  1.00 44.57           C  
+ATOM   3741  NE1 TRP C 168      16.883  41.538  95.968  1.00 45.15           N  
+ATOM   3742  CE2 TRP C 168      16.029  40.531  96.334  1.00 47.72           C  
+ATOM   3743  CE3 TRP C 168      15.979  38.112  96.273  1.00 37.17           C  
+ATOM   3744  CZ2 TRP C 168      14.773  40.593  96.934  1.00 44.59           C  
+ATOM   3745  CZ3 TRP C 168      14.741  38.174  96.868  1.00 38.70           C  
+ATOM   3746  CH2 TRP C 168      14.146  39.406  97.192  1.00 42.60           C  
+ATOM   3747  N   LYS C 169      19.833  35.557  95.784  1.00 55.87           N  
+ATOM   3748  CA  LYS C 169      20.212  34.242  95.271  1.00 56.16           C  
+ATOM   3749  C   LYS C 169      19.002  33.461  94.783  1.00 55.86           C  
+ATOM   3750  O   LYS C 169      18.088  33.178  95.562  1.00 64.21           O  
+ATOM   3751  CB  LYS C 169      20.929  33.415  96.344  1.00 58.37           C  
+ATOM   3752  CG  LYS C 169      22.260  33.962  96.811  1.00 66.64           C  
+ATOM   3753  CD  LYS C 169      22.601  33.412  98.202  1.00 74.85           C  
+ATOM   3754  CE  LYS C 169      24.000  33.821  98.650  1.00 75.44           C  
+ATOM   3755  NZ  LYS C 169      25.037  33.216  97.769  1.00 73.63           N  
+ATOM   3756  N   VAL C 170      19.000  33.105  93.502  1.00 53.96           N  
+ATOM   3757  CA  VAL C 170      18.032  32.143  92.983  1.00 53.70           C  
+ATOM   3758  C   VAL C 170      18.721  30.793  92.808  1.00 56.25           C  
+ATOM   3759  O   VAL C 170      19.675  30.677  92.018  1.00 53.84           O  
+ATOM   3760  CB  VAL C 170      17.433  32.585  91.638  1.00 54.05           C  
+ATOM   3761  CG1 VAL C 170      16.419  31.562  91.162  1.00 52.50           C  
+ATOM   3762  CG2 VAL C 170      16.795  33.951  91.763  1.00 50.00           C  
+ATOM   3763  N   ASP C 171      18.233  29.784  93.533  1.00 53.69           N  
+ATOM   3764  CA  ASP C 171      18.898  28.481  93.619  1.00 57.57           C  
+ATOM   3765  C   ASP C 171      20.407  28.651  93.858  1.00 64.78           C  
+ATOM   3766  O   ASP C 171      21.239  28.102  93.133  1.00 59.87           O  
+ATOM   3767  CB  ASP C 171      18.637  27.653  92.358  1.00 60.02           C  
+ATOM   3768  CG  ASP C 171      17.230  27.066  92.322  1.00 61.93           C  
+ATOM   3769  OD1 ASP C 171      16.676  26.791  93.410  1.00 63.33           O  
+ATOM   3770  OD2 ASP C 171      16.680  26.883  91.208  1.00 60.77           O  
+ATOM   3771  N   ASN C 172      20.735  29.443  94.877  1.00 65.51           N  
+ATOM   3772  CA  ASN C 172      22.112  29.742  95.268  1.00 64.16           C  
+ATOM   3773  C   ASN C 172      23.024  30.316  94.179  1.00 60.38           C  
+ATOM   3774  O   ASN C 172      24.249  30.233  94.279  1.00 62.96           O  
+ATOM   3775  CB  ASN C 172      22.759  28.495  95.860  1.00 66.67           C  
+ATOM   3776  CG  ASN C 172      22.658  28.463  97.367  1.00 72.53           C  
+ATOM   3777  OD1 ASN C 172      21.730  29.026  97.955  1.00 77.74           O  
+ATOM   3778  ND2 ASN C 172      23.624  27.820  98.006  1.00 77.47           N  
+ATOM   3779  N   ALA C 173      22.422  30.923  93.162  1.00 58.19           N  
+ATOM   3780  CA  ALA C 173      23.167  31.706  92.183  1.00 59.00           C  
+ATOM   3781  C   ALA C 173      22.994  33.215  92.449  1.00 59.20           C  
+ATOM   3782  O   ALA C 173      21.871  33.694  92.629  1.00 60.60           O  
+ATOM   3783  CB  ALA C 173      22.714  31.353  90.783  1.00 56.98           C  
+ATOM   3784  N   LEU C 174      24.099  33.957  92.479  1.00 51.52           N  
+ATOM   3785  CA  LEU C 174      24.045  35.398  92.712  1.00 53.71           C  
+ATOM   3786  C   LEU C 174      23.372  36.164  91.559  1.00 57.52           C  
+ATOM   3787  O   LEU C 174      23.517  35.808  90.388  1.00 53.10           O  
+ATOM   3788  CB  LEU C 174      25.454  35.943  92.943  1.00 58.04           C  
+ATOM   3789  CG  LEU C 174      25.517  37.376  93.474  1.00 69.92           C  
+ATOM   3790  CD1 LEU C 174      24.823  37.478  94.840  1.00 66.74           C  
+ATOM   3791  CD2 LEU C 174      26.957  37.880  93.559  1.00 70.76           C  
+ATOM   3792  N   GLN C 175      22.644  37.223  91.902  1.00 54.00           N  
+ATOM   3793  CA  GLN C 175      21.934  38.028  90.918  1.00 47.23           C  
+ATOM   3794  C   GLN C 175      22.584  39.385  90.634  1.00 46.43           C  
+ATOM   3795  O   GLN C 175      23.118  40.022  91.530  1.00 53.57           O  
+ATOM   3796  CB  GLN C 175      20.501  38.249  91.379  1.00 45.68           C  
+ATOM   3797  CG  GLN C 175      19.747  36.972  91.647  1.00 50.40           C  
+ATOM   3798  CD  GLN C 175      19.561  36.124  90.398  1.00 53.07           C  
+ATOM   3799  OE1 GLN C 175      19.002  36.576  89.391  1.00 45.88           O  
+ATOM   3800  NE2 GLN C 175      20.049  34.889  90.453  1.00 54.44           N  
+ATOM   3801  N   SER C 176      22.516  39.823  89.379  1.00 53.27           N  
+ATOM   3802  CA  SER C 176      22.996  41.144  88.972  1.00 53.63           C  
+ATOM   3803  C   SER C 176      22.048  41.788  87.963  1.00 52.01           C  
+ATOM   3804  O   SER C 176      21.604  41.132  87.023  1.00 44.83           O  
+ATOM   3805  CB  SER C 176      24.386  41.048  88.353  1.00 53.91           C  
+ATOM   3806  OG  SER C 176      25.221  40.220  89.136  1.00 66.40           O  
+ATOM   3807  N   GLY C 177      21.735  43.065  88.172  1.00 54.47           N  
+ATOM   3808  CA  GLY C 177      21.031  43.860  87.181  1.00 50.30           C  
+ATOM   3809  C   GLY C 177      19.528  43.674  87.117  1.00 47.81           C  
+ATOM   3810  O   GLY C 177      18.870  44.242  86.239  1.00 47.52           O  
+ATOM   3811  N   ASN C 178      18.988  42.871  88.029  1.00 44.68           N  
+ATOM   3812  CA  ASN C 178      17.545  42.649  88.090  1.00 45.01           C  
+ATOM   3813  C   ASN C 178      16.972  43.011  89.462  1.00 41.53           C  
+ATOM   3814  O   ASN C 178      15.887  42.561  89.826  1.00 44.55           O  
+ATOM   3815  CB  ASN C 178      17.198  41.194  87.742  1.00 42.23           C  
+ATOM   3816  CG  ASN C 178      18.066  40.186  88.483  1.00 47.85           C  
+ATOM   3817  OD1 ASN C 178      18.856  40.542  89.357  1.00 47.02           O  
+ATOM   3818  ND2 ASN C 178      17.881  38.912  88.170  1.00 50.45           N  
+ATOM   3819  N   SER C 179      17.716  43.820  90.217  1.00 41.93           N  
+ATOM   3820  CA  SER C 179      17.287  44.299  91.537  1.00 36.86           C  
+ATOM   3821  C   SER C 179      17.194  45.798  91.635  1.00 36.35           C  
+ATOM   3822  O   SER C 179      17.985  46.514  91.019  1.00 35.28           O  
+ATOM   3823  CB  SER C 179      18.239  43.835  92.627  1.00 34.37           C  
+ATOM   3824  OG  SER C 179      17.742  42.660  93.198  1.00 51.94           O  
+ATOM   3825  N   GLN C 180      16.243  46.267  92.437  1.00 35.76           N  
+ATOM   3826  CA  GLN C 180      16.173  47.677  92.788  1.00 35.67           C  
+ATOM   3827  C   GLN C 180      15.885  47.820  94.273  1.00 41.32           C  
+ATOM   3828  O   GLN C 180      15.166  47.004  94.850  1.00 40.52           O  
+ATOM   3829  CB  GLN C 180      15.114  48.397  91.956  1.00 34.84           C  
+ATOM   3830  CG  GLN C 180      15.522  48.608  90.501  1.00 39.24           C  
+ATOM   3831  CD  GLN C 180      14.580  49.521  89.747  1.00 45.41           C  
+ATOM   3832  OE1 GLN C 180      13.478  49.118  89.356  1.00 46.53           O  
+ATOM   3833  NE2 GLN C 180      15.007  50.764  89.536  1.00 43.85           N  
+ATOM   3834  N   GLU C 181      16.464  48.851  94.887  1.00 42.73           N  
+ATOM   3835  CA  GLU C 181      16.287  49.079  96.313  1.00 42.55           C  
+ATOM   3836  C   GLU C 181      15.819  50.504  96.629  1.00 38.86           C  
+ATOM   3837  O   GLU C 181      16.010  51.449  95.859  1.00 36.49           O  
+ATOM   3838  CB  GLU C 181      17.580  48.766  97.083  1.00 51.88           C  
+ATOM   3839  CG  GLU C 181      18.772  49.646  96.728  1.00 73.77           C  
+ATOM   3840  CD  GLU C 181      19.995  49.348  97.582  1.00 82.77           C  
+ATOM   3841  OE1 GLU C 181      20.428  48.175  97.590  1.00 87.26           O  
+ATOM   3842  OE2 GLU C 181      20.520  50.283  98.235  1.00 85.69           O  
+ATOM   3843  N   SER C 182      15.183  50.635  97.782  1.00 41.53           N  
+ATOM   3844  CA  SER C 182      14.582  51.885  98.197  1.00 39.40           C  
+ATOM   3845  C   SER C 182      14.694  52.018  99.713  1.00 35.89           C  
+ATOM   3846  O   SER C 182      14.513  51.050 100.441  1.00 37.62           O  
+ATOM   3847  CB  SER C 182      13.125  51.943  97.744  1.00 37.23           C  
+ATOM   3848  OG  SER C 182      12.535  53.172  98.122  1.00 41.80           O  
+ATOM   3849  N   VAL C 183      15.013  53.216 100.181  1.00 38.96           N  
+ATOM   3850  CA  VAL C 183      15.258  53.451 101.597  1.00 36.00           C  
+ATOM   3851  C   VAL C 183      14.356  54.554 102.159  1.00 35.62           C  
+ATOM   3852  O   VAL C 183      14.196  55.613 101.540  1.00 34.97           O  
+ATOM   3853  CB  VAL C 183      16.737  53.816 101.832  1.00 36.44           C  
+ATOM   3854  CG1 VAL C 183      16.989  54.189 103.289  1.00 42.86           C  
+ATOM   3855  CG2 VAL C 183      17.624  52.660 101.431  1.00 36.68           C  
+ATOM   3856  N   THR C 184      13.756  54.304 103.322  1.00 31.50           N  
+ATOM   3857  CA  THR C 184      12.936  55.329 103.962  1.00 35.06           C  
+ATOM   3858  C   THR C 184      13.809  56.435 104.549  1.00 37.71           C  
+ATOM   3859  O   THR C 184      15.015  56.265 104.746  1.00 35.87           O  
+ATOM   3860  CB  THR C 184      12.030  54.762 105.096  1.00 33.31           C  
+ATOM   3861  OG1 THR C 184      12.832  54.257 106.168  1.00 32.84           O  
+ATOM   3862  CG2 THR C 184      11.132  53.664 104.584  1.00 35.83           C  
+ATOM   3863  N   GLU C 185      13.187  57.579 104.799  1.00 37.87           N  
+ATOM   3864  CA  GLU C 185      13.813  58.649 105.565  1.00 41.06           C  
+ATOM   3865  C   GLU C 185      13.907  58.181 107.016  1.00 35.67           C  
+ATOM   3866  O   GLU C 185      13.167  57.284 107.424  1.00 35.80           O  
+ATOM   3867  CB  GLU C 185      13.008  59.954 105.454  1.00 35.89           C  
+ATOM   3868  CG  GLU C 185      12.744  60.411 104.027  1.00 42.52           C  
+ATOM   3869  CD  GLU C 185      13.919  61.170 103.411  1.00 61.00           C  
+ATOM   3870  OE1 GLU C 185      15.015  61.181 104.013  1.00 61.08           O  
+ATOM   3871  OE2 GLU C 185      13.741  61.773 102.325  1.00 65.63           O  
+ATOM   3872  N   GLN C 186      14.822  58.770 107.783  1.00 37.81           N  
+ATOM   3873  CA  GLN C 186      14.994  58.399 109.183  1.00 35.95           C  
+ATOM   3874  C   GLN C 186      13.675  58.575 109.926  1.00 36.07           C  
+ATOM   3875  O   GLN C 186      12.986  59.575 109.738  1.00 34.25           O  
+ATOM   3876  CB  GLN C 186      16.099  59.226 109.838  1.00 34.27           C  
+ATOM   3877  CG  GLN C 186      16.765  58.515 111.003  1.00 38.77           C  
+ATOM   3878  CD  GLN C 186      17.957  59.267 111.558  1.00 37.43           C  
+ATOM   3879  OE1 GLN C 186      18.167  60.443 111.255  1.00 40.26           O  
+ATOM   3880  NE2 GLN C 186      18.730  58.596 112.398  1.00 36.22           N  
+ATOM   3881  N   ASP C 187      13.327  57.591 110.754  1.00 36.62           N  
+ATOM   3882  CA  ASP C 187      12.020  57.544 111.395  1.00 35.16           C  
+ATOM   3883  C   ASP C 187      11.819  58.670 112.398  1.00 38.46           C  
+ATOM   3884  O   ASP C 187      12.761  59.090 113.076  1.00 41.54           O  
+ATOM   3885  CB  ASP C 187      11.824  56.203 112.086  1.00 39.86           C  
+ATOM   3886  CG  ASP C 187      10.405  55.987 112.508  1.00 47.88           C  
+ATOM   3887  OD1 ASP C 187      10.116  56.101 113.720  1.00 51.01           O  
+ATOM   3888  OD2 ASP C 187       9.578  55.712 111.614  1.00 56.98           O  
+ATOM   3889  N   SER C 188      10.583  59.152 112.479  1.00 41.17           N  
+ATOM   3890  CA  SER C 188      10.195  60.209 113.419  1.00 44.11           C  
+ATOM   3891  C   SER C 188      10.402  59.802 114.869  1.00 45.57           C  
+ATOM   3892  O   SER C 188      10.915  60.578 115.662  1.00 48.08           O  
+ATOM   3893  CB  SER C 188       8.724  60.603 113.218  1.00 41.17           C  
+ATOM   3894  OG  SER C 188       8.591  61.658 112.289  1.00 47.43           O  
+ATOM   3895  N   LYS C 189       9.996  58.588 115.222  1.00 42.44           N  
+ATOM   3896  CA  LYS C 189      10.097  58.148 116.611  1.00 45.25           C  
+ATOM   3897  C   LYS C 189      11.418  57.419 116.888  1.00 43.33           C  
+ATOM   3898  O   LYS C 189      12.225  57.865 117.709  1.00 47.59           O  
+ATOM   3899  CB  LYS C 189       8.905  57.254 116.957  1.00 46.87           C  
+ATOM   3900  CG  LYS C 189       7.549  57.833 116.567  1.00 42.19           C  
+ATOM   3901  CD  LYS C 189       6.428  56.899 116.994  1.00 42.11           C  
+ATOM   3902  CE  LYS C 189       5.223  57.659 117.520  1.00 41.93           C  
+ATOM   3903  NZ  LYS C 189       4.476  58.282 116.411  1.00 47.46           N  
+ATOM   3904  N   ASP C 190      11.605  56.312 116.171  1.00 41.79           N  
+ATOM   3905  CA  ASP C 190      12.745  55.385 116.246  1.00 41.61           C  
+ATOM   3906  C   ASP C 190      14.139  55.940 115.974  1.00 43.12           C  
+ATOM   3907  O   ASP C 190      15.115  55.456 116.546  1.00 35.60           O  
+ATOM   3908  CB  ASP C 190      12.546  54.266 115.215  1.00 50.34           C  
+ATOM   3909  CG  ASP C 190      11.823  53.070 115.761  1.00 61.07           C  
+ATOM   3910  OD1 ASP C 190      11.848  52.033 115.064  1.00 61.26           O  
+ATOM   3911  OD2 ASP C 190      11.232  53.159 116.859  1.00 71.60           O  
+ATOM   3912  N   SER C 191      14.218  56.895 115.041  1.00 43.11           N  
+ATOM   3913  CA  SER C 191      15.468  57.314 114.383  1.00 40.07           C  
+ATOM   3914  C   SER C 191      16.139  56.173 113.613  1.00 40.18           C  
+ATOM   3915  O   SER C 191      17.367  56.168 113.415  1.00 35.85           O  
+ATOM   3916  CB  SER C 191      16.446  57.912 115.390  1.00 33.45           C  
+ATOM   3917  OG  SER C 191      15.947  59.156 115.850  1.00 35.31           O  
+ATOM   3918  N   THR C 192      15.324  55.226 113.151  1.00 38.63           N  
+ATOM   3919  CA  THR C 192      15.824  54.100 112.361  1.00 39.88           C  
+ATOM   3920  C   THR C 192      15.515  54.255 110.874  1.00 38.32           C  
+ATOM   3921  O   THR C 192      14.744  55.143 110.483  1.00 34.94           O  
+ATOM   3922  CB  THR C 192      15.226  52.766 112.830  1.00 39.78           C  
+ATOM   3923  OG1 THR C 192      13.800  52.805 112.682  1.00 46.57           O  
+ATOM   3924  CG2 THR C 192      15.571  52.512 114.273  1.00 35.71           C  
+ATOM   3925  N   TYR C 193      16.111  53.379 110.058  1.00 35.36           N  
+ATOM   3926  CA  TYR C 193      15.840  53.321 108.617  1.00 34.27           C  
+ATOM   3927  C   TYR C 193      15.203  51.976 108.262  1.00 36.09           C  
+ATOM   3928  O   TYR C 193      15.373  51.000 108.996  1.00 35.89           O  
+ATOM   3929  CB  TYR C 193      17.129  53.516 107.800  1.00 34.09           C  
+ATOM   3930  CG  TYR C 193      17.784  54.861 107.985  1.00 32.24           C  
+ATOM   3931  CD1 TYR C 193      17.362  55.963 107.261  1.00 31.75           C  
+ATOM   3932  CD2 TYR C 193      18.817  55.028 108.891  1.00 34.85           C  
+ATOM   3933  CE1 TYR C 193      17.952  57.196 107.426  1.00 36.50           C  
+ATOM   3934  CE2 TYR C 193      19.421  56.260 109.067  1.00 41.02           C  
+ATOM   3935  CZ  TYR C 193      18.981  57.346 108.333  1.00 44.55           C  
+ATOM   3936  OH  TYR C 193      19.571  58.581 108.507  1.00 41.65           O  
+ATOM   3937  N   SER C 194      14.478  51.932 107.141  1.00 34.28           N  
+ATOM   3938  CA  SER C 194      13.990  50.676 106.580  1.00 31.02           C  
+ATOM   3939  C   SER C 194      14.289  50.615 105.094  1.00 37.26           C  
+ATOM   3940  O   SER C 194      14.484  51.648 104.446  1.00 36.81           O  
+ATOM   3941  CB  SER C 194      12.494  50.506 106.827  1.00 32.52           C  
+ATOM   3942  OG  SER C 194      12.213  50.491 108.222  1.00 37.77           O  
+ATOM   3943  N   LEU C 195      14.311  49.400 104.557  1.00 38.83           N  
+ATOM   3944  CA  LEU C 195      14.716  49.183 103.175  1.00 34.58           C  
+ATOM   3945  C   LEU C 195      13.878  48.092 102.496  1.00 37.33           C  
+ATOM   3946  O   LEU C 195      13.584  47.060 103.103  1.00 35.82           O  
+ATOM   3947  CB  LEU C 195      16.209  48.830 103.135  1.00 34.67           C  
+ATOM   3948  CG  LEU C 195      16.940  48.818 101.786  1.00 39.44           C  
+ATOM   3949  CD1 LEU C 195      18.404  49.171 101.964  1.00 39.70           C  
+ATOM   3950  CD2 LEU C 195      16.831  47.457 101.125  1.00 40.61           C  
+ATOM   3951  N   SER C 196      13.492  48.325 101.239  1.00 39.44           N  
+ATOM   3952  CA  SER C 196      12.904  47.269 100.404  1.00 41.42           C  
+ATOM   3953  C   SER C 196      13.823  46.949  99.229  1.00 39.82           C  
+ATOM   3954  O   SER C 196      14.446  47.844  98.664  1.00 40.26           O  
+ATOM   3955  CB  SER C 196      11.512  47.668  99.892  1.00 42.79           C  
+ATOM   3956  OG  SER C 196      11.584  48.533  98.770  1.00 48.14           O  
+ATOM   3957  N   SER C 197      13.926  45.673  98.873  1.00 42.55           N  
+ATOM   3958  CA  SER C 197      14.659  45.278  97.669  1.00 41.48           C  
+ATOM   3959  C   SER C 197      13.746  44.450  96.786  1.00 38.32           C  
+ATOM   3960  O   SER C 197      13.132  43.503  97.256  1.00 42.00           O  
+ATOM   3961  CB  SER C 197      15.920  44.493  98.017  1.00 41.14           C  
+ATOM   3962  OG  SER C 197      16.775  44.399  96.889  1.00 47.01           O  
+ATOM   3963  N   THR C 198      13.634  44.814  95.515  1.00 38.04           N  
+ATOM   3964  CA  THR C 198      12.728  44.105  94.630  1.00 37.06           C  
+ATOM   3965  C   THR C 198      13.503  43.436  93.510  1.00 39.48           C  
+ATOM   3966  O   THR C 198      14.208  44.089  92.724  1.00 39.48           O  
+ATOM   3967  CB  THR C 198      11.653  45.034  94.030  1.00 36.40           C  
+ATOM   3968  OG1 THR C 198      11.124  45.868  95.059  1.00 44.62           O  
+ATOM   3969  CG2 THR C 198      10.513  44.218  93.462  1.00 31.08           C  
+ATOM   3970  N   LEU C 199      13.368  42.115  93.464  1.00 39.38           N  
+ATOM   3971  CA  LEU C 199      13.932  41.295  92.405  1.00 41.15           C  
+ATOM   3972  C   LEU C 199      12.876  40.989  91.337  1.00 41.12           C  
+ATOM   3973  O   LEU C 199      11.884  40.328  91.622  1.00 36.48           O  
+ATOM   3974  CB  LEU C 199      14.475  39.999  92.990  1.00 34.75           C  
+ATOM   3975  CG  LEU C 199      14.973  39.022  91.939  1.00 40.68           C  
+ATOM   3976  CD1 LEU C 199      16.265  39.536  91.353  1.00 41.67           C  
+ATOM   3977  CD2 LEU C 199      15.165  37.664  92.563  1.00 43.96           C  
+ATOM   3978  N   THR C 200      13.078  41.459  90.111  1.00 41.51           N  
+ATOM   3979  CA  THR C 200      12.052  41.246  89.089  1.00 47.01           C  
+ATOM   3980  C   THR C 200      12.502  40.219  88.028  1.00 42.89           C  
+ATOM   3981  O   THR C 200      13.654  40.214  87.590  1.00 44.85           O  
+ATOM   3982  CB  THR C 200      11.638  42.583  88.418  1.00 42.46           C  
+ATOM   3983  OG1 THR C 200      12.584  42.932  87.408  1.00 51.06           O  
+ATOM   3984  CG2 THR C 200      11.580  43.707  89.453  1.00 44.63           C  
+ATOM   3985  N   LEU C 201      11.572  39.342  87.649  1.00 39.96           N  
+ATOM   3986  CA  LEU C 201      11.833  38.233  86.738  1.00 42.77           C  
+ATOM   3987  C   LEU C 201      10.643  37.956  85.819  1.00 43.08           C  
+ATOM   3988  O   LEU C 201       9.513  38.330  86.123  1.00 39.16           O  
+ATOM   3989  CB  LEU C 201      12.153  36.957  87.524  1.00 43.03           C  
+ATOM   3990  CG  LEU C 201      13.458  36.827  88.304  1.00 45.13           C  
+ATOM   3991  CD1 LEU C 201      13.306  35.772  89.388  1.00 48.24           C  
+ATOM   3992  CD2 LEU C 201      14.589  36.459  87.363  1.00 54.56           C  
+ATOM   3993  N   SER C 202      10.908  37.284  84.703  1.00 45.47           N  
+ATOM   3994  CA  SER C 202       9.850  36.710  83.877  1.00 44.52           C  
+ATOM   3995  C   SER C 202       9.066  35.707  84.704  1.00 43.05           C  
+ATOM   3996  O   SER C 202       9.623  35.083  85.602  1.00 42.55           O  
+ATOM   3997  CB  SER C 202      10.433  35.994  82.651  1.00 42.41           C  
+ATOM   3998  OG  SER C 202      11.334  36.821  81.947  1.00 53.97           O  
+ATOM   3999  N   LYS C 203       7.788  35.524  84.394  1.00 40.78           N  
+ATOM   4000  CA  LYS C 203       7.071  34.365  84.909  1.00 38.59           C  
+ATOM   4001  C   LYS C 203       7.775  33.080  84.442  1.00 43.63           C  
+ATOM   4002  O   LYS C 203       7.929  32.130  85.205  1.00 44.12           O  
+ATOM   4003  CB  LYS C 203       5.615  34.389  84.461  1.00 38.17           C  
+ATOM   4004  CG  LYS C 203       4.836  33.125  84.740  1.00 44.76           C  
+ATOM   4005  CD  LYS C 203       3.437  33.242  84.152  1.00 54.27           C  
+ATOM   4006  CE  LYS C 203       2.465  32.257  84.785  1.00 61.70           C  
+ATOM   4007  NZ  LYS C 203       2.155  31.122  83.869  1.00 70.97           N  
+ATOM   4008  N   ALA C 204       8.235  33.067  83.197  1.00 41.74           N  
+ATOM   4009  CA  ALA C 204       8.922  31.900  82.668  1.00 42.92           C  
+ATOM   4010  C   ALA C 204      10.221  31.614  83.424  1.00 44.81           C  
+ATOM   4011  O   ALA C 204      10.485  30.470  83.779  1.00 49.82           O  
+ATOM   4012  CB  ALA C 204       9.197  32.074  81.177  1.00 40.66           C  
+ATOM   4013  N   ASP C 205      11.025  32.644  83.668  1.00 46.42           N  
+ATOM   4014  CA  ASP C 205      12.268  32.495  84.435  1.00 49.38           C  
+ATOM   4015  C   ASP C 205      12.008  32.028  85.871  1.00 53.51           C  
+ATOM   4016  O   ASP C 205      12.718  31.165  86.393  1.00 50.12           O  
+ATOM   4017  CB  ASP C 205      13.044  33.815  84.474  1.00 51.57           C  
+ATOM   4018  CG  ASP C 205      13.797  34.100  83.186  1.00 57.25           C  
+ATOM   4019  OD1 ASP C 205      14.255  33.140  82.534  1.00 51.19           O  
+ATOM   4020  OD2 ASP C 205      13.928  35.295  82.831  1.00 62.69           O  
+ATOM   4021  N   TYR C 206      10.982  32.612  86.492  1.00 51.58           N  
+ATOM   4022  CA  TYR C 206      10.612  32.328  87.878  1.00 44.85           C  
+ATOM   4023  C   TYR C 206      10.205  30.873  88.108  1.00 48.15           C  
+ATOM   4024  O   TYR C 206      10.591  30.267  89.116  1.00 47.52           O  
+ATOM   4025  CB  TYR C 206       9.470  33.256  88.313  1.00 41.65           C  
+ATOM   4026  CG  TYR C 206       8.924  33.004  89.709  1.00 42.29           C  
+ATOM   4027  CD1 TYR C 206       9.678  33.314  90.843  1.00 44.10           C  
+ATOM   4028  CD2 TYR C 206       7.651  32.480  89.896  1.00 39.32           C  
+ATOM   4029  CE1 TYR C 206       9.183  33.100  92.110  1.00 37.13           C  
+ATOM   4030  CE2 TYR C 206       7.146  32.263  91.164  1.00 35.00           C  
+ATOM   4031  CZ  TYR C 206       7.919  32.576  92.264  1.00 43.09           C  
+ATOM   4032  OH  TYR C 206       7.425  32.367  93.530  1.00 43.95           O  
+ATOM   4033  N   GLU C 207       9.424  30.319  87.181  1.00 49.94           N  
+ATOM   4034  CA  GLU C 207       8.904  28.958  87.332  1.00 51.97           C  
+ATOM   4035  C   GLU C 207       9.949  27.909  86.972  1.00 50.34           C  
+ATOM   4036  O   GLU C 207       9.711  26.714  87.131  1.00 54.07           O  
+ATOM   4037  CB  GLU C 207       7.639  28.759  86.490  1.00 49.10           C  
+ATOM   4038  CG  GLU C 207       6.504  29.679  86.900  1.00 58.17           C  
+ATOM   4039  CD  GLU C 207       5.144  29.154  86.506  1.00 69.54           C  
+ATOM   4040  OE1 GLU C 207       5.085  28.182  85.723  1.00 78.93           O  
+ATOM   4041  OE2 GLU C 207       4.133  29.717  86.976  1.00 70.14           O  
+ATOM   4042  N   LYS C 208      11.104  28.365  86.496  1.00 49.83           N  
+ATOM   4043  CA  LYS C 208      12.217  27.479  86.187  1.00 52.41           C  
+ATOM   4044  C   LYS C 208      13.054  27.150  87.419  1.00 54.56           C  
+ATOM   4045  O   LYS C 208      13.887  26.244  87.373  1.00 60.64           O  
+ATOM   4046  CB  LYS C 208      13.126  28.098  85.116  1.00 56.68           C  
+ATOM   4047  CG  LYS C 208      12.605  28.014  83.698  1.00 58.53           C  
+ATOM   4048  CD  LYS C 208      13.693  28.364  82.691  1.00 62.32           C  
+ATOM   4049  CE  LYS C 208      13.274  28.000  81.274  1.00 70.77           C  
+ATOM   4050  NZ  LYS C 208      14.414  28.048  80.306  1.00 74.76           N  
+ATOM   4051  N   HIS C 209      12.856  27.887  88.509  1.00 52.65           N  
+ATOM   4052  CA  HIS C 209      13.716  27.718  89.666  1.00 48.29           C  
+ATOM   4053  C   HIS C 209      12.918  27.507  90.935  1.00 48.61           C  
+ATOM   4054  O   HIS C 209      11.730  27.799  90.980  1.00 47.90           O  
+ATOM   4055  CB  HIS C 209      14.652  28.914  89.802  1.00 52.01           C  
+ATOM   4056  CG  HIS C 209      15.605  29.064  88.651  1.00 56.03           C  
+ATOM   4057  ND1 HIS C 209      15.449  30.011  87.660  1.00 54.90           N  
+ATOM   4058  CD2 HIS C 209      16.715  28.361  88.317  1.00 53.28           C  
+ATOM   4059  CE1 HIS C 209      16.424  29.897  86.775  1.00 47.13           C  
+ATOM   4060  NE2 HIS C 209      17.205  28.896  87.152  1.00 49.24           N  
+ATOM   4061  N   LYS C 210      13.590  26.982  91.961  1.00 55.18           N  
+ATOM   4062  CA  LYS C 210      12.958  26.506  93.202  1.00 51.89           C  
+ATOM   4063  C   LYS C 210      13.185  27.415  94.412  1.00 52.86           C  
+ATOM   4064  O   LYS C 210      12.241  27.829  95.077  1.00 46.71           O  
+ATOM   4065  CB  LYS C 210      13.468  25.082  93.526  1.00 56.25           C  
+ATOM   4066  CG  LYS C 210      12.736  24.370  94.665  1.00 62.21           C  
+ATOM   4067  CD  LYS C 210      13.761  23.773  95.632  1.00 73.75           C  
+ATOM   4068  CE  LYS C 210      13.124  23.098  96.858  1.00 84.02           C  
+ATOM   4069  NZ  LYS C 210      14.147  22.576  97.831  1.00 83.23           N  
+ATOM   4070  N   VAL C 211      14.444  27.717  94.703  1.00 50.56           N  
+ATOM   4071  CA  VAL C 211      14.760  28.478  95.912  1.00 52.34           C  
+ATOM   4072  C   VAL C 211      15.047  29.957  95.649  1.00 47.31           C  
+ATOM   4073  O   VAL C 211      15.939  30.320  94.872  1.00 47.19           O  
+ATOM   4074  CB  VAL C 211      15.976  27.888  96.672  1.00 53.11           C  
+ATOM   4075  CG1 VAL C 211      16.218  28.669  97.952  1.00 51.03           C  
+ATOM   4076  CG2 VAL C 211      15.723  26.434  96.987  1.00 51.08           C  
+ATOM   4077  N   TYR C 212      14.287  30.805  96.329  1.00 45.54           N  
+ATOM   4078  CA  TYR C 212      14.503  32.233  96.274  1.00 47.43           C  
+ATOM   4079  C   TYR C 212      14.980  32.718  97.638  1.00 49.02           C  
+ATOM   4080  O   TYR C 212      14.264  32.610  98.637  1.00 47.82           O  
+ATOM   4081  CB  TYR C 212      13.226  32.919  95.812  1.00 43.40           C  
+ATOM   4082  CG  TYR C 212      12.929  32.510  94.401  1.00 42.40           C  
+ATOM   4083  CD1 TYR C 212      12.179  31.373  94.125  1.00 42.86           C  
+ATOM   4084  CD2 TYR C 212      13.479  33.209  93.333  1.00 45.82           C  
+ATOM   4085  CE1 TYR C 212      11.950  30.966  92.807  1.00 44.76           C  
+ATOM   4086  CE2 TYR C 212      13.246  32.818  92.011  1.00 44.28           C  
+ATOM   4087  CZ  TYR C 212      12.485  31.700  91.759  1.00 44.05           C  
+ATOM   4088  OH  TYR C 212      12.260  31.327  90.457  1.00 45.45           O  
+ATOM   4089  N   ALA C 213      16.214  33.215  97.672  1.00 43.04           N  
+ATOM   4090  CA  ALA C 213      16.825  33.654  98.918  1.00 47.93           C  
+ATOM   4091  C   ALA C 213      17.287  35.109  98.879  1.00 47.28           C  
+ATOM   4092  O   ALA C 213      17.742  35.612  97.858  1.00 48.29           O  
+ATOM   4093  CB  ALA C 213      17.998  32.752  99.277  1.00 51.06           C  
+ATOM   4094  N   CYS C 214      17.183  35.752 100.034  1.00 49.49           N  
+ATOM   4095  CA  CYS C 214      17.548  37.148 100.266  1.00 48.99           C  
+ATOM   4096  C   CYS C 214      18.575  37.198 101.411  1.00 47.52           C  
+ATOM   4097  O   CYS C 214      18.262  36.852 102.549  1.00 47.88           O  
+ATOM   4098  CB  CYS C 214      16.277  37.950 100.597  1.00 49.81           C  
+ATOM   4099  SG  CYS C 214      16.472  39.527 101.378  1.00 89.06           S  
+ATOM   4100  N   GLU C 215      19.811  37.580 101.117  1.00 49.32           N  
+ATOM   4101  CA  GLU C 215      20.842  37.540 102.151  1.00 54.91           C  
+ATOM   4102  C   GLU C 215      21.268  38.935 102.618  1.00 51.12           C  
+ATOM   4103  O   GLU C 215      21.582  39.805 101.801  1.00 48.49           O  
+ATOM   4104  CB  GLU C 215      22.064  36.766 101.658  1.00 60.42           C  
+ATOM   4105  CG  GLU C 215      22.778  36.008 102.770  1.00 66.75           C  
+ATOM   4106  CD  GLU C 215      24.197  35.638 102.404  1.00 73.53           C  
+ATOM   4107  OE1 GLU C 215      24.543  35.731 101.207  1.00 83.04           O  
+ATOM   4108  OE2 GLU C 215      24.965  35.256 103.312  1.00 69.47           O  
+ATOM   4109  N   VAL C 216      21.300  39.133 103.935  1.00 43.68           N  
+ATOM   4110  CA  VAL C 216      21.497  40.468 104.496  1.00 46.04           C  
+ATOM   4111  C   VAL C 216      22.708  40.592 105.435  1.00 51.37           C  
+ATOM   4112  O   VAL C 216      22.829  39.832 106.405  1.00 51.72           O  
+ATOM   4113  CB  VAL C 216      20.243  40.921 105.280  1.00 42.77           C  
+ATOM   4114  CG1 VAL C 216      20.429  42.337 105.795  1.00 43.31           C  
+ATOM   4115  CG2 VAL C 216      19.002  40.831 104.415  1.00 43.18           C  
+ATOM   4116  N   THR C 217      23.589  41.558 105.165  1.00 46.07           N  
+ATOM   4117  CA  THR C 217      24.623  41.917 106.141  1.00 46.07           C  
+ATOM   4118  C   THR C 217      24.468  43.356 106.636  1.00 43.70           C  
+ATOM   4119  O   THR C 217      24.068  44.253 105.898  1.00 47.73           O  
+ATOM   4120  CB  THR C 217      26.057  41.730 105.584  1.00 53.65           C  
+ATOM   4121  OG1 THR C 217      26.133  42.202 104.230  1.00 63.21           O  
+ATOM   4122  CG2 THR C 217      26.449  40.259 105.640  1.00 53.17           C  
+ATOM   4123  N   HIS C 218      24.805  43.568 107.898  1.00 48.32           N  
+ATOM   4124  CA  HIS C 218      24.644  44.867 108.537  1.00 47.85           C  
+ATOM   4125  C   HIS C 218      25.477  44.875 109.820  1.00 43.75           C  
+ATOM   4126  O   HIS C 218      25.736  43.812 110.392  1.00 42.42           O  
+ATOM   4127  CB  HIS C 218      23.164  45.130 108.832  1.00 41.35           C  
+ATOM   4128  CG  HIS C 218      22.889  46.456 109.466  1.00 42.59           C  
+ATOM   4129  ND1 HIS C 218      22.923  46.648 110.834  1.00 40.06           N  
+ATOM   4130  CD2 HIS C 218      22.514  47.642 108.932  1.00 37.77           C  
+ATOM   4131  CE1 HIS C 218      22.610  47.899 111.110  1.00 37.03           C  
+ATOM   4132  NE2 HIS C 218      22.357  48.526 109.970  1.00 40.38           N  
+ATOM   4133  N   GLN C 219      25.888  46.064 110.263  1.00 47.67           N  
+ATOM   4134  CA  GLN C 219      26.749  46.210 111.445  1.00 47.75           C  
+ATOM   4135  C   GLN C 219      26.137  45.556 112.681  1.00 44.37           C  
+ATOM   4136  O   GLN C 219      26.857  45.056 113.550  1.00 43.73           O  
+ATOM   4137  CB  GLN C 219      27.036  47.694 111.718  1.00 42.73           C  
+ATOM   4138  CG  GLN C 219      27.703  47.979 113.077  1.00 52.64           C  
+ATOM   4139  CD  GLN C 219      29.212  47.723 113.078  1.00 62.47           C  
+ATOM   4140  OE1 GLN C 219      29.898  47.930 112.070  1.00 65.59           O  
+ATOM   4141  NE2 GLN C 219      29.732  47.271 114.215  1.00 59.13           N  
+ATOM   4142  N   GLY C 220      24.807  45.540 112.739  1.00 42.83           N  
+ATOM   4143  CA  GLY C 220      24.094  45.020 113.891  1.00 38.91           C  
+ATOM   4144  C   GLY C 220      23.856  43.523 113.859  1.00 43.85           C  
+ATOM   4145  O   GLY C 220      23.184  42.990 114.738  1.00 44.18           O  
+ATOM   4146  N   LEU C 221      24.401  42.845 112.849  1.00 44.32           N  
+ATOM   4147  CA  LEU C 221      24.319  41.388 112.752  1.00 43.88           C  
+ATOM   4148  C   LEU C 221      25.698  40.751 112.943  1.00 48.06           C  
+ATOM   4149  O   LEU C 221      26.680  41.211 112.350  1.00 48.49           O  
+ATOM   4150  CB  LEU C 221      23.745  40.969 111.399  1.00 46.24           C  
+ATOM   4151  CG  LEU C 221      22.397  41.551 110.981  1.00 45.46           C  
+ATOM   4152  CD1 LEU C 221      22.155  41.277 109.509  1.00 43.86           C  
+ATOM   4153  CD2 LEU C 221      21.292  40.974 111.828  1.00 39.94           C  
+ATOM   4154  N   SER C 222      25.771  39.698 113.758  1.00 47.36           N  
+ATOM   4155  CA  SER C 222      27.042  39.032 114.024  1.00 39.93           C  
+ATOM   4156  C   SER C 222      27.151  37.822 113.129  1.00 43.09           C  
+ATOM   4157  O   SER C 222      28.187  37.163 113.083  1.00 48.92           O  
+ATOM   4158  CB  SER C 222      27.149  38.602 115.481  1.00 38.65           C  
+ATOM   4159  OG  SER C 222      26.345  39.408 116.313  1.00 44.58           O  
+ATOM   4160  N   SER C 223      26.049  37.513 112.452  1.00 46.26           N  
+ATOM   4161  CA  SER C 223      25.981  36.403 111.503  1.00 48.73           C  
+ATOM   4162  C   SER C 223      25.003  36.813 110.422  1.00 45.25           C  
+ATOM   4163  O   SER C 223      24.093  37.591 110.695  1.00 45.78           O  
+ATOM   4164  CB  SER C 223      25.537  35.105 112.193  1.00 43.02           C  
+ATOM   4165  OG  SER C 223      25.657  33.987 111.324  1.00 48.84           O  
+ATOM   4166  N   PRO C 224      25.180  36.309 109.193  1.00 48.54           N  
+ATOM   4167  CA  PRO C 224      24.285  36.794 108.137  1.00 47.20           C  
+ATOM   4168  C   PRO C 224      22.865  36.260 108.302  1.00 48.50           C  
+ATOM   4169  O   PRO C 224      22.677  35.084 108.653  1.00 46.26           O  
+ATOM   4170  CB  PRO C 224      24.929  36.264 106.846  1.00 46.41           C  
+ATOM   4171  CG  PRO C 224      26.273  35.740 107.247  1.00 46.40           C  
+ATOM   4172  CD  PRO C 224      26.161  35.342 108.675  1.00 47.36           C  
+ATOM   4173  N   VAL C 225      21.882  37.129 108.072  1.00 45.28           N  
+ATOM   4174  CA  VAL C 225      20.487  36.714 108.055  1.00 46.43           C  
+ATOM   4175  C   VAL C 225      20.040  36.420 106.609  1.00 50.51           C  
+ATOM   4176  O   VAL C 225      20.184  37.251 105.713  1.00 48.46           O  
+ATOM   4177  CB  VAL C 225      19.567  37.777 108.702  1.00 45.26           C  
+ATOM   4178  CG1 VAL C 225      18.105  37.348 108.633  1.00 45.01           C  
+ATOM   4179  CG2 VAL C 225      19.968  38.009 110.152  1.00 42.33           C  
+ATOM   4180  N   THR C 226      19.535  35.208 106.395  1.00 51.33           N  
+ATOM   4181  CA  THR C 226      18.998  34.795 105.108  1.00 45.11           C  
+ATOM   4182  C   THR C 226      17.563  34.337 105.288  1.00 51.28           C  
+ATOM   4183  O   THR C 226      17.291  33.420 106.065  1.00 56.26           O  
+ATOM   4184  CB  THR C 226      19.807  33.650 104.487  1.00 45.41           C  
+ATOM   4185  OG1 THR C 226      21.200  33.979 104.503  1.00 53.55           O  
+ATOM   4186  CG2 THR C 226      19.359  33.395 103.052  1.00 48.73           C  
+ATOM   4187  N   LYS C 227      16.635  34.985 104.599  1.00 47.48           N  
+ATOM   4188  CA  LYS C 227      15.273  34.476 104.546  1.00 46.28           C  
+ATOM   4189  C   LYS C 227      15.057  33.865 103.157  1.00 51.19           C  
+ATOM   4190  O   LYS C 227      15.499  34.424 102.151  1.00 50.24           O  
+ATOM   4191  CB  LYS C 227      14.265  35.582 104.848  1.00 38.12           C  
+ATOM   4192  CG  LYS C 227      14.484  36.257 106.199  1.00 45.10           C  
+ATOM   4193  CD  LYS C 227      14.034  35.412 107.393  1.00 39.14           C  
+ATOM   4194  CE  LYS C 227      14.256  36.175 108.681  1.00 38.19           C  
+ATOM   4195  NZ  LYS C 227      13.639  35.553 109.903  1.00 56.34           N  
+ATOM   4196  N   SER C 228      14.416  32.701 103.109  1.00 48.19           N  
+ATOM   4197  CA  SER C 228      14.192  32.013 101.843  1.00 50.10           C  
+ATOM   4198  C   SER C 228      12.770  31.464 101.758  1.00 50.97           C  
+ATOM   4199  O   SER C 228      12.023  31.467 102.743  1.00 50.04           O  
+ATOM   4200  CB  SER C 228      15.197  30.870 101.660  1.00 51.55           C  
+ATOM   4201  OG  SER C 228      14.901  29.793 102.539  1.00 57.65           O  
+ATOM   4202  N   PHE C 229      12.399  31.006 100.569  1.00 48.16           N  
+ATOM   4203  CA  PHE C 229      11.174  30.236 100.398  1.00 50.82           C  
+ATOM   4204  C   PHE C 229      11.348  29.344  99.179  1.00 48.93           C  
+ATOM   4205  O   PHE C 229      12.193  29.618  98.331  1.00 53.01           O  
+ATOM   4206  CB  PHE C 229       9.945  31.147 100.262  1.00 41.26           C  
+ATOM   4207  CG  PHE C 229       9.902  31.930  98.987  1.00 45.55           C  
+ATOM   4208  CD1 PHE C 229      10.454  33.203  98.918  1.00 49.88           C  
+ATOM   4209  CD2 PHE C 229       9.304  31.403  97.849  1.00 46.72           C  
+ATOM   4210  CE1 PHE C 229      10.419  33.934  97.731  1.00 48.14           C  
+ATOM   4211  CE2 PHE C 229       9.266  32.124  96.664  1.00 47.40           C  
+ATOM   4212  CZ  PHE C 229       9.821  33.395  96.605  1.00 40.98           C  
+ATOM   4213  N   ASN C 230      10.571  28.269  99.108  1.00 49.46           N  
+ATOM   4214  CA  ASN C 230      10.583  27.377  97.949  1.00 54.73           C  
+ATOM   4215  C   ASN C 230       9.336  27.578  97.112  1.00 49.41           C  
+ATOM   4216  O   ASN C 230       8.225  27.631  97.641  1.00 50.38           O  
+ATOM   4217  CB  ASN C 230      10.686  25.915  98.386  1.00 63.40           C  
+ATOM   4218  CG  ASN C 230      11.988  25.611  99.098  1.00 66.46           C  
+ATOM   4219  OD1 ASN C 230      13.032  26.173  98.770  1.00 74.89           O  
+ATOM   4220  ND2 ASN C 230      11.933  24.723 100.079  1.00 74.95           N  
+ATOM   4221  N   ARG C 231       9.514  27.697  95.805  1.00 53.91           N  
+ATOM   4222  CA  ARG C 231       8.374  27.966  94.931  1.00 53.83           C  
+ATOM   4223  C   ARG C 231       7.397  26.795  94.924  1.00 50.89           C  
+ATOM   4224  O   ARG C 231       7.751  25.674  94.560  1.00 53.44           O  
+ATOM   4225  CB  ARG C 231       8.833  28.267  93.506  1.00 45.78           C  
+ATOM   4226  CG  ARG C 231       7.683  28.562  92.575  1.00 46.79           C  
+ATOM   4227  CD  ARG C 231       8.135  28.688  91.135  1.00 49.43           C  
+ATOM   4228  NE  ARG C 231       8.948  27.548  90.728  1.00 49.39           N  
+ATOM   4229  CZ  ARG C 231       8.457  26.343  90.478  1.00 48.94           C  
+ATOM   4230  NH1 ARG C 231       7.151  26.129  90.603  1.00 54.11           N  
+ATOM   4231  NH2 ARG C 231       9.271  25.357  90.114  1.00 48.74           N  
+ATOM   4232  N   GLY C 232       6.169  27.063  95.342  1.00 46.82           N  
+ATOM   4233  CA  GLY C 232       5.144  26.041  95.356  1.00 57.70           C  
+ATOM   4234  C   GLY C 232       4.884  25.532  96.753  1.00 64.53           C  
+ATOM   4235  O   GLY C 232       3.805  25.030  97.054  1.00 69.80           O  
+ATOM   4236  N   GLU C 233       5.883  25.667  97.615  1.00 65.98           N  
+ATOM   4237  CA  GLU C 233       5.743  25.250  99.003  1.00 70.49           C  
+ATOM   4238  C   GLU C 233       5.377  26.432  99.899  1.00 66.22           C  
+ATOM   4239  O   GLU C 233       4.492  26.329 100.749  1.00 61.85           O  
+ATOM   4240  CB  GLU C 233       7.030  24.595  99.497  1.00 69.82           C  
+ATOM   4241  CG  GLU C 233       6.995  24.259 100.974  1.00 82.53           C  
+ATOM   4242  CD  GLU C 233       8.365  23.936 101.527  1.00 88.66           C  
+ATOM   4243  OE1 GLU C 233       9.166  23.315 100.795  1.00 90.92           O  
+ATOM   4244  OE2 GLU C 233       8.640  24.311 102.690  1.00 86.42           O  
+HETATM 4245  O   HOH C 234       8.858  72.411 110.787  1.00 56.36           O  
+HETATM 4246  O   HOH C 235      16.733  67.898 100.291  1.00 44.70           O  
+HETATM 4247  O   HOH C 236      26.386  89.135  89.299  1.00 34.20           O  
+HETATM 4248  O   HOH C 237      14.715  60.567 114.043  1.00 36.36           O  
+HETATM 4249  O   HOH C 238      22.356  43.812  90.607  1.00 45.15           O  
+HETATM 4250  O   HOH C 239      16.967  62.695 110.585  1.00 38.93           O  
+HETATM 4251  O   HOH C 240      25.902  48.856 108.735  1.00 39.81           O  
+HETATM 4252  O   HOH C 241      22.301  71.760  95.185  1.00 33.16           O  
+HETATM 4253  O   HOH C 242      29.454  79.717 112.622  1.00 37.65           O  
+HETATM 4254  O   HOH C 243      27.875  81.745  90.159  1.00 37.78           O  
+HETATM 4255  O   HOH C 244      17.114  57.758 103.866  1.00 37.30           O  
+HETATM 4256  O   HOH C 245      27.653  72.157 104.850  1.00 34.98           O  
+HETATM 4257  O   HOH C 246      28.250  51.968 109.114  1.00 42.65           O  
+HETATM 4258  O   HOH C 247      13.401  27.586 101.820  1.00 46.65           O  
+HETATM 4259  O   HOH C 248      27.750  81.597 107.033  1.00 31.65           O  
+HETATM 4260  O   HOH C 249      27.286  32.078 112.495  1.00 38.13           O  
+HETATM 4261  O   HOH C 250      28.487  87.551  87.417  1.00 37.39           O  
+HETATM 4262  O   HOH C 251      11.935  72.319 105.210  1.00 42.16           O  
+HETATM 4263  O   HOH C 252      26.657  40.823 109.519  1.00 34.83           O  
+HETATM 4264  O   HOH C 253      23.564  75.593  91.981  1.00 34.86           O  
+HETATM 4265  O   HOH C 254      25.794  54.116 116.197  1.00 37.53           O  
+HETATM 4266  O   HOH C 255      30.625  62.607 104.048  1.00 43.60           O  
+HETATM 4267  O   HOH C 256      32.917  71.043 108.766  1.00 42.39           O  
+HETATM 4268  O   HOH C 257       6.002  61.377 110.891  1.00 45.45           O  
+HETATM 4269  O   HOH C 258      15.545  85.651 114.612  1.00 36.87           O  
+HETATM 4270  O   HOH C 259      26.191  37.287  89.554  1.00 52.55           O  
+HETATM 4271  O   HOH C 260       9.614  50.277  97.083  1.00 41.12           O  
+HETATM 4272  O   HOH C 261       8.331  70.273 110.028  1.00 41.56           O  
+HETATM 4273  O   HOH C 262      24.534  86.647 116.508  1.00 38.55           O  
+HETATM 4274  O   HOH C 263      14.638  36.247 113.100  1.00 21.61           O  
diff --git a/content/data/protein/benchbb_antibody_targets/6p67_imgt.pdb b/content/data/protein/benchbb_antibody_targets/6p67_imgt.pdb
new file mode 100644
index 0000000..3fa47c8
--- /dev/null
+++ b/content/data/protein/benchbb_antibody_targets/6p67_imgt.pdb
@@ -0,0 +1,19336 @@
+REMARK   5 IMGT RENUMBERED STRUCTURE 6P67 GENERATED BY SABDAB
+REMARK   5 ANTIBODY CHAINS ARE RENUMBERED IN THE VARIABLE REGIONS ONLY
+REMARK   5 NON ANTIBODY CHAINS ARE LEFT WITH RESIDUE IDS AS IN PDB
+REMARK   5 PAIRED_HL HCHAIN=A LCHAIN=B AGCHAIN=K;G AGTYPE=PROTEIN;PROTEIN
+REMARK   5 PAIRED_HL HCHAIN=C LCHAIN=D AGCHAIN=J;I AGTYPE=PROTEIN;PROTEIN
+REMARK   5 PAIRED_HL HCHAIN=E LCHAIN=F AGCHAIN=NONE AGTYPE=NONE
+REMARK   5 PAIRED_HL HCHAIN=H LCHAIN=L AGCHAIN=NONE AGTYPE=NONE
+REMARK   5 CRYSTAL CONTACT WARNING: ANTIGEN I HAS BEEN PAIRED WITH FAB
+REMARK   5 CD
+REMARK   5 CRYSTAL CONTACT WARNING: ANTIGEN G HAS BEEN PAIRED WITH FAB
+REMARK   5 AB
+ATOM      1  N   ASP G  17      53.068 -46.163  23.431  1.00156.52           N  
+ATOM      2  CA  ASP G  17      51.731 -46.362  22.885  1.00157.39           C  
+ATOM      3  C   ASP G  17      51.756 -46.224  21.368  1.00161.32           C  
+ATOM      4  O   ASP G  17      52.229 -45.223  20.832  1.00159.06           O  
+ATOM      5  CB  ASP G  17      50.734 -45.373  23.498  1.00148.42           C  
+ATOM      6  CG  ASP G  17      49.287 -45.830  23.357  1.00144.94           C  
+ATOM      7  OD1 ASP G  17      48.935 -46.395  22.300  1.00146.49           O  
+ATOM      8  OD2 ASP G  17      48.499 -45.623  24.306  1.00138.91           O  
+ATOM      9  N   TYR G  18      51.223 -47.233  20.683  1.00165.90           N  
+ATOM     10  CA  TYR G  18      51.191 -47.236  19.224  1.00165.86           C  
+ATOM     11  C   TYR G  18      49.844 -46.673  18.809  1.00163.87           C  
+ATOM     12  O   TYR G  18      48.855 -47.398  18.711  1.00165.16           O  
+ATOM     13  CB  TYR G  18      51.393 -48.634  18.646  1.00170.17           C  
+ATOM     14  CG  TYR G  18      52.761 -49.250  18.812  1.00176.98           C  
+ATOM     15  CD1 TYR G  18      53.828 -48.827  18.059  1.00177.27           C  
+ATOM     16  CD2 TYR G  18      52.969 -50.303  19.669  1.00178.53           C  
+ATOM     17  CE1 TYR G  18      55.075 -49.420  18.202  1.00181.98           C  
+ATOM     18  CE2 TYR G  18      54.215 -50.886  19.825  1.00181.21           C  
+ATOM     19  CZ  TYR G  18      55.264 -50.444  19.084  1.00182.97           C  
+ATOM     20  OH  TYR G  18      56.509 -51.019  19.211  1.00182.44           O  
+ATOM     21  N   SER G  19      49.816 -45.369  18.575  1.00159.12           N  
+ATOM     22  CA  SER G  19      48.611 -44.654  18.204  1.00149.50           C  
+ATOM     23  C   SER G  19      48.787 -44.198  16.767  1.00140.27           C  
+ATOM     24  O   SER G  19      49.912 -43.996  16.301  1.00138.80           O  
+ATOM     25  CB  SER G  19      48.353 -43.458  19.126  1.00143.84           C  
+ATOM     26  N   PHE G  20      47.677 -44.037  16.059  1.00135.60           N  
+ATOM     27  CA  PHE G  20      47.776 -43.729  14.645  1.00131.40           C  
+ATOM     28  C   PHE G  20      46.565 -42.923  14.209  1.00129.24           C  
+ATOM     29  O   PHE G  20      45.568 -42.807  14.926  1.00127.24           O  
+ATOM     30  CB  PHE G  20      47.919 -45.012  13.812  1.00128.89           C  
+ATOM     31  CG  PHE G  20      46.830 -46.024  14.048  1.00130.28           C  
+ATOM     32  CD1 PHE G  20      46.870 -46.867  15.148  1.00133.86           C  
+ATOM     33  CD2 PHE G  20      45.776 -46.145  13.158  1.00127.39           C  
+ATOM     34  CE1 PHE G  20      45.872 -47.800  15.362  1.00132.89           C  
+ATOM     35  CE2 PHE G  20      44.776 -47.078  13.366  1.00125.56           C  
+ATOM     36  CZ  PHE G  20      44.825 -47.906  14.470  1.00128.82           C  
+ATOM     37  N   SER G  21      46.678 -42.368  13.009  1.00124.39           N  
+ATOM     38  CA  SER G  21      45.646 -41.541  12.412  1.00116.33           C  
+ATOM     39  C   SER G  21      45.481 -41.956  10.962  1.00109.34           C  
+ATOM     40  O   SER G  21      46.467 -42.213  10.263  1.00112.96           O  
+ATOM     41  CB  SER G  21      45.990 -40.048  12.506  1.00114.60           C  
+ATOM     42  OG  SER G  21      47.217 -39.766  11.857  1.00117.81           O  
+ATOM     43  N   CYS G  22      44.230 -42.025  10.519  1.00102.50           N  
+ATOM     44  CA  CYS G  22      43.907 -42.447   9.169  1.00100.13           C  
+ATOM     45  C   CYS G  22      43.060 -41.376   8.498  1.00 95.04           C  
+ATOM     46  O   CYS G  22      42.432 -40.542   9.155  1.00 95.31           O  
+ATOM     47  CB  CYS G  22      43.155 -43.784   9.166  1.00 99.31           C  
+ATOM     48  SG  CYS G  22      44.046 -45.177   9.905  1.00113.45           S  
+ATOM     49  N   TYR G  23      43.051 -41.418   7.170  1.00 96.17           N  
+ATOM     50  CA  TYR G  23      42.189 -40.566   6.366  1.00 90.96           C  
+ATOM     51  C   TYR G  23      41.876 -41.285   5.063  1.00 88.45           C  
+ATOM     52  O   TYR G  23      42.727 -41.988   4.511  1.00 89.76           O  
+ATOM     53  CB  TYR G  23      42.832 -39.196   6.100  1.00 87.00           C  
+ATOM     54  CG  TYR G  23      44.038 -39.211   5.182  1.00 84.44           C  
+ATOM     55  CD1 TYR G  23      43.891 -39.068   3.807  1.00 85.08           C  
+ATOM     56  CD2 TYR G  23      45.323 -39.349   5.692  1.00 90.56           C  
+ATOM     57  CE1 TYR G  23      44.988 -39.074   2.966  1.00 87.97           C  
+ATOM     58  CE2 TYR G  23      46.427 -39.356   4.857  1.00 92.81           C  
+ATOM     59  CZ  TYR G  23      46.254 -39.218   3.495  1.00 93.63           C  
+ATOM     60  OH  TYR G  23      47.348 -39.225   2.659  1.00 92.34           O  
+ATOM     61  N   SER G  24      40.657 -41.089   4.568  1.00 85.82           N  
+ATOM     62  CA  SER G  24      40.163 -41.804   3.396  1.00 86.72           C  
+ATOM     63  C   SER G  24      39.833 -40.796   2.305  1.00 87.34           C  
+ATOM     64  O   SER G  24      38.908 -39.991   2.452  1.00 84.98           O  
+ATOM     65  CB  SER G  24      38.937 -42.645   3.750  1.00 89.19           C  
+ATOM     66  OG  SER G  24      37.885 -41.828   4.237  1.00 89.44           O  
+ATOM     67  N   GLN G  25      40.592 -40.843   1.216  1.00 92.50           N  
+ATOM     68  CA  GLN G  25      40.298 -40.069   0.020  1.00 89.32           C  
+ATOM     69  C   GLN G  25      39.458 -40.929  -0.919  1.00 94.42           C  
+ATOM     70  O   GLN G  25      39.889 -42.015  -1.328  1.00 97.68           O  
+ATOM     71  CB  GLN G  25      41.585 -39.614  -0.664  1.00 83.93           C  
+ATOM     72  CG  GLN G  25      42.385 -38.555   0.061  1.00 80.04           C  
+ATOM     73  CD  GLN G  25      43.627 -38.157  -0.713  1.00 80.73           C  
+ATOM     74  OE1 GLN G  25      44.093 -38.896  -1.581  1.00 84.60           O  
+ATOM     75  NE2 GLN G  25      44.160 -36.978  -0.414  1.00 81.71           N  
+ATOM     76  N   LEU G  26      38.270 -40.448  -1.269  1.00 93.15           N  
+ATOM     77  CA  LEU G  26      37.332 -41.230  -2.060  1.00100.13           C  
+ATOM     78  C   LEU G  26      37.397 -40.825  -3.526  1.00108.02           C  
+ATOM     79  O   LEU G  26      37.553 -39.644  -3.852  1.00109.06           O  
+ATOM     80  CB  LEU G  26      35.904 -41.046  -1.539  1.00102.18           C  
+ATOM     81  CG  LEU G  26      35.649 -41.379  -0.067  1.00101.72           C  
+ATOM     82  CD1 LEU G  26      34.252 -40.940   0.349  1.00 99.91           C  
+ATOM     83  CD2 LEU G  26      35.843 -42.864   0.187  1.00103.64           C  
+ATOM     84  N   GLU G  27      37.267 -41.822  -4.405  1.00110.11           N  
+ATOM     85  CA  GLU G  27      37.245 -41.626  -5.857  1.00111.04           C  
+ATOM     86  C   GLU G  27      38.481 -40.875  -6.352  1.00112.73           C  
+ATOM     87  O   GLU G  27      38.390 -39.984  -7.200  1.00112.37           O  
+ATOM     88  CB  GLU G  27      35.959 -40.919  -6.291  1.00109.79           C  
+ATOM     89  CG  GLU G  27      34.712 -41.775  -6.107  1.00114.78           C  
+ATOM     90  CD  GLU G  27      33.435 -41.039  -6.455  1.00125.16           C  
+ATOM     91  OE1 GLU G  27      33.291 -39.869  -6.045  1.00130.28           O  
+ATOM     92  OE2 GLU G  27      32.575 -41.630  -7.141  1.00127.75           O  
+ATOM     93  N   VAL G  28      39.649 -41.234  -5.814  1.00113.85           N  
+ATOM     94  CA  VAL G  28      40.890 -40.587  -6.234  1.00118.38           C  
+ATOM     95  C   VAL G  28      41.301 -41.061  -7.621  1.00127.55           C  
+ATOM     96  O   VAL G  28      41.597 -40.255  -8.512  1.00131.09           O  
+ATOM     97  CB  VAL G  28      42.004 -40.858  -5.212  1.00114.44           C  
+ATOM     98  CG1 VAL G  28      43.238 -40.019  -5.527  1.00118.41           C  
+ATOM     99  CG2 VAL G  28      41.503 -40.594  -3.833  1.00104.16           C  
+ATOM    100  N   ASN G  29      41.317 -42.374  -7.825  1.00127.73           N  
+ATOM    101  CA  ASN G  29      41.666 -42.980  -9.105  1.00131.67           C  
+ATOM    102  C   ASN G  29      40.382 -43.532  -9.709  1.00130.03           C  
+ATOM    103  O   ASN G  29      39.964 -44.647  -9.382  1.00129.37           O  
+ATOM    104  CB  ASN G  29      42.705 -44.079  -8.913  1.00142.72           C  
+ATOM    105  CG  ASN G  29      43.478 -44.370 -10.173  1.00162.45           C  
+ATOM    106  OD1 ASN G  29      44.624 -43.950 -10.318  1.00161.24           O  
+ATOM    107  ND2 ASN G  29      42.858 -45.086 -11.098  1.00177.88           N  
+ATOM    108  N   GLY G  30      39.774 -42.766 -10.611  1.00126.74           N  
+ATOM    109  CA  GLY G  30      38.488 -43.167 -11.136  1.00120.21           C  
+ATOM    110  C   GLY G  30      37.492 -43.280 -10.002  1.00113.55           C  
+ATOM    111  O   GLY G  30      37.023 -42.270  -9.469  1.00111.75           O  
+ATOM    112  N   SER G  31      37.160 -44.516  -9.632  1.00114.51           N  
+ATOM    113  CA  SER G  31      36.308 -44.792  -8.484  1.00117.01           C  
+ATOM    114  C   SER G  31      37.030 -45.520  -7.355  1.00119.52           C  
+ATOM    115  O   SER G  31      36.401 -45.829  -6.337  1.00119.23           O  
+ATOM    116  CB  SER G  31      35.088 -45.609  -8.927  1.00111.77           C  
+ATOM    117  OG  SER G  31      35.488 -46.814  -9.556  1.00111.51           O  
+ATOM    118  N   GLN G  32      38.324 -45.801  -7.501  1.00123.09           N  
+ATOM    119  CA  GLN G  32      39.081 -46.540  -6.492  1.00127.39           C  
+ATOM    120  C   GLN G  32      39.403 -45.643  -5.300  1.00129.24           C  
+ATOM    121  O   GLN G  32      40.068 -44.612  -5.453  1.00132.26           O  
+ATOM    122  CB  GLN G  32      40.359 -47.124  -7.090  1.00129.86           C  
+ATOM    123  CG  GLN G  32      41.016 -48.157  -6.185  1.00130.24           C  
+ATOM    124  CD  GLN G  32      41.972 -49.070  -6.924  1.00135.32           C  
+ATOM    125  OE1 GLN G  32      41.844 -50.294  -6.874  1.00135.99           O  
+ATOM    126  NE2 GLN G  32      42.941 -48.480  -7.609  1.00142.00           N  
+ATOM    127  N   HIS G  33      38.935 -46.035  -4.116  1.00126.44           N  
+ATOM    128  CA  HIS G  33      39.186 -45.266  -2.906  1.00118.51           C  
+ATOM    129  C   HIS G  33      40.559 -45.598  -2.324  1.00117.90           C  
+ATOM    130  O   HIS G  33      41.160 -46.636  -2.625  1.00121.10           O  
+ATOM    131  CB  HIS G  33      38.097 -45.534  -1.866  1.00116.82           C  
+ATOM    132  CG  HIS G  33      36.705 -45.377  -2.393  1.00116.38           C  
+ATOM    133  ND1 HIS G  33      36.406 -44.594  -3.487  1.00115.98           N  
+ATOM    134  CD2 HIS G  33      35.529 -45.906  -1.978  1.00119.63           C  
+ATOM    135  CE1 HIS G  33      35.107 -44.645  -3.722  1.00115.78           C  
+ATOM    136  NE2 HIS G  33      34.552 -45.435  -2.821  1.00117.10           N  
+ATOM    137  N   SER G  34      41.067 -44.687  -1.492  1.00109.17           N  
+ATOM    138  CA  SER G  34      42.390 -44.835  -0.894  1.00109.86           C  
+ATOM    139  C   SER G  34      42.323 -44.478   0.583  1.00105.48           C  
+ATOM    140  O   SER G  34      42.043 -43.329   0.934  1.00101.19           O  
+ATOM    141  CB  SER G  34      43.418 -43.952  -1.608  1.00117.37           C  
+ATOM    142  OG  SER G  34      43.122 -42.578  -1.427  1.00115.13           O  
+ATOM    143  N   LEU G  35      42.593 -45.456   1.442  1.00106.03           N  
+ATOM    144  CA  LEU G  35      42.616 -45.253   2.889  1.00100.25           C  
+ATOM    145  C   LEU G  35      44.066 -45.279   3.354  1.00100.42           C  
+ATOM    146  O   LEU G  35      44.730 -46.318   3.277  1.00103.86           O  
+ATOM    147  CB  LEU G  35      41.787 -46.307   3.619  1.00103.09           C  
+ATOM    148  CG  LEU G  35      41.871 -46.236   5.149  1.00100.87           C  
+ATOM    149  CD1 LEU G  35      41.610 -44.825   5.653  1.00 97.54           C  
+ATOM    150  CD2 LEU G  35      40.899 -47.201   5.791  1.00103.33           C  
+ATOM    151  N   THR G  36      44.559 -44.135   3.814  1.00 98.86           N  
+ATOM    152  CA  THR G  36      45.925 -44.000   4.290  1.00100.13           C  
+ATOM    153  C   THR G  36      45.921 -43.915   5.812  1.00101.22           C  
+ATOM    154  O   THR G  36      44.975 -43.407   6.417  1.00101.28           O  
+ATOM    155  CB  THR G  36      46.592 -42.756   3.689  1.00 96.25           C  
+ATOM    156  OG1 THR G  36      46.410 -42.758   2.268  1.00 97.34           O  
+ATOM    157  CG2 THR G  36      48.084 -42.737   3.993  1.00 97.63           C  
+ATOM    158  N   CYS G  37      46.979 -44.439   6.424  1.00105.66           N  
+ATOM    159  CA  CYS G  37      47.155 -44.434   7.865  1.00106.46           C  
+ATOM    160  C   CYS G  37      48.629 -44.209   8.168  1.00110.65           C  
+ATOM    161  O   CYS G  37      49.513 -44.611   7.398  1.00115.66           O  
+ATOM    162  CB  CYS G  37      46.692 -45.753   8.498  1.00109.00           C  
+ATOM    163  SG  CYS G  37      44.927 -46.121   8.337  1.00126.29           S  
+ATOM    164  N   ALA G  38      48.882 -43.588   9.318  1.00111.66           N  
+ATOM    165  CA  ALA G  38      50.240 -43.268   9.727  1.00116.58           C  
+ATOM    166  C   ALA G  38      50.303 -43.183  11.244  1.00124.20           C  
+ATOM    167  O   ALA G  38      49.286 -43.025  11.922  1.00125.47           O  
+ATOM    168  CB  ALA G  38      50.727 -41.958   9.096  1.00115.90           C  
+ATOM    169  N   PHE G  39      51.521 -43.271  11.766  1.00128.01           N  
+ATOM    170  CA  PHE G  39      51.765 -43.212  13.199  1.00132.36           C  
+ATOM    171  C   PHE G  39      51.891 -41.761  13.642  1.00136.50           C  
+ATOM    172  O   PHE G  39      52.290 -40.887  12.868  1.00136.32           O  
+ATOM    173  CB  PHE G  39      53.025 -43.994  13.577  1.00138.09           C  
+ATOM    174  CG  PHE G  39      52.855 -45.487  13.512  1.00141.23           C  
+ATOM    175  CD1 PHE G  39      52.175 -46.164  14.512  1.00144.70           C  
+ATOM    176  CD2 PHE G  39      53.381 -46.213  12.456  1.00137.94           C  
+ATOM    177  CE1 PHE G  39      52.018 -47.537  14.456  1.00147.11           C  
+ATOM    178  CE2 PHE G  39      53.228 -47.586  12.395  1.00139.34           C  
+ATOM    179  CZ  PHE G  39      52.545 -48.249  13.397  1.00144.10           C  
+ATOM    180  N   GLU G  40      51.533 -41.510  14.904  1.00138.38           N  
+ATOM    181  CA  GLU G  40      51.584 -40.149  15.430  1.00140.32           C  
+ATOM    182  C   GLU G  40      53.015 -39.627  15.466  1.00144.93           C  
+ATOM    183  O   GLU G  40      53.290 -38.507  15.019  1.00147.38           O  
+ATOM    184  CB  GLU G  40      50.963 -40.106  16.827  1.00137.21           C  
+ATOM    185  CG  GLU G  40      49.544 -40.654  16.910  1.00134.90           C  
+ATOM    186  CD  GLU G  40      48.506 -39.702  16.344  1.00129.35           C  
+ATOM    187  OE1 GLU G  40      48.862 -38.550  16.018  1.00127.35           O  
+ATOM    188  OE2 GLU G  40      47.330 -40.107  16.227  1.00126.17           O  
+ATOM    189  N   ASP G  41      53.944 -40.421  15.995  1.00146.63           N  
+ATOM    190  CA  ASP G  41      55.325 -39.977  15.989  1.00153.75           C  
+ATOM    191  C   ASP G  41      56.182 -40.946  15.185  1.00158.10           C  
+ATOM    192  O   ASP G  41      56.007 -42.163  15.291  1.00158.08           O  
+ATOM    193  CB  ASP G  41      55.879 -39.870  17.416  1.00160.41           C  
+ATOM    194  CG  ASP G  41      57.185 -39.103  17.475  1.00165.85           C  
+ATOM    195  OD1 ASP G  41      57.140 -37.856  17.498  1.00162.09           O  
+ATOM    196  OD2 ASP G  41      58.255 -39.745  17.488  1.00171.70           O  
+ATOM    197  N   PRO G  42      57.112 -40.442  14.364  1.00163.03           N  
+ATOM    198  CA  PRO G  42      57.970 -41.327  13.571  1.00169.12           C  
+ATOM    199  C   PRO G  42      59.097 -41.988  14.349  1.00174.46           C  
+ATOM    200  O   PRO G  42      59.989 -42.570  13.726  1.00175.33           O  
+ATOM    201  CB  PRO G  42      58.544 -40.378  12.507  1.00167.24           C  
+ATOM    202  CG  PRO G  42      58.553 -39.051  13.165  1.00166.69           C  
+ATOM    203  CD  PRO G  42      57.353 -39.019  14.070  1.00161.47           C  
+ATOM    204  N   ASP G  43      59.093 -41.920  15.683  1.00176.93           N  
+ATOM    205  CA  ASP G  43      60.155 -42.566  16.448  1.00177.24           C  
+ATOM    206  C   ASP G  43      59.971 -44.073  16.474  1.00177.62           C  
+ATOM    207  O   ASP G  43      60.950 -44.820  16.582  1.00178.24           O  
+ATOM    208  CB  ASP G  43      60.189 -42.018  17.875  1.00178.29           C  
+ATOM    209  CG  ASP G  43      58.869 -42.212  18.620  1.00177.47           C  
+ATOM    210  OD1 ASP G  43      57.939 -42.851  18.076  1.00174.55           O  
+ATOM    211  OD2 ASP G  43      58.759 -41.712  19.756  1.00181.41           O  
+ATOM    212  N   VAL G  44      58.719 -44.519  16.397  1.00177.12           N  
+ATOM    213  CA  VAL G  44      58.371 -45.932  16.481  1.00177.36           C  
+ATOM    214  C   VAL G  44      59.101 -46.704  15.395  1.00177.64           C  
+ATOM    215  O   VAL G  44      58.950 -46.418  14.200  1.00176.60           O  
+ATOM    216  CB  VAL G  44      56.854 -46.107  16.366  1.00172.85           C  
+ATOM    217  CG1 VAL G  44      56.507 -47.525  15.923  1.00170.60           C  
+ATOM    218  CG2 VAL G  44      56.183 -45.751  17.688  1.00168.32           C  
+ATOM    219  N   ASN G  45      59.904 -47.682  15.808  1.00177.66           N  
+ATOM    220  CA  ASN G  45      60.617 -48.514  14.852  1.00180.09           C  
+ATOM    221  C   ASN G  45      59.619 -49.251  13.970  1.00184.45           C  
+ATOM    222  O   ASN G  45      58.623 -49.797  14.453  1.00184.53           O  
+ATOM    223  CB  ASN G  45      61.520 -49.511  15.584  1.00178.55           C  
+ATOM    224  CG  ASN G  45      62.454 -50.262  14.644  1.00179.55           C  
+ATOM    225  OD1 ASN G  45      62.342 -50.161  13.421  1.00183.06           O  
+ATOM    226  ND2 ASN G  45      63.375 -51.031  15.215  1.00170.73           N  
+ATOM    227  N   THR G  46      59.890 -49.259  12.662  1.00187.53           N  
+ATOM    228  CA  THR G  46      58.955 -49.868  11.721  1.00187.00           C  
+ATOM    229  C   THR G  46      58.878 -51.379  11.913  1.00189.17           C  
+ATOM    230  O   THR G  46      57.788 -51.959  11.844  1.00186.50           O  
+ATOM    231  CB  THR G  46      59.353 -49.530  10.283  1.00183.26           C  
+ATOM    232  OG1 THR G  46      59.642 -48.130  10.180  1.00178.29           O  
+ATOM    233  CG2 THR G  46      58.219 -49.871   9.323  1.00173.06           C  
+ATOM    234  N   THR G  47      60.020 -52.027  12.157  1.00192.16           N  
+ATOM    235  CA  THR G  47      60.119 -53.475  12.417  1.00193.05           C  
+ATOM    236  C   THR G  47      59.381 -54.210  11.298  1.00189.20           C  
+ATOM    237  O   THR G  47      59.644 -53.939  10.118  1.00187.57           O  
+ATOM    238  CB  THR G  47      59.626 -53.778  13.828  1.00197.93           C  
+ATOM    239  OG1 THR G  47      58.212 -53.555  13.903  1.00198.40           O  
+ATOM    240  CG2 THR G  47      60.325 -52.895  14.845  1.00198.63           C  
+ATOM    241  N   ASN G  48      58.468 -55.133  11.613  1.00187.77           N  
+ATOM    242  CA  ASN G  48      57.623 -55.812  10.629  1.00183.15           C  
+ATOM    243  C   ASN G  48      56.176 -55.606  11.076  1.00177.32           C  
+ATOM    244  O   ASN G  48      55.569 -56.484  11.693  1.00171.99           O  
+ATOM    245  CB  ASN G  48      57.986 -57.292  10.510  1.00188.05           C  
+ATOM    246  N   LEU G  49      55.632 -54.433  10.767  1.00175.13           N  
+ATOM    247  CA  LEU G  49      54.291 -54.046  11.177  1.00168.70           C  
+ATOM    248  C   LEU G  49      53.354 -54.022   9.976  1.00162.47           C  
+ATOM    249  O   LEU G  49      53.764 -53.722   8.851  1.00158.96           O  
+ATOM    250  CB  LEU G  49      54.302 -52.673  11.857  1.00167.41           C  
+ATOM    251  CG  LEU G  49      54.909 -52.606  13.259  1.00171.96           C  
+ATOM    252  CD1 LEU G  49      55.213 -51.169  13.647  1.00170.21           C  
+ATOM    253  CD2 LEU G  49      53.970 -53.238  14.268  1.00170.47           C  
+ATOM    254  N   GLU G  50      52.087 -54.343  10.229  1.00159.78           N  
+ATOM    255  CA  GLU G  50      51.066 -54.392   9.192  1.00155.10           C  
+ATOM    256  C   GLU G  50      49.765 -53.827   9.739  1.00147.47           C  
+ATOM    257  O   GLU G  50      49.455 -53.983  10.922  1.00149.54           O  
+ATOM    258  CB  GLU G  50      50.827 -55.825   8.696  1.00160.09           C  
+ATOM    259  CG  GLU G  50      52.057 -56.529   8.155  1.00164.58           C  
+ATOM    260  CD  GLU G  50      52.066 -58.006   8.490  1.00168.74           C  
+ATOM    261  OE1 GLU G  50      51.627 -58.366   9.603  1.00167.99           O  
+ATOM    262  OE2 GLU G  50      52.505 -58.809   7.640  1.00172.50           O  
+ATOM    263  N   PHE G  51      48.999 -53.182   8.866  1.00138.02           N  
+ATOM    264  CA  PHE G  51      47.665 -52.698   9.194  1.00134.03           C  
+ATOM    265  C   PHE G  51      46.625 -53.536   8.463  1.00131.01           C  
+ATOM    266  O   PHE G  51      46.799 -53.870   7.287  1.00130.29           O  
+ATOM    267  CB  PHE G  51      47.508 -51.222   8.813  1.00129.19           C  
+ATOM    268  CG  PHE G  51      48.203 -50.270   9.744  1.00127.56           C  
+ATOM    269  CD1 PHE G  51      49.571 -50.080   9.666  1.00129.32           C  
+ATOM    270  CD2 PHE G  51      47.481 -49.523  10.662  1.00127.85           C  
+ATOM    271  CE1 PHE G  51      50.213 -49.197  10.511  1.00132.11           C  
+ATOM    272  CE2 PHE G  51      48.117 -48.630  11.505  1.00127.93           C  
+ATOM    273  CZ  PHE G  51      49.486 -48.469  11.430  1.00132.00           C  
+ATOM    274  N   GLU G  52      45.546 -53.879   9.164  1.00131.29           N  
+ATOM    275  CA  GLU G  52      44.503 -54.748   8.641  1.00134.82           C  
+ATOM    276  C   GLU G  52      43.153 -54.074   8.832  1.00135.86           C  
+ATOM    277  O   GLU G  52      42.881 -53.505   9.893  1.00137.91           O  
+ATOM    278  CB  GLU G  52      44.512 -56.124   9.318  1.00145.41           C  
+ATOM    279  CG  GLU G  52      43.503 -57.104   8.732  1.00150.76           C  
+ATOM    280  CD  GLU G  52      43.817 -58.546   9.077  1.00158.44           C  
+ATOM    281  OE1 GLU G  52      45.008 -58.920   9.044  1.00160.36           O  
+ATOM    282  OE2 GLU G  52      42.873 -59.305   9.385  1.00161.70           O  
+ATOM    283  N   ILE G  53      42.308 -54.154   7.810  1.00133.74           N  
+ATOM    284  CA  ILE G  53      40.974 -53.565   7.838  1.00133.70           C  
+ATOM    285  C   ILE G  53      39.968 -54.695   7.745  1.00139.18           C  
+ATOM    286  O   ILE G  53      39.955 -55.435   6.751  1.00141.17           O  
+ATOM    287  CB  ILE G  53      40.743 -52.585   6.678  1.00132.33           C  
+ATOM    288  CG1 ILE G  53      41.711 -51.412   6.723  1.00128.98           C  
+ATOM    289  CG2 ILE G  53      39.302 -52.089   6.684  1.00135.03           C  
+ATOM    290  CD1 ILE G  53      41.648 -50.580   5.467  1.00126.96           C  
+ATOM    291  N   CYS G  54      39.160 -54.855   8.794  1.00139.72           N  
+ATOM    292  CA  CYS G  54      38.036 -55.781   8.789  1.00141.41           C  
+ATOM    293  C   CYS G  54      36.751 -54.999   9.020  1.00137.25           C  
+ATOM    294  O   CYS G  54      36.681 -54.168   9.932  1.00132.30           O  
+ATOM    295  CB  CYS G  54      38.195 -56.864   9.860  1.00142.87           C  
+ATOM    296  SG  CYS G  54      39.700 -57.876   9.762  1.00152.79           S  
+ATOM    297  N   GLY G  55      35.733 -55.282   8.229  1.00140.95           N  
+ATOM    298  CA  GLY G  55      34.485 -54.575   8.426  1.00139.24           C  
+ATOM    299  C   GLY G  55      34.192 -53.609   7.291  1.00144.15           C  
+ATOM    300  O   GLY G  55      35.100 -53.045   6.664  1.00147.22           O  
+ATOM    301  N   ALA G  56      32.896 -53.390   7.049  1.00145.95           N  
+ATOM    302  CA  ALA G  56      32.379 -52.550   5.971  1.00147.48           C  
+ATOM    303  C   ALA G  56      33.165 -52.723   4.677  1.00148.37           C  
+ATOM    304  O   ALA G  56      33.921 -51.833   4.278  1.00149.00           O  
+ATOM    305  CB  ALA G  56      32.385 -51.078   6.392  1.00143.46           C  
+ATOM    306  N   LEU G  57      32.972 -53.859   4.010  1.00150.01           N  
+ATOM    307  CA  LEU G  57      33.612 -54.151   2.736  1.00152.66           C  
+ATOM    308  C   LEU G  57      32.625 -54.888   1.843  1.00155.86           C  
+ATOM    309  O   LEU G  57      31.717 -55.568   2.329  1.00163.32           O  
+ATOM    310  CB  LEU G  57      34.886 -54.994   2.909  1.00152.95           C  
+ATOM    311  CG  LEU G  57      36.052 -54.409   3.712  1.00151.34           C  
+ATOM    312  CD1 LEU G  57      37.185 -55.417   3.814  1.00151.34           C  
+ATOM    313  CD2 LEU G  57      36.548 -53.114   3.093  1.00151.66           C  
+ATOM    314  N   VAL G  58      32.798 -54.733   0.530  1.00152.44           N  
+ATOM    315  CA  VAL G  58      31.918 -55.380  -0.439  1.00153.06           C  
+ATOM    316  C   VAL G  58      32.085 -56.886  -0.290  1.00154.75           C  
+ATOM    317  O   VAL G  58      31.175 -57.581   0.176  1.00153.46           O  
+ATOM    318  CB  VAL G  58      32.220 -54.920  -1.876  1.00150.34           C  
+ATOM    319  CG1 VAL G  58      31.345 -55.670  -2.868  1.00146.07           C  
+ATOM    320  CG2 VAL G  58      32.013 -53.420  -2.004  1.00148.34           C  
+ATOM    321  N   GLU G  59      33.248 -57.401  -0.691  1.00153.74           N  
+ATOM    322  CA  GLU G  59      33.581 -58.810  -0.494  1.00152.73           C  
+ATOM    323  C   GLU G  59      34.085 -58.942   0.940  1.00153.46           C  
+ATOM    324  O   GLU G  59      35.287 -58.920   1.219  1.00150.22           O  
+ATOM    325  CB  GLU G  59      34.616 -59.275  -1.511  1.00148.62           C  
+ATOM    326  N   VAL G  60      33.127 -59.061   1.864  1.00157.70           N  
+ATOM    327  CA  VAL G  60      33.370 -59.127   3.305  1.00158.61           C  
+ATOM    328  C   VAL G  60      34.567 -60.002   3.657  1.00156.95           C  
+ATOM    329  O   VAL G  60      34.464 -61.233   3.710  1.00157.61           O  
+ATOM    330  CB  VAL G  60      32.112 -59.617   4.048  1.00160.98           C  
+ATOM    331  CG1 VAL G  60      32.365 -59.664   5.548  1.00161.35           C  
+ATOM    332  CG2 VAL G  60      30.920 -58.721   3.737  1.00161.71           C  
+ATOM    333  N   LYS G  61      35.714 -59.362   3.894  1.00154.33           N  
+ATOM    334  CA  LYS G  61      36.919 -60.060   4.325  1.00153.71           C  
+ATOM    335  C   LYS G  61      37.780 -59.119   5.162  1.00152.94           C  
+ATOM    336  O   LYS G  61      37.250 -58.265   5.879  1.00150.34           O  
+ATOM    337  CB  LYS G  61      37.693 -60.575   3.107  1.00148.96           C  
+ATOM    338  CG  LYS G  61      38.167 -62.015   3.220  1.00142.61           C  
+ATOM    339  CD  LYS G  61      38.442 -62.618   1.846  1.00136.59           C  
+ATOM    340  CE  LYS G  61      37.161 -62.763   1.038  1.00133.06           C  
+ATOM    341  NZ  LYS G  61      37.417 -63.275  -0.337  1.00116.74           N  
+ATOM    342  N   CYS G  62      39.099 -59.209   5.023  1.00157.98           N  
+ATOM    343  CA  CYS G  62      40.019 -58.284   5.668  1.00155.95           C  
+ATOM    344  C   CYS G  62      41.150 -58.005   4.697  1.00155.17           C  
+ATOM    345  O   CYS G  62      41.552 -58.880   3.925  1.00157.02           O  
+ATOM    346  CB  CYS G  62      40.583 -58.815   7.001  1.00158.98           C  
+ATOM    347  SG  CYS G  62      39.355 -59.218   8.271  1.00165.89           S  
+ATOM    348  N   LEU G  63      41.659 -56.778   4.733  1.00143.50           N  
+ATOM    349  CA  LEU G  63      42.690 -56.380   3.786  1.00137.35           C  
+ATOM    350  C   LEU G  63      43.904 -55.823   4.512  1.00134.37           C  
+ATOM    351  O   LEU G  63      43.794 -55.250   5.599  1.00135.53           O  
+ATOM    352  CB  LEU G  63      42.174 -55.328   2.790  1.00132.23           C  
+ATOM    353  CG  LEU G  63      41.514 -55.824   1.501  1.00131.05           C  
+ATOM    354  CD1 LEU G  63      40.173 -56.477   1.788  1.00136.26           C  
+ATOM    355  CD2 LEU G  63      41.357 -54.686   0.503  1.00125.84           C  
+ATOM    356  N   ASN G  64      45.063 -55.993   3.882  1.00130.45           N  
+ATOM    357  CA  ASN G  64      46.353 -55.573   4.410  1.00128.93           C  
+ATOM    358  C   ASN G  64      46.824 -54.299   3.720  1.00125.92           C  
+ATOM    359  O   ASN G  64      46.452 -54.018   2.578  1.00121.65           O  
+ATOM    360  CB  ASN G  64      47.404 -56.669   4.218  1.00126.55           C  
+ATOM    361  CG  ASN G  64      46.895 -58.044   4.599  1.00127.01           C  
+ATOM    362  OD1 ASN G  64      45.709 -58.229   4.870  1.00132.27           O  
+ATOM    363  ND2 ASN G  64      47.793 -59.023   4.612  1.00119.45           N  
+ATOM    364  N   PHE G  65      47.674 -53.544   4.409  1.00125.62           N  
+ATOM    365  CA  PHE G  65      48.195 -52.313   3.836  1.00123.70           C  
+ATOM    366  C   PHE G  65      49.512 -52.573   3.119  1.00123.51           C  
+ATOM    367  O   PHE G  65      50.214 -53.552   3.381  1.00124.59           O  
+ATOM    368  CB  PHE G  65      48.428 -51.241   4.905  1.00124.02           C  
+ATOM    369  CG  PHE G  65      47.188 -50.520   5.340  1.00121.77           C  
+ATOM    370  CD1 PHE G  65      46.075 -51.218   5.761  1.00123.30           C  
+ATOM    371  CD2 PHE G  65      47.135 -49.135   5.317  1.00119.22           C  
+ATOM    372  CE1 PHE G  65      44.944 -50.553   6.168  1.00122.76           C  
+ATOM    373  CE2 PHE G  65      45.997 -48.463   5.716  1.00116.97           C  
+ATOM    374  CZ  PHE G  65      44.898 -49.175   6.141  1.00117.21           C  
+ATOM    375  N   ARG G  66      49.840 -51.672   2.204  1.00123.92           N  
+ATOM    376  CA  ARG G  66      51.153 -51.627   1.585  1.00128.92           C  
+ATOM    377  C   ARG G  66      51.977 -50.532   2.245  1.00127.76           C  
+ATOM    378  O   ARG G  66      51.443 -49.515   2.696  1.00127.60           O  
+ATOM    379  CB  ARG G  66      51.056 -51.380   0.079  1.00130.70           C  
+ATOM    380  CG  ARG G  66      50.498 -52.553  -0.703  1.00132.56           C  
+ATOM    381  CD  ARG G  66      50.695 -52.360  -2.196  1.00140.20           C  
+ATOM    382  NE  ARG G  66      52.096 -52.123  -2.533  1.00144.33           N  
+ATOM    383  CZ  ARG G  66      53.005 -53.083  -2.670  1.00145.60           C  
+ATOM    384  NH1 ARG G  66      52.664 -54.352  -2.496  1.00143.43           N  
+ATOM    385  NH2 ARG G  66      54.257 -52.773  -2.979  1.00141.76           N  
+ATOM    386  N   LYS G  67      53.283 -50.749   2.305  1.00123.98           N  
+ATOM    387  CA  LYS G  67      54.182 -49.858   3.018  1.00121.61           C  
+ATOM    388  C   LYS G  67      55.120 -49.190   2.024  1.00123.23           C  
+ATOM    389  O   LYS G  67      55.798 -49.867   1.245  1.00128.46           O  
+ATOM    390  CB  LYS G  67      54.982 -50.609   4.086  1.00122.60           C  
+ATOM    391  CG  LYS G  67      55.794 -49.703   5.004  1.00123.11           C  
+ATOM    392  N   LEU G  68      55.154 -47.862   2.069  1.00122.01           N  
+ATOM    393  CA  LEU G  68      56.068 -47.045   1.281  1.00124.71           C  
+ATOM    394  C   LEU G  68      56.476 -45.925   2.215  1.00121.68           C  
+ATOM    395  O   LEU G  68      55.620 -45.149   2.653  1.00119.72           O  
+ATOM    396  CB  LEU G  68      55.406 -46.478   0.021  1.00125.40           C  
+ATOM    397  CG  LEU G  68      54.850 -47.401  -1.062  1.00127.44           C  
+ATOM    398  CD1 LEU G  68      54.200 -46.565  -2.156  1.00128.83           C  
+ATOM    399  CD2 LEU G  68      55.939 -48.284  -1.641  1.00123.44           C  
+ATOM    400  N   GLN G  69      57.775 -45.840   2.515  1.00124.03           N  
+ATOM    401  CA  GLN G  69      58.261 -44.919   3.537  1.00123.77           C  
+ATOM    402  C   GLN G  69      57.551 -45.262   4.848  1.00122.37           C  
+ATOM    403  O   GLN G  69      56.827 -46.259   4.921  1.00122.51           O  
+ATOM    404  CB  GLN G  69      58.042 -43.458   3.128  1.00124.29           C  
+ATOM    405  N   GLU G  70      57.799 -44.506   5.914  1.00122.09           N  
+ATOM    406  CA  GLU G  70      57.127 -44.770   7.185  1.00123.68           C  
+ATOM    407  C   GLU G  70      55.629 -44.457   7.156  1.00120.37           C  
+ATOM    408  O   GLU G  70      55.114 -43.841   8.095  1.00115.98           O  
+ATOM    409  CB  GLU G  70      57.800 -43.978   8.307  1.00121.87           C  
+ATOM    410  N   ILE G  71      54.917 -44.874   6.102  1.00120.61           N  
+ATOM    411  CA  ILE G  71      53.490 -44.603   5.942  1.00119.98           C  
+ATOM    412  C   ILE G  71      52.808 -45.825   5.329  1.00119.76           C  
+ATOM    413  O   ILE G  71      53.397 -46.542   4.513  1.00122.70           O  
+ATOM    414  CB  ILE G  71      53.244 -43.333   5.084  1.00120.15           C  
+ATOM    415  CG1 ILE G  71      53.857 -42.098   5.751  1.00119.88           C  
+ATOM    416  CG2 ILE G  71      51.759 -43.092   4.861  1.00117.93           C  
+ATOM    417  CD1 ILE G  71      53.528 -40.790   5.063  1.00112.96           C  
+ATOM    418  N   TYR G  72      51.549 -46.055   5.717  1.00116.26           N  
+ATOM    419  CA  TYR G  72      50.772 -47.220   5.295  1.00117.59           C  
+ATOM    420  C   TYR G  72      49.545 -46.777   4.511  1.00115.13           C  
+ATOM    421  O   TYR G  72      48.867 -45.831   4.906  1.00112.33           O  
+ATOM    422  CB  TYR G  72      50.334 -48.074   6.488  1.00119.95           C  
+ATOM    423  CG  TYR G  72      51.452 -48.796   7.199  1.00124.61           C  
+ATOM    424  CD1 TYR G  72      52.305 -48.129   8.068  1.00126.55           C  
+ATOM    425  CD2 TYR G  72      51.648 -50.157   7.003  1.00128.14           C  
+ATOM    426  CE1 TYR G  72      53.324 -48.801   8.719  1.00129.93           C  
+ATOM    427  CE2 TYR G  72      52.659 -50.834   7.647  1.00133.89           C  
+ATOM    428  CZ  TYR G  72      53.495 -50.154   8.503  1.00136.59           C  
+ATOM    429  OH  TYR G  72      54.504 -50.835   9.143  1.00144.09           O  
+ATOM    430  N   PHE G  73      49.310 -47.399   3.356  1.00117.25           N  
+ATOM    431  CA  PHE G  73      48.174 -47.047   2.513  1.00117.76           C  
+ATOM    432  C   PHE G  73      47.501 -48.300   1.964  1.00119.42           C  
+ATOM    433  O   PHE G  73      48.107 -49.370   1.877  1.00121.50           O  
+ATOM    434  CB  PHE G  73      48.603 -46.159   1.342  1.00119.16           C  
+ATOM    435  CG  PHE G  73      49.415 -46.884   0.316  1.00124.71           C  
+ATOM    436  CD1 PHE G  73      50.747 -47.171   0.552  1.00126.52           C  
+ATOM    437  CD2 PHE G  73      48.846 -47.298  -0.876  1.00129.18           C  
+ATOM    438  CE1 PHE G  73      51.496 -47.849  -0.381  1.00129.04           C  
+ATOM    439  CE2 PHE G  73      49.594 -47.977  -1.816  1.00136.84           C  
+ATOM    440  CZ  PHE G  73      50.922 -48.251  -1.569  1.00134.93           C  
+ATOM    441  N   ILE G  74      46.226 -48.151   1.603  1.00116.49           N  
+ATOM    442  CA  ILE G  74      45.497 -49.143   0.819  1.00116.02           C  
+ATOM    443  C   ILE G  74      44.791 -48.414  -0.315  1.00118.43           C  
+ATOM    444  O   ILE G  74      44.144 -47.385  -0.087  1.00117.63           O  
+ATOM    445  CB  ILE G  74      44.467 -49.915   1.671  1.00117.08           C  
+ATOM    446  CG1 ILE G  74      45.117 -51.075   2.420  1.00119.12           C  
+ATOM    447  CG2 ILE G  74      43.325 -50.436   0.809  1.00120.01           C  
+ATOM    448  CD1 ILE G  74      44.103 -52.013   3.060  1.00122.46           C  
+ATOM    449  N   GLU G  75      44.906 -48.947  -1.532  1.00124.26           N  
+ATOM    450  CA  GLU G  75      44.193 -48.435  -2.702  1.00127.29           C  
+ATOM    451  C   GLU G  75      43.270 -49.553  -3.175  1.00127.80           C  
+ATOM    452  O   GLU G  75      43.727 -50.517  -3.798  1.00131.24           O  
+ATOM    453  CB  GLU G  75      45.162 -48.004  -3.799  1.00132.18           C  
+ATOM    454  CG  GLU G  75      46.350 -47.194  -3.304  1.00132.65           C  
+ATOM    455  CD  GLU G  75      47.290 -46.791  -4.424  1.00143.22           C  
+ATOM    456  OE1 GLU G  75      46.797 -46.384  -5.498  1.00146.85           O  
+ATOM    457  OE2 GLU G  75      48.521 -46.886  -4.236  1.00140.95           O  
+ATOM    458  N   THR G  76      41.975 -49.432  -2.891  1.00127.29           N  
+ATOM    459  CA  THR G  76      41.044 -50.501  -3.226  1.00128.72           C  
+ATOM    460  C   THR G  76      39.679 -49.905  -3.548  1.00129.81           C  
+ATOM    461  O   THR G  76      39.353 -48.783  -3.146  1.00129.46           O  
+ATOM    462  CB  THR G  76      40.958 -51.537  -2.090  1.00129.79           C  
+ATOM    463  OG1 THR G  76      42.279 -51.968  -1.741  1.00132.34           O  
+ATOM    464  CG2 THR G  76      40.161 -52.766  -2.514  1.00129.27           C  
+ATOM    465  N   LYS G  77      38.898 -50.662  -4.320  1.00132.59           N  
+ATOM    466  CA  LYS G  77      37.552 -50.264  -4.704  1.00133.90           C  
+ATOM    467  C   LYS G  77      36.491 -50.789  -3.746  1.00137.16           C  
+ATOM    468  O   LYS G  77      35.435 -50.162  -3.600  1.00136.25           O  
+ATOM    469  CB  LYS G  77      37.240 -50.769  -6.116  1.00131.60           C  
+ATOM    470  CG  LYS G  77      38.380 -50.603  -7.107  1.00130.31           C  
+ATOM    471  CD  LYS G  77      38.515 -51.830  -7.996  1.00125.46           C  
+ATOM    472  CE  LYS G  77      39.012 -53.033  -7.207  1.00120.01           C  
+ATOM    473  NZ  LYS G  77      40.382 -52.814  -6.665  1.00114.93           N  
+ATOM    474  N   LYS G  78      36.745 -51.921  -3.090  1.00139.65           N  
+ATOM    475  CA  LYS G  78      35.759 -52.554  -2.214  1.00145.26           C  
+ATOM    476  C   LYS G  78      35.711 -51.809  -0.885  1.00146.67           C  
+ATOM    477  O   LYS G  78      36.416 -52.141   0.069  1.00147.57           O  
+ATOM    478  CB  LYS G  78      36.091 -54.027  -2.012  1.00146.15           C  
+ATOM    479  N   PHE G  79      34.861 -50.785  -0.827  1.00146.69           N  
+ATOM    480  CA  PHE G  79      34.639 -49.996   0.377  1.00145.53           C  
+ATOM    481  C   PHE G  79      33.151 -49.696   0.496  1.00147.57           C  
+ATOM    482  O   PHE G  79      32.490 -49.402  -0.504  1.00149.80           O  
+ATOM    483  CB  PHE G  79      35.449 -48.689   0.357  1.00141.71           C  
+ATOM    484  CG  PHE G  79      36.880 -48.846   0.807  1.00139.69           C  
+ATOM    485  CD1 PHE G  79      37.838 -49.382  -0.040  1.00138.91           C  
+ATOM    486  CD2 PHE G  79      37.269 -48.440   2.073  1.00137.45           C  
+ATOM    487  CE1 PHE G  79      39.153 -49.522   0.375  1.00137.10           C  
+ATOM    488  CE2 PHE G  79      38.580 -48.576   2.492  1.00134.40           C  
+ATOM    489  CZ  PHE G  79      39.523 -49.117   1.642  1.00134.53           C  
+ATOM    490  N   LEU G  80      32.628 -49.769   1.717  1.00144.48           N  
+ATOM    491  CA  LEU G  80      31.236 -49.452   1.996  1.00143.62           C  
+ATOM    492  C   LEU G  80      31.129 -48.020   2.533  1.00142.41           C  
+ATOM    493  O   LEU G  80      32.055 -47.217   2.380  1.00141.36           O  
+ATOM    494  CB  LEU G  80      30.663 -50.505   2.950  1.00146.16           C  
+ATOM    495  CG  LEU G  80      30.416 -51.877   2.313  1.00148.02           C  
+ATOM    496  CD1 LEU G  80      29.750 -52.825   3.295  1.00146.81           C  
+ATOM    497  CD2 LEU G  80      29.584 -51.750   1.043  1.00141.61           C  
+ATOM    498  N   LEU G  81      30.014 -47.700   3.195  1.00144.59           N  
+ATOM    499  CA  LEU G  81      29.808 -46.361   3.739  1.00144.43           C  
+ATOM    500  C   LEU G  81      28.984 -46.406   5.017  1.00147.43           C  
+ATOM    501  O   LEU G  81      29.017 -45.465   5.815  1.00146.79           O  
+ATOM    502  CB  LEU G  81      29.101 -45.455   2.724  1.00142.36           C  
+ATOM    503  CG  LEU G  81      29.708 -45.086   1.371  1.00139.48           C  
+ATOM    504  CD1 LEU G  81      28.756 -44.157   0.645  1.00135.94           C  
+ATOM    505  CD2 LEU G  81      31.072 -44.434   1.515  1.00136.25           C  
+ATOM    506  N   ILE G  82      28.238 -47.486   5.220  1.00150.08           N  
+ATOM    507  CA  ILE G  82      27.420 -47.659   6.412  1.00154.43           C  
+ATOM    508  C   ILE G  82      28.080 -48.725   7.271  1.00151.39           C  
+ATOM    509  O   ILE G  82      28.313 -49.848   6.807  1.00151.87           O  
+ATOM    510  CB  ILE G  82      25.975 -48.056   6.061  1.00155.72           C  
+ATOM    511  CG1 ILE G  82      25.339 -47.019   5.133  1.00149.25           C  
+ATOM    512  CG2 ILE G  82      25.150 -48.204   7.324  1.00158.87           C  
+ATOM    513  CD1 ILE G  82      23.933 -47.370   4.697  1.00142.51           C  
+ATOM    514  N   GLY G  83      28.362 -48.385   8.517  1.00147.79           N  
+ATOM    515  CA  GLY G  83      28.981 -49.330   9.430  1.00147.95           C  
+ATOM    516  C   GLY G  83      30.427 -48.948   9.694  1.00141.17           C  
+ATOM    517  O   GLY G  83      31.139 -48.464   8.805  1.00140.48           O  
+ATOM    518  N   LYS G  84      30.866 -49.165  10.929  1.00136.34           N  
+ATOM    519  CA  LYS G  84      32.239 -48.904  11.327  1.00132.69           C  
+ATOM    520  C   LYS G  84      33.145 -50.048  10.878  1.00133.07           C  
+ATOM    521  O   LYS G  84      32.683 -51.136  10.523  1.00134.70           O  
+ATOM    522  CB  LYS G  84      32.329 -48.721  12.841  1.00133.32           C  
+ATOM    523  CG  LYS G  84      31.280 -47.778  13.412  1.00133.68           C  
+ATOM    524  CD  LYS G  84      31.232 -47.862  14.929  1.00134.20           C  
+ATOM    525  CE  LYS G  84      30.079 -47.050  15.497  1.00135.84           C  
+ATOM    526  NZ  LYS G  84      30.236 -45.591  15.240  1.00137.70           N  
+ATOM    527  N   SER G  85      34.453 -49.791  10.891  1.00131.11           N  
+ATOM    528  CA  SER G  85      35.446 -50.775  10.487  1.00130.70           C  
+ATOM    529  C   SER G  85      36.560 -50.803  11.520  1.00128.18           C  
+ATOM    530  O   SER G  85      36.984 -49.754  12.020  1.00128.78           O  
+ATOM    531  CB  SER G  85      36.028 -50.455   9.106  1.00131.74           C  
+ATOM    532  OG  SER G  85      35.017 -50.427   8.116  1.00134.88           O  
+ATOM    533  N   ASN G  86      37.026 -52.007  11.841  1.00128.93           N  
+ATOM    534  CA  ASN G  86      38.140 -52.187  12.758  1.00130.51           C  
+ATOM    535  C   ASN G  86      39.450 -52.198  11.980  1.00130.66           C  
+ATOM    536  O   ASN G  86      39.668 -53.066  11.121  1.00132.13           O  
+ATOM    537  CB  ASN G  86      37.981 -53.476  13.565  1.00129.59           C  
+ATOM    538  CG  ASN G  86      37.235 -53.260  14.870  1.00130.22           C  
+ATOM    539  OD1 ASN G  86      37.838 -52.952  15.899  1.00134.05           O  
+ATOM    540  ND2 ASN G  86      35.918 -53.422  14.834  1.00124.25           N  
+ATOM    541  N   ILE G  87      40.303 -51.220  12.266  1.00131.18           N  
+ATOM    542  CA  ILE G  87      41.660 -51.169  11.743  1.00132.66           C  
+ATOM    543  C   ILE G  87      42.561 -51.644  12.873  1.00139.93           C  
+ATOM    544  O   ILE G  87      42.674 -50.981  13.910  1.00143.12           O  
+ATOM    545  CB  ILE G  87      42.040 -49.760  11.271  1.00129.14           C  
+ATOM    546  CG1 ILE G  87      41.098 -49.299  10.156  1.00123.78           C  
+ATOM    547  CG2 ILE G  87      43.487 -49.727  10.805  1.00127.60           C  
+ATOM    548  CD1 ILE G  87      41.357 -47.886   9.685  1.00111.92           C  
+ATOM    549  N   CYS G  88      43.173 -52.809  12.688  1.00143.00           N  
+ATOM    550  CA  CYS G  88      44.009 -53.435  13.703  1.00145.43           C  
+ATOM    551  C   CYS G  88      45.416 -53.651  13.168  1.00142.58           C  
+ATOM    552  O   CYS G  88      45.596 -54.148  12.052  1.00142.79           O  
+ATOM    553  CB  CYS G  88      43.417 -54.770  14.164  1.00150.84           C  
+ATOM    554  SG  CYS G  88      41.806 -54.673  14.992  1.00146.99           S  
+ATOM    555  N   VAL G  89      46.406 -53.257  13.956  1.00144.87           N  
+ATOM    556  CA  VAL G  89      47.798 -53.509  13.615  1.00148.06           C  
+ATOM    557  C   VAL G  89      48.134 -54.934  14.028  1.00154.79           C  
+ATOM    558  O   VAL G  89      47.927 -55.326  15.182  1.00155.31           O  
+ATOM    559  CB  VAL G  89      48.721 -52.491  14.303  1.00142.83           C  
+ATOM    560  CG1 VAL G  89      50.164 -52.713  13.883  1.00146.95           C  
+ATOM    561  CG2 VAL G  89      48.274 -51.077  13.981  1.00138.34           C  
+ATOM    562  N   LYS G  90      48.647 -55.714  13.084  1.00161.19           N  
+ATOM    563  CA  LYS G  90      48.951 -57.120  13.304  1.00165.57           C  
+ATOM    564  C   LYS G  90      50.433 -57.365  13.067  1.00167.39           C  
+ATOM    565  O   LYS G  90      50.972 -56.976  12.025  1.00170.22           O  
+ATOM    566  CB  LYS G  90      48.104 -58.012  12.388  1.00168.14           C  
+ATOM    567  CG  LYS G  90      46.612 -57.716  12.458  1.00164.88           C  
+ATOM    568  CD  LYS G  90      45.779 -58.955  12.172  1.00168.17           C  
+ATOM    569  CE  LYS G  90      44.319 -58.724  12.528  1.00168.12           C  
+ATOM    570  NZ  LYS G  90      43.515 -59.971  12.412  1.00170.69           N  
+ATOM    571  N   VAL G  91      51.084 -57.999  14.035  1.00167.63           N  
+ATOM    572  CA  VAL G  91      52.477 -58.414  13.925  1.00166.99           C  
+ATOM    573  C   VAL G  91      52.462 -59.929  13.773  1.00169.07           C  
+ATOM    574  O   VAL G  91      52.371 -60.665  14.762  1.00168.70           O  
+ATOM    575  CB  VAL G  91      53.308 -57.979  15.137  1.00157.85           C  
+ATOM    576  CG1 VAL G  91      54.788 -58.242  14.888  1.00145.03           C  
+ATOM    577  CG2 VAL G  91      53.061 -56.514  15.453  1.00155.04           C  
+ATOM    578  N   GLY G  92      52.548 -60.403  12.533  1.00169.49           N  
+ATOM    579  CA  GLY G  92      52.379 -61.817  12.263  1.00170.85           C  
+ATOM    580  C   GLY G  92      50.916 -62.205  12.270  1.00172.85           C  
+ATOM    581  O   GLY G  92      50.368 -62.615  11.242  1.00172.92           O  
+ATOM    582  N   GLU G  93      50.272 -62.074  13.428  1.00172.33           N  
+ATOM    583  CA  GLU G  93      48.841 -62.315  13.557  1.00173.80           C  
+ATOM    584  C   GLU G  93      48.345 -61.632  14.825  1.00174.76           C  
+ATOM    585  O   GLU G  93      49.079 -60.886  15.480  1.00176.04           O  
+ATOM    586  CB  GLU G  93      48.523 -63.813  13.571  1.00174.42           C  
+ATOM    587  CG  GLU G  93      47.842 -64.301  12.304  1.00170.92           C  
+ATOM    588  CD  GLU G  93      46.558 -63.548  12.008  1.00167.30           C  
+ATOM    589  OE1 GLU G  93      45.806 -63.251  12.960  1.00165.87           O  
+ATOM    590  OE2 GLU G  93      46.306 -63.244  10.823  1.00165.52           O  
+ATOM    591  N   LYS G  94      47.076 -61.896  15.158  1.00171.97           N  
+ATOM    592  CA  LYS G  94      46.391 -61.323  16.313  1.00171.36           C  
+ATOM    593  C   LYS G  94      46.262 -59.811  16.181  1.00169.50           C  
+ATOM    594  O   LYS G  94      46.804 -59.213  15.247  1.00170.31           O  
+ATOM    595  CB  LYS G  94      47.113 -61.686  17.614  1.00172.77           C  
+ATOM    596  N   SER G  95      45.545 -59.182  17.101  1.00165.71           N  
+ATOM    597  CA  SER G  95      45.350 -57.737  17.074  1.00162.69           C  
+ATOM    598  C   SER G  95      46.214 -57.126  18.174  1.00160.22           C  
+ATOM    599  O   SER G  95      46.039 -57.429  19.359  1.00163.15           O  
+ATOM    600  CB  SER G  95      43.876 -57.397  17.251  1.00165.01           C  
+ATOM    601  OG  SER G  95      43.451 -57.696  18.566  1.00167.26           O  
+ATOM    602  N   LEU G  96      47.131 -56.244  17.773  1.00154.76           N  
+ATOM    603  CA  LEU G  96      47.973 -55.545  18.738  1.00148.58           C  
+ATOM    604  C   LEU G  96      47.273 -54.284  19.225  1.00149.05           C  
+ATOM    605  O   LEU G  96      47.049 -54.103  20.428  1.00149.95           O  
+ATOM    606  CB  LEU G  96      49.336 -55.226  18.118  1.00140.91           C  
+ATOM    607  CG  LEU G  96      50.381 -54.616  19.058  1.00136.81           C  
+ATOM    608  CD1 LEU G  96      50.592 -55.487  20.291  1.00137.09           C  
+ATOM    609  CD2 LEU G  96      51.702 -54.376  18.338  1.00134.06           C  
+ATOM    610  N   THR G  97      46.940 -53.390  18.304  1.00149.33           N  
+ATOM    611  CA  THR G  97      46.193 -52.187  18.625  1.00147.56           C  
+ATOM    612  C   THR G  97      45.099 -52.052  17.582  1.00146.24           C  
+ATOM    613  O   THR G  97      45.364 -52.178  16.384  1.00146.77           O  
+ATOM    614  CB  THR G  97      47.099 -50.954  18.627  1.00145.26           C  
+ATOM    615  OG1 THR G  97      48.186 -51.165  19.537  1.00151.86           O  
+ATOM    616  CG2 THR G  97      46.321 -49.724  19.048  1.00144.70           C  
+ATOM    617  N   CYS G  98      43.878 -51.786  18.031  1.00144.28           N  
+ATOM    618  CA  CYS G  98      42.728 -51.679  17.150  1.00142.34           C  
+ATOM    619  C   CYS G  98      42.041 -50.337  17.337  1.00139.78           C  
+ATOM    620  O   CYS G  98      42.117 -49.721  18.404  1.00138.37           O  
+ATOM    621  CB  CYS G  98      41.705 -52.798  17.386  1.00145.21           C  
+ATOM    622  SG  CYS G  98      42.245 -54.462  16.967  1.00162.74           S  
+ATOM    623  N   LYS G  99      41.372 -49.896  16.277  1.00139.54           N  
+ATOM    624  CA  LYS G  99      40.561 -48.687  16.314  1.00134.59           C  
+ATOM    625  C   LYS G  99      39.335 -48.918  15.448  1.00134.17           C  
+ATOM    626  O   LYS G  99      39.461 -49.291  14.277  1.00134.76           O  
+ATOM    627  CB  LYS G  99      41.352 -47.470  15.823  1.00131.62           C  
+ATOM    628  N   LYS G 100      38.154 -48.723  16.029  1.00131.09           N  
+ATOM    629  CA  LYS G 100      36.893 -48.860  15.302  1.00131.29           C  
+ATOM    630  C   LYS G 100      36.519 -47.479  14.782  1.00135.14           C  
+ATOM    631  O   LYS G 100      35.987 -46.646  15.519  1.00142.44           O  
+ATOM    632  CB  LYS G 100      35.808 -49.442  16.201  1.00127.71           C  
+ATOM    633  N   ILE G 101      36.798 -47.236  13.505  1.00134.22           N  
+ATOM    634  CA  ILE G 101      36.606 -45.924  12.901  1.00132.09           C  
+ATOM    635  C   ILE G 101      35.667 -46.061  11.711  1.00128.91           C  
+ATOM    636  O   ILE G 101      35.570 -47.125  11.091  1.00129.60           O  
+ATOM    637  CB  ILE G 101      37.963 -45.303  12.488  1.00130.77           C  
+ATOM    638  CG1 ILE G 101      38.898 -45.228  13.699  1.00136.38           C  
+ATOM    639  CG2 ILE G 101      37.788 -43.914  11.888  1.00125.20           C  
+ATOM    640  CD1 ILE G 101      40.241 -44.598  13.402  1.00141.76           C  
+ATOM    641  N   ASP G 102      34.942 -44.985  11.415  1.00125.83           N  
+ATOM    642  CA  ASP G 102      34.056 -44.955  10.262  1.00121.50           C  
+ATOM    643  C   ASP G 102      34.792 -44.360   9.069  1.00115.98           C  
+ATOM    644  O   ASP G 102      35.493 -43.352   9.193  1.00111.93           O  
+ATOM    645  CB  ASP G 102      32.795 -44.144  10.566  1.00120.36           C  
+ATOM    646  CG  ASP G 102      31.725 -44.307   9.503  1.00119.60           C  
+ATOM    647  OD1 ASP G 102      31.942 -45.078   8.544  1.00123.28           O  
+ATOM    648  OD2 ASP G 102      30.661 -43.664   9.628  1.00119.42           O  
+ATOM    649  N   LEU G 103      34.625 -44.996   7.907  1.00117.22           N  
+ATOM    650  CA  LEU G 103      35.283 -44.532   6.692  1.00111.88           C  
+ATOM    651  C   LEU G 103      34.739 -43.197   6.202  1.00108.87           C  
+ATOM    652  O   LEU G 103      35.445 -42.481   5.484  1.00104.92           O  
+ATOM    653  CB  LEU G 103      35.142 -45.584   5.592  1.00113.48           C  
+ATOM    654  CG  LEU G 103      35.943 -46.866   5.806  1.00114.60           C  
+ATOM    655  CD1 LEU G 103      35.377 -47.999   4.969  1.00123.31           C  
+ATOM    656  CD2 LEU G 103      37.399 -46.623   5.462  1.00107.91           C  
+ATOM    657  N   THR G 104      33.511 -42.846   6.572  1.00109.18           N  
+ATOM    658  CA  THR G 104      32.881 -41.616   6.115  1.00105.86           C  
+ATOM    659  C   THR G 104      33.124 -40.435   7.046  1.00102.87           C  
+ATOM    660  O   THR G 104      32.628 -39.337   6.769  1.00100.51           O  
+ATOM    661  CB  THR G 104      31.373 -41.829   5.943  1.00109.95           C  
+ATOM    662  OG1 THR G 104      30.802 -42.245   7.189  1.00114.56           O  
+ATOM    663  CG2 THR G 104      31.104 -42.895   4.892  1.00116.93           C  
+ATOM    664  N   THR G 105      33.867 -40.625   8.135  1.00100.23           N  
+ATOM    665  CA  THR G 105      34.146 -39.552   9.081  1.00 95.48           C  
+ATOM    666  C   THR G 105      35.614 -39.142   9.096  1.00 91.19           C  
+ATOM    667  O   THR G 105      36.033 -38.413  10.001  1.00 91.38           O  
+ATOM    668  CB  THR G 105      33.703 -39.958  10.488  1.00102.25           C  
+ATOM    669  OG1 THR G 105      34.356 -41.177  10.865  1.00105.50           O  
+ATOM    670  CG2 THR G 105      32.195 -40.160  10.534  1.00102.44           C  
+ATOM    671  N   ILE G 106      36.404 -39.585   8.118  1.00 89.07           N  
+ATOM    672  CA  ILE G 106      37.823 -39.251   8.057  1.00 87.50           C  
+ATOM    673  C   ILE G 106      38.206 -38.910   6.622  1.00 84.04           C  
+ATOM    674  O   ILE G 106      39.307 -39.239   6.168  1.00 83.08           O  
+ATOM    675  CB  ILE G 106      38.700 -40.397   8.598  1.00 90.05           C  
+ATOM    676  CG1 ILE G 106      38.363 -41.714   7.895  1.00 91.80           C  
+ATOM    677  CG2 ILE G 106      38.547 -40.530  10.108  1.00 89.86           C  
+ATOM    678  CD1 ILE G 106      39.315 -42.842   8.227  1.00 90.15           C  
+ATOM    679  N   VAL G 107      37.313 -38.238   5.904  1.00 84.40           N  
+ATOM    680  CA  VAL G 107      37.519 -37.984   4.483  1.00 79.29           C  
+ATOM    681  C   VAL G 107      38.402 -36.756   4.303  1.00 75.67           C  
+ATOM    682  O   VAL G 107      38.208 -35.725   4.957  1.00 74.12           O  
+ATOM    683  CB  VAL G 107      36.169 -37.813   3.764  1.00 77.74           C  
+ATOM    684  CG1 VAL G 107      36.384 -37.546   2.282  1.00 76.96           C  
+ATOM    685  CG2 VAL G 107      35.306 -39.048   3.964  1.00 86.42           C  
+ATOM    686  N   LYS G 108      39.375 -36.867   3.406  1.00 74.85           N  
+ATOM    687  CA  LYS G 108      40.253 -35.752   3.051  1.00 70.91           C  
+ATOM    688  C   LYS G 108      40.056 -35.412   1.582  1.00 70.63           C  
+ATOM    689  O   LYS G 108      40.413 -36.227   0.709  1.00 71.60           O  
+ATOM    690  CB  LYS G 108      41.714 -36.102   3.331  1.00 70.95           C  
+ATOM    691  CG  LYS G 108      42.688 -34.957   3.105  1.00 67.27           C  
+ATOM    692  CD  LYS G 108      44.122 -35.405   3.335  1.00 72.06           C  
+ATOM    693  CE  LYS G 108      45.102 -34.259   3.143  1.00 73.51           C  
+ATOM    694  NZ  LYS G 108      46.516 -34.714   3.260  1.00 81.89           N  
+ATOM    695  N   PRO G 109      39.488 -34.254   1.251  1.00 67.43           N  
+ATOM    696  CA  PRO G 109      39.266 -33.918  -0.158  1.00 66.08           C  
+ATOM    697  C   PRO G 109      40.576 -33.758  -0.911  1.00 68.10           C  
+ATOM    698  O   PRO G 109      41.653 -33.621  -0.326  1.00 68.99           O  
+ATOM    699  CB  PRO G 109      38.505 -32.587  -0.096  1.00 66.94           C  
+ATOM    700  CG  PRO G 109      37.982 -32.498   1.277  1.00 67.30           C  
+ATOM    701  CD  PRO G 109      38.957 -33.221   2.151  1.00 67.37           C  
+ATOM    702  N   GLU G 110      40.475 -33.804  -2.235  1.00 69.09           N  
+ATOM    703  CA  GLU G 110      41.619 -33.506  -3.079  1.00 67.77           C  
+ATOM    704  C   GLU G 110      41.827 -31.999  -3.151  1.00 63.29           C  
+ATOM    705  O   GLU G 110      40.867 -31.223  -3.153  1.00 63.90           O  
+ATOM    706  CB  GLU G 110      41.430 -34.088  -4.479  1.00 71.88           C  
+ATOM    707  CG  GLU G 110      41.371 -35.606  -4.506  1.00 78.92           C  
+ATOM    708  CD  GLU G 110      41.248 -36.161  -5.911  1.00 93.91           C  
+ATOM    709  OE1 GLU G 110      40.109 -36.358  -6.378  1.00 94.05           O  
+ATOM    710  OE2 GLU G 110      42.294 -36.382  -6.556  1.00102.72           O  
+ATOM    711  N   ALA G 111      43.090 -31.593  -3.196  1.00 60.39           N  
+ATOM    712  CA  ALA G 111      43.421 -30.177  -3.194  1.00 59.69           C  
+ATOM    713  C   ALA G 111      42.857 -29.500  -4.440  1.00 60.93           C  
+ATOM    714  O   ALA G 111      42.945 -30.054  -5.543  1.00 69.85           O  
+ATOM    715  CB  ALA G 111      44.937 -29.982  -3.133  1.00 62.17           C  
+ATOM    716  N   PRO G 112      42.252 -28.320  -4.303  1.00 56.33           N  
+ATOM    717  CA  PRO G 112      41.810 -27.572  -5.485  1.00 60.22           C  
+ATOM    718  C   PRO G 112      42.983 -27.252  -6.401  1.00 59.91           C  
+ATOM    719  O   PRO G 112      44.154 -27.412  -6.052  1.00 59.44           O  
+ATOM    720  CB  PRO G 112      41.197 -26.298  -4.893  1.00 56.60           C  
+ATOM    721  CG  PRO G 112      40.809 -26.679  -3.505  1.00 56.18           C  
+ATOM    722  CD  PRO G 112      41.851 -27.660  -3.050  1.00 58.40           C  
+ATOM    723  N   PHE G 113      42.652 -26.782  -7.600  1.00 57.26           N  
+ATOM    724  CA  PHE G 113      43.666 -26.515  -8.607  1.00 58.75           C  
+ATOM    725  C   PHE G 113      43.175 -25.409  -9.529  1.00 57.66           C  
+ATOM    726  O   PHE G 113      42.031 -24.956  -9.439  1.00 57.92           O  
+ATOM    727  CB  PHE G 113      44.013 -27.778  -9.404  1.00 57.19           C  
+ATOM    728  CG  PHE G 113      42.822 -28.455 -10.022  1.00 57.93           C  
+ATOM    729  CD1 PHE G 113      42.057 -29.349  -9.290  1.00 58.08           C  
+ATOM    730  CD2 PHE G 113      42.467 -28.197 -11.336  1.00 60.87           C  
+ATOM    731  CE1 PHE G 113      40.962 -29.973  -9.857  1.00 62.79           C  
+ATOM    732  CE2 PHE G 113      41.373 -28.817 -11.908  1.00 62.98           C  
+ATOM    733  CZ  PHE G 113      40.619 -29.706 -11.168  1.00 67.46           C  
+ATOM    734  N   ASP G 114      44.068 -24.983 -10.424  1.00 55.42           N  
+ATOM    735  CA  ASP G 114      43.780 -23.928 -11.396  1.00 57.13           C  
+ATOM    736  C   ASP G 114      43.333 -22.644 -10.701  1.00 55.94           C  
+ATOM    737  O   ASP G 114      42.379 -21.987 -11.123  1.00 54.28           O  
+ATOM    738  CB  ASP G 114      42.735 -24.388 -12.417  1.00 58.59           C  
+ATOM    739  CG  ASP G 114      43.250 -25.491 -13.322  1.00 57.84           C  
+ATOM    740  OD1 ASP G 114      44.485 -25.641 -13.439  1.00 57.32           O  
+ATOM    741  OD2 ASP G 114      42.419 -26.207 -13.918  1.00 62.65           O  
+ATOM    742  N   LEU G 115      44.033 -22.279  -9.629  1.00 53.78           N  
+ATOM    743  CA  LEU G 115      43.726 -21.042  -8.927  1.00 50.51           C  
+ATOM    744  C   LEU G 115      44.181 -19.839  -9.741  1.00 54.65           C  
+ATOM    745  O   LEU G 115      45.273 -19.833 -10.316  1.00 57.61           O  
+ATOM    746  CB  LEU G 115      44.393 -21.028  -7.553  1.00 50.05           C  
+ATOM    747  CG  LEU G 115      44.122 -19.778  -6.714  1.00 52.70           C  
+ATOM    748  CD1 LEU G 115      42.640 -19.646  -6.409  1.00 52.82           C  
+ATOM    749  CD2 LEU G 115      44.935 -19.808  -5.433  1.00 53.30           C  
+ATOM    750  N   SER G 116      43.343 -18.806  -9.773  1.00 54.68           N  
+ATOM    751  CA  SER G 116      43.605 -17.643 -10.603  1.00 54.04           C  
+ATOM    752  C   SER G 116      42.938 -16.421  -9.993  1.00 53.55           C  
+ATOM    753  O   SER G 116      41.865 -16.514  -9.392  1.00 52.79           O  
+ATOM    754  CB  SER G 116      43.100 -17.857 -12.035  1.00 56.50           C  
+ATOM    755  OG  SER G 116      43.139 -16.651 -12.777  1.00 62.64           O  
+ATOM    756  N   VAL G 117      43.589 -15.272 -10.160  1.00 51.57           N  
+ATOM    757  CA  VAL G 117      43.059 -13.981  -9.741  1.00 52.35           C  
+ATOM    758  C   VAL G 117      43.157 -13.039 -10.930  1.00 55.17           C  
+ATOM    759  O   VAL G 117      44.212 -12.949 -11.568  1.00 57.92           O  
+ATOM    760  CB  VAL G 117      43.820 -13.406  -8.530  1.00 52.79           C  
+ATOM    761  CG1 VAL G 117      43.244 -12.055  -8.131  1.00 51.38           C  
+ATOM    762  CG2 VAL G 117      43.772 -14.373  -7.357  1.00 51.72           C  
+ATOM    763  N   VAL G 118      42.065 -12.341 -11.229  1.00 54.47           N  
+ATOM    764  CA  VAL G 118      41.999 -11.454 -12.384  1.00 53.04           C  
+ATOM    765  C   VAL G 118      41.446 -10.109 -11.942  1.00 50.55           C  
+ATOM    766  O   VAL G 118      40.368 -10.043 -11.344  1.00 52.16           O  
+ATOM    767  CB  VAL G 118      41.130 -12.042 -13.510  1.00 54.11           C  
+ATOM    768  CG1 VAL G 118      41.065 -11.071 -14.671  1.00 57.46           C  
+ATOM    769  CG2 VAL G 118      41.679 -13.387 -13.956  1.00 58.55           C  
+ATOM    770  N   TYR G 119      42.171  -9.040 -12.252  1.00 51.55           N  
+ATOM    771  CA  TYR G 119      41.745  -7.690 -11.911  1.00 52.31           C  
+ATOM    772  C   TYR G 119      40.849  -7.132 -13.010  1.00 54.49           C  
+ATOM    773  O   TYR G 119      41.226  -7.132 -14.187  1.00 53.15           O  
+ATOM    774  CB  TYR G 119      42.960  -6.785 -11.706  1.00 50.85           C  
+ATOM    775  CG  TYR G 119      42.619  -5.327 -11.516  1.00 54.29           C  
+ATOM    776  CD1 TYR G 119      41.922  -4.899 -10.395  1.00 55.01           C  
+ATOM    777  CD2 TYR G 119      43.001  -4.376 -12.454  1.00 54.42           C  
+ATOM    778  CE1 TYR G 119      41.609  -3.568 -10.215  1.00 56.94           C  
+ATOM    779  CE2 TYR G 119      42.694  -3.039 -12.281  1.00 58.41           C  
+ATOM    780  CZ  TYR G 119      41.997  -2.641 -11.159  1.00 59.79           C  
+ATOM    781  OH  TYR G 119      41.687  -1.312 -10.980  1.00 62.41           O  
+ATOM    782  N   ARG G 120      39.666  -6.656 -12.623  1.00 53.46           N  
+ATOM    783  CA  ARG G 120      38.729  -6.029 -13.549  1.00 54.61           C  
+ATOM    784  C   ARG G 120      38.820  -4.518 -13.364  1.00 58.03           C  
+ATOM    785  O   ARG G 120      38.344  -3.979 -12.359  1.00 59.93           O  
+ATOM    786  CB  ARG G 120      37.307  -6.535 -13.319  1.00 54.02           C  
+ATOM    787  CG  ARG G 120      37.144  -8.031 -13.539  1.00 53.93           C  
+ATOM    788  CD  ARG G 120      35.678  -8.430 -13.604  1.00 56.21           C  
+ATOM    789  NE  ARG G 120      35.020  -8.309 -12.307  1.00 63.39           N  
+ATOM    790  CZ  ARG G 120      33.709  -8.429 -12.121  1.00 67.61           C  
+ATOM    791  NH1 ARG G 120      32.912  -8.678 -13.151  1.00 69.97           N  
+ATOM    792  NH2 ARG G 120      33.197  -8.304 -10.904  1.00 71.06           N  
+ATOM    793  N   GLU G 121      39.442  -3.843 -14.334  1.00 58.77           N  
+ATOM    794  CA  GLU G 121      39.674  -2.406 -14.222  1.00 60.71           C  
+ATOM    795  C   GLU G 121      38.365  -1.634 -14.103  1.00 61.90           C  
+ATOM    796  O   GLU G 121      38.296  -0.620 -13.398  1.00 64.59           O  
+ATOM    797  CB  GLU G 121      40.486  -1.919 -15.423  1.00 62.86           C  
+ATOM    798  CG  GLU G 121      40.928  -0.467 -15.343  1.00 68.59           C  
+ATOM    799  CD  GLU G 121      41.888  -0.091 -16.457  1.00 74.29           C  
+ATOM    800  OE1 GLU G 121      41.618   0.898 -17.171  1.00 67.97           O  
+ATOM    801  OE2 GLU G 121      42.905  -0.796 -16.630  1.00 73.87           O  
+ATOM    802  N   GLY G 122      37.318  -2.094 -14.789  1.00 59.90           N  
+ATOM    803  CA  GLY G 122      36.056  -1.369 -14.766  1.00 62.42           C  
+ATOM    804  C   GLY G 122      35.360  -1.426 -13.418  1.00 62.56           C  
+ATOM    805  O   GLY G 122      34.889  -0.407 -12.906  1.00 64.41           O  
+ATOM    806  N   ALA G 123      35.286  -2.617 -12.827  1.00 62.27           N  
+ATOM    807  CA  ALA G 123      34.550  -2.821 -11.587  1.00 61.79           C  
+ATOM    808  C   ALA G 123      35.380  -2.572 -10.334  1.00 62.81           C  
+ATOM    809  O   ALA G 123      34.818  -2.580  -9.233  1.00 62.47           O  
+ATOM    810  CB  ALA G 123      33.983  -4.245 -11.541  1.00 60.91           C  
+ATOM    811  N   ASN G 124      36.689  -2.352 -10.472  1.00 64.53           N  
+ATOM    812  CA  ASN G 124      37.591  -2.156  -9.336  1.00 64.88           C  
+ATOM    813  C   ASN G 124      37.502  -3.332  -8.361  1.00 62.36           C  
+ATOM    814  O   ASN G 124      37.188  -3.176  -7.180  1.00 64.53           O  
+ATOM    815  CB  ASN G 124      37.298  -0.832  -8.618  1.00 62.86           C  
+ATOM    816  CG  ASN G 124      37.479   0.374  -9.515  1.00 66.00           C  
+ATOM    817  OD1 ASN G 124      36.531   0.837 -10.149  1.00 70.90           O  
+ATOM    818  ND2 ASN G 124      38.697   0.900  -9.562  1.00 63.08           N  
+ATOM    819  N   ASP G 125      37.786  -4.524  -8.879  1.00 60.49           N  
+ATOM    820  CA  ASP G 125      37.739  -5.722  -8.053  1.00 59.42           C  
+ATOM    821  C   ASP G 125      38.622  -6.801  -8.665  1.00 56.99           C  
+ATOM    822  O   ASP G 125      39.191  -6.638  -9.749  1.00 55.38           O  
+ATOM    823  CB  ASP G 125      36.300  -6.224  -7.870  1.00 60.86           C  
+ATOM    824  CG  ASP G 125      35.629  -6.590  -9.183  1.00 63.36           C  
+ATOM    825  OD1 ASP G 125      36.220  -6.340 -10.254  1.00 64.33           O  
+ATOM    826  OD2 ASP G 125      34.506  -7.135  -9.140  1.00 64.08           O  
+ATOM    827  N   PHE G 126      38.736  -7.907  -7.933  1.00 52.72           N  
+ATOM    828  CA  PHE G 126      39.522  -9.065  -8.334  1.00 51.79           C  
+ATOM    829  C   PHE G 126      38.629 -10.293  -8.268  1.00 51.40           C  
+ATOM    830  O   PHE G 126      38.047 -10.583  -7.217  1.00 54.17           O  
+ATOM    831  CB  PHE G 126      40.747  -9.251  -7.433  1.00 48.24           C  
+ATOM    832  CG  PHE G 126      41.710  -8.097  -7.461  1.00 51.90           C  
+ATOM    833  CD1 PHE G 126      41.468  -6.954  -6.718  1.00 51.81           C  
+ATOM    834  CD2 PHE G 126      42.867  -8.165  -8.219  1.00 50.87           C  
+ATOM    835  CE1 PHE G 126      42.357  -5.895  -6.740  1.00 52.76           C  
+ATOM    836  CE2 PHE G 126      43.760  -7.111  -8.243  1.00 49.52           C  
+ATOM    837  CZ  PHE G 126      43.504  -5.975  -7.503  1.00 52.14           C  
+ATOM    838  N   VAL G 127      38.518 -11.005  -9.382  1.00 47.48           N  
+ATOM    839  CA  VAL G 127      37.769 -12.253  -9.437  1.00 46.21           C  
+ATOM    840  C   VAL G 127      38.745 -13.395  -9.198  1.00 47.08           C  
+ATOM    841  O   VAL G 127      39.748 -13.526  -9.910  1.00 52.30           O  
+ATOM    842  CB  VAL G 127      37.047 -12.413 -10.783  1.00 48.88           C  
+ATOM    843  CG1 VAL G 127      36.233 -13.699 -10.798  1.00 48.76           C  
+ATOM    844  CG2 VAL G 127      36.160 -11.209 -11.056  1.00 50.67           C  
+ATOM    845  N   VAL G 128      38.463 -14.204  -8.181  1.00 48.36           N  
+ATOM    846  CA  VAL G 128      39.265 -15.369  -7.830  1.00 50.66           C  
+ATOM    847  C   VAL G 128      38.496 -16.609  -8.258  1.00 50.18           C  
+ATOM    848  O   VAL G 128      37.317 -16.764  -7.918  1.00 52.98           O  
+ATOM    849  CB  VAL G 128      39.573 -15.406  -6.323  1.00 51.12           C  
+ATOM    850  CG1 VAL G 128      40.510 -16.559  -5.997  1.00 50.98           C  
+ATOM    851  CG2 VAL G 128      40.165 -14.080  -5.868  1.00 50.91           C  
+ATOM    852  N   THR G 129      39.165 -17.492  -8.996  1.00 49.62           N  
+ATOM    853  CA  THR G 129      38.541 -18.692  -9.533  1.00 50.41           C  
+ATOM    854  C   THR G 129      39.432 -19.900  -9.288  1.00 49.24           C  
+ATOM    855  O   THR G 129      40.661 -19.803  -9.308  1.00 49.60           O  
+ATOM    856  CB  THR G 129      38.268 -18.563 -11.041  1.00 50.11           C  
+ATOM    857  OG1 THR G 129      39.502 -18.339 -11.735  1.00 53.15           O  
+ATOM    858  CG2 THR G 129      37.312 -17.411 -11.322  1.00 47.04           C  
+ATOM    859  N   PHE G 130      38.793 -21.044  -9.053  1.00 50.27           N  
+ATOM    860  CA  PHE G 130      39.499 -22.304  -8.882  1.00 51.24           C  
+ATOM    861  C   PHE G 130      38.561 -23.435  -9.277  1.00 54.60           C  
+ATOM    862  O   PHE G 130      37.367 -23.228  -9.509  1.00 55.69           O  
+ATOM    863  CB  PHE G 130      40.004 -22.488  -7.443  1.00 53.97           C  
+ATOM    864  CG  PHE G 130      38.938 -22.328  -6.394  1.00 53.05           C  
+ATOM    865  CD1 PHE G 130      38.584 -21.073  -5.925  1.00 50.64           C  
+ATOM    866  CD2 PHE G 130      38.298 -23.438  -5.868  1.00 52.96           C  
+ATOM    867  CE1 PHE G 130      37.604 -20.929  -4.960  1.00 51.24           C  
+ATOM    868  CE2 PHE G 130      37.318 -23.301  -4.902  1.00 52.94           C  
+ATOM    869  CZ  PHE G 130      36.971 -22.045  -4.448  1.00 52.62           C  
+ATOM    870  N   ASN G 131      39.118 -24.639  -9.359  1.00 57.72           N  
+ATOM    871  CA  ASN G 131      38.369 -25.825  -9.743  1.00 63.41           C  
+ATOM    872  C   ASN G 131      38.641 -26.928  -8.730  1.00 60.76           C  
+ATOM    873  O   ASN G 131      39.631 -26.893  -7.996  1.00 60.93           O  
+ATOM    874  CB  ASN G 131      38.736 -26.286 -11.163  1.00 67.03           C  
+ATOM    875  CG  ASN G 131      37.620 -27.067 -11.837  1.00 70.33           C  
+ATOM    876  OD1 ASN G 131      36.743 -27.624 -11.176  1.00 69.72           O  
+ATOM    877  ND2 ASN G 131      37.647 -27.098 -13.165  1.00 77.51           N  
+ATOM    878  N   THR G 132      37.744 -27.910  -8.690  1.00 62.70           N  
+ATOM    879  CA  THR G 132      37.900 -29.031  -7.772  1.00 66.16           C  
+ATOM    880  C   THR G 132      37.286 -30.272  -8.403  1.00 72.36           C  
+ATOM    881  O   THR G 132      36.161 -30.227  -8.911  1.00 78.17           O  
+ATOM    882  CB  THR G 132      37.264 -28.737  -6.403  1.00 70.30           C  
+ATOM    883  OG1 THR G 132      37.411 -29.879  -5.548  1.00 75.42           O  
+ATOM    884  CG2 THR G 132      35.782 -28.391  -6.534  1.00 70.50           C  
+ATOM    885  N   SER G 133      38.050 -31.366  -8.407  1.00 74.21           N  
+ATOM    886  CA  SER G 133      37.585 -32.623  -8.984  1.00 78.59           C  
+ATOM    887  C   SER G 133      36.369 -33.196  -8.268  1.00 85.30           C  
+ATOM    888  O   SER G 133      35.785 -34.167  -8.759  1.00 90.02           O  
+ATOM    889  CB  SER G 133      38.719 -33.652  -8.973  1.00 80.04           C  
+ATOM    890  OG  SER G 133      39.167 -33.906  -7.652  1.00 83.49           O  
+ATOM    891  N   HIS G 134      35.974 -32.625  -7.128  1.00 84.39           N  
+ATOM    892  CA  HIS G 134      34.850 -33.142  -6.359  1.00 88.00           C  
+ATOM    893  C   HIS G 134      33.496 -32.777  -6.953  1.00 91.89           C  
+ATOM    894  O   HIS G 134      32.505 -33.452  -6.651  1.00 94.78           O  
+ATOM    895  CB  HIS G 134      34.938 -32.630  -4.922  1.00 83.94           C  
+ATOM    896  CG  HIS G 134      35.892 -33.404  -4.068  1.00 83.88           C  
+ATOM    897  ND1 HIS G 134      35.694 -34.728  -3.745  1.00 86.37           N  
+ATOM    898  CD2 HIS G 134      37.073 -33.053  -3.506  1.00 79.20           C  
+ATOM    899  CE1 HIS G 134      36.698 -35.153  -3.000  1.00 82.77           C  
+ATOM    900  NE2 HIS G 134      37.549 -34.156  -2.842  1.00 77.80           N  
+ATOM    901  N   LEU G 135      33.426 -31.725  -7.773  1.00 89.17           N  
+ATOM    902  CA  LEU G 135      32.155 -31.346  -8.385  1.00 92.92           C  
+ATOM    903  C   LEU G 135      31.586 -32.478  -9.231  1.00 97.91           C  
+ATOM    904  O   LEU G 135      30.373 -32.717  -9.229  1.00102.42           O  
+ATOM    905  CB  LEU G 135      32.329 -30.080  -9.224  1.00 87.54           C  
+ATOM    906  CG  LEU G 135      32.404 -28.767  -8.441  1.00 83.64           C  
+ATOM    907  CD1 LEU G 135      32.867 -27.629  -9.336  1.00 81.23           C  
+ATOM    908  CD2 LEU G 135      31.056 -28.445  -7.812  1.00 87.46           C  
+ATOM    909  N   GLN G 136      32.446 -33.183  -9.961  1.00 97.01           N  
+ATOM    910  CA  GLN G 136      32.036 -34.271 -10.836  1.00103.48           C  
+ATOM    911  C   GLN G 136      32.046 -35.629 -10.144  1.00105.16           C  
+ATOM    912  O   GLN G 136      31.887 -36.653 -10.816  1.00116.01           O  
+ATOM    913  CB  GLN G 136      32.953 -34.320 -12.060  1.00101.01           C  
+ATOM    914  CG  GLN G 136      34.406 -34.582 -11.695  1.00 96.09           C  
+ATOM    915  CD  GLN G 136      35.354 -34.383 -12.856  1.00 98.22           C  
+ATOM    916  OE1 GLN G 136      35.291 -35.096 -13.857  1.00104.84           O  
+ATOM    917  NE2 GLN G 136      36.246 -33.408 -12.727  1.00 94.09           N  
+ATOM    918  N   LYS G 137      32.224 -35.663  -8.828  1.00105.04           N  
+ATOM    919  CA  LYS G 137      32.280 -36.918  -8.095  1.00110.70           C  
+ATOM    920  C   LYS G 137      30.895 -37.364  -7.645  1.00116.41           C  
+ATOM    921  O   LYS G 137      29.981 -36.553  -7.467  1.00112.43           O  
+ATOM    922  CB  LYS G 137      33.209 -36.799  -6.888  1.00105.63           C  
+ATOM    923  CG  LYS G 137      34.679 -36.763  -7.257  1.00 97.63           C  
+ATOM    924  CD  LYS G 137      35.553 -36.927  -6.033  1.00 96.25           C  
+ATOM    925  CE  LYS G 137      37.004 -36.623  -6.348  1.00 89.67           C  
+ATOM    926  NZ  LYS G 137      37.582 -37.585  -7.325  1.00 96.86           N  
+ATOM    927  N   LYS G 138      30.752 -38.678  -7.462  1.00123.69           N  
+ATOM    928  CA  LYS G 138      29.466 -39.263  -7.101  1.00124.53           C  
+ATOM    929  C   LYS G 138      29.158 -39.076  -5.619  1.00122.33           C  
+ATOM    930  O   LYS G 138      28.097 -38.552  -5.260  1.00120.18           O  
+ATOM    931  CB  LYS G 138      29.455 -40.748  -7.468  1.00126.86           C  
+ATOM    932  CG  LYS G 138      28.229 -41.510  -6.995  1.00126.06           C  
+ATOM    933  CD  LYS G 138      28.385 -42.999  -7.263  1.00129.14           C  
+ATOM    934  CE  LYS G 138      27.185 -43.786  -6.764  1.00136.88           C  
+ATOM    935  NZ  LYS G 138      27.370 -45.251  -6.954  1.00135.28           N  
+ATOM    936  N   TYR G 139      30.073 -39.497  -4.744  1.00121.78           N  
+ATOM    937  CA  TYR G 139      29.799 -39.474  -3.307  1.00120.16           C  
+ATOM    938  C   TYR G 139      30.043 -38.087  -2.718  1.00114.89           C  
+ATOM    939  O   TYR G 139      29.103 -37.393  -2.320  1.00111.96           O  
+ATOM    940  CB  TYR G 139      30.651 -40.531  -2.598  1.00119.45           C  
+ATOM    941  CG  TYR G 139      30.315 -41.949  -3.003  1.00128.48           C  
+ATOM    942  CD1 TYR G 139      29.216 -42.604  -2.466  1.00131.69           C  
+ATOM    943  CD2 TYR G 139      31.101 -42.632  -3.922  1.00131.12           C  
+ATOM    944  CE1 TYR G 139      28.905 -43.899  -2.835  1.00134.91           C  
+ATOM    945  CE2 TYR G 139      30.799 -43.928  -4.296  1.00133.03           C  
+ATOM    946  CZ  TYR G 139      29.701 -44.557  -3.749  1.00137.49           C  
+ATOM    947  OH  TYR G 139      29.395 -45.847  -4.117  1.00141.30           O  
+ATOM    948  N   VAL G 140      31.306 -37.671  -2.654  1.00110.01           N  
+ATOM    949  CA  VAL G 140      31.673 -36.376  -2.091  1.00103.99           C  
+ATOM    950  C   VAL G 140      31.574 -35.353  -3.219  1.00102.96           C  
+ATOM    951  O   VAL G 140      32.499 -35.194  -4.017  1.00102.50           O  
+ATOM    952  CB  VAL G 140      33.067 -36.401  -1.463  1.00 97.79           C  
+ATOM    953  CG1 VAL G 140      33.457 -35.012  -0.979  1.00 92.14           C  
+ATOM    954  CG2 VAL G 140      33.108 -37.395  -0.312  1.00 98.98           C  
+ATOM    955  N   LYS G 141      30.437 -34.660  -3.289  1.00101.81           N  
+ATOM    956  CA  LYS G 141      30.215 -33.633  -4.294  1.00 99.51           C  
+ATOM    957  C   LYS G 141      29.902 -32.268  -3.705  1.00 93.76           C  
+ATOM    958  O   LYS G 141      29.870 -31.284  -4.453  1.00 93.81           O  
+ATOM    959  CB  LYS G 141      29.074 -34.042  -5.239  1.00100.00           C  
+ATOM    960  N   VAL G 142      29.673 -32.176  -2.398  1.00 90.82           N  
+ATOM    961  CA  VAL G 142      29.409 -30.913  -1.721  1.00 87.14           C  
+ATOM    962  C   VAL G 142      30.576 -30.641  -0.786  1.00 81.16           C  
+ATOM    963  O   VAL G 142      30.881 -31.456   0.094  1.00 79.70           O  
+ATOM    964  CB  VAL G 142      28.079 -30.943  -0.954  1.00 87.60           C  
+ATOM    965  CG1 VAL G 142      27.890 -29.650  -0.172  1.00 85.44           C  
+ATOM    966  CG2 VAL G 142      26.921 -31.163  -1.915  1.00 87.97           C  
+ATOM    967  N   LEU G 143      31.228 -29.499  -0.977  1.00 77.59           N  
+ATOM    968  CA  LEU G 143      32.377 -29.110  -0.180  1.00 71.77           C  
+ATOM    969  C   LEU G 143      32.194 -27.682   0.305  1.00 69.69           C  
+ATOM    970  O   LEU G 143      31.322 -26.945  -0.163  1.00 71.17           O  
+ATOM    971  CB  LEU G 143      33.684 -29.213  -0.978  1.00 67.22           C  
+ATOM    972  CG  LEU G 143      34.208 -30.578  -1.413  1.00 68.99           C  
+ATOM    973  CD1 LEU G 143      35.490 -30.383  -2.194  1.00 65.44           C  
+ATOM    974  CD2 LEU G 143      34.440 -31.480  -0.215  1.00 70.59           C  
+ATOM    975  N   MET G 144      33.028 -27.301   1.264  1.00 65.75           N  
+ATOM    976  CA  MET G 144      33.141 -25.923   1.709  1.00 64.11           C  
+ATOM    977  C   MET G 144      34.608 -25.546   1.569  1.00 61.50           C  
+ATOM    978  O   MET G 144      35.488 -26.265   2.059  1.00 61.82           O  
+ATOM    979  CB  MET G 144      32.617 -25.762   3.147  1.00 65.82           C  
+ATOM    980  CG  MET G 144      32.398 -24.321   3.623  1.00 69.10           C  
+ATOM    981  SD  MET G 144      32.739 -23.954   5.371  1.00 90.65           S  
+ATOM    982  CE  MET G 144      34.352 -24.673   5.654  1.00 72.16           C  
+ATOM    983  N   HIS G 145      34.864 -24.448   0.864  1.00 58.93           N  
+ATOM    984  CA  HIS G 145      36.206 -24.027   0.505  1.00 56.97           C  
+ATOM    985  C   HIS G 145      36.623 -22.841   1.358  1.00 56.91           C  
+ATOM    986  O   HIS G 145      35.821 -21.941   1.638  1.00 58.19           O  
+ATOM    987  CB  HIS G 145      36.287 -23.644  -0.977  1.00 57.52           C  
+ATOM    988  CG  HIS G 145      35.738 -24.683  -1.905  1.00 57.84           C  
+ATOM    989  ND1 HIS G 145      36.354 -25.900  -2.110  1.00 57.33           N  
+ATOM    990  CD2 HIS G 145      34.631 -24.687  -2.685  1.00 57.60           C  
+ATOM    991  CE1 HIS G 145      35.649 -26.607  -2.975  1.00 61.35           C  
+ATOM    992  NE2 HIS G 145      34.599 -25.894  -3.339  1.00 59.95           N  
+ATOM    993  N   ASP G 146      37.888 -22.855   1.756  1.00 58.20           N  
+ATOM    994  CA  ASP G 146      38.501 -21.788   2.535  1.00 57.19           C  
+ATOM    995  C   ASP G 146      39.557 -21.139   1.651  1.00 54.88           C  
+ATOM    996  O   ASP G 146      40.563 -21.772   1.315  1.00 57.12           O  
+ATOM    997  CB  ASP G 146      39.110 -22.344   3.821  1.00 59.91           C  
+ATOM    998  CG  ASP G 146      39.796 -21.280   4.660  1.00 61.60           C  
+ATOM    999  OD1 ASP G 146      39.623 -20.076   4.376  1.00 65.89           O  
+ATOM   1000  OD2 ASP G 146      40.519 -21.653   5.607  1.00 65.09           O  
+ATOM   1001  N   VAL G 147      39.316 -19.893   1.260  1.00 53.23           N  
+ATOM   1002  CA  VAL G 147      40.265 -19.115   0.475  1.00 54.69           C  
+ATOM   1003  C   VAL G 147      40.999 -18.195   1.437  1.00 55.57           C  
+ATOM   1004  O   VAL G 147      40.387 -17.323   2.064  1.00 54.86           O  
+ATOM   1005  CB  VAL G 147      39.561 -18.318  -0.633  1.00 51.31           C  
+ATOM   1006  CG1 VAL G 147      40.544 -17.395  -1.327  1.00 49.09           C  
+ATOM   1007  CG2 VAL G 147      38.914 -19.262  -1.637  1.00 50.06           C  
+ATOM   1008  N   ALA G 148      42.307 -18.387   1.560  1.00 56.26           N  
+ATOM   1009  CA  ALA G 148      43.135 -17.586   2.448  1.00 56.97           C  
+ATOM   1010  C   ALA G 148      44.092 -16.745   1.621  1.00 57.48           C  
+ATOM   1011  O   ALA G 148      44.786 -17.267   0.740  1.00 56.92           O  
+ATOM   1012  CB  ALA G 148      43.912 -18.469   3.425  1.00 57.66           C  
+ATOM   1013  N   TYR G 149      44.130 -15.446   1.909  1.00 57.26           N  
+ATOM   1014  CA  TYR G 149      45.028 -14.531   1.224  1.00 56.94           C  
+ATOM   1015  C   TYR G 149      45.761 -13.674   2.244  1.00 62.01           C  
+ATOM   1016  O   TYR G 149      45.203 -13.295   3.279  1.00 61.49           O  
+ATOM   1017  CB  TYR G 149      44.286 -13.648   0.208  1.00 53.89           C  
+ATOM   1018  CG  TYR G 149      43.248 -12.715   0.790  1.00 55.50           C  
+ATOM   1019  CD1 TYR G 149      41.951 -13.151   1.029  1.00 52.61           C  
+ATOM   1020  CD2 TYR G 149      43.558 -11.393   1.079  1.00 56.42           C  
+ATOM   1021  CE1 TYR G 149      40.996 -12.300   1.549  1.00 50.98           C  
+ATOM   1022  CE2 TYR G 149      42.609 -10.534   1.601  1.00 52.41           C  
+ATOM   1023  CZ  TYR G 149      41.331 -10.993   1.834  1.00 51.07           C  
+ATOM   1024  OH  TYR G 149      40.384 -10.141   2.354  1.00 55.19           O  
+ATOM   1025  N   ARG G 150      47.022 -13.390   1.936  1.00 61.60           N  
+ATOM   1026  CA  ARG G 150      47.925 -12.659   2.807  1.00 62.91           C  
+ATOM   1027  C   ARG G 150      48.696 -11.648   1.971  1.00 66.65           C  
+ATOM   1028  O   ARG G 150      48.826 -11.792   0.753  1.00 65.92           O  
+ATOM   1029  CB  ARG G 150      48.877 -13.640   3.515  1.00 69.22           C  
+ATOM   1030  CG  ARG G 150      50.068 -13.039   4.229  1.00 78.76           C  
+ATOM   1031  CD  ARG G 150      51.111 -14.098   4.521  1.00 83.86           C  
+ATOM   1032  NE  ARG G 150      51.766 -14.565   3.303  1.00 78.47           N  
+ATOM   1033  CZ  ARG G 150      52.799 -15.401   3.284  1.00 82.16           C  
+ATOM   1034  NH1 ARG G 150      53.303 -15.864   4.420  1.00 84.01           N  
+ATOM   1035  NH2 ARG G 150      53.332 -15.772   2.128  1.00 81.81           N  
+ATOM   1036  N   GLN G 151      49.212 -10.620   2.635  1.00 72.25           N  
+ATOM   1037  CA  GLN G 151      50.072  -9.657   1.971  1.00 74.56           C  
+ATOM   1038  C   GLN G 151      51.520 -10.137   2.066  1.00 82.21           C  
+ATOM   1039  O   GLN G 151      51.888 -10.898   2.964  1.00 85.46           O  
+ATOM   1040  CB  GLN G 151      49.895  -8.271   2.598  1.00 76.74           C  
+ATOM   1041  CG  GLN G 151      50.477  -7.114   1.804  1.00 77.59           C  
+ATOM   1042  CD  GLN G 151      50.075  -5.765   2.375  1.00 78.87           C  
+ATOM   1043  OE1 GLN G 151      49.082  -5.656   3.096  1.00 78.52           O  
+ATOM   1044  NE2 GLN G 151      50.848  -4.733   2.061  1.00 78.19           N  
+ATOM   1045  N   GLU G 152      52.347  -9.676   1.124  1.00 83.37           N  
+ATOM   1046  CA  GLU G 152      53.735 -10.133   1.072  1.00 90.17           C  
+ATOM   1047  C   GLU G 152      54.477  -9.821   2.369  1.00 93.59           C  
+ATOM   1048  O   GLU G 152      55.270 -10.639   2.848  1.00 94.53           O  
+ATOM   1049  CB  GLU G 152      54.448  -9.554  -0.153  1.00 87.57           C  
+ATOM   1050  CG  GLU G 152      54.988  -8.146  -0.038  1.00 96.74           C  
+ATOM   1051  CD  GLU G 152      55.928  -7.815  -1.181  1.00101.99           C  
+ATOM   1052  OE1 GLU G 152      55.442  -7.442  -2.269  1.00104.41           O  
+ATOM   1053  OE2 GLU G 152      57.156  -7.949  -0.996  1.00102.86           O  
+ATOM   1054  N   LYS G 153      54.235  -8.644   2.952  1.00 92.40           N  
+ATOM   1055  CA  LYS G 153      54.942  -8.258   4.169  1.00 96.60           C  
+ATOM   1056  C   LYS G 153      54.583  -9.184   5.329  1.00101.24           C  
+ATOM   1057  O   LYS G 153      55.459  -9.581   6.106  1.00100.04           O  
+ATOM   1058  CB  LYS G 153      54.637  -6.797   4.516  1.00 98.33           C  
+ATOM   1059  CG  LYS G 153      53.162  -6.487   4.744  1.00 98.99           C  
+ATOM   1060  CD  LYS G 153      52.934  -5.017   5.058  1.00107.03           C  
+ATOM   1061  CE  LYS G 153      51.490  -4.764   5.470  1.00119.78           C  
+ATOM   1062  NZ  LYS G 153      51.207  -3.315   5.667  1.00116.15           N  
+ATOM   1063  N   ASP G 154      53.302  -9.524   5.466  1.00103.30           N  
+ATOM   1064  CA  ASP G 154      52.834 -10.345   6.577  1.00 99.57           C  
+ATOM   1065  C   ASP G 154      53.474 -11.729   6.531  1.00103.84           C  
+ATOM   1066  O   ASP G 154      53.482 -12.388   5.489  1.00107.39           O  
+ATOM   1067  CB  ASP G 154      51.312 -10.471   6.522  1.00 95.54           C  
+ATOM   1068  CG  ASP G 154      50.609  -9.182   6.893  1.00102.29           C  
+ATOM   1069  OD1 ASP G 154      51.188  -8.381   7.655  1.00107.10           O  
+ATOM   1070  OD2 ASP G 154      49.474  -8.969   6.414  1.00 99.42           O  
+ATOM   1071  N   GLU G 155      54.052 -12.151   7.657  1.00107.88           N  
+ATOM   1072  CA  GLU G 155      54.704 -13.456   7.708  1.00109.68           C  
+ATOM   1073  C   GLU G 155      53.707 -14.595   7.907  1.00103.82           C  
+ATOM   1074  O   GLU G 155      53.669 -15.541   7.112  1.00102.49           O  
+ATOM   1075  CB  GLU G 155      55.756 -13.483   8.818  1.00120.23           C  
+ATOM   1076  CG  GLU G 155      56.485 -14.818   8.927  1.00127.94           C  
+ATOM   1077  CD  GLU G 155      57.500 -14.852  10.053  1.00129.27           C  
+ATOM   1078  OE1 GLU G 155      57.529 -13.900  10.861  1.00129.31           O  
+ATOM   1079  OE2 GLU G 155      58.270 -15.833  10.130  1.00131.00           O  
+ATOM   1080  N   ASN G 156      52.886 -14.520   8.961  1.00103.70           N  
+ATOM   1081  CA  ASN G 156      51.990 -15.616   9.314  1.00 99.67           C  
+ATOM   1082  C   ASN G 156      50.562 -15.148   9.589  1.00 92.70           C  
+ATOM   1083  O   ASN G 156      49.829 -15.821  10.322  1.00 93.32           O  
+ATOM   1084  CB  ASN G 156      52.544 -16.379  10.523  1.00108.52           C  
+ATOM   1085  CG  ASN G 156      51.965 -17.778  10.655  1.00111.76           C  
+ATOM   1086  OD1 ASN G 156      51.298 -18.276   9.747  1.00 97.73           O  
+ATOM   1087  ND2 ASN G 156      52.221 -18.419  11.790  1.00126.74           N  
+ATOM   1088  N   LYS G 157      50.129 -14.033   9.004  1.00 88.29           N  
+ATOM   1089  CA  LYS G 157      48.743 -13.603   9.134  1.00 85.91           C  
+ATOM   1090  C   LYS G 157      48.001 -13.868   7.834  1.00 79.66           C  
+ATOM   1091  O   LYS G 157      48.521 -13.611   6.746  1.00 82.37           O  
+ATOM   1092  CB  LYS G 157      48.648 -12.110   9.456  1.00 91.69           C  
+ATOM   1093  CG  LYS G 157      49.554 -11.609  10.562  1.00101.64           C  
+ATOM   1094  CD  LYS G 157      49.459 -10.090  10.667  1.00109.71           C  
+ATOM   1095  CE  LYS G 157      50.437  -9.530  11.687  1.00113.53           C  
+ATOM   1096  NZ  LYS G 157      50.149 -10.024  13.060  1.00119.33           N  
+ATOM   1097  N   TRP G 158      46.793 -14.414   7.951  1.00 72.58           N  
+ATOM   1098  CA  TRP G 158      45.990 -14.755   6.785  1.00 66.87           C  
+ATOM   1099  C   TRP G 158      44.559 -14.270   6.957  1.00 64.95           C  
+ATOM   1100  O   TRP G 158      43.966 -14.451   8.024  1.00 63.66           O  
+ATOM   1101  CB  TRP G 158      46.026 -16.263   6.529  1.00 67.95           C  
+ATOM   1102  CG  TRP G 158      47.395 -16.730   6.157  1.00 71.83           C  
+ATOM   1103  CD1 TRP G 158      48.408 -17.060   7.009  1.00 74.11           C  
+ATOM   1104  CD2 TRP G 158      47.913 -16.898   4.832  1.00 72.47           C  
+ATOM   1105  NE1 TRP G 158      49.523 -17.431   6.297  1.00 76.39           N  
+ATOM   1106  CE2 TRP G 158      49.245 -17.340   4.958  1.00 73.01           C  
+ATOM   1107  CE3 TRP G 158      47.378 -16.724   3.552  1.00 68.08           C  
+ATOM   1108  CZ2 TRP G 158      50.049 -17.610   3.853  1.00 73.53           C  
+ATOM   1109  CZ3 TRP G 158      48.179 -16.990   2.456  1.00 68.07           C  
+ATOM   1110  CH2 TRP G 158      49.500 -17.428   2.614  1.00 70.34           C  
+ATOM   1111  N   THR G 159      44.010 -13.657   5.912  1.00 61.31           N  
+ATOM   1112  CA  THR G 159      42.585 -13.359   5.856  1.00 54.42           C  
+ATOM   1113  C   THR G 159      41.878 -14.516   5.160  1.00 54.91           C  
+ATOM   1114  O   THR G 159      42.203 -14.847   4.014  1.00 59.72           O  
+ATOM   1115  CB  THR G 159      42.316 -12.045   5.124  1.00 53.41           C  
+ATOM   1116  OG1 THR G 159      43.081 -10.994   5.726  1.00 55.65           O  
+ATOM   1117  CG2 THR G 159      40.839 -11.695   5.201  1.00 50.73           C  
+ATOM   1118  N   HIS G 160      40.924 -15.131   5.852  1.00 52.70           N  
+ATOM   1119  CA  HIS G 160      40.213 -16.298   5.353  1.00 54.41           C  
+ATOM   1120  C   HIS G 160      38.796 -15.930   4.937  1.00 53.78           C  
+ATOM   1121  O   HIS G 160      38.168 -15.038   5.515  1.00 52.50           O  
+ATOM   1122  CB  HIS G 160      40.166 -17.408   6.409  1.00 57.11           C  
+ATOM   1123  CG  HIS G 160      41.504 -18.000   6.726  1.00 60.20           C  
+ATOM   1124  ND1 HIS G 160      41.883 -19.253   6.293  1.00 63.79           N  
+ATOM   1125  CD2 HIS G 160      42.554 -17.511   7.427  1.00 63.02           C  
+ATOM   1126  CE1 HIS G 160      43.107 -19.511   6.716  1.00 67.14           C  
+ATOM   1127  NE2 HIS G 160      43.537 -18.470   7.407  1.00 65.86           N  
+ATOM   1128  N   VAL G 161      38.298 -16.635   3.920  1.00 55.49           N  
+ATOM   1129  CA  VAL G 161      36.946 -16.450   3.405  1.00 55.62           C  
+ATOM   1130  C   VAL G 161      36.368 -17.829   3.124  1.00 56.57           C  
+ATOM   1131  O   VAL G 161      36.950 -18.608   2.360  1.00 55.60           O  
+ATOM   1132  CB  VAL G 161      36.905 -15.588   2.129  1.00 52.26           C  
+ATOM   1133  CG1 VAL G 161      35.480 -15.481   1.613  1.00 53.58           C  
+ATOM   1134  CG2 VAL G 161      37.477 -14.204   2.395  1.00 55.54           C  
+ATOM   1135  N   ASN G 162      35.237 -18.138   3.751  1.00 60.57           N  
+ATOM   1136  CA  ASN G 162      34.544 -19.398   3.534  1.00 61.65           C  
+ATOM   1137  C   ASN G 162      33.496 -19.242   2.440  1.00 63.09           C  
+ATOM   1138  O   ASN G 162      32.777 -18.239   2.391  1.00 65.26           O  
+ATOM   1139  CB  ASN G 162      33.887 -19.865   4.835  1.00 66.25           C  
+ATOM   1140  CG  ASN G 162      34.886 -20.451   5.813  1.00 70.86           C  
+ATOM   1141  OD1 ASN G 162      36.098 -20.370   5.602  1.00 65.86           O  
+ATOM   1142  ND2 ASN G 162      34.383 -21.032   6.899  1.00 83.98           N  
+ATOM   1143  N   LEU G 163      33.410 -20.241   1.565  1.00 59.87           N  
+ATOM   1144  CA  LEU G 163      32.448 -20.201   0.471  1.00 56.72           C  
+ATOM   1145  C   LEU G 163      32.108 -21.622   0.042  1.00 58.48           C  
+ATOM   1146  O   LEU G 163      32.726 -22.591   0.482  1.00 58.04           O  
+ATOM   1147  CB  LEU G 163      32.962 -19.348  -0.700  1.00 58.96           C  
+ATOM   1148  CG  LEU G 163      34.305 -19.641  -1.370  1.00 61.33           C  
+ATOM   1149  CD1 LEU G 163      34.176 -20.701  -2.437  1.00 60.77           C  
+ATOM   1150  CD2 LEU G 163      34.868 -18.361  -1.969  1.00 58.16           C  
+ATOM   1151  N   SER G 164      31.079 -21.740  -0.797  1.00 63.75           N  
+ATOM   1152  CA  SER G 164      30.646 -23.030  -1.321  1.00 63.86           C  
+ATOM   1153  C   SER G 164      30.835 -23.176  -2.823  1.00 63.28           C  
+ATOM   1154  O   SER G 164      31.003 -24.300  -3.302  1.00 61.85           O  
+ATOM   1155  CB  SER G 164      29.170 -23.277  -0.979  1.00 62.03           C  
+ATOM   1156  OG  SER G 164      28.351 -22.229  -1.466  1.00 75.16           O  
+ATOM   1157  N   SER G 165      30.809 -22.076  -3.574  1.00 60.65           N  
+ATOM   1158  CA  SER G 165      30.986 -22.125  -5.020  1.00 61.41           C  
+ATOM   1159  C   SER G 165      32.463 -22.227  -5.380  1.00 62.13           C  
+ATOM   1160  O   SER G 165      33.274 -22.691  -4.573  1.00 64.09           O  
+ATOM   1161  CB  SER G 165      30.362 -20.893  -5.678  1.00 63.11           C  
+ATOM   1162  OG  SER G 165      31.029 -19.709  -5.279  1.00 62.60           O  
+ATOM   1163  N   THR G 166      32.817 -21.846  -6.608  1.00 59.19           N  
+ATOM   1164  CA  THR G 166      34.208 -21.812  -7.043  1.00 55.03           C  
+ATOM   1165  C   THR G 166      34.665 -20.421  -7.469  1.00 53.90           C  
+ATOM   1166  O   THR G 166      35.738 -20.294  -8.073  1.00 51.26           O  
+ATOM   1167  CB  THR G 166      34.437 -22.810  -8.183  1.00 54.47           C  
+ATOM   1168  OG1 THR G 166      33.498 -22.565  -9.236  1.00 59.61           O  
+ATOM   1169  CG2 THR G 166      34.276 -24.238  -7.680  1.00 56.15           C  
+ATOM   1170  N   LYS G 167      33.889 -19.378  -7.178  1.00 52.79           N  
+ATOM   1171  CA  LYS G 167      34.230 -18.019  -7.577  1.00 52.54           C  
+ATOM   1172  C   LYS G 167      34.086 -17.073  -6.392  1.00 50.75           C  
+ATOM   1173  O   LYS G 167      33.183 -17.232  -5.565  1.00 57.76           O  
+ATOM   1174  CB  LYS G 167      33.332 -17.564  -8.743  1.00 52.04           C  
+ATOM   1175  CG  LYS G 167      33.320 -16.068  -9.017  1.00 53.48           C  
+ATOM   1176  CD  LYS G 167      32.343 -15.728 -10.133  1.00 61.98           C  
+ATOM   1177  CE  LYS G 167      32.134 -14.227 -10.253  1.00 67.36           C  
+ATOM   1178  NZ  LYS G 167      31.523 -13.656  -9.021  1.00 74.98           N  
+ATOM   1179  N   LEU G 168      34.980 -16.088  -6.322  1.00 46.36           N  
+ATOM   1180  CA  LEU G 168      34.980 -15.094  -5.256  1.00 51.25           C  
+ATOM   1181  C   LEU G 168      35.329 -13.734  -5.846  1.00 51.47           C  
+ATOM   1182  O   LEU G 168      35.968 -13.642  -6.895  1.00 55.81           O  
+ATOM   1183  CB  LEU G 168      35.969 -15.477  -4.141  1.00 52.51           C  
+ATOM   1184  CG  LEU G 168      36.148 -14.552  -2.933  1.00 51.73           C  
+ATOM   1185  CD1 LEU G 168      34.846 -14.409  -2.162  1.00 55.22           C  
+ATOM   1186  CD2 LEU G 168      37.262 -15.058  -2.028  1.00 49.51           C  
+ATOM   1187  N   THR G 169      34.901 -12.670  -5.167  1.00 49.21           N  
+ATOM   1188  CA  THR G 169      35.167 -11.304  -5.607  1.00 52.22           C  
+ATOM   1189  C   THR G 169      35.724 -10.499  -4.442  1.00 53.92           C  
+ATOM   1190  O   THR G 169      35.091 -10.415  -3.384  1.00 56.49           O  
+ATOM   1191  CB  THR G 169      33.903 -10.639  -6.161  1.00 57.74           C  
+ATOM   1192  OG1 THR G 169      33.388 -11.421  -7.247  1.00 60.13           O  
+ATOM   1193  CG2 THR G 169      34.219  -9.236  -6.660  1.00 56.56           C  
+ATOM   1194  N   LEU G 170      36.903  -9.911  -4.637  1.00 51.11           N  
+ATOM   1195  CA  LEU G 170      37.552  -9.067  -3.639  1.00 51.53           C  
+ATOM   1196  C   LEU G 170      37.525  -7.623  -4.122  1.00 54.53           C  
+ATOM   1197  O   LEU G 170      38.005  -7.325  -5.219  1.00 58.37           O  
+ATOM   1198  CB  LEU G 170      38.994  -9.513  -3.392  1.00 52.21           C  
+ATOM   1199  CG  LEU G 170      39.251 -10.968  -3.000  1.00 54.19           C  
+ATOM   1200  CD1 LEU G 170      40.743 -11.210  -2.835  1.00 52.80           C  
+ATOM   1201  CD2 LEU G 170      38.508 -11.317  -1.722  1.00 52.77           C  
+ATOM   1202  N   LEU G 171      36.972  -6.732  -3.305  1.00 59.85           N  
+ATOM   1203  CA  LEU G 171      36.890  -5.329  -3.687  1.00 61.42           C  
+ATOM   1204  C   LEU G 171      38.257  -4.663  -3.578  1.00 61.08           C  
+ATOM   1205  O   LEU G 171      39.026  -4.934  -2.652  1.00 60.65           O  
+ATOM   1206  CB  LEU G 171      35.877  -4.597  -2.808  1.00 66.86           C  
+ATOM   1207  CG  LEU G 171      34.420  -5.036  -2.961  1.00 72.25           C  
+ATOM   1208  CD1 LEU G 171      33.550  -4.410  -1.883  1.00 81.55           C  
+ATOM   1209  CD2 LEU G 171      33.901  -4.683  -4.346  1.00 72.77           C  
+ATOM   1210  N   GLN G 172      38.563  -3.791  -4.544  1.00 61.44           N  
+ATOM   1211  CA  GLN G 172      39.848  -3.098  -4.532  1.00 62.96           C  
+ATOM   1212  C   GLN G 172      39.966  -2.173  -3.328  1.00 65.92           C  
+ATOM   1213  O   GLN G 172      41.051  -2.027  -2.752  1.00 65.24           O  
+ATOM   1214  CB  GLN G 172      40.039  -2.305  -5.826  1.00 62.59           C  
+ATOM   1215  CG  GLN G 172      41.450  -1.765  -6.009  1.00 66.40           C  
+ATOM   1216  CD  GLN G 172      41.569  -0.814  -7.184  1.00 69.48           C  
+ATOM   1217  OE1 GLN G 172      41.347  -1.196  -8.332  1.00 66.29           O  
+ATOM   1218  NE2 GLN G 172      41.929   0.432  -6.902  1.00 77.57           N  
+ATOM   1219  N   ARG G 173      38.860  -1.534  -2.936  1.00 66.86           N  
+ATOM   1220  CA  ARG G 173      38.896  -0.615  -1.803  1.00 65.63           C  
+ATOM   1221  C   ARG G 173      39.216  -1.337  -0.500  1.00 62.79           C  
+ATOM   1222  O   ARG G 173      39.770  -0.731   0.424  1.00 64.25           O  
+ATOM   1223  CB  ARG G 173      37.564   0.125  -1.685  1.00 65.75           C  
+ATOM   1224  CG  ARG G 173      36.366  -0.792  -1.497  1.00 73.10           C  
+ATOM   1225  CD  ARG G 173      35.112  -0.012  -1.144  1.00 85.13           C  
+ATOM   1226  NE  ARG G 173      34.023  -0.896  -0.736  1.00 96.88           N  
+ATOM   1227  CZ  ARG G 173      32.864  -0.477  -0.239  1.00 96.35           C  
+ATOM   1228  NH1 ARG G 173      32.636   0.819  -0.083  1.00 94.65           N  
+ATOM   1229  NH2 ARG G 173      31.932  -1.356   0.104  1.00 94.54           N  
+ATOM   1230  N   LYS G 174      38.877  -2.622  -0.405  1.00 62.28           N  
+ATOM   1231  CA  LYS G 174      39.149  -3.420   0.782  1.00 61.90           C  
+ATOM   1232  C   LYS G 174      40.499  -4.128   0.718  1.00 61.08           C  
+ATOM   1233  O   LYS G 174      40.680  -5.160   1.376  1.00 59.69           O  
+ATOM   1234  CB  LYS G 174      38.023  -4.432   1.005  1.00 64.93           C  
+ATOM   1235  CG  LYS G 174      36.677  -3.790   1.310  1.00 73.85           C  
+ATOM   1236  CD  LYS G 174      35.565  -4.823   1.382  1.00 85.25           C  
+ATOM   1237  CE  LYS G 174      34.233  -4.175   1.731  1.00 93.09           C  
+ATOM   1238  NZ  LYS G 174      34.285  -3.457   3.035  1.00 99.11           N  
+ATOM   1239  N   LEU G 175      41.444  -3.600  -0.058  1.00 61.72           N  
+ATOM   1240  CA  LEU G 175      42.778  -4.168  -0.173  1.00 63.10           C  
+ATOM   1241  C   LEU G 175      43.802  -3.042  -0.143  1.00 63.74           C  
+ATOM   1242  O   LEU G 175      43.534  -1.927  -0.600  1.00 64.80           O  
+ATOM   1243  CB  LEU G 175      42.938  -4.991  -1.460  1.00 61.11           C  
+ATOM   1244  CG  LEU G 175      42.132  -6.288  -1.567  1.00 56.69           C  
+ATOM   1245  CD1 LEU G 175      42.226  -6.862  -2.972  1.00 57.42           C  
+ATOM   1246  CD2 LEU G 175      42.611  -7.303  -0.542  1.00 56.32           C  
+ATOM   1247  N   GLN G 176      44.975  -3.344   0.400  1.00 58.67           N  
+ATOM   1248  CA  GLN G 176      46.024  -2.336   0.515  1.00 62.00           C  
+ATOM   1249  C   GLN G 176      46.557  -1.980  -0.869  1.00 69.95           C  
+ATOM   1250  O   GLN G 176      46.855  -2.880  -1.664  1.00 72.34           O  
+ATOM   1251  CB  GLN G 176      47.159  -2.844   1.402  1.00 66.13           C  
+ATOM   1252  CG  GLN G 176      46.727  -3.266   2.800  1.00 72.24           C  
+ATOM   1253  CD  GLN G 176      46.084  -2.138   3.586  1.00 69.85           C  
+ATOM   1254  OE1 GLN G 176      46.561  -1.003   3.570  1.00 67.34           O  
+ATOM   1255  NE2 GLN G 176      44.997  -2.448   4.283  1.00 65.52           N  
+ATOM   1256  N   PRO G 177      46.692  -0.697  -1.195  1.00 68.49           N  
+ATOM   1257  CA  PRO G 177      47.208  -0.325  -2.517  1.00 65.66           C  
+ATOM   1258  C   PRO G 177      48.686  -0.648  -2.655  1.00 69.60           C  
+ATOM   1259  O   PRO G 177      49.438  -0.661  -1.677  1.00 67.45           O  
+ATOM   1260  CB  PRO G 177      46.966   1.190  -2.584  1.00 68.11           C  
+ATOM   1261  CG  PRO G 177      45.993   1.490  -1.481  1.00 69.45           C  
+ATOM   1262  CD  PRO G 177      46.267   0.477  -0.418  1.00 69.59           C  
+ATOM   1263  N   ALA G 178      49.095  -0.909  -3.901  1.00 69.17           N  
+ATOM   1264  CA  ALA G 178      50.500  -1.140  -4.245  1.00 64.46           C  
+ATOM   1265  C   ALA G 178      51.103  -2.268  -3.412  1.00 59.57           C  
+ATOM   1266  O   ALA G 178      52.230  -2.171  -2.923  1.00 62.36           O  
+ATOM   1267  CB  ALA G 178      51.322   0.142  -4.097  1.00 68.99           C  
+ATOM   1268  N   ALA G 179      50.347  -3.350  -3.247  1.00 59.13           N  
+ATOM   1269  CA  ALA G 179      50.765  -4.473  -2.425  1.00 61.51           C  
+ATOM   1270  C   ALA G 179      50.626  -5.773  -3.200  1.00 60.69           C  
+ATOM   1271  O   ALA G 179      49.737  -5.923  -4.043  1.00 61.09           O  
+ATOM   1272  CB  ALA G 179      49.946  -4.554  -1.131  1.00 66.15           C  
+ATOM   1273  N   MET G 180      51.525  -6.709  -2.913  1.00 61.64           N  
+ATOM   1274  CA  MET G 180      51.476  -8.047  -3.485  1.00 64.56           C  
+ATOM   1275  C   MET G 180      50.795  -8.987  -2.500  1.00 64.88           C  
+ATOM   1276  O   MET G 180      51.109  -8.976  -1.305  1.00 70.49           O  
+ATOM   1277  CB  MET G 180      52.879  -8.556  -3.815  1.00 72.77           C  
+ATOM   1278  CG  MET G 180      52.899  -9.903  -4.521  1.00 72.60           C  
+ATOM   1279  SD  MET G 180      54.561 -10.424  -4.985  1.00 91.70           S  
+ATOM   1280  CE  MET G 180      55.130 -11.148  -3.448  1.00 88.08           C  
+ATOM   1281  N   TYR G 181      49.866  -9.793  -3.003  1.00 59.59           N  
+ATOM   1282  CA  TYR G 181      49.112 -10.741  -2.202  1.00 57.81           C  
+ATOM   1283  C   TYR G 181      49.349 -12.157  -2.701  1.00 56.32           C  
+ATOM   1284  O   TYR G 181      49.354 -12.412  -3.914  1.00 58.34           O  
+ATOM   1285  CB  TYR G 181      47.609 -10.437  -2.234  1.00 56.99           C  
+ATOM   1286  CG  TYR G 181      47.184  -9.249  -1.405  1.00 61.17           C  
+ATOM   1287  CD1 TYR G 181      47.220  -7.962  -1.924  1.00 58.83           C  
+ATOM   1288  CD2 TYR G 181      46.729  -9.418  -0.102  1.00 60.58           C  
+ATOM   1289  CE1 TYR G 181      46.824  -6.875  -1.165  1.00 65.06           C  
+ATOM   1290  CE2 TYR G 181      46.332  -8.339   0.663  1.00 58.75           C  
+ATOM   1291  CZ  TYR G 181      46.381  -7.071   0.127  1.00 64.12           C  
+ATOM   1292  OH  TYR G 181      45.985  -5.994   0.888  1.00 62.16           O  
+ATOM   1293  N   GLU G 182      49.552 -13.063  -1.749  1.00 53.80           N  
+ATOM   1294  CA  GLU G 182      49.537 -14.499  -1.981  1.00 54.50           C  
+ATOM   1295  C   GLU G 182      48.169 -15.038  -1.587  1.00 55.31           C  
+ATOM   1296  O   GLU G 182      47.551 -14.544  -0.641  1.00 58.81           O  
+ATOM   1297  CB  GLU G 182      50.637 -15.192  -1.171  1.00 57.75           C  
+ATOM   1298  CG  GLU G 182      50.624 -16.711  -1.241  1.00 58.62           C  
+ATOM   1299  CD  GLU G 182      51.703 -17.341  -0.383  1.00 64.17           C  
+ATOM   1300  OE1 GLU G 182      52.557 -16.596   0.142  1.00 65.16           O  
+ATOM   1301  OE2 GLU G 182      51.696 -18.580  -0.229  1.00 66.13           O  
+ATOM   1302  N   ILE G 183      47.690 -16.040  -2.317  1.00 53.51           N  
+ATOM   1303  CA  ILE G 183      46.340 -16.552  -2.105  1.00 51.82           C  
+ATOM   1304  C   ILE G 183      46.336 -18.046  -2.402  1.00 51.02           C  
+ATOM   1305  O   ILE G 183      47.046 -18.516  -3.296  1.00 52.63           O  
+ATOM   1306  CB  ILE G 183      45.317 -15.777  -2.967  1.00 48.99           C  
+ATOM   1307  CG1 ILE G 183      43.886 -16.232  -2.673  1.00 50.40           C  
+ATOM   1308  CG2 ILE G 183      45.641 -15.912  -4.448  1.00 51.00           C  
+ATOM   1309  CD1 ILE G 183      42.832 -15.325  -3.275  1.00 49.29           C  
+ATOM   1310  N   LYS G 184      45.542 -18.791  -1.637  1.00 51.65           N  
+ATOM   1311  CA  LYS G 184      45.433 -20.235  -1.815  1.00 54.38           C  
+ATOM   1312  C   LYS G 184      44.087 -20.694  -1.268  1.00 55.93           C  
+ATOM   1313  O   LYS G 184      43.348 -19.918  -0.659  1.00 56.02           O  
+ATOM   1314  CB  LYS G 184      46.599 -20.964  -1.142  1.00 60.17           C  
+ATOM   1315  CG  LYS G 184      47.004 -20.380   0.202  1.00 61.41           C  
+ATOM   1316  CD  LYS G 184      48.162 -21.156   0.808  1.00 70.02           C  
+ATOM   1317  CE  LYS G 184      48.419 -20.734   2.244  1.00 71.71           C  
+ATOM   1318  NZ  LYS G 184      49.677 -21.324   2.779  1.00 67.55           N  
+ATOM   1319  N   VAL G 185      43.768 -21.969  -1.502  1.00 56.20           N  
+ATOM   1320  CA  VAL G 185      42.435 -22.504  -1.227  1.00 57.80           C  
+ATOM   1321  C   VAL G 185      42.551 -23.917  -0.664  1.00 61.57           C  
+ATOM   1322  O   VAL G 185      43.424 -24.691  -1.071  1.00 63.70           O  
+ATOM   1323  CB  VAL G 185      41.545 -22.523  -2.494  1.00 58.32           C  
+ATOM   1324  CG1 VAL G 185      40.092 -22.800  -2.126  1.00 57.97           C  
+ATOM   1325  CG2 VAL G 185      41.653 -21.227  -3.282  1.00 58.00           C  
+ATOM   1326  N   ARG G 186      41.659 -24.246   0.273  1.00 60.35           N  
+ATOM   1327  CA  ARG G 186      41.474 -25.594   0.795  1.00 63.06           C  
+ATOM   1328  C   ARG G 186      40.008 -25.981   0.679  1.00 62.38           C  
+ATOM   1329  O   ARG G 186      39.137 -25.137   0.454  1.00 61.82           O  
+ATOM   1330  CB  ARG G 186      41.895 -25.721   2.265  1.00 66.66           C  
+ATOM   1331  CG  ARG G 186      43.372 -25.628   2.540  1.00 75.39           C  
+ATOM   1332  CD  ARG G 186      43.642 -25.856   4.020  1.00 74.72           C  
+ATOM   1333  NE  ARG G 186      42.955 -24.872   4.852  1.00 74.50           N  
+ATOM   1334  CZ  ARG G 186      42.961 -24.880   6.181  1.00 78.62           C  
+ATOM   1335  NH1 ARG G 186      43.619 -25.825   6.838  1.00 80.81           N  
+ATOM   1336  NH2 ARG G 186      42.307 -23.943   6.853  1.00 81.02           N  
+ATOM   1337  N   SER G 187      39.734 -27.269   0.893  1.00 62.47           N  
+ATOM   1338  CA  SER G 187      38.377 -27.792   0.812  1.00 61.99           C  
+ATOM   1339  C   SER G 187      38.124 -28.759   1.961  1.00 63.99           C  
+ATOM   1340  O   SER G 187      39.048 -29.405   2.466  1.00 63.82           O  
+ATOM   1341  CB  SER G 187      38.125 -28.500  -0.528  1.00 59.94           C  
+ATOM   1342  OG  SER G 187      38.299 -27.612  -1.616  1.00 56.32           O  
+ATOM   1343  N   ILE G 188      36.857 -28.848   2.364  1.00 66.05           N  
+ATOM   1344  CA  ILE G 188      36.442 -29.781   3.414  1.00 66.52           C  
+ATOM   1345  C   ILE G 188      35.054 -30.309   3.089  1.00 67.83           C  
+ATOM   1346  O   ILE G 188      34.213 -29.599   2.518  1.00 69.33           O  
+ATOM   1347  CB  ILE G 188      36.446 -29.095   4.807  1.00 64.20           C  
+ATOM   1348  CG1 ILE G 188      36.358 -30.111   5.955  1.00 65.61           C  
+ATOM   1349  CG2 ILE G 188      35.334 -28.075   4.921  1.00 65.67           C  
+ATOM   1350  CD1 ILE G 188      36.653 -29.516   7.316  1.00 67.07           C  
+ATOM   1351  N   PRO G 189      34.787 -31.572   3.431  1.00 67.57           N  
+ATOM   1352  CA  PRO G 189      33.417 -32.087   3.311  1.00 69.84           C  
+ATOM   1353  C   PRO G 189      32.447 -31.325   4.202  1.00 75.83           C  
+ATOM   1354  O   PRO G 189      32.768 -30.972   5.339  1.00 75.85           O  
+ATOM   1355  CB  PRO G 189      33.550 -33.550   3.744  1.00 72.76           C  
+ATOM   1356  CG  PRO G 189      34.981 -33.888   3.538  1.00 72.63           C  
+ATOM   1357  CD  PRO G 189      35.738 -32.627   3.830  1.00 68.31           C  
+ATOM   1358  N   ASP G 190      31.246 -31.084   3.678  1.00 79.50           N  
+ATOM   1359  CA  ASP G 190      30.227 -30.355   4.428  1.00 85.86           C  
+ATOM   1360  C   ASP G 190      28.843 -30.901   4.063  1.00 92.29           C  
+ATOM   1361  O   ASP G 190      27.931 -30.158   3.697  1.00 94.09           O  
+ATOM   1362  CB  ASP G 190      30.311 -28.853   4.154  1.00 81.20           C  
+ATOM   1363  CG  ASP G 190      29.559 -28.039   5.185  1.00 86.13           C  
+ATOM   1364  OD1 ASP G 190      29.205 -28.625   6.234  1.00 90.61           O  
+ATOM   1365  OD2 ASP G 190      29.310 -26.833   4.946  1.00 88.02           O  
+ATOM   1366  N   HIS G 191      28.671 -32.219   4.161  1.00 99.84           N  
+ATOM   1367  CA  HIS G 191      27.379 -32.860   3.930  1.00112.44           C  
+ATOM   1368  C   HIS G 191      27.317 -34.100   4.814  1.00119.81           C  
+ATOM   1369  O   HIS G 191      27.641 -34.018   6.004  1.00118.94           O  
+ATOM   1370  CB  HIS G 191      27.187 -33.205   2.445  1.00110.31           C  
+ATOM   1371  CG  HIS G 191      25.779 -33.576   2.076  1.00115.88           C  
+ATOM   1372  ND1 HIS G 191      25.445 -34.095   0.842  1.00118.76           N  
+ATOM   1373  CD2 HIS G 191      24.623 -33.508   2.778  1.00122.27           C  
+ATOM   1374  CE1 HIS G 191      24.146 -34.330   0.801  1.00124.48           C  
+ATOM   1375  NE2 HIS G 191      23.623 -33.982   1.963  1.00127.79           N  
+ATOM   1376  N   TYR G 192      26.878 -35.241   4.271  1.00124.75           N  
+ATOM   1377  CA  TYR G 192      26.928 -36.480   5.044  1.00129.26           C  
+ATOM   1378  C   TYR G 192      28.346 -36.790   5.498  1.00126.68           C  
+ATOM   1379  O   TYR G 192      28.549 -37.292   6.609  1.00135.15           O  
+ATOM   1380  CB  TYR G 192      26.388 -37.656   4.226  1.00138.03           C  
+ATOM   1381  CG  TYR G 192      26.455 -38.994   4.949  1.00147.07           C  
+ATOM   1382  CD1 TYR G 192      26.276 -39.083   6.327  1.00153.76           C  
+ATOM   1383  CD2 TYR G 192      26.751 -40.163   4.256  1.00143.08           C  
+ATOM   1384  CE1 TYR G 192      26.361 -40.297   6.985  1.00154.08           C  
+ATOM   1385  CE2 TYR G 192      26.837 -41.382   4.908  1.00148.86           C  
+ATOM   1386  CZ  TYR G 192      26.641 -41.442   6.272  1.00152.01           C  
+ATOM   1387  OH  TYR G 192      26.724 -42.648   6.928  1.00154.50           O  
+ATOM   1388  N   PHE G 193      29.337 -36.462   4.680  1.00116.77           N  
+ATOM   1389  CA  PHE G 193      30.711 -36.815   4.987  1.00105.35           C  
+ATOM   1390  C   PHE G 193      31.358 -35.738   5.841  1.00 96.25           C  
+ATOM   1391  O   PHE G 193      31.117 -34.542   5.654  1.00 96.97           O  
+ATOM   1392  CB  PHE G 193      31.522 -37.004   3.703  1.00101.87           C  
+ATOM   1393  CG  PHE G 193      30.983 -38.068   2.790  1.00106.41           C  
+ATOM   1394  CD1 PHE G 193      29.986 -37.777   1.873  1.00108.36           C  
+ATOM   1395  CD2 PHE G 193      31.475 -39.361   2.849  1.00106.28           C  
+ATOM   1396  CE1 PHE G 193      29.492 -38.755   1.032  1.00108.03           C  
+ATOM   1397  CE2 PHE G 193      30.984 -40.343   2.011  1.00107.28           C  
+ATOM   1398  CZ  PHE G 193      29.992 -40.040   1.102  1.00108.99           C  
+ATOM   1399  N   LYS G 194      32.175 -36.183   6.789  1.00 92.04           N  
+ATOM   1400  CA  LYS G 194      33.003 -35.320   7.611  1.00 89.23           C  
+ATOM   1401  C   LYS G 194      34.420 -35.864   7.546  1.00 86.53           C  
+ATOM   1402  O   LYS G 194      34.641 -37.029   7.207  1.00 88.28           O  
+ATOM   1403  CB  LYS G 194      32.508 -35.261   9.065  1.00 92.35           C  
+ATOM   1404  CG  LYS G 194      31.080 -34.757   9.220  1.00 95.91           C  
+ATOM   1405  N   GLY G 195      35.387 -35.008   7.847  1.00 79.74           N  
+ATOM   1406  CA  GLY G 195      36.763 -35.446   7.770  1.00 75.53           C  
+ATOM   1407  C   GLY G 195      37.770 -34.367   8.095  1.00 73.59           C  
+ATOM   1408  O   GLY G 195      37.757 -33.790   9.186  1.00 74.05           O  
+ATOM   1409  N   PHE G 196      38.646 -34.083   7.137  1.00 73.22           N  
+ATOM   1410  CA  PHE G 196      39.746 -33.159   7.331  1.00 71.07           C  
+ATOM   1411  C   PHE G 196      39.801 -32.188   6.162  1.00 67.88           C  
+ATOM   1412  O   PHE G 196      39.091 -32.330   5.164  1.00 66.47           O  
+ATOM   1413  CB  PHE G 196      41.086 -33.894   7.449  1.00 71.70           C  
+ATOM   1414  CG  PHE G 196      41.204 -34.753   8.669  1.00 74.58           C  
+ATOM   1415  CD1 PHE G 196      41.790 -34.263   9.823  1.00 74.60           C  
+ATOM   1416  CD2 PHE G 196      40.732 -36.056   8.663  1.00 74.48           C  
+ATOM   1417  CE1 PHE G 196      41.902 -35.053  10.947  1.00 76.06           C  
+ATOM   1418  CE2 PHE G 196      40.840 -36.850   9.786  1.00 76.48           C  
+ATOM   1419  CZ  PHE G 196      41.427 -36.347  10.930  1.00 86.29           C  
+ATOM   1420  N   TRP G 197      40.661 -31.188   6.307  1.00 68.52           N  
+ATOM   1421  CA  TRP G 197      40.911 -30.239   5.238  1.00 64.01           C  
+ATOM   1422  C   TRP G 197      41.832 -30.861   4.199  1.00 61.78           C  
+ATOM   1423  O   TRP G 197      42.708 -31.670   4.518  1.00 63.98           O  
+ATOM   1424  CB  TRP G 197      41.521 -28.956   5.794  1.00 65.01           C  
+ATOM   1425  CG  TRP G 197      40.539 -28.140   6.565  1.00 64.59           C  
+ATOM   1426  CD1 TRP G 197      40.339 -28.155   7.913  1.00 63.95           C  
+ATOM   1427  CD2 TRP G 197      39.625 -27.175   6.033  1.00 65.98           C  
+ATOM   1428  NE1 TRP G 197      39.349 -27.265   8.254  1.00 64.18           N  
+ATOM   1429  CE2 TRP G 197      38.896 -26.650   7.117  1.00 64.92           C  
+ATOM   1430  CE3 TRP G 197      39.350 -26.707   4.744  1.00 66.31           C  
+ATOM   1431  CZ2 TRP G 197      37.912 -25.681   6.952  1.00 68.74           C  
+ATOM   1432  CZ3 TRP G 197      38.372 -25.746   4.583  1.00 62.38           C  
+ATOM   1433  CH2 TRP G 197      37.668 -25.241   5.681  1.00 63.65           C  
+ATOM   1434  N   SER G 198      41.628 -30.476   2.944  1.00 64.17           N  
+ATOM   1435  CA  SER G 198      42.529 -30.911   1.893  1.00 67.61           C  
+ATOM   1436  C   SER G 198      43.861 -30.177   2.023  1.00 68.43           C  
+ATOM   1437  O   SER G 198      44.046 -29.305   2.879  1.00 65.65           O  
+ATOM   1438  CB  SER G 198      41.905 -30.661   0.523  1.00 63.03           C  
+ATOM   1439  OG  SER G 198      41.811 -29.273   0.250  1.00 61.55           O  
+ATOM   1440  N   GLU G 199      44.802 -30.527   1.157  1.00 66.78           N  
+ATOM   1441  CA  GLU G 199      46.062 -29.808   1.120  1.00 65.74           C  
+ATOM   1442  C   GLU G 199      45.859 -28.464   0.438  1.00 64.72           C  
+ATOM   1443  O   GLU G 199      44.940 -28.287  -0.368  1.00 65.40           O  
+ATOM   1444  CB  GLU G 199      47.134 -30.619   0.390  1.00 68.57           C  
+ATOM   1445  CG  GLU G 199      47.631 -31.836   1.158  1.00 75.23           C  
+ATOM   1446  CD  GLU G 199      48.387 -31.468   2.424  1.00 84.02           C  
+ATOM   1447  OE1 GLU G 199      48.873 -30.321   2.523  1.00 78.06           O  
+ATOM   1448  OE2 GLU G 199      48.497 -32.329   3.323  1.00 99.80           O  
+ATOM   1449  N   TRP G 200      46.712 -27.506   0.784  1.00 63.86           N  
+ATOM   1450  CA  TRP G 200      46.630 -26.196   0.159  1.00 64.16           C  
+ATOM   1451  C   TRP G 200      46.916 -26.310  -1.331  1.00 63.48           C  
+ATOM   1452  O   TRP G 200      47.864 -26.983  -1.746  1.00 63.32           O  
+ATOM   1453  CB  TRP G 200      47.615 -25.225   0.811  1.00 65.97           C  
+ATOM   1454  CG  TRP G 200      47.142 -24.663   2.113  1.00 65.58           C  
+ATOM   1455  CD1 TRP G 200      47.615 -24.961   3.356  1.00 69.79           C  
+ATOM   1456  CD2 TRP G 200      46.100 -23.698   2.301  1.00 66.91           C  
+ATOM   1457  NE1 TRP G 200      46.933 -24.242   4.307  1.00 73.58           N  
+ATOM   1458  CE2 TRP G 200      45.997 -23.459   3.685  1.00 68.27           C  
+ATOM   1459  CE3 TRP G 200      45.241 -23.018   1.433  1.00 66.23           C  
+ATOM   1460  CZ2 TRP G 200      45.071 -22.568   4.221  1.00 68.36           C  
+ATOM   1461  CZ3 TRP G 200      44.324 -22.132   1.967  1.00 65.52           C  
+ATOM   1462  CH2 TRP G 200      44.245 -21.917   3.348  1.00 66.40           C  
+ATOM   1463  N   SER G 201      46.084 -25.657  -2.135  1.00 59.64           N  
+ATOM   1464  CA  SER G 201      46.340 -25.589  -3.557  1.00 61.21           C  
+ATOM   1465  C   SER G 201      47.609 -24.777  -3.794  1.00 59.11           C  
+ATOM   1466  O   SER G 201      48.025 -23.999  -2.931  1.00 60.11           O  
+ATOM   1467  CB  SER G 201      45.156 -24.950  -4.279  1.00 59.76           C  
+ATOM   1468  OG  SER G 201      45.099 -23.557  -4.029  1.00 60.59           O  
+ATOM   1469  N   PRO G 202      48.262 -24.961  -4.940  1.00 60.04           N  
+ATOM   1470  CA  PRO G 202      49.415 -24.114  -5.261  1.00 56.68           C  
+ATOM   1471  C   PRO G 202      49.030 -22.645  -5.188  1.00 57.22           C  
+ATOM   1472  O   PRO G 202      47.967 -22.236  -5.661  1.00 63.60           O  
+ATOM   1473  CB  PRO G 202      49.789 -24.541  -6.686  1.00 54.73           C  
+ATOM   1474  CG  PRO G 202      48.604 -25.309  -7.199  1.00 60.67           C  
+ATOM   1475  CD  PRO G 202      47.997 -25.950  -5.998  1.00 60.49           C  
+ATOM   1476  N   SER G 203      49.901 -21.850  -4.576  1.00 51.69           N  
+ATOM   1477  CA  SER G 203      49.570 -20.461  -4.318  1.00 55.30           C  
+ATOM   1478  C   SER G 203      49.544 -19.660  -5.615  1.00 54.17           C  
+ATOM   1479  O   SER G 203      50.110 -20.052  -6.639  1.00 62.03           O  
+ATOM   1480  CB  SER G 203      50.568 -19.842  -3.339  1.00 56.82           C  
+ATOM   1481  OG  SER G 203      50.476 -20.450  -2.062  1.00 60.68           O  
+ATOM   1482  N   TYR G 204      48.868 -18.518  -5.555  1.00 50.42           N  
+ATOM   1483  CA  TYR G 204      48.827 -17.572  -6.655  1.00 52.79           C  
+ATOM   1484  C   TYR G 204      49.136 -16.188  -6.109  1.00 53.36           C  
+ATOM   1485  O   TYR G 204      48.875 -15.892  -4.941  1.00 53.93           O  
+ATOM   1486  CB  TYR G 204      47.463 -17.578  -7.358  1.00 55.52           C  
+ATOM   1487  CG  TYR G 204      47.484 -16.965  -8.740  1.00 57.15           C  
+ATOM   1488  CD1 TYR G 204      47.933 -17.691  -9.836  1.00 56.78           C  
+ATOM   1489  CD2 TYR G 204      47.056 -15.661  -8.950  1.00 55.49           C  
+ATOM   1490  CE1 TYR G 204      47.954 -17.137 -11.100  1.00 59.31           C  
+ATOM   1491  CE2 TYR G 204      47.074 -15.097 -10.211  1.00 58.43           C  
+ATOM   1492  CZ  TYR G 204      47.524 -15.840 -11.282  1.00 61.62           C  
+ATOM   1493  OH  TYR G 204      47.543 -15.283 -12.541  1.00 63.74           O  
+ATOM   1494  N   TYR G 205      49.707 -15.343  -6.957  1.00 53.99           N  
+ATOM   1495  CA  TYR G 205      50.190 -14.040  -6.530  1.00 56.12           C  
+ATOM   1496  C   TYR G 205      49.615 -12.963  -7.434  1.00 56.08           C  
+ATOM   1497  O   TYR G 205      49.545 -13.139  -8.655  1.00 58.10           O  
+ATOM   1498  CB  TYR G 205      51.722 -13.998  -6.535  1.00 60.76           C  
+ATOM   1499  CG  TYR G 205      52.342 -15.145  -5.766  1.00 62.00           C  
+ATOM   1500  CD1 TYR G 205      52.589 -15.037  -4.403  1.00 59.31           C  
+ATOM   1501  CD2 TYR G 205      52.665 -16.340  -6.397  1.00 58.97           C  
+ATOM   1502  CE1 TYR G 205      53.148 -16.082  -3.692  1.00 58.20           C  
+ATOM   1503  CE2 TYR G 205      53.223 -17.391  -5.694  1.00 61.35           C  
+ATOM   1504  CZ  TYR G 205      53.462 -17.257  -4.342  1.00 62.03           C  
+ATOM   1505  OH  TYR G 205      54.018 -18.300  -3.637  1.00 64.79           O  
+ATOM   1506  N   PHE G 206      49.206 -11.849  -6.832  1.00 54.62           N  
+ATOM   1507  CA  PHE G 206      48.643 -10.758  -7.617  1.00 56.09           C  
+ATOM   1508  C   PHE G 206      48.918  -9.430  -6.929  1.00 57.07           C  
+ATOM   1509  O   PHE G 206      49.053  -9.362  -5.707  1.00 54.78           O  
+ATOM   1510  CB  PHE G 206      47.136 -10.935  -7.845  1.00 52.57           C  
+ATOM   1511  CG  PHE G 206      46.317 -10.892  -6.586  1.00 53.00           C  
+ATOM   1512  CD1 PHE G 206      46.160 -12.026  -5.805  1.00 52.34           C  
+ATOM   1513  CD2 PHE G 206      45.691  -9.720  -6.192  1.00 52.00           C  
+ATOM   1514  CE1 PHE G 206      45.403 -11.988  -4.649  1.00 51.34           C  
+ATOM   1515  CE2 PHE G 206      44.933  -9.677  -5.039  1.00 50.46           C  
+ATOM   1516  CZ  PHE G 206      44.787 -10.812  -4.267  1.00 52.05           C  
+ATOM   1517  N   ARG G 207      48.984  -8.371  -7.727  1.00 60.68           N  
+ATOM   1518  CA  ARG G 207      49.320  -7.046  -7.234  1.00 60.05           C  
+ATOM   1519  C   ARG G 207      48.108  -6.122  -7.300  1.00 59.41           C  
+ATOM   1520  O   ARG G 207      47.086  -6.429  -7.919  1.00 58.13           O  
+ATOM   1521  CB  ARG G 207      50.500  -6.472  -8.023  1.00 64.37           C  
+ATOM   1522  CG  ARG G 207      51.641  -7.471  -8.157  1.00 67.93           C  
+ATOM   1523  CD  ARG G 207      52.883  -6.859  -8.769  1.00 72.53           C  
+ATOM   1524  NE  ARG G 207      53.717  -6.213  -7.761  1.00 82.00           N  
+ATOM   1525  CZ  ARG G 207      54.833  -6.740  -7.267  1.00 86.23           C  
+ATOM   1526  NH1 ARG G 207      55.257  -7.921  -7.695  1.00 81.08           N  
+ATOM   1527  NH2 ARG G 207      55.529  -6.082  -6.349  1.00 96.14           N  
+ATOM   1528  N   THR G 208      48.246  -4.972  -6.642  1.00 62.36           N  
+ATOM   1529  CA  THR G 208      47.216  -3.966  -6.455  1.00 65.08           C  
+ATOM   1530  C   THR G 208      47.666  -2.635  -7.050  1.00 65.10           C  
+ATOM   1531  O   THR G 208      48.851  -2.294  -6.960  1.00 66.98           O  
+ATOM   1532  CB  THR G 208      46.909  -3.792  -4.952  1.00 64.36           C  
+ATOM   1533  OG1 THR G 208      46.549  -5.061  -4.391  1.00 62.69           O  
+ATOM   1534  CG2 THR G 208      45.765  -2.817  -4.721  1.00 66.49           C  
+ATOM   1535  N   PRO G 209      46.765  -1.876  -7.678  1.00 64.86           N  
+ATOM   1536  CA  PRO G 209      47.157  -0.574  -8.233  1.00 67.22           C  
+ATOM   1537  C   PRO G 209      47.722   0.348  -7.161  1.00 73.68           C  
+ATOM   1538  O   PRO G 209      47.496   0.172  -5.962  1.00 73.93           O  
+ATOM   1539  CB  PRO G 209      45.851  -0.025  -8.818  1.00 67.61           C  
+ATOM   1540  CG  PRO G 209      45.040  -1.239  -9.114  1.00 64.28           C  
+ATOM   1541  CD  PRO G 209      45.389  -2.244  -8.058  1.00 64.34           C  
+ATOM   1542  N   GLU G 210      48.469   1.356  -7.619  1.00 81.90           N  
+ATOM   1543  CA  GLU G 210      49.205   2.216  -6.697  1.00 88.38           C  
+ATOM   1544  C   GLU G 210      48.352   3.345  -6.131  1.00 91.85           C  
+ATOM   1545  O   GLU G 210      48.540   3.736  -4.973  1.00 97.88           O  
+ATOM   1546  CB  GLU G 210      50.423   2.805  -7.413  1.00107.77           C  
+ATOM   1547  CG  GLU G 210      51.748   2.580  -6.714  1.00104.81           C  
+ATOM   1548  CD  GLU G 210      52.646   3.800  -6.782  1.00117.17           C  
+ATOM   1549  OE1 GLU G 210      52.410   4.751  -6.008  1.00125.18           O  
+ATOM   1550  OE2 GLU G 210      53.577   3.814  -7.615  1.00118.99           O  
+ATOM   1551  N   ILE G 211      47.426   3.884  -6.917  1.00 87.63           N  
+ATOM   1552  CA  ILE G 211      46.585   4.982  -6.448  1.00 89.87           C  
+ATOM   1553  C   ILE G 211      45.750   4.556  -5.243  1.00 90.10           C  
+ATOM   1554  O   ILE G 211      45.859   5.138  -4.163  1.00 91.30           O  
+ATOM   1555  CB  ILE G 211      45.685   5.518  -7.572  1.00 95.09           C  
+ATOM   1556  CG1 ILE G 211      45.313   6.977  -7.301  1.00 93.49           C  
+ATOM   1557  CG2 ILE G 211      44.434   4.666  -7.705  1.00 96.00           C  
+ATOM   1558  CD1 ILE G 211      46.503   7.916  -7.265  1.00 87.14           C  
+HETATM 1559  C1  FUC G 304      39.112 -34.075 -16.471  1.00107.86           C  
+HETATM 1560  C2  FUC G 304      40.066 -33.393 -17.466  1.00112.85           C  
+HETATM 1561  C3  FUC G 304      40.795 -32.210 -16.812  1.00112.58           C  
+HETATM 1562  C4  FUC G 304      41.462 -32.648 -15.501  1.00109.78           C  
+HETATM 1563  C5  FUC G 304      40.420 -33.304 -14.589  1.00103.74           C  
+HETATM 1564  C6  FUC G 304      41.013 -33.873 -13.310  1.00 93.55           C  
+HETATM 1565  O2  FUC G 304      39.393 -32.975 -18.648  1.00110.50           O  
+HETATM 1566  O3  FUC G 304      41.811 -31.713 -17.678  1.00112.37           O  
+HETATM 1567  O4  FUC G 304      42.504 -33.568 -15.775  1.00109.02           O  
+HETATM 1568  O5  FUC G 304      39.745 -34.393 -15.256  1.00105.95           O  
+HETATM 1569  C1  NAG G 305      43.577 -45.361 -12.313  1.00151.93           C  
+HETATM 1570  C2  NAG G 305      44.194 -46.757 -12.352  1.00149.08           C  
+HETATM 1571  C3  NAG G 305      45.009 -46.935 -13.632  1.00145.99           C  
+HETATM 1572  C4  NAG G 305      44.179 -46.568 -14.856  1.00143.09           C  
+HETATM 1573  C5  NAG G 305      43.545 -45.190 -14.682  1.00144.58           C  
+HETATM 1574  C6  NAG G 305      42.602 -44.819 -15.802  1.00137.68           C  
+HETATM 1575  C7  NAG G 305      44.777 -47.930 -10.271  1.00143.54           C  
+HETATM 1576  C8  NAG G 305      45.743 -48.010  -9.126  1.00136.08           C  
+HETATM 1577  N2  NAG G 305      45.027 -46.983 -11.181  1.00149.47           N  
+HETATM 1578  O3  NAG G 305      45.452 -48.283 -13.731  1.00148.70           O  
+HETATM 1579  O4  NAG G 305      45.005 -46.554 -16.015  1.00137.38           O  
+HETATM 1580  O5  NAG G 305      42.780 -45.159 -13.470  1.00148.52           O  
+HETATM 1581  O6  NAG G 305      42.414 -43.412 -15.874  1.00127.73           O  
+HETATM 1582  O7  NAG G 305      43.819 -48.691 -10.369  1.00139.67           O  
+ATOM   1583  N   ASP I  17      19.151  59.883  43.419  1.00167.20           N  
+ATOM   1584  CA  ASP I  17      18.061  59.110  44.004  1.00174.60           C  
+ATOM   1585  C   ASP I  17      16.821  59.191  43.121  1.00180.05           C  
+ATOM   1586  O   ASP I  17      16.341  60.279  42.803  1.00181.47           O  
+ATOM   1587  CB  ASP I  17      17.753  59.611  45.418  1.00173.84           C  
+ATOM   1588  CG  ASP I  17      16.780  58.714  46.163  1.00174.92           C  
+ATOM   1589  OD1 ASP I  17      16.228  57.774  45.556  1.00177.50           O  
+ATOM   1590  OD2 ASP I  17      16.572  58.952  47.371  1.00171.88           O  
+ATOM   1591  N   TYR I  18      16.304  58.023  42.729  1.00179.63           N  
+ATOM   1592  CA  TYR I  18      15.132  57.949  41.865  1.00180.14           C  
+ATOM   1593  C   TYR I  18      14.250  56.763  42.238  1.00179.04           C  
+ATOM   1594  O   TYR I  18      13.504  56.252  41.395  1.00177.98           O  
+ATOM   1595  CB  TYR I  18      15.543  57.849  40.394  1.00182.28           C  
+ATOM   1596  CG  TYR I  18      16.249  59.078  39.865  1.00185.58           C  
+ATOM   1597  CD1 TYR I  18      15.530  60.154  39.359  1.00186.77           C  
+ATOM   1598  CD2 TYR I  18      17.635  59.162  39.872  1.00186.96           C  
+ATOM   1599  CE1 TYR I  18      16.175  61.280  38.876  1.00191.53           C  
+ATOM   1600  CE2 TYR I  18      18.288  60.282  39.393  1.00190.77           C  
+ATOM   1601  CZ  TYR I  18      17.553  61.338  38.896  1.00194.99           C  
+ATOM   1602  OH  TYR I  18      18.197  62.456  38.416  1.00197.41           O  
+ATOM   1603  N   SER I  19      14.318  56.320  43.493  1.00177.58           N  
+ATOM   1604  CA  SER I  19      13.612  55.129  43.950  1.00168.19           C  
+ATOM   1605  C   SER I  19      13.796  54.994  45.456  1.00165.22           C  
+ATOM   1606  O   SER I  19      14.762  55.501  46.032  1.00164.80           O  
+ATOM   1607  CB  SER I  19      14.111  53.862  43.247  1.00167.89           C  
+ATOM   1608  OG  SER I  19      15.486  53.641  43.510  1.00170.52           O  
+ATOM   1609  N   PHE I  20      12.851  54.296  46.082  1.00162.15           N  
+ATOM   1610  CA  PHE I  20      12.841  54.086  47.522  1.00158.22           C  
+ATOM   1611  C   PHE I  20      12.164  52.747  47.776  1.00154.49           C  
+ATOM   1612  O   PHE I  20      11.576  52.150  46.871  1.00152.36           O  
+ATOM   1613  CB  PHE I  20      12.144  55.231  48.270  1.00157.06           C  
+ATOM   1614  CG  PHE I  20      10.742  55.508  47.802  1.00155.73           C  
+ATOM   1615  CD1 PHE I  20       9.662  54.871  48.391  1.00154.69           C  
+ATOM   1616  CD2 PHE I  20      10.503  56.420  46.787  1.00157.79           C  
+ATOM   1617  CE1 PHE I  20       8.371  55.128  47.968  1.00156.25           C  
+ATOM   1618  CE2 PHE I  20       9.214  56.682  46.360  1.00160.46           C  
+ATOM   1619  CZ  PHE I  20       8.148  56.034  46.951  1.00160.37           C  
+ATOM   1620  N   SER I  21      12.243  52.270  49.018  1.00153.42           N  
+ATOM   1621  CA  SER I  21      11.694  50.964  49.349  1.00149.81           C  
+ATOM   1622  C   SER I  21      10.864  51.039  50.619  1.00146.11           C  
+ATOM   1623  O   SER I  21      11.268  51.657  51.606  1.00146.55           O  
+ATOM   1624  CB  SER I  21      12.809  49.924  49.516  1.00148.14           C  
+ATOM   1625  OG  SER I  21      13.518  49.741  48.303  1.00150.78           O  
+ATOM   1626  N   CYS I  22       9.711  50.376  50.585  1.00141.16           N  
+ATOM   1627  CA  CYS I  22       8.749  50.381  51.673  1.00139.28           C  
+ATOM   1628  C   CYS I  22       8.417  48.950  52.070  1.00133.45           C  
+ATOM   1629  O   CYS I  22       8.736  47.994  51.359  1.00132.57           O  
+ATOM   1630  CB  CYS I  22       7.459  51.116  51.280  1.00137.39           C  
+ATOM   1631  SG  CYS I  22       7.652  52.857  50.824  1.00143.82           S  
+ATOM   1632  N   TYR I  23       7.823  48.814  53.253  1.00130.09           N  
+ATOM   1633  CA  TYR I  23       7.251  47.554  53.704  1.00122.93           C  
+ATOM   1634  C   TYR I  23       6.103  47.864  54.654  1.00121.36           C  
+ATOM   1635  O   TYR I  23       6.169  48.823  55.429  1.00123.46           O  
+ATOM   1636  CB  TYR I  23       8.291  46.649  54.382  1.00118.97           C  
+ATOM   1637  CG  TYR I  23       8.788  47.126  55.731  1.00116.42           C  
+ATOM   1638  CD1 TYR I  23       8.135  46.758  56.901  1.00110.28           C  
+ATOM   1639  CD2 TYR I  23       9.923  47.917  55.837  1.00120.48           C  
+ATOM   1640  CE1 TYR I  23       8.586  47.179  58.136  1.00111.33           C  
+ATOM   1641  CE2 TYR I  23      10.385  48.342  57.069  1.00120.27           C  
+ATOM   1642  CZ  TYR I  23       9.711  47.970  58.215  1.00117.60           C  
+ATOM   1643  OH  TYR I  23      10.163  48.391  59.445  1.00116.25           O  
+ATOM   1644  N   SER I  24       5.055  47.046  54.594  1.00118.00           N  
+ATOM   1645  CA  SER I  24       3.832  47.278  55.357  1.00116.73           C  
+ATOM   1646  C   SER I  24       3.577  46.088  56.274  1.00114.76           C  
+ATOM   1647  O   SER I  24       3.320  44.976  55.802  1.00115.80           O  
+ATOM   1648  CB  SER I  24       2.644  47.514  54.427  1.00113.92           C  
+ATOM   1649  OG  SER I  24       2.420  46.396  53.587  1.00115.21           O  
+ATOM   1650  N   GLN I  25       3.646  46.326  57.581  1.00114.31           N  
+ATOM   1651  CA  GLN I  25       3.250  45.340  58.576  1.00116.06           C  
+ATOM   1652  C   GLN I  25       1.781  45.568  58.911  1.00124.21           C  
+ATOM   1653  O   GLN I  25       1.401  46.654  59.368  1.00128.86           O  
+ATOM   1654  CB  GLN I  25       4.123  45.442  59.828  1.00111.81           C  
+ATOM   1655  CG  GLN I  25       5.563  44.995  59.627  1.00105.73           C  
+ATOM   1656  CD  GLN I  25       6.391  45.096  60.893  1.00100.70           C  
+ATOM   1657  OE1 GLN I  25       6.040  45.820  61.823  1.00105.62           O  
+ATOM   1658  NE2 GLN I  25       7.498  44.362  60.936  1.00 91.98           N  
+ATOM   1659  N   LEU I  26       0.958  44.547  58.701  1.00125.11           N  
+ATOM   1660  CA  LEU I  26      -0.483  44.683  58.846  1.00131.62           C  
+ATOM   1661  C   LEU I  26      -0.935  44.168  60.203  1.00138.79           C  
+ATOM   1662  O   LEU I  26      -0.423  43.159  60.698  1.00137.55           O  
+ATOM   1663  CB  LEU I  26      -1.210  43.897  57.752  1.00129.85           C  
+ATOM   1664  CG  LEU I  26      -0.904  44.188  56.284  1.00126.22           C  
+ATOM   1665  CD1 LEU I  26      -1.562  43.143  55.397  1.00134.88           C  
+ATOM   1666  CD2 LEU I  26      -1.383  45.577  55.912  1.00127.34           C  
+ATOM   1667  N   GLU I  27      -1.907  44.866  60.790  1.00144.06           N  
+ATOM   1668  CA  GLU I  27      -2.528  44.455  62.046  1.00150.29           C  
+ATOM   1669  C   GLU I  27      -1.483  44.230  63.137  1.00151.77           C  
+ATOM   1670  O   GLU I  27      -1.496  43.226  63.852  1.00149.52           O  
+ATOM   1671  CB  GLU I  27      -3.408  43.225  61.835  1.00148.50           C  
+ATOM   1672  CG  GLU I  27      -4.694  43.563  61.094  1.00152.24           C  
+ATOM   1673  CD  GLU I  27      -5.413  42.344  60.564  1.00161.11           C  
+ATOM   1674  OE1 GLU I  27      -4.730  41.374  60.178  1.00161.25           O  
+ATOM   1675  OE2 GLU I  27      -6.661  42.359  60.531  1.00164.20           O  
+ATOM   1676  N   VAL I  28      -0.565  45.190  63.260  1.00151.64           N  
+ATOM   1677  CA  VAL I  28       0.488  45.079  64.263  1.00152.37           C  
+ATOM   1678  C   VAL I  28      -0.115  45.132  65.659  1.00158.60           C  
+ATOM   1679  O   VAL I  28       0.254  44.347  66.541  1.00159.03           O  
+ATOM   1680  CB  VAL I  28       1.541  46.184  64.057  1.00148.83           C  
+ATOM   1681  CG1 VAL I  28       2.741  45.958  64.967  1.00147.02           C  
+ATOM   1682  CG2 VAL I  28       1.968  46.249  62.601  1.00142.01           C  
+ATOM   1683  N   ASN I  29      -1.034  46.067  65.890  1.00163.47           N  
+ATOM   1684  CA  ASN I  29      -1.759  46.156  67.157  1.00163.56           C  
+ATOM   1685  C   ASN I  29      -3.245  46.320  66.842  1.00166.01           C  
+ATOM   1686  O   ASN I  29      -3.694  47.417  66.495  1.00167.80           O  
+ATOM   1687  CB  ASN I  29      -1.229  47.294  68.018  1.00162.72           C  
+ATOM   1688  CG  ASN I  29       0.159  47.007  68.557  1.00159.92           C  
+ATOM   1689  OD1 ASN I  29       1.162  47.439  67.988  1.00159.43           O  
+ATOM   1690  ND2 ASN I  29       0.224  46.260  69.654  1.00157.81           N  
+ATOM   1691  N   GLY I  30      -4.001  45.230  66.966  1.00168.38           N  
+ATOM   1692  CA  GLY I  30      -5.407  45.231  66.606  1.00174.66           C  
+ATOM   1693  C   GLY I  30      -5.673  45.490  65.138  1.00173.51           C  
+ATOM   1694  O   GLY I  30      -5.481  44.603  64.300  1.00172.63           O  
+ATOM   1695  N   SER I  31      -6.129  46.697  64.812  1.00175.39           N  
+ATOM   1696  CA  SER I  31      -6.358  47.098  63.431  1.00176.57           C  
+ATOM   1697  C   SER I  31      -5.356  48.137  62.953  1.00177.11           C  
+ATOM   1698  O   SER I  31      -5.468  48.616  61.820  1.00178.58           O  
+ATOM   1699  CB  SER I  31      -7.783  47.644  63.268  1.00179.32           C  
+ATOM   1700  OG  SER I  31      -8.013  48.739  64.138  1.00178.80           O  
+ATOM   1701  N   GLN I  32      -4.388  48.500  63.789  1.00175.65           N  
+ATOM   1702  CA  GLN I  32      -3.398  49.517  63.455  1.00172.37           C  
+ATOM   1703  C   GLN I  32      -2.364  48.944  62.489  1.00169.01           C  
+ATOM   1704  O   GLN I  32      -1.588  48.054  62.853  1.00165.47           O  
+ATOM   1705  CB  GLN I  32      -2.749  50.013  64.743  1.00172.87           C  
+ATOM   1706  CG  GLN I  32      -1.494  50.840  64.586  1.00172.82           C  
+ATOM   1707  CD  GLN I  32      -0.848  51.130  65.928  1.00176.70           C  
+ATOM   1708  OE1 GLN I  32       0.151  51.841  66.009  1.00176.02           O  
+ATOM   1709  NE2 GLN I  32      -1.420  50.574  66.991  1.00173.49           N  
+ATOM   1710  N   HIS I  33      -2.358  49.445  61.255  1.00164.19           N  
+ATOM   1711  CA  HIS I  33      -1.374  49.072  60.250  1.00154.26           C  
+ATOM   1712  C   HIS I  33      -0.154  49.983  60.358  1.00148.07           C  
+ATOM   1713  O   HIS I  33      -0.237  51.103  60.867  1.00150.55           O  
+ATOM   1714  CB  HIS I  33      -1.975  49.155  58.845  1.00153.61           C  
+ATOM   1715  CG  HIS I  33      -3.275  48.426  58.697  1.00155.44           C  
+ATOM   1716  ND1 HIS I  33      -3.644  47.383  59.519  1.00155.54           N  
+ATOM   1717  CD2 HIS I  33      -4.296  48.595  57.823  1.00155.25           C  
+ATOM   1718  CE1 HIS I  33      -4.834  46.939  59.157  1.00155.94           C  
+ATOM   1719  NE2 HIS I  33      -5.252  47.657  58.130  1.00156.69           N  
+ATOM   1720  N   SER I  34       0.983  49.508  59.842  1.00138.93           N  
+ATOM   1721  CA  SER I  34       2.224  50.276  59.904  1.00133.64           C  
+ATOM   1722  C   SER I  34       2.931  50.207  58.560  1.00126.63           C  
+ATOM   1723  O   SER I  34       3.377  49.134  58.144  1.00123.68           O  
+ATOM   1724  CB  SER I  34       3.140  49.756  61.017  1.00132.06           C  
+ATOM   1725  OG  SER I  34       3.580  48.439  60.741  1.00126.82           O  
+ATOM   1726  N   LEU I  35       3.049  51.351  57.894  1.00126.51           N  
+ATOM   1727  CA  LEU I  35       3.734  51.458  56.609  1.00123.63           C  
+ATOM   1728  C   LEU I  35       5.055  52.192  56.815  1.00127.91           C  
+ATOM   1729  O   LEU I  35       5.062  53.377  57.170  1.00132.15           O  
+ATOM   1730  CB  LEU I  35       2.861  52.173  55.580  1.00120.29           C  
+ATOM   1731  CG  LEU I  35       3.466  52.320  54.184  1.00124.27           C  
+ATOM   1732  CD1 LEU I  35       3.949  50.978  53.659  1.00124.23           C  
+ATOM   1733  CD2 LEU I  35       2.452  52.919  53.236  1.00127.24           C  
+ATOM   1734  N   THR I  36       6.165  51.478  56.634  1.00128.04           N  
+ATOM   1735  CA  THR I  36       7.504  52.029  56.773  1.00132.32           C  
+ATOM   1736  C   THR I  36       8.134  52.179  55.392  1.00138.32           C  
+ATOM   1737  O   THR I  36       7.864  51.389  54.486  1.00136.81           O  
+ATOM   1738  CB  THR I  36       8.369  51.127  57.660  1.00126.46           C  
+ATOM   1739  OG1 THR I  36       7.669  50.843  58.879  1.00123.85           O  
+ATOM   1740  CG2 THR I  36       9.688  51.795  57.994  1.00129.64           C  
+ATOM   1741  N   CYS I  37       8.960  53.211  55.230  1.00158.80           N  
+ATOM   1742  CA  CYS I  37       9.633  53.497  53.972  1.00158.71           C  
+ATOM   1743  C   CYS I  37      11.010  54.079  54.254  1.00157.75           C  
+ATOM   1744  O   CYS I  37      11.241  54.692  55.302  1.00157.85           O  
+ATOM   1745  CB  CYS I  37       8.830  54.479  53.110  1.00161.82           C  
+ATOM   1746  SG  CYS I  37       7.227  53.881  52.526  1.00164.17           S  
+ATOM   1747  N   ALA I  38      11.926  53.879  53.308  1.00150.94           N  
+ATOM   1748  CA  ALA I  38      13.272  54.411  53.435  1.00151.54           C  
+ATOM   1749  C   ALA I  38      13.878  54.600  52.051  1.00155.09           C  
+ATOM   1750  O   ALA I  38      13.455  53.984  51.067  1.00155.23           O  
+ATOM   1751  CB  ALA I  38      14.161  53.498  54.288  1.00144.75           C  
+ATOM   1752  N   PHE I  39      14.875  55.478  51.989  1.00156.38           N  
+ATOM   1753  CA  PHE I  39      15.598  55.754  50.758  1.00160.23           C  
+ATOM   1754  C   PHE I  39      16.812  54.841  50.647  1.00164.41           C  
+ATOM   1755  O   PHE I  39      17.419  54.461  51.652  1.00163.69           O  
+ATOM   1756  CB  PHE I  39      16.027  57.219  50.689  1.00162.02           C  
+ATOM   1757  CG  PHE I  39      14.962  58.135  50.159  1.00162.01           C  
+ATOM   1758  CD1 PHE I  39      14.454  57.958  48.883  1.00163.64           C  
+ATOM   1759  CD2 PHE I  39      14.475  59.177  50.930  1.00157.46           C  
+ATOM   1760  CE1 PHE I  39      13.478  58.798  48.385  1.00164.70           C  
+ATOM   1761  CE2 PHE I  39      13.498  60.022  50.438  1.00159.06           C  
+ATOM   1762  CZ  PHE I  39      13.001  59.832  49.163  1.00163.42           C  
+ATOM   1763  N   GLU I  40      17.161  54.486  49.410  1.00165.18           N  
+ATOM   1764  CA  GLU I  40      18.324  53.630  49.199  1.00165.42           C  
+ATOM   1765  C   GLU I  40      19.622  54.369  49.509  1.00170.21           C  
+ATOM   1766  O   GLU I  40      20.457  53.879  50.278  1.00171.39           O  
+ATOM   1767  CB  GLU I  40      18.334  53.111  47.760  1.00163.53           C  
+ATOM   1768  CG  GLU I  40      17.010  52.527  47.289  1.00162.87           C  
+ATOM   1769  CD  GLU I  40      16.692  51.190  47.930  1.00163.73           C  
+ATOM   1770  OE1 GLU I  40      17.609  50.568  48.507  1.00166.17           O  
+ATOM   1771  OE2 GLU I  40      15.522  50.760  47.855  1.00161.17           O  
+ATOM   1772  N   ASP I  41      19.810  55.551  48.919  1.00173.15           N  
+ATOM   1773  CA  ASP I  41      21.030  56.300  49.205  1.00177.82           C  
+ATOM   1774  C   ASP I  41      20.830  57.231  50.400  1.00179.30           C  
+ATOM   1775  O   ASP I  41      19.780  57.868  50.523  1.00176.18           O  
+ATOM   1776  CB  ASP I  41      21.459  57.115  47.989  1.00176.59           C  
+ATOM   1777  CG  ASP I  41      22.954  57.371  47.959  1.00177.19           C  
+ATOM   1778  OD1 ASP I  41      23.718  56.411  47.720  1.00179.58           O  
+ATOM   1779  OD2 ASP I  41      23.366  58.530  48.173  1.00175.85           O  
+ATOM   1780  N   PRO I  42      21.819  57.324  51.295  1.00183.59           N  
+ATOM   1781  CA  PRO I  42      21.692  58.224  52.451  1.00186.49           C  
+ATOM   1782  C   PRO I  42      21.923  59.689  52.104  1.00186.85           C  
+ATOM   1783  O   PRO I  42      23.075  60.127  52.021  1.00184.46           O  
+ATOM   1784  CB  PRO I  42      22.766  57.704  53.414  1.00185.64           C  
+ATOM   1785  CG  PRO I  42      23.799  57.101  52.520  1.00183.37           C  
+ATOM   1786  CD  PRO I  42      23.055  56.523  51.346  1.00183.10           C  
+ATOM   1787  N   ASP I  43      20.861  60.458  51.899  1.00188.29           N  
+ATOM   1788  CA  ASP I  43      21.006  61.879  51.591  1.00189.22           C  
+ATOM   1789  C   ASP I  43      19.871  62.634  52.279  1.00197.88           C  
+ATOM   1790  O   ASP I  43      19.209  62.112  53.183  1.00199.95           O  
+ATOM   1791  CB  ASP I  43      21.084  62.110  50.072  1.00181.73           C  
+ATOM   1792  CG  ASP I  43      19.898  61.541  49.323  1.00180.51           C  
+ATOM   1793  OD1 ASP I  43      19.011  60.941  49.964  1.00184.21           O  
+ATOM   1794  OD2 ASP I  43      19.857  61.696  48.084  1.00171.90           O  
+ATOM   1795  N   VAL I  44      19.636  63.872  51.837  1.00201.72           N  
+ATOM   1796  CA  VAL I  44      18.697  64.799  52.464  1.00206.77           C  
+ATOM   1797  C   VAL I  44      19.101  64.940  53.928  1.00214.19           C  
+ATOM   1798  O   VAL I  44      18.254  64.952  54.829  1.00213.43           O  
+ATOM   1799  CB  VAL I  44      17.231  64.342  52.315  1.00198.82           C  
+ATOM   1800  CG1 VAL I  44      16.273  65.489  52.632  1.00193.42           C  
+ATOM   1801  CG2 VAL I  44      16.974  63.821  50.910  1.00193.43           C  
+ATOM   1802  N   ASN I  45      20.406  65.063  54.158  1.00216.26           N  
+ATOM   1803  CA  ASN I  45      20.990  65.251  55.485  1.00219.15           C  
+ATOM   1804  C   ASN I  45      20.403  64.361  56.575  1.00218.75           C  
+ATOM   1805  O   ASN I  45      21.139  63.673  57.282  1.00219.17           O  
+ATOM   1806  CB  ASN I  45      20.852  66.719  55.861  1.00223.62           C  
+ATOM   1807  CG  ASN I  45      21.198  67.613  54.706  1.00235.34           C  
+ATOM   1808  OD1 ASN I  45      21.164  67.175  53.555  1.00231.59           O  
+ATOM   1809  ND2 ASN I  45      21.537  68.854  54.980  1.00251.67           N  
+ATOM   1810  N   ASN I  48      13.031  67.654  56.956  1.00190.61           N  
+ATOM   1811  CA  ASN I  48      11.600  67.421  57.104  1.00184.33           C  
+ATOM   1812  C   ASN I  48      10.905  67.385  55.747  1.00182.86           C  
+ATOM   1813  O   ASN I  48      10.225  68.336  55.363  1.00182.73           O  
+ATOM   1814  CB  ASN I  48      10.969  68.499  57.988  1.00182.95           C  
+ATOM   1815  N   LEU I  49      11.089  66.289  55.021  1.00179.89           N  
+ATOM   1816  CA  LEU I  49      10.415  66.073  53.751  1.00174.03           C  
+ATOM   1817  C   LEU I  49       9.243  65.124  53.947  1.00173.01           C  
+ATOM   1818  O   LEU I  49       9.144  64.426  54.960  1.00172.19           O  
+ATOM   1819  CB  LEU I  49      11.378  65.511  52.704  1.00167.58           C  
+ATOM   1820  CG  LEU I  49      12.584  66.385  52.358  1.00164.32           C  
+ATOM   1821  CD1 LEU I  49      13.140  65.987  51.002  1.00160.94           C  
+ATOM   1822  CD2 LEU I  49      12.221  67.864  52.384  1.00161.24           C  
+ATOM   1823  N   GLU I  50       8.345  65.103  52.968  1.00175.84           N  
+ATOM   1824  CA  GLU I  50       7.138  64.313  53.125  1.00178.44           C  
+ATOM   1825  C   GLU I  50       6.997  63.315  51.987  1.00177.51           C  
+ATOM   1826  O   GLU I  50       7.587  63.463  50.916  1.00177.63           O  
+ATOM   1827  CB  GLU I  50       5.901  65.216  53.219  1.00181.18           C  
+ATOM   1828  CG  GLU I  50       5.840  65.993  54.530  1.00181.65           C  
+ATOM   1829  CD  GLU I  50       4.683  66.968  54.593  1.00185.83           C  
+ATOM   1830  OE1 GLU I  50       3.965  67.112  53.582  1.00185.68           O  
+ATOM   1831  OE2 GLU I  50       4.494  67.595  55.658  1.00187.62           O  
+ATOM   1832  N   PHE I  51       6.239  62.265  52.262  1.00175.94           N  
+ATOM   1833  CA  PHE I  51       5.787  61.319  51.258  1.00177.76           C  
+ATOM   1834  C   PHE I  51       4.278  61.429  51.146  1.00177.72           C  
+ATOM   1835  O   PHE I  51       3.584  61.682  52.137  1.00174.57           O  
+ATOM   1836  CB  PHE I  51       6.183  59.883  51.584  1.00176.70           C  
+ATOM   1837  CG  PHE I  51       7.626  59.578  51.343  1.00173.89           C  
+ATOM   1838  CD1 PHE I  51       8.586  59.954  52.263  1.00168.20           C  
+ATOM   1839  CD2 PHE I  51       8.020  58.891  50.207  1.00173.20           C  
+ATOM   1840  CE1 PHE I  51       9.914  59.667  52.048  1.00163.61           C  
+ATOM   1841  CE2 PHE I  51       9.348  58.598  49.988  1.00170.80           C  
+ATOM   1842  CZ  PHE I  51      10.295  58.986  50.911  1.00166.17           C  
+ATOM   1843  N   GLU I  52       3.778  61.255  49.936  1.00182.63           N  
+ATOM   1844  CA  GLU I  52       2.379  61.468  49.638  1.00189.86           C  
+ATOM   1845  C   GLU I  52       1.818  60.175  49.082  1.00192.84           C  
+ATOM   1846  O   GLU I  52       2.393  59.585  48.163  1.00192.78           O  
+ATOM   1847  CB  GLU I  52       2.228  62.603  48.624  1.00191.89           C  
+ATOM   1848  CG  GLU I  52       0.840  62.786  48.067  1.00195.67           C  
+ATOM   1849  CD  GLU I  52      -0.021  63.653  48.952  1.00197.58           C  
+ATOM   1850  OE1 GLU I  52       0.263  63.732  50.166  1.00188.29           O  
+ATOM   1851  OE2 GLU I  52      -0.977  64.264  48.434  1.00200.28           O  
+ATOM   1852  N   ILE I  53       0.694  59.746  49.638  1.00196.03           N  
+ATOM   1853  CA  ILE I  53       0.012  58.541  49.206  1.00200.73           C  
+ATOM   1854  C   ILE I  53      -1.380  58.978  48.784  1.00204.49           C  
+ATOM   1855  O   ILE I  53      -2.193  59.374  49.628  1.00201.44           O  
+ATOM   1856  CB  ILE I  53      -0.051  57.487  50.323  1.00199.21           C  
+ATOM   1857  CG1 ILE I  53       1.351  57.020  50.732  1.00192.42           C  
+ATOM   1858  CG2 ILE I  53      -0.924  56.301  49.921  1.00199.87           C  
+ATOM   1859  CD1 ILE I  53       1.333  55.926  51.788  1.00190.61           C  
+ATOM   1860  N   CYS I  54      -1.660  58.889  47.485  1.00206.93           N  
+ATOM   1861  CA  CYS I  54      -2.993  59.132  46.945  1.00211.20           C  
+ATOM   1862  C   CYS I  54      -3.493  57.847  46.313  1.00208.80           C  
+ATOM   1863  O   CYS I  54      -2.758  57.200  45.562  1.00205.93           O  
+ATOM   1864  CB  CYS I  54      -2.998  60.253  45.903  1.00216.08           C  
+ATOM   1865  SG  CYS I  54      -3.119  61.890  46.602  1.00219.56           S  
+ATOM   1866  N   GLY I  55      -4.735  57.492  46.596  1.00212.91           N  
+ATOM   1867  CA  GLY I  55      -5.320  56.285  46.055  1.00205.69           C  
+ATOM   1868  C   GLY I  55      -5.518  55.226  47.128  1.00197.05           C  
+ATOM   1869  O   GLY I  55      -4.874  55.229  48.181  1.00194.59           O  
+ATOM   1870  N   ALA I  56      -6.431  54.297  46.836  1.00190.76           N  
+ATOM   1871  CA  ALA I  56      -6.790  53.226  47.768  1.00185.97           C  
+ATOM   1872  C   ALA I  56      -7.211  53.786  49.122  1.00187.06           C  
+ATOM   1873  O   ALA I  56      -7.000  53.162  50.164  1.00183.86           O  
+ATOM   1874  CB  ALA I  56      -5.646  52.224  47.931  1.00180.22           C  
+ATOM   1875  N   LEU I  57      -7.784  54.989  49.113  1.00189.79           N  
+ATOM   1876  CA  LEU I  57      -8.297  55.635  50.320  1.00187.32           C  
+ATOM   1877  C   LEU I  57      -9.589  56.348  49.935  1.00188.43           C  
+ATOM   1878  O   LEU I  57      -9.553  57.410  49.307  1.00185.79           O  
+ATOM   1879  CB  LEU I  57      -7.279  56.606  50.908  1.00183.53           C  
+ATOM   1880  CG  LEU I  57      -6.020  56.021  51.549  1.00176.03           C  
+ATOM   1881  CD1 LEU I  57      -5.075  57.132  51.974  1.00177.05           C  
+ATOM   1882  CD2 LEU I  57      -6.385  55.143  52.736  1.00169.67           C  
+ATOM   1883  N   VAL I  58     -10.725  55.764  50.307  1.00192.18           N  
+ATOM   1884  CA  VAL I  58     -12.017  56.345  49.952  1.00190.54           C  
+ATOM   1885  C   VAL I  58     -12.542  57.235  51.072  1.00188.26           C  
+ATOM   1886  O   VAL I  58     -13.079  58.314  50.807  1.00183.38           O  
+ATOM   1887  CB  VAL I  58     -13.011  55.226  49.585  1.00182.75           C  
+ATOM   1888  CG1 VAL I  58     -14.352  55.815  49.183  1.00179.61           C  
+ATOM   1889  CG2 VAL I  58     -12.441  54.377  48.457  1.00172.96           C  
+ATOM   1890  N   GLU I  59     -12.433  56.771  52.322  1.00189.65           N  
+ATOM   1891  CA  GLU I  59     -12.730  57.607  53.482  1.00186.39           C  
+ATOM   1892  C   GLU I  59     -12.109  58.992  53.323  1.00185.79           C  
+ATOM   1893  O   GLU I  59     -12.806  59.984  53.081  1.00184.65           O  
+ATOM   1894  CB  GLU I  59     -12.213  56.930  54.753  1.00182.93           C  
+ATOM   1895  N   VAL I  60     -10.786  59.066  53.472  1.00184.55           N  
+ATOM   1896  CA  VAL I  60     -10.010  60.296  53.347  1.00180.13           C  
+ATOM   1897  C   VAL I  60      -9.299  60.293  51.997  1.00179.47           C  
+ATOM   1898  O   VAL I  60      -9.022  59.233  51.424  1.00181.85           O  
+ATOM   1899  CB  VAL I  60      -9.008  60.448  54.513  1.00174.64           C  
+ATOM   1900  CG1 VAL I  60      -8.216  61.748  54.401  1.00172.06           C  
+ATOM   1901  CG2 VAL I  60      -9.737  60.387  55.841  1.00164.21           C  
+ATOM   1902  N   LYS I  61      -9.022  61.489  51.473  1.00176.47           N  
+ATOM   1903  CA  LYS I  61      -8.315  61.642  50.199  1.00180.57           C  
+ATOM   1904  C   LYS I  61      -6.886  62.128  50.454  1.00184.71           C  
+ATOM   1905  O   LYS I  61      -6.621  63.328  50.541  1.00181.52           O  
+ATOM   1906  CB  LYS I  61      -9.079  62.585  49.274  1.00171.82           C  
+ATOM   1907  N   CYS I  62      -5.974  61.156  50.613  1.00187.46           N  
+ATOM   1908  CA  CYS I  62      -4.513  61.286  50.675  1.00188.60           C  
+ATOM   1909  C   CYS I  62      -3.980  61.799  52.021  1.00179.53           C  
+ATOM   1910  O   CYS I  62      -4.608  62.646  52.667  1.00176.73           O  
+ATOM   1911  CB  CYS I  62      -4.034  62.172  49.520  1.00196.06           C  
+ATOM   1912  SG  CYS I  62      -4.660  61.643  47.895  1.00215.12           S  
+ATOM   1913  N   LEU I  63      -2.826  61.257  52.449  1.00175.52           N  
+ATOM   1914  CA  LEU I  63      -2.193  61.517  53.744  1.00164.21           C  
+ATOM   1915  C   LEU I  63      -0.685  61.753  53.606  1.00164.03           C  
+ATOM   1916  O   LEU I  63      -0.071  61.409  52.593  1.00171.45           O  
+ATOM   1917  CB  LEU I  63      -2.445  60.352  54.721  1.00153.17           C  
+ATOM   1918  CG  LEU I  63      -2.063  60.542  56.194  1.00146.93           C  
+ATOM   1919  CD1 LEU I  63      -2.671  61.831  56.720  1.00148.75           C  
+ATOM   1920  CD2 LEU I  63      -2.464  59.355  57.071  1.00140.23           C  
+ATOM   1921  N   ASN I  64      -0.085  62.353  54.647  1.00161.18           N  
+ATOM   1922  CA  ASN I  64       1.345  62.638  54.712  1.00162.82           C  
+ATOM   1923  C   ASN I  64       2.056  61.553  55.538  1.00162.39           C  
+ATOM   1924  O   ASN I  64       1.469  60.523  55.883  1.00160.25           O  
+ATOM   1925  CB  ASN I  64       1.576  64.037  55.289  1.00164.41           C  
+ATOM   1926  CG  ASN I  64       0.837  65.113  54.518  1.00162.59           C  
+ATOM   1927  OD1 ASN I  64      -0.291  65.469  54.855  1.00156.75           O  
+ATOM   1928  ND2 ASN I  64       1.470  65.633  53.472  1.00163.41           N  
+ATOM   1929  N   PHE I  65       3.339  61.770  55.847  1.00163.42           N  
+ATOM   1930  CA  PHE I  65       4.173  60.812  56.568  1.00162.01           C  
+ATOM   1931  C   PHE I  65       4.747  61.393  57.855  1.00159.45           C  
+ATOM   1932  O   PHE I  65       4.840  62.612  58.028  1.00161.16           O  
+ATOM   1933  CB  PHE I  65       5.342  60.339  55.690  1.00166.44           C  
+ATOM   1934  CG  PHE I  65       4.992  59.237  54.735  1.00168.03           C  
+ATOM   1935  CD1 PHE I  65       3.846  59.296  53.966  1.00170.65           C  
+ATOM   1936  CD2 PHE I  65       5.864  58.175  54.549  1.00165.50           C  
+ATOM   1937  CE1 PHE I  65       3.541  58.290  53.077  1.00172.02           C  
+ATOM   1938  CE2 PHE I  65       5.574  57.169  53.648  1.00167.87           C  
+ATOM   1939  CZ  PHE I  65       4.407  57.225  52.913  1.00169.13           C  
+ATOM   1940  N   ARG I  66       5.129  60.494  58.766  1.00158.60           N  
+ATOM   1941  CA  ARG I  66       5.904  60.837  59.952  1.00160.15           C  
+ATOM   1942  C   ARG I  66       7.362  60.416  59.764  1.00161.20           C  
+ATOM   1943  O   ARG I  66       7.651  59.454  59.055  1.00160.67           O  
+ATOM   1944  CB  ARG I  66       5.301  60.180  61.194  1.00156.46           C  
+ATOM   1945  N   LYS I  67       8.286  61.156  60.382  1.00162.29           N  
+ATOM   1946  CA  LYS I  67       9.722  60.966  60.171  1.00165.40           C  
+ATOM   1947  C   LYS I  67      10.424  60.536  61.457  1.00170.71           C  
+ATOM   1948  O   LYS I  67      10.271  61.186  62.497  1.00170.74           O  
+ATOM   1949  CB  LYS I  67      10.366  62.241  59.614  1.00165.04           C  
+ATOM   1950  CG  LYS I  67      10.055  63.504  60.398  1.00161.01           C  
+ATOM   1951  N   LEU I  68      11.198  59.444  61.373  1.00181.33           N  
+ATOM   1952  CA  LEU I  68      12.000  58.917  62.476  1.00182.21           C  
+ATOM   1953  C   LEU I  68      13.300  58.309  61.965  1.00181.41           C  
+ATOM   1954  O   LEU I  68      13.258  57.387  61.148  1.00180.43           O  
+ATOM   1955  CB  LEU I  68      11.221  57.844  63.240  1.00181.35           C  
+ATOM   1956  CG  LEU I  68      10.465  58.376  64.447  1.00184.09           C  
+ATOM   1957  CD1 LEU I  68      10.333  57.312  65.520  1.00183.26           C  
+ATOM   1958  CD2 LEU I  68      11.173  59.610  64.964  1.00190.42           C  
+ATOM   1959  N   GLN I  69      14.442  58.841  62.421  1.00170.60           N  
+ATOM   1960  CA  GLN I  69      15.782  58.276  62.170  1.00164.75           C  
+ATOM   1961  C   GLN I  69      16.030  57.971  60.689  1.00161.99           C  
+ATOM   1962  O   GLN I  69      16.389  56.852  60.312  1.00159.88           O  
+ATOM   1963  CB  GLN I  69      16.044  57.037  63.046  1.00163.02           C  
+ATOM   1964  CG  GLN I  69      15.126  55.823  62.849  1.00161.87           C  
+ATOM   1965  CD  GLN I  69      15.639  54.572  63.530  1.00160.52           C  
+ATOM   1966  OE1 GLN I  69      16.847  54.362  63.642  1.00162.36           O  
+ATOM   1967  NE2 GLN I  69      14.720  53.730  63.991  1.00158.19           N  
+ATOM   1968  N   GLU I  70      15.875  58.994  59.845  1.00161.60           N  
+ATOM   1969  CA  GLU I  70      16.055  58.857  58.394  1.00155.88           C  
+ATOM   1970  C   GLU I  70      15.227  57.689  57.864  1.00156.47           C  
+ATOM   1971  O   GLU I  70      15.662  56.909  57.014  1.00151.96           O  
+ATOM   1972  CB  GLU I  70      17.531  58.695  58.030  1.00143.75           C  
+ATOM   1973  N   ILE I  71      14.010  57.584  58.388  1.00159.40           N  
+ATOM   1974  CA  ILE I  71      13.035  56.556  58.056  1.00155.78           C  
+ATOM   1975  C   ILE I  71      11.682  57.247  58.094  1.00156.67           C  
+ATOM   1976  O   ILE I  71      11.477  58.189  58.861  1.00160.95           O  
+ATOM   1977  CB  ILE I  71      13.092  55.353  59.033  1.00150.84           C  
+ATOM   1978  CG1 ILE I  71      14.396  54.569  58.859  1.00149.07           C  
+ATOM   1979  CG2 ILE I  71      11.904  54.426  58.844  1.00144.03           C  
+ATOM   1980  CD1 ILE I  71      14.490  53.336  59.735  1.00145.00           C  
+ATOM   1981  N   TYR I  72      10.760  56.816  57.245  1.00152.77           N  
+ATOM   1982  CA  TYR I  72       9.450  57.444  57.183  1.00153.71           C  
+ATOM   1983  C   TYR I  72       8.428  56.389  57.563  1.00150.43           C  
+ATOM   1984  O   TYR I  72       8.341  55.342  56.922  1.00149.87           O  
+ATOM   1985  CB  TYR I  72       9.171  58.028  55.798  1.00159.00           C  
+ATOM   1986  CG  TYR I  72      10.084  59.183  55.450  1.00161.63           C  
+ATOM   1987  CD1 TYR I  72      11.393  58.959  55.041  1.00161.15           C  
+ATOM   1988  CD2 TYR I  72       9.648  60.497  55.558  1.00161.79           C  
+ATOM   1989  CE1 TYR I  72      12.234  60.010  54.728  1.00158.14           C  
+ATOM   1990  CE2 TYR I  72      10.483  61.555  55.249  1.00160.24           C  
+ATOM   1991  CZ  TYR I  72      11.775  61.305  54.835  1.00157.99           C  
+ATOM   1992  OH  TYR I  72      12.609  62.355  54.527  1.00159.31           O  
+ATOM   1993  N   PHE I  73       7.639  56.675  58.583  1.00147.78           N  
+ATOM   1994  CA  PHE I  73       6.692  55.714  59.105  1.00142.42           C  
+ATOM   1995  C   PHE I  73       5.319  56.346  59.212  1.00143.61           C  
+ATOM   1996  O   PHE I  73       5.175  57.567  59.367  1.00148.13           O  
+ATOM   1997  CB  PHE I  73       7.119  55.226  60.498  1.00143.91           C  
+ATOM   1998  CG  PHE I  73       7.019  56.290  61.562  1.00153.92           C  
+ATOM   1999  CD1 PHE I  73       7.880  57.375  61.557  1.00160.73           C  
+ATOM   2000  CD2 PHE I  73       6.058  56.211  62.558  1.00150.81           C  
+ATOM   2001  CE1 PHE I  73       7.785  58.357  62.520  1.00164.70           C  
+ATOM   2002  CE2 PHE I  73       5.963  57.193  63.531  1.00153.65           C  
+ATOM   2003  CZ  PHE I  73       6.831  58.265  63.512  1.00162.05           C  
+ATOM   2004  N   ILE I  74       4.313  55.490  59.071  1.00139.23           N  
+ATOM   2005  CA  ILE I  74       2.931  55.828  59.375  1.00139.52           C  
+ATOM   2006  C   ILE I  74       2.328  54.664  60.141  1.00139.05           C  
+ATOM   2007  O   ILE I  74       2.518  53.502  59.766  1.00138.76           O  
+ATOM   2008  CB  ILE I  74       2.093  56.102  58.110  1.00138.40           C  
+ATOM   2009  CG1 ILE I  74       2.869  56.945  57.101  1.00145.71           C  
+ATOM   2010  CG2 ILE I  74       0.769  56.753  58.476  1.00138.73           C  
+ATOM   2011  CD1 ILE I  74       3.607  56.105  56.100  1.00144.53           C  
+ATOM   2012  N   GLU I  75       1.614  54.971  61.214  1.00141.67           N  
+ATOM   2013  CA  GLU I  75       0.828  53.992  61.952  1.00148.63           C  
+ATOM   2014  C   GLU I  75      -0.615  54.461  61.841  1.00152.76           C  
+ATOM   2015  O   GLU I  75      -0.998  55.450  62.476  1.00156.42           O  
+ATOM   2016  CB  GLU I  75       1.297  53.870  63.400  1.00153.52           C  
+ATOM   2017  CG  GLU I  75       2.712  53.317  63.507  1.00151.86           C  
+ATOM   2018  CD  GLU I  75       3.133  53.021  64.931  1.00158.35           C  
+ATOM   2019  OE1 GLU I  75       2.405  53.415  65.866  1.00165.16           O  
+ATOM   2020  OE2 GLU I  75       4.196  52.392  65.114  1.00155.01           O  
+ATOM   2021  N   THR I  76      -1.413  53.768  61.033  1.00154.52           N  
+ATOM   2022  CA  THR I  76      -2.764  54.237  60.771  1.00159.02           C  
+ATOM   2023  C   THR I  76      -3.736  53.076  60.630  1.00164.63           C  
+ATOM   2024  O   THR I  76      -3.365  51.967  60.235  1.00162.60           O  
+ATOM   2025  CB  THR I  76      -2.809  55.090  59.490  1.00157.28           C  
+ATOM   2026  OG1 THR I  76      -4.127  55.621  59.305  1.00160.73           O  
+ATOM   2027  CG2 THR I  76      -2.430  54.252  58.270  1.00156.91           C  
+ATOM   2028  N   LYS I  77      -4.992  53.354  60.981  1.00168.64           N  
+ATOM   2029  CA  LYS I  77      -6.085  52.398  60.865  1.00172.36           C  
+ATOM   2030  C   LYS I  77      -6.895  52.576  59.590  1.00173.16           C  
+ATOM   2031  O   LYS I  77      -7.455  51.598  59.082  1.00173.89           O  
+ATOM   2032  CB  LYS I  77      -7.024  52.514  62.071  1.00173.44           C  
+ATOM   2033  CG  LYS I  77      -6.392  52.127  63.398  1.00178.38           C  
+ATOM   2034  CD  LYS I  77      -7.421  52.152  64.517  1.00182.52           C  
+ATOM   2035  CE  LYS I  77      -6.851  51.589  65.808  1.00185.06           C  
+ATOM   2036  NZ  LYS I  77      -7.876  51.540  66.887  1.00180.31           N  
+ATOM   2037  N   LYS I  78      -6.969  53.799  59.068  1.00171.72           N  
+ATOM   2038  CA  LYS I  78      -7.779  54.115  57.892  1.00173.86           C  
+ATOM   2039  C   LYS I  78      -7.035  53.643  56.651  1.00172.96           C  
+ATOM   2040  O   LYS I  78      -6.244  54.372  56.050  1.00170.02           O  
+ATOM   2041  CB  LYS I  78      -8.094  55.606  57.824  1.00173.65           C  
+ATOM   2042  CG  LYS I  78      -7.287  56.482  58.773  1.00165.62           C  
+ATOM   2043  CD  LYS I  78      -7.924  56.552  60.156  1.00160.20           C  
+ATOM   2044  CE  LYS I  78      -6.988  57.207  61.156  1.00150.85           C  
+ATOM   2045  NZ  LYS I  78      -7.412  56.951  62.559  1.00140.96           N  
+ATOM   2046  N   PHE I  79      -7.297  52.399  56.266  1.00175.47           N  
+ATOM   2047  CA  PHE I  79      -6.705  51.793  55.086  1.00173.92           C  
+ATOM   2048  C   PHE I  79      -7.786  51.016  54.355  1.00177.01           C  
+ATOM   2049  O   PHE I  79      -8.612  50.349  54.984  1.00177.96           O  
+ATOM   2050  CB  PHE I  79      -5.546  50.854  55.458  1.00169.96           C  
+ATOM   2051  CG  PHE I  79      -4.189  51.354  55.043  1.00162.25           C  
+ATOM   2052  CD1 PHE I  79      -4.001  51.963  53.813  1.00158.14           C  
+ATOM   2053  CD2 PHE I  79      -3.099  51.207  55.885  1.00158.94           C  
+ATOM   2054  CE1 PHE I  79      -2.749  52.418  53.433  1.00150.54           C  
+ATOM   2055  CE2 PHE I  79      -1.847  51.660  55.512  1.00151.26           C  
+ATOM   2056  CZ  PHE I  79      -1.672  52.265  54.285  1.00145.24           C  
+ATOM   2057  N   LEU I  80      -7.779  51.103  53.027  1.00177.30           N  
+ATOM   2058  CA  LEU I  80      -8.696  50.326  52.208  1.00179.84           C  
+ATOM   2059  C   LEU I  80      -8.058  49.049  51.687  1.00181.25           C  
+ATOM   2060  O   LEU I  80      -8.773  48.181  51.174  1.00181.72           O  
+ATOM   2061  CB  LEU I  80      -9.211  51.163  51.031  1.00177.35           C  
+ATOM   2062  N   LEU I  81      -6.734  48.927  51.804  1.00178.87           N  
+ATOM   2063  CA  LEU I  81      -5.979  47.736  51.431  1.00176.23           C  
+ATOM   2064  C   LEU I  81      -6.099  47.410  49.946  1.00179.49           C  
+ATOM   2065  O   LEU I  81      -5.095  47.410  49.227  1.00175.89           O  
+ATOM   2066  CB  LEU I  81      -6.423  46.551  52.292  1.00174.02           C  
+ATOM   2067  CG  LEU I  81      -6.354  46.847  53.795  1.00173.61           C  
+ATOM   2068  CD1 LEU I  81      -7.715  46.671  54.458  1.00176.90           C  
+ATOM   2069  CD2 LEU I  81      -5.301  45.987  54.478  1.00166.64           C  
+ATOM   2070  N   ILE I  82      -7.314  47.129  49.476  1.00185.77           N  
+ATOM   2071  CA  ILE I  82      -7.515  46.795  48.071  1.00190.31           C  
+ATOM   2072  C   ILE I  82      -7.315  48.041  47.218  1.00200.48           C  
+ATOM   2073  O   ILE I  82      -7.912  49.094  47.478  1.00201.63           O  
+ATOM   2074  CB  ILE I  82      -8.911  46.191  47.856  1.00183.42           C  
+ATOM   2075  N   GLY I  83      -6.477  47.928  46.200  1.00184.32           N  
+ATOM   2076  CA  GLY I  83      -6.214  49.029  45.287  1.00178.57           C  
+ATOM   2077  C   GLY I  83      -4.806  49.572  45.460  1.00173.16           C  
+ATOM   2078  O   GLY I  83      -4.269  49.621  46.574  1.00173.08           O  
+ATOM   2079  N   LYS I  84      -4.198  49.978  44.348  1.00168.11           N  
+ATOM   2080  CA  LYS I  84      -2.861  50.550  44.384  1.00167.60           C  
+ATOM   2081  C   LYS I  84      -2.904  52.011  44.823  1.00173.54           C  
+ATOM   2082  O   LYS I  84      -3.943  52.675  44.779  1.00176.14           O  
+ATOM   2083  CB  LYS I  84      -2.188  50.441  43.014  1.00164.87           C  
+ATOM   2084  CG  LYS I  84      -1.720  49.041  42.655  1.00163.52           C  
+ATOM   2085  CD  LYS I  84      -1.034  49.017  41.298  1.00162.69           C  
+ATOM   2086  CE  LYS I  84      -0.376  47.672  41.035  1.00154.78           C  
+ATOM   2087  NZ  LYS I  84       0.741  47.406  41.984  1.00147.23           N  
+ATOM   2088  N   SER I  85      -1.744  52.511  45.249  1.00175.83           N  
+ATOM   2089  CA  SER I  85      -1.597  53.878  45.720  1.00184.12           C  
+ATOM   2090  C   SER I  85      -0.333  54.477  45.125  1.00183.95           C  
+ATOM   2091  O   SER I  85       0.691  53.796  45.010  1.00180.90           O  
+ATOM   2092  CB  SER I  85      -1.535  53.943  47.250  1.00185.59           C  
+ATOM   2093  OG  SER I  85      -2.708  53.407  47.832  1.00180.33           O  
+ATOM   2094  N   ASN I  86      -0.414  55.748  44.742  1.00191.03           N  
+ATOM   2095  CA  ASN I  86       0.737  56.488  44.244  1.00190.95           C  
+ATOM   2096  C   ASN I  86       1.446  57.143  45.423  1.00191.95           C  
+ATOM   2097  O   ASN I  86       0.853  57.974  46.128  1.00195.95           O  
+ATOM   2098  CB  ASN I  86       0.307  57.535  43.218  1.00194.05           C  
+ATOM   2099  N   ILE I  87       2.693  56.733  45.653  1.00187.48           N  
+ATOM   2100  CA  ILE I  87       3.571  57.319  46.659  1.00187.28           C  
+ATOM   2101  C   ILE I  87       4.565  58.227  45.945  1.00188.76           C  
+ATOM   2102  O   ILE I  87       5.377  57.762  45.135  1.00189.07           O  
+ATOM   2103  CB  ILE I  87       4.294  56.241  47.481  1.00182.86           C  
+ATOM   2104  CG1 ILE I  87       3.292  55.262  48.100  1.00184.45           C  
+ATOM   2105  CG2 ILE I  87       5.122  56.885  48.581  1.00177.07           C  
+ATOM   2106  CD1 ILE I  87       3.074  53.994  47.295  1.00181.01           C  
+ATOM   2107  N   CYS I  88       4.472  59.522  46.227  1.00189.52           N  
+ATOM   2108  CA  CYS I  88       5.293  60.558  45.618  1.00187.65           C  
+ATOM   2109  C   CYS I  88       6.073  61.283  46.704  1.00184.67           C  
+ATOM   2110  O   CYS I  88       5.497  61.685  47.718  1.00183.60           O  
+ATOM   2111  CB  CYS I  88       4.427  61.562  44.850  1.00189.46           C  
+ATOM   2112  SG  CYS I  88       3.501  60.899  43.447  1.00201.59           S  
+ATOM   2113  N   VAL I  89       7.373  61.465  46.497  1.00182.77           N  
+ATOM   2114  CA  VAL I  89       8.173  62.212  47.461  1.00181.12           C  
+ATOM   2115  C   VAL I  89       7.928  63.694  47.206  1.00179.69           C  
+ATOM   2116  O   VAL I  89       8.110  64.178  46.085  1.00178.75           O  
+ATOM   2117  CB  VAL I  89       9.663  61.865  47.339  1.00176.80           C  
+ATOM   2118  CG1 VAL I  89      10.396  62.215  48.626  1.00171.47           C  
+ATOM   2119  CG2 VAL I  89       9.844  60.396  46.984  1.00176.68           C  
+ATOM   2120  N   LYS I  90       7.509  64.414  48.244  1.00176.95           N  
+ATOM   2121  CA  LYS I  90       7.130  65.812  48.138  1.00173.15           C  
+ATOM   2122  C   LYS I  90       7.957  66.695  49.064  1.00170.56           C  
+ATOM   2123  O   LYS I  90       8.181  66.361  50.239  1.00169.11           O  
+ATOM   2124  CB  LYS I  90       5.641  65.992  48.454  1.00177.95           C  
+ATOM   2125  N   VAL I  91       8.406  67.818  48.507  1.00169.40           N  
+ATOM   2126  CA  VAL I  91       8.829  68.995  49.257  1.00164.64           C  
+ATOM   2127  C   VAL I  91       7.727  70.031  49.091  1.00169.48           C  
+ATOM   2128  O   VAL I  91       7.451  70.478  47.970  1.00171.37           O  
+ATOM   2129  CB  VAL I  91      10.178  69.537  48.761  1.00154.66           C  
+ATOM   2130  CG1 VAL I  91      10.590  70.762  49.568  1.00149.13           C  
+ATOM   2131  CG2 VAL I  91      11.246  68.457  48.829  1.00151.77           C  
+ATOM   2132  N   GLY I  92       7.086  70.404  50.194  1.00171.00           N  
+ATOM   2133  CA  GLY I  92       5.880  71.201  50.103  1.00178.58           C  
+ATOM   2134  C   GLY I  92       4.726  70.368  49.582  1.00192.23           C  
+ATOM   2135  O   GLY I  92       4.216  69.499  50.294  1.00190.55           O  
+ATOM   2136  N   GLU I  93       4.314  70.611  48.340  1.00204.39           N  
+ATOM   2137  CA  GLU I  93       3.277  69.814  47.687  1.00210.54           C  
+ATOM   2138  C   GLU I  93       3.600  69.658  46.203  1.00213.72           C  
+ATOM   2139  O   GLU I  93       2.746  69.828  45.332  1.00218.02           O  
+ATOM   2140  CB  GLU I  93       1.893  70.430  47.891  1.00218.74           C  
+ATOM   2141  CG  GLU I  93       1.001  69.675  48.873  1.00215.63           C  
+ATOM   2142  CD  GLU I  93       0.405  68.407  48.283  1.00215.85           C  
+ATOM   2143  OE1 GLU I  93       1.164  67.450  48.018  1.00216.60           O  
+ATOM   2144  OE2 GLU I  93      -0.827  68.370  48.078  1.00215.69           O  
+ATOM   2145  N   LYS I  94       4.856  69.328  45.905  1.00193.16           N  
+ATOM   2146  CA  LYS I  94       5.313  69.092  44.543  1.00183.18           C  
+ATOM   2147  C   LYS I  94       5.980  67.725  44.463  1.00178.07           C  
+ATOM   2148  O   LYS I  94       6.719  67.332  45.369  1.00175.04           O  
+ATOM   2149  CB  LYS I  94       6.286  70.183  44.081  1.00173.33           C  
+ATOM   2150  N   SER I  95       5.730  67.017  43.363  1.00176.96           N  
+ATOM   2151  CA  SER I  95       6.133  65.623  43.226  1.00174.55           C  
+ATOM   2152  C   SER I  95       7.566  65.505  42.717  1.00171.95           C  
+ATOM   2153  O   SER I  95       7.904  66.047  41.660  1.00171.55           O  
+ATOM   2154  CB  SER I  95       5.182  64.893  42.279  1.00173.81           C  
+ATOM   2155  OG  SER I  95       5.346  65.354  40.948  1.00167.57           O  
+ATOM   2156  N   LEU I  96       8.410  64.798  43.474  1.00171.04           N  
+ATOM   2157  CA  LEU I  96       9.787  64.532  43.040  1.00169.63           C  
+ATOM   2158  C   LEU I  96       9.845  63.240  42.222  1.00173.92           C  
+ATOM   2159  O   LEU I  96      10.129  63.264  41.025  1.00171.52           O  
+ATOM   2160  CB  LEU I  96      10.712  64.467  44.254  1.00165.46           C  
+ATOM   2161  CG  LEU I  96      11.020  65.818  44.900  1.00160.30           C  
+ATOM   2162  CD1 LEU I  96      11.712  65.646  46.244  1.00156.31           C  
+ATOM   2163  CD2 LEU I  96      11.877  66.644  43.957  1.00150.81           C  
+ATOM   2164  N   THR I  97       9.565  62.108  42.867  1.00176.96           N  
+ATOM   2165  CA  THR I  97       9.539  60.808  42.208  1.00178.89           C  
+ATOM   2166  C   THR I  97       8.321  60.057  42.719  1.00181.97           C  
+ATOM   2167  O   THR I  97       8.044  60.065  43.922  1.00180.28           O  
+ATOM   2168  CB  THR I  97      10.814  59.987  42.468  1.00174.72           C  
+ATOM   2169  OG1 THR I  97      10.997  59.801  43.877  1.00172.20           O  
+ATOM   2170  CG2 THR I  97      12.039  60.681  41.882  1.00171.14           C  
+ATOM   2171  N   CYS I  98       7.609  59.392  41.815  1.00184.33           N  
+ATOM   2172  CA  CYS I  98       6.382  58.698  42.172  1.00188.15           C  
+ATOM   2173  C   CYS I  98       6.471  57.223  41.810  1.00185.85           C  
+ATOM   2174  O   CYS I  98       7.140  56.839  40.846  1.00184.87           O  
+ATOM   2175  CB  CYS I  98       5.174  59.314  41.457  1.00195.41           C  
+ATOM   2176  SG  CYS I  98       4.793  61.028  41.886  1.00213.80           S  
+ATOM   2177  N   LYS I  99       5.770  56.402  42.591  1.00184.13           N  
+ATOM   2178  CA  LYS I  99       5.646  54.973  42.326  1.00178.30           C  
+ATOM   2179  C   LYS I  99       4.257  54.519  42.747  1.00177.96           C  
+ATOM   2180  O   LYS I  99       3.850  54.749  43.889  1.00178.83           O  
+ATOM   2181  CB  LYS I  99       6.718  54.160  43.068  1.00169.16           C  
+ATOM   2182  CG  LYS I  99       8.153  54.514  42.697  1.00166.09           C  
+ATOM   2183  CD  LYS I  99       9.124  53.388  43.011  1.00156.70           C  
+ATOM   2184  CE  LYS I  99       9.221  53.121  44.502  1.00154.90           C  
+ATOM   2185  NZ  LYS I  99      10.213  52.049  44.795  1.00151.81           N  
+ATOM   2186  N   LYS I 100       3.525  53.896  41.826  1.00174.29           N  
+ATOM   2187  CA  LYS I 100       2.193  53.369  42.123  1.00171.57           C  
+ATOM   2188  C   LYS I 100       2.342  51.906  42.524  1.00168.28           C  
+ATOM   2189  O   LYS I 100       2.532  51.028  41.679  1.00164.98           O  
+ATOM   2190  CB  LYS I 100       1.246  53.560  40.942  1.00163.22           C  
+ATOM   2191  CG  LYS I 100       1.781  53.144  39.584  1.00151.64           C  
+ATOM   2192  CD  LYS I 100       0.814  53.564  38.488  1.00139.52           C  
+ATOM   2193  CE  LYS I 100       1.128  52.880  37.170  1.00133.13           C  
+ATOM   2194  NZ  LYS I 100       0.848  51.419  37.228  1.00133.17           N  
+ATOM   2195  N   ILE I 101       2.263  51.646  43.826  1.00169.95           N  
+ATOM   2196  CA  ILE I 101       2.501  50.321  44.384  1.00165.11           C  
+ATOM   2197  C   ILE I 101       1.245  49.867  45.115  1.00163.26           C  
+ATOM   2198  O   ILE I 101       0.457  50.683  45.603  1.00165.74           O  
+ATOM   2199  CB  ILE I 101       3.733  50.326  45.323  1.00164.03           C  
+ATOM   2200  CG1 ILE I 101       4.980  50.770  44.556  1.00168.27           C  
+ATOM   2201  CG2 ILE I 101       3.975  48.958  45.952  1.00155.89           C  
+ATOM   2202  CD1 ILE I 101       6.258  50.695  45.364  1.00163.24           C  
+ATOM   2203  N   ASP I 102       1.052  48.552  45.175  1.00160.22           N  
+ATOM   2204  CA  ASP I 102      -0.089  47.968  45.862  1.00157.86           C  
+ATOM   2205  C   ASP I 102       0.273  47.660  47.308  1.00153.09           C  
+ATOM   2206  O   ASP I 102       1.363  47.158  47.599  1.00148.92           O  
+ATOM   2207  CB  ASP I 102      -0.548  46.692  45.153  1.00156.66           C  
+ATOM   2208  CG  ASP I 102      -1.866  46.163  45.691  1.00155.72           C  
+ATOM   2209  OD1 ASP I 102      -2.480  46.834  46.547  1.00158.07           O  
+ATOM   2210  OD2 ASP I 102      -2.290  45.073  45.253  1.00153.16           O  
+ATOM   2211  N   LEU I 103      -0.656  47.971  48.215  1.00154.90           N  
+ATOM   2212  CA  LEU I 103      -0.436  47.734  49.636  1.00150.45           C  
+ATOM   2213  C   LEU I 103      -0.354  46.251  49.968  1.00144.11           C  
+ATOM   2214  O   LEU I 103       0.230  45.890  50.996  1.00136.88           O  
+ATOM   2215  CB  LEU I 103      -1.554  48.387  50.450  1.00153.35           C  
+ATOM   2216  CG  LEU I 103      -1.833  49.859  50.140  1.00154.48           C  
+ATOM   2217  CD1 LEU I 103      -3.198  50.267  50.669  1.00156.05           C  
+ATOM   2218  CD2 LEU I 103      -0.743  50.746  50.723  1.00151.15           C  
+ATOM   2219  N   THR I 104      -0.918  45.390  49.125  1.00144.54           N  
+ATOM   2220  CA  THR I 104      -0.929  43.954  49.362  1.00143.45           C  
+ATOM   2221  C   THR I 104       0.275  43.246  48.754  1.00140.30           C  
+ATOM   2222  O   THR I 104       0.381  42.022  48.872  1.00140.24           O  
+ATOM   2223  CB  THR I 104      -2.216  43.339  48.804  1.00148.38           C  
+ATOM   2224  OG1 THR I 104      -2.297  43.597  47.398  1.00150.02           O  
+ATOM   2225  CG2 THR I 104      -3.430  43.953  49.483  1.00150.04           C  
+ATOM   2226  N   THR I 105       1.171  43.983  48.098  1.00137.34           N  
+ATOM   2227  CA  THR I 105       2.371  43.422  47.492  1.00135.10           C  
+ATOM   2228  C   THR I 105       3.637  43.907  48.188  1.00130.81           C  
+ATOM   2229  O   THR I 105       4.740  43.726  47.660  1.00130.06           O  
+ATOM   2230  CB  THR I 105       2.417  43.767  45.999  1.00136.52           C  
+ATOM   2231  OG1 THR I 105       1.085  43.778  45.472  1.00142.76           O  
+ATOM   2232  CG2 THR I 105       3.236  42.737  45.224  1.00132.62           C  
+ATOM   2233  N   ILE I 106       3.508  44.515  49.365  1.00127.93           N  
+ATOM   2234  CA  ILE I 106       4.662  45.057  50.070  1.00122.95           C  
+ATOM   2235  C   ILE I 106       4.553  44.707  51.554  1.00119.99           C  
+ATOM   2236  O   ILE I 106       5.022  45.449  52.426  1.00117.12           O  
+ATOM   2237  CB  ILE I 106       4.748  46.578  49.817  1.00123.73           C  
+ATOM   2238  CG1 ILE I 106       6.162  47.109  50.049  1.00124.77           C  
+ATOM   2239  CG2 ILE I 106       3.672  47.352  50.597  1.00123.65           C  
+ATOM   2240  CD1 ILE I 106       7.037  47.046  48.812  1.00123.48           C  
+ATOM   2241  N   VAL I 107       3.988  43.537  51.843  1.00120.02           N  
+ATOM   2242  CA  VAL I 107       3.684  43.127  53.210  1.00111.64           C  
+ATOM   2243  C   VAL I 107       4.907  42.474  53.841  1.00105.28           C  
+ATOM   2244  O   VAL I 107       5.566  41.631  53.222  1.00107.05           O  
+ATOM   2245  CB  VAL I 107       2.478  42.173  53.236  1.00111.69           C  
+ATOM   2246  CG1 VAL I 107       2.161  41.748  54.661  1.00111.73           C  
+ATOM   2247  CG2 VAL I 107       1.269  42.829  52.587  1.00121.24           C  
+ATOM   2248  N   LYS I 108       5.209  42.859  55.075  1.00103.56           N  
+ATOM   2249  CA  LYS I 108       6.270  42.231  55.863  1.00 99.39           C  
+ATOM   2250  C   LYS I 108       5.656  41.622  57.114  1.00101.07           C  
+ATOM   2251  O   LYS I 108       5.148  42.369  57.972  1.00103.80           O  
+ATOM   2252  CB  LYS I 108       7.361  43.235  56.236  1.00 95.49           C  
+ATOM   2253  CG  LYS I 108       8.531  42.610  56.983  1.00 90.73           C  
+ATOM   2254  CD  LYS I 108       9.610  43.633  57.292  1.00 93.57           C  
+ATOM   2255  CE  LYS I 108      10.808  42.987  57.970  1.00 89.93           C  
+ATOM   2256  NZ  LYS I 108      11.881  43.978  58.262  1.00 93.43           N  
+ATOM   2257  N   PRO I 109       5.646  40.298  57.269  1.00 98.55           N  
+ATOM   2258  CA  PRO I 109       5.030  39.705  58.459  1.00 98.75           C  
+ATOM   2259  C   PRO I 109       5.773  40.100  59.724  1.00 96.85           C  
+ATOM   2260  O   PRO I 109       6.925  40.537  59.696  1.00 92.82           O  
+ATOM   2261  CB  PRO I 109       5.143  38.195  58.212  1.00 97.23           C  
+ATOM   2262  CG  PRO I 109       5.403  38.052  56.778  1.00 94.71           C  
+ATOM   2263  CD  PRO I 109       6.159  39.270  56.353  1.00 97.38           C  
+ATOM   2264  N   GLU I 110       5.090  39.935  60.851  1.00 98.04           N  
+ATOM   2265  CA  GLU I 110       5.724  40.127  62.144  1.00 94.78           C  
+ATOM   2266  C   GLU I 110       6.575  38.910  62.473  1.00 86.35           C  
+ATOM   2267  O   GLU I 110       6.211  37.775  62.150  1.00 86.88           O  
+ATOM   2268  CB  GLU I 110       4.672  40.357  63.228  1.00102.76           C  
+ATOM   2269  CG  GLU I 110       3.861  41.627  63.032  1.00113.00           C  
+ATOM   2270  CD  GLU I 110       2.855  41.855  64.141  1.00129.79           C  
+ATOM   2271  OE1 GLU I 110       3.229  42.459  65.169  1.00131.76           O  
+ATOM   2272  OE2 GLU I 110       1.692  41.430  63.987  1.00131.11           O  
+ATOM   2273  N   ALA I 111       7.716  39.151  63.105  1.00 82.47           N  
+ATOM   2274  CA  ALA I 111       8.638  38.067  63.405  1.00 83.53           C  
+ATOM   2275  C   ALA I 111       7.983  37.075  64.361  1.00 85.33           C  
+ATOM   2276  O   ALA I 111       7.357  37.491  65.347  1.00 83.71           O  
+ATOM   2277  CB  ALA I 111       9.929  38.613  64.013  1.00 81.91           C  
+ATOM   2278  N   PRO I 112       8.084  35.771  64.104  1.00 84.97           N  
+ATOM   2279  CA  PRO I 112       7.580  34.782  65.064  1.00 85.38           C  
+ATOM   2280  C   PRO I 112       8.288  34.906  66.404  1.00 85.19           C  
+ATOM   2281  O   PRO I 112       9.297  35.598  66.556  1.00 84.35           O  
+ATOM   2282  CB  PRO I 112       7.880  33.441  64.386  1.00 85.45           C  
+ATOM   2283  CG  PRO I 112       7.949  33.767  62.930  1.00 86.30           C  
+ATOM   2284  CD  PRO I 112       8.544  35.144  62.853  1.00 85.44           C  
+ATOM   2285  N   PHE I 113       7.746  34.204  67.395  1.00 83.47           N  
+ATOM   2286  CA  PHE I 113       8.257  34.304  68.752  1.00 80.50           C  
+ATOM   2287  C   PHE I 113       7.991  33.002  69.492  1.00 78.73           C  
+ATOM   2288  O   PHE I 113       7.317  32.099  68.988  1.00 78.60           O  
+ATOM   2289  CB  PHE I 113       7.627  35.491  69.491  1.00 79.99           C  
+ATOM   2290  CG  PHE I 113       6.121  35.490  69.471  1.00 81.06           C  
+ATOM   2291  CD1 PHE I 113       5.427  36.021  68.395  1.00 83.52           C  
+ATOM   2292  CD2 PHE I 113       5.400  34.956  70.527  1.00 83.05           C  
+ATOM   2293  CE1 PHE I 113       4.045  36.020  68.372  1.00 87.86           C  
+ATOM   2294  CE2 PHE I 113       4.017  34.953  70.510  1.00 85.24           C  
+ATOM   2295  CZ  PHE I 113       3.339  35.485  69.431  1.00 88.15           C  
+ATOM   2296  N   ASP I 114       8.537  32.923  70.707  1.00 77.68           N  
+ATOM   2297  CA  ASP I 114       8.372  31.768  71.589  1.00 77.25           C  
+ATOM   2298  C   ASP I 114       8.836  30.476  70.917  1.00 77.78           C  
+ATOM   2299  O   ASP I 114       8.166  29.442  70.972  1.00 78.46           O  
+ATOM   2300  CB  ASP I 114       6.924  31.649  72.070  1.00 79.53           C  
+ATOM   2301  CG  ASP I 114       6.524  32.784  72.992  1.00 75.04           C  
+ATOM   2302  OD1 ASP I 114       7.426  33.431  73.564  1.00 71.20           O  
+ATOM   2303  OD2 ASP I 114       5.309  33.028  73.146  1.00 77.72           O  
+ATOM   2304  N   LEU I 115       9.999  30.541  70.273  1.00 76.85           N  
+ATOM   2305  CA  LEU I 115      10.573  29.352  69.661  1.00 75.09           C  
+ATOM   2306  C   LEU I 115      11.109  28.418  70.738  1.00 73.65           C  
+ATOM   2307  O   LEU I 115      11.726  28.857  71.713  1.00 76.42           O  
+ATOM   2308  CB  LEU I 115      11.689  29.733  68.689  1.00 78.80           C  
+ATOM   2309  CG  LEU I 115      12.339  28.566  67.944  1.00 74.68           C  
+ATOM   2310  CD1 LEU I 115      11.323  27.865  67.056  1.00 71.33           C  
+ATOM   2311  CD2 LEU I 115      13.526  29.041  67.133  1.00 74.88           C  
+ATOM   2312  N   SER I 116      10.879  27.120  70.555  1.00 73.29           N  
+ATOM   2313  CA  SER I 116      11.234  26.134  71.564  1.00 75.71           C  
+ATOM   2314  C   SER I 116      11.512  24.799  70.892  1.00 74.52           C  
+ATOM   2315  O   SER I 116      10.899  24.456  69.877  1.00 70.53           O  
+ATOM   2316  CB  SER I 116      10.121  25.978  72.608  1.00 74.52           C  
+ATOM   2317  OG  SER I 116      10.362  24.862  73.448  1.00 78.61           O  
+ATOM   2318  N   VAL I 117      12.447  24.050  71.472  1.00 73.14           N  
+ATOM   2319  CA  VAL I 117      12.788  22.706  71.024  1.00 71.18           C  
+ATOM   2320  C   VAL I 117      12.738  21.786  72.233  1.00 74.76           C  
+ATOM   2321  O   VAL I 117      13.299  22.108  73.286  1.00 80.08           O  
+ATOM   2322  CB  VAL I 117      14.178  22.652  70.361  1.00 71.34           C  
+ATOM   2323  CG1 VAL I 117      14.503  21.234  69.918  1.00 71.06           C  
+ATOM   2324  CG2 VAL I 117      14.244  23.609  69.180  1.00 73.76           C  
+ATOM   2325  N   VAL I 118      12.067  20.646  72.086  1.00 75.12           N  
+ATOM   2326  CA  VAL I 118      11.885  19.696  73.177  1.00 77.25           C  
+ATOM   2327  C   VAL I 118      12.256  18.306  72.686  1.00 73.85           C  
+ATOM   2328  O   VAL I 118      11.730  17.842  71.669  1.00 69.79           O  
+ATOM   2329  CB  VAL I 118      10.441  19.704  73.712  1.00 74.32           C  
+ATOM   2330  CG1 VAL I 118      10.290  18.677  74.816  1.00 73.43           C  
+ATOM   2331  CG2 VAL I 118      10.064  21.089  74.212  1.00 76.99           C  
+ATOM   2332  N   TYR I 119      13.150  17.640  73.411  1.00 74.07           N  
+ATOM   2333  CA  TYR I 119      13.563  16.284  73.078  1.00 70.31           C  
+ATOM   2334  C   TYR I 119      12.612  15.285  73.723  1.00 71.31           C  
+ATOM   2335  O   TYR I 119      12.373  15.339  74.933  1.00 72.46           O  
+ATOM   2336  CB  TYR I 119      14.996  16.025  73.541  1.00 70.30           C  
+ATOM   2337  CG  TYR I 119      15.430  14.583  73.402  1.00 72.90           C  
+ATOM   2338  CD1 TYR I 119      15.560  13.994  72.151  1.00 73.48           C  
+ATOM   2339  CD2 TYR I 119      15.712  13.812  74.522  1.00 71.64           C  
+ATOM   2340  CE1 TYR I 119      15.956  12.676  72.019  1.00 75.37           C  
+ATOM   2341  CE2 TYR I 119      16.111  12.494  74.401  1.00 73.18           C  
+ATOM   2342  CZ  TYR I 119      16.230  11.931  73.147  1.00 76.53           C  
+ATOM   2343  OH  TYR I 119      16.626  10.619  73.022  1.00 79.63           O  
+ATOM   2344  N   ARG I 120      12.072  14.376  72.913  1.00 71.24           N  
+ATOM   2345  CA  ARG I 120      11.192  13.319  73.397  1.00 69.38           C  
+ATOM   2346  C   ARG I 120      11.997  12.027  73.465  1.00 71.38           C  
+ATOM   2347  O   ARG I 120      12.299  11.420  72.431  1.00 75.74           O  
+ATOM   2348  CB  ARG I 120       9.972  13.178  72.490  1.00 68.65           C  
+ATOM   2349  CG  ARG I 120       9.121  14.437  72.433  1.00 68.40           C  
+ATOM   2350  CD  ARG I 120       7.779  14.191  71.766  1.00 72.41           C  
+ATOM   2351  NE  ARG I 120       7.923  13.950  70.334  1.00 76.93           N  
+ATOM   2352  CZ  ARG I 120       6.935  13.551  69.539  1.00 82.13           C  
+ATOM   2353  NH1 ARG I 120       5.723  13.350  70.036  1.00 80.25           N  
+ATOM   2354  NH2 ARG I 120       7.159  13.359  68.246  1.00 83.30           N  
+ATOM   2355  N   GLU I 121      12.351  11.616  74.685  1.00 71.38           N  
+ATOM   2356  CA  GLU I 121      13.203  10.443  74.864  1.00 75.40           C  
+ATOM   2357  C   GLU I 121      12.549   9.185  74.306  1.00 78.70           C  
+ATOM   2358  O   GLU I 121      13.233   8.309  73.764  1.00 78.80           O  
+ATOM   2359  CB  GLU I 121      13.541  10.264  76.344  1.00 76.12           C  
+ATOM   2360  CG  GLU I 121      14.549   9.162  76.621  1.00 76.53           C  
+ATOM   2361  CD  GLU I 121      15.004   9.139  78.067  1.00 83.79           C  
+ATOM   2362  OE1 GLU I 121      15.424  10.199  78.577  1.00 87.17           O  
+ATOM   2363  OE2 GLU I 121      14.941   8.060  78.693  1.00 89.44           O  
+ATOM   2364  N   GLY I 122      11.225   9.076  74.431  1.00 80.70           N  
+ATOM   2365  CA  GLY I 122      10.549   7.872  73.973  1.00 81.54           C  
+ATOM   2366  C   GLY I 122      10.565   7.729  72.463  1.00 79.64           C  
+ATOM   2367  O   GLY I 122      10.862   6.655  71.931  1.00 82.26           O  
+ATOM   2368  N   ALA I 123      10.251   8.810  71.751  1.00 77.38           N  
+ATOM   2369  CA  ALA I 123      10.151   8.769  70.299  1.00 77.97           C  
+ATOM   2370  C   ALA I 123      11.475   9.037  69.598  1.00 81.04           C  
+ATOM   2371  O   ALA I 123      11.549   8.873  68.375  1.00 82.54           O  
+ATOM   2372  CB  ALA I 123       9.106   9.779  69.814  1.00 78.67           C  
+ATOM   2373  N   ASN I 124      12.511   9.437  70.337  1.00 80.10           N  
+ATOM   2374  CA  ASN I 124      13.822   9.759  69.772  1.00 78.76           C  
+ATOM   2375  C   ASN I 124      13.701  10.820  68.675  1.00 83.17           C  
+ATOM   2376  O   ASN I 124      14.064  10.602  67.517  1.00 85.21           O  
+ATOM   2377  CB  ASN I 124      14.520   8.499  69.246  1.00 78.64           C  
+ATOM   2378  CG  ASN I 124      14.771   7.472  70.333  1.00 78.75           C  
+ATOM   2379  OD1 ASN I 124      13.954   6.579  70.558  1.00 80.87           O  
+ATOM   2380  ND2 ASN I 124      15.908   7.590  71.008  1.00 77.18           N  
+ATOM   2381  N   ASP I 125      13.171  11.978  69.058  1.00 81.07           N  
+ATOM   2382  CA  ASP I 125      13.003  13.082  68.121  1.00 78.12           C  
+ATOM   2383  C   ASP I 125      12.958  14.392  68.900  1.00 74.82           C  
+ATOM   2384  O   ASP I 125      12.980  14.411  70.135  1.00 74.73           O  
+ATOM   2385  CB  ASP I 125      11.754  12.896  67.252  1.00 78.09           C  
+ATOM   2386  CG  ASP I 125      10.472  12.835  68.064  1.00 79.03           C  
+ATOM   2387  OD1 ASP I 125      10.544  12.808  69.310  1.00 79.71           O  
+ATOM   2388  OD2 ASP I 125       9.384  12.822  67.449  1.00 77.73           O  
+ATOM   2389  N   PHE I 126      12.911  15.495  68.155  1.00 71.03           N  
+ATOM   2390  CA  PHE I 126      12.858  16.839  68.716  1.00 69.77           C  
+ATOM   2391  C   PHE I 126      11.666  17.562  68.111  1.00 68.67           C  
+ATOM   2392  O   PHE I 126      11.561  17.669  66.884  1.00 70.40           O  
+ATOM   2393  CB  PHE I 126      14.151  17.612  68.432  1.00 71.03           C  
+ATOM   2394  CG  PHE I 126      15.384  16.977  69.012  1.00 74.69           C  
+ATOM   2395  CD1 PHE I 126      16.005  15.919  68.366  1.00 76.76           C  
+ATOM   2396  CD2 PHE I 126      15.928  17.441  70.199  1.00 74.88           C  
+ATOM   2397  CE1 PHE I 126      17.140  15.334  68.893  1.00 76.70           C  
+ATOM   2398  CE2 PHE I 126      17.065  16.859  70.731  1.00 76.23           C  
+ATOM   2399  CZ  PHE I 126      17.671  15.805  70.077  1.00 75.85           C  
+ATOM   2400  N   VAL I 127      10.771  18.049  68.964  1.00 71.41           N  
+ATOM   2401  CA  VAL I 127       9.619  18.833  68.539  1.00 68.53           C  
+ATOM   2402  C   VAL I 127       9.982  20.308  68.637  1.00 69.00           C  
+ATOM   2403  O   VAL I 127      10.389  20.787  69.703  1.00 70.91           O  
+ATOM   2404  CB  VAL I 127       8.374  18.513  69.379  1.00 68.46           C  
+ATOM   2405  CG1 VAL I 127       7.181  19.317  68.880  1.00 70.43           C  
+ATOM   2406  CG2 VAL I 127       8.072  17.027  69.327  1.00 68.23           C  
+ATOM   2407  N   VAL I 128       9.848  21.018  67.520  1.00 68.97           N  
+ATOM   2408  CA  VAL I 128      10.100  22.450  67.433  1.00 69.57           C  
+ATOM   2409  C   VAL I 128       8.757  23.158  67.346  1.00 69.32           C  
+ATOM   2410  O   VAL I 128       7.909  22.793  66.524  1.00 70.08           O  
+ATOM   2411  CB  VAL I 128      10.982  22.796  66.221  1.00 66.23           C  
+ATOM   2412  CG1 VAL I 128      11.320  24.277  66.217  1.00 64.97           C  
+ATOM   2413  CG2 VAL I 128      12.247  21.952  66.227  1.00 68.23           C  
+ATOM   2414  N   THR I 129       8.566  24.169  68.190  1.00 68.37           N  
+ATOM   2415  CA  THR I 129       7.312  24.902  68.267  1.00 67.89           C  
+ATOM   2416  C   THR I 129       7.588  26.398  68.270  1.00 68.58           C  
+ATOM   2417  O   THR I 129       8.608  26.858  68.789  1.00 69.06           O  
+ATOM   2418  CB  THR I 129       6.508  24.532  69.527  1.00 69.10           C  
+ATOM   2419  OG1 THR I 129       7.283  24.829  70.697  1.00 66.73           O  
+ATOM   2420  CG2 THR I 129       6.140  23.056  69.523  1.00 69.02           C  
+ATOM   2421  N   PHE I 130       6.671  27.154  67.672  1.00 69.22           N  
+ATOM   2422  CA  PHE I 130       6.762  28.605  67.665  1.00 73.20           C  
+ATOM   2423  C   PHE I 130       5.360  29.185  67.537  1.00 77.64           C  
+ATOM   2424  O   PHE I 130       4.387  28.470  67.283  1.00 78.45           O  
+ATOM   2425  CB  PHE I 130       7.691  29.108  66.549  1.00 74.36           C  
+ATOM   2426  CG  PHE I 130       7.380  28.545  65.190  1.00 72.52           C  
+ATOM   2427  CD1 PHE I 130       6.527  29.209  64.325  1.00 75.36           C  
+ATOM   2428  CD2 PHE I 130       7.957  27.356  64.771  1.00 68.32           C  
+ATOM   2429  CE1 PHE I 130       6.246  28.694  63.073  1.00 78.12           C  
+ATOM   2430  CE2 PHE I 130       7.680  26.836  63.522  1.00 69.53           C  
+ATOM   2431  CZ  PHE I 130       6.825  27.506  62.672  1.00 77.29           C  
+ATOM   2432  N   ASN I 131       5.269  30.500  67.714  1.00 81.18           N  
+ATOM   2433  CA  ASN I 131       4.005  31.218  67.679  1.00 87.39           C  
+ATOM   2434  C   ASN I 131       4.124  32.397  66.724  1.00 88.95           C  
+ATOM   2435  O   ASN I 131       5.221  32.884  66.440  1.00 86.73           O  
+ATOM   2436  CB  ASN I 131       3.613  31.711  69.085  1.00 90.74           C  
+ATOM   2437  CG  ASN I 131       2.117  31.928  69.245  1.00 94.94           C  
+ATOM   2438  OD1 ASN I 131       1.391  32.089  68.265  1.00 97.38           O  
+ATOM   2439  ND2 ASN I 131       1.655  31.949  70.494  1.00 98.36           N  
+ATOM   2440  N   THR I 132       2.977  32.851  66.224  1.00 95.35           N  
+ATOM   2441  CA  THR I 132       2.942  33.993  65.320  1.00100.94           C  
+ATOM   2442  C   THR I 132       1.603  34.701  65.479  1.00108.33           C  
+ATOM   2443  O   THR I 132       0.549  34.056  65.464  1.00112.16           O  
+ATOM   2444  CB  THR I 132       3.179  33.572  63.860  1.00103.85           C  
+ATOM   2445  OG1 THR I 132       3.089  34.719  63.004  1.00108.70           O  
+ATOM   2446  CG2 THR I 132       2.170  32.520  63.407  1.00105.48           C  
+ATOM   2447  N   SER I 133       1.652  36.022  65.667  1.00108.31           N  
+ATOM   2448  CA  SER I 133       0.438  36.814  65.835  1.00113.24           C  
+ATOM   2449  C   SER I 133      -0.466  36.792  64.609  1.00123.50           C  
+ATOM   2450  O   SER I 133      -1.598  37.282  64.687  1.00131.42           O  
+ATOM   2451  CB  SER I 133       0.804  38.261  66.174  1.00114.92           C  
+ATOM   2452  OG  SER I 133       1.581  38.844  65.143  1.00116.18           O  
+ATOM   2453  N   HIS I 134      -0.003  36.233  63.491  1.00122.99           N  
+ATOM   2454  CA  HIS I 134      -0.777  36.206  62.257  1.00128.26           C  
+ATOM   2455  C   HIS I 134      -1.890  35.167  62.268  1.00132.59           C  
+ATOM   2456  O   HIS I 134      -2.818  35.270  61.457  1.00140.05           O  
+ATOM   2457  CB  HIS I 134       0.156  35.948  61.072  1.00127.33           C  
+ATOM   2458  CG  HIS I 134       0.876  37.169  60.591  1.00126.59           C  
+ATOM   2459  ND1 HIS I 134       0.223  38.250  60.041  1.00130.99           N  
+ATOM   2460  CD2 HIS I 134       2.192  37.490  60.601  1.00117.71           C  
+ATOM   2461  CE1 HIS I 134       1.106  39.178  59.717  1.00125.75           C  
+ATOM   2462  NE2 HIS I 134       2.308  38.742  60.047  1.00116.09           N  
+ATOM   2463  N   LEU I 135      -1.812  34.163  63.147  1.00129.75           N  
+ATOM   2464  CA  LEU I 135      -2.844  33.130  63.191  1.00133.63           C  
+ATOM   2465  C   LEU I 135      -4.225  33.719  63.460  1.00139.92           C  
+ATOM   2466  O   LEU I 135      -5.209  33.323  62.824  1.00141.69           O  
+ATOM   2467  CB  LEU I 135      -2.500  32.097  64.265  1.00128.78           C  
+ATOM   2468  CG  LEU I 135      -1.422  31.054  63.972  1.00121.75           C  
+ATOM   2469  CD1 LEU I 135      -1.026  30.338  65.254  1.00121.20           C  
+ATOM   2470  CD2 LEU I 135      -1.906  30.059  62.931  1.00116.68           C  
+ATOM   2471  N   GLN I 136      -4.319  34.663  64.393  1.00143.08           N  
+ATOM   2472  CA  GLN I 136      -5.591  35.269  64.767  1.00150.68           C  
+ATOM   2473  C   GLN I 136      -5.899  36.553  64.005  1.00151.27           C  
+ATOM   2474  O   GLN I 136      -6.835  37.267  64.381  1.00157.51           O  
+ATOM   2475  CB  GLN I 136      -5.629  35.538  66.273  1.00157.93           C  
+ATOM   2476  CG  GLN I 136      -4.709  36.648  66.744  1.00160.71           C  
+ATOM   2477  CD  GLN I 136      -4.944  37.007  68.197  1.00168.95           C  
+ATOM   2478  OE1 GLN I 136      -5.765  36.390  68.876  1.00173.98           O  
+ATOM   2479  NE2 GLN I 136      -4.225  38.012  68.683  1.00166.67           N  
+ATOM   2480  N   LYS I 137      -5.154  36.863  62.950  1.00148.11           N  
+ATOM   2481  CA  LYS I 137      -5.381  38.096  62.214  1.00153.48           C  
+ATOM   2482  C   LYS I 137      -6.468  37.901  61.164  1.00161.85           C  
+ATOM   2483  O   LYS I 137      -6.702  36.792  60.677  1.00161.27           O  
+ATOM   2484  CB  LYS I 137      -4.091  38.584  61.555  1.00151.27           C  
+ATOM   2485  CG  LYS I 137      -3.064  39.103  62.547  1.00143.07           C  
+ATOM   2486  CD  LYS I 137      -1.927  39.830  61.853  1.00139.32           C  
+ATOM   2487  CE  LYS I 137      -0.805  40.149  62.829  1.00134.27           C  
+ATOM   2488  NZ  LYS I 137      -1.285  40.942  63.994  1.00136.26           N  
+ATOM   2489  N   LYS I 138      -7.131  39.006  60.819  1.00166.84           N  
+ATOM   2490  CA  LYS I 138      -8.276  38.951  59.917  1.00174.50           C  
+ATOM   2491  C   LYS I 138      -7.849  38.788  58.463  1.00179.52           C  
+ATOM   2492  O   LYS I 138      -8.305  37.868  57.775  1.00179.69           O  
+ATOM   2493  CB  LYS I 138      -9.126  40.213  60.087  1.00173.66           C  
+ATOM   2494  CG  LYS I 138     -10.297  40.321  59.127  1.00171.35           C  
+ATOM   2495  CD  LYS I 138     -10.980  41.675  59.253  1.00165.21           C  
+ATOM   2496  CE  LYS I 138     -12.125  41.814  58.264  1.00163.35           C  
+ATOM   2497  NZ  LYS I 138     -12.736  43.171  58.311  1.00165.15           N  
+ATOM   2498  N   TYR I 139      -6.975  39.669  57.979  1.00184.06           N  
+ATOM   2499  CA  TYR I 139      -6.619  39.665  56.559  1.00187.58           C  
+ATOM   2500  C   TYR I 139      -5.550  38.619  56.254  1.00182.87           C  
+ATOM   2501  O   TYR I 139      -5.816  37.620  55.577  1.00181.23           O  
+ATOM   2502  CB  TYR I 139      -6.161  41.065  56.136  1.00186.81           C  
+ATOM   2503  CG  TYR I 139      -7.254  42.105  56.229  1.00183.82           C  
+ATOM   2504  CD1 TYR I 139      -8.217  42.220  55.234  1.00182.95           C  
+ATOM   2505  CD2 TYR I 139      -7.327  42.967  57.315  1.00179.98           C  
+ATOM   2506  CE1 TYR I 139      -9.219  43.168  55.318  1.00179.43           C  
+ATOM   2507  CE2 TYR I 139      -8.325  43.917  57.407  1.00176.18           C  
+ATOM   2508  CZ  TYR I 139      -9.268  44.013  56.406  1.00177.99           C  
+ATOM   2509  OH  TYR I 139     -10.264  44.958  56.494  1.00179.04           O  
+ATOM   2510  N   VAL I 140      -4.333  38.834  56.749  1.00197.69           N  
+ATOM   2511  CA  VAL I 140      -3.205  37.945  56.486  1.00178.43           C  
+ATOM   2512  C   VAL I 140      -3.250  36.826  57.521  1.00170.83           C  
+ATOM   2513  O   VAL I 140      -2.779  36.988  58.648  1.00161.52           O  
+ATOM   2514  CB  VAL I 140      -1.872  38.693  56.529  1.00174.55           C  
+ATOM   2515  CG1 VAL I 140      -1.298  38.851  55.124  1.00174.18           C  
+ATOM   2516  CG2 VAL I 140      -2.035  40.042  57.225  1.00168.37           C  
+ATOM   2517  N   LYS I 141      -3.815  35.679  57.140  1.00160.22           N  
+ATOM   2518  CA  LYS I 141      -3.892  34.535  58.036  1.00149.46           C  
+ATOM   2519  C   LYS I 141      -3.208  33.285  57.499  1.00140.90           C  
+ATOM   2520  O   LYS I 141      -3.080  32.308  58.245  1.00140.80           O  
+ATOM   2521  CB  LYS I 141      -5.358  34.212  58.375  1.00145.04           C  
+ATOM   2522  CG  LYS I 141      -6.269  34.025  57.173  1.00141.68           C  
+ATOM   2523  CD  LYS I 141      -6.527  32.554  56.903  1.00130.23           C  
+ATOM   2524  CE  LYS I 141      -7.406  32.361  55.679  1.00121.96           C  
+ATOM   2525  NZ  LYS I 141      -7.523  30.925  55.304  1.00113.60           N  
+ATOM   2526  N   VAL I 142      -2.771  33.279  56.241  1.00135.48           N  
+ATOM   2527  CA  VAL I 142      -2.046  32.157  55.655  1.00127.04           C  
+ATOM   2528  C   VAL I 142      -0.628  32.621  55.358  1.00116.36           C  
+ATOM   2529  O   VAL I 142      -0.424  33.588  54.613  1.00113.03           O  
+ATOM   2530  CB  VAL I 142      -2.730  31.626  54.387  1.00128.75           C  
+ATOM   2531  CG1 VAL I 142      -1.878  30.536  53.744  1.00125.97           C  
+ATOM   2532  CG2 VAL I 142      -4.107  31.090  54.718  1.00130.55           C  
+ATOM   2533  N   LEU I 143       0.349  31.938  55.951  1.00110.00           N  
+ATOM   2534  CA  LEU I 143       1.763  32.259  55.804  1.00104.33           C  
+ATOM   2535  C   LEU I 143       2.562  30.993  55.520  1.00103.20           C  
+ATOM   2536  O   LEU I 143       2.067  29.869  55.629  1.00104.26           O  
+ATOM   2537  CB  LEU I 143       2.325  32.962  57.058  1.00100.97           C  
+ATOM   2538  CG  LEU I 143       1.922  34.402  57.397  1.00107.53           C  
+ATOM   2539  CD1 LEU I 143       0.474  34.525  57.831  1.00124.19           C  
+ATOM   2540  CD2 LEU I 143       2.853  34.945  58.470  1.00102.73           C  
+ATOM   2541  N   MET I 144       3.818  31.207  55.148  1.00 99.89           N  
+ATOM   2542  CA  MET I 144       4.806  30.148  54.980  1.00 98.14           C  
+ATOM   2543  C   MET I 144       6.004  30.429  55.874  1.00 94.18           C  
+ATOM   2544  O   MET I 144       6.584  31.516  55.810  1.00 95.85           O  
+ATOM   2545  CB  MET I 144       5.241  30.037  53.517  1.00104.87           C  
+ATOM   2546  CG  MET I 144       6.144  28.858  53.202  1.00103.29           C  
+ATOM   2547  SD  MET I 144       6.922  29.013  51.581  1.00125.57           S  
+ATOM   2548  CE  MET I 144       5.498  28.838  50.504  1.00112.04           C  
+ATOM   2549  N   HIS I 145       6.373  29.452  56.707  1.00 89.72           N  
+ATOM   2550  CA  HIS I 145       7.434  29.616  57.694  1.00 89.35           C  
+ATOM   2551  C   HIS I 145       8.681  28.844  57.269  1.00 87.69           C  
+ATOM   2552  O   HIS I 145       8.592  27.740  56.711  1.00 89.09           O  
+ATOM   2553  CB  HIS I 145       6.978  29.154  59.087  1.00 88.18           C  
+ATOM   2554  CG  HIS I 145       5.691  29.776  59.538  1.00 86.85           C  
+ATOM   2555  ND1 HIS I 145       5.578  31.113  59.853  1.00 86.09           N  
+ATOM   2556  CD2 HIS I 145       4.464  29.240  59.744  1.00 87.97           C  
+ATOM   2557  CE1 HIS I 145       4.336  31.377  60.219  1.00 90.06           C  
+ATOM   2558  NE2 HIS I 145       3.639  30.257  60.162  1.00 89.21           N  
+ATOM   2559  N   ASP I 146       9.840  29.449  57.513  1.00 86.02           N  
+ATOM   2560  CA  ASP I 146      11.145  28.848  57.240  1.00 84.89           C  
+ATOM   2561  C   ASP I 146      11.859  28.647  58.565  1.00 79.60           C  
+ATOM   2562  O   ASP I 146      12.184  29.621  59.256  1.00 78.34           O  
+ATOM   2563  CB  ASP I 146      11.986  29.725  56.321  1.00 89.13           C  
+ATOM   2564  CG  ASP I 146      13.350  29.142  56.003  1.00 86.59           C  
+ATOM   2565  OD1 ASP I 146      13.600  27.958  56.303  1.00 82.82           O  
+ATOM   2566  OD2 ASP I 146      14.176  29.879  55.424  1.00 91.74           O  
+ATOM   2567  N   VAL I 147      12.089  27.391  58.917  1.00 76.67           N  
+ATOM   2568  CA  VAL I 147      12.836  27.031  60.111  1.00 75.02           C  
+ATOM   2569  C   VAL I 147      14.259  26.710  59.677  1.00 77.77           C  
+ATOM   2570  O   VAL I 147      14.484  25.767  58.908  1.00 78.08           O  
+ATOM   2571  CB  VAL I 147      12.189  25.839  60.830  1.00 71.73           C  
+ATOM   2572  CG1 VAL I 147      13.058  25.384  61.984  1.00 65.37           C  
+ATOM   2573  CG2 VAL I 147      10.790  26.205  61.306  1.00 73.22           C  
+ATOM   2574  N   ALA I 148      15.221  27.495  60.151  1.00 78.34           N  
+ATOM   2575  CA  ALA I 148      16.627  27.297  59.825  1.00 78.59           C  
+ATOM   2576  C   ALA I 148      17.389  26.889  61.076  1.00 77.81           C  
+ATOM   2577  O   ALA I 148      17.288  27.553  62.114  1.00 80.08           O  
+ATOM   2578  CB  ALA I 148      17.239  28.561  59.222  1.00 82.41           C  
+ATOM   2579  N   TYR I 149      18.155  25.805  60.971  1.00 75.72           N  
+ATOM   2580  CA  TYR I 149      18.952  25.311  62.083  1.00 80.42           C  
+ATOM   2581  C   TYR I 149      20.371  24.997  61.628  1.00 83.72           C  
+ATOM   2582  O   TYR I 149      20.600  24.550  60.501  1.00 83.66           O  
+ATOM   2583  CB  TYR I 149      18.299  24.081  62.740  1.00 75.79           C  
+ATOM   2584  CG  TYR I 149      18.141  22.871  61.849  1.00 75.32           C  
+ATOM   2585  CD1 TYR I 149      17.044  22.746  61.007  1.00 73.93           C  
+ATOM   2586  CD2 TYR I 149      19.068  21.836  61.875  1.00 74.20           C  
+ATOM   2587  CE1 TYR I 149      16.884  21.637  60.200  1.00 71.70           C  
+ATOM   2588  CE2 TYR I 149      18.916  20.722  61.072  1.00 74.30           C  
+ATOM   2589  CZ  TYR I 149      17.821  20.627  60.238  1.00 73.48           C  
+ATOM   2590  OH  TYR I 149      17.664  19.521  59.435  1.00 75.42           O  
+ATOM   2591  N   ARG I 150      21.321  25.233  62.532  1.00 84.80           N  
+ATOM   2592  CA  ARG I 150      22.744  25.086  62.271  1.00 89.98           C  
+ATOM   2593  C   ARG I 150      23.396  24.321  63.417  1.00 89.86           C  
+ATOM   2594  O   ARG I 150      22.911  24.328  64.552  1.00 89.18           O  
+ATOM   2595  CB  ARG I 150      23.402  26.472  62.104  1.00 95.81           C  
+ATOM   2596  CG  ARG I 150      24.922  26.490  62.020  1.00101.33           C  
+ATOM   2597  CD  ARG I 150      25.473  27.895  62.198  1.00106.36           C  
+ATOM   2598  NE  ARG I 150      25.288  28.385  63.561  1.00103.30           N  
+ATOM   2599  CZ  ARG I 150      25.727  29.561  63.998  1.00107.25           C  
+ATOM   2600  NH1 ARG I 150      26.379  30.373  63.178  1.00116.40           N  
+ATOM   2601  NH2 ARG I 150      25.515  29.925  65.255  1.00101.30           N  
+ATOM   2602  N   GLN I 151      24.521  23.683  63.105  1.00 91.98           N  
+ATOM   2603  CA  GLN I 151      25.336  22.937  64.052  1.00 95.42           C  
+ATOM   2604  C   GLN I 151      26.413  23.823  64.680  1.00101.47           C  
+ATOM   2605  O   GLN I 151      26.764  24.886  64.165  1.00103.40           O  
+ATOM   2606  CB  GLN I 151      25.983  21.732  63.363  1.00 96.05           C  
+ATOM   2607  CG  GLN I 151      26.593  20.707  64.313  1.00 96.60           C  
+ATOM   2608  CD  GLN I 151      27.063  19.456  63.603  1.00 98.09           C  
+ATOM   2609  OE1 GLN I 151      26.623  19.155  62.495  1.00 98.99           O  
+ATOM   2610  NE2 GLN I 151      27.966  18.719  64.241  1.00 98.58           N  
+ATOM   2611  N   GLU I 152      26.921  23.365  65.828  1.00105.11           N  
+ATOM   2612  CA  GLU I 152      27.965  24.090  66.545  1.00111.96           C  
+ATOM   2613  C   GLU I 152      29.207  24.286  65.680  1.00116.51           C  
+ATOM   2614  O   GLU I 152      29.801  25.370  65.673  1.00117.72           O  
+ATOM   2615  CB  GLU I 152      28.310  23.356  67.843  1.00115.80           C  
+ATOM   2616  CG  GLU I 152      28.528  21.855  67.683  1.00118.74           C  
+ATOM   2617  CD  GLU I 152      28.553  21.121  69.012  1.00132.42           C  
+ATOM   2618  OE1 GLU I 152      28.092  21.697  70.020  1.00129.74           O  
+ATOM   2619  OE2 GLU I 152      29.031  19.967  69.047  1.00138.05           O  
+ATOM   2620  N   LYS I 153      29.623  23.244  64.951  1.00116.50           N  
+ATOM   2621  CA  LYS I 153      30.855  23.320  64.167  1.00117.59           C  
+ATOM   2622  C   LYS I 153      30.730  24.313  63.012  1.00116.22           C  
+ATOM   2623  O   LYS I 153      31.636  25.122  62.779  1.00117.22           O  
+ATOM   2624  CB  LYS I 153      31.240  21.927  63.652  1.00114.77           C  
+ATOM   2625  CG  LYS I 153      30.258  21.288  62.668  1.00113.09           C  
+ATOM   2626  CD  LYS I 153      30.846  20.035  62.030  1.00112.03           C  
+ATOM   2627  CE  LYS I 153      30.094  19.645  60.763  1.00112.45           C  
+ATOM   2628  NZ  LYS I 153      30.699  18.453  60.103  1.00113.96           N  
+ATOM   2629  N   ASP I 154      29.621  24.262  62.278  1.00115.55           N  
+ATOM   2630  CA  ASP I 154      29.436  25.088  61.088  1.00116.12           C  
+ATOM   2631  C   ASP I 154      29.425  26.572  61.438  1.00117.88           C  
+ATOM   2632  O   ASP I 154      28.625  27.019  62.266  1.00118.68           O  
+ATOM   2633  CB  ASP I 154      28.143  24.692  60.377  1.00114.64           C  
+ATOM   2634  CG  ASP I 154      28.261  23.360  59.657  1.00118.63           C  
+ATOM   2635  OD1 ASP I 154      29.370  23.034  59.184  1.00120.39           O  
+ATOM   2636  OD2 ASP I 154      27.244  22.638  59.564  1.00121.23           O  
+ATOM   2637  N   GLU I 155      30.313  27.337  60.795  1.00121.57           N  
+ATOM   2638  CA  GLU I 155      30.405  28.766  61.078  1.00127.08           C  
+ATOM   2639  C   GLU I 155      29.240  29.534  60.474  1.00127.56           C  
+ATOM   2640  O   GLU I 155      28.809  30.548  61.038  1.00129.28           O  
+ATOM   2641  CB  GLU I 155      31.712  29.336  60.521  1.00135.46           C  
+ATOM   2642  CG  GLU I 155      32.907  29.296  61.447  1.00137.03           C  
+ATOM   2643  CD  GLU I 155      34.108  30.004  60.841  1.00143.41           C  
+ATOM   2644  OE1 GLU I 155      34.098  30.245  59.614  1.00144.98           O  
+ATOM   2645  OE2 GLU I 155      35.055  30.328  61.587  1.00142.12           O  
+ATOM   2646  N   ASN I 156      28.711  29.064  59.345  1.00124.57           N  
+ATOM   2647  CA  ASN I 156      27.616  29.747  58.671  1.00123.15           C  
+ATOM   2648  C   ASN I 156      27.025  28.866  57.580  1.00120.97           C  
+ATOM   2649  O   ASN I 156      26.974  29.259  56.411  1.00126.69           O  
+ATOM   2650  CB  ASN I 156      28.075  31.082  58.078  1.00129.23           C  
+ATOM   2651  CG  ASN I 156      26.911  32.008  57.763  1.00127.00           C  
+ATOM   2652  OD1 ASN I 156      25.772  31.752  58.154  1.00120.73           O  
+ATOM   2653  ND2 ASN I 156      27.193  33.089  57.045  1.00135.38           N  
+ATOM   2654  N   LYS I 157      26.601  27.663  57.952  1.00115.31           N  
+ATOM   2655  CA  LYS I 157      25.805  26.808  57.087  1.00109.68           C  
+ATOM   2656  C   LYS I 157      24.481  26.563  57.789  1.00105.10           C  
+ATOM   2657  O   LYS I 157      24.451  26.262  58.985  1.00106.76           O  
+ATOM   2658  CB  LYS I 157      26.489  25.460  56.813  1.00113.49           C  
+ATOM   2659  CG  LYS I 157      27.908  25.534  56.294  1.00117.56           C  
+ATOM   2660  CD  LYS I 157      28.419  24.128  55.999  1.00114.85           C  
+ATOM   2661  CE  LYS I 157      29.897  24.126  55.650  1.00123.77           C  
+ATOM   2662  NZ  LYS I 157      30.194  25.002  54.485  1.00124.50           N  
+ATOM   2663  N   TRP I 158      23.387  26.684  57.048  1.00 99.66           N  
+ATOM   2664  CA  TRP I 158      22.066  26.526  57.634  1.00 91.20           C  
+ATOM   2665  C   TRP I 158      21.281  25.472  56.874  1.00 85.56           C  
+ATOM   2666  O   TRP I 158      21.261  25.474  55.640  1.00 85.30           O  
+ATOM   2667  CB  TRP I 158      21.319  27.861  57.661  1.00 92.09           C  
+ATOM   2668  CG  TRP I 158      21.991  28.847  58.561  1.00 96.18           C  
+ATOM   2669  CD1 TRP I 158      23.023  29.679  58.241  1.00103.02           C  
+ATOM   2670  CD2 TRP I 158      21.711  29.070  59.948  1.00 97.54           C  
+ATOM   2671  NE1 TRP I 158      23.389  30.423  59.337  1.00104.92           N  
+ATOM   2672  CE2 TRP I 158      22.600  30.066  60.399  1.00100.88           C  
+ATOM   2673  CE3 TRP I 158      20.788  28.531  60.850  1.00 93.67           C  
+ATOM   2674  CZ2 TRP I 158      22.593  30.535  61.711  1.00 99.02           C  
+ATOM   2675  CZ3 TRP I 158      20.783  28.998  62.152  1.00 90.68           C  
+ATOM   2676  CH2 TRP I 158      21.679  29.989  62.570  1.00 95.64           C  
+ATOM   2677  N   THR I 159      20.645  24.571  57.615  1.00 82.91           N  
+ATOM   2678  CA  THR I 159      19.670  23.652  57.049  1.00 77.69           C  
+ATOM   2679  C   THR I 159      18.299  24.301  57.179  1.00 77.15           C  
+ATOM   2680  O   THR I 159      17.870  24.636  58.291  1.00 79.65           O  
+ATOM   2681  CB  THR I 159      19.700  22.300  57.758  1.00 74.11           C  
+ATOM   2682  OG1 THR I 159      21.038  21.786  57.756  1.00 73.06           O  
+ATOM   2683  CG2 THR I 159      18.791  21.315  57.040  1.00 71.55           C  
+ATOM   2684  N   HIS I 160      17.626  24.493  56.050  1.00 76.15           N  
+ATOM   2685  CA  HIS I 160      16.344  25.175  56.016  1.00 78.87           C  
+ATOM   2686  C   HIS I 160      15.220  24.178  55.776  1.00 81.95           C  
+ATOM   2687  O   HIS I 160      15.394  23.173  55.081  1.00 83.89           O  
+ATOM   2688  CB  HIS I 160      16.330  26.257  54.934  1.00 80.50           C  
+ATOM   2689  CG  HIS I 160      17.292  27.371  55.200  1.00 83.98           C  
+ATOM   2690  ND1 HIS I 160      16.890  28.608  55.655  1.00 88.29           N  
+ATOM   2691  CD2 HIS I 160      18.638  27.437  55.072  1.00 86.28           C  
+ATOM   2692  CE1 HIS I 160      17.949  29.381  55.813  1.00 91.83           C  
+ATOM   2693  NE2 HIS I 160      19.021  28.699  55.455  1.00 89.28           N  
+ATOM   2694  N   VAL I 161      14.060  24.468  56.363  1.00 80.54           N  
+ATOM   2695  CA  VAL I 161      12.875  23.628  56.230  1.00 80.38           C  
+ATOM   2696  C   VAL I 161      11.673  24.543  56.051  1.00 83.92           C  
+ATOM   2697  O   VAL I 161      11.420  25.414  56.892  1.00 84.05           O  
+ATOM   2698  CB  VAL I 161      12.663  22.703  57.442  1.00 77.83           C  
+ATOM   2699  CG1 VAL I 161      11.389  21.894  57.268  1.00 82.61           C  
+ATOM   2700  CG2 VAL I 161      13.857  21.777  57.633  1.00 74.13           C  
+ATOM   2701  N   ASN I 162      10.940  24.354  54.958  1.00 87.65           N  
+ATOM   2702  CA  ASN I 162       9.729  25.115  54.689  1.00 90.48           C  
+ATOM   2703  C   ASN I 162       8.516  24.381  55.246  1.00 93.42           C  
+ATOM   2704  O   ASN I 162       8.406  23.157  55.121  1.00 97.19           O  
+ATOM   2705  CB  ASN I 162       9.573  25.335  53.184  1.00 97.06           C  
+ATOM   2706  CG  ASN I 162      10.503  26.406  52.652  1.00100.52           C  
+ATOM   2707  OD1 ASN I 162      11.390  26.884  53.363  1.00 94.74           O  
+ATOM   2708  ND2 ASN I 162      10.314  26.783  51.390  1.00105.22           N  
+ATOM   2709  N   LEU I 163       7.602  25.132  55.858  1.00 94.17           N  
+ATOM   2710  CA  LEU I 163       6.414  24.534  56.450  1.00 89.04           C  
+ATOM   2711  C   LEU I 163       5.290  25.561  56.500  1.00 90.05           C  
+ATOM   2712  O   LEU I 163       5.489  26.750  56.243  1.00 91.11           O  
+ATOM   2713  CB  LEU I 163       6.719  23.949  57.838  1.00 86.93           C  
+ATOM   2714  CG  LEU I 163       7.323  24.833  58.932  1.00 90.31           C  
+ATOM   2715  CD1 LEU I 163       6.257  25.598  59.687  1.00 92.72           C  
+ATOM   2716  CD2 LEU I 163       8.142  23.982  59.891  1.00 84.81           C  
+ATOM   2717  N   SER I 164       4.087  25.076  56.810  1.00 91.27           N  
+ATOM   2718  CA  SER I 164       2.905  25.920  56.927  1.00 90.07           C  
+ATOM   2719  C   SER I 164       2.327  25.985  58.333  1.00 91.67           C  
+ATOM   2720  O   SER I 164       1.712  26.994  58.684  1.00 92.30           O  
+ATOM   2721  CB  SER I 164       1.811  25.437  55.966  1.00 89.24           C  
+ATOM   2722  OG  SER I 164       1.497  24.074  56.201  1.00 95.39           O  
+ATOM   2723  N   SER I 165       2.505  24.942  59.144  1.00 90.03           N  
+ATOM   2724  CA  SER I 165       1.974  24.926  60.502  1.00 90.24           C  
+ATOM   2725  C   SER I 165       2.882  25.695  61.454  1.00 88.61           C  
+ATOM   2726  O   SER I 165       3.648  26.562  61.023  1.00 88.36           O  
+ATOM   2727  CB  SER I 165       1.793  23.487  60.989  1.00 93.11           C  
+ATOM   2728  OG  SER I 165       3.040  22.821  61.091  1.00 92.05           O  
+ATOM   2729  N   THR I 166       2.777  25.417  62.754  1.00 87.90           N  
+ATOM   2730  CA  THR I 166       3.659  26.021  63.746  1.00 82.33           C  
+ATOM   2731  C   THR I 166       4.481  24.991  64.512  1.00 80.36           C  
+ATOM   2732  O   THR I 166       5.124  25.346  65.507  1.00 77.20           O  
+ATOM   2733  CB  THR I 166       2.856  26.880  64.728  1.00 79.23           C  
+ATOM   2734  OG1 THR I 166       1.802  26.098  65.301  1.00 83.81           O  
+ATOM   2735  CG2 THR I 166       2.261  28.088  64.019  1.00 88.31           C  
+ATOM   2736  N   LYS I 167       4.475  23.729  64.086  1.00 83.42           N  
+ATOM   2737  CA  LYS I 167       5.239  22.683  64.749  1.00 79.79           C  
+ATOM   2738  C   LYS I 167       5.988  21.857  63.712  1.00 78.91           C  
+ATOM   2739  O   LYS I 167       5.519  21.661  62.587  1.00 81.16           O  
+ATOM   2740  CB  LYS I 167       4.345  21.772  65.611  1.00 78.32           C  
+ATOM   2741  CG  LYS I 167       3.425  20.847  64.834  1.00 84.28           C  
+ATOM   2742  CD  LYS I 167       2.771  19.829  65.759  1.00 78.85           C  
+ATOM   2743  CE  LYS I 167       3.814  18.970  66.460  1.00 77.65           C  
+ATOM   2744  NZ  LYS I 167       3.197  17.972  67.378  1.00 77.65           N  
+ATOM   2745  N   LEU I 168       7.167  21.384  64.107  1.00 73.00           N  
+ATOM   2746  CA  LEU I 168       8.021  20.576  63.249  1.00 73.73           C  
+ATOM   2747  C   LEU I 168       8.630  19.458  64.084  1.00 71.45           C  
+ATOM   2748  O   LEU I 168       8.748  19.566  65.306  1.00 73.92           O  
+ATOM   2749  CB  LEU I 168       9.115  21.434  62.591  1.00 71.00           C  
+ATOM   2750  CG  LEU I 168      10.139  20.772  61.666  1.00 71.18           C  
+ATOM   2751  CD1 LEU I 168       9.452  20.148  60.462  1.00 75.19           C  
+ATOM   2752  CD2 LEU I 168      11.191  21.778  61.226  1.00 71.16           C  
+ATOM   2753  N   THR I 169       9.018  18.373  63.417  1.00 70.82           N  
+ATOM   2754  CA  THR I 169       9.604  17.216  64.085  1.00 70.29           C  
+ATOM   2755  C   THR I 169      10.903  16.847  63.386  1.00 72.20           C  
+ATOM   2756  O   THR I 169      10.909  16.594  62.177  1.00 74.83           O  
+ATOM   2757  CB  THR I 169       8.638  16.028  64.085  1.00 71.72           C  
+ATOM   2758  OG1 THR I 169       7.409  16.408  64.715  1.00 71.38           O  
+ATOM   2759  CG2 THR I 169       9.243  14.853  64.838  1.00 70.82           C  
+ATOM   2760  N   LEU I 170      11.996  16.817  64.145  1.00 71.23           N  
+ATOM   2761  CA  LEU I 170      13.311  16.449  63.635  1.00 74.56           C  
+ATOM   2762  C   LEU I 170      13.706  15.102  64.225  1.00 77.77           C  
+ATOM   2763  O   LEU I 170      13.739  14.944  65.449  1.00 78.87           O  
+ATOM   2764  CB  LEU I 170      14.349  17.515  63.986  1.00 72.62           C  
+ATOM   2765  CG  LEU I 170      14.021  18.949  63.563  1.00 70.27           C  
+ATOM   2766  CD1 LEU I 170      15.125  19.902  63.998  1.00 68.58           C  
+ATOM   2767  CD2 LEU I 170      13.793  19.033  62.062  1.00 67.68           C  
+ATOM   2768  N   LEU I 171      14.009  14.140  63.359  1.00 81.20           N  
+ATOM   2769  CA  LEU I 171      14.381  12.811  63.824  1.00 83.23           C  
+ATOM   2770  C   LEU I 171      15.798  12.810  64.387  1.00 83.24           C  
+ATOM   2771  O   LEU I 171      16.697  13.468  63.855  1.00 83.00           O  
+ATOM   2772  CB  LEU I 171      14.257  11.797  62.687  1.00 87.84           C  
+ATOM   2773  CG  LEU I 171      12.830  11.562  62.186  1.00 86.49           C  
+ATOM   2774  CD1 LEU I 171      12.829  10.726  60.917  1.00 91.02           C  
+ATOM   2775  CD2 LEU I 171      11.983  10.903  63.266  1.00 81.90           C  
+ATOM   2776  N   GLN I 172      15.989  12.065  65.479  1.00 83.48           N  
+ATOM   2777  CA  GLN I 172      17.300  11.997  66.119  1.00 82.35           C  
+ATOM   2778  C   GLN I 172      18.335  11.350  65.208  1.00 84.80           C  
+ATOM   2779  O   GLN I 172      19.508  11.743  65.213  1.00 81.92           O  
+ATOM   2780  CB  GLN I 172      17.199  11.235  67.441  1.00 80.17           C  
+ATOM   2781  CG  GLN I 172      18.443  11.319  68.309  1.00 80.75           C  
+ATOM   2782  CD  GLN I 172      18.374  10.400  69.513  1.00 81.67           C  
+ATOM   2783  OE1 GLN I 172      17.290  10.062  69.988  1.00 82.22           O  
+ATOM   2784  NE2 GLN I 172      19.534   9.987  70.011  1.00 84.47           N  
+ATOM   2785  N   ARG I 173      17.924  10.350  64.423  1.00 89.32           N  
+ATOM   2786  CA  ARG I 173      18.862   9.679  63.529  1.00 89.36           C  
+ATOM   2787  C   ARG I 173      19.389  10.625  62.458  1.00 87.09           C  
+ATOM   2788  O   ARG I 173      20.492  10.422  61.938  1.00 85.60           O  
+ATOM   2789  CB  ARG I 173      18.198   8.466  62.876  1.00 89.07           C  
+ATOM   2790  CG  ARG I 173      16.963   8.802  62.053  1.00 91.88           C  
+ATOM   2791  CD  ARG I 173      16.493   7.607  61.238  1.00 97.70           C  
+ATOM   2792  NE  ARG I 173      15.462   7.977  60.273  1.00 98.84           N  
+ATOM   2793  CZ  ARG I 173      14.980   7.160  59.341  1.00 97.02           C  
+ATOM   2794  NH1 ARG I 173      15.437   5.919  59.243  1.00 96.75           N  
+ATOM   2795  NH2 ARG I 173      14.042   7.584  58.505  1.00 92.78           N  
+ATOM   2796  N   LYS I 174      18.621  11.660  62.119  1.00 85.06           N  
+ATOM   2797  CA  LYS I 174      19.003  12.637  61.111  1.00 85.08           C  
+ATOM   2798  C   LYS I 174      19.779  13.815  61.694  1.00 83.70           C  
+ATOM   2799  O   LYS I 174      19.794  14.893  61.091  1.00 81.33           O  
+ATOM   2800  CB  LYS I 174      17.753  13.144  60.388  1.00 86.26           C  
+ATOM   2801  CG  LYS I 174      17.007  12.076  59.603  1.00 89.73           C  
+ATOM   2802  CD  LYS I 174      15.685  12.606  59.065  1.00 99.77           C  
+ATOM   2803  CE  LYS I 174      15.885  13.573  57.911  1.00103.52           C  
+ATOM   2804  NZ  LYS I 174      16.243  12.867  56.651  1.00 98.19           N  
+ATOM   2805  N   LEU I 175      20.422  13.634  62.848  1.00 83.52           N  
+ATOM   2806  CA  LEU I 175      21.205  14.690  63.473  1.00 82.29           C  
+ATOM   2807  C   LEU I 175      22.499  14.115  64.029  1.00 82.80           C  
+ATOM   2808  O   LEU I 175      22.555  12.956  64.449  1.00 83.61           O  
+ATOM   2809  CB  LEU I 175      20.422  15.390  64.593  1.00 80.37           C  
+ATOM   2810  CG  LEU I 175      19.211  16.219  64.162  1.00 80.01           C  
+ATOM   2811  CD1 LEU I 175      18.409  16.670  65.371  1.00 81.05           C  
+ATOM   2812  CD2 LEU I 175      19.649  17.414  63.328  1.00 80.97           C  
+ATOM   2813  N   GLN I 176      23.540  14.940  64.022  1.00 81.83           N  
+ATOM   2814  CA  GLN I 176      24.843  14.511  64.519  1.00 83.49           C  
+ATOM   2815  C   GLN I 176      24.795  14.338  66.033  1.00 84.46           C  
+ATOM   2816  O   GLN I 176      24.276  15.213  66.736  1.00 85.98           O  
+ATOM   2817  CB  GLN I 176      25.920  15.524  64.138  1.00 84.54           C  
+ATOM   2818  CG  GLN I 176      26.031  15.787  62.645  1.00 86.97           C  
+ATOM   2819  CD  GLN I 176      26.359  14.535  61.854  1.00 87.60           C  
+ATOM   2820  OE1 GLN I 176      27.206  13.737  62.255  1.00 84.22           O  
+ATOM   2821  NE2 GLN I 176      25.687  14.358  60.722  1.00 87.22           N  
+ATOM   2822  N   PRO I 177      25.314  13.237  66.571  1.00 85.24           N  
+ATOM   2823  CA  PRO I 177      25.294  13.047  68.025  1.00 85.76           C  
+ATOM   2824  C   PRO I 177      26.245  14.000  68.733  1.00 89.62           C  
+ATOM   2825  O   PRO I 177      27.252  14.442  68.175  1.00 96.69           O  
+ATOM   2826  CB  PRO I 177      25.739  11.589  68.205  1.00 86.34           C  
+ATOM   2827  CG  PRO I 177      25.599  10.958  66.850  1.00 88.34           C  
+ATOM   2828  CD  PRO I 177      25.840  12.057  65.867  1.00 85.23           C  
+ATOM   2829  N   ALA I 178      25.901  14.311  69.985  1.00 89.44           N  
+ATOM   2830  CA  ALA I 178      26.733  15.133  70.867  1.00 90.42           C  
+ATOM   2831  C   ALA I 178      27.052  16.493  70.252  1.00 90.72           C  
+ATOM   2832  O   ALA I 178      28.176  16.990  70.348  1.00 97.06           O  
+ATOM   2833  CB  ALA I 178      28.023  14.402  71.245  1.00 94.44           C  
+ATOM   2834  N   ALA I 179      26.057  17.107  69.619  1.00 91.48           N  
+ATOM   2835  CA  ALA I 179      26.235  18.400  68.977  1.00 99.98           C  
+ATOM   2836  C   ALA I 179      25.128  19.342  69.419  1.00 98.36           C  
+ATOM   2837  O   ALA I 179      23.985  18.919  69.619  1.00 96.05           O  
+ATOM   2838  CB  ALA I 179      26.236  18.271  67.450  1.00100.55           C  
+ATOM   2839  N   MET I 180      25.470  20.617  69.570  1.00100.16           N  
+ATOM   2840  CA  MET I 180      24.495  21.648  69.892  1.00 99.36           C  
+ATOM   2841  C   MET I 180      24.090  22.389  68.624  1.00 95.38           C  
+ATOM   2842  O   MET I 180      24.937  22.749  67.801  1.00100.28           O  
+ATOM   2843  CB  MET I 180      25.034  22.622  70.941  1.00107.70           C  
+ATOM   2844  CG  MET I 180      23.993  23.628  71.406  1.00117.22           C  
+ATOM   2845  SD  MET I 180      24.535  24.675  72.767  1.00132.78           S  
+ATOM   2846  CE  MET I 180      23.280  24.265  73.982  1.00129.44           C  
+ATOM   2847  N   TYR I 181      22.789  22.612  68.480  1.00 88.39           N  
+ATOM   2848  CA  TYR I 181      22.195  23.251  67.318  1.00 84.75           C  
+ATOM   2849  C   TYR I 181      21.507  24.545  67.726  1.00 83.48           C  
+ATOM   2850  O   TYR I 181      20.831  24.609  68.763  1.00 85.96           O  
+ATOM   2851  CB  TYR I 181      21.176  22.329  66.640  1.00 83.79           C  
+ATOM   2852  CG  TYR I 181      21.774  21.174  65.870  1.00 87.77           C  
+ATOM   2853  CD1 TYR I 181      22.092  19.980  66.505  1.00 86.84           C  
+ATOM   2854  CD2 TYR I 181      22.003  21.270  64.503  1.00 88.59           C  
+ATOM   2855  CE1 TYR I 181      22.632  18.919  65.804  1.00 87.78           C  
+ATOM   2856  CE2 TYR I 181      22.543  20.213  63.793  1.00 88.36           C  
+ATOM   2857  CZ  TYR I 181      22.855  19.040  64.448  1.00 88.14           C  
+ATOM   2858  OH  TYR I 181      23.392  17.986  63.745  1.00 86.36           O  
+ATOM   2859  N   GLU I 182      21.705  25.568  66.899  1.00 79.73           N  
+ATOM   2860  CA  GLU I 182      20.967  26.822  66.943  1.00 79.53           C  
+ATOM   2861  C   GLU I 182      19.838  26.773  65.922  1.00 80.23           C  
+ATOM   2862  O   GLU I 182      19.969  26.159  64.864  1.00 82.54           O  
+ATOM   2863  CB  GLU I 182      21.892  28.006  66.645  1.00 82.74           C  
+ATOM   2864  CG  GLU I 182      21.190  29.352  66.533  1.00 83.75           C  
+ATOM   2865  CD  GLU I 182      22.138  30.480  66.174  1.00 87.63           C  
+ATOM   2866  OE1 GLU I 182      23.365  30.248  66.164  1.00 92.42           O  
+ATOM   2867  OE2 GLU I 182      21.654  31.597  65.894  1.00 87.12           O  
+ATOM   2868  N   ILE I 183      18.715  27.409  66.251  1.00 76.77           N  
+ATOM   2869  CA  ILE I 183      17.528  27.320  65.409  1.00 75.25           C  
+ATOM   2870  C   ILE I 183      16.760  28.633  65.486  1.00 76.89           C  
+ATOM   2871  O   ILE I 183      16.724  29.293  66.528  1.00 79.81           O  
+ATOM   2872  CB  ILE I 183      16.656  26.108  65.822  1.00 74.37           C  
+ATOM   2873  CG1 ILE I 183      15.463  25.933  64.882  1.00 73.45           C  
+ATOM   2874  CG2 ILE I 183      16.200  26.237  67.269  1.00 74.55           C  
+ATOM   2875  CD1 ILE I 183      14.749  24.613  65.069  1.00 68.38           C  
+ATOM   2876  N   LYS I 184      16.154  29.016  64.362  1.00 74.24           N  
+ATOM   2877  CA  LYS I 184      15.359  30.237  64.285  1.00 76.56           C  
+ATOM   2878  C   LYS I 184      14.337  30.092  63.163  1.00 74.30           C  
+ATOM   2879  O   LYS I 184      14.357  29.121  62.401  1.00 75.15           O  
+ATOM   2880  CB  LYS I 184      16.248  31.472  64.103  1.00 82.22           C  
+ATOM   2881  CG  LYS I 184      17.436  31.285  63.178  1.00 87.00           C  
+ATOM   2882  CD  LYS I 184      18.237  32.576  63.085  1.00 94.75           C  
+ATOM   2883  CE  LYS I 184      19.292  32.512  61.995  1.00 96.68           C  
+ATOM   2884  NZ  LYS I 184      20.204  33.687  62.050  1.00 96.14           N  
+ATOM   2885  N   VAL I 185      13.431  31.073  63.073  1.00 74.18           N  
+ATOM   2886  CA  VAL I 185      12.243  30.970  62.227  1.00 77.18           C  
+ATOM   2887  C   VAL I 185      11.947  32.308  61.558  1.00 81.87           C  
+ATOM   2888  O   VAL I 185      12.163  33.375  62.143  1.00 83.37           O  
+ATOM   2889  CB  VAL I 185      11.015  30.500  63.039  1.00 76.48           C  
+ATOM   2890  CG1 VAL I 185       9.732  30.632  62.223  1.00 77.50           C  
+ATOM   2891  CG2 VAL I 185      11.198  29.066  63.491  1.00 74.91           C  
+ATOM   2892  N   ARG I 186      11.472  32.235  60.309  1.00 82.96           N  
+ATOM   2893  CA  ARG I 186      10.964  33.363  59.527  1.00 85.95           C  
+ATOM   2894  C   ARG I 186       9.593  33.072  58.916  1.00 89.73           C  
+ATOM   2895  O   ARG I 186       9.153  31.925  58.861  1.00 88.11           O  
+ATOM   2896  CB  ARG I 186      11.923  33.713  58.396  1.00 94.09           C  
+ATOM   2897  CG  ARG I 186      13.241  34.323  58.842  1.00 96.20           C  
+ATOM   2898  CD  ARG I 186      14.070  34.746  57.661  1.00104.41           C  
+ATOM   2899  NE  ARG I 186      14.378  33.520  56.852  1.00103.75           N  
+ATOM   2900  CZ  ARG I 186      14.408  33.324  55.513  1.00107.78           C  
+ATOM   2901  NH1 ARG I 186      14.129  34.299  54.668  1.00108.37           N  
+ATOM   2902  NH2 ARG I 186      14.710  32.099  55.005  1.00108.45           N  
+ATOM   2903  N   SER I 187       8.958  34.114  58.360  1.00 91.47           N  
+ATOM   2904  CA  SER I 187       7.630  33.989  57.770  1.00 94.13           C  
+ATOM   2905  C   SER I 187       7.462  34.824  56.494  1.00 96.21           C  
+ATOM   2906  O   SER I 187       8.088  35.877  56.329  1.00 95.46           O  
+ATOM   2907  CB  SER I 187       6.570  34.404  58.784  1.00 93.32           C  
+ATOM   2908  OG  SER I 187       6.617  33.575  59.940  1.00 90.22           O  
+ATOM   2909  N   ILE I 188       6.531  34.399  55.634  1.00 97.28           N  
+ATOM   2910  CA  ILE I 188       6.120  35.182  54.441  1.00 97.80           C  
+ATOM   2911  C   ILE I 188       4.614  35.095  54.289  1.00100.74           C  
+ATOM   2912  O   ILE I 188       3.989  34.149  54.774  1.00103.62           O  
+ATOM   2913  CB  ILE I 188       6.753  34.680  53.099  1.00 98.64           C  
+ATOM   2914  CG1 ILE I 188       8.124  33.907  53.192  1.00 98.74           C  
+ATOM   2915  CG2 ILE I 188       6.689  35.789  51.974  1.00100.38           C  
+ATOM   2916  CD1 ILE I 188       8.677  33.325  51.712  1.00104.18           C  
+ATOM   2917  N   PRO I 189       3.988  36.139  53.723  1.00 99.05           N  
+ATOM   2918  CA  PRO I 189       2.639  35.961  53.166  1.00107.50           C  
+ATOM   2919  C   PRO I 189       2.678  34.892  52.081  1.00113.70           C  
+ATOM   2920  O   PRO I 189       3.624  34.823  51.296  1.00114.77           O  
+ATOM   2921  CB  PRO I 189       2.310  37.336  52.560  1.00115.01           C  
+ATOM   2922  CG  PRO I 189       3.158  38.283  53.295  1.00110.01           C  
+ATOM   2923  CD  PRO I 189       4.430  37.532  53.610  1.00 99.81           C  
+ATOM   2924  N   ASP I 190       1.656  34.038  52.051  1.00118.46           N  
+ATOM   2925  CA  ASP I 190       1.564  32.971  51.053  1.00120.90           C  
+ATOM   2926  C   ASP I 190       0.093  32.738  50.729  1.00130.25           C  
+ATOM   2927  O   ASP I 190      -0.416  31.616  50.784  1.00132.73           O  
+ATOM   2928  CB  ASP I 190       2.246  31.687  51.529  1.00118.53           C  
+ATOM   2929  CG  ASP I 190       2.302  30.612  50.441  1.00125.90           C  
+ATOM   2930  OD1 ASP I 190       3.085  30.766  49.480  1.00134.67           O  
+ATOM   2931  OD2 ASP I 190       1.554  29.611  50.545  1.00123.88           O  
+ATOM   2932  N   HIS I 191      -0.610  33.815  50.388  1.00136.18           N  
+ATOM   2933  CA  HIS I 191      -2.003  33.717  49.982  1.00146.38           C  
+ATOM   2934  C   HIS I 191      -2.343  34.837  49.008  1.00155.97           C  
+ATOM   2935  O   HIS I 191      -1.575  35.116  48.082  1.00161.35           O  
+ATOM   2936  CB  HIS I 191      -2.915  33.772  51.211  1.00145.54           C  
+ATOM   2937  CG  HIS I 191      -4.246  33.117  51.008  1.00153.47           C  
+ATOM   2938  ND1 HIS I 191      -5.150  32.938  52.033  1.00153.78           N  
+ATOM   2939  CD2 HIS I 191      -4.825  32.597  49.901  1.00157.52           C  
+ATOM   2940  CE1 HIS I 191      -6.229  32.336  51.565  1.00156.14           C  
+ATOM   2941  NE2 HIS I 191      -6.057  32.118  50.274  1.00160.21           N  
+ATOM   2942  N   TYR I 192      -3.502  35.471  49.203  1.00158.94           N  
+ATOM   2943  CA  TYR I 192      -3.873  36.617  48.381  1.00163.73           C  
+ATOM   2944  C   TYR I 192      -2.836  37.729  48.508  1.00162.58           C  
+ATOM   2945  O   TYR I 192      -2.584  38.461  47.544  1.00163.40           O  
+ATOM   2946  CB  TYR I 192      -5.278  37.091  48.769  1.00166.60           C  
+ATOM   2947  CG  TYR I 192      -5.856  38.217  47.934  1.00171.43           C  
+ATOM   2948  CD1 TYR I 192      -5.526  38.359  46.591  1.00172.50           C  
+ATOM   2949  CD2 TYR I 192      -6.788  39.096  48.473  1.00170.59           C  
+ATOM   2950  CE1 TYR I 192      -6.070  39.373  45.823  1.00173.15           C  
+ATOM   2951  CE2 TYR I 192      -7.341  40.111  47.711  1.00171.25           C  
+ATOM   2952  CZ  TYR I 192      -6.979  40.244  46.388  1.00175.17           C  
+ATOM   2953  OH  TYR I 192      -7.526  41.252  45.628  1.00181.28           O  
+ATOM   2954  N   PHE I 193      -2.229  37.867  49.688  1.00158.73           N  
+ATOM   2955  CA  PHE I 193      -1.224  38.888  49.957  1.00155.79           C  
+ATOM   2956  C   PHE I 193       0.171  38.351  49.654  1.00149.48           C  
+ATOM   2957  O   PHE I 193       0.460  37.172  49.881  1.00145.90           O  
+ATOM   2958  CB  PHE I 193      -1.287  39.344  51.417  1.00156.08           C  
+ATOM   2959  CG  PHE I 193      -2.609  39.934  51.821  1.00162.46           C  
+ATOM   2960  CD1 PHE I 193      -3.652  39.121  52.232  1.00170.05           C  
+ATOM   2961  CD2 PHE I 193      -2.798  41.306  51.819  1.00159.88           C  
+ATOM   2962  CE1 PHE I 193      -4.864  39.663  52.614  1.00172.50           C  
+ATOM   2963  CE2 PHE I 193      -4.008  41.854  52.202  1.00161.48           C  
+ATOM   2964  CZ  PHE I 193      -5.042  41.032  52.599  1.00168.49           C  
+ATOM   2965  N   LYS I 194       1.032  39.225  49.134  1.00146.83           N  
+ATOM   2966  CA  LYS I 194       2.437  38.919  48.891  1.00142.46           C  
+ATOM   2967  C   LYS I 194       3.311  40.015  49.487  1.00134.60           C  
+ATOM   2968  O   LYS I 194       2.844  41.122  49.765  1.00134.89           O  
+ATOM   2969  CB  LYS I 194       2.732  38.765  47.393  1.00149.10           C  
+ATOM   2970  CG  LYS I 194       2.999  37.333  46.955  1.00155.78           C  
+ATOM   2971  CD  LYS I 194       4.324  36.824  47.505  1.00158.71           C  
+ATOM   2972  CE  LYS I 194       4.563  35.369  47.131  1.00161.92           C  
+ATOM   2973  NZ  LYS I 194       3.564  34.458  47.756  1.00161.98           N  
+ATOM   2974  N   GLY I 195       4.590  39.699  49.693  1.00124.48           N  
+ATOM   2975  CA  GLY I 195       5.480  40.677  50.290  1.00115.88           C  
+ATOM   2976  C   GLY I 195       6.926  40.254  50.495  1.00109.55           C  
+ATOM   2977  O   GLY I 195       7.614  39.901  49.533  1.00111.10           O  
+ATOM   2978  N   PHE I 196       7.397  40.295  51.744  1.00104.47           N  
+ATOM   2979  CA  PHE I 196       8.791  40.049  52.089  1.00100.12           C  
+ATOM   2980  C   PHE I 196       8.853  39.074  53.260  1.00 98.70           C  
+ATOM   2981  O   PHE I 196       7.826  38.659  53.803  1.00100.74           O  
+ATOM   2982  CB  PHE I 196       9.520  41.339  52.494  1.00 98.93           C  
+ATOM   2983  CG  PHE I 196       9.613  42.367  51.414  1.00104.45           C  
+ATOM   2984  CD1 PHE I 196      10.764  42.509  50.656  1.00110.07           C  
+ATOM   2985  CD2 PHE I 196       8.557  43.233  51.190  1.00105.91           C  
+ATOM   2986  CE1 PHE I 196      10.848  43.479  49.681  1.00113.58           C  
+ATOM   2987  CE2 PHE I 196       8.634  44.202  50.219  1.00110.98           C  
+ATOM   2988  CZ  PHE I 196       9.782  44.325  49.463  1.00112.94           C  
+ATOM   2989  N   TRP I 197      10.072  38.663  53.623  1.00 95.00           N  
+ATOM   2990  CA  TRP I 197      10.254  37.856  54.825  1.00 98.30           C  
+ATOM   2991  C   TRP I 197      10.195  38.718  56.081  1.00 95.81           C  
+ATOM   2992  O   TRP I 197      10.527  39.908  56.069  1.00 93.88           O  
+ATOM   2993  CB  TRP I 197      11.577  37.066  54.830  1.00101.15           C  
+ATOM   2994  CG  TRP I 197      11.680  35.790  53.991  1.00104.78           C  
+ATOM   2995  CD1 TRP I 197      12.246  35.637  52.741  1.00109.42           C  
+ATOM   2996  CD2 TRP I 197      11.261  34.471  54.403  1.00107.90           C  
+ATOM   2997  NE1 TRP I 197      12.148  34.311  52.357  1.00105.28           N  
+ATOM   2998  CE2 TRP I 197      11.558  33.579  53.357  1.00106.06           C  
+ATOM   2999  CE3 TRP I 197      10.644  33.973  55.543  1.00113.75           C  
+ATOM   3000  CZ2 TRP I 197      11.248  32.198  53.431  1.00104.78           C  
+ATOM   3001  CZ3 TRP I 197      10.338  32.638  55.609  1.00111.51           C  
+ATOM   3002  CH2 TRP I 197      10.620  31.774  54.564  1.00107.28           C  
+ATOM   3003  N   SER I 198       9.721  38.104  57.162  1.00 95.81           N  
+ATOM   3004  CA  SER I 198       9.784  38.737  58.462  1.00 95.27           C  
+ATOM   3005  C   SER I 198      11.228  38.713  58.943  1.00 91.08           C  
+ATOM   3006  O   SER I 198      12.111  38.152  58.299  1.00 93.18           O  
+ATOM   3007  CB  SER I 198       8.859  38.027  59.448  1.00 91.91           C  
+ATOM   3008  OG  SER I 198       9.367  36.743  59.777  1.00 89.46           O  
+ATOM   3009  N   GLU I 199      11.465  39.322  60.097  1.00 84.94           N  
+ATOM   3010  CA  GLU I 199      12.770  39.275  60.732  1.00 84.71           C  
+ATOM   3011  C   GLU I 199      12.987  37.926  61.411  1.00 83.98           C  
+ATOM   3012  O   GLU I 199      12.033  37.220  61.752  1.00 86.63           O  
+ATOM   3013  CB  GLU I 199      12.906  40.401  61.750  1.00 89.66           C  
+ATOM   3014  CG  GLU I 199      13.013  41.793  61.143  1.00 93.32           C  
+ATOM   3015  CD  GLU I 199      14.292  42.000  60.352  1.00 97.78           C  
+ATOM   3016  OE1 GLU I 199      15.274  41.261  60.587  1.00 97.32           O  
+ATOM   3017  OE2 GLU I 199      14.309  42.894  59.480  1.00 97.84           O  
+ATOM   3018  N   TRP I 200      14.257  37.559  61.594  1.00 84.44           N  
+ATOM   3019  CA  TRP I 200      14.567  36.320  62.301  1.00 86.39           C  
+ATOM   3020  C   TRP I 200      14.091  36.396  63.745  1.00 86.03           C  
+ATOM   3021  O   TRP I 200      14.331  37.386  64.441  1.00 85.29           O  
+ATOM   3022  CB  TRP I 200      16.069  36.030  62.287  1.00 89.17           C  
+ATOM   3023  CG  TRP I 200      16.584  35.441  61.024  1.00 97.77           C  
+ATOM   3024  CD1 TRP I 200      17.385  36.043  60.108  1.00100.40           C  
+ATOM   3025  CD2 TRP I 200      16.315  34.128  60.521  1.00 99.00           C  
+ATOM   3026  NE1 TRP I 200      17.649  35.183  59.072  1.00104.25           N  
+ATOM   3027  CE2 TRP I 200      16.998  34.000  59.301  1.00102.32           C  
+ATOM   3028  CE3 TRP I 200      15.565  33.047  60.986  1.00 94.98           C  
+ATOM   3029  CZ2 TRP I 200      16.957  32.835  58.544  1.00101.86           C  
+ATOM   3030  CZ3 TRP I 200      15.522  31.893  60.228  1.00 92.23           C  
+ATOM   3031  CH2 TRP I 200      16.203  31.801  59.020  1.00 95.72           C  
+ATOM   3032  N   SER I 201      13.418  35.341  64.192  1.00 83.47           N  
+ATOM   3033  CA  SER I 201      13.047  35.226  65.588  1.00 82.24           C  
+ATOM   3034  C   SER I 201      14.298  35.029  66.442  1.00 80.15           C  
+ATOM   3035  O   SER I 201      15.344  34.613  65.937  1.00 79.39           O  
+ATOM   3036  CB  SER I 201      12.083  34.058  65.786  1.00 83.43           C  
+ATOM   3037  OG  SER I 201      12.755  32.815  65.669  1.00 80.82           O  
+ATOM   3038  N   PRO I 202      14.225  35.346  67.736  1.00 78.18           N  
+ATOM   3039  CA  PRO I 202      15.350  35.039  68.627  1.00 78.42           C  
+ATOM   3040  C   PRO I 202      15.699  33.559  68.572  1.00 79.25           C  
+ATOM   3041  O   PRO I 202      14.822  32.693  68.578  1.00 82.36           O  
+ATOM   3042  CB  PRO I 202      14.836  35.455  70.012  1.00 77.88           C  
+ATOM   3043  CG  PRO I 202      13.349  35.603  69.861  1.00 78.86           C  
+ATOM   3044  CD  PRO I 202      13.134  36.032  68.447  1.00 76.15           C  
+ATOM   3045  N   SER I 203      16.997  33.277  68.513  1.00 79.17           N  
+ATOM   3046  CA  SER I 203      17.462  31.914  68.313  1.00 80.66           C  
+ATOM   3047  C   SER I 203      17.223  31.062  69.558  1.00 79.73           C  
+ATOM   3048  O   SER I 203      17.029  31.566  70.668  1.00 83.78           O  
+ATOM   3049  CB  SER I 203      18.947  31.905  67.951  1.00 85.30           C  
+ATOM   3050  OG  SER I 203      19.170  32.528  66.697  1.00 86.28           O  
+ATOM   3051  N   TYR I 204      17.233  29.746  69.352  1.00 78.18           N  
+ATOM   3052  CA  TYR I 204      17.129  28.775  70.429  1.00 80.25           C  
+ATOM   3053  C   TYR I 204      18.217  27.725  70.252  1.00 81.94           C  
+ATOM   3054  O   TYR I 204      18.658  27.454  69.133  1.00 83.40           O  
+ATOM   3055  CB  TYR I 204      15.746  28.111  70.451  1.00 79.90           C  
+ATOM   3056  CG  TYR I 204      15.400  27.448  71.763  1.00 84.08           C  
+ATOM   3057  CD1 TYR I 204      14.934  28.195  72.838  1.00 84.82           C  
+ATOM   3058  CD2 TYR I 204      15.535  26.076  71.928  1.00 82.95           C  
+ATOM   3059  CE1 TYR I 204      14.614  27.595  74.040  1.00 83.48           C  
+ATOM   3060  CE2 TYR I 204      15.217  25.467  73.128  1.00 83.31           C  
+ATOM   3061  CZ  TYR I 204      14.758  26.232  74.179  1.00 83.56           C  
+ATOM   3062  OH  TYR I 204      14.439  25.632  75.375  1.00 87.09           O  
+ATOM   3063  N   TYR I 205      18.653  27.137  71.365  1.00 81.13           N  
+ATOM   3064  CA  TYR I 205      19.793  26.230  71.363  1.00 84.40           C  
+ATOM   3065  C   TYR I 205      19.420  24.922  72.045  1.00 84.57           C  
+ATOM   3066  O   TYR I 205      18.750  24.924  73.082  1.00 86.34           O  
+ATOM   3067  CB  TYR I 205      20.995  26.874  72.066  1.00 88.16           C  
+ATOM   3068  CG  TYR I 205      21.318  28.258  71.545  1.00 87.98           C  
+ATOM   3069  CD1 TYR I 205      22.178  28.435  70.470  1.00 88.83           C  
+ATOM   3070  CD2 TYR I 205      20.751  29.388  72.123  1.00 90.07           C  
+ATOM   3071  CE1 TYR I 205      22.470  29.699  69.989  1.00 89.64           C  
+ATOM   3072  CE2 TYR I 205      21.036  30.655  71.648  1.00 92.55           C  
+ATOM   3073  CZ  TYR I 205      21.896  30.804  70.581  1.00 92.06           C  
+ATOM   3074  OH  TYR I 205      22.183  32.064  70.106  1.00 93.57           O  
+ATOM   3075  N   PHE I 206      19.856  23.804  71.462  1.00 84.00           N  
+ATOM   3076  CA  PHE I 206      19.561  22.499  72.047  1.00 83.46           C  
+ATOM   3077  C   PHE I 206      20.641  21.493  71.671  1.00 84.29           C  
+ATOM   3078  O   PHE I 206      21.249  21.591  70.607  1.00 89.49           O  
+ATOM   3079  CB  PHE I 206      18.188  21.985  71.596  1.00 80.43           C  
+ATOM   3080  CG  PHE I 206      18.087  21.743  70.116  1.00 77.51           C  
+ATOM   3081  CD1 PHE I 206      17.797  22.783  69.248  1.00 77.15           C  
+ATOM   3082  CD2 PHE I 206      18.275  20.474  69.593  1.00 76.80           C  
+ATOM   3083  CE1 PHE I 206      17.701  22.564  67.886  1.00 75.01           C  
+ATOM   3084  CE2 PHE I 206      18.180  20.248  68.232  1.00 75.04           C  
+ATOM   3085  CZ  PHE I 206      17.892  21.294  67.378  1.00 74.35           C  
+ATOM   3086  N   ARG I 207      20.846  20.498  72.529  1.00 85.54           N  
+ATOM   3087  CA  ARG I 207      21.889  19.501  72.318  1.00 88.11           C  
+ATOM   3088  C   ARG I 207      21.291  18.136  71.995  1.00 86.99           C  
+ATOM   3089  O   ARG I 207      20.090  17.897  72.144  1.00 86.62           O  
+ATOM   3090  CB  ARG I 207      22.809  19.401  73.540  1.00 93.89           C  
+ATOM   3091  CG  ARG I 207      23.304  20.741  74.034  1.00102.05           C  
+ATOM   3092  CD  ARG I 207      24.363  20.584  75.105  1.00107.60           C  
+ATOM   3093  NE  ARG I 207      25.688  20.406  74.518  1.00113.83           N  
+ATOM   3094  CZ  ARG I 207      26.610  21.360  74.453  1.00119.24           C  
+ATOM   3095  NH1 ARG I 207      26.357  22.564  74.949  1.00116.54           N  
+ATOM   3096  NH2 ARG I 207      27.788  21.110  73.898  1.00120.26           N  
+ATOM   3097  N   THR I 208      22.165  17.232  71.541  1.00 86.44           N  
+ATOM   3098  CA  THR I 208      21.803  15.895  71.102  1.00 84.85           C  
+ATOM   3099  C   THR I 208      22.543  14.842  71.922  1.00 87.15           C  
+ATOM   3100  O   THR I 208      23.738  14.999  72.197  1.00 89.22           O  
+ATOM   3101  CB  THR I 208      22.134  15.717  69.609  1.00 85.07           C  
+ATOM   3102  OG1 THR I 208      21.469  16.734  68.849  1.00 82.19           O  
+ATOM   3103  CG2 THR I 208      21.697  14.350  69.102  1.00 86.73           C  
+ATOM   3104  N   PRO I 209      21.864  13.770  72.334  1.00 87.88           N  
+ATOM   3105  CA  PRO I 209      22.532  12.712  73.103  1.00 89.77           C  
+ATOM   3106  C   PRO I 209      23.616  11.995  72.309  1.00 93.45           C  
+ATOM   3107  O   PRO I 209      23.642  12.006  71.076  1.00 92.86           O  
+ATOM   3108  CB  PRO I 209      21.387  11.754  73.459  1.00 88.34           C  
+ATOM   3109  CG  PRO I 209      20.305  12.070  72.471  1.00 86.15           C  
+ATOM   3110  CD  PRO I 209      20.413  13.543  72.249  1.00 84.84           C  
+ATOM   3111  N   GLU I 210      24.526  11.366  73.048  1.00 99.32           N  
+ATOM   3112  CA  GLU I 210      25.631  10.617  72.470  1.00106.05           C  
+ATOM   3113  C   GLU I 210      25.204   9.180  72.193  1.00114.16           C  
+ATOM   3114  O   GLU I 210      24.400   8.599  72.927  1.00113.47           O  
+ATOM   3115  CB  GLU I 210      26.843  10.626  73.405  1.00112.87           C  
+ATOM   3116  CG  GLU I 210      27.367  12.013  73.735  1.00112.16           C  
+ATOM   3117  CD  GLU I 210      28.583  11.981  74.642  1.00120.58           C  
+ATOM   3118  OE1 GLU I 210      28.721  11.013  75.418  1.00116.21           O  
+ATOM   3119  OE2 GLU I 210      29.403  12.921  74.574  1.00126.78           O  
+ATOM   3120  N   ILE I 211      25.754   8.607  71.127  1.00112.62           N  
+ATOM   3121  CA  ILE I 211      25.430   7.234  70.754  1.00110.73           C  
+ATOM   3122  C   ILE I 211      26.514   6.280  71.241  1.00108.01           C  
+ATOM   3123  O   ILE I 211      26.220   5.197  71.748  1.00106.01           O  
+ATOM   3124  CB  ILE I 211      25.228   7.101  69.235  1.00 99.71           C  
+HETATM 3125  C1  NAG I 301      21.869  69.612  53.815  1.00187.08           C  
+HETATM 3126  C2  NAG I 301      22.062  71.095  54.102  1.00166.02           C  
+HETATM 3127  C3  NAG I 301      22.506  71.824  52.840  1.00149.84           C  
+HETATM 3128  C4  NAG I 301      23.713  71.139  52.212  1.00149.90           C  
+HETATM 3129  C5  NAG I 301      23.440  69.658  52.011  1.00164.75           C  
+HETATM 3130  C6  NAG I 301      24.645  68.903  51.501  1.00158.79           C  
+HETATM 3131  C7  NAG I 301      19.677  71.732  53.964  1.00160.26           C  
+HETATM 3132  C8  NAG I 301      18.537  72.384  54.686  1.00144.58           C  
+HETATM 3133  N2  NAG I 301      20.841  71.686  54.629  1.00166.48           N  
+HETATM 3134  O3  NAG I 301      22.829  73.160  53.205  1.00135.54           O  
+HETATM 3135  O4  NAG I 301      23.936  71.647  50.904  1.00134.84           O  
+HETATM 3136  O5  NAG I 301      23.070  69.066  53.260  1.00181.68           O  
+HETATM 3137  O6  NAG I 301      24.568  68.691  50.097  1.00144.30           O  
+HETATM 3138  O7  NAG I 301      19.546  71.270  52.832  1.00158.24           O  
+ATOM   3139  N   ASP J  17     -46.187  58.529  60.465  1.00170.77           N  
+ATOM   3140  CA  ASP J  17     -45.095  58.175  59.565  1.00173.04           C  
+ATOM   3141  C   ASP J  17     -45.399  56.879  58.815  1.00177.26           C  
+ATOM   3142  O   ASP J  17     -45.701  55.853  59.426  1.00175.25           O  
+ATOM   3143  CB  ASP J  17     -43.778  58.050  60.333  1.00161.88           C  
+ATOM   3144  N   TYR J  18     -45.291  56.931  57.487  1.00180.13           N  
+ATOM   3145  CA  TYR J  18     -45.579  55.787  56.621  1.00179.72           C  
+ATOM   3146  C   TYR J  18     -44.274  55.076  56.290  1.00192.90           C  
+ATOM   3147  O   TYR J  18     -43.532  55.489  55.395  1.00197.34           O  
+ATOM   3148  CB  TYR J  18     -46.305  56.211  55.349  1.00171.93           C  
+ATOM   3149  CG  TYR J  18     -47.753  56.615  55.523  1.00163.77           C  
+ATOM   3150  CD1 TYR J  18     -48.116  57.920  55.828  1.00160.38           C  
+ATOM   3151  CD2 TYR J  18     -48.764  55.678  55.349  1.00159.54           C  
+ATOM   3152  CE1 TYR J  18     -49.452  58.272  55.971  1.00156.20           C  
+ATOM   3153  CE2 TYR J  18     -50.092  56.018  55.489  1.00155.99           C  
+ATOM   3154  CZ  TYR J  18     -50.434  57.314  55.800  1.00153.66           C  
+ATOM   3155  OH  TYR J  18     -51.763  57.646  55.938  1.00145.30           O  
+ATOM   3156  N   SER J  19     -43.992  54.016  57.045  1.00185.29           N  
+ATOM   3157  CA  SER J  19     -42.745  53.275  56.917  1.00184.35           C  
+ATOM   3158  C   SER J  19     -42.537  52.763  55.496  1.00183.18           C  
+ATOM   3159  O   SER J  19     -43.484  52.534  54.739  1.00181.91           O  
+ATOM   3160  CB  SER J  19     -42.729  52.094  57.888  1.00185.91           C  
+ATOM   3161  OG  SER J  19     -42.821  52.531  59.232  1.00189.17           O  
+ATOM   3162  N   PHE J  20     -41.266  52.593  55.146  1.00182.16           N  
+ATOM   3163  CA  PHE J  20     -40.850  52.136  53.832  1.00178.15           C  
+ATOM   3164  C   PHE J  20     -39.497  51.460  53.993  1.00178.30           C  
+ATOM   3165  O   PHE J  20     -38.855  51.558  55.042  1.00177.68           O  
+ATOM   3166  CB  PHE J  20     -40.787  53.293  52.826  1.00175.70           C  
+ATOM   3167  CG  PHE J  20     -39.923  54.439  53.271  1.00172.85           C  
+ATOM   3168  CD1 PHE J  20     -40.445  55.447  54.066  1.00176.22           C  
+ATOM   3169  CD2 PHE J  20     -38.592  54.510  52.896  1.00166.98           C  
+ATOM   3170  CE1 PHE J  20     -39.655  56.501  54.480  1.00172.53           C  
+ATOM   3171  CE2 PHE J  20     -37.797  55.562  53.306  1.00165.04           C  
+ATOM   3172  CZ  PHE J  20     -38.330  56.559  54.098  1.00167.23           C  
+ATOM   3173  N   SER J  21     -39.067  50.765  52.946  1.00176.95           N  
+ATOM   3174  CA  SER J  21     -37.785  50.078  52.973  1.00172.26           C  
+ATOM   3175  C   SER J  21     -37.060  50.325  51.663  1.00169.80           C  
+ATOM   3176  O   SER J  21     -37.652  50.223  50.586  1.00170.06           O  
+ATOM   3177  CB  SER J  21     -37.958  48.571  53.206  1.00173.66           C  
+ATOM   3178  OG  SER J  21     -38.541  48.314  54.472  1.00175.38           O  
+ATOM   3179  N   CYS J  22     -35.770  50.627  51.761  1.00168.21           N  
+ATOM   3180  CA  CYS J  22     -34.950  50.922  50.600  1.00165.65           C  
+ATOM   3181  C   CYS J  22     -33.714  50.035  50.617  1.00162.80           C  
+ATOM   3182  O   CYS J  22     -33.346  49.460  51.645  1.00160.95           O  
+ATOM   3183  CB  CYS J  22     -34.532  52.400  50.557  1.00162.85           C  
+ATOM   3184  SG  CYS J  22     -35.888  53.604  50.463  1.00159.74           S  
+ATOM   3185  N   TYR J  23     -33.096  49.908  49.447  1.00162.75           N  
+ATOM   3186  CA  TYR J  23     -31.805  49.251  49.314  1.00158.97           C  
+ATOM   3187  C   TYR J  23     -31.086  49.846  48.114  1.00158.36           C  
+ATOM   3188  O   TYR J  23     -31.712  50.164  47.100  1.00159.62           O  
+ATOM   3189  CB  TYR J  23     -31.950  47.728  49.169  1.00158.70           C  
+ATOM   3190  CG  TYR J  23     -32.576  47.256  47.872  1.00160.14           C  
+ATOM   3191  CD1 TYR J  23     -31.794  46.985  46.754  1.00158.70           C  
+ATOM   3192  CD2 TYR J  23     -33.948  47.062  47.771  1.00162.14           C  
+ATOM   3193  CE1 TYR J  23     -32.363  46.548  45.571  1.00160.46           C  
+ATOM   3194  CE2 TYR J  23     -34.525  46.624  46.594  1.00162.78           C  
+ATOM   3195  CZ  TYR J  23     -33.728  46.369  45.497  1.00162.71           C  
+ATOM   3196  OH  TYR J  23     -34.300  45.934  44.323  1.00158.59           O  
+ATOM   3197  N   SER J  24     -29.770  49.986  48.229  1.00155.84           N  
+ATOM   3198  CA  SER J  24     -28.967  50.629  47.196  1.00153.10           C  
+ATOM   3199  C   SER J  24     -27.936  49.629  46.698  1.00152.48           C  
+ATOM   3200  O   SER J  24     -27.014  49.262  47.434  1.00153.07           O  
+ATOM   3201  CB  SER J  24     -28.289  51.886  47.737  1.00150.58           C  
+ATOM   3202  OG  SER J  24     -27.428  51.574  48.819  1.00153.14           O  
+ATOM   3203  N   GLN J  25     -28.086  49.191  45.453  1.00151.02           N  
+ATOM   3204  CA  GLN J  25     -27.064  48.380  44.809  1.00150.24           C  
+ATOM   3205  C   GLN J  25     -26.158  49.301  44.001  1.00153.32           C  
+ATOM   3206  O   GLN J  25     -26.613  49.961  43.060  1.00155.70           O  
+ATOM   3207  CB  GLN J  25     -27.693  47.308  43.921  1.00147.63           C  
+ATOM   3208  CG  GLN J  25     -28.404  46.187  44.657  1.00146.93           C  
+ATOM   3209  CD  GLN J  25     -28.977  45.150  43.707  1.00147.77           C  
+ATOM   3210  OE1 GLN J  25     -29.173  45.417  42.521  1.00147.51           O  
+ATOM   3211  NE2 GLN J  25     -29.239  43.955  44.224  1.00148.42           N  
+ATOM   3212  N   LEU J  26     -24.882  49.346  44.363  1.00154.56           N  
+ATOM   3213  CA  LEU J  26     -23.940  50.246  43.718  1.00159.60           C  
+ATOM   3214  C   LEU J  26     -23.071  49.476  42.731  1.00162.94           C  
+ATOM   3215  O   LEU J  26     -22.732  48.309  42.951  1.00161.34           O  
+ATOM   3216  CB  LEU J  26     -23.081  50.982  44.750  1.00159.20           C  
+ATOM   3217  CG  LEU J  26     -22.139  50.212  45.672  1.00156.44           C  
+ATOM   3218  CD1 LEU J  26     -20.716  50.369  45.182  1.00159.21           C  
+ATOM   3219  CD2 LEU J  26     -22.270  50.714  47.101  1.00151.21           C  
+ATOM   3220  N   GLU J  27     -22.715  50.151  41.637  1.00167.38           N  
+ATOM   3221  CA  GLU J  27     -21.885  49.583  40.573  1.00168.50           C  
+ATOM   3222  C   GLU J  27     -22.516  48.322  39.986  1.00162.28           C  
+ATOM   3223  O   GLU J  27     -21.833  47.330  39.722  1.00162.69           O  
+ATOM   3224  CB  GLU J  27     -20.466  49.288  41.072  1.00169.33           C  
+ATOM   3225  CG  GLU J  27     -19.767  50.463  41.735  1.00172.84           C  
+ATOM   3226  CD  GLU J  27     -18.457  50.062  42.387  1.00174.13           C  
+ATOM   3227  OE1 GLU J  27     -17.736  49.223  41.807  1.00178.14           O  
+ATOM   3228  OE2 GLU J  27     -18.152  50.577  43.484  1.00171.76           O  
+ATOM   3229  N   VAL J  28     -23.836  48.355  39.782  1.00159.20           N  
+ATOM   3230  CA  VAL J  28     -24.514  47.202  39.195  1.00155.18           C  
+ATOM   3231  C   VAL J  28     -24.206  47.111  37.706  1.00157.99           C  
+ATOM   3232  O   VAL J  28     -23.768  46.068  37.205  1.00156.34           O  
+ATOM   3233  CB  VAL J  28     -26.029  47.294  39.442  1.00149.97           C  
+ATOM   3234  CG1 VAL J  28     -26.723  45.998  39.036  1.00142.51           C  
+ATOM   3235  CG2 VAL J  28     -26.302  47.634  40.876  1.00150.25           C  
+ATOM   3236  N   ASN J  29     -24.433  48.203  36.980  1.00160.95           N  
+ATOM   3237  CA  ASN J  29     -24.112  48.320  35.560  1.00162.32           C  
+ATOM   3238  C   ASN J  29     -22.977  49.335  35.456  1.00169.60           C  
+ATOM   3239  O   ASN J  29     -23.202  50.547  35.531  1.00172.29           O  
+ATOM   3240  CB  ASN J  29     -25.368  48.687  34.760  1.00156.65           C  
+ATOM   3241  CG  ASN J  29     -25.115  49.675  33.624  1.00158.65           C  
+ATOM   3242  OD1 ASN J  29     -25.051  49.295  32.455  1.00154.57           O  
+ATOM   3243  ND2 ASN J  29     -25.012  50.954  33.968  1.00163.61           N  
+ATOM   3244  N   GLY J  30     -21.751  48.832  35.329  1.00171.47           N  
+ATOM   3245  CA  GLY J  30     -20.583  49.690  35.321  1.00179.42           C  
+ATOM   3246  C   GLY J  30     -20.443  50.496  36.596  1.00185.49           C  
+ATOM   3247  O   GLY J  30     -20.097  49.957  37.652  1.00182.14           O  
+ATOM   3248  N   SER J  31     -20.715  51.797  36.505  1.00197.27           N  
+ATOM   3249  CA  SER J  31     -20.712  52.681  37.660  1.00201.47           C  
+ATOM   3250  C   SER J  31     -22.093  53.222  38.005  1.00202.72           C  
+ATOM   3251  O   SER J  31     -22.214  54.012  38.947  1.00205.23           O  
+ATOM   3252  CB  SER J  31     -19.747  53.850  37.424  1.00208.00           C  
+ATOM   3253  OG  SER J  31     -20.098  54.567  36.253  1.00210.17           O  
+ATOM   3254  N   GLN J  32     -23.132  52.832  37.270  1.00186.01           N  
+ATOM   3255  CA  GLN J  32     -24.476  53.335  37.531  1.00180.99           C  
+ATOM   3256  C   GLN J  32     -25.054  52.655  38.764  1.00176.42           C  
+ATOM   3257  O   GLN J  32     -25.260  51.437  38.773  1.00171.45           O  
+ATOM   3258  CB  GLN J  32     -25.386  53.112  36.328  1.00173.18           C  
+ATOM   3259  N   HIS J  33     -25.314  53.442  39.800  1.00173.53           N  
+ATOM   3260  CA  HIS J  33     -25.918  52.933  41.016  1.00167.62           C  
+ATOM   3261  C   HIS J  33     -27.436  52.895  40.866  1.00163.05           C  
+ATOM   3262  O   HIS J  33     -28.024  53.596  40.034  1.00163.14           O  
+ATOM   3263  CB  HIS J  33     -25.527  53.803  42.209  1.00166.32           C  
+ATOM   3264  CG  HIS J  33     -24.055  54.059  42.312  1.00170.66           C  
+ATOM   3265  ND1 HIS J  33     -23.113  53.223  41.753  1.00174.48           N  
+ATOM   3266  CD2 HIS J  33     -23.365  55.066  42.897  1.00168.74           C  
+ATOM   3267  CE1 HIS J  33     -21.905  53.700  41.996  1.00174.08           C  
+ATOM   3268  NE2 HIS J  33     -22.030  54.818  42.688  1.00171.07           N  
+ATOM   3269  N   SER J  34     -28.073  52.071  41.697  1.00157.55           N  
+ATOM   3270  CA  SER J  34     -29.518  51.890  41.668  1.00153.62           C  
+ATOM   3271  C   SER J  34     -30.038  51.931  43.095  1.00153.07           C  
+ATOM   3272  O   SER J  34     -29.716  51.053  43.903  1.00151.41           O  
+ATOM   3273  CB  SER J  34     -29.898  50.569  40.992  1.00149.81           C  
+ATOM   3274  OG  SER J  34     -29.438  49.459  41.745  1.00148.27           O  
+ATOM   3275  N   LEU J  35     -30.846  52.943  43.398  1.00153.90           N  
+ATOM   3276  CA  LEU J  35     -31.452  53.113  44.713  1.00155.98           C  
+ATOM   3277  C   LEU J  35     -32.925  52.749  44.581  1.00161.28           C  
+ATOM   3278  O   LEU J  35     -33.695  53.477  43.946  1.00164.62           O  
+ATOM   3279  CB  LEU J  35     -31.282  54.546  45.213  1.00155.20           C  
+ATOM   3280  CG  LEU J  35     -29.978  55.268  44.862  1.00150.94           C  
+ATOM   3281  CD1 LEU J  35     -30.029  56.715  45.326  1.00145.59           C  
+ATOM   3282  CD2 LEU J  35     -28.774  54.559  45.459  1.00145.21           C  
+ATOM   3283  N   THR J  36     -33.312  51.626  45.177  1.00163.70           N  
+ATOM   3284  CA  THR J  36     -34.672  51.124  45.116  1.00166.77           C  
+ATOM   3285  C   THR J  36     -35.366  51.333  46.456  1.00169.10           C  
+ATOM   3286  O   THR J  36     -34.737  51.269  47.514  1.00168.11           O  
+ATOM   3287  CB  THR J  36     -34.668  49.636  44.749  1.00165.33           C  
+ATOM   3288  OG1 THR J  36     -33.870  49.433  43.576  1.00164.23           O  
+ATOM   3289  CG2 THR J  36     -36.066  49.134  44.492  1.00165.35           C  
+ATOM   3290  N   CYS J  37     -36.672  51.588  46.398  1.00169.63           N  
+ATOM   3291  CA  CYS J  37     -37.488  51.785  47.586  1.00168.11           C  
+ATOM   3292  C   CYS J  37     -38.868  51.187  47.350  1.00167.22           C  
+ATOM   3293  O   CYS J  37     -39.341  51.094  46.213  1.00166.83           O  
+ATOM   3294  CB  CYS J  37     -37.608  53.267  47.965  1.00169.13           C  
+ATOM   3295  SG  CYS J  37     -36.060  54.055  48.487  1.00174.97           S  
+ATOM   3296  N   ALA J  38     -39.505  50.781  48.447  1.00168.35           N  
+ATOM   3297  CA  ALA J  38     -40.815  50.152  48.400  1.00170.00           C  
+ATOM   3298  C   ALA J  38     -41.532  50.401  49.719  1.00169.63           C  
+ATOM   3299  O   ALA J  38     -40.920  50.775  50.722  1.00169.74           O  
+ATOM   3300  CB  ALA J  38     -40.711  48.648  48.119  1.00171.76           C  
+ATOM   3301  N   PHE J  39     -42.846  50.209  49.696  1.00169.65           N  
+ATOM   3302  CA  PHE J  39     -43.690  50.413  50.863  1.00172.18           C  
+ATOM   3303  C   PHE J  39     -43.781  49.143  51.697  1.00173.30           C  
+ATOM   3304  O   PHE J  39     -43.721  48.026  51.176  1.00172.63           O  
+ATOM   3305  CB  PHE J  39     -45.097  50.844  50.447  1.00173.41           C  
+ATOM   3306  CG  PHE J  39     -45.126  51.741  49.249  1.00175.24           C  
+ATOM   3307  CD1 PHE J  39     -45.089  53.115  49.397  1.00176.67           C  
+ATOM   3308  CD2 PHE J  39     -45.192  51.209  47.972  1.00175.37           C  
+ATOM   3309  CE1 PHE J  39     -45.117  53.938  48.297  1.00178.54           C  
+ATOM   3310  CE2 PHE J  39     -45.215  52.029  46.868  1.00175.58           C  
+ATOM   3311  CZ  PHE J  39     -45.179  53.395  47.031  1.00178.05           C  
+ATOM   3312  N   GLU J  40     -43.924  49.329  53.010  1.00173.36           N  
+ATOM   3313  CA  GLU J  40     -44.085  48.190  53.908  1.00171.77           C  
+ATOM   3314  C   GLU J  40     -45.433  47.512  53.689  1.00177.40           C  
+ATOM   3315  O   GLU J  40     -45.510  46.282  53.577  1.00178.92           O  
+ATOM   3316  CB  GLU J  40     -43.932  48.640  55.361  1.00165.61           C  
+ATOM   3317  N   ASP J  41     -46.510  48.299  53.623  1.00178.54           N  
+ATOM   3318  CA  ASP J  41     -47.852  47.774  53.391  1.00176.68           C  
+ATOM   3319  C   ASP J  41     -48.110  47.619  51.893  1.00174.73           C  
+ATOM   3320  O   ASP J  41     -47.715  48.482  51.103  1.00174.82           O  
+ATOM   3321  CB  ASP J  41     -48.903  48.701  53.996  1.00174.53           C  
+ATOM   3322  N   PRO J  42     -48.753  46.525  51.470  1.00173.11           N  
+ATOM   3323  CA  PRO J  42     -49.012  46.325  50.035  1.00169.84           C  
+ATOM   3324  C   PRO J  42     -50.161  47.156  49.479  1.00168.02           C  
+ATOM   3325  O   PRO J  42     -50.581  46.910  48.338  1.00161.60           O  
+ATOM   3326  CB  PRO J  42     -49.335  44.821  49.943  1.00166.26           C  
+ATOM   3327  CG  PRO J  42     -48.999  44.240  51.298  1.00169.48           C  
+ATOM   3328  CD  PRO J  42     -49.163  45.361  52.268  1.00172.72           C  
+ATOM   3329  N   ASP J  43     -50.672  48.135  50.229  1.00170.53           N  
+ATOM   3330  CA  ASP J  43     -51.765  48.993  49.770  1.00167.59           C  
+ATOM   3331  C   ASP J  43     -51.134  50.339  49.425  1.00167.76           C  
+ATOM   3332  O   ASP J  43     -51.259  51.332  50.143  1.00167.33           O  
+ATOM   3333  CB  ASP J  43     -52.855  49.113  50.831  1.00164.56           C  
+ATOM   3334  CG  ASP J  43     -53.202  47.777  51.466  1.00162.79           C  
+ATOM   3335  OD1 ASP J  43     -52.277  47.100  51.964  1.00163.65           O  
+ATOM   3336  OD2 ASP J  43     -54.397  47.408  51.482  1.00157.58           O  
+ATOM   3337  N   VAL J  44     -50.356  50.318  48.344  1.00167.19           N  
+ATOM   3338  CA  VAL J  44     -49.586  51.478  47.908  1.00168.84           C  
+ATOM   3339  C   VAL J  44     -50.474  52.614  47.401  1.00167.88           C  
+ATOM   3340  O   VAL J  44     -50.277  53.777  47.774  1.00168.24           O  
+ATOM   3341  CB  VAL J  44     -48.560  51.038  46.853  1.00167.84           C  
+ATOM   3342  N   ASN J  45     -51.429  52.308  46.518  1.00165.62           N  
+ATOM   3343  CA  ASN J  45     -52.299  53.312  45.900  1.00164.45           C  
+ATOM   3344  C   ASN J  45     -51.455  54.357  45.164  1.00166.34           C  
+ATOM   3345  O   ASN J  45     -51.430  55.542  45.507  1.00165.66           O  
+ATOM   3346  CB  ASN J  45     -53.226  53.965  46.932  1.00159.29           C  
+ATOM   3347  N   THR J  46     -50.752  53.884  44.132  1.00168.46           N  
+ATOM   3348  CA  THR J  46     -49.717  54.650  43.450  1.00168.72           C  
+ATOM   3349  C   THR J  46     -50.231  55.416  42.236  1.00166.25           C  
+ATOM   3350  O   THR J  46     -49.442  55.723  41.335  1.00165.09           O  
+ATOM   3351  CB  THR J  46     -48.576  53.726  43.016  1.00168.82           C  
+ATOM   3352  OG1 THR J  46     -49.099  52.657  42.218  1.00167.60           O  
+ATOM   3353  CG2 THR J  46     -47.870  53.151  44.222  1.00170.15           C  
+ATOM   3354  N   THR J  47     -51.527  55.732  42.188  1.00166.24           N  
+ATOM   3355  CA  THR J  47     -52.055  56.477  41.049  1.00164.52           C  
+ATOM   3356  C   THR J  47     -51.451  57.875  40.977  1.00165.86           C  
+ATOM   3357  O   THR J  47     -51.075  58.342  39.895  1.00168.40           O  
+ATOM   3358  CB  THR J  47     -53.579  56.555  41.130  1.00156.59           C  
+ATOM   3359  N   ASN J  48     -51.342  58.557  42.121  1.00165.50           N  
+ATOM   3360  CA  ASN J  48     -50.767  59.900  42.200  1.00164.60           C  
+ATOM   3361  C   ASN J  48     -49.787  59.934  43.377  1.00163.41           C  
+ATOM   3362  O   ASN J  48     -50.021  60.595  44.390  1.00159.74           O  
+ATOM   3363  CB  ASN J  48     -51.860  60.960  42.342  1.00161.42           C  
+ATOM   3364  N   LEU J  49     -48.675  59.218  43.226  1.00167.19           N  
+ATOM   3365  CA  LEU J  49     -47.690  59.047  44.284  1.00171.65           C  
+ATOM   3366  C   LEU J  49     -46.292  59.208  43.703  1.00176.30           C  
+ATOM   3367  O   LEU J  49     -46.038  58.842  42.552  1.00174.89           O  
+ATOM   3368  CB  LEU J  49     -47.849  57.673  44.952  1.00168.00           C  
+ATOM   3369  CG  LEU J  49     -46.934  57.260  46.103  1.00168.90           C  
+ATOM   3370  CD1 LEU J  49     -46.894  58.326  47.181  1.00166.10           C  
+ATOM   3371  CD2 LEU J  49     -47.428  55.948  46.676  1.00169.10           C  
+ATOM   3372  N   GLU J  50     -45.383  59.762  44.506  1.00181.18           N  
+ATOM   3373  CA  GLU J  50     -44.044  60.064  44.022  1.00185.60           C  
+ATOM   3374  C   GLU J  50     -43.039  60.001  45.165  1.00191.24           C  
+ATOM   3375  O   GLU J  50     -43.379  60.230  46.328  1.00192.64           O  
+ATOM   3376  CB  GLU J  50     -43.990  61.446  43.360  1.00189.04           C  
+ATOM   3377  N   PHE J  51     -41.792  59.698  44.810  1.00192.11           N  
+ATOM   3378  CA  PHE J  51     -40.661  59.735  45.726  1.00192.34           C  
+ATOM   3379  C   PHE J  51     -39.634  60.736  45.215  1.00192.59           C  
+ATOM   3380  O   PHE J  51     -39.364  60.795  44.011  1.00189.52           O  
+ATOM   3381  CB  PHE J  51     -40.001  58.354  45.859  1.00187.27           C  
+ATOM   3382  CG  PHE J  51     -40.786  57.373  46.683  1.00184.16           C  
+ATOM   3383  CD1 PHE J  51     -41.859  56.686  46.140  1.00184.03           C  
+ATOM   3384  CD2 PHE J  51     -40.436  57.124  48.000  1.00180.30           C  
+ATOM   3385  CE1 PHE J  51     -42.573  55.780  46.900  1.00181.52           C  
+ATOM   3386  CE2 PHE J  51     -41.145  56.220  48.763  1.00175.28           C  
+ATOM   3387  CZ  PHE J  51     -42.213  55.547  48.213  1.00178.16           C  
+ATOM   3388  N   GLU J  52     -39.060  61.522  46.126  1.00195.86           N  
+ATOM   3389  CA  GLU J  52     -38.110  62.569  45.765  1.00194.33           C  
+ATOM   3390  C   GLU J  52     -36.851  62.382  46.597  1.00189.87           C  
+ATOM   3391  O   GLU J  52     -36.944  62.154  47.809  1.00191.16           O  
+ATOM   3392  CB  GLU J  52     -38.701  63.963  45.992  1.00195.65           C  
+ATOM   3393  N   ILE J  53     -35.679  62.474  45.966  1.00185.41           N  
+ATOM   3394  CA  ILE J  53     -34.413  62.307  46.672  1.00183.68           C  
+ATOM   3395  C   ILE J  53     -33.594  63.580  46.512  1.00185.09           C  
+ATOM   3396  O   ILE J  53     -33.216  63.944  45.391  1.00186.52           O  
+ATOM   3397  CB  ILE J  53     -33.633  61.088  46.158  1.00180.47           C  
+ATOM   3398  N   CYS J  54     -33.317  64.252  47.629  1.00183.64           N  
+ATOM   3399  CA  CYS J  54     -32.439  65.412  47.658  1.00185.22           C  
+ATOM   3400  C   CYS J  54     -31.219  65.115  48.521  1.00182.62           C  
+ATOM   3401  O   CYS J  54     -31.247  64.237  49.385  1.00179.15           O  
+ATOM   3402  CB  CYS J  54     -33.159  66.659  48.192  1.00188.08           C  
+ATOM   3403  SG  CYS J  54     -34.627  67.179  47.280  1.00194.75           S  
+ATOM   3404  N   GLY J  55     -30.146  65.867  48.289  1.00190.88           N  
+ATOM   3405  CA  GLY J  55     -28.929  65.685  49.058  1.00183.82           C  
+ATOM   3406  C   GLY J  55     -27.760  65.119  48.276  1.00180.71           C  
+ATOM   3407  O   GLY J  55     -27.142  65.832  47.481  1.00183.92           O  
+ATOM   3408  N   ALA J  56     -27.443  63.840  48.494  1.00170.62           N  
+ATOM   3409  CA  ALA J  56     -26.303  63.205  47.838  1.00166.26           C  
+ATOM   3410  C   ALA J  56     -26.483  63.130  46.329  1.00167.43           C  
+ATOM   3411  O   ALA J  56     -26.839  62.081  45.782  1.00164.71           O  
+ATOM   3412  CB  ALA J  56     -26.047  61.807  48.402  1.00161.10           C  
+ATOM   3413  N   LEU J  57     -26.240  64.249  45.657  1.00169.16           N  
+ATOM   3414  CA  LEU J  57     -26.288  64.346  44.209  1.00165.23           C  
+ATOM   3415  C   LEU J  57     -25.092  65.182  43.784  1.00167.42           C  
+ATOM   3416  O   LEU J  57     -24.616  66.032  44.539  1.00169.65           O  
+ATOM   3417  CB  LEU J  57     -27.600  64.959  43.708  1.00160.17           C  
+ATOM   3418  N   VAL J  58     -24.623  64.962  42.559  1.00168.20           N  
+ATOM   3419  CA  VAL J  58     -23.377  65.591  42.132  1.00169.32           C  
+ATOM   3420  C   VAL J  58     -23.640  66.984  41.584  1.00171.49           C  
+ATOM   3421  O   VAL J  58     -23.185  67.985  42.149  1.00173.25           O  
+ATOM   3422  CB  VAL J  58     -22.655  64.708  41.096  1.00164.10           C  
+ATOM   3423  CG1 VAL J  58     -21.378  65.383  40.619  1.00157.19           C  
+ATOM   3424  CG2 VAL J  58     -22.351  63.337  41.686  1.00162.88           C  
+ATOM   3425  N   GLU J  59     -24.394  67.079  40.491  1.00172.76           N  
+ATOM   3426  CA  GLU J  59     -24.733  68.376  39.917  1.00173.70           C  
+ATOM   3427  C   GLU J  59     -26.166  68.791  40.235  1.00173.67           C  
+ATOM   3428  O   GLU J  59     -26.385  69.817  40.885  1.00173.04           O  
+ATOM   3429  CB  GLU J  59     -24.500  68.357  38.402  1.00170.34           C  
+ATOM   3430  CG  GLU J  59     -24.835  69.670  37.710  1.00165.94           C  
+ATOM   3431  CD  GLU J  59     -24.026  70.843  38.238  1.00163.30           C  
+ATOM   3432  OE1 GLU J  59     -22.915  70.622  38.767  1.00165.54           O  
+ATOM   3433  OE2 GLU J  59     -24.505  71.991  38.124  1.00158.27           O  
+ATOM   3434  N   VAL J  60     -27.148  68.008  39.782  1.00173.38           N  
+ATOM   3435  CA  VAL J  60     -28.542  68.356  40.019  1.00171.85           C  
+ATOM   3436  C   VAL J  60     -28.803  68.409  41.525  1.00170.40           C  
+ATOM   3437  O   VAL J  60     -28.176  67.694  42.316  1.00170.10           O  
+ATOM   3438  CB  VAL J  60     -29.466  67.350  39.310  1.00172.30           C  
+ATOM   3439  CG1 VAL J  60     -30.930  67.722  39.490  1.00171.66           C  
+ATOM   3440  CG2 VAL J  60     -29.111  67.257  37.830  1.00167.32           C  
+ATOM   3441  N   LYS J  61     -29.739  69.273  41.926  1.00168.93           N  
+ATOM   3442  CA  LYS J  61     -30.039  69.439  43.346  1.00169.06           C  
+ATOM   3443  C   LYS J  61     -30.872  68.283  43.891  1.00174.27           C  
+ATOM   3444  O   LYS J  61     -30.532  67.694  44.924  1.00176.12           O  
+ATOM   3445  CB  LYS J  61     -30.754  70.773  43.569  1.00158.97           C  
+ATOM   3446  CG  LYS J  61     -29.921  71.997  43.210  1.00145.21           C  
+ATOM   3447  CD  LYS J  61     -30.701  73.284  43.445  1.00131.35           C  
+ATOM   3448  CE  LYS J  61     -29.846  74.512  43.173  1.00123.48           C  
+ATOM   3449  NZ  LYS J  61     -30.600  75.779  43.391  1.00119.18           N  
+ATOM   3450  N   CYS J  62     -31.970  67.946  43.218  1.00177.69           N  
+ATOM   3451  CA  CYS J  62     -32.809  66.822  43.607  1.00181.54           C  
+ATOM   3452  C   CYS J  62     -33.160  65.992  42.383  1.00183.95           C  
+ATOM   3453  O   CYS J  62     -33.293  66.519  41.276  1.00185.66           O  
+ATOM   3454  CB  CYS J  62     -34.104  67.283  44.291  1.00186.92           C  
+ATOM   3455  SG  CYS J  62     -33.891  68.311  45.760  1.00200.15           S  
+ATOM   3456  N   LEU J  63     -33.308  64.683  42.590  1.00184.12           N  
+ATOM   3457  CA  LEU J  63     -33.620  63.771  41.502  1.00184.05           C  
+ATOM   3458  C   LEU J  63     -34.842  62.932  41.850  1.00183.08           C  
+ATOM   3459  O   LEU J  63     -35.147  62.672  43.025  1.00182.88           O  
+ATOM   3460  CB  LEU J  63     -32.440  62.838  41.165  1.00183.49           C  
+ATOM   3461  CG  LEU J  63     -31.378  63.373  40.199  1.00182.09           C  
+ATOM   3462  CD1 LEU J  63     -30.375  64.245  40.933  1.00180.05           C  
+ATOM   3463  CD2 LEU J  63     -30.676  62.241  39.455  1.00181.64           C  
+ATOM   3464  N   ASN J  64     -35.544  62.520  40.799  1.00182.10           N  
+ATOM   3465  CA  ASN J  64     -36.761  61.733  40.899  1.00183.16           C  
+ATOM   3466  C   ASN J  64     -36.490  60.272  40.562  1.00182.80           C  
+ATOM   3467  O   ASN J  64     -35.554  59.943  39.830  1.00179.54           O  
+ATOM   3468  CB  ASN J  64     -37.843  62.288  39.969  1.00179.91           C  
+ATOM   3469  N   PHE J  65     -37.330  59.402  41.108  1.00184.14           N  
+ATOM   3470  CA  PHE J  65     -37.245  57.966  40.900  1.00176.96           C  
+ATOM   3471  C   PHE J  65     -38.167  57.540  39.759  1.00172.98           C  
+ATOM   3472  O   PHE J  65     -39.087  58.261  39.367  1.00174.70           O  
+ATOM   3473  CB  PHE J  65     -37.605  57.222  42.187  1.00175.07           C  
+ATOM   3474  CG  PHE J  65     -36.490  57.186  43.196  1.00173.53           C  
+ATOM   3475  CD1 PHE J  65     -35.178  57.395  42.805  1.00171.74           C  
+ATOM   3476  CD2 PHE J  65     -36.757  56.965  44.537  1.00173.67           C  
+ATOM   3477  CE1 PHE J  65     -34.150  57.365  43.729  1.00169.50           C  
+ATOM   3478  CE2 PHE J  65     -35.733  56.938  45.467  1.00169.82           C  
+ATOM   3479  CZ  PHE J  65     -34.428  57.138  45.061  1.00169.50           C  
+ATOM   3480  N   ARG J  66     -37.903  56.353  39.221  1.00168.57           N  
+ATOM   3481  CA  ARG J  66     -38.792  55.727  38.254  1.00165.10           C  
+ATOM   3482  C   ARG J  66     -39.684  54.716  38.963  1.00167.32           C  
+ATOM   3483  O   ARG J  66     -39.280  54.083  39.940  1.00167.79           O  
+ATOM   3484  CB  ARG J  66     -38.000  55.043  37.136  1.00156.86           C  
+ATOM   3485  CG  ARG J  66     -37.171  55.997  36.293  1.00149.74           C  
+ATOM   3486  CD  ARG J  66     -36.315  55.248  35.285  1.00142.10           C  
+ATOM   3487  NE  ARG J  66     -37.089  54.258  34.541  1.00143.24           N  
+ATOM   3488  CZ  ARG J  66     -37.851  54.540  33.490  1.00140.49           C  
+ATOM   3489  NH1 ARG J  66     -37.951  55.789  33.055  1.00138.19           N  
+ATOM   3490  NH2 ARG J  66     -38.519  53.574  32.876  1.00135.66           N  
+ATOM   3491  N   LYS J  67     -40.901  54.561  38.450  1.00167.00           N  
+ATOM   3492  CA  LYS J  67     -41.946  53.783  39.103  1.00164.80           C  
+ATOM   3493  C   LYS J  67     -42.281  52.553  38.272  1.00161.02           C  
+ATOM   3494  O   LYS J  67     -42.564  52.664  37.075  1.00159.40           O  
+ATOM   3495  CB  LYS J  67     -43.202  54.630  39.316  1.00160.84           C  
+ATOM   3496  N   LEU J  68     -42.257  51.387  38.917  1.00158.76           N  
+ATOM   3497  CA  LEU J  68     -42.612  50.122  38.284  1.00154.38           C  
+ATOM   3498  C   LEU J  68     -43.341  49.274  39.313  1.00155.38           C  
+ATOM   3499  O   LEU J  68     -42.795  48.998  40.386  1.00156.34           O  
+ATOM   3500  CB  LEU J  68     -41.369  49.391  37.764  1.00150.67           C  
+ATOM   3501  CG  LEU J  68     -40.507  50.110  36.724  1.00150.75           C  
+ATOM   3502  CD1 LEU J  68     -39.184  49.389  36.539  1.00145.29           C  
+ATOM   3503  CD2 LEU J  68     -41.244  50.228  35.398  1.00147.03           C  
+ATOM   3504  N   GLN J  69     -44.574  48.876  38.987  1.00157.18           N  
+ATOM   3505  CA  GLN J  69     -45.432  48.116  39.892  1.00155.97           C  
+ATOM   3506  C   GLN J  69     -45.617  48.905  41.185  1.00157.16           C  
+ATOM   3507  O   GLN J  69     -46.238  49.974  41.182  1.00159.34           O  
+ATOM   3508  CB  GLN J  69     -44.852  46.727  40.167  1.00149.19           C  
+ATOM   3509  N   GLU J  70     -45.089  48.385  42.290  1.00157.06           N  
+ATOM   3510  CA  GLU J  70     -45.109  49.050  43.586  1.00157.50           C  
+ATOM   3511  C   GLU J  70     -43.683  49.216  44.085  1.00160.15           C  
+ATOM   3512  O   GLU J  70     -43.376  49.003  45.262  1.00160.33           O  
+ATOM   3513  CB  GLU J  70     -45.940  48.278  44.600  1.00153.60           C  
+ATOM   3514  CG  GLU J  70     -47.207  47.666  44.038  1.00150.54           C  
+ATOM   3515  CD  GLU J  70     -48.446  48.099  44.793  1.00152.67           C  
+ATOM   3516  OE1 GLU J  70     -49.265  48.840  44.210  1.00153.14           O  
+ATOM   3517  OE2 GLU J  70     -48.601  47.704  45.968  1.00155.16           O  
+ATOM   3518  N   ILE J  71     -42.794  49.623  43.181  1.00159.63           N  
+ATOM   3519  CA  ILE J  71     -41.371  49.761  43.462  1.00161.69           C  
+ATOM   3520  C   ILE J  71     -40.871  51.013  42.759  1.00164.72           C  
+ATOM   3521  O   ILE J  71     -41.254  51.286  41.616  1.00163.77           O  
+ATOM   3522  CB  ILE J  71     -40.610  48.511  42.966  1.00157.96           C  
+ATOM   3523  CG1 ILE J  71     -40.997  47.272  43.777  1.00160.94           C  
+ATOM   3524  CG2 ILE J  71     -39.118  48.735  42.983  1.00157.62           C  
+ATOM   3525  CD1 ILE J  71     -40.574  45.971  43.136  1.00157.11           C  
+ATOM   3526  N   TYR J  72     -40.009  51.774  43.433  1.00168.51           N  
+ATOM   3527  CA  TYR J  72     -39.488  53.013  42.871  1.00169.89           C  
+ATOM   3528  C   TYR J  72     -37.969  52.973  42.885  1.00170.04           C  
+ATOM   3529  O   TYR J  72     -37.359  52.928  43.957  1.00169.48           O  
+ATOM   3530  CB  TYR J  72     -40.003  54.223  43.655  1.00172.40           C  
+ATOM   3531  CG  TYR J  72     -41.492  54.441  43.521  1.00174.62           C  
+ATOM   3532  CD1 TYR J  72     -42.398  53.638  44.202  1.00174.56           C  
+ATOM   3533  CD2 TYR J  72     -41.993  55.463  42.727  1.00176.12           C  
+ATOM   3534  CE1 TYR J  72     -43.757  53.834  44.080  1.00173.79           C  
+ATOM   3535  CE2 TYR J  72     -43.352  55.670  42.606  1.00175.67           C  
+ATOM   3536  CZ  TYR J  72     -44.228  54.853  43.283  1.00174.20           C  
+ATOM   3537  OH  TYR J  72     -45.580  55.061  43.159  1.00172.76           O  
+ATOM   3538  N   PHE J  73     -37.361  53.002  41.703  1.00168.28           N  
+ATOM   3539  CA  PHE J  73     -35.911  53.014  41.588  1.00162.82           C  
+ATOM   3540  C   PHE J  73     -35.508  53.937  40.449  1.00162.72           C  
+ATOM   3541  O   PHE J  73     -36.251  54.112  39.482  1.00163.84           O  
+ATOM   3542  CB  PHE J  73     -35.348  51.604  41.359  1.00160.41           C  
+ATOM   3543  N   ILE J  74     -34.310  54.501  40.561  1.00161.45           N  
+ATOM   3544  CA  ILE J  74     -33.664  55.229  39.477  1.00157.93           C  
+ATOM   3545  C   ILE J  74     -32.228  54.738  39.396  1.00156.98           C  
+ATOM   3546  O   ILE J  74     -31.570  54.550  40.425  1.00155.87           O  
+ATOM   3547  CB  ILE J  74     -33.718  56.757  39.681  1.00158.50           C  
+ATOM   3548  N   GLU J  75     -31.734  54.547  38.177  1.00158.57           N  
+ATOM   3549  CA  GLU J  75     -30.377  54.064  37.945  1.00158.03           C  
+ATOM   3550  C   GLU J  75     -29.539  55.166  37.310  1.00162.33           C  
+ATOM   3551  O   GLU J  75     -29.728  55.503  36.136  1.00162.67           O  
+ATOM   3552  CB  GLU J  75     -30.393  52.816  37.064  1.00152.89           C  
+ATOM   3553  N   THR J  76     -28.618  55.725  38.092  1.00165.26           N  
+ATOM   3554  CA  THR J  76     -27.777  56.816  37.620  1.00167.59           C  
+ATOM   3555  C   THR J  76     -26.401  56.691  38.258  1.00170.63           C  
+ATOM   3556  O   THR J  76     -26.245  56.122  39.341  1.00172.05           O  
+ATOM   3557  CB  THR J  76     -28.387  58.193  37.920  1.00165.31           C  
+ATOM   3558  OG1 THR J  76     -27.656  59.203  37.212  1.00162.32           O  
+ATOM   3559  CG2 THR J  76     -28.336  58.494  39.410  1.00165.03           C  
+ATOM   3560  N   LYS J  77     -25.403  57.252  37.577  1.00172.97           N  
+ATOM   3561  CA  LYS J  77     -24.023  57.186  38.041  1.00175.76           C  
+ATOM   3562  C   LYS J  77     -23.634  58.364  38.922  1.00173.36           C  
+ATOM   3563  O   LYS J  77     -22.726  58.231  39.752  1.00170.13           O  
+ATOM   3564  CB  LYS J  77     -23.068  57.107  36.846  1.00175.65           C  
+ATOM   3565  N   LYS J  78     -24.292  59.510  38.765  1.00173.27           N  
+ATOM   3566  CA  LYS J  78     -23.945  60.714  39.518  1.00169.36           C  
+ATOM   3567  C   LYS J  78     -24.465  60.553  40.941  1.00164.87           C  
+ATOM   3568  O   LYS J  78     -25.595  60.919  41.265  1.00161.59           O  
+ATOM   3569  CB  LYS J  78     -24.522  61.955  38.847  1.00166.37           C  
+ATOM   3570  N   PHE J  79     -23.619  59.989  41.801  1.00165.81           N  
+ATOM   3571  CA  PHE J  79     -23.941  59.766  43.203  1.00163.63           C  
+ATOM   3572  C   PHE J  79     -22.731  60.103  44.060  1.00164.04           C  
+ATOM   3573  O   PHE J  79     -21.591  59.839  43.668  1.00166.03           O  
+ATOM   3574  CB  PHE J  79     -24.378  58.317  43.456  1.00161.32           C  
+ATOM   3575  N   LEU J  80     -22.984  60.691  45.226  1.00161.41           N  
+ATOM   3576  CA  LEU J  80     -21.938  61.007  46.191  1.00161.47           C  
+ATOM   3577  C   LEU J  80     -21.862  59.881  47.215  1.00160.84           C  
+ATOM   3578  O   LEU J  80     -22.866  59.550  47.856  1.00159.38           O  
+ATOM   3579  CB  LEU J  80     -22.214  62.345  46.877  1.00160.79           C  
+ATOM   3580  N   LEU J  81     -20.672  59.298  47.366  1.00162.78           N  
+ATOM   3581  CA  LEU J  81     -20.429  58.213  48.309  1.00164.14           C  
+ATOM   3582  C   LEU J  81     -20.244  58.689  49.747  1.00163.65           C  
+ATOM   3583  O   LEU J  81     -19.720  57.930  50.572  1.00161.45           O  
+ATOM   3584  CB  LEU J  81     -19.206  57.403  47.869  1.00162.05           C  
+ATOM   3585  N   ILE J  82     -20.661  59.909  50.072  1.00161.14           N  
+ATOM   3586  CA  ILE J  82     -20.504  60.456  51.417  1.00155.94           C  
+ATOM   3587  C   ILE J  82     -21.566  61.524  51.630  1.00157.31           C  
+ATOM   3588  O   ILE J  82     -21.725  62.426  50.802  1.00155.20           O  
+ATOM   3589  CB  ILE J  82     -19.093  61.035  51.642  1.00147.62           C  
+ATOM   3590  N   GLY J  83     -22.284  61.426  52.736  1.00158.73           N  
+ATOM   3591  CA  GLY J  83     -23.316  62.394  53.070  1.00159.76           C  
+ATOM   3592  C   GLY J  83     -24.706  61.787  53.007  1.00163.40           C  
+ATOM   3593  O   GLY J  83     -25.001  60.936  52.159  1.00165.12           O  
+ATOM   3594  N   LYS J  84     -25.570  62.230  53.917  1.00164.33           N  
+ATOM   3595  CA  LYS J  84     -26.945  61.760  53.987  1.00167.48           C  
+ATOM   3596  C   LYS J  84     -27.812  62.439  52.928  1.00168.16           C  
+ATOM   3597  O   LYS J  84     -27.446  63.465  52.347  1.00169.59           O  
+ATOM   3598  CB  LYS J  84     -27.526  62.011  55.379  1.00164.05           C  
+ATOM   3599  N   SER J  85     -28.978  61.843  52.680  1.00165.03           N  
+ATOM   3600  CA  SER J  85     -29.928  62.318  51.689  1.00164.93           C  
+ATOM   3601  C   SER J  85     -31.326  62.296  52.282  1.00164.37           C  
+ATOM   3602  O   SER J  85     -31.688  61.364  53.007  1.00165.22           O  
+ATOM   3603  CB  SER J  85     -29.910  61.447  50.430  1.00162.07           C  
+ATOM   3604  OG  SER J  85     -28.628  61.428  49.846  1.00156.91           O  
+ATOM   3605  N   ASN J  86     -32.107  63.322  51.963  1.00165.97           N  
+ATOM   3606  CA  ASN J  86     -33.503  63.383  52.367  1.00167.09           C  
+ATOM   3607  C   ASN J  86     -34.360  62.721  51.293  1.00178.90           C  
+ATOM   3608  O   ASN J  86     -34.408  63.189  50.148  1.00181.35           O  
+ATOM   3609  CB  ASN J  86     -33.938  64.831  52.592  1.00160.46           C  
+ATOM   3610  N   ILE J  87     -35.011  61.622  51.662  1.00184.82           N  
+ATOM   3611  CA  ILE J  87     -35.975  60.935  50.812  1.00191.60           C  
+ATOM   3612  C   ILE J  87     -37.361  61.307  51.315  1.00200.55           C  
+ATOM   3613  O   ILE J  87     -37.722  60.981  52.453  1.00201.14           O  
+ATOM   3614  CB  ILE J  87     -35.764  59.413  50.832  1.00192.45           C  
+ATOM   3615  N   CYS J  88     -38.129  62.012  50.488  1.00202.31           N  
+ATOM   3616  CA  CYS J  88     -39.444  62.499  50.877  1.00204.41           C  
+ATOM   3617  C   CYS J  88     -40.516  61.914  49.971  1.00203.17           C  
+ATOM   3618  O   CYS J  88     -40.376  61.928  48.740  1.00200.98           O  
+ATOM   3619  CB  CYS J  88     -39.505  64.029  50.823  1.00206.65           C  
+ATOM   3620  SG  CYS J  88     -38.408  64.897  51.968  1.00214.51           S  
+ATOM   3621  N   VAL J  89     -41.570  61.379  50.581  1.00201.92           N  
+ATOM   3622  CA  VAL J  89     -42.716  60.893  49.822  1.00198.30           C  
+ATOM   3623  C   VAL J  89     -43.614  62.088  49.529  1.00199.39           C  
+ATOM   3624  O   VAL J  89     -44.041  62.795  50.448  1.00199.21           O  
+ATOM   3625  CB  VAL J  89     -43.473  59.802  50.591  1.00188.68           C  
+ATOM   3626  N   LYS J  90     -43.903  62.316  48.251  1.00198.73           N  
+ATOM   3627  CA  LYS J  90     -44.696  63.455  47.811  1.00198.06           C  
+ATOM   3628  C   LYS J  90     -45.915  62.969  47.042  1.00196.61           C  
+ATOM   3629  O   LYS J  90     -45.790  62.133  46.138  1.00200.85           O  
+ATOM   3630  CB  LYS J  90     -43.860  64.398  46.939  1.00198.79           C  
+ATOM   3631  N   VAL J  91     -47.084  63.491  47.402  1.00190.12           N  
+ATOM   3632  CA  VAL J  91     -48.295  63.275  46.615  1.00182.60           C  
+ATOM   3633  C   VAL J  91     -48.379  64.265  45.463  1.00180.51           C  
+ATOM   3634  O   VAL J  91     -48.595  63.883  44.310  1.00177.09           O  
+ATOM   3635  CB  VAL J  91     -49.540  63.361  47.524  1.00176.19           C  
+ATOM   3636  N   GLY J  92     -48.215  65.551  45.762  1.00178.23           N  
+ATOM   3637  CA  GLY J  92     -48.036  66.558  44.736  1.00170.09           C  
+ATOM   3638  C   GLY J  92     -46.582  66.976  44.674  1.00170.79           C  
+ATOM   3639  O   GLY J  92     -45.692  66.123  44.623  1.00174.95           O  
+ATOM   3640  N   GLU J  93     -46.323  68.283  44.682  1.00166.17           N  
+ATOM   3641  CA  GLU J  93     -44.955  68.764  44.817  1.00163.61           C  
+ATOM   3642  C   GLU J  93     -44.517  68.847  46.272  1.00170.05           C  
+ATOM   3643  O   GLU J  93     -43.316  68.960  46.540  1.00169.72           O  
+ATOM   3644  CB  GLU J  93     -44.805  70.134  44.152  1.00151.03           C  
+ATOM   3645  N   LYS J  94     -45.458  68.779  47.208  1.00173.83           N  
+ATOM   3646  CA  LYS J  94     -45.175  68.924  48.627  1.00178.70           C  
+ATOM   3647  C   LYS J  94     -44.903  67.570  49.278  1.00186.03           C  
+ATOM   3648  O   LYS J  94     -45.312  66.518  48.785  1.00186.54           O  
+ATOM   3649  CB  LYS J  94     -46.335  69.620  49.339  1.00178.91           C  
+ATOM   3650  N   SER J  95     -44.228  67.624  50.423  1.00191.95           N  
+ATOM   3651  CA  SER J  95     -43.683  66.454  51.101  1.00197.43           C  
+ATOM   3652  C   SER J  95     -44.587  66.034  52.254  1.00198.65           C  
+ATOM   3653  O   SER J  95     -44.933  66.856  53.109  1.00200.64           O  
+ATOM   3654  CB  SER J  95     -42.271  66.736  51.617  1.00201.30           C  
+ATOM   3655  OG  SER J  95     -42.297  67.662  52.690  1.00203.42           O  
+ATOM   3656  N   LEU J  96     -44.970  64.757  52.271  1.00197.43           N  
+ATOM   3657  CA  LEU J  96     -45.765  64.210  53.367  1.00195.02           C  
+ATOM   3658  C   LEU J  96     -44.865  63.759  54.516  1.00196.67           C  
+ATOM   3659  O   LEU J  96     -44.962  64.283  55.631  1.00194.85           O  
+ATOM   3660  CB  LEU J  96     -46.626  63.048  52.862  1.00185.98           C  
+ATOM   3661  N   THR J  97     -43.986  62.792  54.258  1.00197.89           N  
+ATOM   3662  CA  THR J  97     -43.057  62.294  55.263  1.00197.83           C  
+ATOM   3663  C   THR J  97     -41.677  62.166  54.635  1.00198.06           C  
+ATOM   3664  O   THR J  97     -41.540  61.694  53.501  1.00197.95           O  
+ATOM   3665  CB  THR J  97     -43.517  60.945  55.840  1.00192.73           C  
+ATOM   3666  OG1 THR J  97     -44.722  61.134  56.592  1.00186.80           O  
+ATOM   3667  CG2 THR J  97     -42.450  60.349  56.751  1.00189.75           C  
+ATOM   3668  N   CYS J  98     -40.659  62.582  55.387  1.00197.19           N  
+ATOM   3669  CA  CYS J  98     -39.277  62.590  54.936  1.00193.56           C  
+ATOM   3670  C   CYS J  98     -38.415  61.757  55.874  1.00185.04           C  
+ATOM   3671  O   CYS J  98     -38.729  61.594  57.057  1.00182.14           O  
+ATOM   3672  CB  CYS J  98     -38.719  64.017  54.869  1.00197.65           C  
+ATOM   3673  SG  CYS J  98     -39.507  65.111  53.663  1.00209.87           S  
+ATOM   3674  N   LYS J  99     -37.320  61.231  55.329  1.00180.19           N  
+ATOM   3675  CA  LYS J  99     -36.348  60.474  56.108  1.00170.90           C  
+ATOM   3676  C   LYS J  99     -34.950  60.785  55.598  1.00167.15           C  
+ATOM   3677  O   LYS J  99     -34.691  60.692  54.394  1.00167.44           O  
+ATOM   3678  CB  LYS J  99     -36.620  58.967  56.026  1.00162.85           C  
+ATOM   3679  N   LYS J 100     -34.062  61.178  56.508  1.00162.50           N  
+ATOM   3680  CA  LYS J 100     -32.673  61.477  56.163  1.00162.07           C  
+ATOM   3681  C   LYS J 100     -31.852  60.208  56.354  1.00165.68           C  
+ATOM   3682  O   LYS J 100     -31.464  59.864  57.473  1.00166.01           O  
+ATOM   3683  CB  LYS J 100     -32.140  62.624  57.015  1.00156.27           C  
+ATOM   3684  N   ILE J 101     -31.587  59.511  55.252  1.00167.38           N  
+ATOM   3685  CA  ILE J 101     -30.881  58.237  55.265  1.00165.15           C  
+ATOM   3686  C   ILE J 101     -29.663  58.353  54.362  1.00165.29           C  
+ATOM   3687  O   ILE J 101     -29.638  59.158  53.428  1.00164.99           O  
+ATOM   3688  CB  ILE J 101     -31.786  57.068  54.818  1.00160.18           C  
+ATOM   3689  N   ASP J 102     -28.635  57.564  54.655  1.00163.87           N  
+ATOM   3690  CA  ASP J 102     -27.440  57.560  53.824  1.00162.87           C  
+ATOM   3691  C   ASP J 102     -27.528  56.458  52.777  1.00159.72           C  
+ATOM   3692  O   ASP J 102     -27.916  55.326  53.077  1.00161.11           O  
+ATOM   3693  CB  ASP J 102     -26.183  57.376  54.675  1.00164.39           C  
+ATOM   3694  CG  ASP J 102     -24.906  57.605  53.886  1.00166.59           C  
+ATOM   3695  OD1 ASP J 102     -24.993  58.011  52.707  1.00165.32           O  
+ATOM   3696  OD2 ASP J 102     -23.813  57.381  54.446  1.00170.09           O  
+ATOM   3697  N   LEU J 103     -27.166  56.803  51.539  1.00155.78           N  
+ATOM   3698  CA  LEU J 103     -27.190  55.833  50.451  1.00152.11           C  
+ATOM   3699  C   LEU J 103     -26.114  54.764  50.599  1.00156.10           C  
+ATOM   3700  O   LEU J 103     -26.264  53.673  50.040  1.00156.71           O  
+ATOM   3701  CB  LEU J 103     -27.031  56.547  49.107  1.00142.44           C  
+ATOM   3702  N   THR J 104     -25.040  55.050  51.332  1.00158.62           N  
+ATOM   3703  CA  THR J 104     -23.927  54.123  51.486  1.00158.75           C  
+ATOM   3704  C   THR J 104     -24.060  53.207  52.697  1.00157.53           C  
+ATOM   3705  O   THR J 104     -23.169  52.384  52.930  1.00157.26           O  
+ATOM   3706  CB  THR J 104     -22.607  54.897  51.579  1.00156.87           C  
+ATOM   3707  OG1 THR J 104     -22.658  55.799  52.692  1.00162.12           O  
+ATOM   3708  CG2 THR J 104     -22.366  55.691  50.304  1.00155.57           C  
+ATOM   3709  N   THR J 105     -25.137  53.326  53.472  1.00157.22           N  
+ATOM   3710  CA  THR J 105     -25.344  52.496  54.652  1.00157.02           C  
+ATOM   3711  C   THR J 105     -26.521  51.541  54.500  1.00158.29           C  
+ATOM   3712  O   THR J 105     -26.972  50.963  55.494  1.00156.10           O  
+ATOM   3713  CB  THR J 105     -25.541  53.374  55.891  1.00156.96           C  
+ATOM   3714  OG1 THR J 105     -26.649  54.258  55.682  1.00157.71           O  
+ATOM   3715  CG2 THR J 105     -24.288  54.193  56.166  1.00156.94           C  
+ATOM   3716  N   ILE J 106     -27.026  51.359  53.282  1.00167.93           N  
+ATOM   3717  CA  ILE J 106     -28.181  50.502  53.036  1.00160.28           C  
+ATOM   3718  C   ILE J 106     -27.901  49.665  51.790  1.00160.63           C  
+ATOM   3719  O   ILE J 106     -28.790  49.407  50.970  1.00160.58           O  
+ATOM   3720  CB  ILE J 106     -29.467  51.350  52.925  1.00157.74           C  
+ATOM   3721  CG1 ILE J 106     -30.725  50.474  52.955  1.00158.58           C  
+ATOM   3722  CG2 ILE J 106     -29.422  52.280  51.708  1.00155.98           C  
+ATOM   3723  CD1 ILE J 106     -30.834  49.596  54.180  1.00159.64           C  
+ATOM   3724  N   VAL J 107     -26.657  49.215  51.653  1.00159.19           N  
+ATOM   3725  CA  VAL J 107     -26.216  48.530  50.444  1.00155.27           C  
+ATOM   3726  C   VAL J 107     -26.627  47.066  50.505  1.00151.28           C  
+ATOM   3727  O   VAL J 107     -26.502  46.405  51.543  1.00152.98           O  
+ATOM   3728  CB  VAL J 107     -24.693  48.676  50.268  1.00154.97           C  
+ATOM   3729  CG1 VAL J 107     -24.226  47.965  49.003  1.00149.93           C  
+ATOM   3730  CG2 VAL J 107     -24.302  50.145  50.234  1.00156.48           C  
+ATOM   3731  N   LYS J 108     -27.129  46.558  49.381  1.00147.22           N  
+ATOM   3732  CA  LYS J 108     -27.486  45.151  49.244  1.00143.32           C  
+ATOM   3733  C   LYS J 108     -26.570  44.525  48.204  1.00143.02           C  
+ATOM   3734  O   LYS J 108     -26.661  44.873  47.016  1.00142.43           O  
+ATOM   3735  CB  LYS J 108     -28.951  44.996  48.832  1.00141.79           C  
+ATOM   3736  N   PRO J 109     -25.676  43.619  48.595  1.00141.37           N  
+ATOM   3737  CA  PRO J 109     -24.727  43.047  47.634  1.00137.77           C  
+ATOM   3738  C   PRO J 109     -25.418  42.233  46.550  1.00134.88           C  
+ATOM   3739  O   PRO J 109     -26.576  41.829  46.668  1.00131.90           O  
+ATOM   3740  CB  PRO J 109     -23.828  42.157  48.503  1.00134.91           C  
+ATOM   3741  CG  PRO J 109     -24.042  42.630  49.908  1.00136.95           C  
+ATOM   3742  CD  PRO J 109     -25.450  43.125  49.963  1.00139.52           C  
+ATOM   3743  N   GLU J 110     -24.675  42.006  45.470  1.00134.78           N  
+ATOM   3744  CA  GLU J 110     -25.126  41.135  44.396  1.00130.29           C  
+ATOM   3745  C   GLU J 110     -24.963  39.678  44.807  1.00122.32           C  
+ATOM   3746  O   GLU J 110     -24.021  39.322  45.520  1.00122.68           O  
+ATOM   3747  CB  GLU J 110     -24.338  41.418  43.117  1.00132.47           C  
+ATOM   3748  CG  GLU J 110     -24.550  42.817  42.561  1.00140.14           C  
+ATOM   3749  CD  GLU J 110     -23.786  43.056  41.274  1.00147.63           C  
+ATOM   3750  OE1 GLU J 110     -24.322  42.732  40.194  1.00150.61           O  
+ATOM   3751  OE2 GLU J 110     -22.650  43.571  41.343  1.00146.31           O  
+ATOM   3752  N   ALA J 111     -25.896  38.841  44.366  1.00117.23           N  
+ATOM   3753  CA  ALA J 111     -25.881  37.439  44.757  1.00112.44           C  
+ATOM   3754  C   ALA J 111     -24.614  36.759  44.246  1.00109.18           C  
+ATOM   3755  O   ALA J 111     -24.240  36.951  43.080  1.00110.36           O  
+ATOM   3756  CB  ALA J 111     -27.117  36.722  44.217  1.00108.94           C  
+ATOM   3757  N   PRO J 112     -23.924  35.980  45.078  1.00104.79           N  
+ATOM   3758  CA  PRO J 112     -22.769  35.210  44.599  1.00104.28           C  
+ATOM   3759  C   PRO J 112     -23.164  34.219  43.514  1.00101.79           C  
+ATOM   3760  O   PRO J 112     -24.342  33.963  43.252  1.00101.48           O  
+ATOM   3761  CB  PRO J 112     -22.272  34.494  45.860  1.00102.64           C  
+ATOM   3762  CG  PRO J 112     -22.767  35.337  46.992  1.00103.81           C  
+ATOM   3763  CD  PRO J 112     -24.091  35.879  46.538  1.00108.19           C  
+ATOM   3764  N   PHE J 113     -22.146  33.645  42.877  1.00 98.19           N  
+ATOM   3765  CA  PHE J 113     -22.361  32.730  41.766  1.00 96.11           C  
+ATOM   3766  C   PHE J 113     -21.200  31.749  41.696  1.00 93.92           C  
+ATOM   3767  O   PHE J 113     -20.215  31.864  42.431  1.00 92.17           O  
+ATOM   3768  CB  PHE J 113     -22.514  33.482  40.438  1.00 95.82           C  
+ATOM   3769  CG  PHE J 113     -21.369  34.405  40.124  1.00 96.45           C  
+ATOM   3770  CD1 PHE J 113     -21.328  35.690  40.641  1.00102.92           C  
+ATOM   3771  CD2 PHE J 113     -20.333  33.986  39.305  1.00 94.73           C  
+ATOM   3772  CE1 PHE J 113     -20.274  36.537  40.351  1.00109.16           C  
+ATOM   3773  CE2 PHE J 113     -19.277  34.828  39.011  1.00 97.10           C  
+ATOM   3774  CZ  PHE J 113     -19.248  36.105  39.534  1.00105.38           C  
+ATOM   3775  N   ASP J 114     -21.333  30.774  40.793  1.00 90.49           N  
+ATOM   3776  CA  ASP J 114     -20.311  29.752  40.560  1.00 86.39           C  
+ATOM   3777  C   ASP J 114     -19.972  28.996  41.845  1.00 83.56           C  
+ATOM   3778  O   ASP J 114     -18.806  28.771  42.174  1.00 84.51           O  
+ATOM   3779  CB  ASP J 114     -19.055  30.359  39.930  1.00 86.97           C  
+ATOM   3780  CG  ASP J 114     -19.292  30.847  38.514  1.00 86.60           C  
+ATOM   3781  OD1 ASP J 114     -20.269  30.392  37.883  1.00 82.43           O  
+ATOM   3782  OD2 ASP J 114     -18.498  31.681  38.030  1.00 87.60           O  
+ATOM   3783  N   LEU J 115     -21.011  28.605  42.577  1.00 83.64           N  
+ATOM   3784  CA  LEU J 115     -20.814  27.818  43.785  1.00 83.49           C  
+ATOM   3785  C   LEU J 115     -20.401  26.397  43.421  1.00 80.11           C  
+ATOM   3786  O   LEU J 115     -20.933  25.800  42.482  1.00 80.20           O  
+ATOM   3787  CB  LEU J 115     -22.092  27.801  44.622  1.00 86.01           C  
+ATOM   3788  CG  LEU J 115     -22.024  27.048  45.951  1.00 82.40           C  
+ATOM   3789  CD1 LEU J 115     -21.015  27.693  46.886  1.00 80.56           C  
+ATOM   3790  CD2 LEU J 115     -23.393  26.994  46.591  1.00 83.55           C  
+ATOM   3791  N   SER J 116     -19.449  25.853  44.176  1.00 77.79           N  
+ATOM   3792  CA  SER J 116     -18.881  24.552  43.860  1.00 77.95           C  
+ATOM   3793  C   SER J 116     -18.391  23.890  45.139  1.00 75.34           C  
+ATOM   3794  O   SER J 116     -17.924  24.560  46.063  1.00 74.90           O  
+ATOM   3795  CB  SER J 116     -17.731  24.674  42.852  1.00 77.63           C  
+ATOM   3796  OG  SER J 116     -17.029  23.450  42.723  1.00 79.91           O  
+ATOM   3797  N   VAL J 117     -18.505  22.564  45.178  1.00 74.18           N  
+ATOM   3798  CA  VAL J 117     -18.014  21.749  46.283  1.00 76.05           C  
+ATOM   3799  C   VAL J 117     -17.159  20.634  45.701  1.00 77.65           C  
+ATOM   3800  O   VAL J 117     -17.566  19.973  44.740  1.00 83.45           O  
+ATOM   3801  CB  VAL J 117     -19.166  21.161  47.122  1.00 76.66           C  
+ATOM   3802  CG1 VAL J 117     -18.618  20.311  48.258  1.00 75.49           C  
+ATOM   3803  CG2 VAL J 117     -20.056  22.270  47.663  1.00 76.75           C  
+ATOM   3804  N   VAL J 118     -15.976  20.428  46.276  1.00 74.41           N  
+ATOM   3805  CA  VAL J 118     -15.031  19.432  45.786  1.00 78.11           C  
+ATOM   3806  C   VAL J 118     -14.555  18.588  46.959  1.00 73.34           C  
+ATOM   3807  O   VAL J 118     -14.074  19.126  47.961  1.00 72.60           O  
+ATOM   3808  CB  VAL J 118     -13.831  20.080  45.073  1.00 79.97           C  
+ATOM   3809  CG1 VAL J 118     -12.867  19.009  44.606  1.00 76.86           C  
+ATOM   3810  CG2 VAL J 118     -14.306  20.927  43.906  1.00 82.23           C  
+ATOM   3811  N   TYR J 119     -14.674  17.271  46.827  1.00 73.07           N  
+ATOM   3812  CA  TYR J 119     -14.244  16.344  47.865  1.00 67.58           C  
+ATOM   3813  C   TYR J 119     -12.767  16.009  47.692  1.00 70.41           C  
+ATOM   3814  O   TYR J 119     -12.339  15.604  46.606  1.00 73.66           O  
+ATOM   3815  CB  TYR J 119     -15.088  15.071  47.820  1.00 65.39           C  
+ATOM   3816  CG  TYR J 119     -14.605  13.980  48.746  1.00 68.89           C  
+ATOM   3817  CD1 TYR J 119     -14.651  14.144  50.123  1.00 71.40           C  
+ATOM   3818  CD2 TYR J 119     -14.112  12.783  48.243  1.00 67.90           C  
+ATOM   3819  CE1 TYR J 119     -14.213  13.151  50.973  1.00 71.92           C  
+ATOM   3820  CE2 TYR J 119     -13.672  11.782  49.088  1.00 69.85           C  
+ATOM   3821  CZ  TYR J 119     -13.726  11.971  50.452  1.00 72.53           C  
+ATOM   3822  OH  TYR J 119     -13.289  10.978  51.300  1.00 75.38           O  
+ATOM   3823  N   ARG J 120     -11.992  16.176  48.763  1.00 70.95           N  
+ATOM   3824  CA  ARG J 120     -10.572  15.837  48.769  1.00 67.65           C  
+ATOM   3825  C   ARG J 120     -10.403  14.505  49.490  1.00 69.43           C  
+ATOM   3826  O   ARG J 120     -10.524  14.435  50.717  1.00 72.59           O  
+ATOM   3827  CB  ARG J 120      -9.746  16.936  49.434  1.00 67.44           C  
+ATOM   3828  CG  ARG J 120      -9.835  18.284  48.740  1.00 67.95           C  
+ATOM   3829  CD  ARG J 120      -8.771  19.243  49.248  1.00 72.14           C  
+ATOM   3830  NE  ARG J 120      -9.020  19.662  50.624  1.00 75.05           N  
+ATOM   3831  CZ  ARG J 120      -8.161  20.360  51.360  1.00 80.81           C  
+ATOM   3832  NH1 ARG J 120      -6.991  20.722  50.853  1.00 83.58           N  
+ATOM   3833  NH2 ARG J 120      -8.473  20.697  52.604  1.00 83.86           N  
+ATOM   3834  N   GLU J 121     -10.127  13.449  48.719  1.00 66.55           N  
+ATOM   3835  CA  GLU J 121     -10.040  12.106  49.287  1.00 66.24           C  
+ATOM   3836  C   GLU J 121      -8.942  12.008  50.341  1.00 71.12           C  
+ATOM   3837  O   GLU J 121      -9.094  11.295  51.341  1.00 67.65           O  
+ATOM   3838  CB  GLU J 121      -9.804  11.089  48.168  1.00 62.59           C  
+ATOM   3839  CG  GLU J 121      -9.846   9.638  48.614  1.00 64.36           C  
+ATOM   3840  CD  GLU J 121      -9.794   8.671  47.447  1.00 65.22           C  
+ATOM   3841  OE1 GLU J 121     -10.604   8.824  46.508  1.00 64.44           O  
+ATOM   3842  OE2 GLU J 121      -8.943   7.756  47.467  1.00 66.36           O  
+ATOM   3843  N   GLY J 122      -7.830  12.715  50.137  1.00 72.85           N  
+ATOM   3844  CA  GLY J 122      -6.716  12.607  51.068  1.00 68.85           C  
+ATOM   3845  C   GLY J 122      -7.013  13.219  52.424  1.00 69.87           C  
+ATOM   3846  O   GLY J 122      -6.740  12.614  53.465  1.00 72.38           O  
+ATOM   3847  N   ALA J 123      -7.576  14.424  52.432  1.00 69.26           N  
+ATOM   3848  CA  ALA J 123      -7.817  15.147  53.672  1.00 70.78           C  
+ATOM   3849  C   ALA J 123      -9.159  14.816  54.308  1.00 76.90           C  
+ATOM   3850  O   ALA J 123      -9.413  15.257  55.435  1.00 77.75           O  
+ATOM   3851  CB  ALA J 123      -7.728  16.657  53.429  1.00 70.05           C  
+ATOM   3852  N   ASN J 124     -10.014  14.055  53.621  1.00 77.68           N  
+ATOM   3853  CA  ASN J 124     -11.349  13.714  54.110  1.00 73.39           C  
+ATOM   3854  C   ASN J 124     -12.140  14.979  54.447  1.00 76.97           C  
+ATOM   3855  O   ASN J 124     -12.554  15.206  55.585  1.00 84.31           O  
+ATOM   3856  CB  ASN J 124     -11.274  12.771  55.317  1.00 74.90           C  
+ATOM   3857  CG  ASN J 124     -10.603  11.454  54.989  1.00 78.68           C  
+ATOM   3858  OD1 ASN J 124      -9.393  11.302  55.158  1.00 84.56           O  
+ATOM   3859  ND2 ASN J 124     -11.388  10.490  54.522  1.00 83.90           N  
+ATOM   3860  N   ASP J 125     -12.325  15.818  53.432  1.00 74.91           N  
+ATOM   3861  CA  ASP J 125     -13.063  17.059  53.615  1.00 76.24           C  
+ATOM   3862  C   ASP J 125     -13.633  17.510  52.278  1.00 74.45           C  
+ATOM   3863  O   ASP J 125     -13.381  16.910  51.229  1.00 73.66           O  
+ATOM   3864  CB  ASP J 125     -12.181  18.152  54.233  1.00 77.17           C  
+ATOM   3865  CG  ASP J 125     -10.981  18.501  53.370  1.00 77.67           C  
+ATOM   3866  OD1 ASP J 125     -10.747  17.817  52.352  1.00 77.19           O  
+ATOM   3867  OD2 ASP J 125     -10.271  19.471  53.710  1.00 87.51           O  
+ATOM   3868  N   PHE J 126     -14.418  18.582  52.342  1.00 73.24           N  
+ATOM   3869  CA  PHE J 126     -15.050  19.182  51.176  1.00 72.30           C  
+ATOM   3870  C   PHE J 126     -14.678  20.655  51.146  1.00 73.73           C  
+ATOM   3871  O   PHE J 126     -14.935  21.382  52.112  1.00 76.30           O  
+ATOM   3872  CB  PHE J 126     -16.573  19.016  51.217  1.00 73.80           C  
+ATOM   3873  CG  PHE J 126     -17.033  17.584  51.219  1.00 72.92           C  
+ATOM   3874  CD1 PHE J 126     -17.027  16.840  52.389  1.00 76.37           C  
+ATOM   3875  CD2 PHE J 126     -17.485  16.986  50.054  1.00 69.44           C  
+ATOM   3876  CE1 PHE J 126     -17.453  15.524  52.393  1.00 77.87           C  
+ATOM   3877  CE2 PHE J 126     -17.913  15.672  50.052  1.00 69.86           C  
+ATOM   3878  CZ  PHE J 126     -17.897  14.940  51.223  1.00 74.90           C  
+ATOM   3879  N   VAL J 127     -14.073  21.088  50.047  1.00 74.57           N  
+ATOM   3880  CA  VAL J 127     -13.736  22.490  49.843  1.00 76.00           C  
+ATOM   3881  C   VAL J 127     -14.868  23.137  49.060  1.00 76.68           C  
+ATOM   3882  O   VAL J 127     -15.224  22.679  47.968  1.00 77.14           O  
+ATOM   3883  CB  VAL J 127     -12.395  22.644  49.111  1.00 75.71           C  
+ATOM   3884  CG1 VAL J 127     -12.048  24.116  48.948  1.00 78.16           C  
+ATOM   3885  CG2 VAL J 127     -11.296  21.919  49.868  1.00 73.75           C  
+ATOM   3886  N   VAL J 128     -15.440  24.193  49.627  1.00 77.01           N  
+ATOM   3887  CA  VAL J 128     -16.517  24.951  49.007  1.00 77.34           C  
+ATOM   3888  C   VAL J 128     -15.940  26.262  48.499  1.00 79.11           C  
+ATOM   3889  O   VAL J 128     -15.250  26.975  49.239  1.00 82.95           O  
+ATOM   3890  CB  VAL J 128     -17.664  25.202  50.001  1.00 74.50           C  
+ATOM   3891  CG1 VAL J 128     -18.830  25.886  49.306  1.00 77.89           C  
+ATOM   3892  CG2 VAL J 128     -18.106  23.895  50.640  1.00 73.34           C  
+ATOM   3893  N   THR J 129     -16.221  26.580  47.238  1.00 78.49           N  
+ATOM   3894  CA  THR J 129     -15.693  27.767  46.587  1.00 82.63           C  
+ATOM   3895  C   THR J 129     -16.821  28.497  45.874  1.00 84.53           C  
+ATOM   3896  O   THR J 129     -17.758  27.880  45.361  1.00 81.80           O  
+ATOM   3897  CB  THR J 129     -14.584  27.421  45.578  1.00 80.74           C  
+ATOM   3898  OG1 THR J 129     -15.106  26.545  44.570  1.00 80.78           O  
+ATOM   3899  CG2 THR J 129     -13.407  26.750  46.274  1.00 76.99           C  
+ATOM   3900  N   PHE J 130     -16.717  29.822  45.846  1.00 87.63           N  
+ATOM   3901  CA  PHE J 130     -17.690  30.659  45.160  1.00 90.36           C  
+ATOM   3902  C   PHE J 130     -17.002  31.942  44.719  1.00 93.42           C  
+ATOM   3903  O   PHE J 130     -15.857  32.218  45.085  1.00 96.18           O  
+ATOM   3904  CB  PHE J 130     -18.908  30.948  46.047  1.00 93.46           C  
+ATOM   3905  CG  PHE J 130     -18.559  31.466  47.413  1.00 92.43           C  
+ATOM   3906  CD1 PHE J 130     -18.295  32.811  47.617  1.00 96.09           C  
+ATOM   3907  CD2 PHE J 130     -18.503  30.607  48.498  1.00 88.95           C  
+ATOM   3908  CE1 PHE J 130     -17.976  33.286  48.873  1.00 97.09           C  
+ATOM   3909  CE2 PHE J 130     -18.185  31.077  49.757  1.00 93.44           C  
+ATOM   3910  CZ  PHE J 130     -17.921  32.418  49.945  1.00 98.03           C  
+ATOM   3911  N   ASN J 131     -17.720  32.730  43.926  1.00 94.64           N  
+ATOM   3912  CA  ASN J 131     -17.185  33.958  43.363  1.00101.37           C  
+ATOM   3913  C   ASN J 131     -18.151  35.102  43.640  1.00105.96           C  
+ATOM   3914  O   ASN J 131     -19.342  34.889  43.881  1.00104.55           O  
+ATOM   3915  CB  ASN J 131     -16.948  33.804  41.856  1.00102.96           C  
+ATOM   3916  CG  ASN J 131     -15.851  34.705  41.341  1.00107.74           C  
+ATOM   3917  OD1 ASN J 131     -15.516  35.719  41.953  1.00110.92           O  
+ATOM   3918  ND2 ASN J 131     -15.272  34.327  40.208  1.00108.52           N  
+ATOM   3919  N   THR J 132     -17.627  36.325  43.583  1.00111.81           N  
+ATOM   3920  CA  THR J 132     -18.422  37.523  43.829  1.00118.24           C  
+ATOM   3921  C   THR J 132     -17.884  38.657  42.972  1.00129.99           C  
+ATOM   3922  O   THR J 132     -16.681  38.936  42.994  1.00135.11           O  
+ATOM   3923  CB  THR J 132     -18.383  37.944  45.308  1.00121.88           C  
+ATOM   3924  OG1 THR J 132     -17.023  37.999  45.759  1.00122.01           O  
+ATOM   3925  CG2 THR J 132     -19.178  36.986  46.188  1.00114.39           C  
+ATOM   3926  N   SER J 133     -18.778  39.300  42.216  1.00138.37           N  
+ATOM   3927  CA  SER J 133     -18.387  40.422  41.369  1.00145.79           C  
+ATOM   3928  C   SER J 133     -17.881  41.617  42.167  1.00152.07           C  
+ATOM   3929  O   SER J 133     -17.357  42.562  41.568  1.00157.27           O  
+ATOM   3930  CB  SER J 133     -19.565  40.847  40.487  1.00146.65           C  
+ATOM   3931  OG  SER J 133     -20.674  41.247  41.273  1.00148.56           O  
+ATOM   3932  N   HIS J 134     -18.025  41.600  43.494  1.00146.22           N  
+ATOM   3933  CA  HIS J 134     -17.589  42.714  44.325  1.00147.46           C  
+ATOM   3934  C   HIS J 134     -16.080  42.741  44.522  1.00149.57           C  
+ATOM   3935  O   HIS J 134     -15.535  43.794  44.870  1.00153.79           O  
+ATOM   3936  CB  HIS J 134     -18.283  42.654  45.688  1.00145.97           C  
+ATOM   3937  CG  HIS J 134     -19.681  43.191  45.680  1.00146.03           C  
+ATOM   3938  ND1 HIS J 134     -20.095  44.200  46.523  1.00144.06           N  
+ATOM   3939  CD2 HIS J 134     -20.760  42.860  44.933  1.00145.07           C  
+ATOM   3940  CE1 HIS J 134     -21.368  44.467  46.295  1.00143.44           C  
+ATOM   3941  NE2 HIS J 134     -21.796  43.667  45.335  1.00142.87           N  
+ATOM   3942  N   LEU J 135     -15.402  41.606  44.324  1.00146.39           N  
+ATOM   3943  CA  LEU J 135     -13.949  41.568  44.471  1.00145.82           C  
+ATOM   3944  C   LEU J 135     -13.269  42.550  43.526  1.00150.62           C  
+ATOM   3945  O   LEU J 135     -12.293  43.210  43.900  1.00154.20           O  
+ATOM   3946  CB  LEU J 135     -13.432  40.149  44.232  1.00140.50           C  
+ATOM   3947  CG  LEU J 135     -13.618  39.144  45.370  1.00133.74           C  
+ATOM   3948  CD1 LEU J 135     -13.337  37.731  44.885  1.00126.64           C  
+ATOM   3949  CD2 LEU J 135     -12.723  39.497  46.548  1.00128.68           C  
+ATOM   3950  N   GLN J 136     -13.770  42.661  42.298  1.00148.82           N  
+ATOM   3951  CA  GLN J 136     -13.194  43.549  41.299  1.00149.18           C  
+ATOM   3952  C   GLN J 136     -13.807  44.943  41.329  1.00154.36           C  
+ATOM   3953  O   GLN J 136     -13.557  45.737  40.417  1.00159.00           O  
+ATOM   3954  CB  GLN J 136     -13.352  42.943  39.902  1.00147.08           C  
+ATOM   3955  N   LYS J 137     -14.601  45.255  42.348  1.00156.59           N  
+ATOM   3956  CA  LYS J 137     -15.229  46.560  42.466  1.00163.38           C  
+ATOM   3957  C   LYS J 137     -14.307  47.524  43.201  1.00167.28           C  
+ATOM   3958  O   LYS J 137     -13.461  47.119  44.003  1.00166.21           O  
+ATOM   3959  CB  LYS J 137     -16.568  46.454  43.199  1.00165.02           C  
+ATOM   3960  N   LYS J 138     -14.480  48.816  42.918  1.00170.46           N  
+ATOM   3961  CA  LYS J 138     -13.612  49.829  43.508  1.00174.25           C  
+ATOM   3962  C   LYS J 138     -14.006  50.123  44.951  1.00173.87           C  
+ATOM   3963  O   LYS J 138     -13.167  50.066  45.856  1.00173.97           O  
+ATOM   3964  CB  LYS J 138     -13.651  51.107  42.668  1.00175.78           C  
+ATOM   3965  N   TYR J 139     -15.280  50.440  45.180  1.00171.74           N  
+ATOM   3966  CA  TYR J 139     -15.730  50.856  46.509  1.00167.90           C  
+ATOM   3967  C   TYR J 139     -15.985  49.652  47.414  1.00165.89           C  
+ATOM   3968  O   TYR J 139     -15.276  49.444  48.403  1.00165.00           O  
+ATOM   3969  CB  TYR J 139     -16.976  51.738  46.383  1.00165.90           C  
+ATOM   3970  CG  TYR J 139     -16.709  53.057  45.688  1.00168.71           C  
+ATOM   3971  CD1 TYR J 139     -16.141  54.123  46.375  1.00168.54           C  
+ATOM   3972  CD2 TYR J 139     -17.017  53.233  44.345  1.00169.50           C  
+ATOM   3973  CE1 TYR J 139     -15.891  55.328  45.745  1.00168.75           C  
+ATOM   3974  CE2 TYR J 139     -16.770  54.436  43.706  1.00167.90           C  
+ATOM   3975  CZ  TYR J 139     -16.208  55.480  44.411  1.00166.33           C  
+ATOM   3976  OH  TYR J 139     -15.960  56.678  43.782  1.00159.78           O  
+ATOM   3977  N   VAL J 140     -16.998  48.849  47.092  1.00165.40           N  
+ATOM   3978  CA  VAL J 140     -17.377  47.701  47.913  1.00162.13           C  
+ATOM   3979  C   VAL J 140     -16.501  46.520  47.500  1.00162.92           C  
+ATOM   3980  O   VAL J 140     -16.778  45.829  46.517  1.00163.14           O  
+ATOM   3981  CB  VAL J 140     -18.868  47.380  47.788  1.00155.49           C  
+ATOM   3982  CG1 VAL J 140     -19.692  48.368  48.595  1.00153.68           C  
+ATOM   3983  CG2 VAL J 140     -19.313  47.397  46.332  1.00154.97           C  
+ATOM   3984  N   LYS J 141     -15.425  46.289  48.254  1.00161.06           N  
+ATOM   3985  CA  LYS J 141     -14.525  45.178  47.986  1.00158.05           C  
+ATOM   3986  C   LYS J 141     -14.354  44.217  49.155  1.00154.08           C  
+ATOM   3987  O   LYS J 141     -13.751  43.153  48.968  1.00155.07           O  
+ATOM   3988  CB  LYS J 141     -13.140  45.700  47.568  1.00157.51           C  
+ATOM   3989  N   VAL J 142     -14.858  44.549  50.341  1.00151.14           N  
+ATOM   3990  CA  VAL J 142     -14.757  43.690  51.517  1.00147.48           C  
+ATOM   3991  C   VAL J 142     -16.159  43.235  51.900  1.00142.90           C  
+ATOM   3992  O   VAL J 142     -17.040  44.064  52.159  1.00143.03           O  
+ATOM   3993  CB  VAL J 142     -14.072  44.413  52.686  1.00151.22           C  
+ATOM   3994  CG1 VAL J 142     -14.072  43.534  53.928  1.00151.38           C  
+ATOM   3995  CG2 VAL J 142     -12.653  44.811  52.306  1.00152.74           C  
+ATOM   3996  N   LEU J 143     -16.365  41.920  51.937  1.00137.70           N  
+ATOM   3997  CA  LEU J 143     -17.654  41.336  52.275  1.00131.40           C  
+ATOM   3998  C   LEU J 143     -17.466  40.221  53.297  1.00128.60           C  
+ATOM   3999  O   LEU J 143     -16.352  39.754  53.550  1.00130.07           O  
+ATOM   4000  CB  LEU J 143     -18.367  40.795  51.027  1.00123.94           C  
+ATOM   4001  CG  LEU J 143     -18.834  41.821  49.993  1.00127.63           C  
+ATOM   4002  CD1 LEU J 143     -19.497  41.125  48.816  1.00125.32           C  
+ATOM   4003  CD2 LEU J 143     -19.777  42.831  50.621  1.00132.09           C  
+ATOM   4004  N   MET J 144     -18.584  39.807  53.892  1.00123.94           N  
+ATOM   4005  CA  MET J 144     -18.669  38.639  54.760  1.00119.34           C  
+ATOM   4006  C   MET J 144     -19.747  37.715  54.216  1.00115.63           C  
+ATOM   4007  O   MET J 144     -20.878  38.150  53.981  1.00114.81           O  
+ATOM   4008  CB  MET J 144     -18.991  39.034  56.205  1.00123.61           C  
+ATOM   4009  CG  MET J 144     -18.880  37.883  57.197  1.00120.13           C  
+ATOM   4010  SD  MET J 144     -19.553  38.265  58.825  1.00133.76           S  
+ATOM   4011  CE  MET J 144     -18.302  39.387  59.445  1.00144.71           C  
+ATOM   4012  N   HIS J 145     -19.403  36.448  54.027  1.00113.42           N  
+ATOM   4013  CA  HIS J 145     -20.290  35.486  53.392  1.00109.54           C  
+ATOM   4014  C   HIS J 145     -20.876  34.525  54.417  1.00108.86           C  
+ATOM   4015  O   HIS J 145     -20.194  34.098  55.357  1.00108.78           O  
+ATOM   4016  CB  HIS J 145     -19.554  34.702  52.303  1.00107.13           C  
+ATOM   4017  CG  HIS J 145     -18.841  35.569  51.313  1.00108.89           C  
+ATOM   4018  ND1 HIS J 145     -19.506  36.357  50.398  1.00108.73           N  
+ATOM   4019  CD2 HIS J 145     -17.521  35.779  51.100  1.00108.90           C  
+ATOM   4020  CE1 HIS J 145     -18.625  37.010  49.660  1.00108.70           C  
+ATOM   4021  NE2 HIS J 145     -17.414  36.676  50.066  1.00109.38           N  
+ATOM   4022  N   ASP J 146     -22.150  34.198  54.220  1.00107.07           N  
+ATOM   4023  CA  ASP J 146     -22.889  33.245  55.040  1.00105.87           C  
+ATOM   4024  C   ASP J 146     -23.206  32.048  54.153  1.00102.85           C  
+ATOM   4025  O   ASP J 146     -23.984  32.165  53.200  1.00101.10           O  
+ATOM   4026  CB  ASP J 146     -24.161  33.882  55.597  1.00111.16           C  
+ATOM   4027  CG  ASP J 146     -24.987  32.920  56.435  1.00113.51           C  
+ATOM   4028  OD1 ASP J 146     -24.487  31.828  56.777  1.00111.00           O  
+ATOM   4029  OD2 ASP J 146     -26.149  33.258  56.747  1.00120.12           O  
+ATOM   4030  N   VAL J 147     -22.590  30.910  54.457  1.00101.49           N  
+ATOM   4031  CA  VAL J 147     -22.808  29.663  53.734  1.00 99.74           C  
+ATOM   4032  C   VAL J 147     -23.771  28.803  54.540  1.00 95.99           C  
+ATOM   4033  O   VAL J 147     -23.463  28.409  55.670  1.00 94.00           O  
+ATOM   4034  CB  VAL J 147     -21.485  28.922  53.489  1.00 94.97           C  
+ATOM   4035  CG1 VAL J 147     -21.746  27.559  52.878  1.00 87.78           C  
+ATOM   4036  CG2 VAL J 147     -20.566  29.748  52.602  1.00 94.11           C  
+ATOM   4037  N   ALA J 148     -24.932  28.508  53.967  1.00 94.20           N  
+ATOM   4038  CA  ALA J 148     -25.934  27.672  54.612  1.00 94.05           C  
+ATOM   4039  C   ALA J 148     -26.076  26.371  53.837  1.00 90.05           C  
+ATOM   4040  O   ALA J 148     -26.259  26.386  52.614  1.00 89.56           O  
+ATOM   4041  CB  ALA J 148     -27.282  28.388  54.697  1.00 98.74           C  
+ATOM   4042  N   TYR J 149     -25.989  25.251  54.552  1.00 89.19           N  
+ATOM   4043  CA  TYR J 149     -26.140  23.934  53.952  1.00 88.39           C  
+ATOM   4044  C   TYR J 149     -27.085  23.082  54.787  1.00 90.41           C  
+ATOM   4045  O   TYR J 149     -27.108  23.174  56.019  1.00 90.90           O  
+ATOM   4046  CB  TYR J 149     -24.784  23.228  53.786  1.00 82.10           C  
+ATOM   4047  CG  TYR J 149     -24.059  22.920  55.076  1.00 80.15           C  
+ATOM   4048  CD1 TYR J 149     -23.257  23.873  55.689  1.00 84.62           C  
+ATOM   4049  CD2 TYR J 149     -24.154  21.666  55.665  1.00 79.74           C  
+ATOM   4050  CE1 TYR J 149     -22.585  23.592  56.864  1.00 84.51           C  
+ATOM   4051  CE2 TYR J 149     -23.486  21.375  56.838  1.00 80.47           C  
+ATOM   4052  CZ  TYR J 149     -22.702  22.341  57.433  1.00 83.53           C  
+ATOM   4053  OH  TYR J 149     -22.034  22.055  58.602  1.00 82.87           O  
+ATOM   4054  N   ARG J 150     -27.877  22.271  54.090  1.00 87.40           N  
+ATOM   4055  CA  ARG J 150     -28.893  21.414  54.684  1.00 88.24           C  
+ATOM   4056  C   ARG J 150     -28.854  20.054  54.003  1.00 86.24           C  
+ATOM   4057  O   ARG J 150     -28.248  19.888  52.942  1.00 87.69           O  
+ATOM   4058  CB  ARG J 150     -30.296  22.026  54.570  1.00 95.79           C  
+ATOM   4059  N   GLN J 151     -29.480  19.070  54.637  1.00 90.92           N  
+ATOM   4060  CA  GLN J 151     -29.611  17.755  54.030  1.00 92.04           C  
+ATOM   4061  C   GLN J 151     -30.862  17.703  53.162  1.00102.34           C  
+ATOM   4062  O   GLN J 151     -31.789  18.502  53.317  1.00108.67           O  
+ATOM   4063  CB  GLN J 151     -29.681  16.658  55.091  1.00 93.63           C  
+ATOM   4064  CG  GLN J 151     -28.375  16.369  55.792  1.00 84.98           C  
+ATOM   4065  CD  GLN J 151     -28.467  15.163  56.703  1.00 84.88           C  
+ATOM   4066  OE1 GLN J 151     -28.127  15.236  57.883  1.00 88.99           O  
+ATOM   4067  NE2 GLN J 151     -28.928  14.043  56.157  1.00 79.30           N  
+ATOM   4068  N   GLU J 152     -30.866  16.758  52.222  1.00 99.90           N  
+ATOM   4069  CA  GLU J 152     -31.988  16.607  51.304  1.00108.02           C  
+ATOM   4070  C   GLU J 152     -33.277  16.322  52.067  1.00116.96           C  
+ATOM   4071  O   GLU J 152     -34.135  17.202  52.189  1.00118.96           O  
+ATOM   4072  CB  GLU J 152     -31.709  15.493  50.293  1.00104.58           C  
+ATOM   4073  N   LYS J 153     -33.434  15.094  52.567  1.00117.52           N  
+ATOM   4074  CA  LYS J 153     -34.665  14.742  53.269  1.00124.83           C  
+ATOM   4075  C   LYS J 153     -34.734  15.407  54.642  1.00128.12           C  
+ATOM   4076  O   LYS J 153     -35.701  16.109  54.959  1.00126.69           O  
+ATOM   4077  CB  LYS J 153     -34.772  13.222  53.398  1.00127.20           C  
+ATOM   4078  N   ASP J 154     -33.707  15.202  55.470  1.00128.74           N  
+ATOM   4079  CA  ASP J 154     -33.672  15.733  56.832  1.00134.25           C  
+ATOM   4080  C   ASP J 154     -33.490  17.252  56.862  1.00136.16           C  
+ATOM   4081  O   ASP J 154     -32.713  17.765  57.674  1.00134.54           O  
+ATOM   4082  CB  ASP J 154     -32.563  15.047  57.635  1.00130.67           C  
+ATOM   4083  CG  ASP J 154     -32.756  15.184  59.135  1.00133.19           C  
+ATOM   4084  N   GLU J 155     -34.182  17.978  55.982  1.00133.23           N  
+ATOM   4085  CA  GLU J 155     -34.047  19.429  55.894  1.00138.28           C  
+ATOM   4086  C   GLU J 155     -34.875  20.198  56.920  1.00153.75           C  
+ATOM   4087  O   GLU J 155     -35.683  21.056  56.544  1.00158.18           O  
+ATOM   4088  CB  GLU J 155     -34.426  19.896  54.487  1.00132.10           C  
+ATOM   4089  N   ASN J 156     -34.678  19.937  58.212  1.00156.02           N  
+ATOM   4090  CA  ASN J 156     -35.490  20.642  59.199  1.00158.96           C  
+ATOM   4091  C   ASN J 156     -34.905  22.010  59.543  1.00156.49           C  
+ATOM   4092  O   ASN J 156     -35.655  22.982  59.694  1.00161.32           O  
+ATOM   4093  CB  ASN J 156     -35.646  19.795  60.464  1.00163.23           C  
+ATOM   4094  CG  ASN J 156     -37.099  19.638  60.891  1.00169.88           C  
+ATOM   4095  OD1 ASN J 156     -37.708  18.587  60.686  1.00171.15           O  
+ATOM   4096  ND2 ASN J 156     -37.661  20.687  61.481  1.00173.43           N  
+ATOM   4097  N   LYS J 157     -33.580  22.114  59.666  1.00147.69           N  
+ATOM   4098  CA  LYS J 157     -32.935  23.402  59.898  1.00137.22           C  
+ATOM   4099  C   LYS J 157     -31.595  23.484  59.174  1.00126.89           C  
+ATOM   4100  O   LYS J 157     -30.854  22.501  59.086  1.00121.82           O  
+ATOM   4101  CB  LYS J 157     -32.736  23.657  61.398  1.00136.16           C  
+ATOM   4102  N   TRP J 158     -31.301  24.677  58.656  1.00119.78           N  
+ATOM   4103  CA  TRP J 158     -30.081  24.943  57.899  1.00109.23           C  
+ATOM   4104  C   TRP J 158     -28.898  25.188  58.832  1.00104.97           C  
+ATOM   4105  O   TRP J 158     -29.025  25.875  59.849  1.00106.00           O  
+ATOM   4106  CB  TRP J 158     -30.278  26.169  57.006  1.00106.71           C  
+ATOM   4107  CG  TRP J 158     -31.330  25.992  55.966  1.00108.60           C  
+ATOM   4108  CD1 TRP J 158     -32.672  26.160  56.132  1.00112.35           C  
+ATOM   4109  CD2 TRP J 158     -31.134  25.659  54.587  1.00105.38           C  
+ATOM   4110  NE1 TRP J 158     -33.329  25.926  54.950  1.00110.88           N  
+ATOM   4111  CE2 TRP J 158     -32.407  25.620  53.984  1.00106.38           C  
+ATOM   4112  CE3 TRP J 158     -30.008  25.382  53.805  1.00100.09           C  
+ATOM   4113  CZ2 TRP J 158     -32.586  25.314  52.638  1.00103.58           C  
+ATOM   4114  CZ3 TRP J 158     -30.189  25.076  52.469  1.00 99.13           C  
+ATOM   4115  CH2 TRP J 158     -31.468  25.045  51.899  1.00101.98           C  
+ATOM   4116  N   THR J 159     -27.742  24.617  58.488  1.00 97.86           N  
+ATOM   4117  CA  THR J 159     -26.493  24.920  59.185  1.00 93.22           C  
+ATOM   4118  C   THR J 159     -25.782  26.080  58.493  1.00 93.25           C  
+ATOM   4119  O   THR J 159     -25.467  25.995  57.302  1.00 94.90           O  
+ATOM   4120  CB  THR J 159     -25.578  23.696  59.236  1.00 85.68           C  
+ATOM   4121  OG1 THR J 159     -26.280  22.588  59.814  1.00 84.90           O  
+ATOM   4122  CG2 THR J 159     -24.338  23.996  60.070  1.00 83.71           C  
+ATOM   4123  N   HIS J 160     -25.526  27.155  59.240  1.00 93.97           N  
+ATOM   4124  CA  HIS J 160     -24.916  28.368  58.712  1.00 95.54           C  
+ATOM   4125  C   HIS J 160     -23.470  28.501  59.182  1.00 94.85           C  
+ATOM   4126  O   HIS J 160     -23.119  28.088  60.291  1.00 96.63           O  
+ATOM   4127  CB  HIS J 160     -25.709  29.608  59.137  1.00 99.32           C  
+ATOM   4128  CG  HIS J 160     -27.086  29.676  58.553  1.00102.18           C  
+ATOM   4129  ND1 HIS J 160     -27.422  30.544  57.537  1.00100.89           N  
+ATOM   4130  CD2 HIS J 160     -28.213  28.983  58.843  1.00102.33           C  
+ATOM   4131  CE1 HIS J 160     -28.696  30.384  57.226  1.00104.62           C  
+ATOM   4132  NE2 HIS J 160     -29.199  29.442  58.004  1.00105.71           N  
+ATOM   4133  N   VAL J 161     -22.635  29.091  58.324  1.00 96.24           N  
+ATOM   4134  CA  VAL J 161     -21.218  29.317  58.605  1.00 99.20           C  
+ATOM   4135  C   VAL J 161     -20.831  30.695  58.079  1.00103.63           C  
+ATOM   4136  O   VAL J 161     -21.033  30.991  56.896  1.00102.89           O  
+ATOM   4137  CB  VAL J 161     -20.310  28.242  57.979  1.00 95.67           C  
+ATOM   4138  CG1 VAL J 161     -18.849  28.562  58.256  1.00 94.68           C  
+ATOM   4139  CG2 VAL J 161     -20.656  26.862  58.516  1.00 89.96           C  
+ATOM   4140  N   ASN J 162     -20.282  31.536  58.955  1.00104.54           N  
+ATOM   4141  CA  ASN J 162     -19.801  32.861  58.584  1.00106.17           C  
+ATOM   4142  C   ASN J 162     -18.322  32.811  58.212  1.00106.80           C  
+ATOM   4143  O   ASN J 162     -17.529  32.126  58.865  1.00107.92           O  
+ATOM   4144  CB  ASN J 162     -20.016  33.840  59.740  1.00108.41           C  
+ATOM   4145  CG  ASN J 162     -21.460  34.281  59.872  1.00112.07           C  
+ATOM   4146  OD1 ASN J 162     -22.350  33.741  59.213  1.00112.48           O  
+ATOM   4147  ND2 ASN J 162     -21.704  35.260  60.740  1.00108.31           N  
+ATOM   4148  N   LEU J 163     -17.951  33.546  57.163  1.00109.77           N  
+ATOM   4149  CA  LEU J 163     -16.565  33.570  56.710  1.00111.39           C  
+ATOM   4150  C   LEU J 163     -16.280  34.889  56.000  1.00114.06           C  
+ATOM   4151  O   LEU J 163     -17.190  35.654  55.680  1.00114.56           O  
+ATOM   4152  CB  LEU J 163     -16.248  32.363  55.815  1.00110.26           C  
+ATOM   4153  CG  LEU J 163     -17.082  32.101  54.557  1.00108.10           C  
+ATOM   4154  CD1 LEU J 163     -16.568  32.883  53.365  1.00108.21           C  
+ATOM   4155  CD2 LEU J 163     -17.098  30.614  54.247  1.00 97.63           C  
+ATOM   4156  N   SER J 164     -14.993  35.148  55.754  1.00117.21           N  
+ATOM   4157  CA  SER J 164     -14.561  36.366  55.076  1.00119.70           C  
+ATOM   4158  C   SER J 164     -13.920  36.131  53.716  1.00116.84           C  
+ATOM   4159  O   SER J 164     -14.001  37.008  52.854  1.00116.27           O  
+ATOM   4160  CB  SER J 164     -13.569  37.140  55.955  1.00125.70           C  
+ATOM   4161  OG  SER J 164     -12.460  36.330  56.305  1.00126.11           O  
+ATOM   4162  N   SER J 165     -13.285  34.979  53.502  1.00113.62           N  
+ATOM   4163  CA  SER J 165     -12.647  34.676  52.225  1.00109.68           C  
+ATOM   4164  C   SER J 165     -13.675  34.186  51.214  1.00105.90           C  
+ATOM   4165  O   SER J 165     -14.865  34.489  51.335  1.00107.03           O  
+ATOM   4166  CB  SER J 165     -11.541  33.636  52.411  1.00106.26           C  
+ATOM   4167  OG  SER J 165     -12.075  32.396  52.843  1.00101.92           O  
+ATOM   4168  N   THR J 166     -13.224  33.458  50.193  1.00102.47           N  
+ATOM   4169  CA  THR J 166     -14.123  32.850  49.219  1.00 98.41           C  
+ATOM   4170  C   THR J 166     -14.027  31.330  49.217  1.00 95.56           C  
+ATOM   4171  O   THR J 166     -14.564  30.685  48.307  1.00 91.28           O  
+ATOM   4172  CB  THR J 166     -13.848  33.395  47.814  1.00 96.47           C  
+ATOM   4173  OG1 THR J 166     -12.463  33.223  47.491  1.00100.44           O  
+ATOM   4174  CG2 THR J 166     -14.207  34.871  47.734  1.00 98.25           C  
+ATOM   4175  N   LYS J 167     -13.358  30.742  50.207  1.00 92.84           N  
+ATOM   4176  CA  LYS J 167     -13.198  29.300  50.303  1.00 87.93           C  
+ATOM   4177  C   LYS J 167     -13.515  28.842  51.720  1.00 88.04           C  
+ATOM   4178  O   LYS J 167     -13.251  29.552  52.695  1.00 92.03           O  
+ATOM   4179  CB  LYS J 167     -11.778  28.863  49.918  1.00 87.80           C  
+ATOM   4180  N   LEU J 168     -14.086  27.644  51.821  1.00 85.09           N  
+ATOM   4181  CA  LEU J 168     -14.449  27.057  53.103  1.00 83.47           C  
+ATOM   4182  C   LEU J 168     -14.113  25.572  53.074  1.00 79.98           C  
+ATOM   4183  O   LEU J 168     -14.044  24.956  52.010  1.00 83.29           O  
+ATOM   4184  CB  LEU J 168     -15.939  27.275  53.415  1.00 83.02           C  
+ATOM   4185  CG  LEU J 168     -16.520  26.709  54.714  1.00 85.65           C  
+ATOM   4186  CD1 LEU J 168     -15.838  27.329  55.923  1.00 85.23           C  
+ATOM   4187  CD2 LEU J 168     -18.024  26.923  54.771  1.00 85.67           C  
+ATOM   4188  N   THR J 169     -13.906  24.996  54.257  1.00 79.21           N  
+ATOM   4189  CA  THR J 169     -13.563  23.584  54.386  1.00 80.19           C  
+ATOM   4190  C   THR J 169     -14.497  22.933  55.394  1.00 83.17           C  
+ATOM   4191  O   THR J 169     -14.578  23.376  56.544  1.00 93.81           O  
+ATOM   4192  CB  THR J 169     -12.105  23.406  54.817  1.00 80.16           C  
+ATOM   4193  OG1 THR J 169     -11.242  24.049  53.871  1.00 84.45           O  
+ATOM   4194  CG2 THR J 169     -11.751  21.929  54.897  1.00 80.26           C  
+ATOM   4195  N   LEU J 170     -15.199  21.888  54.962  1.00 82.61           N  
+ATOM   4196  CA  LEU J 170     -16.101  21.123  55.815  1.00 81.98           C  
+ATOM   4197  C   LEU J 170     -15.499  19.744  56.045  1.00 81.42           C  
+ATOM   4198  O   LEU J 170     -15.200  19.028  55.083  1.00 83.15           O  
+ATOM   4199  CB  LEU J 170     -17.488  21.003  55.183  1.00 81.83           C  
+ATOM   4200  CG  LEU J 170     -18.183  22.304  54.778  1.00 83.67           C  
+ATOM   4201  CD1 LEU J 170     -19.535  22.010  54.145  1.00 83.28           C  
+ATOM   4202  CD2 LEU J 170     -18.337  23.228  55.975  1.00 84.79           C  
+ATOM   4203  N   LEU J 171     -15.329  19.371  57.310  1.00 79.83           N  
+ATOM   4204  CA  LEU J 171     -14.734  18.080  57.628  1.00 82.39           C  
+ATOM   4205  C   LEU J 171     -15.722  16.950  57.364  1.00 83.39           C  
+ATOM   4206  O   LEU J 171     -16.919  17.070  57.642  1.00 83.86           O  
+ATOM   4207  CB  LEU J 171     -14.281  18.052  59.087  1.00 87.85           C  
+ATOM   4208  CG  LEU J 171     -13.146  19.006  59.463  1.00 89.89           C  
+ATOM   4209  CD1 LEU J 171     -12.953  19.048  60.973  1.00 92.67           C  
+ATOM   4210  CD2 LEU J 171     -11.855  18.608  58.765  1.00 88.02           C  
+ATOM   4211  N   GLN J 172     -15.210  15.845  56.815  1.00 82.34           N  
+ATOM   4212  CA  GLN J 172     -16.063  14.697  56.516  1.00 83.94           C  
+ATOM   4213  C   GLN J 172     -16.628  14.079  57.788  1.00 85.01           C  
+ATOM   4214  O   GLN J 172     -17.775  13.617  57.804  1.00 84.84           O  
+ATOM   4215  CB  GLN J 172     -15.281  13.651  55.721  1.00 85.08           C  
+ATOM   4216  CG  GLN J 172     -16.134  12.538  55.136  1.00 83.37           C  
+ATOM   4217  CD  GLN J 172     -15.300  11.422  54.535  1.00 82.73           C  
+ATOM   4218  OE1 GLN J 172     -14.553  11.635  53.582  1.00 80.34           O  
+ATOM   4219  NE2 GLN J 172     -15.427  10.223  55.090  1.00 86.86           N  
+ATOM   4220  N   ARG J 173     -15.833  14.054  58.861  1.00 86.95           N  
+ATOM   4221  CA  ARG J 173     -16.292  13.462  60.114  1.00 85.68           C  
+ATOM   4222  C   ARG J 173     -17.456  14.239  60.715  1.00 87.00           C  
+ATOM   4223  O   ARG J 173     -18.274  13.665  61.442  1.00 86.47           O  
+ATOM   4224  CB  ARG J 173     -15.134  13.381  61.108  1.00 83.08           C  
+ATOM   4225  CG  ARG J 173     -14.503  14.725  61.429  1.00 85.71           C  
+ATOM   4226  CD  ARG J 173     -13.523  14.622  62.585  1.00 89.38           C  
+ATOM   4227  NE  ARG J 173     -13.091  15.940  63.042  1.00 99.19           N  
+ATOM   4228  CZ  ARG J 173     -12.349  16.151  64.124  1.00108.19           C  
+ATOM   4229  NH1 ARG J 173     -11.954  15.127  64.869  1.00114.89           N  
+ATOM   4230  NH2 ARG J 173     -12.003  17.385  64.463  1.00110.67           N  
+ATOM   4231  N   LYS J 174     -17.549  15.537  60.428  1.00 87.73           N  
+ATOM   4232  CA  LYS J 174     -18.630  16.375  60.926  1.00 88.03           C  
+ATOM   4233  C   LYS J 174     -19.823  16.418  59.975  1.00 87.34           C  
+ATOM   4234  O   LYS J 174     -20.589  17.388  60.000  1.00 86.36           O  
+ATOM   4235  CB  LYS J 174     -18.117  17.791  61.200  1.00 89.31           C  
+ATOM   4236  CG  LYS J 174     -17.074  17.865  62.307  1.00 90.95           C  
+ATOM   4237  CD  LYS J 174     -16.496  19.266  62.442  1.00 92.54           C  
+ATOM   4238  CE  LYS J 174     -17.499  20.220  63.069  1.00100.40           C  
+ATOM   4239  NZ  LYS J 174     -17.637  19.999  64.536  1.00 96.21           N  
+ATOM   4240  N   LEU J 175     -19.993  15.393  59.142  1.00 87.05           N  
+ATOM   4241  CA  LEU J 175     -21.106  15.316  58.208  1.00 86.99           C  
+ATOM   4242  C   LEU J 175     -21.664  13.900  58.205  1.00 88.06           C  
+ATOM   4243  O   LEU J 175     -20.934  12.929  58.421  1.00 88.48           O  
+ATOM   4244  CB  LEU J 175     -20.685  15.720  56.788  1.00 84.47           C  
+ATOM   4245  CG  LEU J 175     -20.304  17.187  56.584  1.00 83.85           C  
+ATOM   4246  CD1 LEU J 175     -19.702  17.403  55.204  1.00 85.11           C  
+ATOM   4247  CD2 LEU J 175     -21.511  18.089  56.792  1.00 83.87           C  
+ATOM   4248  N   GLN J 176     -22.965  13.795  57.962  1.00 88.47           N  
+ATOM   4249  CA  GLN J 176     -23.624  12.494  57.963  1.00 87.86           C  
+ATOM   4250  C   GLN J 176     -23.163  11.670  56.765  1.00 85.98           C  
+ATOM   4251  O   GLN J 176     -23.128  12.185  55.641  1.00 87.22           O  
+ATOM   4252  CB  GLN J 176     -25.142  12.663  57.933  1.00 88.11           C  
+ATOM   4253  CG  GLN J 176     -25.700  13.491  59.081  1.00 86.57           C  
+ATOM   4254  CD  GLN J 176     -25.392  12.892  60.439  1.00 83.64           C  
+ATOM   4255  OE1 GLN J 176     -25.506  11.682  60.636  1.00 82.06           O  
+ATOM   4256  NE2 GLN J 176     -25.000  13.738  61.383  1.00 81.22           N  
+ATOM   4257  N   PRO J 177     -22.797  10.405  56.959  1.00 84.13           N  
+ATOM   4258  CA  PRO J 177     -22.353   9.584  55.828  1.00 88.28           C  
+ATOM   4259  C   PRO J 177     -23.502   9.227  54.900  1.00 89.07           C  
+ATOM   4260  O   PRO J 177     -24.659   9.119  55.315  1.00 87.97           O  
+ATOM   4261  CB  PRO J 177     -21.782   8.328  56.502  1.00 88.48           C  
+ATOM   4262  CG  PRO J 177     -21.599   8.696  57.946  1.00 88.39           C  
+ATOM   4263  CD  PRO J 177     -22.658   9.702  58.243  1.00 86.48           C  
+ATOM   4264  N   ALA J 178     -23.159   9.036  53.623  1.00 89.83           N  
+ATOM   4265  CA  ALA J 178     -24.103   8.574  52.602  1.00 93.31           C  
+ATOM   4266  C   ALA J 178     -25.337   9.469  52.527  1.00 92.79           C  
+ATOM   4267  O   ALA J 178     -26.470   8.996  52.409  1.00101.07           O  
+ATOM   4268  CB  ALA J 178     -24.500   7.117  52.844  1.00 94.85           C  
+ATOM   4269  N   ALA J 179     -25.117  10.779  52.593  1.00 88.13           N  
+ATOM   4270  CA  ALA J 179     -26.197  11.752  52.584  1.00 89.09           C  
+ATOM   4271  C   ALA J 179     -25.924  12.815  51.532  1.00 83.94           C  
+ATOM   4272  O   ALA J 179     -24.771  13.167  51.267  1.00 83.90           O  
+ATOM   4273  CB  ALA J 179     -26.373  12.411  53.959  1.00 92.10           C  
+ATOM   4274  N   MET J 180     -26.996  13.325  50.934  1.00 84.04           N  
+ATOM   4275  CA  MET J 180     -26.903  14.409  49.967  1.00 85.18           C  
+ATOM   4276  C   MET J 180     -27.151  15.734  50.673  1.00 85.21           C  
+ATOM   4277  O   MET J 180     -28.094  15.859  51.461  1.00 89.89           O  
+ATOM   4278  CB  MET J 180     -27.906  14.230  48.825  1.00 85.68           C  
+ATOM   4279  CG  MET J 180     -27.753  15.274  47.723  1.00 90.19           C  
+ATOM   4280  SD  MET J 180     -28.851  15.037  46.312  1.00115.70           S  
+ATOM   4281  CE  MET J 180     -30.344  15.831  46.903  1.00102.27           C  
+ATOM   4282  N   TYR J 181     -26.301  16.713  50.387  1.00 80.74           N  
+ATOM   4283  CA  TYR J 181     -26.372  18.036  50.980  1.00 80.05           C  
+ATOM   4284  C   TYR J 181     -26.580  19.078  49.893  1.00 81.33           C  
+ATOM   4285  O   TYR J 181     -25.928  19.036  48.839  1.00 84.57           O  
+ATOM   4286  CB  TYR J 181     -25.095  18.363  51.762  1.00 80.79           C  
+ATOM   4287  CG  TYR J 181     -24.960  17.656  53.092  1.00 81.05           C  
+ATOM   4288  CD1 TYR J 181     -24.423  16.378  53.172  1.00 81.32           C  
+ATOM   4289  CD2 TYR J 181     -25.338  18.283  54.272  1.00 80.72           C  
+ATOM   4290  CE1 TYR J 181     -24.290  15.734  54.390  1.00 83.20           C  
+ATOM   4291  CE2 TYR J 181     -25.204  17.651  55.493  1.00 82.27           C  
+ATOM   4292  CZ  TYR J 181     -24.682  16.376  55.546  1.00 84.65           C  
+ATOM   4293  OH  TYR J 181     -24.550  15.743  56.761  1.00 84.39           O  
+ATOM   4294  N   GLU J 182     -27.497  20.001  50.166  1.00 81.73           N  
+ATOM   4295  CA  GLU J 182     -27.680  21.223  49.400  1.00 83.26           C  
+ATOM   4296  C   GLU J 182     -26.962  22.355  50.122  1.00 84.34           C  
+ATOM   4297  O   GLU J 182     -26.925  22.387  51.356  1.00 85.49           O  
+ATOM   4298  CB  GLU J 182     -29.170  21.543  49.249  1.00 86.97           C  
+ATOM   4299  CG  GLU J 182     -29.482  22.868  48.576  1.00 92.28           C  
+ATOM   4300  CD  GLU J 182     -30.971  23.145  48.513  1.00 96.76           C  
+ATOM   4301  OE1 GLU J 182     -31.760  22.238  48.853  1.00 95.81           O  
+ATOM   4302  OE2 GLU J 182     -31.353  24.269  48.126  1.00101.25           O  
+ATOM   4303  N   ILE J 183     -26.390  23.279  49.356  1.00 83.64           N  
+ATOM   4304  CA  ILE J 183     -25.561  24.333  49.932  1.00 83.91           C  
+ATOM   4305  C   ILE J 183     -25.722  25.597  49.098  1.00 85.98           C  
+ATOM   4306  O   ILE J 183     -25.898  25.532  47.878  1.00 88.02           O  
+ATOM   4307  CB  ILE J 183     -24.085  23.881  50.019  1.00 80.49           C  
+ATOM   4308  CG1 ILE J 183     -23.220  24.934  50.712  1.00 79.82           C  
+ATOM   4309  CG2 ILE J 183     -23.538  23.550  48.637  1.00 81.83           C  
+ATOM   4310  CD1 ILE J 183     -21.836  24.433  51.066  1.00 73.20           C  
+ATOM   4311  N   LYS J 184     -25.690  26.750  49.768  1.00 86.94           N  
+ATOM   4312  CA  LYS J 184     -25.793  28.039  49.093  1.00 91.22           C  
+ATOM   4313  C   LYS J 184     -25.147  29.102  49.972  1.00 94.35           C  
+ATOM   4314  O   LYS J 184     -24.768  28.840  51.115  1.00 94.33           O  
+ATOM   4315  CB  LYS J 184     -27.250  28.378  48.764  1.00 94.43           C  
+ATOM   4316  CG  LYS J 184     -28.240  28.000  49.850  1.00 97.60           C  
+ATOM   4317  CD  LYS J 184     -29.658  28.362  49.443  1.00102.68           C  
+ATOM   4318  CE  LYS J 184     -30.622  28.202  50.605  1.00103.02           C  
+ATOM   4319  NZ  LYS J 184     -32.039  28.342  50.171  1.00100.85           N  
+ATOM   4320  N   VAL J 185     -25.004  30.308  49.417  1.00 96.89           N  
+ATOM   4321  CA  VAL J 185     -24.237  31.365  50.066  1.00 99.58           C  
+ATOM   4322  C   VAL J 185     -24.874  32.726  49.802  1.00103.67           C  
+ATOM   4323  O   VAL J 185     -25.432  32.980  48.730  1.00103.13           O  
+ATOM   4324  CB  VAL J 185     -22.756  31.347  49.607  1.00 95.98           C  
+ATOM   4325  CG1 VAL J 185     -22.645  31.619  48.115  1.00 94.56           C  
+ATOM   4326  CG2 VAL J 185     -21.922  32.340  50.409  1.00 99.24           C  
+ATOM   4327  N   ARG J 186     -24.793  33.599  50.806  1.00107.14           N  
+ATOM   4328  CA  ARG J 186     -25.167  35.004  50.696  1.00109.31           C  
+ATOM   4329  C   ARG J 186     -23.998  35.863  51.161  1.00110.63           C  
+ATOM   4330  O   ARG J 186     -23.026  35.365  51.734  1.00110.07           O  
+ATOM   4331  CB  ARG J 186     -26.427  35.331  51.509  1.00113.86           C  
+ATOM   4332  CG  ARG J 186     -27.697  34.725  50.943  1.00114.92           C  
+ATOM   4333  CD  ARG J 186     -28.930  35.150  51.725  1.00120.27           C  
+ATOM   4334  NE  ARG J 186     -28.868  34.751  53.127  1.00123.61           N  
+ATOM   4335  CZ  ARG J 186     -29.790  35.062  54.033  1.00126.42           C  
+ATOM   4336  NH1 ARG J 186     -30.850  35.778  53.684  1.00126.52           N  
+ATOM   4337  NH2 ARG J 186     -29.652  34.659  55.288  1.00128.57           N  
+ATOM   4338  N   SER J 187     -24.104  37.171  50.934  1.00114.43           N  
+ATOM   4339  CA  SER J 187     -23.031  38.091  51.278  1.00120.09           C  
+ATOM   4340  C   SER J 187     -23.596  39.323  51.964  1.00126.62           C  
+ATOM   4341  O   SER J 187     -24.752  39.697  51.756  1.00127.84           O  
+ATOM   4342  CB  SER J 187     -22.233  38.515  50.039  1.00121.95           C  
+ATOM   4343  OG  SER J 187     -21.640  37.393  49.418  1.00118.52           O  
+ATOM   4344  N   ILE J 188     -22.758  39.955  52.783  1.00129.80           N  
+ATOM   4345  CA  ILE J 188     -23.146  41.159  53.514  1.00134.68           C  
+ATOM   4346  C   ILE J 188     -21.930  42.085  53.567  1.00135.27           C  
+ATOM   4347  O   ILE J 188     -20.794  41.602  53.632  1.00136.10           O  
+ATOM   4348  CB  ILE J 188     -23.679  40.778  54.909  1.00133.08           C  
+ATOM   4349  CG1 ILE J 188     -25.208  40.729  54.908  1.00132.81           C  
+ATOM   4350  CG2 ILE J 188     -23.241  41.771  55.964  1.00131.51           C  
+ATOM   4351  CD1 ILE J 188     -25.820  40.191  56.200  1.00131.52           C  
+ATOM   4352  N   PRO J 189     -22.104  43.408  53.536  1.00138.34           N  
+ATOM   4353  CA  PRO J 189     -20.959  44.319  53.730  1.00144.34           C  
+ATOM   4354  C   PRO J 189     -20.302  44.202  55.104  1.00150.30           C  
+ATOM   4355  O   PRO J 189     -20.971  44.039  56.127  1.00149.37           O  
+ATOM   4356  CB  PRO J 189     -21.578  45.709  53.532  1.00146.01           C  
+ATOM   4357  CG  PRO J 189     -22.806  45.473  52.732  1.00144.55           C  
+ATOM   4358  CD  PRO J 189     -23.331  44.140  53.167  1.00140.78           C  
+ATOM   4359  N   ASP J 190     -18.975  44.326  55.115  1.00154.68           N  
+ATOM   4360  CA  ASP J 190     -18.173  44.230  56.335  1.00160.76           C  
+ATOM   4361  C   ASP J 190     -16.972  45.179  56.266  1.00165.61           C  
+ATOM   4362  O   ASP J 190     -15.817  44.777  56.423  1.00165.43           O  
+ATOM   4363  CB  ASP J 190     -17.748  42.779  56.570  1.00155.78           C  
+ATOM   4364  CG  ASP J 190     -17.030  42.562  57.899  1.00164.43           C  
+ATOM   4365  OD1 ASP J 190     -16.995  43.460  58.765  1.00171.68           O  
+ATOM   4366  OD2 ASP J 190     -16.482  41.441  58.062  1.00160.92           O  
+ATOM   4367  N   HIS J 191     -17.236  46.449  55.949  1.00170.49           N  
+ATOM   4368  CA  HIS J 191     -16.230  47.502  56.055  1.00177.02           C  
+ATOM   4369  C   HIS J 191     -16.877  48.878  56.175  1.00177.70           C  
+ATOM   4370  O   HIS J 191     -17.769  49.098  57.002  1.00177.01           O  
+ATOM   4371  CB  HIS J 191     -15.241  47.491  54.891  1.00177.76           C  
+ATOM   4372  CG  HIS J 191     -13.911  48.090  55.244  1.00182.57           C  
+ATOM   4373  ND1 HIS J 191     -12.762  47.863  54.517  1.00183.01           N  
+ATOM   4374  CD2 HIS J 191     -13.552  48.900  56.269  1.00185.78           C  
+ATOM   4375  CE1 HIS J 191     -11.755  48.512  55.076  1.00185.11           C  
+ATOM   4376  NE2 HIS J 191     -12.208  49.149  56.140  1.00187.78           N  
+ATOM   4377  N   TYR J 192     -16.390  49.813  55.358  1.00177.46           N  
+ATOM   4378  CA  TYR J 192     -16.961  51.152  55.296  1.00174.93           C  
+ATOM   4379  C   TYR J 192     -18.455  51.097  54.992  1.00173.19           C  
+ATOM   4380  O   TYR J 192     -19.236  51.900  55.517  1.00172.50           O  
+ATOM   4381  CB  TYR J 192     -16.206  51.945  54.226  1.00171.18           C  
+ATOM   4382  CG  TYR J 192     -16.645  53.368  54.019  1.00167.95           C  
+ATOM   4383  CD1 TYR J 192     -17.123  54.133  55.071  1.00166.09           C  
+ATOM   4384  CD2 TYR J 192     -16.574  53.949  52.761  1.00166.99           C  
+ATOM   4385  CE1 TYR J 192     -17.520  55.437  54.877  1.00164.77           C  
+ATOM   4386  CE2 TYR J 192     -16.969  55.250  52.555  1.00165.61           C  
+ATOM   4387  CZ  TYR J 192     -17.441  55.991  53.616  1.00163.19           C  
+ATOM   4388  OH  TYR J 192     -17.838  57.292  53.416  1.00153.33           O  
+ATOM   4389  N   PHE J 193     -18.869  50.153  54.152  1.00170.56           N  
+ATOM   4390  CA  PHE J 193     -20.267  49.995  53.774  1.00165.25           C  
+ATOM   4391  C   PHE J 193     -20.946  48.978  54.685  1.00162.71           C  
+ATOM   4392  O   PHE J 193     -20.326  47.999  55.110  1.00162.91           O  
+ATOM   4393  CB  PHE J 193     -20.377  49.563  52.312  1.00161.24           C  
+ATOM   4394  CG  PHE J 193     -19.748  50.532  51.349  1.00160.33           C  
+ATOM   4395  CD1 PHE J 193     -18.393  50.465  51.064  1.00161.84           C  
+ATOM   4396  CD2 PHE J 193     -20.506  51.518  50.740  1.00158.52           C  
+ATOM   4397  CE1 PHE J 193     -17.809  51.355  50.183  1.00161.03           C  
+ATOM   4398  CE2 PHE J 193     -19.927  52.413  49.858  1.00158.12           C  
+ATOM   4399  CZ  PHE J 193     -18.577  52.330  49.580  1.00159.43           C  
+ATOM   4400  N   LYS J 194     -22.211  49.236  55.017  1.00160.10           N  
+ATOM   4401  CA  LYS J 194     -23.025  48.298  55.778  1.00158.74           C  
+ATOM   4402  C   LYS J 194     -24.394  48.129  55.131  1.00158.58           C  
+ATOM   4403  O   LYS J 194     -24.845  48.970  54.349  1.00156.74           O  
+ATOM   4404  CB  LYS J 194     -23.193  48.756  57.233  1.00157.28           C  
+ATOM   4405  N   GLY J 195     -25.058  47.023  55.474  1.00158.78           N  
+ATOM   4406  CA  GLY J 195     -26.401  46.770  54.983  1.00160.44           C  
+ATOM   4407  C   GLY J 195     -27.051  45.486  55.463  1.00166.36           C  
+ATOM   4408  O   GLY J 195     -27.059  45.208  56.668  1.00171.58           O  
+ATOM   4409  N   PHE J 196     -27.569  44.681  54.537  1.00163.68           N  
+ATOM   4410  CA  PHE J 196     -28.363  43.496  54.876  1.00160.75           C  
+ATOM   4411  C   PHE J 196     -27.963  42.356  53.937  1.00149.07           C  
+ATOM   4412  O   PHE J 196     -27.011  42.471  53.156  1.00143.58           O  
+ATOM   4413  CB  PHE J 196     -29.858  43.844  54.855  1.00162.24           C  
+ATOM   4414  CG  PHE J 196     -30.250  44.837  55.926  1.00167.08           C  
+ATOM   4415  CD1 PHE J 196     -30.061  44.539  57.266  1.00169.21           C  
+ATOM   4416  CD2 PHE J 196     -30.779  46.076  55.587  1.00168.63           C  
+ATOM   4417  CE1 PHE J 196     -30.404  45.450  58.249  1.00171.11           C  
+ATOM   4418  CE2 PHE J 196     -31.126  46.987  56.570  1.00172.00           C  
+ATOM   4419  CZ  PHE J 196     -30.939  46.674  57.898  1.00173.80           C  
+ATOM   4420  N   TRP J 197     -28.714  41.253  53.996  1.00143.90           N  
+ATOM   4421  CA  TRP J 197     -28.409  40.075  53.191  1.00134.43           C  
+ATOM   4422  C   TRP J 197     -28.695  40.304  51.713  1.00131.51           C  
+ATOM   4423  O   TRP J 197     -29.648  40.997  51.343  1.00132.57           O  
+ATOM   4424  CB  TRP J 197     -29.267  38.887  53.629  1.00133.43           C  
+ATOM   4425  CG  TRP J 197     -28.977  38.309  54.961  1.00135.18           C  
+ATOM   4426  CD1 TRP J 197     -27.939  37.495  55.295  1.00133.08           C  
+ATOM   4427  CD2 TRP J 197     -29.770  38.461  56.145  1.00137.99           C  
+ATOM   4428  NE1 TRP J 197     -28.026  37.141  56.620  1.00133.54           N  
+ATOM   4429  CE2 TRP J 197     -29.140  37.723  57.164  1.00138.81           C  
+ATOM   4430  CE3 TRP J 197     -30.945  39.161  56.443  1.00137.26           C  
+ATOM   4431  CZ2 TRP J 197     -29.644  37.663  58.461  1.00142.13           C  
+ATOM   4432  CZ3 TRP J 197     -31.444  39.099  57.734  1.00134.54           C  
+ATOM   4433  CH2 TRP J 197     -30.794  38.356  58.726  1.00134.93           C  
+ATOM   4434  N   SER J 198     -27.850  39.714  50.867  1.00127.31           N  
+ATOM   4435  CA  SER J 198     -28.074  39.614  49.432  1.00124.80           C  
+ATOM   4436  C   SER J 198     -29.077  38.494  49.151  1.00118.06           C  
+ATOM   4437  O   SER J 198     -29.571  37.825  50.063  1.00117.97           O  
+ATOM   4438  CB  SER J 198     -26.756  39.375  48.701  1.00124.28           C  
+ATOM   4439  OG  SER J 198     -26.239  38.086  48.983  1.00120.11           O  
+ATOM   4440  N   GLU J 199     -29.389  38.278  47.876  1.00112.30           N  
+ATOM   4441  CA  GLU J 199     -30.229  37.148  47.504  1.00109.39           C  
+ATOM   4442  C   GLU J 199     -29.424  35.853  47.555  1.00110.80           C  
+ATOM   4443  O   GLU J 199     -28.200  35.851  47.395  1.00111.39           O  
+ATOM   4444  CB  GLU J 199     -30.817  37.347  46.106  1.00106.43           C  
+ATOM   4445  CG  GLU J 199     -31.882  38.433  46.022  1.00107.51           C  
+ATOM   4446  CD  GLU J 199     -33.140  38.094  46.802  1.00111.37           C  
+ATOM   4447  OE1 GLU J 199     -33.375  36.898  47.079  1.00111.55           O  
+ATOM   4448  OE2 GLU J 199     -33.896  39.028  47.144  1.00110.44           O  
+ATOM   4449  N   TRP J 200     -30.126  34.744  47.785  1.00111.47           N  
+ATOM   4450  CA  TRP J 200     -29.472  33.441  47.840  1.00109.98           C  
+ATOM   4451  C   TRP J 200     -28.879  33.063  46.488  1.00109.16           C  
+ATOM   4452  O   TRP J 200     -29.533  33.189  45.449  1.00107.48           O  
+ATOM   4453  CB  TRP J 200     -30.460  32.366  48.297  1.00109.49           C  
+ATOM   4454  CG  TRP J 200     -30.695  32.340  49.777  1.00110.19           C  
+ATOM   4455  CD1 TRP J 200     -31.822  32.736  50.436  1.00112.36           C  
+ATOM   4456  CD2 TRP J 200     -29.778  31.893  50.783  1.00110.47           C  
+ATOM   4457  NE1 TRP J 200     -31.664  32.562  51.790  1.00114.14           N  
+ATOM   4458  CE2 TRP J 200     -30.418  32.046  52.028  1.00112.27           C  
+ATOM   4459  CE3 TRP J 200     -28.478  31.379  50.751  1.00107.98           C  
+ATOM   4460  CZ2 TRP J 200     -29.802  31.703  53.230  1.00113.70           C  
+ATOM   4461  CZ3 TRP J 200     -27.869  31.040  51.945  1.00106.29           C  
+ATOM   4462  CH2 TRP J 200     -28.531  31.206  53.167  1.00110.24           C  
+ATOM   4463  N   SER J 201     -27.632  32.597  46.511  1.00105.76           N  
+ATOM   4464  CA  SER J 201     -26.991  32.078  45.317  1.00102.96           C  
+ATOM   4465  C   SER J 201     -27.652  30.770  44.886  1.00 99.49           C  
+ATOM   4466  O   SER J 201     -28.299  30.096  45.692  1.00101.24           O  
+ATOM   4467  CB  SER J 201     -25.502  31.856  45.574  1.00100.68           C  
+ATOM   4468  OG  SER J 201     -25.295  30.730  46.409  1.00 98.65           O  
+ATOM   4469  N   PRO J 202     -27.521  30.400  43.610  1.00 95.86           N  
+ATOM   4470  CA  PRO J 202     -28.017  29.089  43.172  1.00 93.94           C  
+ATOM   4471  C   PRO J 202     -27.396  27.960  43.983  1.00 93.94           C  
+ATOM   4472  O   PRO J 202     -26.195  27.955  44.261  1.00 95.67           O  
+ATOM   4473  CB  PRO J 202     -27.600  29.022  41.697  1.00 94.67           C  
+ATOM   4474  CG  PRO J 202     -26.579  30.108  41.519  1.00 97.02           C  
+ATOM   4475  CD  PRO J 202     -26.956  31.173  42.493  1.00 96.74           C  
+ATOM   4476  N   SER J 203     -28.235  27.002  44.367  1.00 92.30           N  
+ATOM   4477  CA  SER J 203     -27.799  25.929  45.247  1.00 91.98           C  
+ATOM   4478  C   SER J 203     -26.873  24.960  44.515  1.00 91.02           C  
+ATOM   4479  O   SER J 203     -26.841  24.889  43.283  1.00 94.44           O  
+ATOM   4480  CB  SER J 203     -29.004  25.173  45.806  1.00 92.98           C  
+ATOM   4481  OG  SER J 203     -29.783  26.005  46.648  1.00 96.24           O  
+ATOM   4482  N   TYR J 204     -26.109  24.207  45.303  1.00 88.24           N  
+ATOM   4483  CA  TYR J 204     -25.252  23.144  44.801  1.00 86.27           C  
+ATOM   4484  C   TYR J 204     -25.477  21.898  45.646  1.00 85.04           C  
+ATOM   4485  O   TYR J 204     -25.844  21.987  46.820  1.00 91.82           O  
+ATOM   4486  CB  TYR J 204     -23.770  23.546  44.826  1.00 85.28           C  
+ATOM   4487  CG  TYR J 204     -22.889  22.698  43.935  1.00 83.42           C  
+ATOM   4488  CD1 TYR J 204     -22.820  22.934  42.568  1.00 83.36           C  
+ATOM   4489  CD2 TYR J 204     -22.125  21.664  44.461  1.00 81.63           C  
+ATOM   4490  CE1 TYR J 204     -22.016  22.163  41.749  1.00 81.38           C  
+ATOM   4491  CE2 TYR J 204     -21.318  20.887  43.649  1.00 82.13           C  
+ATOM   4492  CZ  TYR J 204     -21.268  21.141  42.294  1.00 82.47           C  
+ATOM   4493  OH  TYR J 204     -20.467  20.372  41.481  1.00 78.88           O  
+ATOM   4494  N   TYR J 205     -25.250  20.733  45.043  1.00 83.32           N  
+ATOM   4495  CA  TYR J 205     -25.565  19.459  45.673  1.00 83.35           C  
+ATOM   4496  C   TYR J 205     -24.336  18.564  45.673  1.00 81.41           C  
+ATOM   4497  O   TYR J 205     -23.601  18.505  44.682  1.00 81.53           O  
+ATOM   4498  CB  TYR J 205     -26.714  18.743  44.946  1.00 86.24           C  
+ATOM   4499  CG  TYR J 205     -27.949  19.589  44.736  1.00 90.54           C  
+ATOM   4500  CD1 TYR J 205     -28.951  19.641  45.696  1.00 91.06           C  
+ATOM   4501  CD2 TYR J 205     -28.119  20.327  43.571  1.00 88.31           C  
+ATOM   4502  CE1 TYR J 205     -30.084  20.410  45.506  1.00 93.41           C  
+ATOM   4503  CE2 TYR J 205     -29.248  21.099  43.372  1.00 91.44           C  
+ATOM   4504  CZ  TYR J 205     -30.227  21.136  44.342  1.00 95.57           C  
+ATOM   4505  OH  TYR J 205     -31.354  21.903  44.148  1.00 99.63           O  
+ATOM   4506  N   PHE J 206     -24.114  17.868  46.787  1.00 78.96           N  
+ATOM   4507  CA  PHE J 206     -22.978  16.958  46.872  1.00 77.27           C  
+ATOM   4508  C   PHE J 206     -23.293  15.823  47.836  1.00 77.75           C  
+ATOM   4509  O   PHE J 206     -24.075  15.985  48.772  1.00 81.40           O  
+ATOM   4510  CB  PHE J 206     -21.693  17.682  47.297  1.00 76.25           C  
+ATOM   4511  CG  PHE J 206     -21.750  18.276  48.675  1.00 74.74           C  
+ATOM   4512  CD1 PHE J 206     -22.315  19.524  48.884  1.00 77.08           C  
+ATOM   4513  CD2 PHE J 206     -21.224  17.594  49.760  1.00 73.22           C  
+ATOM   4514  CE1 PHE J 206     -22.363  20.076  50.151  1.00 75.69           C  
+ATOM   4515  CE2 PHE J 206     -21.269  18.140  51.028  1.00 75.99           C  
+ATOM   4516  CZ  PHE J 206     -21.838  19.383  51.224  1.00 76.41           C  
+ATOM   4517  N   ARG J 207     -22.656  14.679  47.612  1.00 78.55           N  
+ATOM   4518  CA  ARG J 207     -22.907  13.475  48.391  1.00 80.62           C  
+ATOM   4519  C   ARG J 207     -21.708  13.151  49.276  1.00 80.83           C  
+ATOM   4520  O   ARG J 207     -20.618  13.708  49.120  1.00 79.96           O  
+ATOM   4521  CB  ARG J 207     -23.234  12.300  47.462  1.00 80.84           C  
+ATOM   4522  CG  ARG J 207     -24.268  12.651  46.400  1.00 84.34           C  
+ATOM   4523  CD  ARG J 207     -24.707  11.439  45.596  1.00 85.00           C  
+ATOM   4524  NE  ARG J 207     -25.793  10.708  46.242  1.00 90.13           N  
+ATOM   4525  CZ  ARG J 207     -27.066  10.773  45.863  1.00 91.97           C  
+ATOM   4526  NH1 ARG J 207     -27.415  11.529  44.831  1.00 86.72           N  
+ATOM   4527  NH2 ARG J 207     -27.989  10.073  46.509  1.00 96.93           N  
+ATOM   4528  N   THR J 208     -21.923  12.229  50.218  1.00 84.47           N  
+ATOM   4529  CA  THR J 208     -20.909  11.877  51.199  1.00 85.58           C  
+ATOM   4530  C   THR J 208     -20.564  10.393  51.124  1.00 88.10           C  
+ATOM   4531  O   THR J 208     -21.460   9.554  50.981  1.00 88.99           O  
+ATOM   4532  CB  THR J 208     -21.396  12.219  52.620  1.00 85.76           C  
+ATOM   4533  OG1 THR J 208     -21.746  13.607  52.684  1.00 88.88           O  
+ATOM   4534  CG2 THR J 208     -20.323  11.926  53.658  1.00 87.69           C  
+ATOM   4535  N   PRO J 209     -19.280  10.042  51.204  1.00 87.95           N  
+ATOM   4536  CA  PRO J 209     -18.892   8.626  51.183  1.00 88.70           C  
+ATOM   4537  C   PRO J 209     -19.420   7.860  52.388  1.00 93.60           C  
+ATOM   4538  O   PRO J 209     -19.754   8.429  53.430  1.00 92.80           O  
+ATOM   4539  CB  PRO J 209     -17.359   8.677  51.198  1.00 85.34           C  
+ATOM   4540  CG  PRO J 209     -17.017  10.016  50.650  1.00 83.22           C  
+ATOM   4541  CD  PRO J 209     -18.115  10.937  51.093  1.00 83.58           C  
+ATOM   4542  N   GLU J 210     -19.492   6.541  52.226  1.00 98.31           N  
+ATOM   4543  CA  GLU J 210     -19.947   5.650  53.283  1.00102.33           C  
+ATOM   4544  C   GLU J 210     -18.765   5.267  54.163  1.00107.46           C  
+ATOM   4545  O   GLU J 210     -17.652   5.057  53.671  1.00108.56           O  
+ATOM   4546  CB  GLU J 210     -20.588   4.389  52.700  1.00104.83           C  
+ATOM   4547  CG  GLU J 210     -21.900   4.614  51.971  1.00107.68           C  
+ATOM   4548  CD  GLU J 210     -22.419   3.349  51.313  1.00119.38           C  
+ATOM   4549  OE1 GLU J 210     -21.597   2.461  51.000  1.00138.54           O  
+ATOM   4550  OE2 GLU J 210     -23.647   3.238  51.112  1.00110.73           O  
+ATOM   4551  N   ILE J 211     -19.007   5.181  55.467  1.00109.04           N  
+ATOM   4552  CA  ILE J 211     -17.951   4.811  56.403  1.00111.97           C  
+ATOM   4553  C   ILE J 211     -18.418   3.664  57.291  1.00117.22           C  
+ATOM   4554  O   ILE J 211     -18.444   2.509  56.864  1.00122.64           O  
+ATOM   4555  CB  ILE J 211     -17.503   6.014  57.256  1.00110.73           C  
+ATOM   4556  CG1 ILE J 211     -18.671   6.551  58.085  1.00109.36           C  
+ATOM   4557  CG2 ILE J 211     -16.915   7.109  56.377  1.00105.61           C  
+ATOM   4558  CD1 ILE J 211     -18.290   7.700  58.994  1.00101.01           C  
+HETATM 4559  C1  NAG J 303     -24.816  52.026  33.028  1.00164.44           C  
+HETATM 4560  C2  NAG J 303     -26.180  52.695  32.837  1.00159.45           C  
+HETATM 4561  C3  NAG J 303     -26.052  53.937  31.963  1.00157.96           C  
+HETATM 4562  C4  NAG J 303     -25.015  54.883  32.550  1.00161.99           C  
+HETATM 4563  C5  NAG J 303     -23.687  54.153  32.713  1.00165.82           C  
+HETATM 4564  C6  NAG J 303     -22.627  55.001  33.377  1.00165.87           C  
+HETATM 4565  C7  NAG J 303     -28.225  51.343  32.940  1.00147.60           C  
+HETATM 4566  C8  NAG J 303     -29.119  50.389  32.208  1.00131.33           C  
+HETATM 4567  N2  NAG J 303     -27.147  51.767  32.271  1.00153.03           N  
+HETATM 4568  O3  NAG J 303     -27.315  54.588  31.886  1.00153.19           O  
+HETATM 4569  O4  NAG J 303     -24.842  56.012  31.701  1.00155.62           O  
+HETATM 4570  O5  NAG J 303     -23.868  52.991  33.539  1.00169.50           O  
+HETATM 4571  O6  NAG J 303     -22.700  56.353  32.944  1.00153.97           O  
+HETATM 4572  O7  NAG J 303     -28.465  51.713  34.085  1.00146.97           O  
+ATOM   4573  N   ASP K  17       1.795 -75.358 -20.525  1.00158.52           N  
+ATOM   4574  CA  ASP K  17       2.364 -74.658 -19.381  1.00177.80           C  
+ATOM   4575  C   ASP K  17       1.601 -73.368 -19.098  1.00189.84           C  
+ATOM   4576  O   ASP K  17       1.447 -72.523 -19.979  1.00187.93           O  
+ATOM   4577  CB  ASP K  17       3.846 -74.359 -19.614  1.00167.38           C  
+ATOM   4578  N   TYR K  18       1.160 -73.203 -17.854  1.00197.80           N  
+ATOM   4579  CA  TYR K  18       0.396 -72.024 -17.483  1.00201.94           C  
+ATOM   4580  C   TYR K  18       1.391 -70.947 -17.069  1.00206.71           C  
+ATOM   4581  O   TYR K  18       2.497 -71.246 -16.612  1.00205.22           O  
+ATOM   4582  CB  TYR K  18      -0.557 -72.345 -16.328  1.00200.47           C  
+ATOM   4583  CG  TYR K  18      -1.613 -73.390 -16.651  1.00199.22           C  
+ATOM   4584  CD1 TYR K  18      -1.299 -74.744 -16.613  1.00199.14           C  
+ATOM   4585  CD2 TYR K  18      -2.917 -73.032 -16.972  1.00198.61           C  
+ATOM   4586  CE1 TYR K  18      -2.244 -75.712 -16.899  1.00198.29           C  
+ATOM   4587  CE2 TYR K  18      -3.874 -73.998 -17.260  1.00196.20           C  
+ATOM   4588  CZ  TYR K  18      -3.530 -75.335 -17.221  1.00194.47           C  
+ATOM   4589  OH  TYR K  18      -4.468 -76.302 -17.504  1.00188.29           O  
+ATOM   4590  N   SER K  19       1.000 -69.686 -17.219  1.00210.82           N  
+ATOM   4591  CA  SER K  19       1.946 -68.599 -17.015  1.00204.02           C  
+ATOM   4592  C   SER K  19       1.618 -67.817 -15.750  1.00196.50           C  
+ATOM   4593  O   SER K  19       0.459 -67.719 -15.337  1.00194.67           O  
+ATOM   4594  CB  SER K  19       1.963 -67.654 -18.223  1.00206.19           C  
+ATOM   4595  OG  SER K  19       2.416 -68.324 -19.388  1.00205.84           O  
+ATOM   4596  N   PHE K  20       2.662 -67.248 -15.150  1.00193.04           N  
+ATOM   4597  CA  PHE K  20       2.545 -66.568 -13.870  1.00187.67           C  
+ATOM   4598  C   PHE K  20       3.627 -65.504 -13.738  1.00184.11           C  
+ATOM   4599  O   PHE K  20       4.578 -65.446 -14.523  1.00182.59           O  
+ATOM   4600  CB  PHE K  20       2.636 -67.576 -12.716  1.00184.86           C  
+ATOM   4601  CG  PHE K  20       3.859 -68.456 -12.776  1.00186.39           C  
+ATOM   4602  CD1 PHE K  20       5.107 -67.970 -12.414  1.00183.16           C  
+ATOM   4603  CD2 PHE K  20       3.757 -69.771 -13.199  1.00189.85           C  
+ATOM   4604  CE1 PHE K  20       6.227 -68.777 -12.478  1.00180.71           C  
+ATOM   4605  CE2 PHE K  20       4.875 -70.584 -13.261  1.00191.91           C  
+ATOM   4606  CZ  PHE K  20       6.111 -70.085 -12.900  1.00187.40           C  
+ATOM   4607  N   SER K  21       3.457 -64.652 -12.727  1.00179.88           N  
+ATOM   4608  CA  SER K  21       4.388 -63.585 -12.392  1.00176.47           C  
+ATOM   4609  C   SER K  21       4.533 -63.514 -10.878  1.00177.64           C  
+ATOM   4610  O   SER K  21       3.538 -63.582 -10.151  1.00178.66           O  
+ATOM   4611  CB  SER K  21       3.910 -62.233 -12.937  1.00172.21           C  
+ATOM   4612  OG  SER K  21       2.635 -61.898 -12.416  1.00171.26           O  
+ATOM   4613  N   CYS K  22       5.769 -63.363 -10.404  1.00178.23           N  
+ATOM   4614  CA  CYS K  22       6.046 -63.287  -8.976  1.00185.81           C  
+ATOM   4615  C   CYS K  22       6.869 -62.043  -8.669  1.00188.15           C  
+ATOM   4616  O   CYS K  22       7.530 -61.475  -9.543  1.00184.77           O  
+ATOM   4617  CB  CYS K  22       6.788 -64.533  -8.470  1.00189.16           C  
+ATOM   4618  SG  CYS K  22       5.908 -66.106  -8.653  1.00198.09           S  
+ATOM   4619  N   TYR K  23       6.821 -61.627  -7.403  1.00192.79           N  
+ATOM   4620  CA  TYR K  23       7.674 -60.557  -6.902  1.00192.57           C  
+ATOM   4621  C   TYR K  23       7.894 -60.753  -5.408  1.00191.75           C  
+ATOM   4622  O   TYR K  23       6.999 -61.199  -4.686  1.00192.97           O  
+ATOM   4623  CB  TYR K  23       7.088 -59.169  -7.204  1.00195.29           C  
+ATOM   4624  CG  TYR K  23       5.825 -58.815  -6.448  1.00203.58           C  
+ATOM   4625  CD1 TYR K  23       5.885 -58.185  -5.211  1.00201.64           C  
+ATOM   4626  CD2 TYR K  23       4.573 -59.092  -6.982  1.00207.21           C  
+ATOM   4627  CE1 TYR K  23       4.734 -57.853  -4.522  1.00206.56           C  
+ATOM   4628  CE2 TYR K  23       3.417 -58.764  -6.300  1.00210.32           C  
+ATOM   4629  CZ  TYR K  23       3.503 -58.144  -5.071  1.00213.16           C  
+ATOM   4630  OH  TYR K  23       2.355 -57.815  -4.388  1.00213.73           O  
+ATOM   4631  N   SER K  24       9.094 -60.404  -4.949  1.00189.23           N  
+ATOM   4632  CA  SER K  24       9.523 -60.643  -3.575  1.00186.63           C  
+ATOM   4633  C   SER K  24       9.866 -59.319  -2.905  1.00184.68           C  
+ATOM   4634  O   SER K  24      10.797 -58.629  -3.330  1.00184.93           O  
+ATOM   4635  CB  SER K  24      10.725 -61.588  -3.535  1.00185.23           C  
+ATOM   4636  OG  SER K  24      11.825 -61.042  -4.243  1.00186.84           O  
+ATOM   4637  N   GLN K  25       9.121 -58.972  -1.859  1.00181.29           N  
+ATOM   4638  CA  GLN K  25       9.437 -57.812  -1.036  1.00177.49           C  
+ATOM   4639  C   GLN K  25      10.355 -58.248   0.102  1.00175.91           C  
+ATOM   4640  O   GLN K  25       9.983 -59.096   0.926  1.00175.29           O  
+ATOM   4641  CB  GLN K  25       8.161 -57.174  -0.489  1.00176.71           C  
+ATOM   4642  CG  GLN K  25       7.304 -56.479  -1.535  1.00178.96           C  
+ATOM   4643  CD  GLN K  25       6.057 -55.852  -0.941  1.00171.58           C  
+ATOM   4644  OE1 GLN K  25       5.622 -56.219   0.151  1.00163.16           O  
+ATOM   4645  NE2 GLN K  25       5.478 -54.895  -1.657  1.00172.43           N  
+ATOM   4646  N   LEU K  26      11.559 -57.680   0.123  1.00175.69           N  
+ATOM   4647  CA  LEU K  26      12.616 -58.020   1.063  1.00174.52           C  
+ATOM   4648  C   LEU K  26      12.766 -56.939   2.130  1.00171.84           C  
+ATOM   4649  O   LEU K  26      12.521 -55.755   1.878  1.00173.93           O  
+ATOM   4650  CB  LEU K  26      13.945 -58.237   0.334  1.00177.08           C  
+ATOM   4651  CG  LEU K  26      13.886 -59.296  -0.773  1.00178.92           C  
+ATOM   4652  CD1 LEU K  26      15.182 -59.329  -1.565  1.00183.45           C  
+ATOM   4653  CD2 LEU K  26      13.548 -60.673  -0.226  1.00175.90           C  
+ATOM   4654  N   GLU K  27      13.172 -57.370   3.328  1.00168.02           N  
+ATOM   4655  CA  GLU K  27      13.402 -56.489   4.478  1.00162.24           C  
+ATOM   4656  C   GLU K  27      12.146 -55.699   4.839  1.00161.26           C  
+ATOM   4657  O   GLU K  27      12.205 -54.511   5.163  1.00162.08           O  
+ATOM   4658  CB  GLU K  27      14.581 -55.546   4.223  1.00156.67           C  
+ATOM   4659  N   VAL K  28      10.996 -56.368   4.758  1.00161.39           N  
+ATOM   4660  CA  VAL K  28       9.704 -55.786   5.110  1.00160.68           C  
+ATOM   4661  C   VAL K  28       9.523 -55.789   6.626  1.00163.50           C  
+ATOM   4662  O   VAL K  28      10.054 -54.919   7.327  1.00162.95           O  
+ATOM   4663  CB  VAL K  28       8.563 -56.529   4.394  1.00159.70           C  
+ATOM   4664  CG1 VAL K  28       7.247 -55.774   4.554  1.00154.89           C  
+ATOM   4665  CG2 VAL K  28       8.908 -56.709   2.931  1.00161.72           C  
+ATOM   4666  N   ASN K  29       8.773 -56.767   7.144  1.00165.14           N  
+ATOM   4667  CA  ASN K  29       8.571 -56.913   8.586  1.00164.33           C  
+ATOM   4668  C   ASN K  29       9.866 -57.420   9.205  1.00166.19           C  
+ATOM   4669  O   ASN K  29      10.151 -58.620   9.189  1.00168.66           O  
+ATOM   4670  CB  ASN K  29       7.409 -57.855   8.890  1.00160.88           C  
+ATOM   4671  CG  ASN K  29       6.934 -58.625   7.671  1.00159.19           C  
+ATOM   4672  OD1 ASN K  29       6.677 -58.047   6.618  1.00158.68           O  
+ATOM   4673  ND2 ASN K  29       6.806 -59.940   7.815  1.00155.92           N  
+ATOM   4674  N   GLY K  30      10.644 -56.503   9.773  1.00164.40           N  
+ATOM   4675  CA  GLY K  30      11.964 -56.823  10.277  1.00168.88           C  
+ATOM   4676  C   GLY K  30      12.837 -57.342   9.155  1.00174.03           C  
+ATOM   4677  O   GLY K  30      13.229 -56.584   8.262  1.00172.61           O  
+ATOM   4678  N   SER K  31      13.142 -58.637   9.184  1.00179.64           N  
+ATOM   4679  CA  SER K  31      13.852 -59.300   8.101  1.00180.84           C  
+ATOM   4680  C   SER K  31      12.998 -60.350   7.405  1.00180.25           C  
+ATOM   4681  O   SER K  31      13.495 -61.037   6.507  1.00182.72           O  
+ATOM   4682  CB  SER K  31      15.150 -59.937   8.613  1.00184.44           C  
+ATOM   4683  OG  SER K  31      14.894 -60.867   9.649  1.00184.14           O  
+ATOM   4684  N   GLN K  32      11.735 -60.498   7.798  1.00174.57           N  
+ATOM   4685  CA  GLN K  32      10.879 -61.516   7.202  1.00171.67           C  
+ATOM   4686  C   GLN K  32      10.490 -61.090   5.793  1.00170.87           C  
+ATOM   4687  O   GLN K  32       9.797 -60.084   5.606  1.00167.66           O  
+ATOM   4688  CB  GLN K  32       9.637 -61.735   8.064  1.00166.78           C  
+ATOM   4689  N   HIS K  33      10.932 -61.862   4.806  1.00172.89           N  
+ATOM   4690  CA  HIS K  33      10.647 -61.578   3.411  1.00173.92           C  
+ATOM   4691  C   HIS K  33       9.283 -62.134   3.015  1.00174.23           C  
+ATOM   4692  O   HIS K  33       8.739 -63.036   3.657  1.00171.86           O  
+ATOM   4693  CB  HIS K  33      11.735 -62.174   2.518  1.00175.87           C  
+ATOM   4694  CG  HIS K  33      13.126 -61.799   2.929  1.00176.92           C  
+ATOM   4695  ND1 HIS K  33      13.409 -60.661   3.653  1.00174.99           N  
+ATOM   4696  CD2 HIS K  33      14.313 -62.417   2.721  1.00177.32           C  
+ATOM   4697  CE1 HIS K  33      14.711 -60.589   3.866  1.00173.49           C  
+ATOM   4698  NE2 HIS K  33      15.282 -61.644   3.314  1.00172.95           N  
+ATOM   4699  N   SER K  34       8.729 -61.580   1.936  1.00174.37           N  
+ATOM   4700  CA  SER K  34       7.414 -61.992   1.455  1.00174.27           C  
+ATOM   4701  C   SER K  34       7.465 -62.153  -0.056  1.00181.98           C  
+ATOM   4702  O   SER K  34       7.653 -61.170  -0.776  1.00182.89           O  
+ATOM   4703  CB  SER K  34       6.339 -60.975   1.851  1.00168.66           C  
+ATOM   4704  OG  SER K  34       6.556 -59.729   1.214  1.00169.47           O  
+ATOM   4705  N   LEU K  35       7.272 -63.379  -0.536  1.00186.98           N  
+ATOM   4706  CA  LEU K  35       7.278 -63.678  -1.965  1.00189.00           C  
+ATOM   4707  C   LEU K  35       5.843 -63.937  -2.411  1.00192.90           C  
+ATOM   4708  O   LEU K  35       5.242 -64.947  -2.032  1.00194.09           O  
+ATOM   4709  CB  LEU K  35       8.174 -64.877  -2.268  1.00184.10           C  
+ATOM   4710  N   THR K  36       5.303 -63.028  -3.219  1.00193.30           N  
+ATOM   4711  CA  THR K  36       3.940 -63.105  -3.719  1.00194.65           C  
+ATOM   4712  C   THR K  36       3.954 -63.514  -5.187  1.00193.60           C  
+ATOM   4713  O   THR K  36       4.898 -63.211  -5.923  1.00193.04           O  
+ATOM   4714  CB  THR K  36       3.222 -61.760  -3.548  1.00199.10           C  
+ATOM   4715  OG1 THR K  36       3.388 -61.300  -2.201  1.00198.29           O  
+ATOM   4716  CG2 THR K  36       1.733 -61.897  -3.835  1.00196.16           C  
+ATOM   4717  N   CYS K  37       2.906 -64.224  -5.605  1.00191.26           N  
+ATOM   4718  CA  CYS K  37       2.779 -64.693  -6.976  1.00184.74           C  
+ATOM   4719  C   CYS K  37       1.327 -64.593  -7.422  1.00180.37           C  
+ATOM   4720  O   CYS K  37       0.402 -64.644  -6.606  1.00183.21           O  
+ATOM   4721  CB  CYS K  37       3.265 -66.141  -7.134  1.00184.54           C  
+ATOM   4722  SG  CYS K  37       5.031 -66.410  -6.843  1.00186.97           S  
+ATOM   4723  N   ALA K  38       1.142 -64.452  -8.734  1.00174.51           N  
+ATOM   4724  CA  ALA K  38      -0.173 -64.323  -9.344  1.00170.89           C  
+ATOM   4725  C   ALA K  38      -0.080 -64.865 -10.761  1.00175.40           C  
+ATOM   4726  O   ALA K  38       1.014 -65.038 -11.300  1.00175.28           O  
+ATOM   4727  CB  ALA K  38      -0.663 -62.870  -9.343  1.00164.30           C  
+ATOM   4728  N   PHE K  39      -1.229 -65.181 -11.353  1.00178.52           N  
+ATOM   4729  CA  PHE K  39      -1.231 -65.737 -12.699  1.00179.99           C  
+ATOM   4730  C   PHE K  39      -1.318 -64.651 -13.764  1.00184.36           C  
+ATOM   4731  O   PHE K  39      -2.046 -63.666 -13.613  1.00183.29           O  
+ATOM   4732  CB  PHE K  39      -2.397 -66.714 -12.866  1.00174.33           C  
+ATOM   4733  N   GLU K  40      -0.561 -64.846 -14.847  1.00187.30           N  
+ATOM   4734  CA  GLU K  40      -0.634 -63.970 -16.012  1.00188.91           C  
+ATOM   4735  C   GLU K  40      -1.891 -64.258 -16.824  1.00196.32           C  
+ATOM   4736  O   GLU K  40      -2.604 -63.336 -17.236  1.00197.88           O  
+ATOM   4737  CB  GLU K  40       0.619 -64.128 -16.875  1.00183.85           C  
+ATOM   4738  N   ASP K  41      -2.142 -65.540 -17.083  1.00200.17           N  
+ATOM   4739  CA  ASP K  41      -3.319 -65.988 -17.813  1.00208.76           C  
+ATOM   4740  C   ASP K  41      -4.581 -65.357 -17.229  1.00215.92           C  
+ATOM   4741  O   ASP K  41      -4.674 -65.171 -16.008  1.00214.65           O  
+ATOM   4742  CB  ASP K  41      -3.420 -67.516 -17.764  1.00209.11           C  
+ATOM   4743  N   PRO K  42      -5.567 -65.017 -18.058  1.00219.69           N  
+ATOM   4744  CA  PRO K  42      -6.770 -64.356 -17.536  1.00220.66           C  
+ATOM   4745  C   PRO K  42      -7.684 -65.265 -16.723  1.00221.77           C  
+ATOM   4746  O   PRO K  42      -8.008 -64.934 -15.579  1.00221.16           O  
+ATOM   4747  CB  PRO K  42      -7.467 -63.858 -18.810  1.00220.31           C  
+ATOM   4748  CG  PRO K  42      -7.021 -64.806 -19.877  1.00218.51           C  
+ATOM   4749  CD  PRO K  42      -5.614 -65.199 -19.521  1.00217.99           C  
+ATOM   4750  N   ASP K  43      -8.115 -66.393 -17.283  1.00220.06           N  
+ATOM   4751  CA  ASP K  43      -9.025 -67.314 -16.606  1.00215.17           C  
+ATOM   4752  C   ASP K  43      -8.292 -68.581 -16.175  1.00214.26           C  
+ATOM   4753  O   ASP K  43      -7.721 -69.287 -17.013  1.00213.26           O  
+ATOM   4754  CB  ASP K  43     -10.207 -67.664 -17.510  1.00208.00           C  
+ATOM   4755  N   VAL K  44      -8.321 -68.867 -14.869  1.00212.88           N  
+ATOM   4756  CA  VAL K  44      -7.646 -70.014 -14.258  1.00211.36           C  
+ATOM   4757  C   VAL K  44      -8.516 -70.520 -13.108  1.00207.91           C  
+ATOM   4758  O   VAL K  44      -8.118 -70.461 -11.939  1.00207.89           O  
+ATOM   4759  CB  VAL K  44      -6.217 -69.694 -13.768  1.00214.17           C  
+ATOM   4760  CG1 VAL K  44      -5.502 -70.980 -13.342  1.00213.93           C  
+ATOM   4761  CG2 VAL K  44      -5.395 -68.995 -14.841  1.00214.87           C  
+ATOM   4762  N   ASN K  45      -9.747 -70.925 -13.418  1.00200.93           N  
+ATOM   4763  CA  ASN K  45     -10.682 -71.435 -12.411  1.00188.95           C  
+ATOM   4764  C   ASN K  45     -10.273 -72.844 -11.989  1.00185.37           C  
+ATOM   4765  O   ASN K  45     -10.688 -73.842 -12.581  1.00179.94           O  
+ATOM   4766  CB  ASN K  45     -12.107 -71.415 -12.950  1.00179.87           C  
+ATOM   4767  N   THR K  46      -9.462 -72.928 -10.935  1.00186.95           N  
+ATOM   4768  CA  THR K  46      -9.012 -74.201 -10.383  1.00185.34           C  
+ATOM   4769  C   THR K  46      -9.833 -74.527  -9.141  1.00183.61           C  
+ATOM   4770  O   THR K  46      -9.806 -73.776  -8.160  1.00184.62           O  
+ATOM   4771  CB  THR K  46      -7.523 -74.158 -10.039  1.00184.75           C  
+ATOM   4772  OG1 THR K  46      -7.277 -73.109  -9.095  1.00186.67           O  
+ATOM   4773  CG2 THR K  46      -6.690 -73.916 -11.290  1.00184.86           C  
+ATOM   4774  N   THR K  47     -10.553 -75.644  -9.183  1.00182.14           N  
+ATOM   4775  CA  THR K  47     -11.376 -76.071  -8.055  1.00181.41           C  
+ATOM   4776  C   THR K  47     -10.511 -76.497  -6.873  1.00183.41           C  
+ATOM   4777  O   THR K  47     -10.542 -75.873  -5.812  1.00186.06           O  
+ATOM   4778  CB  THR K  47     -12.307 -77.236  -8.441  1.00173.93           C  
+ATOM   4779  N   PHE K  51      -0.360 -73.361  -5.231  1.00226.80           N  
+ATOM   4780  CA  PHE K  51       0.865 -73.032  -5.946  1.00216.23           C  
+ATOM   4781  C   PHE K  51       2.064 -73.274  -5.028  1.00215.94           C  
+ATOM   4782  O   PHE K  51       2.024 -72.940  -3.844  1.00214.39           O  
+ATOM   4783  CB  PHE K  51       0.818 -71.581  -6.434  1.00209.76           C  
+ATOM   4784  CG  PHE K  51      -0.125 -71.361  -7.589  1.00205.72           C  
+ATOM   4785  CD1 PHE K  51       0.349 -71.281  -8.887  1.00199.49           C  
+ATOM   4786  CD2 PHE K  51      -1.489 -71.237  -7.374  1.00203.58           C  
+ATOM   4787  CE1 PHE K  51      -0.518 -71.081  -9.949  1.00191.18           C  
+ATOM   4788  CE2 PHE K  51      -2.361 -71.036  -8.430  1.00193.96           C  
+ATOM   4789  CZ  PHE K  51      -1.874 -70.959  -9.719  1.00185.01           C  
+ATOM   4790  N   GLU K  52       3.126 -73.867  -5.576  1.00213.27           N  
+ATOM   4791  CA  GLU K  52       4.278 -74.295  -4.793  1.00210.82           C  
+ATOM   4792  C   GLU K  52       5.579 -73.777  -5.392  1.00208.81           C  
+ATOM   4793  O   GLU K  52       5.739 -73.745  -6.612  1.00208.68           O  
+ATOM   4794  CB  GLU K  52       4.321 -75.824  -4.689  1.00211.31           C  
+ATOM   4795  CG  GLU K  52       5.408 -76.347  -3.778  1.00210.34           C  
+ATOM   4796  CD  GLU K  52       5.358 -75.729  -2.397  1.00209.43           C  
+ATOM   4797  OE1 GLU K  52       4.255 -75.395  -1.913  1.00207.56           O  
+ATOM   4798  OE2 GLU K  52       6.433 -75.574  -1.794  1.00210.19           O  
+ATOM   4799  N   ILE K  53       6.466 -73.272  -4.537  1.00209.26           N  
+ATOM   4800  CA  ILE K  53       7.793 -72.817  -4.944  1.00209.37           C  
+ATOM   4801  C   ILE K  53       8.846 -73.458  -4.046  1.00209.32           C  
+ATOM   4802  O   ILE K  53       8.779 -73.328  -2.818  1.00208.60           O  
+ATOM   4803  CB  ILE K  53       7.915 -71.284  -4.933  1.00209.13           C  
+ATOM   4804  CG1 ILE K  53       7.029 -70.694  -6.033  1.00210.62           C  
+ATOM   4805  CG2 ILE K  53       9.361 -70.869  -5.146  1.00208.40           C  
+ATOM   4806  CD1 ILE K  53       7.254 -69.219  -6.285  1.00213.87           C  
+ATOM   4807  N   CYS K  54       9.815 -74.144  -4.653  1.00208.22           N  
+ATOM   4808  CA  CYS K  54      10.957 -74.723  -3.957  1.00208.33           C  
+ATOM   4809  C   CYS K  54      12.217 -73.948  -4.363  1.00203.00           C  
+ATOM   4810  O   CYS K  54      12.123 -72.764  -4.732  1.00200.70           O  
+ATOM   4811  CB  CYS K  54      11.038 -76.218  -4.270  1.00211.58           C  
+ATOM   4812  SG  CYS K  54       9.588 -77.232  -3.871  1.00220.29           S  
+ATOM   4813  N   GLY K  55      13.376 -74.592  -4.287  1.00202.71           N  
+ATOM   4814  CA  GLY K  55      14.633 -73.966  -4.655  1.00204.71           C  
+ATOM   4815  C   GLY K  55      15.539 -73.728  -3.459  1.00210.83           C  
+ATOM   4816  O   GLY K  55      15.288 -74.184  -2.340  1.00211.15           O  
+ATOM   4817  N   ALA K  56      16.622 -72.995  -3.723  1.00214.15           N  
+ATOM   4818  CA  ALA K  56      17.628 -72.714  -2.704  1.00217.74           C  
+ATOM   4819  C   ALA K  56      17.051 -71.811  -1.622  1.00215.21           C  
+ATOM   4820  O   ALA K  56      16.560 -70.715  -1.913  1.00211.49           O  
+ATOM   4821  CB  ALA K  56      18.857 -72.069  -3.341  1.00220.54           C  
+ATOM   4822  N   LEU K  57      17.118 -72.266  -0.376  1.00215.90           N  
+ATOM   4823  CA  LEU K  57      16.647 -71.492   0.766  1.00214.75           C  
+ATOM   4824  C   LEU K  57      17.635 -71.693   1.911  1.00214.66           C  
+ATOM   4825  O   LEU K  57      18.776 -72.125   1.713  1.00213.13           O  
+ATOM   4826  CB  LEU K  57      15.214 -71.902   1.143  1.00210.74           C  
+ATOM   4827  CG  LEU K  57      14.114 -71.709   0.096  1.00205.88           C  
+ATOM   4828  CD1 LEU K  57      12.857 -72.461   0.499  1.00201.08           C  
+ATOM   4829  CD2 LEU K  57      13.815 -70.232  -0.104  1.00198.91           C  
+ATOM   4830  N   VAL K  58      17.198 -71.367   3.126  1.00214.16           N  
+ATOM   4831  CA  VAL K  58      18.019 -71.474   4.328  1.00216.12           C  
+ATOM   4832  C   VAL K  58      17.127 -72.024   5.431  1.00212.61           C  
+ATOM   4833  O   VAL K  58      16.096 -71.421   5.751  1.00210.48           O  
+ATOM   4834  CB  VAL K  58      18.626 -70.124   4.748  1.00217.89           C  
+ATOM   4835  N   GLU K  59      17.510 -73.169   5.997  1.00210.46           N  
+ATOM   4836  CA  GLU K  59      16.845 -73.894   7.074  1.00203.84           C  
+ATOM   4837  C   GLU K  59      15.615 -74.642   6.562  1.00203.99           C  
+ATOM   4838  O   GLU K  59      15.070 -75.475   7.289  1.00199.23           O  
+ATOM   4839  CB  GLU K  59      16.431 -72.995   8.256  1.00198.28           C  
+ATOM   4840  N   VAL K  60      15.156 -74.369   5.342  1.00206.88           N  
+ATOM   4841  CA  VAL K  60      13.990 -75.005   4.747  1.00202.56           C  
+ATOM   4842  C   VAL K  60      14.376 -75.456   3.344  1.00199.63           C  
+ATOM   4843  O   VAL K  60      15.261 -74.875   2.709  1.00199.55           O  
+ATOM   4844  CB  VAL K  60      12.767 -74.051   4.715  1.00198.23           C  
+ATOM   4845  CG1 VAL K  60      11.533 -74.733   4.122  1.00194.78           C  
+ATOM   4846  CG2 VAL K  60      12.463 -73.522   6.106  1.00194.14           C  
+ATOM   4847  N   LYS K  61      13.712 -76.506   2.863  1.00198.11           N  
+ATOM   4848  CA  LYS K  61      13.946 -77.026   1.521  1.00194.53           C  
+ATOM   4849  C   LYS K  61      12.830 -76.635   0.565  1.00199.08           C  
+ATOM   4850  O   LYS K  61      13.092 -76.206  -0.562  1.00198.60           O  
+ATOM   4851  CB  LYS K  61      14.078 -78.552   1.560  1.00184.25           C  
+ATOM   4852  N   CYS K  62      11.588 -76.712   1.023  1.00204.93           N  
+ATOM   4853  CA  CYS K  62      10.460 -76.240   0.247  1.00207.85           C  
+ATOM   4854  C   CYS K  62       9.331 -75.942   1.219  1.00207.68           C  
+ATOM   4855  O   CYS K  62       9.143 -76.639   2.220  1.00208.71           O  
+ATOM   4856  CB  CYS K  62      10.031 -77.256  -0.830  1.00210.81           C  
+ATOM   4857  SG  CYS K  62       8.946 -76.529  -2.079  1.00215.10           S  
+ATOM   4858  N   LEU K  63       8.595 -74.879   0.917  1.00205.55           N  
+ATOM   4859  CA  LEU K  63       7.556 -74.380   1.800  1.00201.26           C  
+ATOM   4860  C   LEU K  63       6.264 -74.220   1.019  1.00204.08           C  
+ATOM   4861  O   LEU K  63       6.275 -73.933  -0.180  1.00204.02           O  
+ATOM   4862  CB  LEU K  63       7.962 -73.040   2.427  1.00185.34           C  
+ATOM   4863  N   ASN K  64       5.151 -74.324   1.731  1.00205.20           N  
+ATOM   4864  CA  ASN K  64       3.831 -74.311   1.121  1.00206.27           C  
+ATOM   4865  C   ASN K  64       3.227 -72.919   1.234  1.00205.50           C  
+ATOM   4866  O   ASN K  64       3.119 -72.369   2.336  1.00200.22           O  
+ATOM   4867  CB  ASN K  64       2.933 -75.349   1.792  1.00204.30           C  
+ATOM   4868  CG  ASN K  64       1.661 -75.617   1.016  1.00197.51           C  
+ATOM   4869  OD1 ASN K  64       1.227 -74.800   0.203  1.00199.72           O  
+ATOM   4870  ND2 ASN K  64       1.050 -76.767   1.269  1.00189.41           N  
+ATOM   4871  N   PHE K  65       2.821 -72.366   0.094  1.00206.51           N  
+ATOM   4872  CA  PHE K  65       2.226 -71.041   0.054  1.00204.91           C  
+ATOM   4873  C   PHE K  65       0.888 -71.049   0.785  1.00202.08           C  
+ATOM   4874  O   PHE K  65       0.284 -72.099   1.020  1.00202.24           O  
+ATOM   4875  CB  PHE K  65       2.019 -70.587  -1.392  1.00207.11           C  
+ATOM   4876  CG  PHE K  65       3.271 -70.112  -2.066  1.00204.20           C  
+ATOM   4877  CD1 PHE K  65       4.379 -69.754  -1.322  1.00198.91           C  
+ATOM   4878  CD2 PHE K  65       3.333 -70.001  -3.443  1.00206.62           C  
+ATOM   4879  CE1 PHE K  65       5.531 -69.313  -1.936  1.00198.73           C  
+ATOM   4880  CE2 PHE K  65       4.479 -69.554  -4.061  1.00203.79           C  
+ATOM   4881  CZ  PHE K  65       5.580 -69.209  -3.302  1.00200.75           C  
+ATOM   4882  N   ARG K  66       0.418 -69.859   1.144  1.00199.37           N  
+ATOM   4883  CA  ARG K  66      -0.922 -69.705   1.687  1.00195.45           C  
+ATOM   4884  C   ARG K  66      -1.858 -69.300   0.558  1.00197.67           C  
+ATOM   4885  O   ARG K  66      -1.470 -68.545  -0.338  1.00200.79           O  
+ATOM   4886  CB  ARG K  66      -0.952 -68.646   2.792  1.00185.11           C  
+ATOM   4887  CG  ARG K  66       0.254 -68.647   3.721  1.00176.59           C  
+ATOM   4888  CD  ARG K  66       0.305 -69.887   4.595  1.00171.18           C  
+ATOM   4889  NE  ARG K  66       1.161 -69.683   5.762  1.00165.14           N  
+ATOM   4890  CZ  ARG K  66       1.434 -70.619   6.664  1.00154.40           C  
+ATOM   4891  NH1 ARG K  66       0.924 -71.836   6.537  1.00151.99           N  
+ATOM   4892  NH2 ARG K  66       2.221 -70.340   7.695  1.00140.74           N  
+ATOM   4893  N   LYS K  67      -3.096 -69.787   0.610  1.00194.88           N  
+ATOM   4894  CA  LYS K  67      -4.031 -69.608  -0.493  1.00197.67           C  
+ATOM   4895  C   LYS K  67      -5.219 -68.770  -0.048  1.00194.11           C  
+ATOM   4896  O   LYS K  67      -5.959 -69.163   0.861  1.00188.12           O  
+ATOM   4897  CB  LYS K  67      -4.508 -70.963  -1.022  1.00198.35           C  
+ATOM   4898  N   LEU K  68      -5.392 -67.620  -0.694  1.00193.99           N  
+ATOM   4899  CA  LEU K  68      -6.563 -66.766  -0.518  1.00189.81           C  
+ATOM   4900  C   LEU K  68      -6.729 -65.981  -1.808  1.00193.83           C  
+ATOM   4901  O   LEU K  68      -5.810 -65.254  -2.199  1.00192.12           O  
+ATOM   4902  CB  LEU K  68      -6.403 -65.834   0.682  1.00181.51           C  
+ATOM   4903  N   GLN K  69      -7.880 -66.117  -2.460  1.00197.19           N  
+ATOM   4904  CA  GLN K  69      -8.160 -65.445  -3.740  1.00194.10           C  
+ATOM   4905  C   GLN K  69      -7.091 -65.873  -4.745  1.00193.13           C  
+ATOM   4906  O   GLN K  69      -6.937 -67.082  -4.982  1.00195.51           O  
+ATOM   4907  CB  GLN K  69      -8.285 -63.943  -3.506  1.00194.52           C  
+ATOM   4908  N   GLU K  70      -6.329 -64.953  -5.339  1.00185.99           N  
+ATOM   4909  CA  GLU K  70      -5.325 -65.299  -6.346  1.00181.96           C  
+ATOM   4910  C   GLU K  70      -3.958 -64.698  -6.014  1.00181.65           C  
+ATOM   4911  O   GLU K  70      -3.274 -64.146  -6.878  1.00176.40           O  
+ATOM   4912  CB  GLU K  70      -5.777 -64.845  -7.733  1.00173.59           C  
+ATOM   4913  CG  GLU K  70      -7.231 -65.163  -8.070  1.00172.07           C  
+ATOM   4914  CD  GLU K  70      -7.457 -66.623  -8.413  1.00168.18           C  
+ATOM   4915  OE1 GLU K  70      -6.996 -67.064  -9.487  1.00161.57           O  
+ATOM   4916  OE2 GLU K  70      -8.098 -67.332  -7.608  1.00170.63           O  
+ATOM   4917  N   ILE K  71      -3.537 -64.793  -4.752  1.00185.94           N  
+ATOM   4918  CA  ILE K  71      -2.221 -64.315  -4.334  1.00188.00           C  
+ATOM   4919  C   ILE K  71      -1.667 -65.287  -3.300  1.00195.46           C  
+ATOM   4920  O   ILE K  71      -2.393 -65.738  -2.409  1.00196.06           O  
+ATOM   4921  CB  ILE K  71      -2.289 -62.883  -3.762  1.00183.49           C  
+ATOM   4922  N   TYR K  72      -0.376 -65.610  -3.416  1.00198.65           N  
+ATOM   4923  CA  TYR K  72       0.261 -66.590  -2.539  1.00203.49           C  
+ATOM   4924  C   TYR K  72       1.547 -66.020  -1.952  1.00204.32           C  
+ATOM   4925  O   TYR K  72       2.486 -65.723  -2.697  1.00203.87           O  
+ATOM   4926  CB  TYR K  72       0.544 -67.877  -3.322  1.00206.97           C  
+ATOM   4927  CG  TYR K  72      -0.713 -68.580  -3.800  1.00209.10           C  
+ATOM   4928  CD1 TYR K  72      -1.426 -68.103  -4.896  1.00208.78           C  
+ATOM   4929  CD2 TYR K  72      -1.183 -69.717  -3.162  1.00210.03           C  
+ATOM   4930  CE1 TYR K  72      -2.576 -68.732  -5.333  1.00211.33           C  
+ATOM   4931  CE2 TYR K  72      -2.329 -70.357  -3.596  1.00212.62           C  
+ATOM   4932  CZ  TYR K  72      -3.022 -69.860  -4.680  1.00214.28           C  
+ATOM   4933  OH  TYR K  72      -4.163 -70.496  -5.112  1.00216.72           O  
+ATOM   4934  N   PHE K  73       1.600 -65.881  -0.625  1.00195.85           N  
+ATOM   4935  CA  PHE K  73       2.796 -65.385   0.051  1.00191.12           C  
+ATOM   4936  C   PHE K  73       2.967 -66.093   1.393  1.00187.53           C  
+ATOM   4937  O   PHE K  73       2.009 -66.624   1.961  1.00189.01           O  
+ATOM   4938  CB  PHE K  73       2.765 -63.862   0.230  1.00190.91           C  
+ATOM   4939  CG  PHE K  73       1.837 -63.392   1.305  1.00192.14           C  
+ATOM   4940  CD1 PHE K  73       0.485 -63.242   1.053  1.00193.84           C  
+ATOM   4941  CD2 PHE K  73       2.319 -63.084   2.567  1.00187.02           C  
+ATOM   4942  CE1 PHE K  73      -0.372 -62.804   2.041  1.00191.24           C  
+ATOM   4943  CE2 PHE K  73       1.468 -62.647   3.560  1.00186.17           C  
+ATOM   4944  CZ  PHE K  73       0.120 -62.505   3.297  1.00189.79           C  
+ATOM   4945  N   ILE K  74       4.207 -66.098   1.894  1.00182.29           N  
+ATOM   4946  CA  ILE K  74       4.525 -66.542   3.249  1.00177.47           C  
+ATOM   4947  C   ILE K  74       5.414 -65.506   3.921  1.00172.63           C  
+ATOM   4948  O   ILE K  74       6.264 -64.878   3.281  1.00170.34           O  
+ATOM   4949  CB  ILE K  74       5.232 -67.914   3.312  1.00174.36           C  
+ATOM   4950  CG1 ILE K  74       4.930 -68.763   2.083  1.00183.25           C  
+ATOM   4951  CG2 ILE K  74       4.867 -68.644   4.604  1.00167.69           C  
+ATOM   4952  CD1 ILE K  74       6.189 -69.332   1.476  1.00182.33           C  
+ATOM   4953  N   GLU K  75       5.208 -65.324   5.224  1.00169.94           N  
+ATOM   4954  CA  GLU K  75       6.031 -64.435   6.038  1.00164.93           C  
+ATOM   4955  C   GLU K  75       6.840 -65.288   7.011  1.00164.26           C  
+ATOM   4956  O   GLU K  75       6.298 -65.812   7.990  1.00160.85           O  
+ATOM   4957  CB  GLU K  75       5.169 -63.419   6.782  1.00161.39           C  
+ATOM   4958  N   THR K  76       8.136 -65.423   6.731  1.00165.13           N  
+ATOM   4959  CA  THR K  76       9.051 -66.241   7.516  1.00164.51           C  
+ATOM   4960  C   THR K  76      10.413 -65.559   7.497  1.00165.70           C  
+ATOM   4961  O   THR K  76      10.730 -64.811   6.568  1.00166.58           O  
+ATOM   4962  CB  THR K  76       9.140 -67.676   6.970  1.00162.51           C  
+ATOM   4963  OG1 THR K  76       7.819 -68.200   6.781  1.00162.21           O  
+ATOM   4964  CG2 THR K  76       9.890 -68.588   7.936  1.00159.08           C  
+ATOM   4965  N   LYS K  77      11.220 -65.824   8.525  1.00167.25           N  
+ATOM   4966  CA  LYS K  77      12.530 -65.193   8.634  1.00170.07           C  
+ATOM   4967  C   LYS K  77      13.648 -66.009   7.997  1.00178.84           C  
+ATOM   4968  O   LYS K  77      14.641 -65.430   7.542  1.00180.53           O  
+ATOM   4969  CB  LYS K  77      12.867 -64.944  10.106  1.00162.95           C  
+ATOM   4970  CG  LYS K  77      11.695 -64.435  10.929  1.00153.97           C  
+ATOM   4971  CD  LYS K  77      11.500 -65.278  12.178  1.00140.10           C  
+ATOM   4972  CE  LYS K  77      10.254 -64.862  12.942  1.00134.63           C  
+ATOM   4973  NZ  LYS K  77      10.038 -65.708  14.148  1.00136.96           N  
+ATOM   4974  N   LYS K  78      13.514 -67.332   7.952  1.00184.82           N  
+ATOM   4975  CA  LYS K  78      14.556 -68.205   7.411  1.00191.84           C  
+ATOM   4976  C   LYS K  78      14.492 -68.147   5.890  1.00196.37           C  
+ATOM   4977  O   LYS K  78      13.777 -68.916   5.245  1.00197.61           O  
+ATOM   4978  CB  LYS K  78      14.386 -69.630   7.925  1.00194.86           C  
+ATOM   4979  N   PHE K  79      15.251 -67.222   5.304  1.00195.79           N  
+ATOM   4980  CA  PHE K  79      15.285 -67.063   3.857  1.00192.54           C  
+ATOM   4981  C   PHE K  79      16.715 -66.853   3.386  1.00192.58           C  
+ATOM   4982  O   PHE K  79      17.491 -66.139   4.026  1.00188.76           O  
+ATOM   4983  CB  PHE K  79      14.418 -65.882   3.407  1.00185.49           C  
+ATOM   4984  CG  PHE K  79      13.297 -66.268   2.490  1.00179.64           C  
+ATOM   4985  CD1 PHE K  79      13.529 -66.472   1.141  1.00176.14           C  
+ATOM   4986  CD2 PHE K  79      12.011 -66.426   2.977  1.00175.68           C  
+ATOM   4987  CE1 PHE K  79      12.498 -66.827   0.293  1.00171.03           C  
+ATOM   4988  CE2 PHE K  79      10.976 -66.781   2.135  1.00169.62           C  
+ATOM   4989  CZ  PHE K  79      11.220 -66.982   0.791  1.00168.05           C  
+ATOM   4990  N   LEU K  80      17.055 -67.482   2.263  1.00195.80           N  
+ATOM   4991  CA  LEU K  80      18.358 -67.325   1.633  1.00193.21           C  
+ATOM   4992  C   LEU K  80      18.258 -66.326   0.487  1.00187.16           C  
+ATOM   4993  O   LEU K  80      17.431 -66.490  -0.418  1.00185.97           O  
+ATOM   4994  CB  LEU K  80      18.890 -68.664   1.125  1.00197.06           C  
+ATOM   4995  N   LEU K  81      19.102 -65.299   0.530  1.00186.07           N  
+ATOM   4996  CA  LEU K  81      19.189 -64.302  -0.527  1.00185.60           C  
+ATOM   4997  C   LEU K  81      20.133 -64.719  -1.646  1.00189.17           C  
+ATOM   4998  O   LEU K  81      20.084 -64.131  -2.732  1.00186.00           O  
+ATOM   4999  CB  LEU K  81      19.640 -62.954   0.046  1.00178.23           C  
+ATOM   5000  N   ILE K  82      20.979 -65.717  -1.407  1.00190.55           N  
+ATOM   5001  CA  ILE K  82      21.994 -66.153  -2.359  1.00187.83           C  
+ATOM   5002  C   ILE K  82      21.556 -67.460  -3.001  1.00188.53           C  
+ATOM   5003  O   ILE K  82      21.190 -68.415  -2.304  1.00190.21           O  
+ATOM   5004  CB  ILE K  82      23.355 -66.333  -1.664  1.00184.08           C  
+ATOM   5005  CG1 ILE K  82      23.780 -65.046  -0.955  1.00179.24           C  
+ATOM   5006  CG2 ILE K  82      24.411 -66.792  -2.659  1.00182.22           C  
+ATOM   5007  CD1 ILE K  82      24.978 -65.225  -0.046  1.00175.69           C  
+ATOM   5008  N   GLY K  83      21.585 -67.500  -4.323  1.00186.19           N  
+ATOM   5009  CA  GLY K  83      21.262 -68.701  -5.072  1.00187.65           C  
+ATOM   5010  C   GLY K  83      19.938 -68.585  -5.805  1.00189.53           C  
+ATOM   5011  O   GLY K  83      18.981 -67.976  -5.312  1.00189.42           O  
+ATOM   5012  N   LYS K  84      19.884 -69.169  -6.998  1.00189.30           N  
+ATOM   5013  CA  LYS K  84      18.646 -69.189  -7.757  1.00185.82           C  
+ATOM   5014  C   LYS K  84      17.731 -70.283  -7.216  1.00189.98           C  
+ATOM   5015  O   LYS K  84      18.166 -71.204  -6.520  1.00192.80           O  
+ATOM   5016  CB  LYS K  84      18.924 -69.415  -9.244  1.00180.03           C  
+ATOM   5017  N   SER K  85      16.446 -70.175  -7.543  1.00190.93           N  
+ATOM   5018  CA  SER K  85      15.451 -71.121  -7.070  1.00192.57           C  
+ATOM   5019  C   SER K  85      14.524 -71.504  -8.212  1.00192.63           C  
+ATOM   5020  O   SER K  85      14.145 -70.660  -9.032  1.00190.65           O  
+ATOM   5021  CB  SER K  85      14.638 -70.536  -5.907  1.00193.26           C  
+ATOM   5022  OG  SER K  85      15.480 -70.194  -4.820  1.00194.79           O  
+ATOM   5023  N   ASN K  86      14.175 -72.787  -8.263  1.00195.15           N  
+ATOM   5024  CA  ASN K  86      13.203 -73.299  -9.218  1.00195.26           C  
+ATOM   5025  C   ASN K  86      11.816 -73.210  -8.595  1.00198.65           C  
+ATOM   5026  O   ASN K  86      11.549 -73.844  -7.568  1.00199.78           O  
+ATOM   5027  CB  ASN K  86      13.529 -74.738  -9.615  1.00190.82           C  
+ATOM   5028  CG  ASN K  86      14.674 -74.824 -10.605  1.00185.88           C  
+ATOM   5029  OD1 ASN K  86      14.473 -74.701 -11.814  1.00186.57           O  
+ATOM   5030  ND2 ASN K  86      15.882 -75.041 -10.098  1.00177.96           N  
+ATOM   5031  N   ILE K  87      10.941 -72.423  -9.208  1.00201.32           N  
+ATOM   5032  CA  ILE K  87       9.555 -72.289  -8.785  1.00206.22           C  
+ATOM   5033  C   ILE K  87       8.704 -73.142  -9.713  1.00211.01           C  
+ATOM   5034  O   ILE K  87       8.590 -72.842 -10.906  1.00209.26           O  
+ATOM   5035  CB  ILE K  87       9.108 -70.823  -8.820  1.00204.12           C  
+ATOM   5036  N   CYS K  88       8.114 -74.214  -9.183  1.00213.73           N  
+ATOM   5037  CA  CYS K  88       7.291 -75.116  -9.978  1.00216.57           C  
+ATOM   5038  C   CYS K  88       5.886 -75.179  -9.386  1.00214.99           C  
+ATOM   5039  O   CYS K  88       5.705 -75.602  -8.242  1.00215.32           O  
+ATOM   5040  CB  CYS K  88       7.918 -76.512 -10.046  1.00217.86           C  
+ATOM   5041  SG  CYS K  88       9.556 -76.589 -10.846  1.00213.94           S  
+ATOM   5042  N   VAL K  89       4.906 -74.898 -10.227  1.00214.89           N  
+ATOM   5043  CA  VAL K  89       3.487 -74.847  -9.894  1.00215.41           C  
+ATOM   5044  C   VAL K  89       2.895 -76.248  -9.857  1.00219.55           C  
+ATOM   5045  O   VAL K  89       3.182 -77.088 -10.718  1.00220.22           O  
+ATOM   5046  CB  VAL K  89       2.744 -73.958 -10.908  1.00209.65           C  
+ATOM   5047  CG1 VAL K  89       1.236 -74.103 -10.758  1.00205.72           C  
+ATOM   5048  CG2 VAL K  89       3.167 -72.505 -10.752  1.00205.00           C  
+ATOM   5049  N   LYS K  90       2.093 -76.514  -8.830  1.00222.66           N  
+ATOM   5050  CA  LYS K  90       1.468 -77.818  -8.656  1.00226.65           C  
+ATOM   5051  C   LYS K  90      -0.049 -77.675  -8.746  1.00229.75           C  
+ATOM   5052  O   LYS K  90      -0.786 -78.132  -7.873  1.00231.44           O  
+ATOM   5053  CB  LYS K  90       1.863 -78.435  -7.313  1.00229.59           C  
+ATOM   5054  N   SER K  95       3.275 -81.480 -10.683  1.00210.65           N  
+ATOM   5055  CA  SER K  95       4.080 -80.385 -11.214  1.00211.83           C  
+ATOM   5056  C   SER K  95       3.496 -79.880 -12.533  1.00215.77           C  
+ATOM   5057  O   SER K  95       3.366 -80.639 -13.494  1.00217.08           O  
+ATOM   5058  CB  SER K  95       5.527 -80.845 -11.412  1.00206.08           C  
+ATOM   5059  OG  SER K  95       6.067 -81.350 -10.204  1.00203.29           O  
+ATOM   5060  N   LEU K  96       3.130 -78.598 -12.568  1.00217.58           N  
+ATOM   5061  CA  LEU K  96       2.608 -77.961 -13.776  1.00215.68           C  
+ATOM   5062  C   LEU K  96       3.663 -77.217 -14.593  1.00214.98           C  
+ATOM   5063  O   LEU K  96       3.959 -77.603 -15.727  1.00212.11           O  
+ATOM   5064  CB  LEU K  96       1.467 -77.006 -13.399  1.00213.14           C  
+ATOM   5065  N   THR K  97       4.240 -76.153 -14.027  1.00215.15           N  
+ATOM   5066  CA  THR K  97       5.155 -75.255 -14.727  1.00215.20           C  
+ATOM   5067  C   THR K  97       6.350 -74.886 -13.861  1.00213.84           C  
+ATOM   5068  O   THR K  97       6.219 -74.726 -12.652  1.00213.85           O  
+ATOM   5069  CB  THR K  97       4.453 -73.956 -15.136  1.00211.13           C  
+ATOM   5070  OG1 THR K  97       3.039 -74.176 -15.240  1.00210.86           O  
+ATOM   5071  CG2 THR K  97       5.005 -73.429 -16.445  1.00212.09           C  
+ATOM   5072  N   CYS K  98       7.523 -74.750 -14.475  1.00213.31           N  
+ATOM   5073  CA  CYS K  98       8.708 -74.372 -13.718  1.00211.04           C  
+ATOM   5074  C   CYS K  98       9.331 -73.099 -14.283  1.00204.85           C  
+ATOM   5075  O   CYS K  98       9.219 -72.802 -15.476  1.00202.73           O  
+ATOM   5076  CB  CYS K  98       9.744 -75.499 -13.696  1.00215.30           C  
+ATOM   5077  SG  CYS K  98       9.204 -76.987 -12.811  1.00224.04           S  
+ATOM   5078  N   LYS K  99       9.971 -72.341 -13.391  1.00201.21           N  
+ATOM   5079  CA  LYS K  99      10.714 -71.135 -13.743  1.00193.55           C  
+ATOM   5080  C   LYS K  99      11.909 -71.005 -12.809  1.00194.80           C  
+ATOM   5081  O   LYS K  99      11.741 -71.028 -11.587  1.00195.72           O  
+ATOM   5082  CB  LYS K  99       9.826 -69.888 -13.651  1.00186.57           C  
+ATOM   5083  N   LYS K 100      13.107 -70.869 -13.374  1.00193.53           N  
+ATOM   5084  CA  LYS K 100      14.327 -70.712 -12.578  1.00190.64           C  
+ATOM   5085  C   LYS K 100      14.601 -69.224 -12.390  1.00192.33           C  
+ATOM   5086  O   LYS K 100      15.126 -68.561 -13.287  1.00189.06           O  
+ATOM   5087  CB  LYS K 100      15.500 -71.416 -13.250  1.00179.93           C  
+ATOM   5088  N   ILE K 101      14.253 -68.695 -11.216  1.00193.47           N  
+ATOM   5089  CA  ILE K 101      14.364 -67.264 -10.956  1.00190.25           C  
+ATOM   5090  C   ILE K 101      15.252 -67.027  -9.743  1.00191.29           C  
+ATOM   5091  O   ILE K 101      15.352 -67.866  -8.844  1.00190.48           O  
+ATOM   5092  CB  ILE K 101      12.979 -66.612 -10.748  1.00183.42           C  
+ATOM   5093  N   ASP K 102      15.899 -65.866  -9.724  1.00192.22           N  
+ATOM   5094  CA  ASP K 102      16.742 -65.464  -8.606  1.00188.43           C  
+ATOM   5095  C   ASP K 102      15.940 -64.620  -7.625  1.00188.02           C  
+ATOM   5096  O   ASP K 102      15.146 -63.764  -8.027  1.00188.32           O  
+ATOM   5097  CB  ASP K 102      17.962 -64.685  -9.098  1.00182.52           C  
+ATOM   5098  N   LEU K 103      16.147 -64.870  -6.329  1.00186.43           N  
+ATOM   5099  CA  LEU K 103      15.423 -64.124  -5.306  1.00184.23           C  
+ATOM   5100  C   LEU K 103      15.804 -62.650  -5.287  1.00186.52           C  
+ATOM   5101  O   LEU K 103      15.015 -61.825  -4.814  1.00187.03           O  
+ATOM   5102  CB  LEU K 103      15.669 -64.743  -3.929  1.00176.05           C  
+ATOM   5103  N   THR K 104      16.989 -62.303  -5.783  1.00187.28           N  
+ATOM   5104  CA  THR K 104      17.452 -60.923  -5.815  1.00185.02           C  
+ATOM   5105  C   THR K 104      17.107 -60.212  -7.118  1.00187.57           C  
+ATOM   5106  O   THR K 104      17.469 -59.043  -7.281  1.00187.49           O  
+ATOM   5107  CB  THR K 104      18.967 -60.862  -5.587  1.00179.07           C  
+ATOM   5108  OG1 THR K 104      19.636 -61.635  -6.590  1.00175.66           O  
+ATOM   5109  CG2 THR K 104      19.320 -61.401  -4.211  1.00174.49           C  
+ATOM   5110  N   THR K 105      16.429 -60.888  -8.046  1.00189.50           N  
+ATOM   5111  CA  THR K 105      16.054 -60.304  -9.329  1.00191.94           C  
+ATOM   5112  C   THR K 105      14.544 -60.116  -9.459  1.00192.23           C  
+ATOM   5113  O   THR K 105      14.048 -59.861 -10.562  1.00195.18           O  
+ATOM   5114  CB  THR K 105      16.594 -61.166 -10.475  1.00194.22           C  
+ATOM   5115  OG1 THR K 105      17.863 -61.712 -10.098  1.00194.51           O  
+ATOM   5116  CG2 THR K 105      16.793 -60.332 -11.738  1.00195.11           C  
+ATOM   5117  N   ILE K 106      13.802 -60.228  -8.359  1.00189.39           N  
+ATOM   5118  CA  ILE K 106      12.352 -60.068  -8.382  1.00185.88           C  
+ATOM   5119  C   ILE K 106      11.931 -59.225  -7.186  1.00186.62           C  
+ATOM   5120  O   ILE K 106      10.880 -59.463  -6.581  1.00185.92           O  
+ATOM   5121  CB  ILE K 106      11.636 -61.431  -8.381  1.00179.83           C  
+ATOM   5122  N   VAL K 107      12.750 -58.236  -6.841  1.00187.69           N  
+ATOM   5123  CA  VAL K 107      12.554 -57.428  -5.643  1.00186.56           C  
+ATOM   5124  C   VAL K 107      11.584 -56.294  -5.946  1.00185.40           C  
+ATOM   5125  O   VAL K 107      11.692 -55.621  -6.977  1.00182.92           O  
+ATOM   5126  CB  VAL K 107      13.901 -56.883  -5.132  1.00186.98           C  
+ATOM   5127  CG1 VAL K 107      13.702 -56.053  -3.872  1.00184.05           C  
+ATOM   5128  CG2 VAL K 107      14.877 -58.023  -4.893  1.00187.96           C  
+ATOM   5129  N   LYS K 108      10.634 -56.076  -5.045  1.00186.06           N  
+ATOM   5130  CA  LYS K 108       9.702 -54.953  -5.155  1.00182.59           C  
+ATOM   5131  C   LYS K 108       9.874 -54.028  -3.959  1.00182.03           C  
+ATOM   5132  O   LYS K 108       9.528 -54.417  -2.826  1.00180.82           O  
+ATOM   5133  CB  LYS K 108       8.260 -55.451  -5.242  1.00180.08           C  
+ATOM   5134  N   PRO K 109      10.402 -52.820  -4.139  1.00181.74           N  
+ATOM   5135  CA  PRO K 109      10.585 -51.916  -3.000  1.00177.39           C  
+ATOM   5136  C   PRO K 109       9.253 -51.480  -2.414  1.00172.99           C  
+ATOM   5137  O   PRO K 109       8.197 -51.579  -3.043  1.00169.23           O  
+ATOM   5138  CB  PRO K 109      11.335 -50.721  -3.599  1.00172.41           C  
+ATOM   5139  CG  PRO K 109      11.893 -51.211  -4.882  1.00175.15           C  
+ATOM   5140  CD  PRO K 109      10.942 -52.251  -5.383  1.00178.10           C  
+ATOM   5141  N   GLU K 110       9.319 -50.985  -1.183  1.00168.73           N  
+ATOM   5142  CA  GLU K 110       8.151 -50.392  -0.553  1.00159.72           C  
+ATOM   5143  C   GLU K 110       7.929 -48.988  -1.098  1.00153.00           C  
+ATOM   5144  O   GLU K 110       8.884 -48.252  -1.367  1.00150.26           O  
+ATOM   5145  CB  GLU K 110       8.323 -50.356   0.964  1.00158.99           C  
+ATOM   5146  CG  GLU K 110       8.414 -51.735   1.598  1.00159.33           C  
+ATOM   5147  CD  GLU K 110       8.542 -51.678   3.106  1.00156.99           C  
+ATOM   5148  OE1 GLU K 110       9.687 -51.652   3.606  1.00158.86           O  
+ATOM   5149  OE2 GLU K 110       7.499 -51.643   3.791  1.00150.59           O  
+ATOM   5150  N   ALA K 111       6.663 -48.627  -1.272  1.00148.83           N  
+ATOM   5151  CA  ALA K 111       6.331 -47.329  -1.839  1.00142.13           C  
+ATOM   5152  C   ALA K 111       6.807 -46.214  -0.910  1.00139.06           C  
+ATOM   5153  O   ALA K 111       6.626 -46.304   0.310  1.00140.21           O  
+ATOM   5154  CB  ALA K 111       4.824 -47.214  -2.070  1.00138.69           C  
+ATOM   5155  N   PRO K 112       7.431 -45.165  -1.444  1.00134.09           N  
+ATOM   5156  CA  PRO K 112       7.795 -44.016  -0.606  1.00132.08           C  
+ATOM   5157  C   PRO K 112       6.566 -43.382   0.030  1.00129.05           C  
+ATOM   5158  O   PRO K 112       5.419 -43.667  -0.321  1.00127.24           O  
+ATOM   5159  CB  PRO K 112       8.479 -43.059  -1.588  1.00128.95           C  
+ATOM   5160  CG  PRO K 112       8.970 -43.940  -2.690  1.00133.09           C  
+ATOM   5161  CD  PRO K 112       7.945 -45.032  -2.818  1.00134.84           C  
+ATOM   5162  N   PHE K 113       6.823 -42.490   0.983  1.00125.84           N  
+ATOM   5163  CA  PHE K 113       5.755 -41.865   1.748  1.00119.12           C  
+ATOM   5164  C   PHE K 113       6.218 -40.496   2.221  1.00113.55           C  
+ATOM   5165  O   PHE K 113       7.374 -40.107   2.033  1.00113.93           O  
+ATOM   5166  CB  PHE K 113       5.329 -42.745   2.932  1.00118.26           C  
+ATOM   5167  CG  PHE K 113       6.466 -43.146   3.833  1.00119.09           C  
+ATOM   5168  CD1 PHE K 113       7.258 -44.243   3.531  1.00124.17           C  
+ATOM   5169  CD2 PHE K 113       6.739 -42.428   4.985  1.00119.78           C  
+ATOM   5170  CE1 PHE K 113       8.302 -44.612   4.358  1.00128.33           C  
+ATOM   5171  CE2 PHE K 113       7.782 -42.793   5.817  1.00122.28           C  
+ATOM   5172  CZ  PHE K 113       8.564 -43.886   5.503  1.00126.39           C  
+ATOM   5173  N   ASP K 114       5.290 -39.764   2.842  1.00109.75           N  
+ATOM   5174  CA  ASP K 114       5.554 -38.430   3.383  1.00105.96           C  
+ATOM   5175  C   ASP K 114       6.068 -37.482   2.298  1.00102.24           C  
+ATOM   5176  O   ASP K 114       7.036 -36.743   2.490  1.00 99.09           O  
+ATOM   5177  CB  ASP K 114       6.530 -38.500   4.560  1.00106.12           C  
+ATOM   5178  CG  ASP K 114       5.935 -39.196   5.768  1.00107.37           C  
+ATOM   5179  OD1 ASP K 114       4.691 -39.280   5.855  1.00104.18           O  
+ATOM   5180  OD2 ASP K 114       6.710 -39.660   6.630  1.00112.50           O  
+ATOM   5181  N   LEU K 115       5.406 -37.512   1.145  1.00100.32           N  
+ATOM   5182  CA  LEU K 115       5.762 -36.614   0.056  1.00 97.67           C  
+ATOM   5183  C   LEU K 115       5.322 -35.191   0.377  1.00 92.69           C  
+ATOM   5184  O   LEU K 115       4.227 -34.965   0.901  1.00 92.22           O  
+ATOM   5185  CB  LEU K 115       5.118 -37.083  -1.248  1.00 98.77           C  
+ATOM   5186  CG  LEU K 115       5.431 -36.263  -2.500  1.00 95.72           C  
+ATOM   5187  CD1 LEU K 115       6.917 -36.316  -2.813  1.00 96.57           C  
+ATOM   5188  CD2 LEU K 115       4.613 -36.756  -3.678  1.00103.58           C  
+ATOM   5189  N   SER K 116       6.180 -34.225   0.054  1.00 88.73           N  
+ATOM   5190  CA  SER K 116       5.922 -32.836   0.405  1.00 87.80           C  
+ATOM   5191  C   SER K 116       6.611 -31.920  -0.596  1.00 85.60           C  
+ATOM   5192  O   SER K 116       7.686 -32.236  -1.111  1.00 85.61           O  
+ATOM   5193  CB  SER K 116       6.404 -32.519   1.826  1.00 86.52           C  
+ATOM   5194  OG  SER K 116       6.367 -31.125   2.078  1.00 83.38           O  
+ATOM   5195  N   VAL K 117       5.974 -30.782  -0.866  1.00 83.44           N  
+ATOM   5196  CA  VAL K 117       6.523 -29.741  -1.729  1.00 84.04           C  
+ATOM   5197  C   VAL K 117       6.427 -28.415  -0.987  1.00 80.81           C  
+ATOM   5198  O   VAL K 117       5.373 -28.085  -0.434  1.00 81.79           O  
+ATOM   5199  CB  VAL K 117       5.786 -29.661  -3.080  1.00 87.41           C  
+ATOM   5200  CG1 VAL K 117       6.380 -28.561  -3.947  1.00 85.54           C  
+ATOM   5201  CG2 VAL K 117       5.843 -31.000  -3.802  1.00 86.99           C  
+ATOM   5202  N   VAL K 118       7.523 -27.658  -0.976  1.00 77.83           N  
+ATOM   5203  CA  VAL K 118       7.599 -26.394  -0.252  1.00 77.23           C  
+ATOM   5204  C   VAL K 118       8.159 -25.323  -1.176  1.00 75.46           C  
+ATOM   5205  O   VAL K 118       9.229 -25.505  -1.766  1.00 75.01           O  
+ATOM   5206  CB  VAL K 118       8.467 -26.510   1.015  1.00 76.48           C  
+ATOM   5207  CG1 VAL K 118       8.552 -25.165   1.719  1.00 73.15           C  
+ATOM   5208  CG2 VAL K 118       7.908 -27.575   1.946  1.00 86.71           C  
+ATOM   5209  N   TYR K 119       7.444 -24.207  -1.293  1.00 75.05           N  
+ATOM   5210  CA  TYR K 119       7.877 -23.087  -2.118  1.00 73.56           C  
+ATOM   5211  C   TYR K 119       8.773 -22.157  -1.309  1.00 73.96           C  
+ATOM   5212  O   TYR K 119       8.397 -21.717  -0.218  1.00 78.36           O  
+ATOM   5213  CB  TYR K 119       6.668 -22.320  -2.656  1.00 74.34           C  
+ATOM   5214  CG  TYR K 119       7.020 -21.040  -3.378  1.00 75.92           C  
+ATOM   5215  CD1 TYR K 119       7.727 -21.067  -4.572  1.00 79.42           C  
+ATOM   5216  CD2 TYR K 119       6.638 -19.805  -2.870  1.00 75.96           C  
+ATOM   5217  CE1 TYR K 119       8.050 -19.901  -5.237  1.00 81.26           C  
+ATOM   5218  CE2 TYR K 119       6.956 -18.632  -3.529  1.00 77.15           C  
+ATOM   5219  CZ  TYR K 119       7.662 -18.686  -4.712  1.00 80.61           C  
+ATOM   5220  OH  TYR K 119       7.981 -17.522  -5.372  1.00 84.81           O  
+ATOM   5221  N   ARG K 120       9.956 -21.857  -1.847  1.00 72.63           N  
+ATOM   5222  CA  ARG K 120      10.890 -20.926  -1.219  1.00 72.09           C  
+ATOM   5223  C   ARG K 120      10.798 -19.589  -1.944  1.00 75.76           C  
+ATOM   5224  O   ARG K 120      11.261 -19.459  -3.082  1.00 82.87           O  
+ATOM   5225  CB  ARG K 120      12.319 -21.464  -1.235  1.00 73.12           C  
+ATOM   5226  CG  ARG K 120      12.508 -22.767  -0.479  1.00 71.78           C  
+ATOM   5227  CD  ARG K 120      13.984 -23.056  -0.249  1.00 71.88           C  
+ATOM   5228  NE  ARG K 120      14.691 -23.384  -1.482  1.00 76.83           N  
+ATOM   5229  CZ  ARG K 120      16.012 -23.500  -1.573  1.00 79.77           C  
+ATOM   5230  NH1 ARG K 120      16.771 -23.315  -0.501  1.00 77.43           N  
+ATOM   5231  NH2 ARG K 120      16.576 -23.800  -2.735  1.00 83.52           N  
+ATOM   5232  N   GLU K 121      10.192 -18.599  -1.281  1.00 74.13           N  
+ATOM   5233  CA  GLU K 121       9.961 -17.301  -1.910  1.00 76.53           C  
+ATOM   5234  C   GLU K 121      11.267 -16.638  -2.334  1.00 77.43           C  
+ATOM   5235  O   GLU K 121      11.319 -15.961  -3.367  1.00 78.75           O  
+ATOM   5236  CB  GLU K 121       9.187 -16.393  -0.953  1.00 73.33           C  
+ATOM   5237  CG  GLU K 121       8.762 -15.065  -1.558  1.00 76.70           C  
+ATOM   5238  CD  GLU K 121       7.845 -14.277  -0.643  1.00 77.81           C  
+ATOM   5239  OE1 GLU K 121       8.154 -13.099  -0.362  1.00 78.70           O  
+ATOM   5240  OE2 GLU K 121       6.825 -14.838  -0.192  1.00 74.94           O  
+ATOM   5241  N   GLY K 122      12.331 -16.819  -1.550  1.00 75.69           N  
+ATOM   5242  CA  GLY K 122      13.585 -16.152  -1.866  1.00 79.36           C  
+ATOM   5243  C   GLY K 122      14.238 -16.688  -3.126  1.00 80.64           C  
+ATOM   5244  O   GLY K 122      14.671 -15.920  -3.990  1.00 80.58           O  
+ATOM   5245  N   ALA K 123      14.314 -18.010  -3.251  1.00 80.84           N  
+ATOM   5246  CA  ALA K 123      14.996 -18.633  -4.376  1.00 82.10           C  
+ATOM   5247  C   ALA K 123      14.090 -18.863  -5.577  1.00 87.56           C  
+ATOM   5248  O   ALA K 123      14.593 -19.237  -6.643  1.00 87.22           O  
+ATOM   5249  CB  ALA K 123      15.615 -19.967  -3.946  1.00 80.25           C  
+ATOM   5250  N   ASN K 124      12.781 -18.644  -5.435  1.00 86.57           N  
+ATOM   5251  CA  ASN K 124      11.816 -18.880  -6.509  1.00 86.90           C  
+ATOM   5252  C   ASN K 124      11.923 -20.316  -7.025  1.00 88.90           C  
+ATOM   5253  O   ASN K 124      12.253 -20.569  -8.185  1.00 95.58           O  
+ATOM   5254  CB  ASN K 124      11.992 -17.866  -7.646  1.00 87.60           C  
+ATOM   5255  CG  ASN K 124      11.761 -16.437  -7.196  1.00 88.47           C  
+ATOM   5256  OD1 ASN K 124      10.854 -16.159  -6.412  1.00 89.82           O  
+ATOM   5257  ND2 ASN K 124      12.584 -15.520  -7.694  1.00 85.21           N  
+ATOM   5258  N   ASP K 125      11.679 -21.263  -6.122  1.00 86.92           N  
+ATOM   5259  CA  ASP K 125      11.737 -22.673  -6.479  1.00 86.68           C  
+ATOM   5260  C   ASP K 125      10.880 -23.476  -5.509  1.00 82.22           C  
+ATOM   5261  O   ASP K 125      10.337 -22.946  -4.535  1.00 83.15           O  
+ATOM   5262  CB  ASP K 125      13.184 -23.184  -6.502  1.00 84.67           C  
+ATOM   5263  CG  ASP K 125      13.880 -23.049  -5.159  1.00 85.35           C  
+ATOM   5264  OD1 ASP K 125      13.297 -22.447  -4.232  1.00 82.93           O  
+ATOM   5265  OD2 ASP K 125      15.018 -23.547  -5.031  1.00 86.73           O  
+ATOM   5266  N   PHE K 126      10.761 -24.770  -5.802  1.00 79.90           N  
+ATOM   5267  CA  PHE K 126       9.985 -25.704  -4.996  1.00 79.79           C  
+ATOM   5268  C   PHE K 126      10.871 -26.882  -4.623  1.00 80.77           C  
+ATOM   5269  O   PHE K 126      11.431 -27.543  -5.504  1.00 80.39           O  
+ATOM   5270  CB  PHE K 126       8.740 -26.190  -5.747  1.00 78.43           C  
+ATOM   5271  CG  PHE K 126       7.774 -25.094  -6.105  1.00 79.22           C  
+ATOM   5272  CD1 PHE K 126       7.994 -24.286  -7.209  1.00 84.80           C  
+ATOM   5273  CD2 PHE K 126       6.636 -24.883  -5.344  1.00 79.06           C  
+ATOM   5274  CE1 PHE K 126       7.103 -23.282  -7.541  1.00 85.06           C  
+ATOM   5275  CE2 PHE K 126       5.741 -23.882  -5.672  1.00 83.13           C  
+ATOM   5276  CZ  PHE K 126       5.975 -23.080  -6.772  1.00 84.72           C  
+ATOM   5277  N   VAL K 127      11.000 -27.138  -3.326  1.00 80.57           N  
+ATOM   5278  CA  VAL K 127      11.750 -28.283  -2.821  1.00 79.97           C  
+ATOM   5279  C   VAL K 127      10.775 -29.429  -2.580  1.00 81.87           C  
+ATOM   5280  O   VAL K 127       9.789 -29.275  -1.850  1.00 83.35           O  
+ATOM   5281  CB  VAL K 127      12.514 -27.927  -1.537  1.00 79.35           C  
+ATOM   5282  CG1 VAL K 127      13.325 -29.121  -1.055  1.00 77.16           C  
+ATOM   5283  CG2 VAL K 127      13.415 -26.724  -1.774  1.00 77.12           C  
+ATOM   5284  N   VAL K 128      11.042 -30.569  -3.213  1.00 83.28           N  
+ATOM   5285  CA  VAL K 128      10.242 -31.781  -3.074  1.00 85.68           C  
+ATOM   5286  C   VAL K 128      11.022 -32.775  -2.226  1.00 89.34           C  
+ATOM   5287  O   VAL K 128      12.201 -33.041  -2.497  1.00 89.57           O  
+ATOM   5288  CB  VAL K 128       9.893 -32.383  -4.446  1.00 84.24           C  
+ATOM   5289  CG1 VAL K 128       8.957 -33.571  -4.282  1.00 85.15           C  
+ATOM   5290  CG2 VAL K 128       9.277 -31.325  -5.348  1.00 85.00           C  
+ATOM   5291  N   THR K 129      10.364 -33.324  -1.204  1.00 88.68           N  
+ATOM   5292  CA  THR K 129      10.984 -34.242  -0.257  1.00 92.30           C  
+ATOM   5293  C   THR K 129      10.089 -35.453  -0.027  1.00 96.42           C  
+ATOM   5294  O   THR K 129       8.858 -35.354  -0.064  1.00 94.26           O  
+ATOM   5295  CB  THR K 129      11.267 -33.562   1.093  1.00 89.91           C  
+ATOM   5296  OG1 THR K 129      10.040 -33.084   1.659  1.00 89.04           O  
+ATOM   5297  CG2 THR K 129      12.235 -32.399   0.923  1.00 81.88           C  
+ATOM   5298  N   PHE K 130      10.724 -36.600   0.213  1.00101.50           N  
+ATOM   5299  CA  PHE K 130      10.012 -37.831   0.527  1.00106.18           C  
+ATOM   5300  C   PHE K 130      10.910 -38.725   1.375  1.00111.08           C  
+ATOM   5301  O   PHE K 130      12.103 -38.462   1.548  1.00110.16           O  
+ATOM   5302  CB  PHE K 130       9.556 -38.559  -0.744  1.00111.15           C  
+ATOM   5303  CG  PHE K 130      10.653 -38.783  -1.747  1.00114.64           C  
+ATOM   5304  CD1 PHE K 130      10.857 -37.884  -2.782  1.00111.62           C  
+ATOM   5305  CD2 PHE K 130      11.479 -39.893  -1.659  1.00118.80           C  
+ATOM   5306  CE1 PHE K 130      11.864 -38.086  -3.706  1.00117.40           C  
+ATOM   5307  CE2 PHE K 130      12.488 -40.099  -2.580  1.00120.45           C  
+ATOM   5308  CZ  PHE K 130      12.680 -39.195  -3.605  1.00123.00           C  
+ATOM   5309  N   ASN K 131      10.316 -39.795   1.901  1.00114.76           N  
+ATOM   5310  CA  ASN K 131      10.998 -40.749   2.765  1.00121.92           C  
+ATOM   5311  C   ASN K 131      10.739 -42.160   2.252  1.00128.75           C  
+ATOM   5312  O   ASN K 131       9.768 -42.411   1.533  1.00127.38           O  
+ATOM   5313  CB  ASN K 131      10.516 -40.621   4.224  1.00120.80           C  
+ATOM   5314  CG  ASN K 131      11.545 -41.100   5.240  1.00121.61           C  
+ATOM   5315  OD1 ASN K 131      12.452 -41.867   4.915  1.00125.32           O  
+ATOM   5316  ND2 ASN K 131      11.396 -40.648   6.486  1.00118.57           N  
+ATOM   5317  N   THR K 132      11.619 -43.086   2.628  1.00140.18           N  
+ATOM   5318  CA  THR K 132      11.461 -44.484   2.244  1.00146.59           C  
+ATOM   5319  C   THR K 132      12.082 -45.357   3.326  1.00154.86           C  
+ATOM   5320  O   THR K 132      13.216 -45.116   3.754  1.00157.61           O  
+ATOM   5321  CB  THR K 132      12.078 -44.773   0.863  1.00151.91           C  
+ATOM   5322  OG1 THR K 132      11.841 -46.141   0.505  1.00157.51           O  
+ATOM   5323  CG2 THR K 132      13.578 -44.490   0.838  1.00155.44           C  
+ATOM   5324  N   SER K 133      11.316 -46.344   3.798  1.00156.36           N  
+ATOM   5325  CA  SER K 133      11.781 -47.235   4.858  1.00159.87           C  
+ATOM   5326  C   SER K 133      12.979 -48.088   4.456  1.00169.09           C  
+ATOM   5327  O   SER K 133      13.570 -48.735   5.328  1.00170.30           O  
+ATOM   5328  CB  SER K 133      10.634 -48.143   5.311  1.00153.66           C  
+ATOM   5329  OG  SER K 133      10.153 -48.933   4.238  1.00155.74           O  
+ATOM   5330  N   HIS K 134      13.354 -48.109   3.176  1.00173.23           N  
+ATOM   5331  CA  HIS K 134      14.475 -48.929   2.731  1.00180.65           C  
+ATOM   5332  C   HIS K 134      15.830 -48.321   3.069  1.00182.44           C  
+ATOM   5333  O   HIS K 134      16.833 -49.043   3.054  1.00187.95           O  
+ATOM   5334  CB  HIS K 134      14.382 -49.190   1.227  1.00183.39           C  
+ATOM   5335  CG  HIS K 134      13.452 -50.307   0.869  1.00186.75           C  
+ATOM   5336  ND1 HIS K 134      12.716 -50.993   1.812  1.00183.32           N  
+ATOM   5337  CD2 HIS K 134      13.146 -50.867  -0.325  1.00187.85           C  
+ATOM   5338  CE1 HIS K 134      11.993 -51.922   1.214  1.00185.98           C  
+ATOM   5339  NE2 HIS K 134      12.236 -51.867  -0.083  1.00185.71           N  
+ATOM   5340  N   LEU K 135      15.886 -47.015   3.347  1.00177.26           N  
+ATOM   5341  CA  LEU K 135      17.157 -46.384   3.693  1.00175.58           C  
+ATOM   5342  C   LEU K 135      17.801 -47.060   4.897  1.00179.74           C  
+ATOM   5343  O   LEU K 135      19.026 -47.225   4.945  1.00178.08           O  
+ATOM   5344  CB  LEU K 135      16.951 -44.892   3.955  1.00170.64           C  
+ATOM   5345  CG  LEU K 135      16.792 -44.021   2.708  1.00162.80           C  
+ATOM   5346  CD1 LEU K 135      16.300 -42.630   3.076  1.00153.47           C  
+ATOM   5347  CD2 LEU K 135      18.104 -43.945   1.941  1.00159.46           C  
+ATOM   5348  N   GLN K 136      16.996 -47.455   5.880  1.00183.11           N  
+ATOM   5349  CA  GLN K 136      17.495 -48.111   7.079  1.00187.20           C  
+ATOM   5350  C   GLN K 136      17.540 -49.630   6.943  1.00194.44           C  
+ATOM   5351  O   GLN K 136      17.755 -50.323   7.942  1.00199.44           O  
+ATOM   5352  CB  GLN K 136      16.638 -47.724   8.287  1.00179.81           C  
+ATOM   5353  N   LYS K 137      17.344 -50.157   5.737  1.00195.02           N  
+ATOM   5354  CA  LYS K 137      17.359 -51.593   5.505  1.00196.69           C  
+ATOM   5355  C   LYS K 137      18.775 -52.076   5.213  1.00201.36           C  
+ATOM   5356  O   LYS K 137      19.624 -51.322   4.728  1.00201.32           O  
+ATOM   5357  CB  LYS K 137      16.432 -51.966   4.347  1.00194.08           C  
+ATOM   5358  N   LYS K 138      19.021 -53.352   5.516  1.00202.12           N  
+ATOM   5359  CA  LYS K 138      20.357 -53.920   5.362  1.00198.70           C  
+ATOM   5360  C   LYS K 138      20.662 -54.264   3.908  1.00200.48           C  
+ATOM   5361  O   LYS K 138      21.684 -53.834   3.362  1.00197.20           O  
+ATOM   5362  CB  LYS K 138      20.503 -55.160   6.246  1.00189.94           C  
+ATOM   5363  N   TYR K 139      19.787 -55.038   3.265  1.00204.15           N  
+ATOM   5364  CA  TYR K 139      20.072 -55.528   1.915  1.00206.37           C  
+ATOM   5365  C   TYR K 139      19.771 -54.470   0.858  1.00209.71           C  
+ATOM   5366  O   TYR K 139      20.684 -53.948   0.211  1.00211.03           O  
+ATOM   5367  CB  TYR K 139      19.290 -56.818   1.650  1.00203.91           C  
+ATOM   5368  CG  TYR K 139      19.741 -57.978   2.507  1.00199.96           C  
+ATOM   5369  CD1 TYR K 139      20.872 -58.711   2.171  1.00194.79           C  
+ATOM   5370  CD2 TYR K 139      19.047 -58.334   3.656  1.00196.60           C  
+ATOM   5371  CE1 TYR K 139      21.295 -59.770   2.950  1.00192.07           C  
+ATOM   5372  CE2 TYR K 139      19.463 -59.393   4.442  1.00192.02           C  
+ATOM   5373  CZ  TYR K 139      20.588 -60.107   4.083  1.00191.74           C  
+ATOM   5374  OH  TYR K 139      21.008 -61.161   4.861  1.00190.78           O  
+ATOM   5375  N   VAL K 140      18.496 -54.141   0.664  1.00212.11           N  
+ATOM   5376  CA  VAL K 140      18.108 -53.166  -0.349  1.00210.92           C  
+ATOM   5377  C   VAL K 140      18.218 -51.784   0.292  1.00208.27           C  
+ATOM   5378  O   VAL K 140      17.304 -51.312   0.971  1.00206.10           O  
+ATOM   5379  CB  VAL K 140      16.712 -53.451  -0.913  1.00210.08           C  
+ATOM   5380  CG1 VAL K 140      16.762 -54.682  -1.812  1.00208.82           C  
+ATOM   5381  CG2 VAL K 140      15.688 -53.669   0.199  1.00205.50           C  
+ATOM   5382  N   LYS K 141      19.362 -51.131   0.078  1.00201.89           N  
+ATOM   5383  CA  LYS K 141      19.612 -49.800   0.610  1.00194.64           C  
+ATOM   5384  C   LYS K 141      19.935 -48.769  -0.459  1.00185.41           C  
+ATOM   5385  O   LYS K 141      19.998 -47.576  -0.141  1.00183.72           O  
+ATOM   5386  CB  LYS K 141      20.760 -49.836   1.631  1.00194.98           C  
+ATOM   5387  N   VAL K 142      20.136 -49.185  -1.706  1.00179.59           N  
+ATOM   5388  CA  VAL K 142      20.414 -48.280  -2.814  1.00171.56           C  
+ATOM   5389  C   VAL K 142      19.219 -48.333  -3.752  1.00168.45           C  
+ATOM   5390  O   VAL K 142      18.871 -49.404  -4.265  1.00168.07           O  
+ATOM   5391  CB  VAL K 142      21.709 -48.659  -3.547  1.00169.00           C  
+ATOM   5392  CG1 VAL K 142      21.915 -47.766  -4.762  1.00162.32           C  
+ATOM   5393  CG2 VAL K 142      22.900 -48.572  -2.605  1.00167.78           C  
+ATOM   5394  N   LEU K 143      18.591 -47.183  -3.976  1.00166.48           N  
+ATOM   5395  CA  LEU K 143      17.422 -47.106  -4.833  1.00164.30           C  
+ATOM   5396  C   LEU K 143      17.584 -45.944  -5.803  1.00158.11           C  
+ATOM   5397  O   LEU K 143      18.429 -45.065  -5.620  1.00154.59           O  
+ATOM   5398  CB  LEU K 143      16.137 -46.914  -4.009  1.00161.31           C  
+ATOM   5399  CG  LEU K 143      15.669 -48.015  -3.050  1.00165.20           C  
+ATOM   5400  CD1 LEU K 143      14.380 -47.588  -2.353  1.00161.98           C  
+ATOM   5401  CD2 LEU K 143      15.505 -49.365  -3.733  1.00169.97           C  
+ATOM   5402  N   MET K 144      16.758 -45.955  -6.844  1.00155.64           N  
+ATOM   5403  CA  MET K 144      16.611 -44.828  -7.759  1.00153.06           C  
+ATOM   5404  C   MET K 144      15.136 -44.470  -7.827  1.00150.08           C  
+ATOM   5405  O   MET K 144      14.297 -45.346  -8.064  1.00151.65           O  
+ATOM   5406  CB  MET K 144      17.155 -45.142  -9.157  1.00157.10           C  
+ATOM   5407  CG  MET K 144      18.669 -45.030  -9.286  1.00161.34           C  
+ATOM   5408  SD  MET K 144      19.340 -43.374  -9.052  1.00161.44           S  
+ATOM   5409  CE  MET K 144      21.091 -43.691  -9.269  1.00152.68           C  
+ATOM   5410  N   HIS K 145      14.817 -43.199  -7.602  1.00145.18           N  
+ATOM   5411  CA  HIS K 145      13.433 -42.759  -7.508  1.00140.62           C  
+ATOM   5412  C   HIS K 145      13.035 -41.965  -8.746  1.00136.78           C  
+ATOM   5413  O   HIS K 145      13.833 -41.201  -9.296  1.00136.72           O  
+ATOM   5414  CB  HIS K 145      13.199 -41.917  -6.251  1.00136.67           C  
+ATOM   5415  CG  HIS K 145      13.713 -42.547  -4.992  1.00135.55           C  
+ATOM   5416  ND1 HIS K 145      13.153 -43.679  -4.440  1.00138.07           N  
+ATOM   5417  CD2 HIS K 145      14.729 -42.192  -4.170  1.00135.38           C  
+ATOM   5418  CE1 HIS K 145      13.807 -43.999  -3.337  1.00142.06           C  
+ATOM   5419  NE2 HIS K 145      14.768 -43.112  -3.151  1.00139.28           N  
+ATOM   5420  N   ASP K 146      11.796 -42.161  -9.181  1.00134.19           N  
+ATOM   5421  CA  ASP K 146      11.214 -41.451 -10.315  1.00134.34           C  
+ATOM   5422  C   ASP K 146      10.094 -40.563  -9.788  1.00129.08           C  
+ATOM   5423  O   ASP K 146       9.075 -41.065  -9.305  1.00128.23           O  
+ATOM   5424  CB  ASP K 146      10.689 -42.431 -11.362  1.00141.30           C  
+ATOM   5425  CG  ASP K 146      10.043 -41.736 -12.552  1.00139.55           C  
+ATOM   5426  OD1 ASP K 146      10.189 -40.503 -12.689  1.00139.39           O  
+ATOM   5427  OD2 ASP K 146       9.377 -42.428 -13.351  1.00140.86           O  
+ATOM   5428  N   VAL K 147      10.288 -39.251  -9.874  1.00126.80           N  
+ATOM   5429  CA  VAL K 147       9.283 -38.273  -9.478  1.00123.15           C  
+ATOM   5430  C   VAL K 147       8.562 -37.792 -10.727  1.00121.41           C  
+ATOM   5431  O   VAL K 147       9.180 -37.216 -11.630  1.00121.59           O  
+ATOM   5432  CB  VAL K 147       9.907 -37.094  -8.717  1.00119.31           C  
+ATOM   5433  CG1 VAL K 147       8.878 -36.006  -8.517  1.00113.87           C  
+ATOM   5434  CG2 VAL K 147      10.413 -37.558  -7.370  1.00118.26           C  
+ATOM   5435  N   ALA K 148       7.260 -38.042 -10.786  1.00118.90           N  
+ATOM   5436  CA  ALA K 148       6.425 -37.613 -11.896  1.00117.78           C  
+ATOM   5437  C   ALA K 148       5.445 -36.564 -11.395  1.00115.91           C  
+ATOM   5438  O   ALA K 148       4.751 -36.782 -10.394  1.00115.84           O  
+ATOM   5439  CB  ALA K 148       5.674 -38.792 -12.514  1.00120.36           C  
+ATOM   5440  N   TYR K 149       5.397 -35.429 -12.086  1.00116.22           N  
+ATOM   5441  CA  TYR K 149       4.469 -34.363 -11.744  1.00117.20           C  
+ATOM   5442  C   TYR K 149       3.770 -33.881 -13.004  1.00121.64           C  
+ATOM   5443  O   TYR K 149       4.375 -33.814 -14.079  1.00120.77           O  
+ATOM   5444  CB  TYR K 149       5.173 -33.184 -11.051  1.00112.99           C  
+ATOM   5445  CG  TYR K 149       6.177 -32.449 -11.909  1.00109.34           C  
+ATOM   5446  CD1 TYR K 149       7.486 -32.895 -12.022  1.00110.07           C  
+ATOM   5447  CD2 TYR K 149       5.816 -31.294 -12.594  1.00108.71           C  
+ATOM   5448  CE1 TYR K 149       8.406 -32.218 -12.802  1.00110.05           C  
+ATOM   5449  CE2 TYR K 149       6.727 -30.612 -13.375  1.00106.16           C  
+ATOM   5450  CZ  TYR K 149       8.020 -31.077 -13.475  1.00107.17           C  
+ATOM   5451  OH  TYR K 149       8.931 -30.399 -14.253  1.00104.27           O  
+ATOM   5452  N   ARG K 150       2.490 -33.555 -12.860  1.00126.61           N  
+ATOM   5453  CA  ARG K 150       1.668 -33.126 -13.979  1.00133.23           C  
+ATOM   5454  C   ARG K 150       0.803 -31.950 -13.555  1.00133.33           C  
+ATOM   5455  O   ARG K 150       0.589 -31.701 -12.365  1.00129.72           O  
+ATOM   5456  CB  ARG K 150       0.796 -34.272 -14.510  1.00141.28           C  
+ATOM   5457  CG  ARG K 150      -0.635 -34.299 -14.002  1.00145.64           C  
+ATOM   5458  CD  ARG K 150      -1.527 -35.024 -15.002  1.00153.57           C  
+ATOM   5459  NE  ARG K 150      -2.949 -34.872 -14.704  1.00161.70           N  
+ATOM   5460  CZ  ARG K 150      -3.751 -35.871 -14.349  1.00165.62           C  
+ATOM   5461  NH1 ARG K 150      -3.277 -37.105 -14.253  1.00163.42           N  
+ATOM   5462  NH2 ARG K 150      -5.032 -35.636 -14.098  1.00168.71           N  
+ATOM   5463  N   GLN K 151       0.322 -31.212 -14.546  1.00136.19           N  
+ATOM   5464  CA  GLN K 151      -0.612 -30.129 -14.294  1.00136.97           C  
+ATOM   5465  C   GLN K 151      -2.043 -30.659 -14.353  1.00148.79           C  
+ATOM   5466  O   GLN K 151      -2.325 -31.700 -14.951  1.00158.49           O  
+ATOM   5467  CB  GLN K 151      -0.411 -28.995 -15.303  1.00134.97           C  
+ATOM   5468  CG  GLN K 151      -1.109 -27.689 -14.938  1.00130.90           C  
+ATOM   5469  CD  GLN K 151      -0.733 -26.544 -15.858  1.00125.72           C  
+ATOM   5470  OE1 GLN K 151       0.304 -26.579 -16.519  1.00121.39           O  
+ATOM   5471  NE2 GLN K 151      -1.579 -25.521 -15.905  1.00124.80           N  
+ATOM   5472  N   GLU K 152      -2.949 -29.924 -13.705  1.00147.93           N  
+ATOM   5473  CA  GLU K 152      -4.353 -30.319 -13.661  1.00154.23           C  
+ATOM   5474  C   GLU K 152      -4.942 -30.439 -15.063  1.00163.01           C  
+ATOM   5475  O   GLU K 152      -5.712 -31.365 -15.345  1.00165.82           O  
+ATOM   5476  CB  GLU K 152      -5.151 -29.320 -12.824  1.00145.95           C  
+ATOM   5477  N   LYS K 153      -4.598 -29.503 -15.950  1.00164.04           N  
+ATOM   5478  CA  LYS K 153      -5.201 -29.449 -17.280  1.00166.30           C  
+ATOM   5479  C   LYS K 153      -4.817 -30.650 -18.145  1.00167.96           C  
+ATOM   5480  O   LYS K 153      -5.678 -31.246 -18.803  1.00170.25           O  
+ATOM   5481  CB  LYS K 153      -4.804 -28.143 -17.970  1.00158.83           C  
+ATOM   5482  N   ASP K 154      -3.535 -31.018 -18.165  1.00164.95           N  
+ATOM   5483  CA  ASP K 154      -3.057 -32.061 -19.073  1.00168.76           C  
+ATOM   5484  C   ASP K 154      -3.705 -33.417 -18.820  1.00172.32           C  
+ATOM   5485  O   ASP K 154      -3.719 -33.922 -17.693  1.00169.96           O  
+ATOM   5486  CB  ASP K 154      -1.538 -32.200 -18.983  1.00161.93           C  
+ATOM   5487  CG  ASP K 154      -0.810 -31.096 -19.713  1.00155.09           C  
+ATOM   5488  OD1 ASP K 154      -1.159 -29.914 -19.517  1.00150.84           O  
+ATOM   5489  OD2 ASP K 154       0.113 -31.417 -20.492  1.00149.45           O  
+ATOM   5490  N   GLU K 155      -4.264 -33.988 -19.886  1.00178.76           N  
+ATOM   5491  CA  GLU K 155      -4.911 -35.299 -19.863  1.00181.68           C  
+ATOM   5492  C   GLU K 155      -3.847 -36.389 -19.946  1.00183.08           C  
+ATOM   5493  O   GLU K 155      -3.427 -36.805 -21.029  1.00186.02           O  
+ATOM   5494  CB  GLU K 155      -5.913 -35.421 -21.005  1.00186.03           C  
+ATOM   5495  N   ASN K 156      -3.401 -36.848 -18.776  1.00179.73           N  
+ATOM   5496  CA  ASN K 156      -2.402 -37.913 -18.645  1.00172.49           C  
+ATOM   5497  C   ASN K 156      -1.093 -37.598 -19.375  1.00164.01           C  
+ATOM   5498  O   ASN K 156      -0.612 -38.383 -20.195  1.00163.29           O  
+ATOM   5499  CB  ASN K 156      -2.973 -39.256 -19.113  1.00177.05           C  
+ATOM   5500  CG  ASN K 156      -2.185 -40.455 -18.580  1.00173.46           C  
+ATOM   5501  OD1 ASN K 156      -2.754 -41.352 -17.959  1.00170.83           O  
+ATOM   5502  ND2 ASN K 156      -0.878 -40.474 -18.826  1.00171.96           N  
+ATOM   5503  N   LYS K 157      -0.515 -36.436 -19.082  1.00158.42           N  
+ATOM   5504  CA  LYS K 157       0.853 -36.144 -19.489  1.00149.32           C  
+ATOM   5505  C   LYS K 157       1.645 -35.854 -18.224  1.00142.89           C  
+ATOM   5506  O   LYS K 157       1.220 -35.039 -17.399  1.00146.00           O  
+ATOM   5507  CB  LYS K 157       0.924 -34.964 -20.463  1.00143.86           C  
+ATOM   5508  CG  LYS K 157       2.324 -34.719 -21.002  1.00134.54           C  
+ATOM   5509  CD  LYS K 157       2.935 -36.015 -21.518  1.00128.30           C  
+ATOM   5510  CE  LYS K 157       4.423 -35.870 -21.792  1.00120.96           C  
+ATOM   5511  NZ  LYS K 157       5.057 -37.192 -22.058  1.00120.39           N  
+ATOM   5512  N   TRP K 158       2.797 -36.503 -18.081  1.00137.00           N  
+ATOM   5513  CA  TRP K 158       3.599 -36.397 -16.872  1.00131.14           C  
+ATOM   5514  C   TRP K 158       5.030 -35.998 -17.196  1.00126.20           C  
+ATOM   5515  O   TRP K 158       5.634 -36.525 -18.136  1.00126.30           O  
+ATOM   5516  CB  TRP K 158       3.567 -37.718 -16.097  1.00129.95           C  
+ATOM   5517  CG  TRP K 158       2.192 -38.043 -15.599  1.00134.31           C  
+ATOM   5518  CD1 TRP K 158       1.193 -38.656 -16.298  1.00140.75           C  
+ATOM   5519  CD2 TRP K 158       1.660 -37.769 -14.297  1.00135.20           C  
+ATOM   5520  NE1 TRP K 158       0.072 -38.778 -15.514  1.00142.91           N  
+ATOM   5521  CE2 TRP K 158       0.333 -38.243 -14.280  1.00139.65           C  
+ATOM   5522  CE3 TRP K 158       2.177 -37.171 -13.143  1.00131.01           C  
+ATOM   5523  CZ2 TRP K 158      -0.483 -38.137 -13.156  1.00139.09           C  
+ATOM   5524  CZ3 TRP K 158       1.363 -37.065 -12.028  1.00128.72           C  
+ATOM   5525  CH2 TRP K 158       0.048 -37.546 -12.044  1.00133.48           C  
+ATOM   5526  N   THR K 159       5.570 -35.062 -16.418  1.00124.66           N  
+ATOM   5527  CA  THR K 159       6.993 -34.753 -16.462  1.00121.40           C  
+ATOM   5528  C   THR K 159       7.701 -35.620 -15.426  1.00119.43           C  
+ATOM   5529  O   THR K 159       7.383 -35.552 -14.232  1.00119.09           O  
+ATOM   5530  CB  THR K 159       7.246 -33.271 -16.192  1.00121.34           C  
+ATOM   5531  OG1 THR K 159       6.473 -32.477 -17.102  1.00119.72           O  
+ATOM   5532  CG2 THR K 159       8.723 -32.943 -16.372  1.00117.89           C  
+ATOM   5533  N   HIS K 160       8.647 -36.438 -15.884  1.00119.92           N  
+ATOM   5534  CA  HIS K 160       9.359 -37.382 -15.036  1.00121.44           C  
+ATOM   5535  C   HIS K 160      10.790 -36.922 -14.793  1.00123.20           C  
+ATOM   5536  O   HIS K 160      11.420 -36.306 -15.657  1.00120.04           O  
+ATOM   5537  CB  HIS K 160       9.378 -38.780 -15.662  1.00121.93           C  
+ATOM   5538  CG  HIS K 160       8.030 -39.424 -15.755  1.00122.70           C  
+ATOM   5539  ND1 HIS K 160       7.640 -40.453 -14.925  1.00121.58           N  
+ATOM   5540  CD2 HIS K 160       6.984 -39.189 -16.581  1.00120.04           C  
+ATOM   5541  CE1 HIS K 160       6.410 -40.824 -15.236  1.00121.15           C  
+ATOM   5542  NE2 HIS K 160       5.989 -40.072 -16.237  1.00119.04           N  
+ATOM   5543  N   VAL K 161      11.296 -37.236 -13.600  1.00126.57           N  
+ATOM   5544  CA  VAL K 161      12.663 -36.911 -13.200  1.00128.55           C  
+ATOM   5545  C   VAL K 161      13.220 -38.087 -12.408  1.00131.54           C  
+ATOM   5546  O   VAL K 161      12.624 -38.501 -11.407  1.00130.88           O  
+ATOM   5547  CB  VAL K 161      12.743 -35.623 -12.357  1.00127.62           C  
+ATOM   5548  CG1 VAL K 161      14.180 -35.361 -11.930  1.00125.02           C  
+ATOM   5549  CG2 VAL K 161      12.192 -34.427 -13.123  1.00126.03           C  
+ATOM   5550  N   ASN K 162      14.353 -38.628 -12.850  1.00134.97           N  
+ATOM   5551  CA  ASN K 162      15.047 -39.680 -12.116  1.00139.57           C  
+ATOM   5552  C   ASN K 162      16.039 -39.057 -11.146  1.00139.63           C  
+ATOM   5553  O   ASN K 162      16.667 -38.039 -11.450  1.00137.34           O  
+ATOM   5554  CB  ASN K 162      15.775 -40.648 -13.051  1.00145.66           C  
+ATOM   5555  CG  ASN K 162      14.848 -41.675 -13.670  1.00146.16           C  
+ATOM   5556  OD1 ASN K 162      13.737 -41.356 -14.091  1.00146.72           O  
+ATOM   5557  ND2 ASN K 162      15.295 -42.926 -13.704  1.00143.75           N  
+ATOM   5558  N   LEU K 163      16.170 -39.669  -9.972  1.00141.27           N  
+ATOM   5559  CA  LEU K 163      17.040 -39.124  -8.946  1.00140.90           C  
+ATOM   5560  C   LEU K 163      17.587 -40.248  -8.078  1.00140.80           C  
+ATOM   5561  O   LEU K 163      17.061 -41.366  -8.062  1.00143.26           O  
+ATOM   5562  CB  LEU K 163      16.273 -38.108  -8.089  1.00141.47           C  
+ATOM   5563  CG  LEU K 163      15.008 -38.648  -7.405  1.00138.41           C  
+ATOM   5564  CD1 LEU K 163      15.307 -39.272  -6.050  1.00136.33           C  
+ATOM   5565  CD2 LEU K 163      13.937 -37.582  -7.285  1.00133.32           C  
+ATOM   5566  N   SER K 164      18.630 -39.910  -7.323  1.00137.34           N  
+ATOM   5567  CA  SER K 164      19.282 -40.819  -6.392  1.00137.44           C  
+ATOM   5568  C   SER K 164      19.164 -40.389  -4.939  1.00135.43           C  
+ATOM   5569  O   SER K 164      19.161 -41.250  -4.057  1.00136.37           O  
+ATOM   5570  CB  SER K 164      20.770 -40.965  -6.746  1.00138.99           C  
+ATOM   5571  OG  SER K 164      21.412 -39.702  -6.767  1.00138.05           O  
+ATOM   5572  N   SER K 165      19.064 -39.088  -4.667  1.00132.41           N  
+ATOM   5573  CA  SER K 165      18.937 -38.592  -3.302  1.00125.69           C  
+ATOM   5574  C   SER K 165      17.491 -38.703  -2.835  1.00123.57           C  
+ATOM   5575  O   SER K 165      16.730 -39.525  -3.354  1.00126.21           O  
+ATOM   5576  CB  SER K 165      19.428 -37.145  -3.210  1.00120.35           C  
+ATOM   5577  OG  SER K 165      18.620 -36.274  -3.983  1.00118.23           O  
+ATOM   5578  N   THR K 166      17.113 -37.925  -1.820  1.00118.89           N  
+ATOM   5579  CA  THR K 166      15.729 -37.875  -1.364  1.00114.47           C  
+ATOM   5580  C   THR K 166      15.125 -36.479  -1.471  1.00109.32           C  
+ATOM   5581  O   THR K 166      14.022 -36.252  -0.959  1.00107.35           O  
+ATOM   5582  CB  THR K 166      15.622 -38.381   0.078  1.00113.86           C  
+ATOM   5583  OG1 THR K 166      16.521 -37.645   0.915  1.00113.59           O  
+ATOM   5584  CG2 THR K 166      15.967 -39.863   0.150  1.00118.29           C  
+ATOM   5585  N   LYS K 167      15.812 -35.541  -2.122  1.00105.37           N  
+ATOM   5586  CA  LYS K 167      15.333 -34.176  -2.276  1.00 98.40           C  
+ATOM   5587  C   LYS K 167      15.510 -33.728  -3.720  1.00 96.89           C  
+ATOM   5588  O   LYS K 167      16.459 -34.127  -4.399  1.00 99.26           O  
+ATOM   5589  CB  LYS K 167      16.070 -33.208  -1.338  1.00 92.46           C  
+ATOM   5590  N   LEU K 168      14.585 -32.890  -4.181  1.00 93.06           N  
+ATOM   5591  CA  LEU K 168      14.630 -32.365  -5.539  1.00 91.86           C  
+ATOM   5592  C   LEU K 168      14.246 -30.892  -5.511  1.00 88.88           C  
+ATOM   5593  O   LEU K 168      13.547 -30.432  -4.607  1.00 91.88           O  
+ATOM   5594  CB  LEU K 168      13.700 -33.155  -6.477  1.00 93.15           C  
+ATOM   5595  CG  LEU K 168      13.596 -32.733  -7.946  1.00 97.06           C  
+ATOM   5596  CD1 LEU K 168      14.946 -32.853  -8.637  1.00 94.98           C  
+ATOM   5597  CD2 LEU K 168      12.542 -33.553  -8.675  1.00106.68           C  
+ATOM   5598  N   THR K 169      14.707 -30.152  -6.517  1.00 89.89           N  
+ATOM   5599  CA  THR K 169      14.438 -28.723  -6.628  1.00 84.92           C  
+ATOM   5600  C   THR K 169      13.902 -28.431  -8.021  1.00 84.15           C  
+ATOM   5601  O   THR K 169      14.559 -28.745  -9.019  1.00 85.03           O  
+ATOM   5602  CB  THR K 169      15.698 -27.896  -6.354  1.00 83.19           C  
+ATOM   5603  OG1 THR K 169      16.206 -28.210  -5.052  1.00 83.47           O  
+ATOM   5604  CG2 THR K 169      15.387 -26.409  -6.426  1.00 83.14           C  
+ATOM   5605  N   LEU K 170      12.715 -27.834  -8.085  1.00 84.02           N  
+ATOM   5606  CA  LEU K 170      12.082 -27.450  -9.340  1.00 82.24           C  
+ATOM   5607  C   LEU K 170      12.093 -25.931  -9.439  1.00 87.18           C  
+ATOM   5608  O   LEU K 170      11.592 -25.245  -8.541  1.00 90.21           O  
+ATOM   5609  CB  LEU K 170      10.652 -27.984  -9.422  1.00 80.89           C  
+ATOM   5610  CG  LEU K 170      10.460 -29.488  -9.214  1.00 83.36           C  
+ATOM   5611  CD1 LEU K 170       8.987 -29.853  -9.301  1.00 85.33           C  
+ATOM   5612  CD2 LEU K 170      11.275 -30.284 -10.222  1.00 83.96           C  
+ATOM   5613  N   LEU K 171      12.661 -25.412 -10.524  1.00 88.14           N  
+ATOM   5614  CA  LEU K 171      12.756 -23.970 -10.699  1.00 91.07           C  
+ATOM   5615  C   LEU K 171      11.401 -23.375 -11.060  1.00 94.98           C  
+ATOM   5616  O   LEU K 171      10.630 -23.958 -11.827  1.00 97.79           O  
+ATOM   5617  CB  LEU K 171      13.785 -23.633 -11.777  1.00 99.40           C  
+ATOM   5618  CG  LEU K 171      15.235 -23.991 -11.450  1.00104.53           C  
+ATOM   5619  CD1 LEU K 171      16.124 -23.824 -12.672  1.00122.56           C  
+ATOM   5620  CD2 LEU K 171      15.746 -23.149 -10.291  1.00103.46           C  
+ATOM   5621  N   GLN K 172      11.115 -22.201 -10.490  1.00 96.52           N  
+ATOM   5622  CA  GLN K 172       9.847 -21.527 -10.756  1.00 97.47           C  
+ATOM   5623  C   GLN K 172       9.736 -21.110 -12.216  1.00101.45           C  
+ATOM   5624  O   GLN K 172       8.650 -21.166 -12.804  1.00 99.24           O  
+ATOM   5625  CB  GLN K 172       9.709 -20.311  -9.841  1.00 93.49           C  
+ATOM   5626  CG  GLN K 172       8.345 -19.656  -9.833  1.00 93.18           C  
+ATOM   5627  CD  GLN K 172       8.352 -18.353  -9.059  1.00 94.60           C  
+ATOM   5628  OE1 GLN K 172       7.980 -18.310  -7.888  1.00 95.07           O  
+ATOM   5629  NE2 GLN K 172       8.793 -17.282  -9.709  1.00 97.72           N  
+ATOM   5630  N   ARG K 173      10.850 -20.681 -12.816  1.00104.35           N  
+ATOM   5631  CA  ARG K 173      10.822 -20.264 -14.214  1.00106.57           C  
+ATOM   5632  C   ARG K 173      10.506 -21.430 -15.141  1.00104.41           C  
+ATOM   5633  O   ARG K 173       9.947 -21.225 -16.225  1.00107.01           O  
+ATOM   5634  CB  ARG K 173      12.156 -19.627 -14.600  1.00106.31           C  
+ATOM   5635  CG  ARG K 173      13.349 -20.548 -14.421  1.00109.72           C  
+ATOM   5636  CD  ARG K 173      14.606 -19.959 -15.034  1.00114.59           C  
+ATOM   5637  NE  ARG K 173      15.692 -20.934 -15.073  1.00116.10           N  
+ATOM   5638  CZ  ARG K 173      16.855 -20.732 -15.682  1.00122.80           C  
+ATOM   5639  NH1 ARG K 173      17.088 -19.587 -16.308  1.00130.03           N  
+ATOM   5640  NH2 ARG K 173      17.785 -21.677 -15.667  1.00125.40           N  
+ATOM   5641  N   LYS K 174      10.851 -22.653 -14.738  1.00101.76           N  
+ATOM   5642  CA  LYS K 174      10.569 -23.847 -15.521  1.00102.14           C  
+ATOM   5643  C   LYS K 174       9.226 -24.473 -15.163  1.00105.64           C  
+ATOM   5644  O   LYS K 174       9.034 -25.676 -15.373  1.00107.41           O  
+ATOM   5645  CB  LYS K 174      11.697 -24.867 -15.352  1.00100.57           C  
+ATOM   5646  CG  LYS K 174      13.035 -24.395 -15.904  1.00107.26           C  
+ATOM   5647  CD  LYS K 174      14.151 -25.377 -15.590  1.00107.28           C  
+ATOM   5648  CE  LYS K 174      15.471 -24.916 -16.188  1.00111.87           C  
+ATOM   5649  NZ  LYS K 174      15.388 -24.760 -17.667  1.00111.11           N  
+ATOM   5650  N   LEU K 175       8.300 -23.682 -14.624  1.00104.23           N  
+ATOM   5651  CA  LEU K 175       6.965 -24.142 -14.278  1.00105.33           C  
+ATOM   5652  C   LEU K 175       5.962 -23.082 -14.706  1.00105.52           C  
+ATOM   5653  O   LEU K 175       6.263 -21.885 -14.701  1.00104.76           O  
+ATOM   5654  CB  LEU K 175       6.828 -24.425 -12.775  1.00105.59           C  
+ATOM   5655  CG  LEU K 175       7.626 -25.605 -12.217  1.00104.27           C  
+ATOM   5656  CD1 LEU K 175       7.567 -25.625 -10.698  1.00 96.59           C  
+ATOM   5657  CD2 LEU K 175       7.113 -26.917 -12.792  1.00108.03           C  
+ATOM   5658  N   GLN K 176       4.773 -23.530 -15.082  1.00105.42           N  
+ATOM   5659  CA  GLN K 176       3.748 -22.605 -15.548  1.00105.07           C  
+ATOM   5660  C   GLN K 176       3.243 -21.752 -14.389  1.00103.37           C  
+ATOM   5661  O   GLN K 176       2.932 -22.291 -13.320  1.00105.44           O  
+ATOM   5662  CB  GLN K 176       2.593 -23.370 -16.189  1.00105.42           C  
+ATOM   5663  CG  GLN K 176       3.024 -24.264 -17.338  1.00103.78           C  
+ATOM   5664  CD  GLN K 176       3.691 -23.487 -18.455  1.00 97.08           C  
+ATOM   5665  OE1 GLN K 176       3.230 -22.414 -18.844  1.00 92.70           O  
+ATOM   5666  NE2 GLN K 176       4.791 -24.022 -18.971  1.00 95.81           N  
+ATOM   5667  N   PRO K 177       3.151 -20.435 -14.554  1.00102.69           N  
+ATOM   5668  CA  PRO K 177       2.655 -19.591 -13.462  1.00103.21           C  
+ATOM   5669  C   PRO K 177       1.166 -19.792 -13.231  1.00102.68           C  
+ATOM   5670  O   PRO K 177       0.411 -20.126 -14.148  1.00105.14           O  
+ATOM   5671  CB  PRO K 177       2.953 -18.165 -13.947  1.00104.68           C  
+ATOM   5672  CG  PRO K 177       3.936 -18.322 -15.074  1.00104.26           C  
+ATOM   5673  CD  PRO K 177       3.621 -19.641 -15.699  1.00104.35           C  
+ATOM   5674  N   ALA K 178       0.753 -19.576 -11.980  1.00101.01           N  
+ATOM   5675  CA  ALA K 178      -0.656 -19.638 -11.582  1.00 98.65           C  
+ATOM   5676  C   ALA K 178      -1.283 -20.978 -11.958  1.00 98.62           C  
+ATOM   5677  O   ALA K 178      -2.419 -21.043 -12.433  1.00 99.33           O  
+ATOM   5678  CB  ALA K 178      -1.451 -18.476 -12.183  1.00 93.08           C  
+ATOM   5679  N   ALA K 179      -0.538 -22.059 -11.740  1.00100.04           N  
+ATOM   5680  CA  ALA K 179      -0.978 -23.399 -12.095  1.00108.39           C  
+ATOM   5681  C   ALA K 179      -0.799 -24.340 -10.913  1.00105.71           C  
+ATOM   5682  O   ALA K 179       0.129 -24.191 -10.113  1.00103.70           O  
+ATOM   5683  CB  ALA K 179      -0.208 -23.938 -13.308  1.00115.13           C  
+ATOM   5684  N   MET K 180      -1.703 -25.311 -10.809  1.00103.68           N  
+ATOM   5685  CA  MET K 180      -1.627 -26.352  -9.793  1.00104.37           C  
+ATOM   5686  C   MET K 180      -0.985 -27.608 -10.364  1.00110.90           C  
+ATOM   5687  O   MET K 180      -1.324 -28.039 -11.471  1.00123.80           O  
+ATOM   5688  CB  MET K 180      -3.008 -26.689  -9.235  1.00108.69           C  
+ATOM   5689  CG  MET K 180      -2.952 -27.719  -8.120  1.00112.24           C  
+ATOM   5690  SD  MET K 180      -4.549 -28.014  -7.361  1.00124.72           S  
+ATOM   5691  CE  MET K 180      -4.718 -26.466  -6.495  1.00112.59           C  
+ATOM   5692  N   TYR K 181      -0.063 -28.190  -9.602  1.00107.11           N  
+ATOM   5693  CA  TYR K 181       0.657 -29.392  -9.987  1.00108.57           C  
+ATOM   5694  C   TYR K 181       0.387 -30.501  -8.979  1.00108.70           C  
+ATOM   5695  O   TYR K 181       0.401 -30.267  -7.762  1.00108.24           O  
+ATOM   5696  CB  TYR K 181       2.165 -29.133 -10.063  1.00107.45           C  
+ATOM   5697  CG  TYR K 181       2.617 -28.311 -11.249  1.00113.60           C  
+ATOM   5698  CD1 TYR K 181       2.615 -26.923 -11.198  1.00111.16           C  
+ATOM   5699  CD2 TYR K 181       3.065 -28.923 -12.413  1.00117.44           C  
+ATOM   5700  CE1 TYR K 181       3.035 -26.168 -12.277  1.00111.54           C  
+ATOM   5701  CE2 TYR K 181       3.488 -28.176 -13.496  1.00116.74           C  
+ATOM   5702  CZ  TYR K 181       3.470 -26.799 -13.422  1.00112.50           C  
+ATOM   5703  OH  TYR K 181       3.890 -26.050 -14.498  1.00108.66           O  
+ATOM   5704  N   GLU K 182       0.129 -31.699  -9.501  1.00111.07           N  
+ATOM   5705  CA  GLU K 182       0.104 -32.940  -8.742  1.00111.40           C  
+ATOM   5706  C   GLU K 182       1.433 -33.661  -8.940  1.00111.04           C  
+ATOM   5707  O   GLU K 182       2.036 -33.589 -10.012  1.00114.31           O  
+ATOM   5708  CB  GLU K 182      -1.064 -33.825  -9.190  1.00119.95           C  
+ATOM   5709  CG  GLU K 182      -1.114 -35.200  -8.545  1.00121.93           C  
+ATOM   5710  CD  GLU K 182      -2.265 -36.044  -9.059  1.00127.99           C  
+ATOM   5711  OE1 GLU K 182      -3.114 -35.508  -9.802  1.00134.12           O  
+ATOM   5712  OE2 GLU K 182      -2.323 -37.244  -8.717  1.00124.81           O  
+ATOM   5713  N   ILE K 183       1.898 -34.351  -7.896  1.00108.80           N  
+ATOM   5714  CA  ILE K 183       3.231 -34.946  -7.919  1.00107.10           C  
+ATOM   5715  C   ILE K 183       3.236 -36.242  -7.112  1.00110.29           C  
+ATOM   5716  O   ILE K 183       2.528 -36.370  -6.107  1.00111.65           O  
+ATOM   5717  CB  ILE K 183       4.275 -33.930  -7.391  1.00101.90           C  
+ATOM   5718  CG1 ILE K 183       5.698 -34.476  -7.501  1.00101.54           C  
+ATOM   5719  CG2 ILE K 183       3.959 -33.521  -5.958  1.00106.51           C  
+ATOM   5720  CD1 ILE K 183       6.756 -33.421  -7.258  1.00 94.18           C  
+ATOM   5721  N   LYS K 184       4.033 -37.213  -7.574  1.00109.15           N  
+ATOM   5722  CA  LYS K 184       4.179 -38.504  -6.903  1.00111.78           C  
+ATOM   5723  C   LYS K 184       5.527 -39.119  -7.280  1.00115.82           C  
+ATOM   5724  O   LYS K 184       6.243 -38.601  -8.140  1.00118.08           O  
+ATOM   5725  CB  LYS K 184       3.017 -39.442  -7.246  1.00115.84           C  
+ATOM   5726  CG  LYS K 184       2.568 -39.382  -8.696  1.00119.81           C  
+ATOM   5727  CD  LYS K 184       1.417 -40.345  -8.949  1.00122.65           C  
+ATOM   5728  CE  LYS K 184       1.118 -40.472 -10.433  1.00124.38           C  
+ATOM   5729  NZ  LYS K 184      -0.132 -41.242 -10.685  1.00121.99           N  
+ATOM   5730  N   VAL K 185       5.874 -40.233  -6.615  1.00120.08           N  
+ATOM   5731  CA  VAL K 185       7.214 -40.816  -6.703  1.00123.67           C  
+ATOM   5732  C   VAL K 185       7.164 -42.347  -6.660  1.00129.17           C  
+ATOM   5733  O   VAL K 185       6.317 -42.942  -5.986  1.00127.65           O  
+ATOM   5734  CB  VAL K 185       8.125 -40.260  -5.580  1.00118.93           C  
+ATOM   5735  CG1 VAL K 185       7.598 -40.653  -4.208  1.00117.77           C  
+ATOM   5736  CG2 VAL K 185       9.569 -40.712  -5.763  1.00123.60           C  
+ATOM   5737  N   ARG K 186       8.085 -42.981  -7.400  1.00132.39           N  
+ATOM   5738  CA  ARG K 186       8.322 -44.428  -7.400  1.00137.68           C  
+ATOM   5739  C   ARG K 186       9.799 -44.727  -7.143  1.00140.51           C  
+ATOM   5740  O   ARG K 186      10.642 -43.830  -7.165  1.00139.99           O  
+ATOM   5741  CB  ARG K 186       7.910 -45.072  -8.730  1.00139.78           C  
+ATOM   5742  CG  ARG K 186       6.427 -45.086  -9.012  1.00133.75           C  
+ATOM   5743  CD  ARG K 186       6.171 -45.830 -10.308  1.00135.92           C  
+ATOM   5744  NE  ARG K 186       6.875 -45.209 -11.426  1.00139.45           N  
+ATOM   5745  CZ  ARG K 186       6.898 -45.700 -12.661  1.00140.24           C  
+ATOM   5746  NH1 ARG K 186       6.256 -46.826 -12.939  1.00139.14           N  
+ATOM   5747  NH2 ARG K 186       7.567 -45.070 -13.616  1.00136.37           N  
+ATOM   5748  N   SER K 187      10.116 -46.009  -6.916  1.00145.49           N  
+ATOM   5749  CA  SER K 187      11.478 -46.434  -6.598  1.00150.86           C  
+ATOM   5750  C   SER K 187      11.842 -47.752  -7.279  1.00158.03           C  
+ATOM   5751  O   SER K 187      10.977 -48.552  -7.643  1.00158.48           O  
+ATOM   5752  CB  SER K 187      11.672 -46.585  -5.087  1.00149.85           C  
+ATOM   5753  OG  SER K 187      11.432 -45.358  -4.427  1.00143.76           O  
+ATOM   5754  N   ILE K 188      13.146 -47.962  -7.450  1.00160.48           N  
+ATOM   5755  CA  ILE K 188      13.687 -49.224  -7.978  1.00164.20           C  
+ATOM   5756  C   ILE K 188      14.965 -49.565  -7.275  1.00167.25           C  
+ATOM   5757  O   ILE K 188      15.737 -48.667  -6.848  1.00166.46           O  
+ATOM   5758  CB  ILE K 188      13.984 -49.167  -9.496  1.00162.27           C  
+ATOM   5759  CG1 ILE K 188      14.177 -47.750 -10.016  1.00159.78           C  
+ATOM   5760  CG2 ILE K 188      12.993 -49.961 -10.342  1.00161.26           C  
+ATOM   5761  CD1 ILE K 188      14.721 -47.835 -11.375  1.00158.90           C  
+ATOM   5762  N   PRO K 189      15.269 -50.851  -7.106  1.00170.41           N  
+ATOM   5763  CA  PRO K 189      16.642 -51.234  -6.799  1.00171.97           C  
+ATOM   5764  C   PRO K 189      17.500 -50.832  -7.990  1.00168.98           C  
+ATOM   5765  O   PRO K 189      17.084 -50.968  -9.143  1.00168.46           O  
+ATOM   5766  CB  PRO K 189      16.577 -52.756  -6.622  1.00176.96           C  
+ATOM   5767  CG  PRO K 189      15.140 -53.053  -6.361  1.00176.32           C  
+ATOM   5768  CD  PRO K 189      14.378 -52.030  -7.150  1.00171.76           C  
+ATOM   5769  N   ASP K 190      18.680 -50.297  -7.713  1.00166.55           N  
+ATOM   5770  CA  ASP K 190      19.578 -49.850  -8.771  1.00164.81           C  
+ATOM   5771  C   ASP K 190      21.008 -50.079  -8.302  1.00164.89           C  
+ATOM   5772  O   ASP K 190      21.858 -49.188  -8.332  1.00160.50           O  
+ATOM   5773  CB  ASP K 190      19.314 -48.389  -9.133  1.00163.69           C  
+ATOM   5774  CG  ASP K 190      20.116 -47.930 -10.335  1.00165.52           C  
+ATOM   5775  OD1 ASP K 190      19.799 -48.347 -11.467  1.00162.73           O  
+ATOM   5776  OD2 ASP K 190      21.066 -47.143 -10.138  1.00165.16           O  
+ATOM   5777  N   HIS K 191      21.268 -51.300  -7.851  1.00168.45           N  
+ATOM   5778  CA  HIS K 191      22.584 -51.732  -7.415  1.00167.32           C  
+ATOM   5779  C   HIS K 191      22.705 -53.230  -7.643  1.00175.09           C  
+ATOM   5780  O   HIS K 191      22.386 -53.732  -8.726  1.00179.11           O  
+ATOM   5781  CB  HIS K 191      22.803 -51.379  -5.944  1.00160.86           C  
+ATOM   5782  N   TYR K 192      23.181 -53.945  -6.623  1.00175.33           N  
+ATOM   5783  CA  TYR K 192      23.247 -55.400  -6.693  1.00178.40           C  
+ATOM   5784  C   TYR K 192      21.881 -56.013  -6.986  1.00181.25           C  
+ATOM   5785  O   TYR K 192      21.778 -56.987  -7.740  1.00186.08           O  
+ATOM   5786  CB  TYR K 192      23.795 -55.943  -5.373  1.00176.08           C  
+ATOM   5787  CG  TYR K 192      23.860 -57.450  -5.290  1.00173.96           C  
+ATOM   5788  CD1 TYR K 192      24.163 -58.223  -6.404  1.00170.22           C  
+ATOM   5789  CD2 TYR K 192      23.568 -58.103  -4.100  1.00171.34           C  
+ATOM   5790  CE1 TYR K 192      24.202 -59.600  -6.326  1.00165.86           C  
+ATOM   5791  CE2 TYR K 192      23.603 -59.478  -4.013  1.00165.77           C  
+ATOM   5792  CZ  TYR K 192      23.921 -60.222  -5.128  1.00164.50           C  
+ATOM   5793  OH  TYR K 192      23.957 -61.594  -5.047  1.00162.56           O  
+ATOM   5794  N   PHE K 193      20.820 -55.442  -6.428  1.00181.15           N  
+ATOM   5795  CA  PHE K 193      19.486 -56.008  -6.569  1.00182.89           C  
+ATOM   5796  C   PHE K 193      18.754 -55.436  -7.776  1.00182.35           C  
+ATOM   5797  O   PHE K 193      18.919 -54.264  -8.126  1.00179.44           O  
+ATOM   5798  CB  PHE K 193      18.665 -55.774  -5.299  1.00185.40           C  
+ATOM   5799  CG  PHE K 193      19.270 -56.387  -4.065  1.00182.98           C  
+ATOM   5800  CD1 PHE K 193      20.229 -55.706  -3.334  1.00184.29           C  
+ATOM   5801  CD2 PHE K 193      18.885 -57.650  -3.642  1.00181.75           C  
+ATOM   5802  CE1 PHE K 193      20.788 -56.269  -2.203  1.00184.49           C  
+ATOM   5803  CE2 PHE K 193      19.442 -58.218  -2.511  1.00180.03           C  
+ATOM   5804  CZ  PHE K 193      20.394 -57.526  -1.791  1.00184.42           C  
+ATOM   5805  N   LYS K 194      17.964 -56.291  -8.422  1.00185.86           N  
+ATOM   5806  CA  LYS K 194      17.067 -55.906  -9.500  1.00185.78           C  
+ATOM   5807  C   LYS K 194      15.683 -56.458  -9.183  1.00187.31           C  
+ATOM   5808  O   LYS K 194      15.534 -57.378  -8.377  1.00188.11           O  
+ATOM   5809  CB  LYS K 194      17.556 -56.417 -10.863  1.00184.41           C  
+ATOM   5810  N   GLY K 195      14.664 -55.872  -9.805  1.00185.70           N  
+ATOM   5811  CA  GLY K 195      13.305 -56.300  -9.535  1.00183.38           C  
+ATOM   5812  C   GLY K 195      12.247 -55.525 -10.294  1.00178.90           C  
+ATOM   5813  O   GLY K 195      12.234 -55.515 -11.528  1.00173.77           O  
+ATOM   5814  N   PHE K 196      11.344 -54.879  -9.560  1.00179.45           N  
+ATOM   5815  CA  PHE K 196      10.228 -54.164 -10.153  1.00176.20           C  
+ATOM   5816  C   PHE K 196      10.144 -52.771  -9.544  1.00171.20           C  
+ATOM   5817  O   PHE K 196      10.791 -52.465  -8.540  1.00170.00           O  
+ATOM   5818  CB  PHE K 196       8.882 -54.874  -9.915  1.00174.97           C  
+ATOM   5819  CG  PHE K 196       8.732 -56.197 -10.612  1.00173.51           C  
+ATOM   5820  CD1 PHE K 196       8.033 -56.284 -11.805  1.00169.55           C  
+ATOM   5821  CD2 PHE K 196       9.252 -57.359 -10.061  1.00175.09           C  
+ATOM   5822  CE1 PHE K 196       7.871 -57.493 -12.447  1.00170.48           C  
+ATOM   5823  CE2 PHE K 196       9.093 -58.576 -10.701  1.00174.82           C  
+ATOM   5824  CZ  PHE K 196       8.401 -58.640 -11.897  1.00175.32           C  
+ATOM   5825  N   TRP K 197       9.326 -51.931 -10.170  1.00167.98           N  
+ATOM   5826  CA  TRP K 197       9.027 -50.612  -9.636  1.00163.47           C  
+ATOM   5827  C   TRP K 197       7.979 -50.730  -8.536  1.00160.71           C  
+ATOM   5828  O   TRP K 197       7.083 -51.576  -8.602  1.00157.92           O  
+ATOM   5829  CB  TRP K 197       8.557 -49.689 -10.756  1.00158.64           C  
+ATOM   5830  CG  TRP K 197       9.653 -49.181 -11.667  1.00164.92           C  
+ATOM   5831  CD1 TRP K 197      10.092 -49.749 -12.826  1.00169.79           C  
+ATOM   5832  CD2 TRP K 197      10.343 -47.931 -11.548  1.00174.43           C  
+ATOM   5833  NE1 TRP K 197      11.065 -48.960 -13.403  1.00172.95           N  
+ATOM   5834  CE2 TRP K 197      11.228 -47.834 -12.637  1.00176.57           C  
+ATOM   5835  CE3 TRP K 197      10.318 -46.897 -10.606  1.00163.09           C  
+ATOM   5836  CZ2 TRP K 197      12.076 -46.738 -12.811  1.00164.14           C  
+ATOM   5837  CZ3 TRP K 197      11.161 -45.823 -10.776  1.00157.93           C  
+ATOM   5838  CH2 TRP K 197      12.030 -45.749 -11.874  1.00158.49           C  
+ATOM   5839  N   SER K 198       8.092 -49.875  -7.522  1.00158.06           N  
+ATOM   5840  CA  SER K 198       7.111 -49.836  -6.445  1.00152.35           C  
+ATOM   5841  C   SER K 198       5.811 -49.168  -6.899  1.00144.93           C  
+ATOM   5842  O   SER K 198       5.670 -48.699  -8.033  1.00144.13           O  
+ATOM   5843  CB  SER K 198       7.694 -49.114  -5.232  1.00153.39           C  
+ATOM   5844  OG  SER K 198       7.876 -47.734  -5.499  1.00147.97           O  
+ATOM   5845  N   GLU K 199       4.847 -49.133  -5.981  1.00142.31           N  
+ATOM   5846  CA  GLU K 199       3.585 -48.443  -6.194  1.00141.16           C  
+ATOM   5847  C   GLU K 199       3.767 -46.937  -6.054  1.00138.26           C  
+ATOM   5848  O   GLU K 199       4.682 -46.459  -5.377  1.00138.74           O  
+ATOM   5849  CB  GLU K 199       2.533 -48.926  -5.193  1.00138.80           C  
+ATOM   5850  CG  GLU K 199       2.019 -50.338  -5.431  1.00139.05           C  
+ATOM   5851  CD  GLU K 199       1.219 -50.467  -6.714  1.00144.50           C  
+ATOM   5852  OE1 GLU K 199       0.720 -49.437  -7.217  1.00141.16           O  
+ATOM   5853  OE2 GLU K 199       1.088 -51.600  -7.221  1.00152.81           O  
+ATOM   5854  N   TRP K 200       2.888 -46.189  -6.716  1.00133.91           N  
+ATOM   5855  CA  TRP K 200       2.923 -44.737  -6.621  1.00129.30           C  
+ATOM   5856  C   TRP K 200       2.603 -44.294  -5.198  1.00126.53           C  
+ATOM   5857  O   TRP K 200       1.644 -44.776  -4.587  1.00125.94           O  
+ATOM   5858  CB  TRP K 200       1.931 -44.114  -7.601  1.00127.89           C  
+ATOM   5859  CG  TRP K 200       2.412 -44.091  -9.017  1.00125.24           C  
+ATOM   5860  CD1 TRP K 200       1.951 -44.852 -10.051  1.00125.98           C  
+ATOM   5861  CD2 TRP K 200       3.461 -43.277  -9.554  1.00126.62           C  
+ATOM   5862  NE1 TRP K 200       2.640 -44.554 -11.201  1.00129.00           N  
+ATOM   5863  CE2 TRP K 200       3.574 -43.592 -10.922  1.00128.32           C  
+ATOM   5864  CE3 TRP K 200       4.315 -42.313  -9.010  1.00127.28           C  
+ATOM   5865  CZ2 TRP K 200       4.505 -42.975 -11.755  1.00128.90           C  
+ATOM   5866  CZ3 TRP K 200       5.236 -41.700  -9.839  1.00126.10           C  
+ATOM   5867  CH2 TRP K 200       5.325 -42.035 -11.195  1.00127.92           C  
+ATOM   5868  N   SER K 201       3.409 -43.375  -4.674  1.00124.23           N  
+ATOM   5869  CA  SER K 201       3.133 -42.784  -3.378  1.00119.98           C  
+ATOM   5870  C   SER K 201       1.878 -41.918  -3.455  1.00117.34           C  
+ATOM   5871  O   SER K 201       1.474 -41.495  -4.541  1.00117.65           O  
+ATOM   5872  CB  SER K 201       4.323 -41.947  -2.915  1.00118.70           C  
+ATOM   5873  OG  SER K 201       4.413 -40.742  -3.655  1.00115.56           O  
+ATOM   5874  N   PRO K 202       1.226 -41.662  -2.319  1.00115.59           N  
+ATOM   5875  CA  PRO K 202       0.097 -40.723  -2.326  1.00115.47           C  
+ATOM   5876  C   PRO K 202       0.520 -39.378  -2.896  1.00114.87           C  
+ATOM   5877  O   PRO K 202       1.586 -38.850  -2.571  1.00112.40           O  
+ATOM   5878  CB  PRO K 202      -0.295 -40.619  -0.846  1.00114.27           C  
+ATOM   5879  CG  PRO K 202       0.863 -41.193  -0.083  1.00116.44           C  
+ATOM   5880  CD  PRO K 202       1.458 -42.227  -0.980  1.00115.24           C  
+ATOM   5881  N   SER K 203      -0.330 -38.827  -3.756  1.00115.52           N  
+ATOM   5882  CA  SER K 203       0.020 -37.619  -4.484  1.00115.32           C  
+ATOM   5883  C   SER K 203       0.044 -36.408  -3.558  1.00111.42           C  
+ATOM   5884  O   SER K 203      -0.534 -36.407  -2.467  1.00109.72           O  
+ATOM   5885  CB  SER K 203      -0.966 -37.379  -5.627  1.00116.58           C  
+ATOM   5886  OG  SER K 203      -0.876 -38.402  -6.604  1.00120.02           O  
+ATOM   5887  N   TYR K 204       0.730 -35.363  -4.014  1.00107.64           N  
+ATOM   5888  CA  TYR K 204       0.755 -34.083  -3.323  1.00103.10           C  
+ATOM   5889  C   TYR K 204       0.466 -32.987  -4.336  1.00102.01           C  
+ATOM   5890  O   TYR K 204       0.761 -33.128  -5.526  1.00106.37           O  
+ATOM   5891  CB  TYR K 204       2.105 -33.838  -2.629  1.00 99.04           C  
+ATOM   5892  CG  TYR K 204       2.063 -32.781  -1.545  1.00 93.72           C  
+ATOM   5893  CD1 TYR K 204       1.588 -33.081  -0.274  1.00 90.36           C  
+ATOM   5894  CD2 TYR K 204       2.504 -31.487  -1.789  1.00 90.62           C  
+ATOM   5895  CE1 TYR K 204       1.550 -32.122   0.722  1.00 87.43           C  
+ATOM   5896  CE2 TYR K 204       2.470 -30.521  -0.799  1.00 89.18           C  
+ATOM   5897  CZ  TYR K 204       1.992 -30.843   0.454  1.00 86.94           C  
+ATOM   5898  OH  TYR K 204       1.957 -29.885   1.441  1.00 77.92           O  
+ATOM   5899  N   TYR K 205      -0.120 -31.891  -3.860  1.00 97.42           N  
+ATOM   5900  CA  TYR K 205      -0.607 -30.832  -4.732  1.00 98.82           C  
+ATOM   5901  C   TYR K 205      -0.044 -29.493  -4.284  1.00 93.10           C  
+ATOM   5902  O   TYR K 205       0.025 -29.212  -3.083  1.00 91.49           O  
+ATOM   5903  CB  TYR K 205      -2.141 -30.789  -4.732  1.00102.95           C  
+ATOM   5904  CG  TYR K 205      -2.782 -32.131  -5.012  1.00108.62           C  
+ATOM   5905  CD1 TYR K 205      -3.054 -32.534  -6.313  1.00114.25           C  
+ATOM   5906  CD2 TYR K 205      -3.106 -32.998  -3.976  1.00106.36           C  
+ATOM   5907  CE1 TYR K 205      -3.637 -33.760  -6.573  1.00117.91           C  
+ATOM   5908  CE2 TYR K 205      -3.687 -34.227  -4.227  1.00111.71           C  
+ATOM   5909  CZ  TYR K 205      -3.950 -34.603  -5.528  1.00118.69           C  
+ATOM   5910  OH  TYR K 205      -4.529 -35.824  -5.785  1.00125.90           O  
+ATOM   5911  N   PHE K 206       0.361 -28.669  -5.249  1.00 91.58           N  
+ATOM   5912  CA  PHE K 206       0.903 -27.359  -4.907  1.00 88.39           C  
+ATOM   5913  C   PHE K 206       0.657 -26.372  -6.039  1.00 88.90           C  
+ATOM   5914  O   PHE K 206       0.556 -26.754  -7.205  1.00 96.19           O  
+ATOM   5915  CB  PHE K 206       2.402 -27.431  -4.587  1.00 88.57           C  
+ATOM   5916  CG  PHE K 206       3.256 -27.854  -5.748  1.00 88.07           C  
+ATOM   5917  CD1 PHE K 206       3.428 -29.195  -6.048  1.00 90.32           C  
+ATOM   5918  CD2 PHE K 206       3.898 -26.909  -6.532  1.00 87.94           C  
+ATOM   5919  CE1 PHE K 206       4.217 -29.586  -7.113  1.00 92.54           C  
+ATOM   5920  CE2 PHE K 206       4.689 -27.293  -7.599  1.00 89.01           C  
+ATOM   5921  CZ  PHE K 206       4.850 -28.633  -7.889  1.00 92.61           C  
+ATOM   5922  N   ARG K 207       0.586 -25.092  -5.685  1.00 85.82           N  
+ATOM   5923  CA  ARG K 207       0.312 -24.027  -6.637  1.00 88.06           C  
+ATOM   5924  C   ARG K 207       1.562 -23.181  -6.858  1.00 87.56           C  
+ATOM   5925  O   ARG K 207       2.545 -23.267  -6.119  1.00 88.34           O  
+ATOM   5926  CB  ARG K 207      -0.840 -23.137  -6.153  1.00 88.13           C  
+ATOM   5927  CG  ARG K 207      -2.090 -23.866  -5.675  1.00 90.36           C  
+ATOM   5928  CD  ARG K 207      -3.185 -22.848  -5.386  1.00 93.32           C  
+ATOM   5929  NE  ARG K 207      -3.973 -22.501  -6.566  1.00 98.04           N  
+ATOM   5930  CZ  ARG K 207      -5.222 -22.906  -6.780  1.00 99.34           C  
+ATOM   5931  NH1 ARG K 207      -5.847 -23.646  -5.876  1.00 98.60           N  
+ATOM   5932  NH2 ARG K 207      -5.858 -22.545  -7.886  1.00103.82           N  
+ATOM   5933  N   THR K 208       1.504 -22.351  -7.900  1.00 90.89           N  
+ATOM   5934  CA  THR K 208       2.577 -21.484  -8.360  1.00 90.66           C  
+ATOM   5935  C   THR K 208       2.106 -20.033  -8.349  1.00 92.10           C  
+ATOM   5936  O   THR K 208       0.954 -19.763  -8.707  1.00 92.36           O  
+ATOM   5937  CB  THR K 208       3.017 -21.886  -9.782  1.00 95.42           C  
+ATOM   5938  OG1 THR K 208       3.395 -23.269  -9.789  1.00 95.58           O  
+ATOM   5939  CG2 THR K 208       4.195 -21.050 -10.263  1.00 96.19           C  
+ATOM   5940  N   PRO K 209       2.948 -19.083  -7.935  1.00 90.42           N  
+ATOM   5941  CA  PRO K 209       2.515 -17.679  -7.919  1.00 92.24           C  
+ATOM   5942  C   PRO K 209       2.156 -17.171  -9.310  1.00 93.87           C  
+ATOM   5943  O   PRO K 209       2.626 -17.674 -10.333  1.00 93.01           O  
+ATOM   5944  CB  PRO K 209       3.734 -16.937  -7.351  1.00 88.92           C  
+ATOM   5945  CG  PRO K 209       4.881 -17.879  -7.540  1.00 85.45           C  
+ATOM   5946  CD  PRO K 209       4.289 -19.238  -7.345  1.00 84.82           C  
+ATOM   5947  N   GLU K 210       1.308 -16.143  -9.328  1.00 94.13           N  
+ATOM   5948  CA  GLU K 210       0.790 -15.564 -10.570  1.00 95.26           C  
+ATOM   5949  C   GLU K 210       1.704 -14.455 -11.098  1.00102.49           C  
+ATOM   5950  O   GLU K 210       1.324 -13.286 -11.180  1.00104.72           O  
+ATOM   5951  CB  GLU K 210      -0.629 -15.052 -10.352  1.00 83.83           C  
+ATOM   5952  N   ILE K 211       2.919 -14.848 -11.474  1.00101.63           N  
+ATOM   5953  CA  ILE K 211       3.915 -13.925 -12.022  1.00107.46           C  
+ATOM   5954  C   ILE K 211       4.105 -12.692 -11.142  1.00110.58           C  
+ATOM   5955  O   ILE K 211       3.730 -11.581 -11.523  1.00112.00           O  
+ATOM   5956  CB  ILE K 211       3.543 -13.502 -13.456  1.00107.16           C  
+HETATM 5957  C1  NAG K 301      12.272 -40.998   7.581  1.00116.65           C  
+HETATM 5958  C2  NAG K 301      12.384 -39.840   8.573  1.00115.27           C  
+HETATM 5959  C3  NAG K 301      13.284 -40.228   9.743  1.00114.86           C  
+HETATM 5960  C4  NAG K 301      12.803 -41.527  10.376  1.00113.76           C  
+HETATM 5961  C5  NAG K 301      12.676 -42.616   9.313  1.00115.06           C  
+HETATM 5962  C6  NAG K 301      12.091 -43.902   9.850  1.00107.83           C  
+HETATM 5963  C7  NAG K 301      12.065 -37.681   7.457  1.00115.87           C  
+HETATM 5964  C8  NAG K 301      12.735 -36.499   6.827  1.00108.71           C  
+HETATM 5965  N2  NAG K 301      12.876 -38.634   7.928  1.00116.08           N  
+HETATM 5966  O3  NAG K 301      13.273 -39.183  10.708  1.00109.88           O  
+HETATM 5967  O4  NAG K 301      13.723 -41.950  11.375  1.00106.11           O  
+HETATM 5968  O5  NAG K 301      11.804 -42.172   8.262  1.00131.77           O  
+HETATM 5969  O6  NAG K 301      11.452 -43.704  11.104  1.00101.35           O  
+HETATM 5970  O7  NAG K 301      10.844 -37.773   7.533  1.00113.04           O  
+HETATM 5971  C1  NAG M   1      36.666 -27.795 -13.958  1.00 80.92           C  
+HETATM 5972  C2  NAG M   1      36.433 -27.056 -15.277  1.00 81.11           C  
+HETATM 5973  C3  NAG M   1      35.495 -27.857 -16.178  1.00 86.06           C  
+HETATM 5974  C4  NAG M   1      36.013 -29.278 -16.354  1.00 89.16           C  
+HETATM 5975  C5  NAG M   1      36.240 -29.920 -14.988  1.00 86.01           C  
+HETATM 5976  C6  NAG M   1      36.864 -31.290 -15.073  1.00 90.95           C  
+HETATM 5977  C7  NAG M   1      36.434 -24.614 -15.544  1.00 72.61           C  
+HETATM 5978  C8  NAG M   1      35.745 -23.330 -15.193  1.00 67.99           C  
+HETATM 5979  N2  NAG M   1      35.893 -25.727 -15.037  1.00 76.19           N  
+HETATM 5980  O3  NAG M   1      35.391 -27.217 -17.445  1.00 85.51           O  
+HETATM 5981  O4  NAG M   1      35.096 -30.058 -17.114  1.00 92.68           O  
+HETATM 5982  O5  NAG M   1      37.144 -29.110 -14.223  1.00 81.99           O  
+HETATM 5983  O6  NAG M   1      38.255 -31.184 -15.335  1.00 93.32           O  
+HETATM 5984  O7  NAG M   1      37.435 -24.642 -16.252  1.00 70.70           O  
+HETATM 5985  C1  NAG M   2      35.556 -30.725 -18.224  1.00 98.91           C  
+HETATM 5986  C2  NAG M   2      34.556 -31.766 -18.748  1.00101.86           C  
+HETATM 5987  C3  NAG M   2      35.122 -32.508 -19.963  1.00105.31           C  
+HETATM 5988  C4  NAG M   2      35.700 -31.545 -20.991  1.00107.84           C  
+HETATM 5989  C5  NAG M   2      36.664 -30.580 -20.317  1.00105.86           C  
+HETATM 5990  C6  NAG M   2      37.227 -29.541 -21.258  1.00 98.24           C  
+HETATM 5991  C7  NAG M   2      33.195 -32.563 -16.856  1.00 99.73           C  
+HETATM 5992  C8  NAG M   2      33.018 -33.649 -15.837  1.00 98.01           C  
+HETATM 5993  N2  NAG M   2      34.222 -32.716 -17.697  1.00103.34           N  
+HETATM 5994  O3  NAG M   2      34.086 -33.280 -20.560  1.00103.73           O  
+HETATM 5995  O4  NAG M   2      36.404 -32.279 -21.985  1.00108.06           O  
+HETATM 5996  O5  NAG M   2      35.966 -29.876 -19.284  1.00102.80           O  
+HETATM 5997  O6  NAG M   2      36.242 -28.584 -21.621  1.00 95.35           O  
+HETATM 5998  O7  NAG M   2      32.443 -31.596 -16.914  1.00 97.13           O  
+HETATM 5999  C1  BMA M   3      36.254 -32.352 -23.349  1.00108.93           C  
+HETATM 6000  C2  BMA M   3      37.427 -32.910 -24.157  1.00110.79           C  
+HETATM 6001  C3  BMA M   3      37.197 -32.628 -25.638  1.00110.00           C  
+HETATM 6002  C4  BMA M   3      35.799 -33.092 -26.082  1.00109.89           C  
+HETATM 6003  C5  BMA M   3      34.718 -32.485 -25.166  1.00110.00           C  
+HETATM 6004  C6  BMA M   3      33.326 -32.995 -25.481  1.00110.96           C  
+HETATM 6005  O2  BMA M   3      37.500 -34.321 -24.017  1.00108.70           O  
+HETATM 6006  O3  BMA M   3      38.193 -33.238 -26.449  1.00102.92           O  
+HETATM 6007  O4  BMA M   3      35.566 -32.692 -27.422  1.00 99.49           O  
+HETATM 6008  O5  BMA M   3      35.016 -32.841 -23.808  1.00107.77           O  
+HETATM 6009  O6  BMA M   3      33.218 -34.322 -24.980  1.00112.32           O  
+HETATM 6010  C1  NAG N   1       0.258  32.162  70.787  1.00102.08           C  
+HETATM 6011  C2  NAG N   1      -0.283  31.140  71.782  1.00101.87           C  
+HETATM 6012  C3  NAG N   1      -1.763  31.398  72.047  1.00107.02           C  
+HETATM 6013  C4  NAG N   1      -1.974  32.836  72.502  1.00112.09           C  
+HETATM 6014  C5  NAG N   1      -1.361  33.804  71.491  1.00108.44           C  
+HETATM 6015  C6  NAG N   1      -1.420  35.246  71.941  1.00108.37           C  
+HETATM 6016  C7  NAG N   1       0.572  28.855  72.019  1.00 94.70           C  
+HETATM 6017  C8  NAG N   1       0.696  27.504  71.381  1.00 95.49           C  
+HETATM 6018  N2  NAG N   1      -0.077  29.782  71.307  1.00100.11           N  
+HETATM 6019  O3  NAG N   1      -2.229  30.493  73.042  1.00105.44           O  
+HETATM 6020  O4  NAG N   1      -3.364  33.107  72.641  1.00118.89           O  
+HETATM 6021  O5  NAG N   1       0.026  33.491  71.287  1.00104.38           O  
+HETATM 6022  O6  NAG N   1      -0.135  35.732  72.304  1.00100.63           O  
+HETATM 6023  O7  NAG N   1       1.039  29.097  73.127  1.00 88.68           O  
+HETATM 6024  C1  NAG N   2      -4.137  33.003  73.773  1.00124.92           C  
+HETATM 6025  C2  NAG N   2      -4.326  34.384  74.405  1.00130.35           C  
+HETATM 6026  C3  NAG N   2      -5.443  34.349  75.446  1.00130.79           C  
+HETATM 6027  C4  NAG N   2      -6.715  33.760  74.851  1.00130.21           C  
+HETATM 6028  C5  NAG N   2      -6.418  32.404  74.217  1.00129.02           C  
+HETATM 6029  C6  NAG N   2      -7.611  31.809  73.506  1.00131.22           C  
+HETATM 6030  C7  NAG N   2      -2.454  34.285  76.015  1.00122.80           C  
+HETATM 6031  C8  NAG N   2      -1.192  34.953  76.470  1.00117.85           C  
+HETATM 6032  N2  NAG N   2      -3.088  34.874  74.992  1.00134.75           N  
+HETATM 6033  O3  NAG N   2      -5.685  35.668  75.923  1.00132.55           O  
+HETATM 6034  O4  NAG N   2      -7.698  33.599  75.868  1.00130.77           O  
+HETATM 6035  O5  NAG N   2      -5.380  32.543  73.236  1.00127.43           O  
+HETATM 6036  O6  NAG N   2      -7.338  30.494  73.044  1.00132.51           O  
+HETATM 6037  O7  NAG N   2      -2.875  33.261  76.550  1.00119.51           O  
+HETATM 6038  C1  BMA N   3      -8.399  34.330  76.796  1.00128.17           C  
+HETATM 6039  C2  BMA N   3      -9.781  33.742  77.100  1.00124.40           C  
+HETATM 6040  C3  BMA N   3     -10.332  34.366  78.381  1.00123.66           C  
+HETATM 6041  C4  BMA N   3      -9.308  34.277  79.522  1.00124.48           C  
+HETATM 6042  C5  BMA N   3      -7.998  34.945  79.084  1.00124.95           C  
+HETATM 6043  C6  BMA N   3      -6.911  34.872  80.142  1.00120.57           C  
+HETATM 6044  O2  BMA N   3      -9.685  32.345  77.337  1.00122.83           O  
+HETATM 6045  O3  BMA N   3     -11.556  33.762  78.774  1.00120.54           O  
+HETATM 6046  O4  BMA N   3      -9.811  34.919  80.683  1.00120.52           O  
+HETATM 6047  O5  BMA N   3      -7.524  34.261  77.911  1.00128.30           O  
+HETATM 6048  O6  BMA N   3      -7.490  35.167  81.408  1.00118.77           O  
+HETATM 6049  C1  NAG O   1     -14.207  35.078  39.604  1.00110.51           C  
+HETATM 6050  C2  NAG O   1     -13.187  34.143  38.955  1.00110.09           C  
+HETATM 6051  C3  NAG O   1     -12.061  34.950  38.317  1.00111.83           C  
+HETATM 6052  C4  NAG O   1     -12.632  35.989  37.360  1.00116.51           C  
+HETATM 6053  C5  NAG O   1     -13.677  36.845  38.073  1.00113.41           C  
+HETATM 6054  C6  NAG O   1     -14.375  37.818  37.151  1.00112.70           C  
+HETATM 6055  C7  NAG O   1     -12.686  31.871  39.735  1.00 99.53           C  
+HETATM 6056  C8  NAG O   1     -12.101  31.039  40.837  1.00 96.24           C  
+HETATM 6057  N2  NAG O   1     -12.657  33.195  39.922  1.00106.46           N  
+HETATM 6058  O3  NAG O   1     -11.186  34.073  37.618  1.00108.91           O  
+HETATM 6059  O4  NAG O   1     -11.591  36.827  36.878  1.00122.98           O  
+HETATM 6060  O5  NAG O   1     -14.697  36.004  38.631  1.00111.07           O  
+HETATM 6061  O6  NAG O   1     -15.246  37.147  36.251  1.00110.93           O  
+HETATM 6062  O7  NAG O   1     -13.161  31.367  38.722  1.00 93.58           O  
+HETATM 6063  C1  NAG O   2     -11.293  36.894  35.531  1.00121.76           C  
+HETATM 6064  C2  NAG O   2     -10.533  38.207  35.403  1.00122.45           C  
+HETATM 6065  C3  NAG O   2     -10.708  38.770  33.994  1.00121.58           C  
+HETATM 6066  C4  NAG O   2     -10.309  37.732  32.954  1.00122.28           C  
+HETATM 6067  C5  NAG O   2     -11.060  36.424  33.192  1.00122.10           C  
+HETATM 6068  C6  NAG O   2     -10.594  35.306  32.290  1.00120.63           C  
+HETATM 6069  C7  NAG O   2     -10.213  39.508  37.454  1.00122.19           C  
+HETATM 6070  C8  NAG O   2     -10.811  40.516  38.388  1.00122.43           C  
+HETATM 6071  N2  NAG O   2     -10.961  39.168  36.397  1.00121.05           N  
+HETATM 6072  O3  NAG O   2      -9.906  39.938  33.848  1.00120.93           O  
+HETATM 6073  O4  NAG O   2     -10.603  38.212  31.647  1.00124.58           O  
+HETATM 6074  O5  NAG O   2     -10.853  35.972  34.541  1.00119.02           O  
+HETATM 6075  O6  NAG O   2      -9.269  34.905  32.610  1.00112.32           O  
+HETATM 6076  O7  NAG O   2      -9.103  39.021  37.645  1.00121.13           O  
+ATOM   6077  N   GLU A   1     -14.072 -11.803   6.683  1.00 90.66           N  
+ATOM   6078  CA  GLU A   1     -12.757 -12.385   6.922  1.00 90.55           C  
+ATOM   6079  C   GLU A   1     -12.834 -13.907   7.006  1.00 84.36           C  
+ATOM   6080  O   GLU A   1     -13.922 -14.483   7.027  1.00 85.46           O  
+ATOM   6081  CB  GLU A   1     -12.145 -11.818   8.205  1.00 89.68           C  
+ATOM   6082  N   VAL A   2     -11.667 -14.551   7.054  1.00 80.34           N  
+ATOM   6083  CA  VAL A   2     -11.613 -16.004   7.154  1.00 77.07           C  
+ATOM   6084  C   VAL A   2     -12.018 -16.437   8.557  1.00 79.73           C  
+ATOM   6085  O   VAL A   2     -11.653 -15.800   9.556  1.00 80.58           O  
+ATOM   6086  CB  VAL A   2     -10.205 -16.509   6.795  1.00 70.63           C  
+ATOM   6087  CG1 VAL A   2     -10.142 -18.028   6.863  1.00 68.92           C  
+ATOM   6088  CG2 VAL A   2      -9.803 -16.015   5.414  1.00 72.75           C  
+ATOM   6089  N   GLN A   3     -12.778 -17.528   8.639  1.00 79.23           N  
+ATOM   6090  CA  GLN A   3     -13.259 -18.055   9.907  1.00 79.55           C  
+ATOM   6091  C   GLN A   3     -13.187 -19.574   9.892  1.00 75.19           C  
+ATOM   6092  O   GLN A   3     -13.577 -20.214   8.910  1.00 76.53           O  
+ATOM   6093  CB  GLN A   3     -14.703 -17.622  10.197  1.00 83.69           C  
+ATOM   6094  CG  GLN A   3     -14.899 -16.130  10.383  1.00 89.92           C  
+ATOM   6095  CD  GLN A   3     -16.348 -15.770  10.649  1.00106.33           C  
+ATOM   6096  OE1 GLN A   3     -16.829 -15.876  11.777  1.00108.00           O  
+ATOM   6097  NE2 GLN A   3     -17.053 -15.347   9.606  1.00112.70           N  
+ATOM   6098  N   LEU A   4     -12.689 -20.138  10.991  1.00 71.32           N  
+ATOM   6099  CA  LEU A   4     -12.639 -21.584  11.207  1.00 68.78           C  
+ATOM   6100  C   LEU A   4     -13.310 -21.863  12.548  1.00 72.82           C  
+ATOM   6101  O   LEU A   4     -12.666 -21.774  13.598  1.00 74.37           O  
+ATOM   6102  CB  LEU A   4     -11.203 -22.100  11.190  1.00 63.87           C  
+ATOM   6103  CG  LEU A   4     -10.412 -21.978   9.888  1.00 67.27           C  
+ATOM   6104  CD1 LEU A   4      -9.021 -22.569  10.052  1.00 63.77           C  
+ATOM   6105  CD2 LEU A   4     -11.150 -22.668   8.761  1.00 70.20           C  
+ATOM   6106  N   GLN A   5     -14.596 -22.199  12.517  1.00 74.01           N  
+ATOM   6107  CA  GLN A   5     -15.358 -22.446  13.736  1.00 72.82           C  
+ATOM   6108  C   GLN A   5     -15.344 -23.937  14.048  1.00 72.91           C  
+ATOM   6109  O   GLN A   5     -15.826 -24.747  13.251  1.00 74.12           O  
+ATOM   6110  CB  GLN A   5     -16.792 -21.939  13.593  1.00 73.96           C  
+ATOM   6111  CG  GLN A   5     -17.009 -20.538  14.139  1.00 83.03           C  
+ATOM   6112  CD  GLN A   5     -16.933 -20.491  15.654  1.00 91.25           C  
+ATOM   6113  OE1 GLN A   5     -17.434 -21.383  16.340  1.00 86.23           O  
+ATOM   6114  NE2 GLN A   5     -16.303 -19.449  16.184  1.00108.01           N  
+ATOM   6115  N   GLN A   6     -14.794 -24.295  15.201  1.00 71.37           N  
+ATOM   6116  CA  GLN A   6     -14.707 -25.686  15.613  1.00 67.94           C  
+ATOM   6117  C   GLN A   6     -15.842 -26.041  16.565  1.00 67.47           C  
+ATOM   6118  O   GLN A   6     -16.477 -25.174  17.171  1.00 65.99           O  
+ATOM   6119  CB  GLN A   6     -13.356 -25.974  16.272  1.00 66.33           C  
+ATOM   6120  CG  GLN A   6     -12.166 -25.608  15.411  1.00 67.55           C  
+ATOM   6121  CD  GLN A   6     -10.845 -26.060  16.003  1.00 67.47           C  
+ATOM   6122  OE1 GLN A   6      -9.902 -25.278  16.115  1.00 66.59           O  
+ATOM   6123  NE2 GLN A   6     -10.769 -27.332  16.378  1.00 66.79           N  
+ATOM   6124  N   SER A   7     -16.095 -27.343  16.682  1.00 67.68           N  
+ATOM   6125  CA  SER A   7     -17.133 -27.835  17.571  1.00 67.49           C  
+ATOM   6126  C   SER A   7     -16.792 -27.512  19.027  1.00 66.57           C  
+ATOM   6127  O   SER A   7     -15.683 -27.090  19.362  1.00 64.02           O  
+ATOM   6128  CB  SER A   7     -17.318 -29.341  17.391  1.00 70.60           C  
+ATOM   6129  OG  SER A   7     -16.111 -30.038  17.651  1.00 69.35           O  
+ATOM   6130  N   GLY A   8     -17.777 -27.713  19.898  1.00 72.76           N  
+ATOM   6131  CA  GLY A   8     -17.605 -27.438  21.302  1.00 69.03           C  
+ATOM   6132  C   GLY A   8     -16.776 -28.497  21.994  1.00 68.52           C  
+ATOM   6133  O   GLY A   8     -16.322 -29.481  21.393  1.00 73.75           O  
+ATOM   6134  N   PRO A   9     -16.563 -28.297  23.292  1.00 66.80           N  
+ATOM   6135  CA  PRO A   9     -15.783 -29.263  24.072  1.00 68.46           C  
+ATOM   6136  C   PRO A   9     -16.491 -30.605  24.153  1.00 69.10           C  
+ATOM   6137  O   PRO A   9     -17.711 -30.706  24.007  1.00 70.93           O  
+ATOM   6138  CB  PRO A   9     -15.681 -28.605  25.450  1.00 68.54           C  
+ATOM   6139  CG  PRO A   9     -16.873 -27.710  25.525  1.00 66.12           C  
+ATOM   6140  CD  PRO A   9     -17.089 -27.204  24.127  1.00 67.20           C  
+ATOM   6141  N   GLU A  11     -15.705 -31.654  24.392  1.00 70.76           N  
+ATOM   6142  CA  GLU A  11     -16.245 -33.007  24.396  1.00 76.62           C  
+ATOM   6143  C   GLU A  11     -15.761 -33.788  25.610  1.00 77.15           C  
+ATOM   6144  O   GLU A  11     -14.611 -33.644  26.037  1.00 74.70           O  
+ATOM   6145  CB  GLU A  11     -15.857 -33.759  23.113  1.00 81.60           C  
+ATOM   6146  CG  GLU A  11     -16.527 -33.236  21.849  1.00 85.25           C  
+ATOM   6147  CD  GLU A  11     -17.965 -33.700  21.706  1.00 92.64           C  
+ATOM   6148  OE1 GLU A  11     -18.443 -34.454  22.579  1.00101.04           O  
+ATOM   6149  OE2 GLU A  11     -18.619 -33.309  20.716  1.00 94.78           O  
+ATOM   6150  N   LEU A  12     -16.658 -34.603  26.166  1.00 78.26           N  
+ATOM   6151  CA  LEU A  12     -16.335 -35.586  27.193  1.00 77.70           C  
+ATOM   6152  C   LEU A  12     -16.689 -36.969  26.664  1.00 79.90           C  
+ATOM   6153  O   LEU A  12     -17.799 -37.180  26.162  1.00 83.23           O  
+ATOM   6154  CB  LEU A  12     -17.080 -35.297  28.500  1.00 74.36           C  
+ATOM   6155  CG  LEU A  12     -16.942 -36.325  29.627  1.00 75.89           C  
+ATOM   6156  CD1 LEU A  12     -15.487 -36.525  30.017  1.00 78.37           C  
+ATOM   6157  CD2 LEU A  12     -17.761 -35.904  30.836  1.00 78.02           C  
+ATOM   6158  N   VAL A  13     -15.747 -37.906  26.778  1.00 80.55           N  
+ATOM   6159  CA  VAL A  13     -15.864 -39.230  26.175  1.00 82.26           C  
+ATOM   6160  C   VAL A  13     -15.304 -40.266  27.145  1.00 85.88           C  
+ATOM   6161  O   VAL A  13     -14.440 -39.962  27.971  1.00 84.97           O  
+ATOM   6162  CB  VAL A  13     -15.133 -39.284  24.806  1.00 79.08           C  
+ATOM   6163  CG1 VAL A  13     -15.124 -40.690  24.223  1.00 83.18           C  
+ATOM   6164  CG2 VAL A  13     -15.767 -38.316  23.816  1.00 79.28           C  
+ATOM   6165  N   LYS A  14     -15.851 -41.491  27.090  1.00 87.18           N  
+ATOM   6166  CA  LYS A  14     -15.325 -42.574  27.909  1.00 88.79           C  
+ATOM   6167  C   LYS A  14     -14.079 -43.181  27.260  1.00 88.75           C  
+ATOM   6168  O   LYS A  14     -13.929 -43.143  26.036  1.00 88.13           O  
+ATOM   6169  CB  LYS A  14     -16.382 -43.656  28.105  1.00 90.59           C  
+ATOM   6170  N   PRO A  15     -13.163 -43.733  28.060  1.00 88.25           N  
+ATOM   6171  CA  PRO A  15     -11.982 -44.387  27.480  1.00 88.15           C  
+ATOM   6172  C   PRO A  15     -12.374 -45.534  26.562  1.00 90.06           C  
+ATOM   6173  O   PRO A  15     -13.308 -46.288  26.841  1.00 90.28           O  
+ATOM   6174  CB  PRO A  15     -11.209 -44.882  28.708  1.00 89.52           C  
+ATOM   6175  CG  PRO A  15     -11.646 -43.982  29.812  1.00 89.61           C  
+ATOM   6176  CD  PRO A  15     -13.085 -43.653  29.529  1.00 88.96           C  
+ATOM   6177  N   GLY A  16     -11.638 -45.664  25.460  1.00 95.96           N  
+ATOM   6178  CA  GLY A  16     -11.911 -46.671  24.463  1.00 94.94           C  
+ATOM   6179  C   GLY A  16     -12.930 -46.268  23.418  1.00 93.06           C  
+ATOM   6180  O   GLY A  16     -12.922 -46.831  22.317  1.00 94.35           O  
+ATOM   6181  N   ALA A  17     -13.802 -45.311  23.726  1.00 92.08           N  
+ATOM   6182  CA  ALA A  17     -14.812 -44.857  22.780  1.00 94.51           C  
+ATOM   6183  C   ALA A  17     -14.163 -43.941  21.745  1.00 95.19           C  
+ATOM   6184  O   ALA A  17     -12.949 -43.722  21.749  1.00102.42           O  
+ATOM   6185  CB  ALA A  17     -15.958 -44.172  23.520  1.00 94.72           C  
+ATOM   6186  N   SER A  18     -14.978 -43.339  20.883  1.00 91.61           N  
+ATOM   6187  CA  SER A  18     -14.496 -42.545  19.764  1.00 90.26           C  
+ATOM   6188  C   SER A  18     -15.067 -41.135  19.835  1.00 88.39           C  
+ATOM   6189  O   SER A  18     -16.077 -40.883  20.498  1.00 89.07           O  
+ATOM   6190  CB  SER A  18     -14.877 -43.197  18.427  1.00 90.00           C  
+ATOM   6191  OG  SER A  18     -14.359 -44.513  18.339  1.00 93.75           O  
+ATOM   6192  N   VAL A  19     -14.407 -40.207  19.136  1.00 88.63           N  
+ATOM   6193  CA  VAL A  19     -14.817 -38.808  19.123  1.00 86.29           C  
+ATOM   6194  C   VAL A  19     -14.822 -38.317  17.681  1.00 85.83           C  
+ATOM   6195  O   VAL A  19     -14.121 -38.849  16.820  1.00 86.89           O  
+ATOM   6196  CB  VAL A  19     -13.892 -37.909  19.981  1.00 85.06           C  
+ATOM   6197  CG1 VAL A  19     -14.610 -36.625  20.393  1.00 80.69           C  
+ATOM   6198  CG2 VAL A  19     -13.358 -38.658  21.195  1.00 84.38           C  
+ATOM   6199  N   LYS A  20     -15.621 -37.282  17.426  1.00 83.57           N  
+ATOM   6200  CA  LYS A  20     -15.694 -36.670  16.101  1.00 86.23           C  
+ATOM   6201  C   LYS A  20     -15.838 -35.163  16.268  1.00 85.49           C  
+ATOM   6202  O   LYS A  20     -16.888 -34.684  16.707  1.00 85.95           O  
+ATOM   6203  CB  LYS A  20     -16.857 -37.246  15.293  1.00 90.28           C  
+ATOM   6204  CG  LYS A  20     -16.543 -37.478  13.824  1.00 87.28           C  
+ATOM   6205  CD  LYS A  20     -17.804 -37.776  13.025  1.00 89.75           C  
+ATOM   6206  CE  LYS A  20     -17.471 -38.239  11.615  1.00 91.75           C  
+ATOM   6207  NZ  LYS A  20     -18.686 -38.338  10.759  1.00 89.91           N  
+ATOM   6208  N   MET A  21     -14.790 -34.420  15.923  1.00 81.02           N  
+ATOM   6209  CA  MET A  21     -14.792 -32.967  15.993  1.00 79.24           C  
+ATOM   6210  C   MET A  21     -14.956 -32.367  14.602  1.00 76.48           C  
+ATOM   6211  O   MET A  21     -14.554 -32.959  13.596  1.00 77.87           O  
+ATOM   6212  CB  MET A  21     -13.508 -32.446  16.642  1.00 76.79           C  
+ATOM   6213  CG  MET A  21     -13.270 -32.981  18.044  1.00 78.21           C  
+ATOM   6214  SD  MET A  21     -11.625 -32.601  18.672  1.00 83.62           S  
+ATOM   6215  CE  MET A  21     -10.999 -34.247  18.998  1.00 80.43           C  
+ATOM   6216  N   SER A  22     -15.555 -31.180  14.553  1.00 71.44           N  
+ATOM   6217  CA  SER A  22     -15.832 -30.494  13.302  1.00 70.58           C  
+ATOM   6218  C   SER A  22     -15.053 -29.188  13.226  1.00 71.83           C  
+ATOM   6219  O   SER A  22     -14.641 -28.620  14.242  1.00 70.40           O  
+ATOM   6220  CB  SER A  22     -17.332 -30.216  13.140  1.00 71.95           C  
+ATOM   6221  OG  SER A  22     -17.776 -29.244  14.071  1.00 76.03           O  
+ATOM   6222  N   CYS A  23     -14.854 -28.721  11.993  1.00 75.09           N  
+ATOM   6223  CA  CYS A  23     -14.189 -27.446  11.732  1.00 73.57           C  
+ATOM   6224  C   CYS A  23     -14.827 -26.873  10.469  1.00 74.47           C  
+ATOM   6225  O   CYS A  23     -14.493 -27.294   9.358  1.00 76.45           O  
+ATOM   6226  CB  CYS A  23     -12.687 -27.641  11.570  1.00 73.15           C  
+ATOM   6227  SG  CYS A  23     -11.740 -26.191  11.040  1.00 78.57           S  
+ATOM   6228  N   LYS A  24     -15.765 -25.948  10.650  1.00 73.60           N  
+ATOM   6229  CA  LYS A  24     -16.475 -25.324   9.542  1.00 76.68           C  
+ATOM   6230  C   LYS A  24     -15.721 -24.076   9.103  1.00 75.54           C  
+ATOM   6231  O   LYS A  24     -15.481 -23.172   9.912  1.00 73.19           O  
+ATOM   6232  CB  LYS A  24     -17.908 -24.976   9.940  1.00 79.70           C  
+ATOM   6233  CG  LYS A  24     -18.837 -24.759   8.756  1.00 82.99           C  
+ATOM   6234  CD  LYS A  24     -20.044 -23.919   9.138  1.00 84.25           C  
+ATOM   6235  CE  LYS A  24     -21.016 -23.803   7.975  1.00 89.27           C  
+ATOM   6236  NZ  LYS A  24     -20.354 -23.273   6.749  1.00 87.17           N  
+ATOM   6237  N   ALA A  25     -15.341 -24.037   7.831  1.00 76.59           N  
+ATOM   6238  CA  ALA A  25     -14.627 -22.909   7.256  1.00 77.13           C  
+ATOM   6239  C   ALA A  25     -15.599 -21.968   6.559  1.00 81.41           C  
+ATOM   6240  O   ALA A  25     -16.635 -22.388   6.038  1.00 88.06           O  
+ATOM   6241  CB  ALA A  25     -13.566 -23.384   6.262  1.00 76.54           C  
+ATOM   6242  N   SER A  26     -15.252 -20.683   6.556  1.00 79.60           N  
+ATOM   6243  CA  SER A  26     -16.075 -19.689   5.883  1.00 78.49           C  
+ATOM   6244  C   SER A  26     -15.224 -18.469   5.569  1.00 77.63           C  
+ATOM   6245  O   SER A  26     -14.217 -18.211   6.233  1.00 82.05           O  
+ATOM   6246  CB  SER A  26     -17.288 -19.292   6.732  1.00 79.00           C  
+ATOM   6247  OG  SER A  26     -16.885 -18.783   7.991  1.00 79.18           O  
+ATOM   6248  N   GLY A  27     -15.636 -17.727   4.547  1.00 76.91           N  
+ATOM   6249  CA  GLY A  27     -14.953 -16.515   4.155  1.00 76.30           C  
+ATOM   6250  C   GLY A  27     -13.938 -16.655   3.043  1.00 74.64           C  
+ATOM   6251  O   GLY A  27     -13.234 -15.681   2.751  1.00 77.94           O  
+ATOM   6252  N   TYR A  28     -13.837 -17.823   2.413  1.00 75.61           N  
+ATOM   6253  CA  TYR A  28     -12.888 -18.028   1.327  1.00 75.54           C  
+ATOM   6254  C   TYR A  28     -13.299 -19.275   0.556  1.00 76.35           C  
+ATOM   6255  O   TYR A  28     -14.191 -20.019   0.970  1.00 79.43           O  
+ATOM   6256  CB  TYR A  28     -11.455 -18.161   1.850  1.00 73.27           C  
+ATOM   6257  CG  TYR A  28     -11.198 -19.455   2.588  1.00 73.93           C  
+ATOM   6258  CD1 TYR A  28     -11.583 -19.615   3.912  1.00 75.00           C  
+ATOM   6259  CD2 TYR A  28     -10.562 -20.515   1.958  1.00 73.64           C  
+ATOM   6260  CE1 TYR A  28     -11.348 -20.800   4.583  1.00 74.69           C  
+ATOM   6261  CE2 TYR A  28     -10.323 -21.700   2.619  1.00 74.31           C  
+ATOM   6262  CZ  TYR A  28     -10.717 -21.837   3.930  1.00 73.43           C  
+ATOM   6263  OH  TYR A  28     -10.476 -23.018   4.587  1.00 70.38           O  
+ATOM   6264  N   THR A  29     -12.633 -19.495  -0.575  1.00 74.05           N  
+ATOM   6265  CA  THR A  29     -12.871 -20.687  -1.388  1.00 76.89           C  
+ATOM   6266  C   THR A  29     -12.338 -21.902  -0.638  1.00 78.22           C  
+ATOM   6267  O   THR A  29     -11.130 -22.138  -0.584  1.00 79.27           O  
+ATOM   6268  CB  THR A  29     -12.212 -20.545  -2.756  1.00 79.49           C  
+ATOM   6269  OG1 THR A  29     -10.810 -20.302  -2.592  1.00 84.02           O  
+ATOM   6270  CG2 THR A  29     -12.835 -19.390  -3.527  1.00 74.93           C  
+ATOM   6271  N   PHE A  30     -13.256 -22.686  -0.065  1.00 78.74           N  
+ATOM   6272  CA  PHE A  30     -12.879 -23.775   0.832  1.00 79.79           C  
+ATOM   6273  C   PHE A  30     -12.044 -24.846   0.139  1.00 84.48           C  
+ATOM   6274  O   PHE A  30     -11.233 -25.515   0.791  1.00 84.70           O  
+ATOM   6275  CB  PHE A  30     -14.140 -24.393   1.440  1.00 79.99           C  
+ATOM   6276  CG  PHE A  30     -13.881 -25.617   2.269  1.00 83.29           C  
+ATOM   6277  CD1 PHE A  30     -13.281 -25.516   3.511  1.00 83.01           C  
+ATOM   6278  CD2 PHE A  30     -14.247 -26.870   1.807  1.00 87.65           C  
+ATOM   6279  CE1 PHE A  30     -13.046 -26.641   4.276  1.00 82.19           C  
+ATOM   6280  CE2 PHE A  30     -14.015 -28.000   2.568  1.00 89.23           C  
+ATOM   6281  CZ  PHE A  30     -13.412 -27.885   3.804  1.00 85.03           C  
+ATOM   6282  N   SER A  35     -12.214 -25.023  -1.170  1.00 86.59           N  
+ATOM   6283  CA  SER A  35     -11.614 -26.155  -1.866  1.00 89.17           C  
+ATOM   6284  C   SER A  35     -10.171 -25.921  -2.299  1.00 89.97           C  
+ATOM   6285  O   SER A  35      -9.533 -26.863  -2.781  1.00 93.18           O  
+ATOM   6286  CB  SER A  35     -12.457 -26.517  -3.092  1.00 90.01           C  
+ATOM   6287  OG  SER A  35     -12.602 -25.404  -3.956  1.00 95.78           O  
+ATOM   6288  N   ASP A  36      -9.639 -24.711  -2.145  1.00 87.11           N  
+ATOM   6289  CA  ASP A  36      -8.324 -24.376  -2.678  1.00 88.12           C  
+ATOM   6290  C   ASP A  36      -7.208 -24.421  -1.639  1.00 86.72           C  
+ATOM   6291  O   ASP A  36      -6.047 -24.193  -1.994  1.00 87.57           O  
+ATOM   6292  CB  ASP A  36      -8.360 -22.990  -3.330  1.00 87.72           C  
+ATOM   6293  CG  ASP A  36      -9.253 -22.946  -4.555  1.00 89.72           C  
+ATOM   6294  OD1 ASP A  36      -9.789 -24.007  -4.940  1.00 88.68           O  
+ATOM   6295  OD2 ASP A  36      -9.416 -21.852  -5.134  1.00 88.59           O  
+ATOM   6296  N   TYR A  37      -7.518 -24.710  -0.376  1.00 85.12           N  
+ATOM   6297  CA  TYR A  37      -6.528 -24.677   0.693  1.00 78.02           C  
+ATOM   6298  C   TYR A  37      -6.505 -26.001   1.442  1.00 76.83           C  
+ATOM   6299  O   TYR A  37      -7.556 -26.588   1.717  1.00 76.03           O  
+ATOM   6300  CB  TYR A  37      -6.816 -23.545   1.688  1.00 76.63           C  
+ATOM   6301  CG  TYR A  37      -6.611 -22.145   1.153  1.00 75.20           C  
+ATOM   6302  CD1 TYR A  37      -7.617 -21.493   0.451  1.00 74.99           C  
+ATOM   6303  CD2 TYR A  37      -5.418 -21.467   1.367  1.00 75.14           C  
+ATOM   6304  CE1 TYR A  37      -7.437 -20.210  -0.030  1.00 73.33           C  
+ATOM   6305  CE2 TYR A  37      -5.229 -20.183   0.888  1.00 75.33           C  
+ATOM   6306  CZ  TYR A  37      -6.241 -19.560   0.190  1.00 73.29           C  
+ATOM   6307  OH  TYR A  37      -6.057 -18.283  -0.287  1.00 73.67           O  
+ATOM   6308  N   TYR A  38      -5.300 -26.464   1.774  1.00 76.73           N  
+ATOM   6309  CA  TYR A  38      -5.149 -27.622   2.643  1.00 77.42           C  
+ATOM   6310  C   TYR A  38      -5.749 -27.337   4.018  1.00 74.75           C  
+ATOM   6311  O   TYR A  38      -5.877 -26.185   4.444  1.00 71.62           O  
+ATOM   6312  CB  TYR A  38      -3.674 -27.996   2.802  1.00 76.77           C  
+ATOM   6313  CG  TYR A  38      -3.104 -28.862   1.701  1.00 76.42           C  
+ATOM   6314  CD1 TYR A  38      -3.196 -30.246   1.765  1.00 80.35           C  
+ATOM   6315  CD2 TYR A  38      -2.450 -28.300   0.613  1.00 78.91           C  
+ATOM   6316  CE1 TYR A  38      -2.669 -31.045   0.768  1.00 82.74           C  
+ATOM   6317  CE2 TYR A  38      -1.918 -29.092  -0.390  1.00 81.54           C  
+ATOM   6318  CZ  TYR A  38      -2.031 -30.464  -0.306  1.00 82.82           C  
+ATOM   6319  OH  TYR A  38      -1.506 -31.259  -1.298  1.00 90.24           O  
+ATOM   6320  N   MET A  39      -6.109 -28.406   4.727  1.00 74.00           N  
+ATOM   6321  CA  MET A  39      -6.607 -28.296   6.092  1.00 71.10           C  
+ATOM   6322  C   MET A  39      -5.819 -29.245   6.979  1.00 73.30           C  
+ATOM   6323  O   MET A  39      -5.818 -30.455   6.741  1.00 73.92           O  
+ATOM   6324  CB  MET A  39      -8.102 -28.613   6.161  1.00 73.07           C  
+ATOM   6325  CG  MET A  39      -8.823 -27.838   7.240  1.00 76.54           C  
+ATOM   6326  SD  MET A  39      -8.647 -26.059   7.008  1.00 78.87           S  
+ATOM   6327  CE  MET A  39     -10.201 -25.669   6.218  1.00 77.96           C  
+ATOM   6328  N   HIS A  40      -5.159 -28.702   8.000  1.00 68.79           N  
+ATOM   6329  CA  HIS A  40      -4.339 -29.480   8.915  1.00 68.92           C  
+ATOM   6330  C   HIS A  40      -4.977 -29.511  10.297  1.00 68.06           C  
+ATOM   6331  O   HIS A  40      -5.738 -28.614  10.671  1.00 68.07           O  
+ATOM   6332  CB  HIS A  40      -2.926 -28.898   9.022  1.00 67.49           C  
+ATOM   6333  CG  HIS A  40      -2.260 -28.671   7.701  1.00 67.24           C  
+ATOM   6334  ND1 HIS A  40      -1.323 -29.537   7.179  1.00 67.25           N  
+ATOM   6335  CD2 HIS A  40      -2.396 -27.674   6.795  1.00 67.35           C  
+ATOM   6336  CE1 HIS A  40      -0.910 -29.083   6.010  1.00 69.51           C  
+ATOM   6337  NE2 HIS A  40      -1.546 -27.954   5.753  1.00 69.07           N  
+ATOM   6338  N   TRP A  41      -4.656 -30.554  11.054  1.00 68.81           N  
+ATOM   6339  CA  TRP A  41      -5.079 -30.666  12.444  1.00 67.64           C  
+ATOM   6340  C   TRP A  41      -3.852 -30.699  13.345  1.00 69.18           C  
+ATOM   6341  O   TRP A  41      -2.830 -31.298  12.996  1.00 71.08           O  
+ATOM   6342  CB  TRP A  41      -5.955 -31.904  12.667  1.00 72.42           C  
+ATOM   6343  CG  TRP A  41      -7.362 -31.714  12.178  1.00 72.87           C  
+ATOM   6344  CD1 TRP A  41      -7.843 -31.993  10.931  1.00 72.84           C  
+ATOM   6345  CD2 TRP A  41      -8.468 -31.189  12.925  1.00 73.13           C  
+ATOM   6346  NE1 TRP A  41      -9.179 -31.680  10.857  1.00 74.72           N  
+ATOM   6347  CE2 TRP A  41      -9.586 -31.183  12.067  1.00 73.73           C  
+ATOM   6348  CE3 TRP A  41      -8.621 -30.725  14.235  1.00 73.56           C  
+ATOM   6349  CZ2 TRP A  41     -10.841 -30.734  12.479  1.00 74.98           C  
+ATOM   6350  CZ3 TRP A  41      -9.868 -30.279  14.642  1.00 73.70           C  
+ATOM   6351  CH2 TRP A  41     -10.960 -30.287  13.766  1.00 73.81           C  
+ATOM   6352  N   VAL A  42      -3.948 -30.027  14.494  1.00 68.21           N  
+ATOM   6353  CA  VAL A  42      -2.827 -29.876  15.415  1.00 67.88           C  
+ATOM   6354  C   VAL A  42      -3.295 -30.197  16.829  1.00 64.85           C  
+ATOM   6355  O   VAL A  42      -4.434 -29.909  17.209  1.00 66.32           O  
+ATOM   6356  CB  VAL A  42      -2.219 -28.452  15.350  1.00 66.59           C  
+ATOM   6357  CG1 VAL A  42      -0.983 -28.345  16.233  1.00 65.65           C  
+ATOM   6358  CG2 VAL A  42      -1.876 -28.073  13.914  1.00 61.30           C  
+ATOM   6359  N   LYS A  43      -2.398 -30.793  17.610  1.00 65.91           N  
+ATOM   6360  CA  LYS A  43      -2.656 -31.178  18.992  1.00 68.98           C  
+ATOM   6361  C   LYS A  43      -1.767 -30.361  19.920  1.00 70.15           C  
+ATOM   6362  O   LYS A  43      -0.562 -30.234  19.677  1.00 71.55           O  
+ATOM   6363  CB  LYS A  43      -2.406 -32.677  19.180  1.00 70.09           C  
+ATOM   6364  CG  LYS A  43      -2.561 -33.196  20.597  1.00 75.71           C  
+ATOM   6365  CD  LYS A  43      -2.109 -34.649  20.674  1.00 80.24           C  
+ATOM   6366  CE  LYS A  43      -2.337 -35.248  22.050  1.00 87.70           C  
+ATOM   6367  NZ  LYS A  43      -1.892 -36.668  22.111  1.00 86.58           N  
+ATOM   6368  N   GLN A  44      -2.360 -29.807  20.978  1.00 70.38           N  
+ATOM   6369  CA  GLN A  44      -1.635 -29.054  22.001  1.00 75.66           C  
+ATOM   6370  C   GLN A  44      -1.807 -29.775  23.334  1.00 87.88           C  
+ATOM   6371  O   GLN A  44      -2.869 -29.696  23.954  1.00 90.75           O  
+ATOM   6372  CB  GLN A  44      -2.126 -27.612  22.082  1.00 71.43           C  
+ATOM   6373  CG  GLN A  44      -1.184 -26.687  22.840  1.00 71.15           C  
+ATOM   6374  CD  GLN A  44      -1.575 -25.228  22.721  1.00 66.23           C  
+ATOM   6375  OE1 GLN A  44      -0.747 -24.377  22.397  1.00 63.45           O  
+ATOM   6376  NE2 GLN A  44      -2.842 -24.931  22.986  1.00 64.41           N  
+ATOM   6377  N   SER A  45      -0.765 -30.473  23.769  1.00 94.20           N  
+ATOM   6378  CA  SER A  45      -0.787 -31.218  25.016  1.00108.24           C  
+ATOM   6379  C   SER A  45      -0.595 -30.287  26.210  1.00115.04           C  
+ATOM   6380  O   SER A  45      -0.288 -29.100  26.065  1.00107.95           O  
+ATOM   6381  CB  SER A  45       0.302 -32.290  25.014  1.00107.49           C  
+ATOM   6382  OG  SER A  45       1.590 -31.700  25.092  1.00105.35           O  
+ATOM   6383  N   HIS A  46      -0.850 -30.838  27.403  1.00131.01           N  
+ATOM   6384  CA  HIS A  46      -0.650 -30.098  28.648  1.00130.18           C  
+ATOM   6385  C   HIS A  46       0.664 -29.333  28.645  1.00121.73           C  
+ATOM   6386  O   HIS A  46       0.726 -28.186  29.098  1.00123.58           O  
+ATOM   6387  CB  HIS A  46      -0.693 -31.055  29.838  1.00133.73           C  
+ATOM   6388  N   GLY A  47       1.732 -29.946  28.145  1.00117.41           N  
+ATOM   6389  CA  GLY A  47       3.025 -29.303  28.283  1.00113.52           C  
+ATOM   6390  C   GLY A  47       3.221 -28.119  27.358  1.00108.43           C  
+ATOM   6391  O   GLY A  47       4.338 -27.595  27.286  1.00111.34           O  
+ATOM   6392  N   LYS A  48       2.165 -27.715  26.638  1.00106.70           N  
+ATOM   6393  CA  LYS A  48       2.091 -26.601  25.687  1.00 98.11           C  
+ATOM   6394  C   LYS A  48       2.817 -26.903  24.378  1.00 90.14           C  
+ATOM   6395  O   LYS A  48       3.078 -25.993  23.586  1.00 88.31           O  
+ATOM   6396  CB  LYS A  48       2.549 -25.264  26.302  1.00100.30           C  
+ATOM   6397  CG  LYS A  48       4.018 -24.873  26.208  1.00105.37           C  
+ATOM   6398  CD  LYS A  48       4.372 -23.992  27.400  1.00100.88           C  
+ATOM   6399  CE  LYS A  48       5.530 -23.050  27.110  1.00 84.52           C  
+ATOM   6400  NZ  LYS A  48       6.845 -23.741  27.016  1.00 79.83           N  
+ATOM   6401  N   SER A  49       3.100 -28.175  24.103  1.00 90.43           N  
+ATOM   6402  CA  SER A  49       3.812 -28.573  22.898  1.00 86.84           C  
+ATOM   6403  C   SER A  49       2.818 -28.729  21.753  1.00 78.25           C  
+ATOM   6404  O   SER A  49       1.658 -29.095  21.962  1.00 79.54           O  
+ATOM   6405  CB  SER A  49       4.561 -29.887  23.120  1.00 89.84           C  
+ATOM   6406  OG  SER A  49       3.646 -30.954  23.308  1.00 91.02           O  
+ATOM   6407  N   LEU A  50       3.278 -28.457  20.534  1.00 70.46           N  
+ATOM   6408  CA  LEU A  50       2.431 -28.544  19.351  1.00 68.44           C  
+ATOM   6409  C   LEU A  50       2.826 -29.763  18.531  1.00 68.98           C  
+ATOM   6410  O   LEU A  50       3.978 -29.882  18.101  1.00 66.91           O  
+ATOM   6411  CB  LEU A  50       2.534 -27.270  18.513  1.00 63.83           C  
+ATOM   6412  CG  LEU A  50       1.995 -26.016  19.203  1.00 61.96           C  
+ATOM   6413  CD1 LEU A  50       2.260 -24.781  18.360  1.00 58.70           C  
+ATOM   6414  CD2 LEU A  50       0.509 -26.163  19.496  1.00 61.83           C  
+ATOM   6415  N   GLU A  51       1.870 -30.664  18.321  1.00 67.67           N  
+ATOM   6416  CA  GLU A  51       2.066 -31.852  17.502  1.00 68.55           C  
+ATOM   6417  C   GLU A  51       1.120 -31.789  16.314  1.00 71.22           C  
+ATOM   6418  O   GLU A  51      -0.103 -31.757  16.489  1.00 70.20           O  
+ATOM   6419  CB  GLU A  51       1.840 -33.138  18.299  1.00 74.78           C  
+ATOM   6420  CG  GLU A  51       2.902 -33.422  19.346  1.00 82.12           C  
+ATOM   6421  CD  GLU A  51       2.708 -34.769  20.012  1.00 91.21           C  
+ATOM   6422  OE1 GLU A  51       1.790 -35.508  19.599  1.00 92.07           O  
+ATOM   6423  OE2 GLU A  51       3.474 -35.091  20.944  1.00105.32           O  
+ATOM   6424  N   TRP A  52       1.691 -31.748  15.114  1.00 72.41           N  
+ATOM   6425  CA  TRP A  52       0.913 -31.915  13.897  1.00 73.67           C  
+ATOM   6426  C   TRP A  52       0.167 -33.244  13.949  1.00 76.28           C  
+ATOM   6427  O   TRP A  52       0.560 -34.173  14.657  1.00 80.75           O  
+ATOM   6428  CB  TRP A  52       1.843 -31.848  12.680  1.00 76.11           C  
+ATOM   6429  CG  TRP A  52       1.169 -31.846  11.337  1.00 76.07           C  
+ATOM   6430  CD1 TRP A  52       0.298 -30.912  10.858  1.00 72.89           C  
+ATOM   6431  CD2 TRP A  52       1.359 -32.796  10.279  1.00 76.87           C  
+ATOM   6432  NE1 TRP A  52      -0.089 -31.236   9.580  1.00 76.27           N  
+ATOM   6433  CE2 TRP A  52       0.549 -32.388   9.201  1.00 77.44           C  
+ATOM   6434  CE3 TRP A  52       2.124 -33.959  10.144  1.00 77.77           C  
+ATOM   6435  CZ2 TRP A  52       0.483 -33.100   8.004  1.00 77.90           C  
+ATOM   6436  CZ3 TRP A  52       2.056 -34.665   8.956  1.00 79.10           C  
+ATOM   6437  CH2 TRP A  52       1.242 -34.233   7.902  1.00 78.91           C  
+ATOM   6438  N   ILE A  53      -0.975 -33.306  13.269  1.00 74.54           N  
+ATOM   6439  CA  ILE A  53      -1.784 -34.517  13.206  1.00 75.45           C  
+ATOM   6440  C   ILE A  53      -1.876 -35.048  11.782  1.00 79.18           C  
+ATOM   6441  O   ILE A  53      -1.583 -36.219  11.522  1.00 82.83           O  
+ATOM   6442  CB  ILE A  53      -3.193 -34.286  13.796  1.00 74.31           C  
+ATOM   6443  CG1 ILE A  53      -3.101 -34.023  15.300  1.00 72.11           C  
+ATOM   6444  CG2 ILE A  53      -4.089 -35.477  13.506  1.00 75.52           C  
+ATOM   6445  CD1 ILE A  53      -4.356 -33.429  15.895  1.00 70.95           C  
+ATOM   6446  N   GLY A  54      -2.271 -34.197  10.847  1.00 74.89           N  
+ATOM   6447  CA  GLY A  54      -2.396 -34.611   9.466  1.00 73.38           C  
+ATOM   6448  C   GLY A  54      -3.006 -33.503   8.645  1.00 74.83           C  
+ATOM   6449  O   GLY A  54      -3.506 -32.500   9.168  1.00 72.43           O  
+ATOM   6450  N   TYR A  55      -2.954 -33.703   7.331  1.00 80.31           N  
+ATOM   6451  CA  TYR A  55      -3.510 -32.767   6.370  1.00 77.09           C  
+ATOM   6452  C   TYR A  55      -4.578 -33.461   5.538  1.00 80.66           C  
+ATOM   6453  O   TYR A  55      -4.636 -34.691   5.457  1.00 82.59           O  
+ATOM   6454  CB  TYR A  55      -2.423 -32.194   5.447  1.00 76.73           C  
+ATOM   6455  CG  TYR A  55      -1.821 -33.198   4.484  1.00 82.12           C  
+ATOM   6456  CD1 TYR A  55      -0.718 -33.961   4.843  1.00 85.78           C  
+ATOM   6457  CD2 TYR A  55      -2.350 -33.375   3.210  1.00 81.10           C  
+ATOM   6458  CE1 TYR A  55      -0.164 -34.876   3.966  1.00 86.42           C  
+ATOM   6459  CE2 TYR A  55      -1.804 -34.287   2.327  1.00 82.88           C  
+ATOM   6460  CZ  TYR A  55      -0.711 -35.035   2.710  1.00 87.38           C  
+ATOM   6461  OH  TYR A  55      -0.163 -35.944   1.833  1.00 90.97           O  
+ATOM   6462  N   ILE A  56      -5.429 -32.649   4.921  1.00 79.39           N  
+ATOM   6463  CA  ILE A  56      -6.430 -33.141   3.982  1.00 82.92           C  
+ATOM   6464  C   ILE A  56      -6.704 -32.052   2.955  1.00 84.85           C  
+ATOM   6465  O   ILE A  56      -6.814 -30.869   3.297  1.00 83.21           O  
+ATOM   6466  CB  ILE A  56      -7.728 -33.589   4.687  1.00 81.70           C  
+ATOM   6467  CG1 ILE A  56      -8.710 -34.165   3.665  1.00 85.14           C  
+ATOM   6468  CG2 ILE A  56      -8.353 -32.443   5.473  1.00 81.29           C  
+ATOM   6469  CD1 ILE A  56      -9.902 -34.843   4.277  1.00 85.40           C  
+ATOM   6470  N   TYR A  57      -6.763 -32.452   1.686  1.00 87.61           N  
+ATOM   6471  CA  TYR A  57      -7.112 -31.548   0.605  1.00 88.63           C  
+ATOM   6472  C   TYR A  57      -8.591 -31.700   0.287  1.00 90.74           C  
+ATOM   6473  O   TYR A  57      -9.010 -32.789  -0.135  1.00 93.56           O  
+ATOM   6474  CB  TYR A  57      -6.268 -31.832  -0.630  1.00 90.28           C  
+ATOM   6475  CG  TYR A  57      -6.362 -30.740  -1.662  1.00 92.51           C  
+ATOM   6476  CD1 TYR A  57      -6.037 -29.430  -1.338  1.00 88.52           C  
+ATOM   6477  CD2 TYR A  57      -6.779 -31.012  -2.956  1.00 99.60           C  
+ATOM   6478  CE1 TYR A  57      -6.125 -28.423  -2.271  1.00 91.07           C  
+ATOM   6479  CE2 TYR A  57      -6.868 -30.011  -3.898  1.00102.60           C  
+ATOM   6480  CZ  TYR A  57      -6.541 -28.719  -3.549  1.00101.09           C  
+ATOM   6481  OH  TYR A  57      -6.633 -27.719  -4.483  1.00103.65           O  
+ATOM   6482  N   PRO A  58      -9.410 -30.663   0.487  1.00 88.96           N  
+ATOM   6483  CA  PRO A  58     -10.869 -30.834   0.362  1.00 92.32           C  
+ATOM   6484  C   PRO A  58     -11.336 -31.378  -0.979  1.00 96.69           C  
+ATOM   6485  O   PRO A  58     -12.382 -32.038  -1.028  1.00 95.27           O  
+ATOM   6486  CB  PRO A  58     -11.402 -29.415   0.604  1.00 87.18           C  
+ATOM   6487  CG  PRO A  58     -10.357 -28.761   1.442  1.00 85.09           C  
+ATOM   6488  CD  PRO A  58      -9.047 -29.315   0.958  1.00 86.29           C  
+ATOM   6489  N   ASP A  59     -10.612 -31.114  -2.071  1.00 96.15           N  
+ATOM   6490  CA  ASP A  59     -11.028 -31.649  -3.364  1.00 97.85           C  
+ATOM   6491  C   ASP A  59     -11.044 -33.173  -3.366  1.00 99.69           C  
+ATOM   6492  O   ASP A  59     -11.882 -33.781  -4.042  1.00105.75           O  
+ATOM   6493  CB  ASP A  59     -10.131 -31.117  -4.482  1.00102.44           C  
+ATOM   6494  CG  ASP A  59     -10.643 -29.812  -5.068  1.00104.46           C  
+ATOM   6495  OD1 ASP A  59     -11.865 -29.560  -4.987  1.00 99.19           O  
+ATOM   6496  OD2 ASP A  59      -9.827 -29.043  -5.618  1.00105.90           O  
+ATOM   6497  N   ASN A  62     -10.140 -33.810  -2.622  1.00 98.60           N  
+ATOM   6498  CA  ASN A  62     -10.181 -35.263  -2.522  1.00 98.29           C  
+ATOM   6499  C   ASN A  62      -9.864 -35.709  -1.099  1.00 98.53           C  
+ATOM   6500  O   ASN A  62     -10.776 -35.804  -0.271  1.00 97.38           O  
+ATOM   6501  CB  ASN A  62      -9.225 -35.868  -3.555  1.00100.36           C  
+ATOM   6502  CG  ASN A  62      -7.906 -35.120  -3.635  1.00103.20           C  
+ATOM   6503  OD1 ASN A  62      -7.683 -34.158  -2.899  1.00106.38           O  
+ATOM   6504  ND2 ASN A  62      -7.080 -35.482  -4.611  1.00 97.57           N  
+ATOM   6505  N   GLY A  63      -8.601 -35.977  -0.785  1.00 94.53           N  
+ATOM   6506  CA  GLY A  63      -8.296 -36.386   0.574  1.00 93.31           C  
+ATOM   6507  C   GLY A  63      -6.807 -36.451   0.830  1.00 92.77           C  
+ATOM   6508  O   GLY A  63      -5.985 -36.137  -0.035  1.00 94.37           O  
+ATOM   6509  N   GLY A  64      -6.475 -36.864   2.048  1.00 88.89           N  
+ATOM   6510  CA  GLY A  64      -5.092 -37.053   2.444  1.00 87.03           C  
+ATOM   6511  C   GLY A  64      -5.025 -37.508   3.885  1.00 90.00           C  
+ATOM   6512  O   GLY A  64      -6.049 -37.744   4.536  1.00 90.14           O  
+ATOM   6513  N   ASN A  65      -3.792 -37.627   4.375  1.00 91.34           N  
+ATOM   6514  CA  ASN A  65      -3.510 -37.925   5.776  1.00102.51           C  
+ATOM   6515  C   ASN A  65      -2.006 -37.794   5.975  1.00 93.30           C  
+ATOM   6516  O   ASN A  65      -1.243 -37.684   5.010  1.00 94.30           O  
+ATOM   6517  CB  ASN A  65      -3.998 -39.321   6.180  1.00109.38           C  
+ATOM   6518  CG  ASN A  65      -4.155 -39.472   7.683  1.00 93.37           C  
+ATOM   6519  OD1 ASN A  65      -3.174 -39.649   8.406  1.00 89.42           O  
+ATOM   6520  ND2 ASN A  65      -5.393 -39.402   8.160  1.00 88.47           N  
+ATOM   6521  N   GLY A  66      -1.583 -37.811   7.234  1.00 88.03           N  
+ATOM   6522  CA  GLY A  66      -0.170 -37.736   7.521  1.00 87.81           C  
+ATOM   6523  C   GLY A  66       0.176 -38.243   8.903  1.00 88.50           C  
+ATOM   6524  O   GLY A  66      -0.656 -38.827   9.600  1.00 88.06           O  
+ATOM   6525  N   TYR A  67       1.423 -37.964   9.290  1.00 91.23           N  
+ATOM   6526  CA  TYR A  67       2.048 -38.254  10.579  1.00 93.94           C  
+ATOM   6527  C   TYR A  67       1.904 -39.719  10.993  1.00 97.22           C  
+ATOM   6528  O   TYR A  67       0.792 -40.231  11.154  1.00 96.69           O  
+ATOM   6529  CB  TYR A  67       1.445 -37.325  11.636  1.00 92.45           C  
+ATOM   6530  CG  TYR A  67       2.397 -36.881  12.724  1.00 95.84           C  
+ATOM   6531  CD1 TYR A  67       3.227 -37.777  13.381  1.00100.41           C  
+ATOM   6532  CD2 TYR A  67       2.484 -35.541  13.068  1.00 93.41           C  
+ATOM   6533  CE1 TYR A  67       4.099 -37.345  14.371  1.00118.37           C  
+ATOM   6534  CE2 TYR A  67       3.343 -35.102  14.052  1.00101.66           C  
+ATOM   6535  CZ  TYR A  67       4.150 -36.004  14.700  1.00121.94           C  
+ATOM   6536  OH  TYR A  67       5.009 -35.556  15.678  1.00108.41           O  
+ATOM   6537  N   ASN A  68       3.040 -40.380  11.237  1.00103.67           N  
+ATOM   6538  CA  ASN A  68       3.025 -41.789  11.624  1.00107.14           C  
+ATOM   6539  C   ASN A  68       2.380 -42.010  12.987  1.00106.47           C  
+ATOM   6540  O   ASN A  68       1.628 -42.974  13.175  1.00108.40           O  
+ATOM   6541  CB  ASN A  68       4.450 -42.343  11.616  1.00111.50           C  
+ATOM   6542  CG  ASN A  68       4.517 -43.785  12.082  1.00118.48           C  
+ATOM   6543  OD1 ASN A  68       4.736 -44.056  13.263  1.00120.04           O  
+ATOM   6544  ND2 ASN A  68       4.327 -44.718  11.156  1.00123.72           N  
+ATOM   6545  N   GLN A  69       2.673 -41.139  13.954  1.00105.12           N  
+ATOM   6546  CA  GLN A  69       2.193 -41.350  15.317  1.00100.66           C  
+ATOM   6547  C   GLN A  69       0.671 -41.345  15.409  1.00 97.96           C  
+ATOM   6548  O   GLN A  69       0.105 -42.000  16.292  1.00101.57           O  
+ATOM   6549  CB  GLN A  69       2.788 -40.290  16.244  1.00100.48           C  
+ATOM   6550  CG  GLN A  69       4.304 -40.358  16.356  1.00109.08           C  
+ATOM   6551  CD  GLN A  69       4.878 -39.259  17.227  1.00118.31           C  
+ATOM   6552  OE1 GLN A  69       4.214 -38.261  17.506  1.00125.82           O  
+ATOM   6553  NE2 GLN A  69       6.119 -39.439  17.666  1.00112.68           N  
+ATOM   6554  N   LYS A  70      -0.008 -40.626  14.518  1.00 96.46           N  
+ATOM   6555  CA  LYS A  70      -1.461 -40.530  14.539  1.00 95.59           C  
+ATOM   6556  C   LYS A  70      -2.138 -41.411  13.494  1.00100.95           C  
+ATOM   6557  O   LYS A  70      -3.325 -41.215  13.214  1.00100.84           O  
+ATOM   6558  CB  LYS A  70      -1.889 -39.074  14.347  1.00 90.79           C  
+ATOM   6559  CG  LYS A  70      -1.246 -38.111  15.332  1.00 85.29           C  
+ATOM   6560  CD  LYS A  70      -1.898 -38.185  16.701  1.00 80.14           C  
+ATOM   6561  CE  LYS A  70      -1.364 -37.092  17.613  1.00 74.76           C  
+ATOM   6562  NZ  LYS A  70       0.124 -37.090  17.658  1.00 79.99           N  
+ATOM   6563  N   PHE A  71      -1.413 -42.366  12.908  1.00102.86           N  
+ATOM   6564  CA  PHE A  71      -1.993 -43.225  11.876  1.00110.05           C  
+ATOM   6565  C   PHE A  71      -3.202 -43.998  12.394  1.00112.61           C  
+ATOM   6566  O   PHE A  71      -4.248 -44.047  11.736  1.00114.03           O  
+ATOM   6567  CB  PHE A  71      -0.933 -44.185  11.334  1.00113.24           C  
+ATOM   6568  CG  PHE A  71      -1.385 -44.967  10.132  1.00130.05           C  
+ATOM   6569  CD1 PHE A  71      -1.430 -44.373   8.881  1.00127.50           C  
+ATOM   6570  CD2 PHE A  71      -1.764 -46.295  10.251  1.00138.19           C  
+ATOM   6571  CE1 PHE A  71      -1.846 -45.086   7.771  1.00122.67           C  
+ATOM   6572  CE2 PHE A  71      -2.180 -47.015   9.144  1.00136.45           C  
+ATOM   6573  CZ  PHE A  71      -2.221 -46.409   7.903  1.00126.46           C  
+ATOM   6574  N   LYS A  72      -3.080 -44.609  13.570  1.00108.68           N  
+ATOM   6575  CA  LYS A  72      -4.155 -45.429  14.114  1.00110.97           C  
+ATOM   6576  C   LYS A  72      -5.136 -44.655  14.986  1.00109.46           C  
+ATOM   6577  O   LYS A  72      -6.195 -45.194  15.324  1.00112.03           O  
+ATOM   6578  CB  LYS A  72      -3.566 -46.589  14.925  1.00116.08           C  
+ATOM   6579  N   GLY A  74      -4.822 -43.416  15.349  1.00105.67           N  
+ATOM   6580  CA  GLY A  74      -5.722 -42.616  16.153  1.00101.08           C  
+ATOM   6581  C   GLY A  74      -6.588 -41.680  15.336  1.00101.59           C  
+ATOM   6582  O   GLY A  74      -7.810 -41.633  15.508  1.00 98.81           O  
+ATOM   6583  N   LYS A  75      -5.957 -40.933  14.436  1.00 98.06           N  
+ATOM   6584  CA  LYS A  75      -6.617 -39.866  13.698  1.00 90.69           C  
+ATOM   6585  C   LYS A  75      -7.219 -40.370  12.393  1.00 94.15           C  
+ATOM   6586  O   LYS A  75      -6.637 -41.217  11.710  1.00 98.94           O  
+ATOM   6587  CB  LYS A  75      -5.618 -38.748  13.402  1.00 89.67           C  
+ATOM   6588  N   ALA A  76      -8.393 -39.837  12.051  1.00 91.28           N  
+ATOM   6589  CA  ALA A  76      -9.015 -40.090  10.752  1.00 90.96           C  
+ATOM   6590  C   ALA A  76      -9.686 -38.803  10.290  1.00 92.20           C  
+ATOM   6591  O   ALA A  76     -10.689 -38.383  10.871  1.00 89.25           O  
+ATOM   6592  CB  ALA A  76     -10.021 -41.238  10.828  1.00 85.60           C  
+ATOM   6593  N   THR A  77      -9.139 -38.177   9.253  1.00 93.73           N  
+ATOM   6594  CA  THR A  77      -9.624 -36.891   8.770  1.00 93.91           C  
+ATOM   6595  C   THR A  77     -10.448 -37.058   7.498  1.00 93.17           C  
+ATOM   6596  O   THR A  77     -10.083 -37.831   6.607  1.00 94.43           O  
+ATOM   6597  CB  THR A  77      -8.457 -35.935   8.510  1.00 93.66           C  
+ATOM   6598  OG1 THR A  77      -7.468 -36.593   7.709  1.00 97.69           O  
+ATOM   6599  CG2 THR A  77      -7.827 -35.497   9.825  1.00 86.62           C  
+ATOM   6600  N   LEU A  78     -11.559 -36.325   7.419  1.00 93.41           N  
+ATOM   6601  CA  LEU A  78     -12.442 -36.353   6.260  1.00 91.66           C  
+ATOM   6602  C   LEU A  78     -12.973 -34.944   6.021  1.00 89.80           C  
+ATOM   6603  O   LEU A  78     -12.770 -34.038   6.832  1.00 90.26           O  
+ATOM   6604  CB  LEU A  78     -13.586 -37.360   6.450  1.00 89.54           C  
+ATOM   6605  CG  LEU A  78     -14.601 -37.099   7.565  1.00 91.09           C  
+ATOM   6606  CD1 LEU A  78     -15.865 -36.448   7.018  1.00 91.14           C  
+ATOM   6607  CD2 LEU A  78     -14.931 -38.389   8.302  1.00 94.55           C  
+ATOM   6608  N   THR A  79     -13.672 -34.759   4.901  1.00 85.57           N  
+ATOM   6609  CA  THR A  79     -14.143 -33.437   4.511  1.00 83.69           C  
+ATOM   6610  C   THR A  79     -15.501 -33.537   3.829  1.00 87.02           C  
+ATOM   6611  O   THR A  79     -15.877 -34.583   3.294  1.00 88.89           O  
+ATOM   6612  CB  THR A  79     -13.149 -32.740   3.571  1.00 86.46           C  
+ATOM   6613  OG1 THR A  79     -13.684 -31.478   3.153  1.00 85.77           O  
+ATOM   6614  CG2 THR A  79     -12.880 -33.602   2.347  1.00 87.45           C  
+ATOM   6615  N   VAL A  80     -16.231 -32.420   3.849  1.00 89.58           N  
+ATOM   6616  CA  VAL A  80     -17.505 -32.277   3.147  1.00 89.65           C  
+ATOM   6617  C   VAL A  80     -17.541 -30.876   2.545  1.00 94.03           C  
+ATOM   6618  O   VAL A  80     -17.602 -29.884   3.282  1.00 95.06           O  
+ATOM   6619  CB  VAL A  80     -18.721 -32.497   4.060  1.00 88.34           C  
+ATOM   6620  CG1 VAL A  80     -20.009 -32.236   3.292  1.00 91.38           C  
+ATOM   6621  CG2 VAL A  80     -18.727 -33.910   4.623  1.00 91.16           C  
+ATOM   6622  N   ASP A  81     -17.492 -30.792   1.211  1.00 95.89           N  
+ATOM   6623  CA  ASP A  81     -17.532 -29.493   0.546  1.00 96.91           C  
+ATOM   6624  C   ASP A  81     -18.907 -28.851   0.657  1.00 98.15           C  
+ATOM   6625  O   ASP A  81     -19.010 -27.620   0.724  1.00101.62           O  
+ATOM   6626  CB  ASP A  81     -17.149 -29.626  -0.929  1.00 98.87           C  
+ATOM   6627  CG  ASP A  81     -16.271 -30.828  -1.204  1.00100.07           C  
+ATOM   6628  OD1 ASP A  81     -15.996 -31.602  -0.264  1.00 99.59           O  
+ATOM   6629  OD2 ASP A  81     -15.854 -30.998  -2.370  1.00 94.46           O  
+ATOM   6630  N   LYS A  82     -19.968 -29.666   0.651  1.00 97.26           N  
+ATOM   6631  CA  LYS A  82     -21.330 -29.141   0.692  1.00101.52           C  
+ATOM   6632  C   LYS A  82     -21.533 -28.202   1.875  1.00103.48           C  
+ATOM   6633  O   LYS A  82     -22.169 -27.150   1.742  1.00102.72           O  
+ATOM   6634  CB  LYS A  82     -22.322 -30.308   0.738  1.00104.06           C  
+ATOM   6635  CG  LYS A  82     -23.622 -30.040   1.483  1.00104.55           C  
+ATOM   6636  CD  LYS A  82     -23.572 -30.581   2.908  1.00104.49           C  
+ATOM   6637  CE  LYS A  82     -24.781 -30.127   3.707  1.00111.24           C  
+ATOM   6638  NZ  LYS A  82     -25.069 -28.682   3.494  1.00107.69           N  
+ATOM   6639  N   SER A  83     -20.994 -28.562   3.037  1.00104.77           N  
+ATOM   6640  CA  SER A  83     -21.051 -27.720   4.221  1.00 99.80           C  
+ATOM   6641  C   SER A  83     -19.730 -27.017   4.499  1.00 94.83           C  
+ATOM   6642  O   SER A  83     -19.640 -26.261   5.473  1.00 91.90           O  
+ATOM   6643  CB  SER A  83     -21.471 -28.547   5.440  1.00 99.55           C  
+ATOM   6644  OG  SER A  83     -20.621 -29.667   5.613  1.00 99.43           O  
+ATOM   6645  N   SER A  84     -18.715 -27.242   3.663  1.00 94.84           N  
+ATOM   6646  CA  SER A  84     -17.382 -26.664   3.842  1.00 91.54           C  
+ATOM   6647  C   SER A  84     -16.828 -26.977   5.230  1.00 87.23           C  
+ATOM   6648  O   SER A  84     -16.325 -26.104   5.941  1.00 84.52           O  
+ATOM   6649  CB  SER A  84     -17.399 -25.156   3.584  1.00 89.48           C  
+ATOM   6650  OG  SER A  84     -17.811 -24.866   2.259  1.00 91.82           O  
+ATOM   6651  N   SER A  85     -16.927 -28.247   5.621  1.00 86.55           N  
+ATOM   6652  CA  SER A  85     -16.575 -28.668   6.971  1.00 82.97           C  
+ATOM   6653  C   SER A  85     -15.568 -29.807   6.923  1.00 86.72           C  
+ATOM   6654  O   SER A  85     -15.787 -30.808   6.233  1.00 88.30           O  
+ATOM   6655  CB  SER A  85     -17.819 -29.098   7.757  1.00 80.70           C  
+ATOM   6656  OG  SER A  85     -18.689 -28.001   7.974  1.00 80.79           O  
+ATOM   6657  N   THR A  86     -14.468 -29.649   7.657  1.00 85.99           N  
+ATOM   6658  CA  THR A  86     -13.480 -30.704   7.844  1.00 83.54           C  
+ATOM   6659  C   THR A  86     -13.762 -31.408   9.166  1.00 80.65           C  
+ATOM   6660  O   THR A  86     -13.823 -30.762  10.217  1.00 77.89           O  
+ATOM   6661  CB  THR A  86     -12.061 -30.136   7.830  1.00 81.58           C  
+ATOM   6662  OG1 THR A  86     -11.841 -29.422   6.607  1.00 82.05           O  
+ATOM   6663  CG2 THR A  86     -11.038 -31.258   7.945  1.00 81.29           C  
+ATOM   6664  N   VAL A  87     -13.942 -32.724   9.112  1.00 84.57           N  
+ATOM   6665  CA  VAL A  87     -14.265 -33.522  10.288  1.00 85.25           C  
+ATOM   6666  C   VAL A  87     -13.056 -34.380  10.641  1.00 84.92           C  
+ATOM   6667  O   VAL A  87     -12.256 -34.755   9.775  1.00 86.11           O  
+ATOM   6668  CB  VAL A  87     -15.523 -34.384  10.049  1.00 86.71           C  
+ATOM   6669  CG1 VAL A  87     -16.050 -34.936  11.359  1.00 85.97           C  
+ATOM   6670  CG2 VAL A  87     -16.597 -33.568   9.340  1.00 82.38           C  
+ATOM   6671  N   TYR A  88     -12.935 -34.704  11.928  1.00 84.81           N  
+ATOM   6672  CA  TYR A  88     -11.726 -35.327  12.458  1.00 84.80           C  
+ATOM   6673  C   TYR A  88     -12.121 -36.298  13.561  1.00 84.08           C  
+ATOM   6674  O   TYR A  88     -12.711 -35.885  14.564  1.00 84.24           O  
+ATOM   6675  CB  TYR A  88     -10.778 -34.244  12.978  1.00 82.80           C  
+ATOM   6676  CG  TYR A  88      -9.573 -34.729  13.740  1.00 83.17           C  
+ATOM   6677  CD1 TYR A  88      -8.867 -35.846  13.327  1.00 86.81           C  
+ATOM   6678  CD2 TYR A  88      -9.128 -34.050  14.866  1.00 79.55           C  
+ATOM   6679  CE1 TYR A  88      -7.764 -36.281  14.022  1.00 85.41           C  
+ATOM   6680  CE2 TYR A  88      -8.023 -34.477  15.566  1.00 79.48           C  
+ATOM   6681  CZ  TYR A  88      -7.344 -35.595  15.139  1.00 83.43           C  
+ATOM   6682  OH  TYR A  88      -6.240 -36.032  15.833  1.00100.58           O  
+ATOM   6683  N   MET A  89     -11.796 -37.578  13.382  1.00 83.61           N  
+ATOM   6684  CA  MET A  89     -12.274 -38.646  14.250  1.00 86.43           C  
+ATOM   6685  C   MET A  89     -11.127 -39.294  15.019  1.00 89.70           C  
+ATOM   6686  O   MET A  89     -10.037 -39.513  14.476  1.00 89.09           O  
+ATOM   6687  CB  MET A  89     -13.033 -39.705  13.444  1.00 89.80           C  
+ATOM   6688  CG  MET A  89     -13.623 -40.822  14.292  1.00 93.01           C  
+ATOM   6689  SD  MET A  89     -14.665 -41.956  13.358  1.00115.70           S  
+ATOM   6690  CE  MET A  89     -16.232 -41.729  14.198  1.00 93.34           C  
+ATOM   6691  N   GLU A  90     -11.412 -39.610  16.281  1.00 93.27           N  
+ATOM   6692  CA  GLU A  90     -10.509 -40.259  17.222  1.00 92.59           C  
+ATOM   6693  C   GLU A  90     -11.064 -41.642  17.539  1.00 95.83           C  
+ATOM   6694  O   GLU A  90     -12.254 -41.772  17.847  1.00 93.90           O  
+ATOM   6695  CB  GLU A  90     -10.389 -39.440  18.508  1.00 91.05           C  
+ATOM   6696  CG  GLU A  90      -9.966 -37.992  18.303  1.00 89.36           C  
+ATOM   6697  CD  GLU A  90      -8.496 -37.830  17.981  1.00 91.62           C  
+ATOM   6698  OE1 GLU A  90      -7.780 -38.849  17.886  1.00 92.87           O  
+ATOM   6699  OE2 GLU A  90      -8.056 -36.673  17.823  1.00 91.55           O  
+ATOM   6700  N   LEU A  91     -10.205 -42.665  17.493  1.00100.58           N  
+ATOM   6701  CA  LEU A  91     -10.666 -44.044  17.644  1.00105.56           C  
+ATOM   6702  C   LEU A  91     -10.474 -44.601  19.051  1.00110.62           C  
+ATOM   6703  O   LEU A  91     -11.402 -44.563  19.862  1.00113.46           O  
+ATOM   6704  CB  LEU A  91      -9.939 -44.952  16.648  1.00109.38           C  
+ATOM   6705  CG  LEU A  91     -10.178 -44.719  15.157  1.00114.01           C  
+ATOM   6706  CD1 LEU A  91      -9.273 -45.619  14.329  1.00111.43           C  
+ATOM   6707  CD2 LEU A  91     -11.637 -44.960  14.808  1.00109.01           C  
+ATOM   6708  N   ARG A  92      -9.296 -45.147  19.347  1.00109.41           N  
+ATOM   6709  CA  ARG A  92      -9.037 -45.783  20.642  1.00110.31           C  
+ATOM   6710  C   ARG A  92      -8.544 -44.735  21.642  1.00106.43           C  
+ATOM   6711  O   ARG A  92      -7.363 -44.653  21.985  1.00105.01           O  
+ATOM   6712  CB  ARG A  92      -8.047 -46.930  20.478  1.00117.95           C  
+ATOM   6713  CG  ARG A  92      -8.508 -47.976  19.473  1.00121.01           C  
+ATOM   6714  CD  ARG A  92      -7.563 -49.168  19.389  1.00123.60           C  
+ATOM   6715  NE  ARG A  92      -6.428 -48.932  18.500  1.00123.65           N  
+ATOM   6716  CZ  ARG A  92      -6.499 -48.965  17.173  1.00128.30           C  
+ATOM   6717  NH1 ARG A  92      -7.656 -49.208  16.570  1.00127.08           N  
+ATOM   6718  NH2 ARG A  92      -5.413 -48.748  16.445  1.00126.19           N  
+ATOM   6719  N   SER A  93      -9.493 -43.922  22.111  1.00102.87           N  
+ATOM   6720  CA  SER A  93      -9.158 -42.819  23.003  1.00 99.51           C  
+ATOM   6721  C   SER A  93      -8.473 -43.322  24.268  1.00101.05           C  
+ATOM   6722  O   SER A  93      -8.814 -44.378  24.808  1.00 99.56           O  
+ATOM   6723  CB  SER A  93     -10.420 -42.035  23.366  1.00 94.03           C  
+ATOM   6724  OG  SER A  93     -10.860 -41.248  22.273  1.00 89.28           O  
+ATOM   6725  N   LEU A  94      -7.511 -42.538  24.747  1.00104.50           N  
+ATOM   6726  CA  LEU A  94      -6.713 -42.858  25.919  1.00103.01           C  
+ATOM   6727  C   LEU A  94      -6.709 -41.664  26.863  1.00106.32           C  
+ATOM   6728  O   LEU A  94      -7.301 -40.617  26.585  1.00110.94           O  
+ATOM   6729  CB  LEU A  94      -5.278 -43.228  25.525  1.00105.17           C  
+ATOM   6730  CG  LEU A  94      -5.099 -44.383  24.541  1.00108.47           C  
+ATOM   6731  CD1 LEU A  94      -3.668 -44.419  24.033  1.00108.75           C  
+ATOM   6732  CD2 LEU A  94      -5.470 -45.701  25.197  1.00107.13           C  
+ATOM   6733  N   THR A  95      -6.037 -41.834  27.997  1.00109.62           N  
+ATOM   6734  CA  THR A  95      -5.801 -40.732  28.918  1.00116.63           C  
+ATOM   6735  C   THR A  95      -4.715 -39.782  28.430  1.00122.57           C  
+ATOM   6736  O   THR A  95      -4.359 -38.856  29.165  1.00128.68           O  
+ATOM   6737  CB  THR A  95      -5.408 -41.261  30.296  1.00119.43           C  
+ATOM   6738  OG1 THR A  95      -4.115 -41.871  30.216  1.00125.88           O  
+ATOM   6739  CG2 THR A  95      -6.418 -42.287  30.784  1.00112.83           C  
+ATOM   6740  N   SER A  96      -4.142 -40.017  27.247  1.00119.52           N  
+ATOM   6741  CA  SER A  96      -3.155 -39.123  26.650  1.00121.58           C  
+ATOM   6742  C   SER A  96      -3.737 -38.186  25.598  1.00123.14           C  
+ATOM   6743  O   SER A  96      -3.287 -37.036  25.490  1.00129.56           O  
+ATOM   6744  CB  SER A  96      -2.013 -39.932  26.030  1.00121.02           C  
+ATOM   6745  OG  SER A  96      -1.271 -40.621  27.022  1.00124.21           O  
+ATOM   6746  N   GLU A  97      -4.709 -38.648  24.804  1.00115.14           N  
+ATOM   6747  CA  GLU A  97      -5.392 -37.765  23.864  1.00114.89           C  
+ATOM   6748  C   GLU A  97      -6.287 -36.740  24.556  1.00123.41           C  
+ATOM   6749  O   GLU A  97      -6.791 -35.838  23.879  1.00120.59           O  
+ATOM   6750  CB  GLU A  97      -6.215 -38.594  22.855  1.00109.25           C  
+ATOM   6751  CG  GLU A  97      -5.361 -39.486  21.940  1.00108.84           C  
+ATOM   6752  CD  GLU A  97      -5.186 -40.893  22.478  1.00106.29           C  
+ATOM   6753  OE1 GLU A  97      -6.185 -41.483  22.932  1.00102.59           O  
+ATOM   6754  OE2 GLU A  97      -4.044 -41.404  22.452  1.00109.43           O  
+ATOM   6755  N   ASP A  98      -6.476 -36.832  25.881  1.00138.14           N  
+ATOM   6756  CA  ASP A  98      -7.380 -35.937  26.601  1.00145.45           C  
+ATOM   6757  C   ASP A  98      -6.812 -34.534  26.745  1.00189.87           C  
+ATOM   6758  O   ASP A  98      -7.223 -33.632  26.016  1.00209.12           O  
+ATOM   6759  CB  ASP A  98      -7.786 -36.524  27.981  1.00138.98           C  
+ATOM   6760  CG  ASP A  98      -6.616 -36.735  28.961  1.00156.40           C  
+ATOM   6761  OD1 ASP A  98      -5.446 -36.613  28.530  1.00185.40           O  
+ATOM   6762  OD2 ASP A  98      -6.858 -36.977  30.157  1.00155.75           O  
+ATOM   6763  N   SER A  99      -5.845 -34.360  27.646  1.00249.24           N  
+ATOM   6764  CA  SER A  99      -5.215 -33.090  27.990  1.00246.26           C  
+ATOM   6765  C   SER A  99      -4.536 -32.493  26.768  1.00241.40           C  
+ATOM   6766  O   SER A  99      -3.324 -32.240  26.743  1.00242.89           O  
+ATOM   6767  CB  SER A  99      -4.228 -33.313  29.139  1.00249.03           C  
+ATOM   6768  OG  SER A  99      -3.635 -32.109  29.565  1.00245.20           O  
+ATOM   6769  N   ALA A 100      -5.343 -32.316  25.738  1.00162.00           N  
+ATOM   6770  CA  ALA A 100      -4.933 -31.835  24.439  1.00125.01           C  
+ATOM   6771  C   ALA A 100      -6.046 -30.926  23.954  1.00103.82           C  
+ATOM   6772  O   ALA A 100      -7.230 -31.242  24.095  1.00 96.71           O  
+ATOM   6773  CB  ALA A 100      -4.710 -32.992  23.454  1.00114.37           C  
+ATOM   6774  N   LEU A 101      -5.656 -29.787  23.422  1.00 91.69           N  
+ATOM   6775  CA  LEU A 101      -6.561 -28.894  22.728  1.00 75.22           C  
+ATOM   6776  C   LEU A 101      -6.328 -29.118  21.246  1.00 74.84           C  
+ATOM   6777  O   LEU A 101      -5.181 -29.083  20.786  1.00 74.36           O  
+ATOM   6778  CB  LEU A 101      -6.308 -27.443  23.130  1.00 68.59           C  
+ATOM   6779  CG  LEU A 101      -7.111 -26.359  22.430  1.00 64.95           C  
+ATOM   6780  CD1 LEU A 101      -8.569 -26.475  22.786  1.00 67.00           C  
+ATOM   6781  CD2 LEU A 101      -6.567 -25.032  22.892  1.00 62.57           C  
+ATOM   6782  N   TYR A 102      -7.392 -29.410  20.510  1.00 71.41           N  
+ATOM   6783  CA  TYR A 102      -7.251 -29.782  19.113  1.00 66.71           C  
+ATOM   6784  C   TYR A 102      -7.650 -28.595  18.251  1.00 66.06           C  
+ATOM   6785  O   TYR A 102      -8.789 -28.119  18.321  1.00 66.90           O  
+ATOM   6786  CB  TYR A 102      -8.086 -31.019  18.791  1.00 67.64           C  
+ATOM   6787  CG  TYR A 102      -7.542 -32.271  19.441  1.00 72.97           C  
+ATOM   6788  CD1 TYR A 102      -6.533 -33.008  18.835  1.00 73.31           C  
+ATOM   6789  CD2 TYR A 102      -8.022 -32.705  20.670  1.00 78.59           C  
+ATOM   6790  CE1 TYR A 102      -6.025 -34.148  19.428  1.00 78.36           C  
+ATOM   6791  CE2 TYR A 102      -7.520 -33.845  21.271  1.00 85.01           C  
+ATOM   6792  CZ  TYR A 102      -6.522 -34.562  20.645  1.00 84.19           C  
+ATOM   6793  OH  TYR A 102      -6.018 -35.697  21.237  1.00 86.68           O  
+ATOM   6794  N   TYR A 103      -6.698 -28.115  17.461  1.00 65.91           N  
+ATOM   6795  CA  TYR A 103      -6.887 -27.005  16.545  1.00 64.27           C  
+ATOM   6796  C   TYR A 103      -7.032 -27.529  15.125  1.00 64.95           C  
+ATOM   6797  O   TYR A 103      -6.428 -28.538  14.751  1.00 65.99           O  
+ATOM   6798  CB  TYR A 103      -5.699 -26.038  16.594  1.00 63.37           C  
+ATOM   6799  CG  TYR A 103      -5.595 -25.169  17.828  1.00 59.71           C  
+ATOM   6800  CD1 TYR A 103      -6.416 -24.062  17.992  1.00 61.04           C  
+ATOM   6801  CD2 TYR A 103      -4.648 -25.432  18.810  1.00 58.81           C  
+ATOM   6802  CE1 TYR A 103      -6.314 -23.255  19.108  1.00 61.52           C  
+ATOM   6803  CE2 TYR A 103      -4.538 -24.630  19.930  1.00 57.62           C  
+ATOM   6804  CZ  TYR A 103      -5.373 -23.542  20.073  1.00 59.91           C  
+ATOM   6805  OH  TYR A 103      -5.271 -22.737  21.184  1.00 63.01           O  
+ATOM   6806  N   CYS A 104      -7.824 -26.820  14.330  1.00 63.43           N  
+ATOM   6807  CA  CYS A 104      -7.788 -26.959  12.884  1.00 65.78           C  
+ATOM   6808  C   CYS A 104      -7.189 -25.690  12.302  1.00 67.03           C  
+ATOM   6809  O   CYS A 104      -7.531 -24.580  12.721  1.00 67.31           O  
+ATOM   6810  CB  CYS A 104      -9.179 -27.212  12.292  1.00 70.47           C  
+ATOM   6811  SG  CYS A 104     -10.391 -25.893  12.529  1.00 78.90           S  
+ATOM   6812  N   ALA A 105      -6.283 -25.859  11.347  1.00 66.47           N  
+ATOM   6813  CA  ALA A 105      -5.580 -24.740  10.748  1.00 63.26           C  
+ATOM   6814  C   ALA A 105      -5.600 -24.883   9.235  1.00 64.37           C  
+ATOM   6815  O   ALA A 105      -5.793 -25.972   8.689  1.00 65.63           O  
+ATOM   6816  CB  ALA A 105      -4.134 -24.648  11.254  1.00 60.61           C  
+ATOM   6817  N   ARG A 106      -5.409 -23.756   8.564  1.00 62.66           N  
+ATOM   6818  CA  ARG A 106      -5.406 -23.692   7.112  1.00 66.89           C  
+ATOM   6819  C   ARG A 106      -3.980 -23.488   6.627  1.00 68.27           C  
+ATOM   6820  O   ARG A 106      -3.292 -22.570   7.085  1.00 65.73           O  
+ATOM   6821  CB  ARG A 106      -6.301 -22.559   6.608  1.00 65.51           C  
+ATOM   6822  CG  ARG A 106      -6.564 -22.609   5.115  1.00 68.72           C  
+ATOM   6823  CD  ARG A 106      -7.225 -21.337   4.612  1.00 67.97           C  
+ATOM   6824  NE  ARG A 106      -6.274 -20.233   4.520  1.00 70.58           N  
+ATOM   6825  CZ  ARG A 106      -6.541 -19.061   3.952  1.00 69.17           C  
+ATOM   6826  NH1 ARG A 106      -7.735 -18.835   3.421  1.00 69.46           N  
+ATOM   6827  NH2 ARG A 106      -5.612 -18.115   3.912  1.00 65.91           N  
+ATOM   6828  N   GLY A 107      -3.538 -24.338   5.705  1.00 69.44           N  
+ATOM   6829  CA  GLY A 107      -2.247 -24.136   5.086  1.00 67.29           C  
+ATOM   6830  C   GLY A 107      -2.291 -23.002   4.081  1.00 69.53           C  
+ATOM   6831  O   GLY A 107      -3.337 -22.675   3.522  1.00 72.83           O  
+ATOM   6832  N   THR A 108      -1.134 -22.382   3.861  1.00 68.93           N  
+ATOM   6833  CA  THR A 108      -1.076 -21.244   2.957  1.00 73.42           C  
+ATOM   6834  C   THR A 108      -1.368 -21.688   1.521  1.00 75.99           C  
+ATOM   6835  O   THR A 108      -1.483 -22.877   1.213  1.00 75.97           O  
+ATOM   6836  CB  THR A 108       0.273 -20.524   3.064  1.00 70.63           C  
+ATOM   6837  OG1 THR A 108       0.372 -19.533   2.034  1.00 88.69           O  
+ATOM   6838  CG2 THR A 108       1.429 -21.490   2.948  1.00 68.84           C  
+ATOM   6839  N   TYR A 109      -1.542 -20.696   0.647  1.00 78.35           N  
+ATOM   6840  CA  TYR A 109      -2.051 -20.946  -0.699  1.00 82.30           C  
+ATOM   6841  C   TYR A 109      -1.147 -21.894  -1.488  1.00 82.22           C  
+ATOM   6842  O   TYR A 109      -1.569 -22.986  -1.888  1.00 81.56           O  
+ATOM   6843  CB  TYR A 109      -2.224 -19.619  -1.439  1.00 84.72           C  
+ATOM   6844  CG  TYR A 109      -3.110 -19.710  -2.662  1.00 86.29           C  
+ATOM   6845  CD1 TYR A 109      -4.284 -20.453  -2.636  1.00 86.43           C  
+ATOM   6846  CD2 TYR A 109      -2.780 -19.050  -3.838  1.00 88.22           C  
+ATOM   6847  CE1 TYR A 109      -5.105 -20.536  -3.744  1.00 89.07           C  
+ATOM   6848  CE2 TYR A 109      -3.593 -19.129  -4.955  1.00 91.59           C  
+ATOM   6849  CZ  TYR A 109      -4.754 -19.873  -4.902  1.00 93.64           C  
+ATOM   6850  OH  TYR A 109      -5.565 -19.956  -6.011  1.00 94.04           O  
+ATOM   6851  N   TYR A 110       0.103 -21.483  -1.735  1.00 79.19           N  
+ATOM   6852  CA  TYR A 110       1.009 -22.286  -2.560  1.00 79.18           C  
+ATOM   6853  C   TYR A 110       1.267 -23.679  -1.991  1.00 77.80           C  
+ATOM   6854  O   TYR A 110       1.533 -24.612  -2.758  1.00 79.03           O  
+ATOM   6855  CB  TYR A 110       2.334 -21.546  -2.773  1.00 79.93           C  
+ATOM   6856  CG  TYR A 110       2.192 -20.106  -3.228  1.00 80.64           C  
+ATOM   6857  CD1 TYR A 110       1.126 -19.710  -4.029  1.00 81.80           C  
+ATOM   6858  CD2 TYR A 110       3.134 -19.148  -2.875  1.00 79.97           C  
+ATOM   6859  CE1 TYR A 110       0.996 -18.401  -4.454  1.00 79.38           C  
+ATOM   6860  CE2 TYR A 110       3.012 -17.834  -3.297  1.00 82.03           C  
+ATOM   6861  CZ  TYR A 110       1.941 -17.467  -4.086  1.00 81.10           C  
+ATOM   6862  OH  TYR A 110       1.810 -16.164  -4.510  1.00 81.99           O  
+ATOM   6863  N   ASP A 111       1.202 -23.852  -0.674  1.00 77.10           N  
+ATOM   6864  CA  ASP A 111       1.491 -25.159  -0.094  1.00 76.24           C  
+ATOM   6865  C   ASP A 111       0.866 -25.234   1.290  1.00 77.87           C  
+ATOM   6866  O   ASP A 111       0.640 -24.217   1.945  1.00 79.44           O  
+ATOM   6867  CB  ASP A 111       3.000 -25.449  -0.047  1.00 74.85           C  
+ATOM   6868  CG  ASP A 111       3.814 -24.290   0.507  1.00 78.61           C  
+ATOM   6869  OD1 ASP A 111       3.273 -23.486   1.291  1.00 88.78           O  
+ATOM   6870  OD2 ASP A 111       5.007 -24.183   0.150  1.00 72.29           O  
+ATOM   6871  N   GLY A 112       0.613 -26.457   1.740  1.00 77.25           N  
+ATOM   6872  CA  GLY A 112       0.180 -26.656   3.108  1.00 75.34           C  
+ATOM   6873  C   GLY A 112       1.253 -26.569   4.166  1.00 72.80           C  
+ATOM   6874  O   GLY A 112       0.943 -26.727   5.349  1.00 73.26           O  
+ATOM   6875  N   SER A 113       2.504 -26.330   3.765  1.00 72.62           N  
+ATOM   6876  CA  SER A 113       3.661 -26.217   4.651  1.00 71.38           C  
+ATOM   6877  C   SER A 113       3.370 -25.544   5.990  1.00 71.81           C  
+ATOM   6878  O   SER A 113       3.240 -26.226   7.011  1.00 75.77           O  
+ATOM   6879  CB  SER A 113       4.783 -25.467   3.930  1.00 70.18           C  
+ATOM   6880  OG  SER A 113       4.368 -24.163   3.567  1.00 72.49           O  
+ATOM   6881  N   TYR A 114       3.270 -24.219   6.007  1.00 70.27           N  
+ATOM   6882  CA  TYR A 114       2.910 -23.492   7.216  1.00 66.17           C  
+ATOM   6883  C   TYR A 114       1.452 -23.044   7.182  1.00 63.75           C  
+ATOM   6884  O   TYR A 114       0.816 -22.981   6.127  1.00 68.50           O  
+ATOM   6885  CB  TYR A 114       3.839 -22.290   7.424  1.00 65.53           C  
+ATOM   6886  CG  TYR A 114       3.852 -21.283   6.295  1.00 62.75           C  
+ATOM   6887  CD1 TYR A 114       4.674 -21.461   5.191  1.00 61.53           C  
+ATOM   6888  CD2 TYR A 114       3.060 -20.144   6.345  1.00 62.83           C  
+ATOM   6889  CE1 TYR A 114       4.697 -20.540   4.160  1.00 64.34           C  
+ATOM   6890  CE2 TYR A 114       3.076 -19.217   5.319  1.00 62.64           C  
+ATOM   6891  CZ  TYR A 114       3.897 -19.419   4.230  1.00 65.43           C  
+ATOM   6892  OH  TYR A 114       3.916 -18.500   3.206  1.00 63.28           O  
+ATOM   6893  N   PHE A 115       0.928 -22.732   8.367  1.00 62.18           N  
+ATOM   6894  CA  PHE A 115      -0.500 -22.529   8.586  1.00 62.31           C  
+ATOM   6895  C   PHE A 115      -0.744 -21.070   8.952  1.00 61.86           C  
+ATOM   6896  O   PHE A 115      -0.153 -20.562   9.911  1.00 63.40           O  
+ATOM   6897  CB  PHE A 115      -1.018 -23.452   9.691  1.00 60.47           C  
+ATOM   6898  CG  PHE A 115      -0.407 -24.831   9.678  1.00 63.50           C  
+ATOM   6899  CD1 PHE A 115      -0.258 -25.537   8.493  1.00 66.88           C  
+ATOM   6900  CD2 PHE A 115       0.020 -25.420  10.856  1.00 62.69           C  
+ATOM   6901  CE1 PHE A 115       0.311 -26.797   8.487  1.00 66.32           C  
+ATOM   6902  CE2 PHE A 115       0.584 -26.683  10.855  1.00 64.20           C  
+ATOM   6903  CZ  PHE A 115       0.728 -27.372   9.669  1.00 63.55           C  
+ATOM   6904  N   ASP A 116      -1.622 -20.402   8.198  1.00 58.86           N  
+ATOM   6905  CA  ASP A 116      -1.834 -18.967   8.360  1.00 59.68           C  
+ATOM   6906  C   ASP A 116      -3.115 -18.609   9.106  1.00 60.65           C  
+ATOM   6907  O   ASP A 116      -3.253 -17.462   9.544  1.00 58.58           O  
+ATOM   6908  CB  ASP A 116      -1.843 -18.272   6.991  1.00 61.92           C  
+ATOM   6909  CG  ASP A 116      -2.896 -18.834   6.053  1.00 64.63           C  
+ATOM   6910  OD1 ASP A 116      -3.551 -19.835   6.412  1.00 65.38           O  
+ATOM   6911  OD2 ASP A 116      -3.072 -18.269   4.953  1.00 64.65           O  
+ATOM   6912  N   TYR A 117      -4.046 -19.547   9.263  1.00 59.87           N  
+ATOM   6913  CA  TYR A 117      -5.280 -19.305   9.998  1.00 60.54           C  
+ATOM   6914  C   TYR A 117      -5.561 -20.490  10.907  1.00 60.42           C  
+ATOM   6915  O   TYR A 117      -5.338 -21.641  10.523  1.00 61.30           O  
+ATOM   6916  CB  TYR A 117      -6.472 -19.075   9.058  1.00 62.20           C  
+ATOM   6917  CG  TYR A 117      -6.507 -17.705   8.416  1.00 64.13           C  
+ATOM   6918  CD1 TYR A 117      -7.104 -16.630   9.063  1.00 64.41           C  
+ATOM   6919  CD2 TYR A 117      -5.953 -17.488   7.162  1.00 62.57           C  
+ATOM   6920  CE1 TYR A 117      -7.142 -15.377   8.482  1.00 64.80           C  
+ATOM   6921  CE2 TYR A 117      -5.987 -16.238   6.572  1.00 65.53           C  
+ATOM   6922  CZ  TYR A 117      -6.583 -15.186   7.237  1.00 66.57           C  
+ATOM   6923  OH  TYR A 117      -6.619 -13.940   6.653  1.00 68.11           O  
+ATOM   6924  N   TRP A 118      -6.052 -20.203  12.111  1.00 56.88           N  
+ATOM   6925  CA  TRP A 118      -6.282 -21.221  13.124  1.00 57.22           C  
+ATOM   6926  C   TRP A 118      -7.695 -21.096  13.673  1.00 61.45           C  
+ATOM   6927  O   TRP A 118      -8.253 -19.998  13.755  1.00 63.62           O  
+ATOM   6928  CB  TRP A 118      -5.277 -21.103  14.280  1.00 56.63           C  
+ATOM   6929  CG  TRP A 118      -3.851 -21.335  13.884  1.00 56.43           C  
+ATOM   6930  CD1 TRP A 118      -3.086 -20.544  13.077  1.00 55.76           C  
+ATOM   6931  CD2 TRP A 118      -3.012 -22.423  14.291  1.00 55.28           C  
+ATOM   6932  NE1 TRP A 118      -1.826 -21.076  12.949  1.00 55.39           N  
+ATOM   6933  CE2 TRP A 118      -1.755 -22.229  13.685  1.00 53.93           C  
+ATOM   6934  CE3 TRP A 118      -3.204 -23.544  15.104  1.00 55.13           C  
+ATOM   6935  CZ2 TRP A 118      -0.695 -23.114  13.867  1.00 54.78           C  
+ATOM   6936  CZ3 TRP A 118      -2.149 -24.421  15.284  1.00 54.53           C  
+ATOM   6937  CH2 TRP A 118      -0.911 -24.201  14.668  1.00 54.69           C  
+ATOM   6938  N   GLY A 119      -8.270 -22.236  14.049  1.00 62.07           N  
+ATOM   6939  CA  GLY A 119      -9.532 -22.248  14.753  1.00 60.32           C  
+ATOM   6940  C   GLY A 119      -9.350 -21.910  16.219  1.00 61.56           C  
+ATOM   6941  O   GLY A 119      -8.244 -21.680  16.707  1.00 61.73           O  
+ATOM   6942  N   GLN A 120     -10.472 -21.879  16.939  1.00 63.39           N  
+ATOM   6943  CA  GLN A 120     -10.411 -21.584  18.364  1.00 58.75           C  
+ATOM   6944  C   GLN A 120     -10.031 -22.802  19.197  1.00 58.64           C  
+ATOM   6945  O   GLN A 120      -9.605 -22.639  20.345  1.00 65.22           O  
+ATOM   6946  CB  GLN A 120     -11.747 -21.013  18.851  1.00 62.69           C  
+ATOM   6947  CG  GLN A 120     -12.844 -22.044  19.073  1.00 63.34           C  
+ATOM   6948  CD  GLN A 120     -13.565 -22.432  17.796  1.00 66.04           C  
+ATOM   6949  OE1 GLN A 120     -13.016 -22.328  16.699  1.00 69.20           O  
+ATOM   6950  NE2 GLN A 120     -14.807 -22.878  17.934  1.00 65.66           N  
+ATOM   6951  N   GLY A 121     -10.169 -24.000  18.655  1.00 56.63           N  
+ATOM   6952  CA  GLY A 121      -9.754 -25.198  19.355  1.00 60.16           C  
+ATOM   6953  C   GLY A 121     -10.894 -25.865  20.100  1.00 63.66           C  
+ATOM   6954  O   GLY A 121     -11.821 -25.214  20.595  1.00 64.87           O  
+ATOM   6955  N   THR A 122     -10.828 -27.192  20.182  1.00 63.93           N  
+ATOM   6956  CA  THR A 122     -11.786 -27.990  20.937  1.00 64.65           C  
+ATOM   6957  C   THR A 122     -11.054 -28.712  22.057  1.00 66.06           C  
+ATOM   6958  O   THR A 122     -10.014 -29.338  21.820  1.00 69.36           O  
+ATOM   6959  CB  THR A 122     -12.504 -29.015  20.052  1.00 67.43           C  
+ATOM   6960  OG1 THR A 122     -11.641 -30.134  19.817  1.00 79.32           O  
+ATOM   6961  CG2 THR A 122     -12.882 -28.403  18.726  1.00 68.98           C  
+ATOM   6962  N   THR A 123     -11.573 -28.590  23.275  1.00 65.26           N  
+ATOM   6963  CA  THR A 123     -11.009 -29.286  24.423  1.00 67.70           C  
+ATOM   6964  C   THR A 123     -11.660 -30.661  24.522  1.00 71.84           C  
+ATOM   6965  O   THR A 123     -12.890 -30.773  24.611  1.00 74.61           O  
+ATOM   6966  CB  THR A 123     -11.216 -28.498  25.716  1.00 66.84           C  
+ATOM   6967  OG1 THR A 123     -12.616 -28.335  25.961  1.00 77.61           O  
+ATOM   6968  CG2 THR A 123     -10.564 -27.129  25.626  1.00 59.55           C  
+ATOM   6969  N   LEU A 124     -10.835 -31.701  24.493  1.00 76.52           N  
+ATOM   6970  CA  LEU A 124     -11.291 -33.074  24.631  1.00 80.59           C  
+ATOM   6971  C   LEU A 124     -10.917 -33.591  26.010  1.00 87.72           C  
+ATOM   6972  O   LEU A 124      -9.805 -33.353  26.490  1.00 97.65           O  
+ATOM   6973  CB  LEU A 124     -10.675 -33.969  23.553  1.00 81.90           C  
+ATOM   6974  CG  LEU A 124     -11.005 -35.460  23.643  1.00 81.15           C  
+ATOM   6975  CD1 LEU A 124     -12.501 -35.690  23.509  1.00 78.68           C  
+ATOM   6976  CD2 LEU A 124     -10.237 -36.246  22.592  1.00 82.90           C  
+ATOM   6977  N   THR A 125     -11.848 -34.293  26.649  1.00 85.97           N  
+ATOM   6978  CA  THR A 125     -11.594 -34.910  27.943  1.00 85.22           C  
+ATOM   6979  C   THR A 125     -12.162 -36.315  27.901  1.00 85.09           C  
+ATOM   6980  O   THR A 125     -13.362 -36.494  27.673  1.00 84.11           O  
+ATOM   6981  CB  THR A 125     -12.221 -34.111  29.089  1.00 76.66           C  
+ATOM   6982  OG1 THR A 125     -11.960 -32.715  28.905  1.00 74.14           O  
+ATOM   6983  CG2 THR A 125     -11.649 -34.562  30.425  1.00 75.96           C  
+ATOM   6984  N   VAL A 126     -11.305 -37.307  28.097  1.00 87.54           N  
+ATOM   6985  CA  VAL A 126     -11.728 -38.698  28.101  1.00 93.06           C  
+ATOM   6986  C   VAL A 126     -11.504 -39.253  29.500  1.00 90.37           C  
+ATOM   6987  O   VAL A 126     -10.360 -39.474  29.917  1.00 90.97           O  
+ATOM   6988  CB  VAL A 126     -11.004 -39.519  27.031  1.00 94.14           C  
+ATOM   6989  CG1 VAL A 126     -11.390 -40.969  27.154  1.00 91.35           C  
+ATOM   6990  CG2 VAL A 126     -11.392 -39.005  25.656  1.00 91.10           C  
+ATOM   6991  N   SER A 127     -12.599 -39.473  30.226  1.00 89.50           N  
+ATOM   6992  CA  SER A 127     -12.537 -39.960  31.594  1.00 89.08           C  
+ATOM   6993  C   SER A 127     -13.788 -40.768  31.905  1.00 91.46           C  
+ATOM   6994  O   SER A 127     -14.883 -40.452  31.431  1.00 92.94           O  
+ATOM   6995  CB  SER A 127     -12.394 -38.802  32.590  1.00 88.96           C  
+ATOM   6996  OG  SER A 127     -12.416 -39.274  33.925  1.00 88.85           O  
+ATOM   6997  N   SER A 128     -13.614 -41.813  32.719  1.00 93.01           N  
+ATOM   6998  CA  SER A 128     -14.744 -42.617  33.169  1.00 91.77           C  
+ATOM   6999  C   SER A 128     -15.692 -41.839  34.071  1.00 91.51           C  
+ATOM   7000  O   SER A 128     -16.808 -42.310  34.318  1.00 92.92           O  
+ATOM   7001  CB  SER A 128     -14.244 -43.862  33.904  1.00100.94           C  
+ATOM   7002  OG  SER A 128     -13.517 -44.715  33.036  1.00107.31           O  
+ATOM   7003  N   ALA A 129     -15.281 -40.673  34.564  1.00 89.48           N  
+ATOM   7004  CA  ALA A 129     -16.158 -39.849  35.379  1.00 86.07           C  
+ATOM   7005  C   ALA A 129     -17.301 -39.294  34.534  1.00 84.38           C  
+ATOM   7006  O   ALA A 129     -17.236 -39.245  33.302  1.00 82.81           O  
+ATOM   7007  CB  ALA A 129     -15.376 -38.706  36.026  1.00 85.68           C  
+ATOM   7008  N   SER A 130     -18.358 -38.869  35.215  1.00 84.22           N  
+ATOM   7009  CA  SER A 130     -19.538 -38.326  34.561  1.00 85.16           C  
+ATOM   7010  C   SER A 130     -19.536 -36.803  34.625  1.00 80.99           C  
+ATOM   7011  O   SER A 130     -18.791 -36.187  35.392  1.00 78.99           O  
+ATOM   7012  CB  SER A 130     -20.814 -38.878  35.201  1.00 89.60           C  
+ATOM   7013  OG  SER A 130     -20.839 -38.617  36.593  1.00102.87           O  
+ATOM   7014  N   THR A 131     -20.385 -36.201  33.797  1.00 80.25           N  
+ATOM   7015  CA  THR A 131     -20.485 -34.752  33.737  1.00 77.17           C  
+ATOM   7016  C   THR A 131     -21.087 -34.209  35.031  1.00 73.99           C  
+ATOM   7017  O   THR A 131     -21.932 -34.846  35.666  1.00 77.91           O  
+ATOM   7018  CB  THR A 131     -21.337 -34.333  32.536  1.00 74.60           C  
+ATOM   7019  OG1 THR A 131     -20.798 -34.915  31.343  1.00 76.35           O  
+ATOM   7020  CG2 THR A 131     -21.336 -32.824  32.372  1.00 70.35           C  
+ATOM   7021  N   LYS A 132     -20.643 -33.015  35.419  1.00 70.27           N  
+ATOM   7022  CA  LYS A 132     -21.138 -32.352  36.620  1.00 72.65           C  
+ATOM   7023  C   LYS A 132     -21.225 -30.860  36.344  1.00 72.43           C  
+ATOM   7024  O   LYS A 132     -20.222 -30.234  35.990  1.00 71.45           O  
+ATOM   7025  CB  LYS A 132     -20.226 -32.628  37.820  1.00 75.21           C  
+ATOM   7026  CG  LYS A 132     -20.563 -31.833  39.075  1.00 76.27           C  
+ATOM   7027  CD  LYS A 132     -21.984 -32.098  39.546  1.00 84.71           C  
+ATOM   7028  CE  LYS A 132     -22.238 -31.481  40.914  1.00 83.05           C  
+ATOM   7029  NZ  LYS A 132     -22.033 -30.006  40.917  1.00 81.83           N  
+ATOM   7030  N   GLY A 133     -22.420 -30.298  36.502  1.00 74.46           N  
+ATOM   7031  CA  GLY A 133     -22.625 -28.883  36.320  1.00 70.95           C  
+ATOM   7032  C   GLY A 133     -22.043 -28.094  37.472  1.00 72.70           C  
+ATOM   7033  O   GLY A 133     -21.836 -28.618  38.571  1.00 77.73           O  
+ATOM   7034  N   PRO A 134     -21.767 -26.813  37.247  1.00 69.55           N  
+ATOM   7035  CA  PRO A 134     -21.132 -25.998  38.282  1.00 71.37           C  
+ATOM   7036  C   PRO A 134     -22.130 -25.297  39.188  1.00 72.78           C  
+ATOM   7037  O   PRO A 134     -23.235 -24.925  38.788  1.00 77.90           O  
+ATOM   7038  CB  PRO A 134     -20.336 -24.975  37.460  1.00 66.30           C  
+ATOM   7039  CG  PRO A 134     -21.046 -24.898  36.121  1.00 66.90           C  
+ATOM   7040  CD  PRO A 134     -22.038 -26.032  36.031  1.00 67.38           C  
+ATOM   7041  N   SER A 135     -21.713 -25.122  40.438  1.00 69.91           N  
+ATOM   7042  CA  SER A 135     -22.448 -24.316  41.404  1.00 70.10           C  
+ATOM   7043  C   SER A 135     -21.807 -22.935  41.451  1.00 67.32           C  
+ATOM   7044  O   SER A 135     -20.601 -22.816  41.694  1.00 67.52           O  
+ATOM   7045  CB  SER A 135     -22.449 -24.969  42.786  1.00 70.55           C  
+ATOM   7046  OG  SER A 135     -23.081 -26.237  42.750  1.00 73.66           O  
+ATOM   7047  N   VAL A 136     -22.604 -21.901  41.208  1.00 63.80           N  
+ATOM   7048  CA  VAL A 136     -22.111 -20.534  41.109  1.00 58.52           C  
+ATOM   7049  C   VAL A 136     -22.530 -19.796  42.371  1.00 60.40           C  
+ATOM   7050  O   VAL A 136     -23.722 -19.551  42.594  1.00 61.14           O  
+ATOM   7051  CB  VAL A 136     -22.634 -19.828  39.852  1.00 53.15           C  
+ATOM   7052  CG1 VAL A 136     -22.136 -18.391  39.805  1.00 53.94           C  
+ATOM   7053  CG2 VAL A 136     -22.210 -20.589  38.608  1.00 56.32           C  
+ATOM   7054  N   PHE A 137     -21.549 -19.439  43.196  1.00 58.48           N  
+ATOM   7055  CA  PHE A 137     -21.793 -18.667  44.400  1.00 58.74           C  
+ATOM   7056  C   PHE A 137     -21.200 -17.267  44.257  1.00 56.35           C  
+ATOM   7057  O   PHE A 137     -20.265 -17.064  43.480  1.00 57.15           O  
+ATOM   7058  CB  PHE A 137     -21.185 -19.361  45.624  1.00 59.94           C  
+ATOM   7059  CG  PHE A 137     -21.605 -20.796  45.776  1.00 63.66           C  
+ATOM   7060  CD1 PHE A 137     -22.901 -21.119  46.139  1.00 64.13           C  
+ATOM   7061  CD2 PHE A 137     -20.703 -21.823  45.549  1.00 62.28           C  
+ATOM   7062  CE1 PHE A 137     -23.290 -22.440  46.277  1.00 67.20           C  
+ATOM   7063  CE2 PHE A 137     -21.085 -23.145  45.685  1.00 67.26           C  
+ATOM   7064  CZ  PHE A 137     -22.381 -23.454  46.050  1.00 67.39           C  
+ATOM   7065  N   PRO A 138     -21.725 -16.278  44.973  1.00 54.28           N  
+ATOM   7066  CA  PRO A 138     -21.176 -14.924  44.872  1.00 53.76           C  
+ATOM   7067  C   PRO A 138     -20.040 -14.667  45.850  1.00 54.54           C  
+ATOM   7068  O   PRO A 138     -19.934 -15.282  46.913  1.00 57.64           O  
+ATOM   7069  CB  PRO A 138     -22.389 -14.043  45.202  1.00 52.58           C  
+ATOM   7070  CG  PRO A 138     -23.176 -14.867  46.162  1.00 57.11           C  
+ATOM   7071  CD  PRO A 138     -22.967 -16.312  45.767  1.00 58.07           C  
+ATOM   7072  N   LEU A 139     -19.172 -13.736  45.459  1.00 52.35           N  
+ATOM   7073  CA  LEU A 139     -18.113 -13.192  46.301  1.00 53.03           C  
+ATOM   7074  C   LEU A 139     -18.449 -11.713  46.437  1.00 54.70           C  
+ATOM   7075  O   LEU A 139     -18.052 -10.903  45.593  1.00 55.57           O  
+ATOM   7076  CB  LEU A 139     -16.729 -13.407  45.683  1.00 51.56           C  
+ATOM   7077  CG  LEU A 139     -16.325 -14.841  45.337  1.00 51.08           C  
+ATOM   7078  CD1 LEU A 139     -14.978 -14.859  44.634  1.00 49.01           C  
+ATOM   7079  CD2 LEU A 139     -16.292 -15.704  46.586  1.00 58.43           C  
+ATOM   7080  N   ALA A 140     -19.202 -11.377  47.489  1.00 55.35           N  
+ATOM   7081  CA  ALA A 140     -19.794 -10.057  47.647  1.00 57.14           C  
+ATOM   7082  C   ALA A 140     -18.744  -9.043  48.094  1.00 59.96           C  
+ATOM   7083  O   ALA A 140     -17.854  -9.375  48.883  1.00 59.43           O  
+ATOM   7084  CB  ALA A 140     -20.934 -10.100  48.663  1.00 62.57           C  
+ATOM   7085  N   PRO A 141     -18.827  -7.804  47.611  1.00 62.95           N  
+ATOM   7086  CA  PRO A 141     -17.878  -6.760  48.020  1.00 69.90           C  
+ATOM   7087  C   PRO A 141     -18.193  -6.240  49.411  1.00 80.19           C  
+ATOM   7088  O   PRO A 141     -19.164  -5.494  49.610  1.00 82.44           O  
+ATOM   7089  CB  PRO A 141     -18.064  -5.683  46.944  1.00 67.81           C  
+ATOM   7090  CG  PRO A 141     -19.478  -5.851  46.498  1.00 64.89           C  
+ATOM   7091  CD  PRO A 141     -19.770  -7.326  46.582  1.00 60.90           C  
+ATOM   7092  N   SER A 142     -17.382  -6.631  50.388  1.00 90.84           N  
+ATOM   7093  CA  SER A 142     -17.544  -6.131  51.747  1.00102.19           C  
+ATOM   7094  C   SER A 142     -17.204  -4.646  51.780  1.00118.12           C  
+ATOM   7095  O   SER A 142     -16.108  -4.246  51.374  1.00120.23           O  
+ATOM   7096  CB  SER A 142     -16.653  -6.910  52.711  1.00108.46           C  
+ATOM   7097  OG  SER A 142     -16.882  -8.304  52.603  1.00102.69           O  
+ATOM   7098  N   SER A 143     -18.145  -3.829  52.262  1.00129.98           N  
+ATOM   7099  CA  SER A 143     -17.924  -2.386  52.313  1.00134.74           C  
+ATOM   7100  C   SER A 143     -16.704  -2.026  53.153  1.00136.24           C  
+ATOM   7101  O   SER A 143     -16.078  -0.986  52.922  1.00137.07           O  
+ATOM   7102  CB  SER A 143     -19.169  -1.683  52.856  1.00138.92           C  
+ATOM   7103  OG  SER A 143     -20.278  -1.872  51.995  1.00137.33           O  
+ATOM   7104  N   LYS A 144     -16.354  -2.866  54.128  1.00133.47           N  
+ATOM   7105  CA  LYS A 144     -15.155  -2.625  54.922  1.00135.96           C  
+ATOM   7106  C   LYS A 144     -13.885  -3.068  54.204  1.00136.56           C  
+ATOM   7107  O   LYS A 144     -12.813  -2.504  54.452  1.00143.62           O  
+ATOM   7108  CB  LYS A 144     -15.267  -3.339  56.270  1.00135.14           C  
+ATOM   7109  N   SER A 145     -13.978  -4.057  53.320  1.00131.55           N  
+ATOM   7110  CA  SER A 145     -12.810  -4.647  52.674  1.00134.45           C  
+ATOM   7111  C   SER A 145     -12.737  -4.188  51.219  1.00144.33           C  
+ATOM   7112  O   SER A 145     -12.914  -4.970  50.282  1.00132.95           O  
+ATOM   7113  CB  SER A 145     -12.864  -6.177  52.781  1.00123.40           C  
+ATOM   7114  OG  SER A 145     -12.941  -6.590  54.134  1.00114.64           O  
+ATOM   7115  N   THR A 146     -12.470  -2.895  51.037  1.00147.58           N  
+ATOM   7116  CA  THR A 146     -12.287  -2.306  49.715  1.00128.60           C  
+ATOM   7117  C   THR A 146     -11.123  -1.329  49.771  1.00127.63           C  
+ATOM   7118  O   THR A 146     -11.089  -0.452  50.639  1.00128.27           O  
+ATOM   7119  CB  THR A 146     -13.551  -1.582  49.232  1.00126.11           C  
+ATOM   7120  OG1 THR A 146     -13.889  -0.538  50.152  1.00131.32           O  
+ATOM   7121  CG2 THR A 146     -14.719  -2.546  49.119  1.00122.19           C  
+ATOM   7122  N   SER A 147     -10.178  -1.478  48.843  1.00117.98           N  
+ATOM   7123  CA  SER A 147      -8.990  -0.631  48.823  1.00107.76           C  
+ATOM   7124  C   SER A 147      -9.311   0.767  48.310  1.00100.13           C  
+ATOM   7125  O   SER A 147      -9.272   1.012  47.100  1.00 91.58           O  
+ATOM   7126  CB  SER A 147      -7.896  -1.266  47.962  1.00 94.97           C  
+ATOM   7127  OG  SER A 147      -7.514  -2.532  48.470  1.00100.89           O  
+ATOM   7128  N   GLY A 148      -9.621   1.691  49.218  1.00110.61           N  
+ATOM   7129  CA  GLY A 148      -9.878   3.062  48.826  1.00 96.78           C  
+ATOM   7130  C   GLY A 148     -11.130   3.219  47.990  1.00 87.82           C  
+ATOM   7131  O   GLY A 148     -12.237   2.912  48.443  1.00 89.75           O  
+ATOM   7132  N   GLY A 149     -10.962   3.701  46.763  1.00 76.54           N  
+ATOM   7133  CA  GLY A 149     -12.045   3.912  45.829  1.00 72.03           C  
+ATOM   7134  C   GLY A 149     -12.352   2.737  44.933  1.00 66.65           C  
+ATOM   7135  O   GLY A 149     -13.210   2.848  44.051  1.00 62.55           O  
+ATOM   7136  N   THR A 150     -11.671   1.610  45.124  1.00 68.07           N  
+ATOM   7137  CA  THR A 150     -11.862   0.417  44.314  1.00 64.28           C  
+ATOM   7138  C   THR A 150     -12.342  -0.734  45.187  1.00 68.44           C  
+ATOM   7139  O   THR A 150     -11.817  -0.959  46.283  1.00 75.78           O  
+ATOM   7140  CB  THR A 150     -10.561   0.028  43.599  1.00 62.60           C  
+ATOM   7141  OG1 THR A 150     -10.158   1.089  42.724  1.00 62.65           O  
+ATOM   7142  CG2 THR A 150     -10.746  -1.246  42.792  1.00 55.33           C  
+ATOM   7143  N   ALA A 151     -13.345  -1.457  44.693  1.00 60.69           N  
+ATOM   7144  CA  ALA A 151     -13.941  -2.596  45.372  1.00 59.78           C  
+ATOM   7145  C   ALA A 151     -13.835  -3.827  44.485  1.00 53.53           C  
+ATOM   7146  O   ALA A 151     -13.999  -3.738  43.264  1.00 53.43           O  
+ATOM   7147  CB  ALA A 151     -15.411  -2.326  45.709  1.00 60.62           C  
+ATOM   7148  N   ALA A 152     -13.571  -4.974  45.101  1.00 51.31           N  
+ATOM   7149  CA  ALA A 152     -13.452  -6.238  44.389  1.00 49.05           C  
+ATOM   7150  C   ALA A 152     -14.675  -7.104  44.658  1.00 51.40           C  
+ATOM   7151  O   ALA A 152     -15.153  -7.184  45.794  1.00 56.12           O  
+ATOM   7152  CB  ALA A 152     -12.182  -6.985  44.802  1.00 49.80           C  
+ATOM   7153  N   LEU A 153     -15.182  -7.746  43.607  1.00 52.87           N  
+ATOM   7154  CA  LEU A 153     -16.334  -8.629  43.731  1.00 54.75           C  
+ATOM   7155  C   LEU A 153     -16.240  -9.697  42.653  1.00 54.62           C  
+ATOM   7156  O   LEU A 153     -15.686  -9.457  41.579  1.00 52.94           O  
+ATOM   7157  CB  LEU A 153     -17.653  -7.855  43.614  1.00 53.94           C  
+ATOM   7158  CG  LEU A 153     -17.919  -7.123  42.296  1.00 49.53           C  
+ATOM   7159  CD1 LEU A 153     -18.828  -7.937  41.384  1.00 51.18           C  
+ATOM   7160  CD2 LEU A 153     -18.507  -5.746  42.556  1.00 53.02           C  
+ATOM   7161  N   GLY A 154     -16.793 -10.873  42.930  1.00 54.52           N  
+ATOM   7162  CA  GLY A 154     -16.602 -11.946  41.980  1.00 51.42           C  
+ATOM   7163  C   GLY A 154     -17.604 -13.072  42.098  1.00 51.14           C  
+ATOM   7164  O   GLY A 154     -18.639 -12.953  42.756  1.00 52.09           O  
+ATOM   7165  N   CYS A 155     -17.268 -14.179  41.440  1.00 52.42           N  
+ATOM   7166  CA  CYS A 155     -18.106 -15.369  41.401  1.00 54.03           C  
+ATOM   7167  C   CYS A 155     -17.232 -16.608  41.529  1.00 55.14           C  
+ATOM   7168  O   CYS A 155     -16.200 -16.720  40.860  1.00 54.75           O  
+ATOM   7169  CB  CYS A 155     -18.932 -15.428  40.108  1.00 56.55           C  
+ATOM   7170  SG  CYS A 155     -20.406 -14.377  40.138  1.00 86.26           S  
+ATOM   7171  N   LEU A 156     -17.650 -17.525  42.398  1.00 54.59           N  
+ATOM   7172  CA  LEU A 156     -16.978 -18.799  42.610  1.00 53.29           C  
+ATOM   7173  C   LEU A 156     -17.739 -19.890  41.867  1.00 57.61           C  
+ATOM   7174  O   LEU A 156     -18.901 -20.169  42.185  1.00 60.73           O  
+ATOM   7175  CB  LEU A 156     -16.891 -19.125  44.101  1.00 54.15           C  
+ATOM   7176  CG  LEU A 156     -16.288 -20.479  44.479  1.00 58.87           C  
+ATOM   7177  CD1 LEU A 156     -14.813 -20.537  44.115  1.00 60.30           C  
+ATOM   7178  CD2 LEU A 156     -16.489 -20.760  45.960  1.00 59.19           C  
+ATOM   7179  N   VAL A 157     -17.088 -20.489  40.875  1.00 60.00           N  
+ATOM   7180  CA  VAL A 157     -17.657 -21.562  40.069  1.00 60.30           C  
+ATOM   7181  C   VAL A 157     -17.058 -22.858  40.603  1.00 61.18           C  
+ATOM   7182  O   VAL A 157     -15.935 -23.227  40.250  1.00 61.34           O  
+ATOM   7183  CB  VAL A 157     -17.351 -21.362  38.582  1.00 59.98           C  
+ATOM   7184  CG1 VAL A 157     -17.984 -22.453  37.748  1.00 62.67           C  
+ATOM   7185  CG2 VAL A 157     -17.818 -19.989  38.124  1.00 55.44           C  
+ATOM   7186  N   LYS A 158     -17.799 -23.552  41.463  1.00 63.29           N  
+ATOM   7187  CA  LYS A 158     -17.255 -24.674  42.210  1.00 67.67           C  
+ATOM   7188  C   LYS A 158     -17.903 -25.981  41.759  1.00 67.23           C  
+ATOM   7189  O   LYS A 158     -19.061 -26.004  41.327  1.00 68.45           O  
+ATOM   7190  CB  LYS A 158     -17.462 -24.443  43.712  1.00 68.67           C  
+ATOM   7191  CG  LYS A 158     -16.489 -25.162  44.633  1.00 71.60           C  
+ATOM   7192  CD  LYS A 158     -16.918 -25.011  46.088  1.00 73.26           C  
+ATOM   7193  CE  LYS A 158     -16.227 -26.014  47.007  1.00 76.62           C  
+ATOM   7194  NZ  LYS A 158     -16.638 -27.427  46.776  1.00 78.23           N  
+ATOM   7195  N   ASP A 159     -17.136 -27.070  41.882  1.00 67.91           N  
+ATOM   7196  CA  ASP A 159     -17.602 -28.436  41.653  1.00 71.95           C  
+ATOM   7197  C   ASP A 159     -18.228 -28.637  40.277  1.00 71.50           C  
+ATOM   7198  O   ASP A 159     -19.455 -28.706  40.152  1.00 74.66           O  
+ATOM   7199  CB  ASP A 159     -18.595 -28.849  42.742  1.00 74.08           C  
+ATOM   7200  CG  ASP A 159     -17.973 -28.850  44.123  1.00 77.47           C  
+ATOM   7201  OD1 ASP A 159     -16.803 -29.273  44.246  1.00 75.71           O  
+ATOM   7202  OD2 ASP A 159     -18.652 -28.433  45.086  1.00 85.45           O  
+ATOM   7203  N   TYR A 160     -17.394 -28.738  39.243  1.00 67.60           N  
+ATOM   7204  CA  TYR A 160     -17.857 -29.049  37.899  1.00 67.92           C  
+ATOM   7205  C   TYR A 160     -16.836 -29.944  37.211  1.00 67.17           C  
+ATOM   7206  O   TYR A 160     -15.679 -30.040  37.629  1.00 66.58           O  
+ATOM   7207  CB  TYR A 160     -18.097 -27.779  37.067  1.00 65.84           C  
+ATOM   7208  CG  TYR A 160     -16.839 -27.019  36.705  1.00 66.76           C  
+ATOM   7209  CD1 TYR A 160     -16.110 -27.341  35.564  1.00 68.08           C  
+ATOM   7210  CD2 TYR A 160     -16.382 -25.977  37.500  1.00 67.37           C  
+ATOM   7211  CE1 TYR A 160     -14.960 -26.654  35.232  1.00 67.07           C  
+ATOM   7212  CE2 TYR A 160     -15.234 -25.281  37.173  1.00 67.58           C  
+ATOM   7213  CZ  TYR A 160     -14.529 -25.623  36.037  1.00 65.80           C  
+ATOM   7214  OH  TYR A 160     -13.385 -24.936  35.705  1.00 62.41           O  
+ATOM   7215  N   PHE A 161     -17.282 -30.600  36.134  1.00 67.15           N  
+ATOM   7216  CA  PHE A 161     -16.430 -31.493  35.361  1.00 67.89           C  
+ATOM   7217  C   PHE A 161     -17.097 -31.775  34.028  1.00 69.87           C  
+ATOM   7218  O   PHE A 161     -18.318 -31.983  33.998  1.00 70.96           O  
+ATOM   7219  CB  PHE A 161     -16.175 -32.806  36.112  1.00 67.32           C  
+ATOM   7220  CG  PHE A 161     -15.210 -33.727  35.418  1.00 69.28           C  
+ATOM   7221  CD1 PHE A 161     -13.844 -33.567  35.577  1.00 69.61           C  
+ATOM   7222  CD2 PHE A 161     -15.670 -34.755  34.611  1.00 70.40           C  
+ATOM   7223  CE1 PHE A 161     -12.953 -34.412  34.942  1.00 68.59           C  
+ATOM   7224  CE2 PHE A 161     -14.784 -35.604  33.973  1.00 73.64           C  
+ATOM   7225  CZ  PHE A 161     -13.424 -35.432  34.139  1.00 70.67           C  
+ATOM   7226  N   PRO A 162     -16.350 -31.791  32.912  1.00 70.35           N  
+ATOM   7227  CA  PRO A 162     -14.922 -31.473  32.848  1.00 68.76           C  
+ATOM   7228  C   PRO A 162     -14.666 -30.017  32.475  1.00 69.34           C  
+ATOM   7229  O   PRO A 162     -15.579 -29.193  32.535  1.00 67.90           O  
+ATOM   7230  CB  PRO A 162     -14.420 -32.406  31.751  1.00 70.06           C  
+ATOM   7231  CG  PRO A 162     -15.571 -32.456  30.794  1.00 67.39           C  
+ATOM   7232  CD  PRO A 162     -16.836 -32.330  31.628  1.00 70.05           C  
+ATOM   7233  N   GLU A 163     -13.428 -29.711  32.097  1.00 68.38           N  
+ATOM   7234  CA  GLU A 163     -13.117 -28.410  31.536  1.00 65.46           C  
+ATOM   7235  C   GLU A 163     -13.696 -28.302  30.126  1.00 65.95           C  
+ATOM   7236  O   GLU A 163     -13.930 -29.316  29.463  1.00 63.73           O  
+ATOM   7237  CB  GLU A 163     -11.605 -28.197  31.512  1.00 68.00           C  
+ATOM   7238  CG  GLU A 163     -11.001 -27.871  32.869  1.00 70.39           C  
+ATOM   7239  CD  GLU A 163     -11.149 -26.405  33.232  1.00 72.43           C  
+ATOM   7240  OE1 GLU A 163     -10.213 -25.625  32.954  1.00 72.52           O  
+ATOM   7241  OE2 GLU A 163     -12.205 -26.031  33.785  1.00 74.86           O  
+ATOM   7242  N   PRO A 164     -13.939 -27.074  29.638  1.00 67.91           N  
+ATOM   7243  CA  PRO A 164     -13.748 -25.779  30.292  1.00 67.14           C  
+ATOM   7244  C   PRO A 164     -15.050 -25.130  30.757  1.00 67.64           C  
+ATOM   7245  O   PRO A 164     -16.120 -25.731  30.666  1.00 67.86           O  
+ATOM   7246  CB  PRO A 164     -13.102 -24.944  29.187  1.00 67.85           C  
+ATOM   7247  CG  PRO A 164     -13.628 -25.566  27.882  1.00 65.09           C  
+ATOM   7248  CD  PRO A 164     -14.301 -26.882  28.227  1.00 65.01           C  
+ATOM   7249  N   VAL A 165     -14.936 -23.902  31.257  1.00 68.25           N  
+ATOM   7250  CA  VAL A 165     -16.078 -23.083  31.645  1.00 66.37           C  
+ATOM   7251  C   VAL A 165     -15.838 -21.671  31.130  1.00 66.95           C  
+ATOM   7252  O   VAL A 165     -14.719 -21.155  31.209  1.00 73.49           O  
+ATOM   7253  CB  VAL A 165     -16.291 -23.090  33.175  1.00 65.40           C  
+ATOM   7254  CG1 VAL A 165     -17.152 -21.918  33.608  1.00 65.68           C  
+ATOM   7255  CG2 VAL A 165     -16.939 -24.387  33.606  1.00 66.10           C  
+ATOM   7256  N   THR A 166     -16.886 -21.047  30.598  1.00 64.63           N  
+ATOM   7257  CA  THR A 166     -16.805 -19.692  30.067  1.00 63.56           C  
+ATOM   7258  C   THR A 166     -17.489 -18.741  31.039  1.00 58.85           C  
+ATOM   7259  O   THR A 166     -18.694 -18.858  31.281  1.00 58.80           O  
+ATOM   7260  CB  THR A 166     -17.452 -19.601  28.684  1.00 63.43           C  
+ATOM   7261  OG1 THR A 166     -16.791 -20.499  27.785  1.00 62.05           O  
+ATOM   7262  CG2 THR A 166     -17.348 -18.182  28.143  1.00 60.00           C  
+ATOM   7263  N   VAL A 167     -16.725 -17.804  31.593  1.00 53.65           N  
+ATOM   7264  CA  VAL A 167     -17.244 -16.823  32.538  1.00 52.86           C  
+ATOM   7265  C   VAL A 167     -17.146 -15.442  31.905  1.00 50.87           C  
+ATOM   7266  O   VAL A 167     -16.093 -15.064  31.378  1.00 52.52           O  
+ATOM   7267  CB  VAL A 167     -16.489 -16.868  33.878  1.00 53.28           C  
+ATOM   7268  CG1 VAL A 167     -17.032 -15.808  34.822  1.00 47.53           C  
+ATOM   7269  CG2 VAL A 167     -16.602 -18.250  34.503  1.00 54.56           C  
+ATOM   7270  N   SER A 168     -18.243 -14.695  31.962  1.00 53.78           N  
+ATOM   7271  CA  SER A 168     -18.313 -13.329  31.469  1.00 53.37           C  
+ATOM   7272  C   SER A 168     -18.984 -12.464  32.526  1.00 54.09           C  
+ATOM   7273  O   SER A 168     -19.546 -12.966  33.501  1.00 54.30           O  
+ATOM   7274  CB  SER A 168     -19.077 -13.249  30.141  1.00 54.38           C  
+ATOM   7275  OG  SER A 168     -19.288 -11.902  29.757  1.00 68.20           O  
+ATOM   7276  N   TRP A 169     -18.932 -11.150  32.330  1.00 52.09           N  
+ATOM   7277  CA  TRP A 169     -19.550 -10.207  33.254  1.00 51.53           C  
+ATOM   7278  C   TRP A 169     -20.420  -9.237  32.472  1.00 56.21           C  
+ATOM   7279  O   TRP A 169     -19.933  -8.561  31.560  1.00 57.84           O  
+ATOM   7280  CB  TRP A 169     -18.487  -9.460  34.063  1.00 51.04           C  
+ATOM   7281  CG  TRP A 169     -17.888 -10.303  35.144  1.00 51.39           C  
+ATOM   7282  CD1 TRP A 169     -16.801 -11.121  35.041  1.00 47.69           C  
+ATOM   7283  CD2 TRP A 169     -18.346 -10.412  36.497  1.00 53.92           C  
+ATOM   7284  NE1 TRP A 169     -16.555 -11.735  36.245  1.00 48.34           N  
+ATOM   7285  CE2 TRP A 169     -17.489 -11.316  37.156  1.00 52.09           C  
+ATOM   7286  CE3 TRP A 169     -19.397  -9.833  37.215  1.00 52.25           C  
+ATOM   7287  CZ2 TRP A 169     -17.650 -11.653  38.498  1.00 51.93           C  
+ATOM   7288  CZ3 TRP A 169     -19.555 -10.169  38.546  1.00 51.80           C  
+ATOM   7289  CH2 TRP A 169     -18.686 -11.070  39.174  1.00 51.72           C  
+ATOM   7290  N   ASN A 170     -21.704  -9.174  32.835  1.00 57.19           N  
+ATOM   7291  CA  ASN A 170     -22.682  -8.321  32.159  1.00 57.26           C  
+ATOM   7292  C   ASN A 170     -22.760  -8.641  30.667  1.00 58.67           C  
+ATOM   7293  O   ASN A 170     -22.834  -7.745  29.823  1.00 57.27           O  
+ATOM   7294  CB  ASN A 170     -22.385  -6.839  32.396  1.00 56.32           C  
+ATOM   7295  CG  ASN A 170     -22.624  -6.424  33.837  1.00 57.02           C  
+ATOM   7296  OD1 ASN A 170     -22.856  -7.265  34.705  1.00 54.85           O  
+ATOM   7297  ND2 ASN A 170     -22.575  -5.122  34.097  1.00 58.93           N  
+ATOM   7298  N   SER A 171     -22.732  -9.938  30.346  1.00 59.75           N  
+ATOM   7299  CA  SER A 171     -22.841 -10.436  28.972  1.00 60.22           C  
+ATOM   7300  C   SER A 171     -21.727  -9.903  28.073  1.00 60.46           C  
+ATOM   7301  O   SER A 171     -21.907  -9.767  26.861  1.00 65.94           O  
+ATOM   7302  CB  SER A 171     -24.212 -10.112  28.370  1.00 63.84           C  
+ATOM   7303  OG  SER A 171     -25.252 -10.754  29.087  1.00 68.22           O  
+ATOM   7304  N   GLY A 172     -20.569  -9.598  28.655  1.00 58.09           N  
+ATOM   7305  CA  GLY A 172     -19.430  -9.118  27.903  1.00 54.69           C  
+ATOM   7306  C   GLY A 172     -19.202  -7.624  27.976  1.00 54.02           C  
+ATOM   7307  O   GLY A 172     -18.137  -7.156  27.554  1.00 56.66           O  
+ATOM   7308  N   ALA A 173     -20.164  -6.864  28.500  1.00 53.55           N  
+ATOM   7309  CA  ALA A 173     -20.016  -5.417  28.578  1.00 57.67           C  
+ATOM   7310  C   ALA A 173     -18.963  -4.995  29.593  1.00 57.81           C  
+ATOM   7311  O   ALA A 173     -18.455  -3.872  29.508  1.00 60.77           O  
+ATOM   7312  CB  ALA A 173     -21.358  -4.773  28.923  1.00 63.15           C  
+ATOM   7313  N   LEU A 174     -18.630  -5.859  30.547  1.00 54.93           N  
+ATOM   7314  CA  LEU A 174     -17.641  -5.566  31.578  1.00 55.03           C  
+ATOM   7315  C   LEU A 174     -16.400  -6.404  31.296  1.00 55.01           C  
+ATOM   7316  O   LEU A 174     -16.434  -7.634  31.414  1.00 53.36           O  
+ATOM   7317  CB  LEU A 174     -18.202  -5.855  32.969  1.00 54.59           C  
+ATOM   7318  CG  LEU A 174     -17.321  -5.476  34.160  1.00 49.46           C  
+ATOM   7319  CD1 LEU A 174     -17.053  -3.980  34.176  1.00 44.65           C  
+ATOM   7320  CD2 LEU A 174     -17.974  -5.920  35.460  1.00 49.94           C  
+ATOM   7321  N   THR A 175     -15.310  -5.737  30.919  1.00 54.66           N  
+ATOM   7322  CA  THR A 175     -14.063  -6.420  30.597  1.00 52.86           C  
+ATOM   7323  C   THR A 175     -12.905  -5.825  31.387  1.00 52.57           C  
+ATOM   7324  O   THR A 175     -11.935  -6.522  31.699  1.00 57.09           O  
+ATOM   7325  CB  THR A 175     -13.771  -6.341  29.095  1.00 56.31           C  
+ATOM   7326  OG1 THR A 175     -13.740  -4.968  28.684  1.00 62.15           O  
+ATOM   7327  CG2 THR A 175     -14.835  -7.083  28.300  1.00 54.57           C  
+ATOM   7328  N   SER A 176     -12.998  -4.537  31.708  1.00 51.26           N  
+ATOM   7329  CA  SER A 176     -11.935  -3.857  32.438  1.00 51.48           C  
+ATOM   7330  C   SER A 176     -11.845  -4.394  33.861  1.00 50.55           C  
+ATOM   7331  O   SER A 176     -12.835  -4.391  34.600  1.00 54.16           O  
+ATOM   7332  CB  SER A 176     -12.185  -2.351  32.448  1.00 54.38           C  
+ATOM   7333  OG  SER A 176     -11.297  -1.691  33.333  1.00 50.86           O  
+ATOM   7334  N   GLY A 177     -10.657  -4.855  34.246  1.00 52.91           N  
+ATOM   7335  CA  GLY A 177     -10.424  -5.310  35.600  1.00 53.34           C  
+ATOM   7336  C   GLY A 177     -10.867  -6.722  35.899  1.00 51.59           C  
+ATOM   7337  O   GLY A 177     -10.873  -7.114  37.072  1.00 54.90           O  
+ATOM   7338  N   VAL A 178     -11.232  -7.502  34.889  1.00 47.55           N  
+ATOM   7339  CA  VAL A 178     -11.696  -8.867  35.104  1.00 50.09           C  
+ATOM   7340  C   VAL A 178     -10.494  -9.797  35.171  1.00 50.39           C  
+ATOM   7341  O   VAL A 178      -9.522  -9.640  34.422  1.00 51.82           O  
+ATOM   7342  CB  VAL A 178     -12.672  -9.292  33.989  1.00 49.44           C  
+ATOM   7343  CG1 VAL A 178     -13.239 -10.678  34.266  1.00 42.66           C  
+ATOM   7344  CG2 VAL A 178     -13.790  -8.270  33.844  1.00 49.27           C  
+ATOM   7345  N   HIS A 179     -10.563 -10.777  36.070  1.00 48.51           N  
+ATOM   7346  CA  HIS A 179      -9.530 -11.798  36.214  1.00 50.15           C  
+ATOM   7347  C   HIS A 179     -10.225 -13.121  36.504  1.00 48.07           C  
+ATOM   7348  O   HIS A 179     -10.782 -13.302  37.590  1.00 50.61           O  
+ATOM   7349  CB  HIS A 179      -8.542 -11.452  37.331  1.00 52.49           C  
+ATOM   7350  CG  HIS A 179      -7.709 -10.239  37.053  1.00 52.93           C  
+ATOM   7351  ND1 HIS A 179      -6.631 -10.257  36.194  1.00 55.89           N  
+ATOM   7352  CD2 HIS A 179      -7.784  -8.976  37.536  1.00 52.97           C  
+ATOM   7353  CE1 HIS A 179      -6.085  -9.055  36.151  1.00 59.45           C  
+ATOM   7354  NE2 HIS A 179      -6.765  -8.260  36.956  1.00 63.41           N  
+ATOM   7355  N   THR A 180     -10.209 -14.031  35.535  1.00 46.35           N  
+ATOM   7356  CA  THR A 180     -10.728 -15.380  35.722  1.00 47.46           C  
+ATOM   7357  C   THR A 180      -9.551 -16.325  35.917  1.00 46.90           C  
+ATOM   7358  O   THR A 180      -8.723 -16.489  35.015  1.00 47.20           O  
+ATOM   7359  CB  THR A 180     -11.585 -15.817  34.534  1.00 45.01           C  
+ATOM   7360  OG1 THR A 180     -12.637 -14.866  34.328  1.00 46.46           O  
+ATOM   7361  CG2 THR A 180     -12.194 -17.186  34.798  1.00 45.58           C  
+ATOM   7362  N   PHE A 181      -9.481 -16.942  37.087  1.00 45.53           N  
+ATOM   7363  CA  PHE A 181      -8.324 -17.738  37.453  1.00 49.04           C  
+ATOM   7364  C   PHE A 181      -8.415 -19.138  36.852  1.00 50.09           C  
+ATOM   7365  O   PHE A 181      -9.512 -19.663  36.644  1.00 50.20           O  
+ATOM   7366  CB  PHE A 181      -8.207 -17.829  38.970  1.00 51.32           C  
+ATOM   7367  CG  PHE A 181      -7.971 -16.503  39.634  1.00 49.24           C  
+ATOM   7368  CD1 PHE A 181      -9.030 -15.661  39.930  1.00 48.94           C  
+ATOM   7369  CD2 PHE A 181      -6.689 -16.092  39.944  1.00 47.90           C  
+ATOM   7370  CE1 PHE A 181      -8.813 -14.438  40.531  1.00 48.70           C  
+ATOM   7371  CE2 PHE A 181      -6.467 -14.870  40.542  1.00 48.01           C  
+ATOM   7372  CZ  PHE A 181      -7.528 -14.044  40.837  1.00 49.85           C  
+ATOM   7373  N   PRO A 182      -7.272 -19.751  36.543  1.00 52.09           N  
+ATOM   7374  CA  PRO A 182      -7.287 -21.128  36.037  1.00 52.25           C  
+ATOM   7375  C   PRO A 182      -7.946 -22.077  37.028  1.00 52.84           C  
+ATOM   7376  O   PRO A 182      -7.822 -21.922  38.244  1.00 52.28           O  
+ATOM   7377  CB  PRO A 182      -5.801 -21.453  35.849  1.00 50.89           C  
+ATOM   7378  CG  PRO A 182      -5.140 -20.125  35.686  1.00 48.49           C  
+ATOM   7379  CD  PRO A 182      -5.916 -19.176  36.549  1.00 49.57           C  
+ATOM   7380  N   ALA A 183      -8.659 -23.062  36.490  1.00 56.63           N  
+ATOM   7381  CA  ALA A 183      -9.347 -24.034  37.323  1.00 59.56           C  
+ATOM   7382  C   ALA A 183      -8.348 -24.902  38.079  1.00 61.18           C  
+ATOM   7383  O   ALA A 183      -7.261 -25.215  37.586  1.00 61.29           O  
+ATOM   7384  CB  ALA A 183     -10.264 -24.913  36.473  1.00 60.63           C  
+ATOM   7385  N   VAL A 184      -8.728 -25.289  39.294  1.00 60.64           N  
+ATOM   7386  CA  VAL A 184      -7.929 -26.170  40.137  1.00 63.64           C  
+ATOM   7387  C   VAL A 184      -8.689 -27.475  40.321  1.00 67.54           C  
+ATOM   7388  O   VAL A 184      -9.883 -27.464  40.644  1.00 66.32           O  
+ATOM   7389  CB  VAL A 184      -7.616 -25.519  41.495  1.00 62.79           C  
+ATOM   7390  CG1 VAL A 184      -6.710 -26.419  42.316  1.00 61.95           C  
+ATOM   7391  CG2 VAL A 184      -6.982 -24.153  41.292  1.00 59.19           C  
+ATOM   7392  N   LEU A 185      -8.002 -28.595  40.111  1.00 68.77           N  
+ATOM   7393  CA  LEU A 185      -8.611 -29.911  40.274  1.00 70.60           C  
+ATOM   7394  C   LEU A 185      -8.627 -30.264  41.757  1.00 72.52           C  
+ATOM   7395  O   LEU A 185      -7.577 -30.522  42.355  1.00 71.30           O  
+ATOM   7396  CB  LEU A 185      -7.851 -30.953  39.457  1.00 68.44           C  
+ATOM   7397  CG  LEU A 185      -8.487 -32.337  39.298  1.00 71.85           C  
+ATOM   7398  CD1 LEU A 185      -8.188 -32.898  37.918  1.00 78.19           C  
+ATOM   7399  CD2 LEU A 185      -7.994 -33.293  40.372  1.00 74.64           C  
+ATOM   7400  N   GLN A 186      -9.817 -30.276  42.351  1.00 73.48           N  
+ATOM   7401  CA  GLN A 186      -9.965 -30.594  43.762  1.00 74.83           C  
+ATOM   7402  C   GLN A 186      -9.772 -32.092  44.001  1.00 76.04           C  
+ATOM   7403  O   GLN A 186      -9.741 -32.903  43.071  1.00 75.62           O  
+ATOM   7404  CB  GLN A 186     -11.334 -30.140  44.266  1.00 74.51           C  
+ATOM   7405  CG  GLN A 186     -11.596 -28.656  44.066  1.00 73.55           C  
+ATOM   7406  CD  GLN A 186     -13.032 -28.272  44.358  1.00 75.42           C  
+ATOM   7407  OE1 GLN A 186     -13.295 -27.349  45.129  1.00 81.51           O  
+ATOM   7408  NE2 GLN A 186     -13.970 -28.977  43.738  1.00 73.22           N  
+ATOM   7409  N   SER A 187      -9.625 -32.451  45.280  1.00 75.71           N  
+ATOM   7410  CA  SER A 187      -9.479 -33.857  45.650  1.00 74.83           C  
+ATOM   7411  C   SER A 187     -10.674 -34.689  45.199  1.00 72.76           C  
+ATOM   7412  O   SER A 187     -10.537 -35.896  44.970  1.00 69.66           O  
+ATOM   7413  CB  SER A 187      -9.285 -33.985  47.161  1.00 74.73           C  
+ATOM   7414  OG  SER A 187     -10.389 -33.445  47.866  1.00 77.72           O  
+ATOM   7415  N   SER A 188     -11.845 -34.069  45.070  1.00 71.71           N  
+ATOM   7416  CA  SER A 188     -13.063 -34.764  44.677  1.00 69.93           C  
+ATOM   7417  C   SER A 188     -13.122 -35.063  43.184  1.00 74.10           C  
+ATOM   7418  O   SER A 188     -14.155 -35.544  42.706  1.00 75.33           O  
+ATOM   7419  CB  SER A 188     -14.289 -33.944  45.086  1.00 70.87           C  
+ATOM   7420  OG  SER A 188     -14.292 -32.681  44.444  1.00 69.66           O  
+ATOM   7421  N   GLY A 189     -12.050 -34.790  42.442  1.00 74.33           N  
+ATOM   7422  CA  GLY A 189     -12.053 -34.957  41.006  1.00 71.54           C  
+ATOM   7423  C   GLY A 189     -12.799 -33.891  40.236  1.00 72.19           C  
+ATOM   7424  O   GLY A 189     -12.813 -33.941  39.000  1.00 75.28           O  
+ATOM   7425  N   LEU A 190     -13.419 -32.934  40.919  1.00 70.29           N  
+ATOM   7426  CA  LEU A 190     -14.148 -31.850  40.280  1.00 70.19           C  
+ATOM   7427  C   LEU A 190     -13.294 -30.588  40.229  1.00 70.10           C  
+ATOM   7428  O   LEU A 190     -12.362 -30.405  41.016  1.00 71.85           O  
+ATOM   7429  CB  LEU A 190     -15.456 -31.570  41.025  1.00 71.11           C  
+ATOM   7430  CG  LEU A 190     -16.412 -32.759  41.156  1.00 73.21           C  
+ATOM   7431  CD1 LEU A 190     -17.628 -32.387  41.990  1.00 73.06           C  
+ATOM   7432  CD2 LEU A 190     -16.830 -33.266  39.784  1.00 74.77           C  
+ATOM   7433  N   TYR A 191     -13.629 -29.713  39.287  1.00 68.28           N  
+ATOM   7434  CA  TYR A 191     -12.909 -28.466  39.080  1.00 65.90           C  
+ATOM   7435  C   TYR A 191     -13.601 -27.315  39.800  1.00 65.94           C  
+ATOM   7436  O   TYR A 191     -14.782 -27.384  40.151  1.00 66.94           O  
+ATOM   7437  CB  TYR A 191     -12.786 -28.146  37.588  1.00 65.26           C  
+ATOM   7438  CG  TYR A 191     -11.820 -29.035  36.840  1.00 67.77           C  
+ATOM   7439  CD1 TYR A 191     -10.460 -28.753  36.825  1.00 68.69           C  
+ATOM   7440  CD2 TYR A 191     -12.266 -30.149  36.144  1.00 70.06           C  
+ATOM   7441  CE1 TYR A 191      -9.571 -29.559  36.142  1.00 69.94           C  
+ATOM   7442  CE2 TYR A 191     -11.384 -30.962  35.456  1.00 69.52           C  
+ATOM   7443  CZ  TYR A 191     -10.038 -30.662  35.459  1.00 68.27           C  
+ATOM   7444  OH  TYR A 191      -9.155 -31.467  34.778  1.00 69.87           O  
+ATOM   7445  N   SER A 192     -12.839 -26.245  40.016  1.00 63.65           N  
+ATOM   7446  CA  SER A 192     -13.346 -25.055  40.682  1.00 62.27           C  
+ATOM   7447  C   SER A 192     -12.459 -23.876  40.316  1.00 60.99           C  
+ATOM   7448  O   SER A 192     -11.242 -24.028  40.181  1.00 61.88           O  
+ATOM   7449  CB  SER A 192     -13.382 -25.242  42.203  1.00 60.94           C  
+ATOM   7450  OG  SER A 192     -13.713 -24.030  42.856  1.00 63.30           O  
+ATOM   7451  N   LEU A 193     -13.074 -22.706  40.158  1.00 57.10           N  
+ATOM   7452  CA  LEU A 193     -12.331 -21.500  39.823  1.00 55.27           C  
+ATOM   7453  C   LEU A 193     -13.076 -20.291  40.369  1.00 52.10           C  
+ATOM   7454  O   LEU A 193     -14.195 -20.398  40.877  1.00 55.65           O  
+ATOM   7455  CB  LEU A 193     -12.095 -21.390  38.306  1.00 57.35           C  
+ATOM   7456  CG  LEU A 193     -13.250 -21.187  37.316  1.00 53.87           C  
+ATOM   7457  CD1 LEU A 193     -13.671 -19.726  37.193  1.00 52.01           C  
+ATOM   7458  CD2 LEU A 193     -12.878 -21.746  35.951  1.00 55.15           C  
+ATOM   7459  N   SER A 194     -12.430 -19.134  40.272  1.00 49.99           N  
+ATOM   7460  CA  SER A 194     -13.018 -17.870  40.684  1.00 50.29           C  
+ATOM   7461  C   SER A 194     -12.790 -16.830  39.599  1.00 50.85           C  
+ATOM   7462  O   SER A 194     -11.765 -16.839  38.912  1.00 54.49           O  
+ATOM   7463  CB  SER A 194     -12.427 -17.376  42.012  1.00 53.55           C  
+ATOM   7464  OG  SER A 194     -12.626 -18.324  43.046  1.00 60.23           O  
+ATOM   7465  N   SER A 195     -13.763 -15.937  39.443  1.00 48.47           N  
+ATOM   7466  CA  SER A 195     -13.658 -14.824  38.507  1.00 48.53           C  
+ATOM   7467  C   SER A 195     -13.970 -13.541  39.259  1.00 50.09           C  
+ATOM   7468  O   SER A 195     -15.095 -13.360  39.734  1.00 53.54           O  
+ATOM   7469  CB  SER A 195     -14.607 -15.002  37.320  1.00 51.53           C  
+ATOM   7470  OG  SER A 195     -14.517 -13.905  36.429  1.00 52.92           O  
+ATOM   7471  N   VAL A 196     -12.980 -12.661  39.372  1.00 48.38           N  
+ATOM   7472  CA  VAL A 196     -13.117 -11.432  40.140  1.00 48.98           C  
+ATOM   7473  C   VAL A 196     -13.075 -10.238  39.196  1.00 50.52           C  
+ATOM   7474  O   VAL A 196     -12.602 -10.321  38.059  1.00 51.16           O  
+ATOM   7475  CB  VAL A 196     -12.028 -11.311  41.224  1.00 50.36           C  
+ATOM   7476  CG1 VAL A 196     -12.129 -12.465  42.208  1.00 50.98           C  
+ATOM   7477  CG2 VAL A 196     -10.648 -11.271  40.584  1.00 48.23           C  
+ATOM   7478  N   VAL A 197     -13.568  -9.104  39.693  1.00 50.58           N  
+ATOM   7479  CA  VAL A 197     -13.594  -7.841  38.961  1.00 50.32           C  
+ATOM   7480  C   VAL A 197     -13.477  -6.712  39.975  1.00 52.13           C  
+ATOM   7481  O   VAL A 197     -14.071  -6.766  41.058  1.00 55.42           O  
+ATOM   7482  CB  VAL A 197     -14.885  -7.658  38.123  1.00 52.24           C  
+ATOM   7483  CG1 VAL A 197     -14.837  -6.345  37.350  1.00 51.29           C  
+ATOM   7484  CG2 VAL A 197     -15.121  -8.813  37.165  1.00 54.48           C  
+ATOM   7485  N   THR A 198     -12.706  -5.689  39.619  1.00 51.33           N  
+ATOM   7486  CA  THR A 198     -12.583  -4.478  40.416  1.00 52.98           C  
+ATOM   7487  C   THR A 198     -13.386  -3.355  39.771  1.00 53.36           C  
+ATOM   7488  O   THR A 198     -13.342  -3.166  38.552  1.00 58.86           O  
+ATOM   7489  CB  THR A 198     -11.118  -4.059  40.560  1.00 54.20           C  
+ATOM   7490  OG1 THR A 198     -10.550  -3.843  39.262  1.00 60.64           O  
+ATOM   7491  CG2 THR A 198     -10.325  -5.136  41.285  1.00 52.45           C  
+ATOM   7492  N   VAL A 199     -14.118  -2.615  40.598  1.00 53.22           N  
+ATOM   7493  CA  VAL A 199     -15.002  -1.547  40.131  1.00 52.31           C  
+ATOM   7494  C   VAL A 199     -14.903  -0.373  41.092  1.00 53.78           C  
+ATOM   7495  O   VAL A 199     -14.479  -0.526  42.244  1.00 52.73           O  
+ATOM   7496  CB  VAL A 199     -16.470  -2.015  40.024  1.00 50.03           C  
+ATOM   7497  CG1 VAL A 199     -16.613  -3.150  39.020  1.00 49.56           C  
+ATOM   7498  CG2 VAL A 199     -16.995  -2.434  41.388  1.00 53.79           C  
+ATOM   7499  N   PRO A 200     -15.274   0.824  40.638  1.00 53.84           N  
+ATOM   7500  CA  PRO A 200     -15.364   1.953  41.575  1.00 54.93           C  
+ATOM   7501  C   PRO A 200     -16.375   1.658  42.674  1.00 55.15           C  
+ATOM   7502  O   PRO A 200     -17.507   1.249  42.407  1.00 57.54           O  
+ATOM   7503  CB  PRO A 200     -15.804   3.124  40.685  1.00 54.73           C  
+ATOM   7504  CG  PRO A 200     -16.324   2.495  39.429  1.00 52.38           C  
+ATOM   7505  CD  PRO A 200     -15.533   1.241  39.251  1.00 47.73           C  
+ATOM   7506  N   SER A 201     -15.944   1.852  43.925  1.00 56.71           N  
+ATOM   7507  CA  SER A 201     -16.787   1.504  45.066  1.00 56.73           C  
+ATOM   7508  C   SER A 201     -18.096   2.285  45.051  1.00 58.66           C  
+ATOM   7509  O   SER A 201     -19.155   1.742  45.388  1.00 57.08           O  
+ATOM   7510  CB  SER A 201     -16.029   1.750  46.370  1.00 58.12           C  
+ATOM   7511  OG  SER A 201     -15.603   3.098  46.467  1.00 61.01           O  
+ATOM   7512  N   SER A 202     -18.044   3.558  44.650  1.00 59.89           N  
+ATOM   7513  CA  SER A 202     -19.246   4.382  44.602  1.00 61.62           C  
+ATOM   7514  C   SER A 202     -20.309   3.802  43.677  1.00 64.10           C  
+ATOM   7515  O   SER A 202     -21.490   4.137  43.822  1.00 68.56           O  
+ATOM   7516  CB  SER A 202     -18.891   5.803  44.163  1.00 64.49           C  
+ATOM   7517  OG  SER A 202     -18.361   5.813  42.850  1.00 66.14           O  
+ATOM   7518  N   SER A 203     -19.920   2.945  42.735  1.00 59.17           N  
+ATOM   7519  CA  SER A 203     -20.865   2.340  41.806  1.00 59.52           C  
+ATOM   7520  C   SER A 203     -21.550   1.102  42.372  1.00 60.80           C  
+ATOM   7521  O   SER A 203     -22.420   0.540  41.697  1.00 59.41           O  
+ATOM   7522  CB  SER A 203     -20.155   1.978  40.499  1.00 59.75           C  
+ATOM   7523  OG  SER A 203     -19.203   0.948  40.706  1.00 56.97           O  
+ATOM   7524  N   LEU A 204     -21.177   0.658  43.577  1.00 61.15           N  
+ATOM   7525  CA  LEU A 204     -21.792  -0.541  44.142  1.00 58.06           C  
+ATOM   7526  C   LEU A 204     -23.287  -0.362  44.376  1.00 57.18           C  
+ATOM   7527  O   LEU A 204     -24.049  -1.331  44.278  1.00 56.44           O  
+ATOM   7528  CB  LEU A 204     -21.094  -0.930  45.445  1.00 54.78           C  
+ATOM   7529  CG  LEU A 204     -19.677  -1.482  45.294  1.00 55.04           C  
+ATOM   7530  CD1 LEU A 204     -19.069  -1.788  46.652  1.00 52.25           C  
+ATOM   7531  CD2 LEU A 204     -19.687  -2.724  44.416  1.00 58.71           C  
+ATOM   7532  N   GLY A 205     -23.727   0.858  44.683  1.00 55.26           N  
+ATOM   7533  CA  GLY A 205     -25.134   1.117  44.912  1.00 55.93           C  
+ATOM   7534  C   GLY A 205     -25.925   1.583  43.713  1.00 59.48           C  
+ATOM   7535  O   GLY A 205     -27.158   1.591  43.762  1.00 66.05           O  
+ATOM   7536  N   THR A 206     -25.252   1.972  42.631  1.00 60.24           N  
+ATOM   7537  CA  THR A 206     -25.920   2.497  41.448  1.00 61.16           C  
+ATOM   7538  C   THR A 206     -25.895   1.551  40.258  1.00 62.60           C  
+ATOM   7539  O   THR A 206     -26.841   1.551  39.468  1.00 67.86           O  
+ATOM   7540  CB  THR A 206     -25.288   3.830  41.027  1.00 61.56           C  
+ATOM   7541  OG1 THR A 206     -23.911   3.622  40.693  1.00 65.02           O  
+ATOM   7542  CG2 THR A 206     -25.376   4.839  42.161  1.00 66.72           C  
+ATOM   7543  N   GLN A 207     -24.842   0.756  40.107  1.00 60.49           N  
+ATOM   7544  CA  GLN A 207     -24.673  -0.128  38.964  1.00 61.11           C  
+ATOM   7545  C   GLN A 207     -24.833  -1.582  39.395  1.00 59.13           C  
+ATOM   7546  O   GLN A 207     -24.455  -1.964  40.506  1.00 60.11           O  
+ATOM   7547  CB  GLN A 207     -23.302   0.098  38.315  1.00 63.45           C  
+ATOM   7548  CG  GLN A 207     -23.027  -0.730  37.074  1.00 65.39           C  
+ATOM   7549  CD  GLN A 207     -21.811  -0.234  36.317  1.00 68.76           C  
+ATOM   7550  OE1 GLN A 207     -21.183   0.751  36.707  1.00 67.85           O  
+ATOM   7551  NE2 GLN A 207     -21.473  -0.913  35.228  1.00 78.59           N  
+ATOM   7552  N   THR A 208     -25.405  -2.389  38.505  1.00 56.02           N  
+ATOM   7553  CA  THR A 208     -25.654  -3.802  38.761  1.00 57.84           C  
+ATOM   7554  C   THR A 208     -24.622  -4.660  38.036  1.00 55.55           C  
+ATOM   7555  O   THR A 208     -24.278  -4.393  36.881  1.00 58.94           O  
+ATOM   7556  CB  THR A 208     -27.067  -4.189  38.316  1.00 58.64           C  
+ATOM   7557  OG1 THR A 208     -28.028  -3.449  39.080  1.00 64.10           O  
+ATOM   7558  CG2 THR A 208     -27.315  -5.675  38.517  1.00 56.44           C  
+ATOM   7559  N   TYR A 209     -24.131  -5.692  38.722  1.00 54.77           N  
+ATOM   7560  CA  TYR A 209     -23.112  -6.588  38.187  1.00 55.53           C  
+ATOM   7561  C   TYR A 209     -23.630  -8.019  38.231  1.00 55.24           C  
+ATOM   7562  O   TYR A 209     -23.980  -8.522  39.304  1.00 55.71           O  
+ATOM   7563  CB  TYR A 209     -21.807  -6.466  38.978  1.00 55.75           C  
+ATOM   7564  CG  TYR A 209     -21.216  -5.075  38.964  1.00 55.35           C  
+ATOM   7565  CD1 TYR A 209     -20.500  -4.615  37.868  1.00 55.50           C  
+ATOM   7566  CD2 TYR A 209     -21.370  -4.224  40.051  1.00 52.46           C  
+ATOM   7567  CE1 TYR A 209     -19.960  -3.344  37.850  1.00 56.41           C  
+ATOM   7568  CE2 TYR A 209     -20.832  -2.952  40.044  1.00 54.08           C  
+ATOM   7569  CZ  TYR A 209     -20.128  -2.517  38.942  1.00 58.16           C  
+ATOM   7570  OH  TYR A 209     -19.589  -1.250  38.930  1.00 59.09           O  
+ATOM   7571  N   ILE A 210     -23.672  -8.670  37.071  1.00 54.06           N  
+ATOM   7572  CA  ILE A 210     -24.091 -10.063  36.950  1.00 54.06           C  
+ATOM   7573  C   ILE A 210     -22.971 -10.838  36.272  1.00 54.41           C  
+ATOM   7574  O   ILE A 210     -22.430 -10.392  35.253  1.00 55.14           O  
+ATOM   7575  CB  ILE A 210     -25.401 -10.205  36.151  1.00 53.83           C  
+ATOM   7576  CG1 ILE A 210     -26.496  -9.306  36.728  1.00 56.39           C  
+ATOM   7577  CG2 ILE A 210     -25.855 -11.659  36.118  1.00 52.18           C  
+ATOM   7578  CD1 ILE A 210     -26.743  -8.060  35.908  1.00 61.34           C  
+ATOM   7579  N   CYS A 211     -22.626 -11.994  36.832  1.00 54.55           N  
+ATOM   7580  CA  CYS A 211     -21.660 -12.895  36.219  1.00 54.65           C  
+ATOM   7581  C   CYS A 211     -22.399 -14.011  35.490  1.00 55.14           C  
+ATOM   7582  O   CYS A 211     -23.340 -14.604  36.034  1.00 54.34           O  
+ATOM   7583  CB  CYS A 211     -20.691 -13.462  37.261  1.00 55.12           C  
+ATOM   7584  SG  CYS A 211     -21.355 -14.723  38.374  1.00 66.83           S  
+ATOM   7585  N   ASN A 212     -21.985 -14.273  34.253  1.00 56.34           N  
+ATOM   7586  CA  ASN A 212     -22.605 -15.265  33.381  1.00 54.90           C  
+ATOM   7587  C   ASN A 212     -21.642 -16.435  33.234  1.00 52.36           C  
+ATOM   7588  O   ASN A 212     -20.569 -16.290  32.639  1.00 52.21           O  
+ATOM   7589  CB  ASN A 212     -22.939 -14.661  32.019  1.00 55.25           C  
+ATOM   7590  CG  ASN A 212     -23.439 -13.234  32.120  1.00 59.99           C  
+ATOM   7591  OD1 ASN A 212     -22.758 -12.295  31.705  1.00 56.57           O  
+ATOM   7592  ND2 ASN A 212     -24.637 -13.063  32.665  1.00 68.23           N  
+ATOM   7593  N   VAL A 213     -22.020 -17.583  33.782  1.00 52.14           N  
+ATOM   7594  CA  VAL A 213     -21.234 -18.807  33.695  1.00 54.26           C  
+ATOM   7595  C   VAL A 213     -21.881 -19.720  32.666  1.00 59.40           C  
+ATOM   7596  O   VAL A 213     -23.112 -19.819  32.591  1.00 64.13           O  
+ATOM   7597  CB  VAL A 213     -21.134 -19.492  35.072  1.00 51.87           C  
+ATOM   7598  CG1 VAL A 213     -20.285 -20.749  34.991  1.00 56.03           C  
+ATOM   7599  CG2 VAL A 213     -20.563 -18.524  36.097  1.00 53.21           C  
+ATOM   7600  N   ASN A 214     -21.055 -20.384  31.862  1.00 58.84           N  
+ATOM   7601  CA  ASN A 214     -21.543 -21.282  30.823  1.00 61.91           C  
+ATOM   7602  C   ASN A 214     -20.665 -22.521  30.809  1.00 62.12           C  
+ATOM   7603  O   ASN A 214     -19.463 -22.431  30.536  1.00 63.53           O  
+ATOM   7604  CB  ASN A 214     -21.535 -20.595  29.452  1.00 67.86           C  
+ATOM   7605  CG  ASN A 214     -22.216 -21.423  28.379  1.00 71.26           C  
+ATOM   7606  OD1 ASN A 214     -23.117 -22.211  28.664  1.00 74.26           O  
+ATOM   7607  ND2 ASN A 214     -21.786 -21.247  27.135  1.00 67.98           N  
+ATOM   7608  N   HIS A 215     -21.264 -23.670  31.115  1.00 63.51           N  
+ATOM   7609  CA  HIS A 215     -20.590 -24.965  31.084  1.00 63.97           C  
+ATOM   7610  C   HIS A 215     -21.315 -25.820  30.051  1.00 68.01           C  
+ATOM   7611  O   HIS A 215     -22.400 -26.348  30.318  1.00 70.59           O  
+ATOM   7612  CB  HIS A 215     -20.581 -25.620  32.463  1.00 63.25           C  
+ATOM   7613  CG  HIS A 215     -19.783 -26.885  32.526  1.00 64.65           C  
+ATOM   7614  ND1 HIS A 215     -20.349 -28.108  32.811  1.00 67.23           N  
+ATOM   7615  CD2 HIS A 215     -18.463 -27.118  32.331  1.00 65.64           C  
+ATOM   7616  CE1 HIS A 215     -19.412 -29.040  32.796  1.00 66.27           C  
+ATOM   7617  NE2 HIS A 215     -18.259 -28.465  32.508  1.00 66.37           N  
+ATOM   7618  N   LYS A 216     -20.718 -25.939  28.869  1.00 67.06           N  
+ATOM   7619  CA  LYS A 216     -21.320 -26.633  27.737  1.00 69.33           C  
+ATOM   7620  C   LYS A 216     -21.384 -28.149  27.922  1.00 69.29           C  
+ATOM   7621  O   LYS A 216     -22.383 -28.758  27.519  1.00 72.90           O  
+ATOM   7622  CB  LYS A 216     -20.572 -26.287  26.447  1.00 69.68           C  
+ATOM   7623  CG  LYS A 216     -20.789 -24.857  25.980  1.00 71.85           C  
+ATOM   7624  CD  LYS A 216     -20.305 -24.657  24.554  1.00 79.59           C  
+ATOM   7625  CE  LYS A 216     -20.685 -23.280  24.033  1.00 85.12           C  
+ATOM   7626  NZ  LYS A 216     -20.272 -23.089  22.615  1.00 87.44           N  
+ATOM   7627  N   PRO A 217     -20.359 -28.808  28.488  1.00 67.00           N  
+ATOM   7628  CA  PRO A 217     -20.491 -30.256  28.735  1.00 68.82           C  
+ATOM   7629  C   PRO A 217     -21.726 -30.637  29.534  1.00 69.62           C  
+ATOM   7630  O   PRO A 217     -22.306 -31.702  29.287  1.00 72.84           O  
+ATOM   7631  CB  PRO A 217     -19.201 -30.595  29.493  1.00 67.89           C  
+ATOM   7632  CG  PRO A 217     -18.220 -29.618  28.989  1.00 67.53           C  
+ATOM   7633  CD  PRO A 217     -18.983 -28.345  28.756  1.00 67.83           C  
+ATOM   7634  N   SER A 218     -22.148 -29.804  30.483  1.00 68.38           N  
+ATOM   7635  CA  SER A 218     -23.367 -30.051  31.241  1.00 69.73           C  
+ATOM   7636  C   SER A 218     -24.557 -29.258  30.723  1.00 68.83           C  
+ATOM   7637  O   SER A 218     -25.670 -29.447  31.226  1.00 70.97           O  
+ATOM   7638  CB  SER A 218     -23.149 -29.727  32.725  1.00 68.90           C  
+ATOM   7639  OG  SER A 218     -22.952 -28.337  32.922  1.00 67.06           O  
+ATOM   7640  N   ASN A 219     -24.347 -28.380  29.741  1.00 69.71           N  
+ATOM   7641  CA  ASN A 219     -25.407 -27.541  29.183  1.00 73.17           C  
+ATOM   7642  C   ASN A 219     -26.042 -26.668  30.262  1.00 69.90           C  
+ATOM   7643  O   ASN A 219     -27.265 -26.543  30.356  1.00 74.21           O  
+ATOM   7644  CB  ASN A 219     -26.459 -28.380  28.452  1.00 76.12           C  
+ATOM   7645  CG  ASN A 219     -27.435 -27.529  27.670  1.00 79.09           C  
+ATOM   7646  OD1 ASN A 219     -28.608 -27.418  28.028  1.00 77.35           O  
+ATOM   7647  ND2 ASN A 219     -26.940 -26.871  26.633  1.00 81.51           N  
+ATOM   7648  N   THR A 220     -25.202 -26.070  31.098  1.00 68.21           N  
+ATOM   7649  CA  THR A 220     -25.654 -25.208  32.181  1.00 70.39           C  
+ATOM   7650  C   THR A 220     -25.284 -23.769  31.848  1.00 69.90           C  
+ATOM   7651  O   THR A 220     -24.101 -23.448  31.686  1.00 69.45           O  
+ATOM   7652  CB  THR A 220     -25.044 -25.631  33.515  1.00 69.07           C  
+ATOM   7653  OG1 THR A 220     -23.631 -25.802  33.358  1.00 71.44           O  
+ATOM   7654  CG2 THR A 220     -25.661 -26.938  33.992  1.00 66.83           C  
+ATOM   7655  N   LYS A 221     -26.292 -22.909  31.751  1.00 67.71           N  
+ATOM   7656  CA  LYS A 221     -26.110 -21.493  31.446  1.00 64.89           C  
+ATOM   7657  C   LYS A 221     -26.654 -20.730  32.650  1.00 64.66           C  
+ATOM   7658  O   LYS A 221     -27.850 -20.442  32.734  1.00 66.80           O  
+ATOM   7659  CB  LYS A 221     -26.818 -21.113  30.145  1.00 69.19           C  
+ATOM   7660  CG  LYS A 221     -26.196 -19.935  29.413  1.00 73.15           C  
+ATOM   7661  CD  LYS A 221     -26.767 -19.797  28.007  1.00 74.25           C  
+ATOM   7662  CE  LYS A 221     -26.466 -21.028  27.162  1.00 72.35           C  
+ATOM   7663  NZ  LYS A 221     -27.016 -20.908  25.782  1.00 73.20           N  
+ATOM   7664  N   VAL A 222     -25.763 -20.403  33.581  1.00 58.79           N  
+ATOM   7665  CA  VAL A 222     -26.130 -19.812  34.860  1.00 55.39           C  
+ATOM   7666  C   VAL A 222     -25.815 -18.324  34.831  1.00 54.78           C  
+ATOM   7667  O   VAL A 222     -24.844 -17.881  34.211  1.00 59.87           O  
+ATOM   7668  CB  VAL A 222     -25.387 -20.526  36.013  1.00 52.25           C  
+ATOM   7669  CG1 VAL A 222     -25.663 -19.856  37.352  1.00 49.03           C  
+ATOM   7670  CG2 VAL A 222     -25.765 -22.001  36.055  1.00 55.11           C  
+ATOM   7671  N   ASP A 223     -26.657 -17.541  35.499  1.00 53.07           N  
+ATOM   7672  CA  ASP A 223     -26.409 -16.127  35.732  1.00 53.09           C  
+ATOM   7673  C   ASP A 223     -26.559 -15.857  37.221  1.00 52.55           C  
+ATOM   7674  O   ASP A 223     -27.475 -16.378  37.863  1.00 55.93           O  
+ATOM   7675  CB  ASP A 223     -27.371 -15.245  34.930  1.00 56.54           C  
+ATOM   7676  CG  ASP A 223     -27.264 -15.475  33.437  1.00 62.58           C  
+ATOM   7677  OD1 ASP A 223     -26.130 -15.615  32.933  1.00 67.63           O  
+ATOM   7678  OD2 ASP A 223     -28.318 -15.521  32.766  1.00 66.83           O  
+ATOM   7679  N   LYS A 224     -25.644 -15.069  37.780  1.00 51.13           N  
+ATOM   7680  CA  LYS A 224     -25.642 -14.804  39.213  1.00 53.36           C  
+ATOM   7681  C   LYS A 224     -25.425 -13.319  39.448  1.00 53.31           C  
+ATOM   7682  O   LYS A 224     -24.427 -12.755  38.986  1.00 51.32           O  
+ATOM   7683  CB  LYS A 224     -24.565 -15.627  39.926  1.00 55.68           C  
+ATOM   7684  CG  LYS A 224     -24.763 -15.737  41.430  1.00 54.28           C  
+ATOM   7685  CD  LYS A 224     -25.803 -16.800  41.760  1.00 56.79           C  
+ATOM   7686  CE  LYS A 224     -26.113 -16.844  43.248  1.00 65.51           C  
+ATOM   7687  NZ  LYS A 224     -26.972 -18.010  43.600  1.00 69.89           N  
+ATOM   7688  N   LYS A 225     -26.361 -12.688  40.151  1.00 53.81           N  
+ATOM   7689  CA  LYS A 225     -26.195 -11.299  40.550  1.00 53.57           C  
+ATOM   7690  C   LYS A 225     -25.347 -11.217  41.810  1.00 54.62           C  
+ATOM   7691  O   LYS A 225     -25.542 -11.982  42.759  1.00 51.95           O  
+ATOM   7692  CB  LYS A 225     -27.550 -10.633  40.797  1.00 50.95           C  
+ATOM   7693  CG  LYS A 225     -27.434  -9.156  41.148  1.00 54.24           C  
+ATOM   7694  CD  LYS A 225     -28.783  -8.518  41.422  1.00 59.37           C  
+ATOM   7695  CE  LYS A 225     -28.631  -7.022  41.659  1.00 65.72           C  
+ATOM   7696  NZ  LYS A 225     -29.706  -6.473  42.529  1.00 70.58           N  
+ATOM   7697  N   VAL A 226     -24.401 -10.285  41.813  1.00 54.57           N  
+ATOM   7698  CA  VAL A 226     -23.495 -10.078  42.936  1.00 54.12           C  
+ATOM   7699  C   VAL A 226     -23.853  -8.738  43.563  1.00 55.90           C  
+ATOM   7700  O   VAL A 226     -23.674  -7.682  42.944  1.00 56.64           O  
+ATOM   7701  CB  VAL A 226     -22.025 -10.119  42.498  1.00 52.11           C  
+ATOM   7702  CG1 VAL A 226     -21.111  -9.960  43.701  1.00 54.95           C  
+ATOM   7703  CG2 VAL A 226     -21.731 -11.419  41.768  1.00 49.03           C  
+ATOM   7704  N   GLU A 227     -24.361  -8.779  44.792  1.00 59.94           N  
+ATOM   7705  CA  GLU A 227     -24.820  -7.595  45.495  1.00 66.26           C  
+ATOM   7706  C   GLU A 227     -23.957  -7.335  46.722  1.00 66.90           C  
+ATOM   7707  O   GLU A 227     -23.403  -8.272  47.305  1.00 66.73           O  
+ATOM   7708  CB  GLU A 227     -26.281  -7.747  45.940  1.00 73.50           C  
+ATOM   7709  CG  GLU A 227     -27.263  -8.008  44.816  1.00 72.49           C  
+ATOM   7710  CD  GLU A 227     -28.662  -8.286  45.330  1.00 88.38           C  
+ATOM   7711  OE1 GLU A 227     -28.900  -9.405  45.831  1.00 93.23           O  
+ATOM   7712  OE2 GLU A 227     -29.521  -7.385  45.238  1.00109.68           O  
+ATOM   7713  N   PRO A 228     -23.818  -6.076  47.136  1.00 68.06           N  
+ATOM   7714  CA  PRO A 228     -23.160  -5.795  48.420  1.00 71.66           C  
+ATOM   7715  C   PRO A 228     -23.993  -6.357  49.562  1.00 77.11           C  
+ATOM   7716  O   PRO A 228     -25.149  -5.974  49.758  1.00 80.11           O  
+ATOM   7717  CB  PRO A 228     -23.088  -4.264  48.454  1.00 66.98           C  
+ATOM   7718  CG  PRO A 228     -24.177  -3.813  47.536  1.00 68.65           C  
+ATOM   7719  CD  PRO A 228     -24.232  -4.842  46.445  1.00 70.03           C  
+ATOM   7720  N   LYS A 229     -23.399  -7.286  50.308  1.00 84.71           N  
+ATOM   7721  CA  LYS A 229     -24.122  -7.971  51.372  1.00 89.90           C  
+ATOM   7722  C   LYS A 229     -24.457  -6.979  52.483  1.00 97.41           C  
+ATOM   7723  O   LYS A 229     -23.560  -6.369  53.075  1.00 96.50           O  
+ATOM   7724  CB  LYS A 229     -23.287  -9.135  51.904  1.00 87.28           C  
+ATOM   7725  CG  LYS A 229     -24.089 -10.322  52.453  1.00 89.18           C  
+ATOM   7726  CD  LYS A 229     -24.946  -9.967  53.653  1.00100.50           C  
+ATOM   7727  CE  LYS A 229     -25.758 -11.158  54.133  1.00100.53           C  
+ATOM   7728  NZ  LYS A 229     -24.893 -12.245  54.665  1.00 96.27           N  
+ATOM   7729  N   SER A 230     -25.749  -6.819  52.756  1.00106.17           N  
+ATOM   7730  CA  SER A 230     -26.238  -5.854  53.728  1.00116.51           C  
+ATOM   7731  C   SER A 230     -26.140  -6.410  55.148  1.00123.15           C  
+ATOM   7732  O   SER A 230     -26.016  -7.617  55.368  1.00119.24           O  
+ATOM   7733  CB  SER A 230     -27.683  -5.464  53.417  1.00112.42           C  
+ATOM   7734  OG  SER A 230     -28.203  -4.601  54.413  1.00112.38           O  
+ATOM   7735  N   CYS A 231     -26.205  -5.505  56.120  1.00130.20           N  
+ATOM   7736  CA  CYS A 231     -26.115  -5.889  57.524  1.00139.76           C  
+ATOM   7737  C   CYS A 231     -27.506  -6.117  58.107  1.00139.09           C  
+ATOM   7738  O   CYS A 231     -27.682  -6.159  59.324  1.00139.53           O  
+ATOM   7739  CB  CYS A 231     -25.379  -4.818  58.332  1.00145.41           C  
+ATOM   7740  SG  CYS A 231     -23.708  -4.449  57.752  1.00149.54           S  
+ATOM   7741  N   ASP B   1      11.398 -38.267  11.973  1.00108.03           N  
+ATOM   7742  CA  ASP B   1      10.930 -36.903  12.191  1.00100.47           C  
+ATOM   7743  C   ASP B   1      12.104 -35.940  12.338  1.00 93.25           C  
+ATOM   7744  O   ASP B   1      13.184 -36.328  12.781  1.00 91.61           O  
+ATOM   7745  CB  ASP B   1      10.041 -36.828  13.436  1.00 97.19           C  
+ATOM   7746  CG  ASP B   1       8.809 -37.704  13.329  1.00103.76           C  
+ATOM   7747  OD1 ASP B   1       8.679 -38.432  12.322  1.00103.57           O  
+ATOM   7748  OD2 ASP B   1       7.968 -37.662  14.251  1.00106.31           O  
+ATOM   7749  N   ILE B   2      11.885 -34.685  11.961  1.00 86.69           N  
+ATOM   7750  CA  ILE B   2      12.875 -33.630  12.150  1.00 80.75           C  
+ATOM   7751  C   ILE B   2      12.562 -32.935  13.467  1.00 77.53           C  
+ATOM   7752  O   ILE B   2      11.474 -32.375  13.639  1.00 76.69           O  
+ATOM   7753  CB  ILE B   2      12.865 -32.635  10.981  1.00 78.28           C  
+ATOM   7754  CG1 ILE B   2      13.405 -33.294   9.711  1.00 78.83           C  
+ATOM   7755  CG2 ILE B   2      13.678 -31.396  11.328  1.00 72.95           C  
+ATOM   7756  CD1 ILE B   2      13.330 -32.407   8.487  1.00 77.13           C  
+ATOM   7757  N   VAL B   3      13.509 -32.962  14.396  1.00 73.92           N  
+ATOM   7758  CA  VAL B   3      13.287 -32.437  15.738  1.00 74.92           C  
+ATOM   7759  C   VAL B   3      13.712 -30.977  15.785  1.00 69.31           C  
+ATOM   7760  O   VAL B   3      14.849 -30.635  15.437  1.00 67.75           O  
+ATOM   7761  CB  VAL B   3      14.047 -33.267  16.786  1.00 75.36           C  
+ATOM   7762  CG1 VAL B   3      13.973 -32.596  18.149  1.00 67.79           C  
+ATOM   7763  CG2 VAL B   3      13.486 -34.679  16.850  1.00 88.49           C  
+ATOM   7764  N   MET B   4      12.795 -30.115  16.215  1.00 67.74           N  
+ATOM   7765  CA  MET B   4      13.073 -28.704  16.434  1.00 66.37           C  
+ATOM   7766  C   MET B   4      13.250 -28.470  17.928  1.00 65.69           C  
+ATOM   7767  O   MET B   4      12.390 -28.860  18.725  1.00 64.70           O  
+ATOM   7768  CB  MET B   4      11.940 -27.830  15.892  1.00 67.57           C  
+ATOM   7769  CG  MET B   4      11.566 -28.118  14.448  1.00 63.82           C  
+ATOM   7770  SD  MET B   4      12.954 -27.929  13.318  1.00 65.19           S  
+ATOM   7771  CE  MET B   4      13.098 -26.146  13.247  1.00 64.56           C  
+ATOM   7772  N   THR B   5      14.359 -27.839  18.305  1.00 63.17           N  
+ATOM   7773  CA  THR B   5      14.695 -27.637  19.709  1.00 61.65           C  
+ATOM   7774  C   THR B   5      14.927 -26.155  19.950  1.00 61.76           C  
+ATOM   7775  O   THR B   5      15.785 -25.544  19.303  1.00 60.51           O  
+ATOM   7776  CB  THR B   5      15.933 -28.445  20.107  1.00 59.53           C  
+ATOM   7777  OG1 THR B   5      15.740 -29.820  19.755  1.00 63.36           O  
+ATOM   7778  CG2 THR B   5      16.174 -28.343  21.605  1.00 57.17           C  
+ATOM   7779  N   GLN B   6      14.155 -25.579  20.865  1.00 61.80           N  
+ATOM   7780  CA  GLN B   6      14.331 -24.196  21.287  1.00 62.86           C  
+ATOM   7781  C   GLN B   6      15.131 -24.192  22.585  1.00 65.82           C  
+ATOM   7782  O   GLN B   6      14.741 -24.843  23.560  1.00 67.12           O  
+ATOM   7783  CB  GLN B   6      12.978 -23.507  21.458  1.00 58.31           C  
+ATOM   7784  CG  GLN B   6      12.213 -23.371  20.149  1.00 55.60           C  
+ATOM   7785  CD  GLN B   6      10.884 -22.662  20.305  1.00 52.96           C  
+ATOM   7786  OE1 GLN B   6       9.851 -23.153  19.852  1.00 53.48           O  
+ATOM   7787  NE2 GLN B   6      10.905 -21.497  20.942  1.00 52.64           N  
+ATOM   7788  N   SER B   7      16.254 -23.469  22.582  1.00 71.67           N  
+ATOM   7789  CA  SER B   7      17.224 -23.570  23.671  1.00 75.43           C  
+ATOM   7790  C   SER B   7      16.601 -23.217  25.016  1.00 71.89           C  
+ATOM   7791  O   SER B   7      16.747 -23.959  25.994  1.00 78.05           O  
+ATOM   7792  CB  SER B   7      18.426 -22.670  23.383  1.00 74.79           C  
+ATOM   7793  OG  SER B   7      18.028 -21.318  23.238  1.00 75.28           O  
+ATOM   7794  N   HIS B   8      15.904 -22.088  25.088  1.00 69.72           N  
+ATOM   7795  CA  HIS B   8      15.366 -21.579  26.342  1.00 69.07           C  
+ATOM   7796  C   HIS B   8      13.855 -21.751  26.374  1.00 65.50           C  
+ATOM   7797  O   HIS B   8      13.165 -21.403  25.410  1.00 64.07           O  
+ATOM   7798  CB  HIS B   8      15.738 -20.109  26.535  1.00 66.86           C  
+ATOM   7799  CG  HIS B   8      17.211 -19.873  26.635  1.00 69.63           C  
+ATOM   7800  ND1 HIS B   8      17.958 -19.377  25.589  1.00 82.63           N  
+ATOM   7801  CD2 HIS B   8      18.079 -20.075  27.654  1.00 71.35           C  
+ATOM   7802  CE1 HIS B   8      19.221 -19.278  25.961  1.00 80.74           C  
+ATOM   7803  NE2 HIS B   8      19.322 -19.696  27.210  1.00 73.11           N  
+ATOM   7804  N   LYS B   9      13.351 -22.292  27.484  1.00 65.35           N  
+ATOM   7805  CA  LYS B   9      11.915 -22.457  27.673  1.00 59.12           C  
+ATOM   7806  C   LYS B   9      11.248 -21.182  28.177  1.00 57.09           C  
+ATOM   7807  O   LYS B   9      10.068 -20.953  27.890  1.00 56.41           O  
+ATOM   7808  CB  LYS B   9      11.611 -23.607  28.647  1.00 59.74           C  
+ATOM   7809  CG  LYS B   9      12.437 -23.669  29.954  1.00 83.91           C  
+ATOM   7810  CD  LYS B   9      13.900 -24.081  29.758  1.00 83.26           C  
+ATOM   7811  CE  LYS B   9      14.821 -23.431  30.775  1.00 67.86           C  
+ATOM   7812  NZ  LYS B   9      15.176 -22.048  30.348  1.00 60.11           N  
+ATOM   7813  N   PHE B  10      11.970 -20.350  28.928  1.00 58.53           N  
+ATOM   7814  CA  PHE B  10      11.444 -19.086  29.426  1.00 56.27           C  
+ATOM   7815  C   PHE B  10      12.448 -17.972  29.172  1.00 51.83           C  
+ATOM   7816  O   PHE B  10      13.660 -18.179  29.283  1.00 52.47           O  
+ATOM   7817  CB  PHE B  10      11.123 -19.150  30.928  1.00 55.81           C  
+ATOM   7818  CG  PHE B  10      10.088 -20.177  31.287  1.00 63.41           C  
+ATOM   7819  CD1 PHE B  10       8.737 -19.895  31.158  1.00 69.38           C  
+ATOM   7820  CD2 PHE B  10      10.464 -21.420  31.767  1.00 67.76           C  
+ATOM   7821  CE1 PHE B  10       7.783 -20.838  31.490  1.00 65.36           C  
+ATOM   7822  CE2 PHE B  10       9.515 -22.366  32.101  1.00 66.69           C  
+ATOM   7823  CZ  PHE B  10       8.173 -22.075  31.962  1.00 65.30           C  
+ATOM   7824  N   MET B  11      11.935 -16.791  28.832  1.00 46.26           N  
+ATOM   7825  CA  MET B  11      12.761 -15.609  28.643  1.00 46.47           C  
+ATOM   7826  C   MET B  11      12.056 -14.399  29.235  1.00 44.59           C  
+ATOM   7827  O   MET B  11      10.853 -14.211  29.034  1.00 44.67           O  
+ATOM   7828  CB  MET B  11      13.063 -15.363  27.159  1.00 48.85           C  
+ATOM   7829  CG  MET B  11      14.182 -16.226  26.597  1.00 50.63           C  
+ATOM   7830  SD  MET B  11      14.844 -15.578  25.051  1.00 65.08           S  
+ATOM   7831  CE  MET B  11      15.990 -16.878  24.602  1.00 61.85           C  
+ATOM   7832  N   SER B  12      12.811 -13.582  29.961  1.00 47.32           N  
+ATOM   7833  CA  SER B  12      12.302 -12.363  30.570  1.00 47.62           C  
+ATOM   7834  C   SER B  12      12.959 -11.151  29.924  1.00 45.14           C  
+ATOM   7835  O   SER B  12      14.153 -11.176  29.611  1.00 49.39           O  
+ATOM   7836  CB  SER B  12      12.553 -12.354  32.078  1.00 50.35           C  
+ATOM   7837  OG  SER B  12      12.259 -11.084  32.624  1.00 54.47           O  
+ATOM   7838  N   THR B  13      12.178 -10.092  29.722  1.00 45.32           N  
+ATOM   7839  CA  THR B  13      12.696  -8.894  29.078  1.00 47.24           C  
+ATOM   7840  C   THR B  13      11.937  -7.666  29.554  1.00 47.44           C  
+ATOM   7841  O   THR B  13      10.800  -7.752  30.026  1.00 50.32           O  
+ATOM   7842  CB  THR B  13      12.610  -8.994  27.554  1.00 51.69           C  
+ATOM   7843  OG1 THR B  13      13.347  -7.919  26.959  1.00 56.03           O  
+ATOM   7844  CG2 THR B  13      11.161  -8.924  27.094  1.00 49.57           C  
+ATOM   7845  N   LEU B  14      12.590  -6.517  29.422  1.00 47.62           N  
+ATOM   7846  CA  LEU B  14      11.983  -5.229  29.711  1.00 47.89           C  
+ATOM   7847  C   LEU B  14      11.288  -4.688  28.466  1.00 49.08           C  
+ATOM   7848  O   LEU B  14      11.625  -5.040  27.333  1.00 50.26           O  
+ATOM   7849  CB  LEU B  14      13.039  -4.235  30.200  1.00 48.01           C  
+ATOM   7850  CG  LEU B  14      13.830  -4.637  31.447  1.00 48.33           C  
+ATOM   7851  CD1 LEU B  14      15.035  -3.732  31.632  1.00 45.87           C  
+ATOM   7852  CD2 LEU B  14      12.942  -4.600  32.679  1.00 51.32           C  
+ATOM   7853  N   VAL B  15      10.298  -3.822  28.691  1.00 50.53           N  
+ATOM   7854  CA  VAL B  15       9.589  -3.200  27.580  1.00 48.69           C  
+ATOM   7855  C   VAL B  15      10.520  -2.236  26.858  1.00 48.29           C  
+ATOM   7856  O   VAL B  15      11.249  -1.457  27.486  1.00 50.58           O  
+ATOM   7857  CB  VAL B  15       8.321  -2.494  28.091  1.00 40.41           C  
+ATOM   7858  CG1 VAL B  15       7.735  -1.587  27.023  1.00 43.01           C  
+ATOM   7859  CG2 VAL B  15       7.294  -3.523  28.539  1.00 43.77           C  
+ATOM   7860  N   GLY B  16      10.494  -2.280  25.526  1.00 47.12           N  
+ATOM   7861  CA  GLY B  16      11.401  -1.501  24.710  1.00 49.51           C  
+ATOM   7862  C   GLY B  16      12.749  -2.140  24.457  1.00 48.51           C  
+ATOM   7863  O   GLY B  16      13.571  -1.549  23.745  1.00 52.26           O  
+ATOM   7864  N   ASP B  17      12.999  -3.324  25.009  1.00 46.68           N  
+ATOM   7865  CA  ASP B  17      14.274  -4.013  24.883  1.00 48.06           C  
+ATOM   7866  C   ASP B  17      14.239  -5.007  23.722  1.00 51.09           C  
+ATOM   7867  O   ASP B  17      13.201  -5.255  23.107  1.00 52.73           O  
+ATOM   7868  CB  ASP B  17      14.617  -4.726  26.188  1.00 51.99           C  
+ATOM   7869  CG  ASP B  17      16.099  -4.747  26.466  1.00 52.61           C  
+ATOM   7870  OD1 ASP B  17      16.874  -4.312  25.588  1.00 48.02           O  
+ATOM   7871  OD2 ASP B  17      16.488  -5.204  27.561  1.00 55.07           O  
+ATOM   7872  N   ARG B  18      15.401  -5.561  23.403  1.00 49.94           N  
+ATOM   7873  CA  ARG B  18      15.496  -6.567  22.359  1.00 49.55           C  
+ATOM   7874  C   ARG B  18      15.411  -7.975  22.949  1.00 51.15           C  
+ATOM   7875  O   ARG B  18      15.762  -8.206  24.112  1.00 53.07           O  
+ATOM   7876  CB  ARG B  18      16.787  -6.346  21.569  1.00 53.01           C  
+ATOM   7877  CG  ARG B  18      17.656  -7.549  21.287  1.00 55.83           C  
+ATOM   7878  CD  ARG B  18      18.788  -7.142  20.347  1.00 62.78           C  
+ATOM   7879  NE  ARG B  18      19.500  -5.963  20.844  1.00 63.12           N  
+ATOM   7880  CZ  ARG B  18      20.593  -6.023  21.599  1.00 60.19           C  
+ATOM   7881  NH1 ARG B  18      21.106  -7.208  21.900  1.00 65.65           N  
+ATOM   7882  NH2 ARG B  18      21.194  -4.914  22.021  1.00 60.80           N  
+ATOM   7883  N   VAL B  19      14.955  -8.919  22.124  1.00 46.53           N  
+ATOM   7884  CA  VAL B  19      14.873 -10.335  22.483  1.00 47.30           C  
+ATOM   7885  C   VAL B  19      15.153 -11.155  21.234  1.00 47.66           C  
+ATOM   7886  O   VAL B  19      14.677 -10.825  20.144  1.00 49.62           O  
+ATOM   7887  CB  VAL B  19      13.483 -10.710  23.050  1.00 49.08           C  
+ATOM   7888  CG1 VAL B  19      13.348 -12.221  23.223  1.00 49.70           C  
+ATOM   7889  CG2 VAL B  19      13.233 -10.025  24.355  1.00 51.14           C  
+ATOM   7890  N   SER B  20      15.928 -12.226  21.395  1.00 45.60           N  
+ATOM   7891  CA  SER B  20      16.245 -13.128  20.291  1.00 48.35           C  
+ATOM   7892  C   SER B  20      16.112 -14.557  20.798  1.00 50.41           C  
+ATOM   7893  O   SER B  20      16.917 -15.008  21.619  1.00 51.43           O  
+ATOM   7894  CB  SER B  20      17.647 -12.864  19.739  1.00 50.85           C  
+ATOM   7895  OG  SER B  20      17.735 -11.566  19.174  1.00 46.32           O  
+ATOM   7896  N   ILE B  21      15.098 -15.259  20.310  1.00 50.77           N  
+ATOM   7897  CA  ILE B  21      14.870 -16.665  20.619  1.00 52.19           C  
+ATOM   7898  C   ILE B  21      15.506 -17.501  19.522  1.00 51.64           C  
+ATOM   7899  O   ILE B  21      15.385 -17.186  18.333  1.00 55.29           O  
+ATOM   7900  CB  ILE B  21      13.363 -16.960  20.742  1.00 50.39           C  
+ATOM   7901  CG1 ILE B  21      12.705 -15.994  21.728  1.00 54.03           C  
+ATOM   7902  CG2 ILE B  21      13.129 -18.404  21.160  1.00 50.42           C  
+ATOM   7903  CD1 ILE B  21      11.195 -16.076  21.739  1.00 52.04           C  
+ATOM   7904  N   THR B  22      16.190 -18.569  19.912  1.00 51.82           N  
+ATOM   7905  CA  THR B  22      16.881 -19.425  18.963  1.00 53.47           C  
+ATOM   7906  C   THR B  22      16.173 -20.765  18.830  1.00 57.20           C  
+ATOM   7907  O   THR B  22      15.499 -21.231  19.753  1.00 60.82           O  
+ATOM   7908  CB  THR B  22      18.334 -19.637  19.380  1.00 52.58           C  
+ATOM   7909  OG1 THR B  22      18.381 -20.433  20.571  1.00 58.52           O  
+ATOM   7910  CG2 THR B  22      18.972 -18.297  19.652  1.00 55.67           C  
+ATOM   7911  N   CYS B  23      16.340 -21.379  17.662  1.00 58.13           N  
+ATOM   7912  CA  CYS B  23      15.704 -22.651  17.353  1.00 59.14           C  
+ATOM   7913  C   CYS B  23      16.615 -23.426  16.414  1.00 62.33           C  
+ATOM   7914  O   CYS B  23      17.035 -22.904  15.375  1.00 65.99           O  
+ATOM   7915  CB  CYS B  23      14.321 -22.429  16.732  1.00 58.46           C  
+ATOM   7916  SG  CYS B  23      13.533 -23.869  15.986  1.00 64.51           S  
+ATOM   7917  N   LYS B  24      16.931 -24.661  16.792  1.00 61.52           N  
+ATOM   7918  CA  LYS B  24      17.865 -25.492  16.051  1.00 62.00           C  
+ATOM   7919  C   LYS B  24      17.152 -26.729  15.527  1.00 64.51           C  
+ATOM   7920  O   LYS B  24      16.353 -27.350  16.237  1.00 65.74           O  
+ATOM   7921  CB  LYS B  24      19.057 -25.895  16.926  1.00 64.89           C  
+ATOM   7922  CG  LYS B  24      20.257 -26.404  16.144  1.00 72.48           C  
+ATOM   7923  CD  LYS B  24      21.419 -26.740  17.066  1.00 79.84           C  
+ATOM   7924  CE  LYS B  24      22.639 -27.192  16.278  1.00 84.90           C  
+ATOM   7925  NZ  LYS B  24      23.255 -26.070  15.515  1.00 76.75           N  
+ATOM   7926  N   ALA B  25      17.442 -27.078  14.278  1.00 64.83           N  
+ATOM   7927  CA  ALA B  25      16.857 -28.241  13.630  1.00 63.97           C  
+ATOM   7928  C   ALA B  25      17.868 -29.378  13.598  1.00 65.69           C  
+ATOM   7929  O   ALA B  25      19.070 -29.150  13.431  1.00 66.24           O  
+ATOM   7930  CB  ALA B  25      16.402 -27.904  12.209  1.00 64.53           C  
+ATOM   7931  N   SER B  26      17.372 -30.606  13.762  1.00 65.19           N  
+ATOM   7932  CA  SER B  26      18.246 -31.772  13.741  1.00 67.48           C  
+ATOM   7933  C   SER B  26      18.839 -32.029  12.362  1.00 72.73           C  
+ATOM   7934  O   SER B  26      19.897 -32.659  12.264  1.00 75.04           O  
+ATOM   7935  CB  SER B  26      17.483 -33.008  14.218  1.00 70.66           C  
+ATOM   7936  OG  SER B  26      16.399 -33.304  13.354  1.00 77.24           O  
+ATOM   7937  N   GLN B  27      18.186 -31.561  11.302  1.00 73.72           N  
+ATOM   7938  CA  GLN B  27      18.662 -31.736   9.939  1.00 73.32           C  
+ATOM   7939  C   GLN B  27      18.569 -30.410   9.197  1.00 70.98           C  
+ATOM   7940  O   GLN B  27      17.979 -29.440   9.680  1.00 70.09           O  
+ATOM   7941  CB  GLN B  27      17.857 -32.815   9.202  1.00 75.26           C  
+ATOM   7942  CG  GLN B  27      18.038 -34.216   9.760  1.00 80.30           C  
+ATOM   7943  CD  GLN B  27      16.973 -35.176   9.274  1.00 86.44           C  
+ATOM   7944  OE1 GLN B  27      16.669 -35.232   8.082  1.00 91.89           O  
+ATOM   7945  NE2 GLN B  27      16.396 -35.937  10.196  1.00 89.19           N  
+ATOM   7946  N   ASP B  28      19.167 -30.375   8.009  1.00 73.56           N  
+ATOM   7947  CA  ASP B  28      19.090 -29.186   7.173  1.00 72.95           C  
+ATOM   7948  C   ASP B  28      17.661 -28.997   6.680  1.00 72.06           C  
+ATOM   7949  O   ASP B  28      17.066 -29.910   6.098  1.00 73.56           O  
+ATOM   7950  CB  ASP B  28      20.056 -29.304   5.993  1.00 70.75           C  
+ATOM   7951  CG  ASP B  28      20.233 -27.994   5.238  1.00 74.14           C  
+ATOM   7952  OD1 ASP B  28      19.224 -27.331   4.919  1.00 76.70           O  
+ATOM   7953  OD2 ASP B  28      21.394 -27.625   4.962  1.00 80.57           O  
+ATOM   7954  N   VAL B  29      17.110 -27.809   6.918  1.00 68.20           N  
+ATOM   7955  CA  VAL B  29      15.756 -27.488   6.483  1.00 68.41           C  
+ATOM   7956  C   VAL B  29      15.790 -26.212   5.655  1.00 67.18           C  
+ATOM   7957  O   VAL B  29      14.782 -25.504   5.545  1.00 65.03           O  
+ATOM   7958  CB  VAL B  29      14.798 -27.351   7.682  1.00 66.85           C  
+ATOM   7959  CG1 VAL B  29      14.670 -28.678   8.412  1.00 71.10           C  
+ATOM   7960  CG2 VAL B  29      15.287 -26.273   8.631  1.00 65.57           C  
+ATOM   7961  N   SER B  36      16.951 -25.921   5.061  1.00 67.25           N  
+ATOM   7962  CA  SER B  36      17.138 -24.736   4.229  1.00 66.32           C  
+ATOM   7963  C   SER B  36      16.728 -23.477   4.981  1.00 63.13           C  
+ATOM   7964  O   SER B  36      17.079 -23.301   6.152  1.00 60.32           O  
+ATOM   7965  CB  SER B  36      16.345 -24.863   2.925  1.00 66.57           C  
+ATOM   7966  OG  SER B  36      16.504 -23.711   2.115  1.00 67.66           O  
+ATOM   7967  N   THR B  37      15.994 -22.591   4.310  1.00 62.57           N  
+ATOM   7968  CA  THR B  37      15.468 -21.382   4.923  1.00 59.77           C  
+ATOM   7969  C   THR B  37      13.973 -21.479   5.207  1.00 59.16           C  
+ATOM   7970  O   THR B  37      13.316 -20.450   5.376  1.00 58.22           O  
+ATOM   7971  CB  THR B  37      15.751 -20.169   4.036  1.00 56.80           C  
+ATOM   7972  OG1 THR B  37      15.156 -20.368   2.748  1.00 57.67           O  
+ATOM   7973  CG2 THR B  37      17.249 -19.966   3.873  1.00 60.11           C  
+ATOM   7974  N   THR B  38      13.420 -22.691   5.260  1.00 58.59           N  
+ATOM   7975  CA  THR B  38      11.976 -22.880   5.410  1.00 59.44           C  
+ATOM   7976  C   THR B  38      11.653 -23.194   6.870  1.00 62.42           C  
+ATOM   7977  O   THR B  38      11.448 -24.343   7.264  1.00 63.42           O  
+ATOM   7978  CB  THR B  38      11.478 -23.975   4.471  1.00 61.53           C  
+ATOM   7979  OG1 THR B  38      12.225 -25.176   4.693  1.00 65.71           O  
+ATOM   7980  CG2 THR B  38      11.643 -23.544   3.024  1.00 63.07           C  
+ATOM   7981  N   VAL B  39      11.604 -22.139   7.680  1.00 58.56           N  
+ATOM   7982  CA  VAL B  39      11.202 -22.225   9.081  1.00 56.05           C  
+ATOM   7983  C   VAL B  39      10.243 -21.080   9.373  1.00 55.65           C  
+ATOM   7984  O   VAL B  39      10.497 -19.936   8.983  1.00 53.91           O  
+ATOM   7985  CB  VAL B  39      12.412 -22.180  10.036  1.00 59.21           C  
+ATOM   7986  CG1 VAL B  39      11.953 -22.019  11.476  1.00 60.45           C  
+ATOM   7987  CG2 VAL B  39      13.227 -23.448   9.899  1.00 62.73           C  
+ATOM   7988  N   ALA B  40       9.143 -21.388  10.053  1.00 53.81           N  
+ATOM   7989  CA  ALA B  40       8.130 -20.413  10.416  1.00 52.65           C  
+ATOM   7990  C   ALA B  40       8.121 -20.198  11.925  1.00 54.83           C  
+ATOM   7991  O   ALA B  40       8.544 -21.056  12.703  1.00 56.43           O  
+ATOM   7992  CB  ALA B  40       6.744 -20.861   9.942  1.00 55.16           C  
+ATOM   7993  N   TRP B  41       7.628 -19.030  12.323  1.00 52.44           N  
+ATOM   7994  CA  TRP B  41       7.524 -18.632  13.719  1.00 49.64           C  
+ATOM   7995  C   TRP B  41       6.103 -18.175  14.007  1.00 50.87           C  
+ATOM   7996  O   TRP B  41       5.581 -17.281  13.324  1.00 52.08           O  
+ATOM   7997  CB  TRP B  41       8.520 -17.519  14.053  1.00 47.88           C  
+ATOM   7998  CG  TRP B  41       9.939 -17.986  14.092  1.00 50.73           C  
+ATOM   7999  CD1 TRP B  41      10.817 -18.034  13.049  1.00 50.67           C  
+ATOM   8000  CD2 TRP B  41      10.649 -18.472  15.237  1.00 51.59           C  
+ATOM   8001  NE1 TRP B  41      12.030 -18.520  13.473  1.00 49.87           N  
+ATOM   8002  CE2 TRP B  41      11.953 -18.795  14.813  1.00 52.48           C  
+ATOM   8003  CE3 TRP B  41      10.309 -18.661  16.580  1.00 46.99           C  
+ATOM   8004  CZ2 TRP B  41      12.916 -19.298  15.684  1.00 55.42           C  
+ATOM   8005  CZ3 TRP B  41      11.265 -19.160  17.441  1.00 48.91           C  
+ATOM   8006  CH2 TRP B  41      12.553 -19.472  16.992  1.00 53.72           C  
+ATOM   8007  N   TYR B  42       5.498 -18.790  15.024  1.00 51.76           N  
+ATOM   8008  CA  TYR B  42       4.143 -18.515  15.476  1.00 54.29           C  
+ATOM   8009  C   TYR B  42       4.164 -17.890  16.865  1.00 50.83           C  
+ATOM   8010  O   TYR B  42       5.065 -18.151  17.669  1.00 52.30           O  
+ATOM   8011  CB  TYR B  42       3.301 -19.795  15.530  1.00 53.60           C  
+ATOM   8012  CG  TYR B  42       3.202 -20.556  14.230  1.00 57.22           C  
+ATOM   8013  CD1 TYR B  42       2.212 -20.261  13.304  1.00 55.87           C  
+ATOM   8014  CD2 TYR B  42       4.091 -21.581  13.937  1.00 59.54           C  
+ATOM   8015  CE1 TYR B  42       2.114 -20.962  12.117  1.00 57.24           C  
+ATOM   8016  CE2 TYR B  42       4.002 -22.286  12.753  1.00 58.86           C  
+ATOM   8017  CZ  TYR B  42       3.012 -21.973  11.847  1.00 59.32           C  
+ATOM   8018  OH  TYR B  42       2.920 -22.673  10.666  1.00 63.32           O  
+ATOM   8019  N   GLN B  43       3.135 -17.093  17.148  1.00 47.11           N  
+ATOM   8020  CA  GLN B  43       2.961 -16.409  18.425  1.00 49.82           C  
+ATOM   8021  C   GLN B  43       1.620 -16.816  19.019  1.00 50.89           C  
+ATOM   8022  O   GLN B  43       0.580 -16.650  18.372  1.00 52.92           O  
+ATOM   8023  CB  GLN B  43       3.020 -14.892  18.239  1.00 47.19           C  
+ATOM   8024  CG  GLN B  43       2.639 -14.087  19.468  1.00 48.27           C  
+ATOM   8025  CD  GLN B  43       2.376 -12.627  19.148  1.00 51.87           C  
+ATOM   8026  OE1 GLN B  43       2.978 -11.731  19.741  1.00 53.95           O  
+ATOM   8027  NE2 GLN B  43       1.467 -12.381  18.212  1.00 50.72           N  
+ATOM   8028  N   GLN B  44       1.637 -17.341  20.245  1.00 43.78           N  
+ATOM   8029  CA  GLN B  44       0.412 -17.739  20.932  1.00 49.37           C  
+ATOM   8030  C   GLN B  44       0.287 -16.933  22.218  1.00 47.60           C  
+ATOM   8031  O   GLN B  44       0.994 -17.198  23.195  1.00 43.02           O  
+ATOM   8032  CB  GLN B  44       0.400 -19.239  21.223  1.00 51.24           C  
+ATOM   8033  CG  GLN B  44      -0.877 -19.709  21.901  1.00 50.93           C  
+ATOM   8034  CD  GLN B  44      -0.924 -21.209  22.094  1.00 53.68           C  
+ATOM   8035  OE1 GLN B  44      -1.978 -21.830  21.959  1.00 56.53           O  
+ATOM   8036  NE2 GLN B  44       0.222 -21.802  22.410  1.00 54.94           N  
+ATOM   8037  N   LYS B  45      -0.636 -15.977  22.225  1.00 49.24           N  
+ATOM   8038  CA  LYS B  45      -0.896 -15.153  23.391  1.00 48.22           C  
+ATOM   8039  C   LYS B  45      -1.755 -15.924  24.390  1.00 50.07           C  
+ATOM   8040  O   LYS B  45      -2.363 -16.939  24.041  1.00 50.54           O  
+ATOM   8041  CB  LYS B  45      -1.601 -13.866  22.967  1.00 47.97           C  
+ATOM   8042  CG  LYS B  45      -0.796 -12.983  22.024  1.00 46.49           C  
+ATOM   8043  CD  LYS B  45      -1.505 -11.658  21.782  1.00 48.89           C  
+ATOM   8044  CE  LYS B  45      -0.719 -10.761  20.839  1.00 50.12           C  
+ATOM   8045  NZ  LYS B  45       0.615 -10.399  21.385  1.00 56.16           N  
+ATOM   8046  N   PRO B  46      -1.800 -15.483  25.649  1.00 47.82           N  
+ATOM   8047  CA  PRO B  46      -2.603 -16.203  26.647  1.00 48.37           C  
+ATOM   8048  C   PRO B  46      -4.066 -16.285  26.234  1.00 53.22           C  
+ATOM   8049  O   PRO B  46      -4.702 -15.275  25.925  1.00 52.10           O  
+ATOM   8050  CB  PRO B  46      -2.420 -15.368  27.919  1.00 49.03           C  
+ATOM   8051  CG  PRO B  46      -1.118 -14.683  27.732  1.00 53.67           C  
+ATOM   8052  CD  PRO B  46      -1.006 -14.402  26.263  1.00 47.08           C  
+ATOM   8053  N   GLY B  47      -4.596 -17.507  26.227  1.00 54.05           N  
+ATOM   8054  CA  GLY B  47      -5.989 -17.726  25.897  1.00 54.02           C  
+ATOM   8055  C   GLY B  47      -6.341 -17.596  24.434  1.00 53.41           C  
+ATOM   8056  O   GLY B  47      -7.530 -17.544  24.104  1.00 57.79           O  
+ATOM   8057  N   GLN B  48      -5.355 -17.544  23.545  1.00 52.35           N  
+ATOM   8058  CA  GLN B  48      -5.590 -17.391  22.117  1.00 52.66           C  
+ATOM   8059  C   GLN B  48      -4.961 -18.549  21.352  1.00 55.19           C  
+ATOM   8060  O   GLN B  48      -4.224 -19.370  21.904  1.00 58.36           O  
+ATOM   8061  CB  GLN B  48      -5.031 -16.059  21.602  1.00 51.07           C  
+ATOM   8062  CG  GLN B  48      -5.708 -14.826  22.175  1.00 52.36           C  
+ATOM   8063  CD  GLN B  48      -5.164 -13.540  21.583  1.00 57.82           C  
+ATOM   8064  OE1 GLN B  48      -4.379 -13.564  20.635  1.00 62.00           O  
+ATOM   8065  NE2 GLN B  48      -5.580 -12.409  22.141  1.00 55.42           N  
+ATOM   8066  N   SER B  49      -5.268 -18.602  20.062  1.00 56.78           N  
+ATOM   8067  CA  SER B  49      -4.691 -19.569  19.145  1.00 56.32           C  
+ATOM   8068  C   SER B  49      -3.371 -19.047  18.596  1.00 55.29           C  
+ATOM   8069  O   SER B  49      -3.108 -17.840  18.630  1.00 57.24           O  
+ATOM   8070  CB  SER B  49      -5.663 -19.847  18.000  1.00 58.79           C  
+ATOM   8071  OG  SER B  49      -6.929 -20.246  18.494  1.00 67.25           O  
+ATOM   8072  N   PRO B  50      -2.505 -19.931  18.100  1.00 51.75           N  
+ATOM   8073  CA  PRO B  50      -1.250 -19.462  17.502  1.00 52.62           C  
+ATOM   8074  C   PRO B  50      -1.512 -18.543  16.318  1.00 53.66           C  
+ATOM   8075  O   PRO B  50      -2.399 -18.788  15.498  1.00 56.26           O  
+ATOM   8076  CB  PRO B  50      -0.559 -20.759  17.067  1.00 53.19           C  
+ATOM   8077  CG  PRO B  50      -1.132 -21.807  17.953  1.00 51.35           C  
+ATOM   8078  CD  PRO B  50      -2.555 -21.400  18.198  1.00 51.84           C  
+ATOM   8079  N   LYS B  51      -0.727 -17.473  16.238  1.00 51.81           N  
+ATOM   8080  CA  LYS B  51      -0.802 -16.509  15.148  1.00 52.77           C  
+ATOM   8081  C   LYS B  51       0.490 -16.587  14.349  1.00 53.74           C  
+ATOM   8082  O   LYS B  51       1.579 -16.416  14.908  1.00 56.21           O  
+ATOM   8083  CB  LYS B  51      -1.023 -15.091  15.676  1.00 56.29           C  
+ATOM   8084  CG  LYS B  51      -2.412 -14.835  16.241  1.00 63.59           C  
+ATOM   8085  CD  LYS B  51      -2.506 -13.436  16.832  1.00 82.51           C  
+ATOM   8086  CE  LYS B  51      -3.887 -13.159  17.403  1.00 82.59           C  
+ATOM   8087  NZ  LYS B  51      -3.966 -11.802  18.015  1.00 74.72           N  
+ATOM   8088  N   LEU B  52       0.369 -16.845  13.050  1.00 55.63           N  
+ATOM   8089  CA  LEU B  52       1.540 -16.896  12.185  1.00 53.89           C  
+ATOM   8090  C   LEU B  52       2.173 -15.515  12.087  1.00 54.30           C  
+ATOM   8091  O   LEU B  52       1.537 -14.564  11.622  1.00 56.45           O  
+ATOM   8092  CB  LEU B  52       1.155 -17.406  10.799  1.00 53.63           C  
+ATOM   8093  CG  LEU B  52       2.267 -17.338   9.749  1.00 53.85           C  
+ATOM   8094  CD1 LEU B  52       3.382 -18.324  10.067  1.00 54.46           C  
+ATOM   8095  CD2 LEU B  52       1.712 -17.580   8.356  1.00 56.73           C  
+ATOM   8096  N   LEU B  53       3.425 -15.406  12.525  1.00 51.95           N  
+ATOM   8097  CA  LEU B  53       4.169 -14.158  12.417  1.00 52.64           C  
+ATOM   8098  C   LEU B  53       5.194 -14.172  11.295  1.00 49.73           C  
+ATOM   8099  O   LEU B  53       5.292 -13.196  10.545  1.00 48.63           O  
+ATOM   8100  CB  LEU B  53       4.882 -13.832  13.733  1.00 51.05           C  
+ATOM   8101  CG  LEU B  53       4.028 -13.397  14.921  1.00 52.09           C  
+ATOM   8102  CD1 LEU B  53       4.928 -12.885  16.036  1.00 52.19           C  
+ATOM   8103  CD2 LEU B  53       3.021 -12.338  14.501  1.00 52.17           C  
+ATOM   8104  N   ILE B  54       5.961 -15.249  11.151  1.00 47.48           N  
+ATOM   8105  CA  ILE B  54       7.052 -15.278  10.182  1.00 51.14           C  
+ATOM   8106  C   ILE B  54       7.036 -16.610   9.448  1.00 52.89           C  
+ATOM   8107  O   ILE B  54       6.715 -17.646  10.032  1.00 52.51           O  
+ATOM   8108  CB  ILE B  54       8.411 -15.023  10.874  1.00 45.79           C  
+ATOM   8109  CG1 ILE B  54       8.565 -13.534  11.191  1.00 46.70           C  
+ATOM   8110  CG2 ILE B  54       9.580 -15.514  10.031  1.00 47.75           C  
+ATOM   8111  CD1 ILE B  54       9.724 -13.221  12.091  1.00 51.05           C  
+ATOM   8112  N   TYR B  55       7.368 -16.576   8.159  1.00 52.03           N  
+ATOM   8113  CA  TYR B  55       7.555 -17.779   7.365  1.00 53.47           C  
+ATOM   8114  C   TYR B  55       8.852 -17.656   6.579  1.00 55.01           C  
+ATOM   8115  O   TYR B  55       9.376 -16.557   6.378  1.00 54.20           O  
+ATOM   8116  CB  TYR B  55       6.374 -18.020   6.413  1.00 56.60           C  
+ATOM   8117  CG  TYR B  55       6.229 -16.967   5.337  1.00 57.34           C  
+ATOM   8118  CD1 TYR B  55       5.532 -15.792   5.582  1.00 59.82           C  
+ATOM   8119  CD2 TYR B  55       6.782 -17.151   4.076  1.00 56.10           C  
+ATOM   8120  CE1 TYR B  55       5.394 -14.826   4.605  1.00 59.05           C  
+ATOM   8121  CE2 TYR B  55       6.649 -16.190   3.092  1.00 59.83           C  
+ATOM   8122  CZ  TYR B  55       5.954 -15.031   3.362  1.00 62.31           C  
+ATOM   8123  OH  TYR B  55       5.819 -14.071   2.386  1.00 71.71           O  
+ATOM   8124  N   SER B  56       9.365 -18.805   6.137  1.00 56.05           N  
+ATOM   8125  CA  SER B  56      10.606 -18.867   5.363  1.00 54.58           C  
+ATOM   8126  C   SER B  56      11.744 -18.140   6.077  1.00 55.62           C  
+ATOM   8127  O   SER B  56      12.494 -17.370   5.472  1.00 55.48           O  
+ATOM   8128  CB  SER B  56      10.404 -18.314   3.951  1.00 55.96           C  
+ATOM   8129  OG  SER B  56       9.690 -19.232   3.141  1.00 56.33           O  
+ATOM   8130  N   ALA B  57      11.843 -18.367   7.389  1.00 54.47           N  
+ATOM   8131  CA  ALA B  57      12.957 -17.921   8.222  1.00 48.98           C  
+ATOM   8132  C   ALA B  57      12.970 -16.411   8.432  1.00 48.12           C  
+ATOM   8133  O   ALA B  57      13.122 -15.948   9.565  1.00 51.10           O  
+ATOM   8134  CB  ALA B  57      14.297 -18.381   7.638  1.00 50.15           C  
+ATOM   8135  N   SER B  65      12.809 -15.629   7.361  1.00 50.28           N  
+ATOM   8136  CA  SER B  65      12.954 -14.183   7.453  1.00 51.21           C  
+ATOM   8137  C   SER B  65      11.795 -13.391   6.863  1.00 52.35           C  
+ATOM   8138  O   SER B  65      11.794 -12.161   6.978  1.00 50.41           O  
+ATOM   8139  CB  SER B  65      14.255 -13.736   6.768  1.00 53.04           C  
+ATOM   8140  OG  SER B  65      14.184 -13.923   5.364  1.00 58.71           O  
+ATOM   8141  N   TYR B  66      10.815 -14.044   6.246  1.00 55.31           N  
+ATOM   8142  CA  TYR B  66       9.705 -13.344   5.612  1.00 58.85           C  
+ATOM   8143  C   TYR B  66       8.563 -13.132   6.598  1.00 54.71           C  
+ATOM   8144  O   TYR B  66       8.111 -14.076   7.255  1.00 50.59           O  
+ATOM   8145  CB  TYR B  66       9.218 -14.105   4.380  1.00 58.95           C  
+ATOM   8146  CG  TYR B  66      10.198 -14.046   3.234  1.00 62.89           C  
+ATOM   8147  CD1 TYR B  66      11.212 -14.987   3.110  1.00 62.16           C  
+ATOM   8148  CD2 TYR B  66      10.121 -13.035   2.287  1.00 65.59           C  
+ATOM   8149  CE1 TYR B  66      12.114 -14.927   2.067  1.00 66.73           C  
+ATOM   8150  CE2 TYR B  66      11.016 -12.967   1.243  1.00 70.78           C  
+ATOM   8151  CZ  TYR B  66      12.010 -13.914   1.137  1.00 73.64           C  
+ATOM   8152  OH  TYR B  66      12.903 -13.842   0.094  1.00 78.51           O  
+ATOM   8153  N   ARG B  67       8.105 -11.887   6.694  1.00 53.51           N  
+ATOM   8154  CA  ARG B  67       7.025 -11.511   7.594  1.00 56.65           C  
+ATOM   8155  C   ARG B  67       5.678 -11.720   6.915  1.00 56.26           C  
+ATOM   8156  O   ARG B  67       5.486 -11.312   5.766  1.00 56.27           O  
+ATOM   8157  CB  ARG B  67       7.164 -10.048   8.013  1.00 57.62           C  
+ATOM   8158  CG  ARG B  67       8.012  -9.811   9.242  1.00 56.41           C  
+ATOM   8159  CD  ARG B  67       7.735  -8.430   9.806  1.00 57.86           C  
+ATOM   8160  NE  ARG B  67       8.050  -7.381   8.841  1.00 60.40           N  
+ATOM   8161  CZ  ARG B  67       9.250  -6.824   8.708  1.00 65.26           C  
+ATOM   8162  NH1 ARG B  67      10.255  -7.217   9.479  1.00 61.55           N  
+ATOM   8163  NH2 ARG B  67       9.445  -5.876   7.802  1.00 76.26           N  
+ATOM   8164  N   TYR B  68       4.753 -12.358   7.625  1.00 57.44           N  
+ATOM   8165  CA  TYR B  68       3.403 -12.506   7.110  1.00 57.10           C  
+ATOM   8166  C   TYR B  68       2.725 -11.140   7.031  1.00 57.45           C  
+ATOM   8167  O   TYR B  68       3.122 -10.180   7.698  1.00 60.02           O  
+ATOM   8168  CB  TYR B  68       2.593 -13.457   7.994  1.00 58.56           C  
+ATOM   8169  CG  TYR B  68       1.218 -13.782   7.455  1.00 63.71           C  
+ATOM   8170  CD1 TYR B  68       1.058 -14.624   6.362  1.00 65.36           C  
+ATOM   8171  CD2 TYR B  68       0.078 -13.250   8.044  1.00 65.83           C  
+ATOM   8172  CE1 TYR B  68      -0.198 -14.923   5.868  1.00 65.66           C  
+ATOM   8173  CE2 TYR B  68      -1.181 -13.543   7.558  1.00 67.01           C  
+ATOM   8174  CZ  TYR B  68      -1.314 -14.380   6.470  1.00 72.44           C  
+ATOM   8175  OH  TYR B  68      -2.567 -14.675   5.983  1.00 75.88           O  
+ATOM   8176  N   THR B  69       1.701 -11.054   6.184  1.00 57.21           N  
+ATOM   8177  CA  THR B  69       1.001  -9.793   5.988  1.00 57.35           C  
+ATOM   8178  C   THR B  69       0.374  -9.326   7.297  1.00 59.23           C  
+ATOM   8179  O   THR B  69      -0.181 -10.121   8.059  1.00 63.03           O  
+ATOM   8180  CB  THR B  69      -0.074  -9.948   4.910  1.00 62.38           C  
+ATOM   8181  OG1 THR B  69       0.528 -10.434   3.703  1.00 63.62           O  
+ATOM   8182  CG2 THR B  69      -0.747  -8.614   4.625  1.00 60.62           C  
+ATOM   8183  N   GLY B  70       0.462  -8.023   7.555  1.00 58.32           N  
+ATOM   8184  CA  GLY B  70      -0.105  -7.439   8.750  1.00 60.10           C  
+ATOM   8185  C   GLY B  70       0.716  -7.618  10.007  1.00 56.30           C  
+ATOM   8186  O   GLY B  70       0.322  -7.102  11.062  1.00 56.29           O  
+ATOM   8187  N   VAL B  71       1.836  -8.323   9.937  1.00 54.20           N  
+ATOM   8188  CA  VAL B  71       2.686  -8.518  11.112  1.00 55.16           C  
+ATOM   8189  C   VAL B  71       3.540  -7.266  11.308  1.00 57.02           C  
+ATOM   8190  O   VAL B  71       4.088  -6.745  10.324  1.00 58.86           O  
+ATOM   8191  CB  VAL B  71       3.558  -9.760  10.942  1.00 54.15           C  
+ATOM   8192  CG1 VAL B  71       4.527  -9.903  12.103  1.00 54.99           C  
+ATOM   8193  CG2 VAL B  71       2.686 -11.000  10.824  1.00 54.22           C  
+ATOM   8194  N   PRO B  72       3.664  -6.752  12.533  1.00 55.63           N  
+ATOM   8195  CA  PRO B  72       4.488  -5.556  12.744  1.00 54.98           C  
+ATOM   8196  C   PRO B  72       5.933  -5.782  12.326  1.00 55.81           C  
+ATOM   8197  O   PRO B  72       6.434  -6.907  12.317  1.00 55.81           O  
+ATOM   8198  CB  PRO B  72       4.376  -5.307  14.253  1.00 55.87           C  
+ATOM   8199  CG  PRO B  72       3.099  -5.962  14.647  1.00 54.52           C  
+ATOM   8200  CD  PRO B  72       2.964  -7.165  13.760  1.00 53.55           C  
+ATOM   8201  N   ASP B  74       6.604  -4.680  11.980  1.00 56.80           N  
+ATOM   8202  CA  ASP B  74       7.976  -4.756  11.492  1.00 59.36           C  
+ATOM   8203  C   ASP B  74       8.978  -5.120  12.580  1.00 58.82           C  
+ATOM   8204  O   ASP B  74      10.081  -5.571  12.254  1.00 60.55           O  
+ATOM   8205  CB  ASP B  74       8.380  -3.434  10.832  1.00 59.14           C  
+ATOM   8206  CG  ASP B  74       8.194  -2.237  11.746  1.00 67.61           C  
+ATOM   8207  OD1 ASP B  74       7.787  -2.423  12.913  1.00 70.80           O  
+ATOM   8208  OD2 ASP B  74       8.459  -1.104  11.294  1.00 81.40           O  
+ATOM   8209  N   ARG B  75       8.635  -4.933  13.859  1.00 58.74           N  
+ATOM   8210  CA  ARG B  75       9.601  -5.222  14.915  1.00 56.14           C  
+ATOM   8211  C   ARG B  75       9.901  -6.707  15.040  1.00 53.14           C  
+ATOM   8212  O   ARG B  75      10.879  -7.071  15.702  1.00 51.16           O  
+ATOM   8213  CB  ARG B  75       9.108  -4.719  16.273  1.00 56.70           C  
+ATOM   8214  CG  ARG B  75       7.799  -5.336  16.736  1.00 55.98           C  
+ATOM   8215  CD  ARG B  75       7.366  -4.758  18.074  1.00 59.01           C  
+ATOM   8216  NE  ARG B  75       6.103  -5.324  18.537  1.00 57.67           N  
+ATOM   8217  CZ  ARG B  75       4.908  -4.798  18.294  1.00 59.07           C  
+ATOM   8218  NH1 ARG B  75       4.804  -3.682  17.587  1.00 63.41           N  
+ATOM   8219  NH2 ARG B  75       3.818  -5.390  18.760  1.00 61.95           N  
+ATOM   8220  N   PHE B  76       9.094  -7.566  14.424  1.00 53.57           N  
+ATOM   8221  CA  PHE B  76       9.352  -8.996  14.410  1.00 51.81           C  
+ATOM   8222  C   PHE B  76      10.191  -9.332  13.186  1.00 52.00           C  
+ATOM   8223  O   PHE B  76       9.809  -9.009  12.058  1.00 54.84           O  
+ATOM   8224  CB  PHE B  76       8.039  -9.780  14.388  1.00 53.26           C  
+ATOM   8225  CG  PHE B  76       7.134  -9.486  15.552  1.00 52.87           C  
+ATOM   8226  CD1 PHE B  76       7.347 -10.081  16.783  1.00 49.97           C  
+ATOM   8227  CD2 PHE B  76       6.067  -8.614  15.412  1.00 52.73           C  
+ATOM   8228  CE1 PHE B  76       6.515  -9.812  17.854  1.00 49.85           C  
+ATOM   8229  CE2 PHE B  76       5.231  -8.341  16.480  1.00 55.43           C  
+ATOM   8230  CZ  PHE B  76       5.456  -8.941  17.702  1.00 51.34           C  
+ATOM   8231  N   THR B  77      11.330  -9.980  13.410  1.00 51.42           N  
+ATOM   8232  CA  THR B  77      12.229 -10.347  12.328  1.00 49.78           C  
+ATOM   8233  C   THR B  77      12.721 -11.766  12.556  1.00 49.44           C  
+ATOM   8234  O   THR B  77      12.593 -12.324  13.647  1.00 45.71           O  
+ATOM   8235  CB  THR B  77      13.432  -9.396  12.225  1.00 47.78           C  
+ATOM   8236  OG1 THR B  77      14.120  -9.359  13.481  1.00 52.02           O  
+ATOM   8237  CG2 THR B  77      12.987  -7.991  11.846  1.00 49.29           C  
+ATOM   8238  N   GLY B  78      13.282 -12.346  11.509  1.00 51.71           N  
+ATOM   8239  CA  GLY B  78      13.808 -13.695  11.592  1.00 50.67           C  
+ATOM   8240  C   GLY B  78      15.038 -13.838  10.731  1.00 49.66           C  
+ATOM   8241  O   GLY B  78      15.210 -13.126   9.736  1.00 51.58           O  
+ATOM   8242  N   SER B  79      15.910 -14.758  11.127  1.00 49.06           N  
+ATOM   8243  CA  SER B  79      17.111 -15.044  10.360  1.00 49.40           C  
+ATOM   8244  C   SER B  79      17.484 -16.501  10.577  1.00 50.86           C  
+ATOM   8245  O   SER B  79      16.934 -17.182  11.444  1.00 56.08           O  
+ATOM   8246  CB  SER B  79      18.266 -14.118  10.754  1.00 49.52           C  
+ATOM   8247  OG  SER B  79      18.759 -14.439  12.043  1.00 52.74           O  
+ATOM   8248  N   GLY B  80      18.428 -16.974   9.779  1.00 51.51           N  
+ATOM   8249  CA  GLY B  80      18.958 -18.314   9.915  1.00 57.39           C  
+ATOM   8250  C   GLY B  80      18.763 -19.136   8.654  1.00 61.89           C  
+ATOM   8251  O   GLY B  80      18.076 -18.743   7.712  1.00 59.95           O  
+ATOM   8252  N   SER B  83      19.380 -20.313   8.677  1.00 63.35           N  
+ATOM   8253  CA  SER B  83      19.353 -21.218   7.535  1.00 61.25           C  
+ATOM   8254  C   SER B  83      20.009 -22.528   7.939  1.00 62.82           C  
+ATOM   8255  O   SER B  83      20.825 -22.575   8.864  1.00 64.41           O  
+ATOM   8256  CB  SER B  83      20.062 -20.621   6.312  1.00 62.91           C  
+ATOM   8257  OG  SER B  83      21.441 -20.421   6.566  1.00 68.17           O  
+ATOM   8258  N   GLY B  84      19.645 -23.590   7.227  1.00 62.66           N  
+ATOM   8259  CA  GLY B  84      20.182 -24.904   7.511  1.00 67.10           C  
+ATOM   8260  C   GLY B  84      19.644 -25.480   8.803  1.00 67.06           C  
+ATOM   8261  O   GLY B  84      18.587 -26.118   8.815  1.00 68.74           O  
+ATOM   8262  N   THR B  85      20.364 -25.262   9.899  1.00 67.38           N  
+ATOM   8263  CA  THR B  85      19.990 -25.807  11.196  1.00 67.32           C  
+ATOM   8264  C   THR B  85      19.702 -24.753  12.253  1.00 66.61           C  
+ATOM   8265  O   THR B  85      18.917 -25.022  13.162  1.00 67.74           O  
+ATOM   8266  CB  THR B  85      21.088 -26.743  11.725  1.00 67.04           C  
+ATOM   8267  OG1 THR B  85      22.326 -26.027  11.822  1.00 72.82           O  
+ATOM   8268  CG2 THR B  85      21.264 -27.936  10.798  1.00 64.97           C  
+ATOM   8269  N   ASP B  86      20.293 -23.565  12.157  1.00 66.33           N  
+ATOM   8270  CA  ASP B  86      20.165 -22.538  13.182  1.00 65.85           C  
+ATOM   8271  C   ASP B  86      19.256 -21.423  12.686  1.00 65.14           C  
+ATOM   8272  O   ASP B  86      19.408 -20.949  11.552  1.00 65.50           O  
+ATOM   8273  CB  ASP B  86      21.536 -21.969  13.557  1.00 67.94           C  
+ATOM   8274  CG  ASP B  86      22.521 -23.045  13.970  1.00 75.10           C  
+ATOM   8275  OD1 ASP B  86      22.083 -24.069  14.536  1.00 73.64           O  
+ATOM   8276  OD2 ASP B  86      23.733 -22.869  13.724  1.00 79.59           O  
+ATOM   8277  N   PHE B  87      18.319 -21.001  13.540  1.00 62.97           N  
+ATOM   8278  CA  PHE B  87      17.389 -19.932  13.213  1.00 58.83           C  
+ATOM   8279  C   PHE B  87      17.143 -19.090  14.457  1.00 55.26           C  
+ATOM   8280  O   PHE B  87      17.238 -19.581  15.584  1.00 56.06           O  
+ATOM   8281  CB  PHE B  87      16.066 -20.496  12.673  1.00 58.40           C  
+ATOM   8282  CG  PHE B  87      16.241 -21.416  11.499  1.00 63.26           C  
+ATOM   8283  CD1 PHE B  87      16.492 -22.766  11.690  1.00 66.19           C  
+ATOM   8284  CD2 PHE B  87      16.171 -20.929  10.205  1.00 62.58           C  
+ATOM   8285  CE1 PHE B  87      16.667 -23.611  10.613  1.00 65.60           C  
+ATOM   8286  CE2 PHE B  87      16.338 -21.772   9.125  1.00 62.63           C  
+ATOM   8287  CZ  PHE B  87      16.591 -23.113   9.329  1.00 63.08           C  
+ATOM   8288  N   THR B  88      16.819 -17.816  14.244  1.00 51.25           N  
+ATOM   8289  CA  THR B  88      16.661 -16.868  15.341  1.00 51.02           C  
+ATOM   8290  C   THR B  88      15.529 -15.905  15.022  1.00 50.88           C  
+ATOM   8291  O   THR B  88      15.554 -15.230  13.987  1.00 52.82           O  
+ATOM   8292  CB  THR B  88      17.959 -16.097  15.601  1.00 53.43           C  
+ATOM   8293  OG1 THR B  88      19.012 -17.019  15.910  1.00 53.79           O  
+ATOM   8294  CG2 THR B  88      17.779 -15.140  16.769  1.00 53.05           C  
+ATOM   8295  N   PHE B  89      14.545 -15.852  15.916  1.00 46.99           N  
+ATOM   8296  CA  PHE B  89      13.431 -14.915  15.852  1.00 49.97           C  
+ATOM   8297  C   PHE B  89      13.699 -13.771  16.819  1.00 46.19           C  
+ATOM   8298  O   PHE B  89      14.068 -14.005  17.971  1.00 48.77           O  
+ATOM   8299  CB  PHE B  89      12.125 -15.632  16.201  1.00 49.61           C  
+ATOM   8300  CG  PHE B  89      10.979 -14.715  16.516  1.00 48.92           C  
+ATOM   8301  CD1 PHE B  89      10.158 -14.239  15.508  1.00 50.69           C  
+ATOM   8302  CD2 PHE B  89      10.694 -14.365  17.828  1.00 49.89           C  
+ATOM   8303  CE1 PHE B  89       9.094 -13.406  15.799  1.00 51.37           C  
+ATOM   8304  CE2 PHE B  89       9.633 -13.534  18.124  1.00 48.35           C  
+ATOM   8305  CZ  PHE B  89       8.831 -13.055  17.109  1.00 50.03           C  
+ATOM   8306  N   THR B  90      13.498 -12.538  16.365  1.00 45.15           N  
+ATOM   8307  CA  THR B  90      13.926 -11.377  17.130  1.00 46.43           C  
+ATOM   8308  C   THR B  90      12.818 -10.338  17.199  1.00 50.89           C  
+ATOM   8309  O   THR B  90      12.202 -10.005  16.181  1.00 54.15           O  
+ATOM   8310  CB  THR B  90      15.188 -10.754  16.520  1.00 43.72           C  
+ATOM   8311  OG1 THR B  90      16.272 -11.685  16.613  1.00 49.63           O  
+ATOM   8312  CG2 THR B  90      15.565  -9.474  17.251  1.00 43.17           C  
+ATOM   8313  N   ILE B  91      12.569  -9.837  18.405  1.00 44.65           N  
+ATOM   8314  CA  ILE B  91      11.744  -8.656  18.622  1.00 44.15           C  
+ATOM   8315  C   ILE B  91      12.688  -7.523  19.000  1.00 46.25           C  
+ATOM   8316  O   ILE B  91      13.419  -7.620  19.995  1.00 50.98           O  
+ATOM   8317  CB  ILE B  91      10.680  -8.887  19.705  1.00 47.94           C  
+ATOM   8318  CG1 ILE B  91       9.867 -10.146  19.395  1.00 45.21           C  
+ATOM   8319  CG2 ILE B  91       9.758  -7.681  19.807  1.00 48.70           C  
+ATOM   8320  CD1 ILE B  91       8.869 -10.508  20.474  1.00 44.09           C  
+ATOM   8321  N   SER B  92      12.676  -6.454  18.200  1.00 47.23           N  
+ATOM   8322  CA  SER B  92      13.627  -5.363  18.384  1.00 50.69           C  
+ATOM   8323  C   SER B  92      13.243  -4.452  19.540  1.00 52.19           C  
+ATOM   8324  O   SER B  92      14.127  -3.905  20.211  1.00 49.73           O  
+ATOM   8325  CB  SER B  92      13.746  -4.549  17.094  1.00 51.39           C  
+ATOM   8326  OG  SER B  92      12.545  -3.849  16.818  1.00 64.74           O  
+ATOM   8327  N   SER B  93      11.946  -4.273  19.786  1.00 53.54           N  
+ATOM   8328  CA  SER B  93      11.458  -3.421  20.874  1.00 53.13           C  
+ATOM   8329  C   SER B  93      10.206  -4.095  21.431  1.00 53.00           C  
+ATOM   8330  O   SER B  93       9.094  -3.851  20.955  1.00 60.52           O  
+ATOM   8331  CB  SER B  93      11.176  -2.005  20.390  1.00 54.69           C  
+ATOM   8332  OG  SER B  93      10.776  -1.168  21.461  1.00 62.22           O  
+ATOM   8333  N   VAL B  94      10.401  -4.951  22.437  1.00 49.51           N  
+ATOM   8334  CA  VAL B  94       9.286  -5.695  23.007  1.00 50.06           C  
+ATOM   8335  C   VAL B  94       8.279  -4.736  23.624  1.00 52.80           C  
+ATOM   8336  O   VAL B  94       8.644  -3.742  24.266  1.00 52.30           O  
+ATOM   8337  CB  VAL B  94       9.802  -6.715  24.036  1.00 49.51           C  
+ATOM   8338  CG1 VAL B  94       8.647  -7.426  24.722  1.00 50.15           C  
+ATOM   8339  CG2 VAL B  94      10.708  -7.723  23.358  1.00 51.63           C  
+ATOM   8340  N   GLN B  95       6.999  -5.038  23.432  1.00 55.70           N  
+ATOM   8341  CA  GLN B  95       5.897  -4.269  23.986  1.00 56.33           C  
+ATOM   8342  C   GLN B  95       5.030  -5.157  24.869  1.00 56.81           C  
+ATOM   8343  O   GLN B  95       5.147  -6.386  24.857  1.00 56.32           O  
+ATOM   8344  CB  GLN B  95       5.071  -3.615  22.872  1.00 60.77           C  
+ATOM   8345  CG  GLN B  95       5.847  -2.530  22.137  1.00 64.23           C  
+ATOM   8346  CD  GLN B  95       5.113  -1.980  20.936  1.00 78.06           C  
+ATOM   8347  OE1 GLN B  95       3.947  -2.301  20.703  1.00 96.11           O  
+ATOM   8348  NE2 GLN B  95       5.791  -1.127  20.170  1.00 92.29           N  
+ATOM   8349  N   ALA B  96       4.171  -4.504  25.657  1.00 60.70           N  
+ATOM   8350  CA  ALA B  96       3.381  -5.205  26.665  1.00 63.22           C  
+ATOM   8351  C   ALA B  96       2.559  -6.341  26.067  1.00 61.80           C  
+ATOM   8352  O   ALA B  96       2.500  -7.437  26.639  1.00 59.92           O  
+ATOM   8353  CB  ALA B  96       2.474  -4.216  27.395  1.00 70.67           C  
+ATOM   8354  N   GLU B  97       1.920  -6.108  24.919  1.00 61.10           N  
+ATOM   8355  CA  GLU B  97       1.064  -7.135  24.337  1.00 62.57           C  
+ATOM   8356  C   GLU B  97       1.849  -8.292  23.736  1.00 58.90           C  
+ATOM   8357  O   GLU B  97       1.238  -9.289  23.336  1.00 58.80           O  
+ATOM   8358  CB  GLU B  97       0.134  -6.531  23.280  1.00 64.40           C  
+ATOM   8359  CG  GLU B  97       0.836  -5.826  22.136  1.00 67.09           C  
+ATOM   8360  CD  GLU B  97       1.037  -4.347  22.404  1.00 83.74           C  
+ATOM   8361  OE1 GLU B  97       1.027  -3.946  23.587  1.00 85.84           O  
+ATOM   8362  OE2 GLU B  97       1.199  -3.584  21.428  1.00 78.91           O  
+ATOM   8363  N   ASP B  98       3.177  -8.196  23.676  1.00 56.35           N  
+ATOM   8364  CA  ASP B  98       3.989  -9.254  23.088  1.00 53.12           C  
+ATOM   8365  C   ASP B  98       4.093 -10.478  23.984  1.00 52.10           C  
+ATOM   8366  O   ASP B  98       4.770 -11.440  23.602  1.00 50.61           O  
+ATOM   8367  CB  ASP B  98       5.387  -8.734  22.745  1.00 51.23           C  
+ATOM   8368  CG  ASP B  98       5.375  -7.760  21.583  1.00 55.22           C  
+ATOM   8369  OD1 ASP B  98       4.450  -7.844  20.747  1.00 55.36           O  
+ATOM   8370  OD2 ASP B  98       6.290  -6.914  21.501  1.00 56.42           O  
+ATOM   8371  N   LEU B  99       3.465 -10.459  25.161  1.00 53.38           N  
+ATOM   8372  CA  LEU B  99       3.461 -11.625  26.034  1.00 48.76           C  
+ATOM   8373  C   LEU B  99       2.830 -12.800  25.308  1.00 44.72           C  
+ATOM   8374  O   LEU B  99       1.673 -12.723  24.881  1.00 48.56           O  
+ATOM   8375  CB  LEU B  99       2.661 -11.332  27.303  1.00 51.32           C  
+ATOM   8376  CG  LEU B  99       3.080 -10.266  28.303  1.00 55.66           C  
+ATOM   8377  CD1 LEU B  99       1.862  -9.844  29.099  1.00 58.03           C  
+ATOM   8378  CD2 LEU B  99       4.132 -10.840  29.218  1.00 57.86           C  
+ATOM   8379  N   ALA B 100       3.581 -13.896  25.198  1.00 37.00           N  
+ATOM   8380  CA  ALA B 100       3.128 -15.061  24.451  1.00 45.57           C  
+ATOM   8381  C   ALA B 100       4.146 -16.189  24.499  1.00 48.18           C  
+ATOM   8382  O   ALA B 100       5.245 -16.026  25.040  1.00 50.00           O  
+ATOM   8383  CB  ALA B 100       2.868 -14.692  22.988  1.00 48.00           C  
+ATOM   8384  N   VAL B 101       3.785 -17.339  23.936  1.00 46.26           N  
+ATOM   8385  CA  VAL B 101       4.720 -18.427  23.691  1.00 47.10           C  
+ATOM   8386  C   VAL B 101       5.035 -18.408  22.203  1.00 52.57           C  
+ATOM   8387  O   VAL B 101       4.122 -18.392  21.366  1.00 56.11           O  
+ATOM   8388  CB  VAL B 101       4.143 -19.782  24.130  1.00 52.45           C  
+ATOM   8389  CG1 VAL B 101       5.198 -20.872  24.008  1.00 55.05           C  
+ATOM   8390  CG2 VAL B 101       3.624 -19.699  25.559  1.00 55.55           C  
+ATOM   8391  N   TYR B 102       6.318 -18.375  21.869  1.00 51.97           N  
+ATOM   8392  CA  TYR B 102       6.753 -18.294  20.485  1.00 49.12           C  
+ATOM   8393  C   TYR B 102       7.286 -19.651  20.055  1.00 50.70           C  
+ATOM   8394  O   TYR B 102       8.168 -20.216  20.711  1.00 52.92           O  
+ATOM   8395  CB  TYR B 102       7.809 -17.201  20.310  1.00 47.83           C  
+ATOM   8396  CG  TYR B 102       7.257 -15.812  20.548  1.00 47.37           C  
+ATOM   8397  CD1 TYR B 102       6.667 -15.090  19.517  1.00 45.91           C  
+ATOM   8398  CD2 TYR B 102       7.310 -15.229  21.808  1.00 47.56           C  
+ATOM   8399  CE1 TYR B 102       6.156 -13.823  19.733  1.00 45.27           C  
+ATOM   8400  CE2 TYR B 102       6.801 -13.963  22.033  1.00 45.86           C  
+ATOM   8401  CZ  TYR B 102       6.225 -13.266  20.992  1.00 47.19           C  
+ATOM   8402  OH  TYR B 102       5.717 -12.006  21.213  1.00 47.47           O  
+ATOM   8403  N   TYR B 103       6.742 -20.169  18.960  1.00 50.45           N  
+ATOM   8404  CA  TYR B 103       7.088 -21.490  18.457  1.00 51.56           C  
+ATOM   8405  C   TYR B 103       7.787 -21.373  17.112  1.00 51.79           C  
+ATOM   8406  O   TYR B 103       7.444 -20.512  16.297  1.00 53.51           O  
+ATOM   8407  CB  TYR B 103       5.842 -22.368  18.294  1.00 53.45           C  
+ATOM   8408  CG  TYR B 103       5.088 -22.663  19.570  1.00 51.78           C  
+ATOM   8409  CD1 TYR B 103       4.119 -21.789  20.046  1.00 54.05           C  
+ATOM   8410  CD2 TYR B 103       5.328 -23.828  20.287  1.00 55.79           C  
+ATOM   8411  CE1 TYR B 103       3.421 -22.061  21.208  1.00 55.63           C  
+ATOM   8412  CE2 TYR B 103       4.636 -24.108  21.450  1.00 59.49           C  
+ATOM   8413  CZ  TYR B 103       3.683 -23.221  21.906  1.00 59.12           C  
+ATOM   8414  OH  TYR B 103       2.992 -23.496  23.063  1.00 66.07           O  
+ATOM   8415  N   CYS B 104       8.762 -22.247  16.884  1.00 50.84           N  
+ATOM   8416  CA  CYS B 104       9.338 -22.444  15.564  1.00 54.83           C  
+ATOM   8417  C   CYS B 104       8.826 -23.759  14.994  1.00 57.65           C  
+ATOM   8418  O   CYS B 104       8.647 -24.738  15.725  1.00 55.79           O  
+ATOM   8419  CB  CYS B 104      10.869 -22.449  15.605  1.00 53.95           C  
+ATOM   8420  SG  CYS B 104      11.605 -23.747  16.623  1.00 67.73           S  
+ATOM   8421  N   GLN B 105       8.578 -23.765  13.689  1.00 58.81           N  
+ATOM   8422  CA  GLN B 105       8.088 -24.943  12.990  1.00 59.26           C  
+ATOM   8423  C   GLN B 105       8.846 -25.081  11.683  1.00 61.70           C  
+ATOM   8424  O   GLN B 105       8.929 -24.122  10.911  1.00 60.36           O  
+ATOM   8425  CB  GLN B 105       6.583 -24.843  12.715  1.00 58.85           C  
+ATOM   8426  CG  GLN B 105       6.008 -26.035  11.966  1.00 61.18           C  
+ATOM   8427  CD  GLN B 105       5.308 -25.633  10.682  1.00 63.36           C  
+ATOM   8428  OE1 GLN B 105       4.685 -24.574  10.606  1.00 61.64           O  
+ATOM   8429  NE2 GLN B 105       5.409 -26.478   9.662  1.00 65.87           N  
+ATOM   8430  N   GLN B 106       9.393 -26.264  11.431  1.00 65.34           N  
+ATOM   8431  CA  GLN B 106      10.008 -26.527  10.137  1.00 65.31           C  
+ATOM   8432  C   GLN B 106       8.895 -26.866   9.151  1.00 65.33           C  
+ATOM   8433  O   GLN B 106       8.174 -27.855   9.321  1.00 66.61           O  
+ATOM   8434  CB  GLN B 106      11.065 -27.627  10.246  1.00 65.20           C  
+ATOM   8435  CG  GLN B 106      10.582 -29.009  10.665  1.00 68.77           C  
+ATOM   8436  CD  GLN B 106      10.246 -29.899   9.482  1.00 73.66           C  
+ATOM   8437  OE1 GLN B 106      10.468 -29.528   8.329  1.00 74.14           O  
+ATOM   8438  NE2 GLN B 106       9.703 -31.078   9.763  1.00 75.41           N  
+ATOM   8439  N   HIS B 107       8.706 -26.007   8.158  1.00 65.90           N  
+ATOM   8440  CA  HIS B 107       7.781 -26.284   7.061  1.00 70.58           C  
+ATOM   8441  C   HIS B 107       8.552 -26.702   5.817  1.00 72.90           C  
+ATOM   8442  O   HIS B 107       8.386 -26.166   4.724  1.00 70.39           O  
+ATOM   8443  CB  HIS B 107       6.888 -25.074   6.797  1.00 67.17           C  
+ATOM   8444  CG  HIS B 107       7.626 -23.852   6.344  1.00 63.50           C  
+ATOM   8445  ND1 HIS B 107       7.693 -23.474   5.021  1.00 63.83           N  
+ATOM   8446  CD2 HIS B 107       8.319 -22.920   7.038  1.00 60.77           C  
+ATOM   8447  CE1 HIS B 107       8.399 -22.362   4.918  1.00 63.20           C  
+ATOM   8448  NE2 HIS B 107       8.791 -22.005   6.128  1.00 59.24           N  
+ATOM   8449  N   TYR B 108       9.420 -27.694   6.008  1.00 74.31           N  
+ATOM   8450  CA  TYR B 108      10.329 -28.195   4.987  1.00 73.90           C  
+ATOM   8451  C   TYR B 108       9.932 -29.568   4.467  1.00 78.16           C  
+ATOM   8452  O   TYR B 108       9.942 -29.795   3.254  1.00 80.93           O  
+ATOM   8453  CB  TYR B 108      11.755 -28.240   5.557  1.00 73.83           C  
+ATOM   8454  CG  TYR B 108      12.802 -28.786   4.613  1.00 74.60           C  
+ATOM   8455  CD1 TYR B 108      13.375 -27.981   3.637  1.00 70.70           C  
+ATOM   8456  CD2 TYR B 108      13.233 -30.103   4.712  1.00 74.82           C  
+ATOM   8457  CE1 TYR B 108      14.337 -28.477   2.778  1.00 72.68           C  
+ATOM   8458  CE2 TYR B 108      14.195 -30.606   3.859  1.00 75.28           C  
+ATOM   8459  CZ  TYR B 108      14.744 -29.790   2.894  1.00 74.51           C  
+ATOM   8460  OH  TYR B 108      15.702 -30.289   2.042  1.00 74.39           O  
+ATOM   8461  N   SER B 109       9.582 -30.495   5.356  1.00 77.84           N  
+ATOM   8462  CA  SER B 109       9.240 -31.851   4.954  1.00 81.29           C  
+ATOM   8463  C   SER B 109       8.144 -32.380   5.871  1.00 82.26           C  
+ATOM   8464  O   SER B 109       7.712 -31.710   6.813  1.00 83.50           O  
+ATOM   8465  CB  SER B 109      10.473 -32.759   4.979  1.00 82.14           C  
+ATOM   8466  OG  SER B 109      10.971 -32.905   6.297  1.00 81.84           O  
+ATOM   8467  N   ILE B 114       7.698 -33.599   5.583  1.00 83.37           N  
+ATOM   8468  CA  ILE B 114       6.649 -34.269   6.349  1.00 83.61           C  
+ATOM   8469  C   ILE B 114       7.298 -35.381   7.166  1.00 88.15           C  
+ATOM   8470  O   ILE B 114       8.186 -36.079   6.654  1.00 91.47           O  
+ATOM   8471  CB  ILE B 114       5.545 -34.796   5.415  1.00 86.50           C  
+ATOM   8472  CG1 ILE B 114       4.696 -33.634   4.894  1.00 83.24           C  
+ATOM   8473  CG2 ILE B 114       4.666 -35.837   6.097  1.00 90.87           C  
+ATOM   8474  CD1 ILE B 114       3.587 -34.060   3.959  1.00 85.97           C  
+ATOM   8475  N   PRO B 115       6.901 -35.590   8.434  1.00 88.83           N  
+ATOM   8476  CA  PRO B 115       5.860 -34.862   9.172  1.00 83.47           C  
+ATOM   8477  C   PRO B 115       6.258 -33.453   9.607  1.00 80.57           C  
+ATOM   8478  O   PRO B 115       7.431 -33.184   9.863  1.00 77.47           O  
+ATOM   8479  CB  PRO B 115       5.623 -35.747  10.397  1.00 88.01           C  
+ATOM   8480  CG  PRO B 115       6.920 -36.423  10.614  1.00 90.24           C  
+ATOM   8481  CD  PRO B 115       7.493 -36.667   9.248  1.00 91.74           C  
+ATOM   8482  N   ARG B 116       5.267 -32.568   9.684  1.00 78.69           N  
+ATOM   8483  CA  ARG B 116       5.497 -31.219  10.178  1.00 76.24           C  
+ATOM   8484  C   ARG B 116       5.746 -31.264  11.679  1.00 74.24           C  
+ATOM   8485  O   ARG B 116       4.978 -31.876  12.428  1.00 76.08           O  
+ATOM   8486  CB  ARG B 116       4.296 -30.328   9.869  1.00 75.69           C  
+ATOM   8487  CG  ARG B 116       3.746 -30.468   8.458  1.00 75.18           C  
+ATOM   8488  CD  ARG B 116       4.116 -29.268   7.603  1.00 76.48           C  
+ATOM   8489  NE  ARG B 116       3.809 -29.478   6.191  1.00 78.94           N  
+ATOM   8490  CZ  ARG B 116       4.670 -29.960   5.301  1.00 79.55           C  
+ATOM   8491  NH1 ARG B 116       5.902 -30.277   5.673  1.00 80.56           N  
+ATOM   8492  NH2 ARG B 116       4.302 -30.118   4.038  1.00 81.92           N  
+ATOM   8493  N   THR B 117       6.825 -30.627  12.123  1.00 68.01           N  
+ATOM   8494  CA  THR B 117       7.208 -30.660  13.526  1.00 68.24           C  
+ATOM   8495  C   THR B 117       7.415 -29.245  14.043  1.00 66.45           C  
+ATOM   8496  O   THR B 117       7.996 -28.399  13.355  1.00 65.66           O  
+ATOM   8497  CB  THR B 117       8.483 -31.482  13.737  1.00 70.64           C  
+ATOM   8498  OG1 THR B 117       9.525 -30.978  12.893  1.00 69.37           O  
+ATOM   8499  CG2 THR B 117       8.236 -32.946  13.404  1.00 75.00           C  
+ATOM   8500  N   PHE B 118       6.935 -28.998  15.256  1.00 63.50           N  
+ATOM   8501  CA  PHE B 118       7.081 -27.715  15.925  1.00 59.70           C  
+ATOM   8502  C   PHE B 118       8.201 -27.778  16.958  1.00 61.61           C  
+ATOM   8503  O   PHE B 118       8.734 -28.842  17.278  1.00 65.60           O  
+ATOM   8504  CB  PHE B 118       5.768 -27.306  16.601  1.00 59.42           C  
+ATOM   8505  CG  PHE B 118       4.666 -26.966  15.640  1.00 59.97           C  
+ATOM   8506  CD1 PHE B 118       3.901 -27.965  15.061  1.00 61.56           C  
+ATOM   8507  CD2 PHE B 118       4.386 -25.647  15.327  1.00 58.33           C  
+ATOM   8508  CE1 PHE B 118       2.884 -27.653  14.180  1.00 61.60           C  
+ATOM   8509  CE2 PHE B 118       3.371 -25.329  14.447  1.00 56.19           C  
+ATOM   8510  CZ  PHE B 118       2.618 -26.333  13.873  1.00 58.62           C  
+ATOM   8511  N   GLY B 119       8.556 -26.604  17.481  1.00 60.88           N  
+ATOM   8512  CA  GLY B 119       9.458 -26.531  18.609  1.00 56.41           C  
+ATOM   8513  C   GLY B 119       8.720 -26.628  19.932  1.00 54.56           C  
+ATOM   8514  O   GLY B 119       7.493 -26.658  19.989  1.00 55.49           O  
+ATOM   8515  N   GLY B 120       9.499 -26.682  21.014  1.00 55.71           N  
+ATOM   8516  CA  GLY B 120       8.910 -26.752  22.339  1.00 50.63           C  
+ATOM   8517  C   GLY B 120       8.219 -25.478  22.774  1.00 48.33           C  
+ATOM   8518  O   GLY B 120       7.326 -25.529  23.626  1.00 55.42           O  
+ATOM   8519  N   GLY B 121       8.605 -24.342  22.207  1.00 48.39           N  
+ATOM   8520  CA  GLY B 121       8.038 -23.065  22.578  1.00 50.75           C  
+ATOM   8521  C   GLY B 121       8.899 -22.331  23.593  1.00 52.70           C  
+ATOM   8522  O   GLY B 121       9.679 -22.922  24.345  1.00 53.81           O  
+ATOM   8523  N   THR B 122       8.750 -21.009  23.610  1.00 50.82           N  
+ATOM   8524  CA  THR B 122       9.480 -20.153  24.542  1.00 50.40           C  
+ATOM   8525  C   THR B 122       8.517 -19.098  25.069  1.00 51.29           C  
+ATOM   8526  O   THR B 122       8.066 -18.233  24.312  1.00 50.33           O  
+ATOM   8527  CB  THR B 122      10.689 -19.500  23.870  1.00 51.42           C  
+ATOM   8528  OG1 THR B 122      11.569 -20.516  23.374  1.00 52.99           O  
+ATOM   8529  CG2 THR B 122      11.442 -18.625  24.861  1.00 51.69           C  
+ATOM   8530  N   LYS B 123       8.204 -19.169  26.360  1.00 52.63           N  
+ATOM   8531  CA  LYS B 123       7.341 -18.178  26.989  1.00 50.57           C  
+ATOM   8532  C   LYS B 123       8.145 -16.914  27.262  1.00 47.54           C  
+ATOM   8533  O   LYS B 123       9.186 -16.965  27.925  1.00 48.46           O  
+ATOM   8534  CB  LYS B 123       6.742 -18.731  28.281  1.00 56.75           C  
+ATOM   8535  CG  LYS B 123       5.789 -17.774  28.985  1.00 57.56           C  
+ATOM   8536  CD  LYS B 123       5.412 -18.280  30.371  1.00 64.60           C  
+ATOM   8537  CE  LYS B 123       4.362 -19.380  30.301  1.00 73.57           C  
+ATOM   8538  NZ  LYS B 123       3.051 -18.872  29.808  1.00 80.95           N  
+ATOM   8539  N   LEU B 124       7.666 -15.784  26.751  1.00 47.76           N  
+ATOM   8540  CA  LEU B 124       8.341 -14.498  26.906  1.00 46.56           C  
+ATOM   8541  C   LEU B 124       7.656 -13.735  28.032  1.00 45.25           C  
+ATOM   8542  O   LEU B 124       6.568 -13.182  27.852  1.00 50.75           O  
+ATOM   8543  CB  LEU B 124       8.319 -13.707  25.603  1.00 45.45           C  
+ATOM   8544  CG  LEU B 124       8.997 -12.337  25.664  1.00 44.36           C  
+ATOM   8545  CD1 LEU B 124      10.474 -12.490  25.986  1.00 43.65           C  
+ATOM   8546  CD2 LEU B 124       8.805 -11.584  24.357  1.00 48.10           C  
+ATOM   8547  N   GLU B 125       8.294 -13.710  29.196  1.00 46.98           N  
+ATOM   8548  CA  GLU B 125       7.805 -12.940  30.327  1.00 51.52           C  
+ATOM   8549  C   GLU B 125       8.364 -11.524  30.251  1.00 48.64           C  
+ATOM   8550  O   GLU B 125       9.449 -11.293  29.711  1.00 49.97           O  
+ATOM   8551  CB  GLU B 125       8.211 -13.605  31.646  1.00 59.40           C  
+ATOM   8552  CG  GLU B 125       7.667 -12.932  32.901  1.00 75.39           C  
+ATOM   8553  CD  GLU B 125       8.255 -13.505  34.180  1.00106.80           C  
+ATOM   8554  OE1 GLU B 125       8.542 -14.721  34.219  1.00 94.92           O  
+ATOM   8555  OE2 GLU B 125       8.413 -12.735  35.152  1.00122.25           O  
+ATOM   8556  N   ILE B 126       7.603 -10.569  30.778  1.00 49.17           N  
+ATOM   8557  CA  ILE B 126       7.994  -9.164  30.790  1.00 49.35           C  
+ATOM   8558  C   ILE B 126       8.393  -8.782  32.208  1.00 54.53           C  
+ATOM   8559  O   ILE B 126       7.654  -9.050  33.164  1.00 55.76           O  
+ATOM   8560  CB  ILE B 126       6.869  -8.255  30.264  1.00 49.63           C  
+ATOM   8561  CG1 ILE B 126       6.678  -8.461  28.761  1.00 51.14           C  
+ATOM   8562  CG2 ILE B 126       7.163  -6.794  30.569  1.00 48.10           C  
+ATOM   8563  CD1 ILE B 126       5.579  -7.617  28.170  1.00 52.59           C  
+ATOM   8564  N   LYS B 127       9.558  -8.152  32.339  1.00 51.25           N  
+ATOM   8565  CA  LYS B 127      10.043  -7.666  33.621  1.00 51.84           C  
+ATOM   8566  C   LYS B 127       9.633  -6.214  33.809  1.00 51.29           C  
+ATOM   8567  O   LYS B 127       9.736  -5.400  32.887  1.00 52.82           O  
+ATOM   8568  CB  LYS B 127      11.566  -7.788  33.711  1.00 49.40           C  
+ATOM   8569  CG  LYS B 127      12.072  -8.829  34.693  1.00 54.38           C  
+ATOM   8570  CD  LYS B 127      11.778  -8.426  36.129  1.00 56.98           C  
+ATOM   8571  CE  LYS B 127      12.192  -9.517  37.104  1.00 60.49           C  
+ATOM   8572  NZ  LYS B 127      11.874  -9.150  38.513  1.00 56.58           N  
+ATOM   8573  N   ARG B 128       9.168  -5.896  35.012  1.00 50.01           N  
+ATOM   8574  CA  ARG B 128       8.714  -4.554  35.332  1.00 48.07           C  
+ATOM   8575  C   ARG B 128       9.045  -4.268  36.789  1.00 47.39           C  
+ATOM   8576  O   ARG B 128       9.573  -5.122  37.507  1.00 45.65           O  
+ATOM   8577  CB  ARG B 128       7.215  -4.402  35.062  1.00 46.84           C  
+ATOM   8578  CG  ARG B 128       6.363  -5.470  35.730  1.00 49.39           C  
+ATOM   8579  CD  ARG B 128       5.009  -4.918  36.127  1.00 47.70           C  
+ATOM   8580  NE  ARG B 128       5.141  -3.871  37.135  1.00 44.90           N  
+ATOM   8581  CZ  ARG B 128       4.162  -3.047  37.490  1.00 49.07           C  
+ATOM   8582  NH1 ARG B 128       2.972  -3.142  36.914  1.00 51.03           N  
+ATOM   8583  NH2 ARG B 128       4.374  -2.123  38.417  1.00 51.41           N  
+ATOM   8584  N   THR B 129       8.727  -3.053  37.221  1.00 47.28           N  
+ATOM   8585  CA  THR B 129       8.973  -2.655  38.595  1.00 44.98           C  
+ATOM   8586  C   THR B 129       8.086  -3.449  39.549  1.00 48.24           C  
+ATOM   8587  O   THR B 129       7.068  -4.031  39.163  1.00 50.15           O  
+ATOM   8588  CB  THR B 129       8.730  -1.158  38.776  1.00 46.02           C  
+ATOM   8589  OG1 THR B 129       7.385  -0.842  38.397  1.00 45.50           O  
+ATOM   8590  CG2 THR B 129       9.698  -0.358  37.919  1.00 47.47           C  
+ATOM   8591  N   VAL B 130       8.498  -3.472  40.818  1.00 47.70           N  
+ATOM   8592  CA  VAL B 130       7.741  -4.194  41.830  1.00 48.79           C  
+ATOM   8593  C   VAL B 130       6.368  -3.557  41.999  1.00 47.60           C  
+ATOM   8594  O   VAL B 130       6.214  -2.330  41.937  1.00 46.20           O  
+ATOM   8595  CB  VAL B 130       8.517  -4.217  43.157  1.00 47.24           C  
+ATOM   8596  CG1 VAL B 130       7.775  -5.033  44.189  1.00 47.57           C  
+ATOM   8597  CG2 VAL B 130       9.915  -4.774  42.945  1.00 54.47           C  
+ATOM   8598  N   ALA B 131       5.357  -4.399  42.205  1.00 45.91           N  
+ATOM   8599  CA  ALA B 131       3.990  -3.948  42.431  1.00 48.57           C  
+ATOM   8600  C   ALA B 131       3.406  -4.768  43.569  1.00 46.97           C  
+ATOM   8601  O   ALA B 131       3.265  -5.988  43.444  1.00 47.98           O  
+ATOM   8602  CB  ALA B 131       3.137  -4.093  41.167  1.00 46.70           C  
+ATOM   8603  N   ALA B 132       3.091  -4.106  44.678  1.00 43.63           N  
+ATOM   8604  CA  ALA B 132       2.510  -4.805  45.815  1.00 47.50           C  
+ATOM   8605  C   ALA B 132       1.094  -5.268  45.480  1.00 49.32           C  
+ATOM   8606  O   ALA B 132       0.367  -4.575  44.761  1.00 47.52           O  
+ATOM   8607  CB  ALA B 132       2.488  -3.900  47.045  1.00 46.00           C  
+ATOM   8608  N   PRO B 133       0.675  -6.428  45.979  1.00 50.09           N  
+ATOM   8609  CA  PRO B 133      -0.683  -6.898  45.700  1.00 50.81           C  
+ATOM   8610  C   PRO B 133      -1.721  -6.159  46.528  1.00 48.41           C  
+ATOM   8611  O   PRO B 133      -1.470  -5.740  47.660  1.00 48.18           O  
+ATOM   8612  CB  PRO B 133      -0.629  -8.380  46.089  1.00 50.87           C  
+ATOM   8613  CG  PRO B 133       0.420  -8.440  47.144  1.00 50.31           C  
+ATOM   8614  CD  PRO B 133       1.448  -7.403  46.769  1.00 48.28           C  
+ATOM   8615  N   SER B 134      -2.903  -5.998  45.939  1.00 50.79           N  
+ATOM   8616  CA  SER B 134      -4.069  -5.525  46.675  1.00 50.87           C  
+ATOM   8617  C   SER B 134      -4.826  -6.738  47.204  1.00 50.58           C  
+ATOM   8618  O   SER B 134      -5.223  -7.609  46.425  1.00 52.76           O  
+ATOM   8619  CB  SER B 134      -4.964  -4.663  45.787  1.00 54.31           C  
+ATOM   8620  OG  SER B 134      -4.321  -3.445  45.451  1.00 55.10           O  
+ATOM   8621  N   VAL B 135      -5.006  -6.807  48.519  1.00 52.08           N  
+ATOM   8622  CA  VAL B 135      -5.556  -7.992  49.166  1.00 52.57           C  
+ATOM   8623  C   VAL B 135      -7.021  -7.750  49.503  1.00 53.45           C  
+ATOM   8624  O   VAL B 135      -7.379  -6.706  50.063  1.00 52.98           O  
+ATOM   8625  CB  VAL B 135      -4.757  -8.361  50.427  1.00 50.52           C  
+ATOM   8626  CG1 VAL B 135      -5.163  -9.741  50.922  1.00 49.87           C  
+ATOM   8627  CG2 VAL B 135      -3.266  -8.311  50.139  1.00 51.22           C  
+ATOM   8628  N   PHE B 136      -7.863  -8.722  49.163  1.00 50.95           N  
+ATOM   8629  CA  PHE B 136      -9.276  -8.716  49.511  1.00 51.26           C  
+ATOM   8630  C   PHE B 136      -9.638 -10.085  50.064  1.00 54.44           C  
+ATOM   8631  O   PHE B 136      -9.008 -11.089  49.727  1.00 52.72           O  
+ATOM   8632  CB  PHE B 136     -10.174  -8.399  48.304  1.00 46.61           C  
+ATOM   8633  CG  PHE B 136      -9.806  -7.136  47.582  1.00 50.88           C  
+ATOM   8634  CD1 PHE B 136     -10.277  -5.909  48.019  1.00 59.26           C  
+ATOM   8635  CD2 PHE B 136      -9.001  -7.177  46.455  1.00 55.37           C  
+ATOM   8636  CE1 PHE B 136      -9.944  -4.746  47.352  1.00 65.73           C  
+ATOM   8637  CE2 PHE B 136      -8.665  -6.017  45.783  1.00 54.92           C  
+ATOM   8638  CZ  PHE B 136      -9.137  -4.800  46.233  1.00 62.16           C  
+ATOM   8639  N   ILE B 137     -10.657 -10.126  50.917  1.00 55.27           N  
+ATOM   8640  CA  ILE B 137     -11.122 -11.379  51.498  1.00 53.17           C  
+ATOM   8641  C   ILE B 137     -12.640 -11.439  51.381  1.00 56.49           C  
+ATOM   8642  O   ILE B 137     -13.333 -10.449  51.647  1.00 59.74           O  
+ATOM   8643  CB  ILE B 137     -10.657 -11.545  52.960  1.00 52.63           C  
+ATOM   8644  CG1 ILE B 137     -10.982 -12.952  53.469  1.00 53.06           C  
+ATOM   8645  CG2 ILE B 137     -11.244 -10.463  53.864  1.00 57.57           C  
+ATOM   8646  CD1 ILE B 137     -10.286 -13.307  54.764  1.00 55.24           C  
+ATOM   8647  N   PHE B 138     -13.147 -12.589  50.947  1.00 56.94           N  
+ATOM   8648  CA  PHE B 138     -14.570 -12.820  50.755  1.00 57.02           C  
+ATOM   8649  C   PHE B 138     -15.002 -14.003  51.610  1.00 56.16           C  
+ATOM   8650  O   PHE B 138     -14.456 -15.111  51.449  1.00 54.57           O  
+ATOM   8651  CB  PHE B 138     -14.885 -13.083  49.281  1.00 54.93           C  
+ATOM   8652  CG  PHE B 138     -14.395 -12.008  48.356  1.00 51.26           C  
+ATOM   8653  CD1 PHE B 138     -15.099 -10.824  48.212  1.00 51.49           C  
+ATOM   8654  CD2 PHE B 138     -13.232 -12.183  47.625  1.00 51.56           C  
+ATOM   8655  CE1 PHE B 138     -14.649  -9.833  47.361  1.00 51.36           C  
+ATOM   8656  CE2 PHE B 138     -12.777 -11.196  46.771  1.00 50.45           C  
+ATOM   8657  CZ  PHE B 138     -13.487 -10.019  46.638  1.00 51.09           C  
+ATOM   8658  N   PRO B 139     -15.956 -13.820  52.519  1.00 61.27           N  
+ATOM   8659  CA  PRO B 139     -16.473 -14.942  53.302  1.00 63.42           C  
+ATOM   8660  C   PRO B 139     -17.396 -15.801  52.459  1.00 62.61           C  
+ATOM   8661  O   PRO B 139     -17.827 -15.380  51.374  1.00 60.80           O  
+ATOM   8662  CB  PRO B 139     -17.237 -14.248  54.439  1.00 57.46           C  
+ATOM   8663  CG  PRO B 139     -17.676 -12.956  53.847  1.00 58.04           C  
+ATOM   8664  CD  PRO B 139     -16.578 -12.540  52.902  1.00 62.88           C  
+ATOM   8665  N   PRO B 140     -17.726 -17.009  52.913  1.00 61.02           N  
+ATOM   8666  CA  PRO B 140     -18.631 -17.856  52.131  1.00 61.40           C  
+ATOM   8667  C   PRO B 140     -20.047 -17.306  52.136  1.00 65.12           C  
+ATOM   8668  O   PRO B 140     -20.507 -16.704  53.110  1.00 67.97           O  
+ATOM   8669  CB  PRO B 140     -18.555 -19.211  52.842  1.00 59.83           C  
+ATOM   8670  CG  PRO B 140     -18.169 -18.878  54.237  1.00 62.38           C  
+ATOM   8671  CD  PRO B 140     -17.264 -17.683  54.140  1.00 59.80           C  
+ATOM   8672  N   SER B 141     -20.739 -17.518  51.021  1.00 66.37           N  
+ATOM   8673  CA  SER B 141     -22.123 -17.090  50.906  1.00 69.60           C  
+ATOM   8674  C   SER B 141     -23.032 -17.975  51.750  1.00 73.28           C  
+ATOM   8675  O   SER B 141     -22.733 -19.144  52.011  1.00 70.86           O  
+ATOM   8676  CB  SER B 141     -22.570 -17.124  49.445  1.00 70.15           C  
+ATOM   8677  OG  SER B 141     -22.555 -18.448  48.939  1.00 68.25           O  
+ATOM   8678  N   ASP B 142     -24.152 -17.395  52.191  1.00 74.89           N  
+ATOM   8679  CA  ASP B 142     -25.124 -18.163  52.962  1.00 76.38           C  
+ATOM   8680  C   ASP B 142     -25.675 -19.330  52.156  1.00 75.07           C  
+ATOM   8681  O   ASP B 142     -26.038 -20.364  52.728  1.00 75.64           O  
+ATOM   8682  CB  ASP B 142     -26.262 -17.255  53.430  1.00 77.82           C  
+ATOM   8683  CG  ASP B 142     -25.798 -16.197  54.411  1.00 87.37           C  
+ATOM   8684  OD1 ASP B 142     -24.828 -16.457  55.154  1.00 88.96           O  
+ATOM   8685  OD2 ASP B 142     -26.405 -15.105  54.440  1.00 92.47           O  
+ATOM   8686  N   GLU B 143     -25.741 -19.185  50.830  1.00 75.63           N  
+ATOM   8687  CA  GLU B 143     -26.207 -20.274  49.978  1.00 75.11           C  
+ATOM   8688  C   GLU B 143     -25.291 -21.488  50.090  1.00 75.38           C  
+ATOM   8689  O   GLU B 143     -25.749 -22.606  50.357  1.00 74.73           O  
+ATOM   8690  CB  GLU B 143     -26.290 -19.798  48.527  1.00 80.34           C  
+ATOM   8691  CG  GLU B 143     -27.192 -18.589  48.294  1.00 91.17           C  
+ATOM   8692  CD  GLU B 143     -26.503 -17.260  48.570  1.00 80.24           C  
+ATOM   8693  OE1 GLU B 143     -25.784 -17.152  49.586  1.00 76.33           O  
+ATOM   8694  OE2 GLU B 143     -26.677 -16.322  47.764  1.00 80.25           O  
+ATOM   8695  N   GLN B 144     -23.987 -21.283  49.888  1.00 74.32           N  
+ATOM   8696  CA  GLN B 144     -23.038 -22.387  49.995  1.00 71.21           C  
+ATOM   8697  C   GLN B 144     -23.006 -22.960  51.406  1.00 72.33           C  
+ATOM   8698  O   GLN B 144     -22.881 -24.177  51.586  1.00 70.87           O  
+ATOM   8699  CB  GLN B 144     -21.642 -21.923  49.581  1.00 66.90           C  
+ATOM   8700  CG  GLN B 144     -20.633 -23.052  49.481  1.00 67.01           C  
+ATOM   8701  CD  GLN B 144     -19.209 -22.553  49.373  1.00 65.08           C  
+ATOM   8702  OE1 GLN B 144     -18.963 -21.349  49.304  1.00 65.48           O  
+ATOM   8703  NE2 GLN B 144     -18.258 -23.479  49.367  1.00 65.69           N  
+ATOM   8704  N   LEU B 145     -23.111 -22.098  52.420  1.00 72.05           N  
+ATOM   8705  CA  LEU B 145     -23.147 -22.574  53.800  1.00 71.83           C  
+ATOM   8706  C   LEU B 145     -24.329 -23.506  54.031  1.00 74.94           C  
+ATOM   8707  O   LEU B 145     -24.168 -24.614  54.556  1.00 73.50           O  
+ATOM   8708  CB  LEU B 145     -23.203 -21.388  54.761  1.00 70.31           C  
+ATOM   8709  CG  LEU B 145     -21.871 -20.676  54.975  1.00 67.02           C  
+ATOM   8710  CD1 LEU B 145     -22.068 -19.367  55.723  1.00 66.69           C  
+ATOM   8711  CD2 LEU B 145     -20.924 -21.595  55.719  1.00 64.97           C  
+ATOM   8712  N   LYS B 146     -25.529 -23.067  53.646  1.00 74.36           N  
+ATOM   8713  CA  LYS B 146     -26.702 -23.928  53.744  1.00 74.12           C  
+ATOM   8714  C   LYS B 146     -26.531 -25.199  52.922  1.00 74.03           C  
+ATOM   8715  O   LYS B 146     -27.094 -26.243  53.272  1.00 74.15           O  
+ATOM   8716  CB  LYS B 146     -27.945 -23.147  53.321  1.00 73.22           C  
+ATOM   8717  CG  LYS B 146     -28.284 -22.024  54.294  1.00 78.85           C  
+ATOM   8718  CD  LYS B 146     -29.532 -21.258  53.895  1.00 82.52           C  
+ATOM   8719  CE  LYS B 146     -29.800 -20.118  54.869  1.00 88.31           C  
+ATOM   8720  NZ  LYS B 146     -28.587 -19.282  55.104  1.00 85.90           N  
+ATOM   8721  N   SER B 147     -25.775 -25.131  51.822  1.00 73.49           N  
+ATOM   8722  CA  SER B 147     -25.473 -26.342  51.065  1.00 73.07           C  
+ATOM   8723  C   SER B 147     -24.632 -27.317  51.882  1.00 73.46           C  
+ATOM   8724  O   SER B 147     -24.690 -28.530  51.647  1.00 70.96           O  
+ATOM   8725  CB  SER B 147     -24.764 -25.989  49.756  1.00 72.78           C  
+ATOM   8726  OG  SER B 147     -23.381 -25.769  49.966  1.00 70.97           O  
+ATOM   8727  N   GLY B 148     -23.852 -26.815  52.840  1.00 75.65           N  
+ATOM   8728  CA  GLY B 148     -23.060 -27.673  53.702  1.00 75.56           C  
+ATOM   8729  C   GLY B 148     -21.553 -27.524  53.602  1.00 76.39           C  
+ATOM   8730  O   GLY B 148     -20.814 -28.338  54.164  1.00 75.08           O  
+ATOM   8731  N   THR B 149     -21.081 -26.496  52.899  1.00 75.75           N  
+ATOM   8732  CA  THR B 149     -19.653 -26.274  52.712  1.00 70.90           C  
+ATOM   8733  C   THR B 149     -19.382 -24.775  52.785  1.00 69.38           C  
+ATOM   8734  O   THR B 149     -20.266 -23.957  52.523  1.00 72.55           O  
+ATOM   8735  CB  THR B 149     -19.177 -26.867  51.372  1.00 71.36           C  
+ATOM   8736  OG1 THR B 149     -19.484 -28.266  51.338  1.00 76.43           O  
+ATOM   8737  CG2 THR B 149     -17.673 -26.706  51.189  1.00 71.97           C  
+ATOM   8738  N   ALA B 150     -18.152 -24.413  53.154  1.00 68.02           N  
+ATOM   8739  CA  ALA B 150     -17.743 -23.018  53.248  1.00 66.44           C  
+ATOM   8740  C   ALA B 150     -16.442 -22.820  52.485  1.00 69.10           C  
+ATOM   8741  O   ALA B 150     -15.455 -23.520  52.737  1.00 67.65           O  
+ATOM   8742  CB  ALA B 150     -17.569 -22.588  54.707  1.00 64.55           C  
+ATOM   8743  N   SER B 151     -16.443 -21.871  51.553  1.00 64.61           N  
+ATOM   8744  CA  SER B 151     -15.256 -21.517  50.782  1.00 62.21           C  
+ATOM   8745  C   SER B 151     -14.944 -20.047  51.030  1.00 61.96           C  
+ATOM   8746  O   SER B 151     -15.711 -19.167  50.625  1.00 61.35           O  
+ATOM   8747  CB  SER B 151     -15.459 -21.793  49.293  1.00 67.62           C  
+ATOM   8748  OG  SER B 151     -15.508 -23.185  49.032  1.00 69.68           O  
+ATOM   8749  N   VAL B 152     -13.822 -19.786  51.696  1.00 60.40           N  
+ATOM   8750  CA  VAL B 152     -13.345 -18.431  51.946  1.00 58.26           C  
+ATOM   8751  C   VAL B 152     -12.306 -18.101  50.886  1.00 57.33           C  
+ATOM   8752  O   VAL B 152     -11.410 -18.909  50.615  1.00 58.35           O  
+ATOM   8753  CB  VAL B 152     -12.750 -18.301  53.358  1.00 56.12           C  
+ATOM   8754  CG1 VAL B 152     -12.528 -16.840  53.710  1.00 55.89           C  
+ATOM   8755  CG2 VAL B 152     -13.649 -18.981  54.380  1.00 59.06           C  
+ATOM   8756  N   VAL B 153     -12.419 -16.924  50.277  1.00 56.33           N  
+ATOM   8757  CA  VAL B 153     -11.568 -16.566  49.149  1.00 55.91           C  
+ATOM   8758  C   VAL B 153     -10.672 -15.400  49.540  1.00 54.51           C  
+ATOM   8759  O   VAL B 153     -11.126 -14.438  50.167  1.00 54.98           O  
+ATOM   8760  CB  VAL B 153     -12.408 -16.223  47.899  1.00 55.42           C  
+ATOM   8761  CG1 VAL B 153     -11.519 -15.728  46.769  1.00 53.50           C  
+ATOM   8762  CG2 VAL B 153     -13.199 -17.442  47.452  1.00 55.87           C  
+ATOM   8763  N   CYS B 154      -9.395 -15.493  49.178  1.00 57.09           N  
+ATOM   8764  CA  CYS B 154      -8.432 -14.416  49.363  1.00 52.98           C  
+ATOM   8765  C   CYS B 154      -7.888 -14.044  47.992  1.00 53.00           C  
+ATOM   8766  O   CYS B 154      -7.349 -14.901  47.281  1.00 48.12           O  
+ATOM   8767  CB  CYS B 154      -7.304 -14.836  50.310  1.00 50.04           C  
+ATOM   8768  SG  CYS B 154      -6.156 -13.515  50.799  1.00 53.24           S  
+ATOM   8769  N   LEU B 155      -8.040 -12.779  47.618  1.00 50.79           N  
+ATOM   8770  CA  LEU B 155      -7.677 -12.289  46.296  1.00 47.79           C  
+ATOM   8771  C   LEU B 155      -6.485 -11.350  46.417  1.00 51.66           C  
+ATOM   8772  O   LEU B 155      -6.556 -10.340  47.127  1.00 55.68           O  
+ATOM   8773  CB  LEU B 155      -8.858 -11.572  45.641  1.00 48.43           C  
+ATOM   8774  CG  LEU B 155      -8.556 -10.736  44.395  1.00 48.36           C  
+ATOM   8775  CD1 LEU B 155      -8.051 -11.611  43.263  1.00 47.91           C  
+ATOM   8776  CD2 LEU B 155      -9.784  -9.950  43.963  1.00 49.20           C  
+ATOM   8777  N   LEU B 156      -5.396 -11.689  45.731  1.00 48.63           N  
+ATOM   8778  CA  LEU B 156      -4.244 -10.813  45.569  1.00 48.46           C  
+ATOM   8779  C   LEU B 156      -4.294 -10.261  44.151  1.00 49.57           C  
+ATOM   8780  O   LEU B 156      -4.262 -11.028  43.183  1.00 50.92           O  
+ATOM   8781  CB  LEU B 156      -2.934 -11.564  45.810  1.00 51.98           C  
+ATOM   8782  CG  LEU B 156      -2.538 -12.078  47.200  1.00 51.44           C  
+ATOM   8783  CD1 LEU B 156      -3.526 -13.085  47.779  1.00 52.24           C  
+ATOM   8784  CD2 LEU B 156      -1.150 -12.690  47.120  1.00 51.63           C  
+ATOM   8785  N   ASN B 157      -4.365  -8.940  44.026  1.00 47.09           N  
+ATOM   8786  CA  ASN B 157      -4.681  -8.300  42.758  1.00 50.35           C  
+ATOM   8787  C   ASN B 157      -3.522  -7.436  42.284  1.00 52.58           C  
+ATOM   8788  O   ASN B 157      -2.989  -6.625  43.052  1.00 52.27           O  
+ATOM   8789  CB  ASN B 157      -5.948  -7.453  42.892  1.00 51.48           C  
+ATOM   8790  CG  ASN B 157      -6.682  -7.292  41.580  1.00 55.17           C  
+ATOM   8791  OD1 ASN B 157      -6.987  -6.176  41.159  1.00 59.24           O  
+ATOM   8792  ND2 ASN B 157      -6.973  -8.410  40.924  1.00 53.50           N  
+ATOM   8793  N   ASN B 158      -3.147  -7.624  41.016  1.00 52.13           N  
+ATOM   8794  CA  ASN B 158      -2.223  -6.764  40.275  1.00 51.45           C  
+ATOM   8795  C   ASN B 158      -0.902  -6.566  41.023  1.00 49.61           C  
+ATOM   8796  O   ASN B 158      -0.585  -5.487  41.521  1.00 49.39           O  
+ATOM   8797  CB  ASN B 158      -2.885  -5.420  39.958  1.00 50.11           C  
+ATOM   8798  CG  ASN B 158      -4.135  -5.573  39.115  1.00 52.12           C  
+ATOM   8799  OD1 ASN B 158      -4.306  -6.572  38.414  1.00 54.73           O  
+ATOM   8800  ND2 ASN B 158      -5.015  -4.581  39.174  1.00 52.79           N  
+ATOM   8801  N   PHE B 159      -0.127  -7.648  41.074  1.00 50.04           N  
+ATOM   8802  CA  PHE B 159       1.180  -7.626  41.711  1.00 51.72           C  
+ATOM   8803  C   PHE B 159       2.245  -8.157  40.760  1.00 49.74           C  
+ATOM   8804  O   PHE B 159       1.956  -8.881  39.803  1.00 52.19           O  
+ATOM   8805  CB  PHE B 159       1.191  -8.439  43.016  1.00 51.35           C  
+ATOM   8806  CG  PHE B 159       0.879  -9.898  42.834  1.00 49.71           C  
+ATOM   8807  CD1 PHE B 159      -0.431 -10.345  42.845  1.00 50.02           C  
+ATOM   8808  CD2 PHE B 159       1.896 -10.823  42.668  1.00 49.45           C  
+ATOM   8809  CE1 PHE B 159      -0.721 -11.687  42.683  1.00 51.39           C  
+ATOM   8810  CE2 PHE B 159       1.612 -12.166  42.504  1.00 50.61           C  
+ATOM   8811  CZ  PHE B 159       0.302 -12.598  42.512  1.00 52.33           C  
+ATOM   8812  N   TYR B 160       3.493  -7.781  41.046  1.00 47.54           N  
+ATOM   8813  CA  TYR B 160       4.668  -8.248  40.329  1.00 48.87           C  
+ATOM   8814  C   TYR B 160       5.843  -8.132  41.289  1.00 49.70           C  
+ATOM   8815  O   TYR B 160       5.951  -7.117  41.994  1.00 49.07           O  
+ATOM   8816  CB  TYR B 160       4.944  -7.439  39.056  1.00 48.34           C  
+ATOM   8817  CG  TYR B 160       5.984  -8.067  38.156  1.00 50.16           C  
+ATOM   8818  CD1 TYR B 160       5.624  -9.008  37.202  1.00 49.97           C  
+ATOM   8819  CD2 TYR B 160       7.327  -7.729  38.268  1.00 50.61           C  
+ATOM   8820  CE1 TYR B 160       6.568  -9.592  36.382  1.00 55.37           C  
+ATOM   8821  CE2 TYR B 160       8.280  -8.308  37.452  1.00 50.54           C  
+ATOM   8822  CZ  TYR B 160       7.894  -9.238  36.510  1.00 54.78           C  
+ATOM   8823  OH  TYR B 160       8.834  -9.820  35.692  1.00 60.15           O  
+ATOM   8824  N   PRO B 161       6.741  -9.130  41.339  1.00 48.54           N  
+ATOM   8825  CA  PRO B 161       6.768 -10.350  40.524  1.00 48.94           C  
+ATOM   8826  C   PRO B 161       5.716 -11.397  40.894  1.00 52.02           C  
+ATOM   8827  O   PRO B 161       4.869 -11.173  41.758  1.00 49.97           O  
+ATOM   8828  CB  PRO B 161       8.176 -10.900  40.773  1.00 49.56           C  
+ATOM   8829  CG  PRO B 161       8.528 -10.411  42.120  1.00 49.14           C  
+ATOM   8830  CD  PRO B 161       7.909  -9.048  42.233  1.00 49.08           C  
+ATOM   8831  N   ARG B 162       5.805 -12.546  40.223  1.00 53.90           N  
+ATOM   8832  CA  ARG B 162       4.786 -13.584  40.332  1.00 51.62           C  
+ATOM   8833  C   ARG B 162       4.756 -14.223  41.715  1.00 54.36           C  
+ATOM   8834  O   ARG B 162       3.702 -14.699  42.152  1.00 55.66           O  
+ATOM   8835  CB  ARG B 162       5.041 -14.641  39.256  1.00 57.30           C  
+ATOM   8836  CG  ARG B 162       3.966 -15.698  39.066  1.00 59.67           C  
+ATOM   8837  CD  ARG B 162       4.428 -16.667  37.985  1.00 69.36           C  
+ATOM   8838  NE  ARG B 162       3.413 -17.632  37.575  1.00 82.42           N  
+ATOM   8839  CZ  ARG B 162       3.198 -18.795  38.181  1.00 84.05           C  
+ATOM   8840  NH1 ARG B 162       3.923 -19.141  39.236  1.00 83.71           N  
+ATOM   8841  NH2 ARG B 162       2.260 -19.615  37.728  1.00 84.63           N  
+ATOM   8842  N   GLU B 163       5.886 -14.240  42.418  1.00 56.98           N  
+ATOM   8843  CA  GLU B 163       5.999 -14.991  43.664  1.00 58.67           C  
+ATOM   8844  C   GLU B 163       5.421 -14.187  44.823  1.00 56.69           C  
+ATOM   8845  O   GLU B 163       5.947 -13.126  45.175  1.00 54.21           O  
+ATOM   8846  CB  GLU B 163       7.458 -15.353  43.941  1.00 60.47           C  
+ATOM   8847  CG  GLU B 163       8.067 -16.345  42.957  1.00 62.60           C  
+ATOM   8848  CD  GLU B 163       8.333 -15.737  41.593  1.00 60.47           C  
+ATOM   8849  OE1 GLU B 163       8.523 -14.504  41.518  1.00 57.20           O  
+ATOM   8850  OE2 GLU B 163       8.347 -16.491  40.598  1.00 65.13           O  
+ATOM   8851  N   ALA B 164       4.348 -14.701  45.422  1.00 60.12           N  
+ATOM   8852  CA  ALA B 164       3.741 -14.100  46.604  1.00 58.43           C  
+ATOM   8853  C   ALA B 164       3.189 -15.222  47.468  1.00 60.93           C  
+ATOM   8854  O   ALA B 164       2.494 -16.107  46.960  1.00 60.67           O  
+ATOM   8855  CB  ALA B 164       2.631 -13.115  46.226  1.00 53.03           C  
+ATOM   8856  N   LYS B 165       3.498 -15.189  48.762  1.00 62.95           N  
+ATOM   8857  CA  LYS B 165       3.099 -16.251  49.676  1.00 61.57           C  
+ATOM   8858  C   LYS B 165       1.875 -15.837  50.485  1.00 59.67           C  
+ATOM   8859  O   LYS B 165       1.769 -14.691  50.934  1.00 58.51           O  
+ATOM   8860  CB  LYS B 165       4.257 -16.629  50.601  1.00 68.10           C  
+ATOM   8861  CG  LYS B 165       5.472 -17.140  49.838  1.00 82.62           C  
+ATOM   8862  CD  LYS B 165       5.221 -18.528  49.262  1.00 93.60           C  
+ATOM   8863  CE  LYS B 165       6.490 -19.131  48.677  1.00 88.25           C  
+ATOM   8864  NZ  LYS B 165       7.043 -18.300  47.571  1.00 86.67           N  
+ATOM   8865  N   VAL B 166       0.950 -16.782  50.663  1.00 61.43           N  
+ATOM   8866  CA  VAL B 166      -0.309 -16.554  51.364  1.00 58.48           C  
+ATOM   8867  C   VAL B 166      -0.483 -17.638  52.418  1.00 59.24           C  
+ATOM   8868  O   VAL B 166      -0.378 -18.831  52.110  1.00 59.02           O  
+ATOM   8869  CB  VAL B 166      -1.512 -16.557  50.400  1.00 62.39           C  
+ATOM   8870  CG1 VAL B 166      -2.793 -16.206  51.145  1.00 61.05           C  
+ATOM   8871  CG2 VAL B 166      -1.277 -15.602  49.244  1.00 62.89           C  
+ATOM   8872  N   GLN B 167      -0.749 -17.227  53.657  1.00 60.85           N  
+ATOM   8873  CA  GLN B 167      -1.017 -18.146  54.754  1.00 62.07           C  
+ATOM   8874  C   GLN B 167      -2.417 -17.899  55.302  1.00 61.32           C  
+ATOM   8875  O   GLN B 167      -2.884 -16.758  55.343  1.00 60.22           O  
+ATOM   8876  CB  GLN B 167       0.022 -17.992  55.871  1.00 63.28           C  
+ATOM   8877  CG  GLN B 167       1.366 -18.630  55.556  1.00 65.97           C  
+ATOM   8878  CD  GLN B 167       2.369 -18.462  56.681  1.00 74.27           C  
+ATOM   8879  OE1 GLN B 167       2.314 -17.494  57.439  1.00 77.01           O  
+ATOM   8880  NE2 GLN B 167       3.292 -19.411  56.796  1.00 76.73           N  
+ATOM   8881  N   TRP B 168      -3.084 -18.972  55.723  1.00 61.66           N  
+ATOM   8882  CA  TRP B 168      -4.431 -18.892  56.274  1.00 63.97           C  
+ATOM   8883  C   TRP B 168      -4.401 -19.049  57.788  1.00 66.55           C  
+ATOM   8884  O   TRP B 168      -3.721 -19.933  58.319  1.00 67.18           O  
+ATOM   8885  CB  TRP B 168      -5.338 -19.961  55.662  1.00 60.96           C  
+ATOM   8886  CG  TRP B 168      -5.837 -19.617  54.296  1.00 62.14           C  
+ATOM   8887  CD1 TRP B 168      -5.342 -20.061  53.106  1.00 61.83           C  
+ATOM   8888  CD2 TRP B 168      -6.929 -18.747  53.978  1.00 60.29           C  
+ATOM   8889  NE1 TRP B 168      -6.062 -19.525  52.065  1.00 62.05           N  
+ATOM   8890  CE2 TRP B 168      -7.042 -18.714  52.575  1.00 61.36           C  
+ATOM   8891  CE3 TRP B 168      -7.824 -17.994  54.745  1.00 61.09           C  
+ATOM   8892  CZ2 TRP B 168      -8.012 -17.958  51.921  1.00 60.67           C  
+ATOM   8893  CZ3 TRP B 168      -8.788 -17.243  54.094  1.00 59.94           C  
+ATOM   8894  CH2 TRP B 168      -8.874 -17.231  52.696  1.00 60.56           C  
+ATOM   8895  N   LYS B 169      -5.144 -18.186  58.481  1.00 64.50           N  
+ATOM   8896  CA  LYS B 169      -5.244 -18.220  59.935  1.00 69.53           C  
+ATOM   8897  C   LYS B 169      -6.711 -18.213  60.337  1.00 70.64           C  
+ATOM   8898  O   LYS B 169      -7.455 -17.294  59.977  1.00 71.53           O  
+ATOM   8899  CB  LYS B 169      -4.503 -17.037  60.566  1.00 70.88           C  
+ATOM   8900  CG  LYS B 169      -2.990 -17.176  60.535  1.00 73.24           C  
+ATOM   8901  CD  LYS B 169      -2.304 -15.890  60.960  1.00 74.44           C  
+ATOM   8902  CE  LYS B 169      -0.800 -16.083  61.067  1.00 80.88           C  
+ATOM   8903  NZ  LYS B 169      -0.434 -16.999  62.183  1.00 91.00           N  
+ATOM   8904  N   VAL B 170      -7.123 -19.234  61.082  1.00 69.31           N  
+ATOM   8905  CA  VAL B 170      -8.469 -19.333  61.636  1.00 71.82           C  
+ATOM   8906  C   VAL B 170      -8.319 -19.262  63.147  1.00 71.90           C  
+ATOM   8907  O   VAL B 170      -7.868 -20.228  63.776  1.00 72.76           O  
+ATOM   8908  CB  VAL B 170      -9.174 -20.628  61.212  1.00 71.83           C  
+ATOM   8909  CG1 VAL B 170     -10.573 -20.682  61.790  1.00 73.63           C  
+ATOM   8910  CG2 VAL B 170      -9.209 -20.746  59.696  1.00 70.22           C  
+ATOM   8911  N   ASP B 171      -8.694 -18.123  63.733  1.00 70.63           N  
+ATOM   8912  CA  ASP B 171      -8.485 -17.875  65.162  1.00 72.02           C  
+ATOM   8913  C   ASP B 171      -7.004 -17.991  65.514  1.00 72.54           C  
+ATOM   8914  O   ASP B 171      -6.630 -18.596  66.520  1.00 75.81           O  
+ATOM   8915  CB  ASP B 171      -9.339 -18.799  66.034  1.00 71.82           C  
+ATOM   8916  CG  ASP B 171     -10.822 -18.532  65.878  1.00 71.80           C  
+ATOM   8917  OD1 ASP B 171     -11.170 -17.502  65.261  1.00 74.47           O  
+ATOM   8918  OD2 ASP B 171     -11.636 -19.340  66.377  1.00 72.41           O  
+ATOM   8919  N   ASN B 172      -6.159 -17.404  64.665  1.00 72.80           N  
+ATOM   8920  CA  ASN B 172      -4.701 -17.393  64.753  1.00 74.62           C  
+ATOM   8921  C   ASN B 172      -4.079 -18.778  64.601  1.00 72.38           C  
+ATOM   8922  O   ASN B 172      -2.854 -18.907  64.731  1.00 72.03           O  
+ATOM   8923  CB  ASN B 172      -4.197 -16.752  66.054  1.00 79.89           C  
+ATOM   8924  CG  ASN B 172      -4.523 -15.273  66.133  1.00 86.84           C  
+ATOM   8925  OD1 ASN B 172      -5.609 -14.887  66.565  1.00 83.08           O  
+ATOM   8926  ND2 ASN B 172      -3.583 -14.436  65.705  1.00 93.96           N  
+ATOM   8927  N   ALA B 173      -4.868 -19.813  64.329  1.00 70.87           N  
+ATOM   8928  CA  ALA B 173      -4.341 -21.152  64.104  1.00 70.55           C  
+ATOM   8929  C   ALA B 173      -3.966 -21.294  62.633  1.00 71.67           C  
+ATOM   8930  O   ALA B 173      -4.811 -21.102  61.751  1.00 74.13           O  
+ATOM   8931  CB  ALA B 173      -5.362 -22.213  64.510  1.00 69.75           C  
+ATOM   8932  N   LEU B 174      -2.705 -21.629  62.373  1.00 71.35           N  
+ATOM   8933  CA  LEU B 174      -2.227 -21.753  61.003  1.00 71.39           C  
+ATOM   8934  C   LEU B 174      -2.849 -22.970  60.329  1.00 73.60           C  
+ATOM   8935  O   LEU B 174      -2.898 -24.059  60.908  1.00 75.50           O  
+ATOM   8936  CB  LEU B 174      -0.702 -21.852  60.984  1.00 71.92           C  
+ATOM   8937  CG  LEU B 174      -0.041 -21.991  59.611  1.00 73.47           C  
+ATOM   8938  CD1 LEU B 174      -0.372 -20.793  58.735  1.00 73.10           C  
+ATOM   8939  CD2 LEU B 174       1.464 -22.154  59.755  1.00 79.86           C  
+ATOM   8940  N   GLN B 175      -3.323 -22.780  59.101  1.00 70.96           N  
+ATOM   8941  CA  GLN B 175      -3.954 -23.836  58.325  1.00 71.48           C  
+ATOM   8942  C   GLN B 175      -2.946 -24.477  57.378  1.00 71.74           C  
+ATOM   8943  O   GLN B 175      -1.979 -23.843  56.947  1.00 73.10           O  
+ATOM   8944  CB  GLN B 175      -5.139 -23.290  57.525  1.00 71.04           C  
+ATOM   8945  CG  GLN B 175      -6.186 -22.583  58.367  1.00 70.82           C  
+ATOM   8946  CD  GLN B 175      -6.882 -23.518  59.334  1.00 70.54           C  
+ATOM   8947  OE1 GLN B 175      -7.435 -24.543  58.934  1.00 69.16           O  
+ATOM   8948  NE2 GLN B 175      -6.859 -23.170  60.615  1.00 71.14           N  
+ATOM   8949  N   SER B 176      -3.186 -25.746  57.058  1.00 70.24           N  
+ATOM   8950  CA  SER B 176      -2.315 -26.483  56.154  1.00 69.65           C  
+ATOM   8951  C   SER B 176      -3.099 -27.636  55.545  1.00 71.32           C  
+ATOM   8952  O   SER B 176      -3.820 -28.345  56.251  1.00 70.91           O  
+ATOM   8953  CB  SER B 176      -1.072 -27.012  56.880  1.00 65.69           C  
+ATOM   8954  OG  SER B 176      -0.282 -25.950  57.385  1.00 73.99           O  
+ATOM   8955  N   GLY B 177      -2.951 -27.813  54.234  1.00 74.26           N  
+ATOM   8956  CA  GLY B 177      -3.589 -28.909  53.536  1.00 75.64           C  
+ATOM   8957  C   GLY B 177      -5.065 -28.737  53.263  1.00 71.88           C  
+ATOM   8958  O   GLY B 177      -5.726 -29.715  52.895  1.00 73.56           O  
+ATOM   8959  N   ASN B 178      -5.609 -27.528  53.426  1.00 69.66           N  
+ATOM   8960  CA  ASN B 178      -7.027 -27.286  53.188  1.00 69.76           C  
+ATOM   8961  C   ASN B 178      -7.262 -26.028  52.356  1.00 70.92           C  
+ATOM   8962  O   ASN B 178      -8.350 -25.445  52.419  1.00 68.02           O  
+ATOM   8963  CB  ASN B 178      -7.791 -27.197  54.512  1.00 69.17           C  
+ATOM   8964  CG  ASN B 178      -7.236 -26.130  55.436  1.00 72.43           C  
+ATOM   8965  OD1 ASN B 178      -6.113 -25.658  55.254  1.00 74.55           O  
+ATOM   8966  ND2 ASN B 178      -8.022 -25.745  56.435  1.00 69.66           N  
+ATOM   8967  N   SER B 179      -6.269 -25.598  51.581  1.00 71.18           N  
+ATOM   8968  CA  SER B 179      -6.401 -24.423  50.733  1.00 64.87           C  
+ATOM   8969  C   SER B 179      -5.714 -24.686  49.402  1.00 67.53           C  
+ATOM   8970  O   SER B 179      -4.769 -25.474  49.318  1.00 70.72           O  
+ATOM   8971  CB  SER B 179      -5.805 -23.175  51.398  1.00 64.55           C  
+ATOM   8972  OG  SER B 179      -4.436 -23.367  51.708  1.00 68.75           O  
+ATOM   8973  N   GLN B 180      -6.202 -24.016  48.360  1.00 64.16           N  
+ATOM   8974  CA  GLN B 180      -5.646 -24.161  47.020  1.00 62.30           C  
+ATOM   8975  C   GLN B 180      -5.487 -22.800  46.360  1.00 62.18           C  
+ATOM   8976  O   GLN B 180      -6.369 -21.945  46.464  1.00 61.74           O  
+ATOM   8977  CB  GLN B 180      -6.517 -25.069  46.143  1.00 61.81           C  
+ATOM   8978  CG  GLN B 180      -6.445 -26.538  46.519  1.00 66.51           C  
+ATOM   8979  CD  GLN B 180      -7.237 -27.420  45.577  1.00 73.87           C  
+ATOM   8980  OE1 GLN B 180      -8.350 -27.078  45.177  1.00 76.97           O  
+ATOM   8981  NE2 GLN B 180      -6.662 -28.559  45.208  1.00 73.32           N  
+ATOM   8982  N   GLU B 181      -4.363 -22.610  45.674  1.00 61.22           N  
+ATOM   8983  CA  GLU B 181      -4.043 -21.353  45.014  1.00 60.70           C  
+ATOM   8984  C   GLU B 181      -4.137 -21.498  43.501  1.00 60.29           C  
+ATOM   8985  O   GLU B 181      -3.912 -22.577  42.945  1.00 61.19           O  
+ATOM   8986  CB  GLU B 181      -2.638 -20.870  45.387  1.00 65.39           C  
+ATOM   8987  CG  GLU B 181      -2.495 -20.358  46.807  1.00 72.57           C  
+ATOM   8988  CD  GLU B 181      -1.134 -19.740  47.059  1.00 88.33           C  
+ATOM   8989  OE1 GLU B 181      -0.309 -19.718  46.120  1.00 78.59           O  
+ATOM   8990  OE2 GLU B 181      -0.889 -19.273  48.192  1.00 98.31           O  
+ATOM   8991  N   SER B 182      -4.474 -20.392  42.842  1.00 59.97           N  
+ATOM   8992  CA  SER B 182      -4.508 -20.335  41.386  1.00 55.81           C  
+ATOM   8993  C   SER B 182      -4.080 -18.944  40.948  1.00 54.90           C  
+ATOM   8994  O   SER B 182      -4.652 -17.949  41.402  1.00 55.15           O  
+ATOM   8995  CB  SER B 182      -5.906 -20.659  40.850  1.00 55.84           C  
+ATOM   8996  OG  SER B 182      -5.930 -20.618  39.434  1.00 56.84           O  
+ATOM   8997  N   VAL B 183      -3.086 -18.877  40.065  1.00 51.92           N  
+ATOM   8998  CA  VAL B 183      -2.501 -17.618  39.621  1.00 51.17           C  
+ATOM   8999  C   VAL B 183      -2.762 -17.449  38.129  1.00 51.50           C  
+ATOM   9000  O   VAL B 183      -2.698 -18.416  37.362  1.00 52.63           O  
+ATOM   9001  CB  VAL B 183      -0.991 -17.563  39.940  1.00 54.64           C  
+ATOM   9002  CG1 VAL B 183      -0.297 -18.809  39.425  1.00 57.42           C  
+ATOM   9003  CG2 VAL B 183      -0.351 -16.302  39.372  1.00 54.18           C  
+ATOM   9004  N   THR B 184      -3.062 -16.217  37.723  1.00 50.54           N  
+ATOM   9005  CA  THR B 184      -3.350 -15.901  36.333  1.00 48.54           C  
+ATOM   9006  C   THR B 184      -2.066 -15.764  35.518  1.00 52.98           C  
+ATOM   9007  O   THR B 184      -0.953 -15.724  36.048  1.00 55.06           O  
+ATOM   9008  CB  THR B 184      -4.151 -14.604  36.228  1.00 49.65           C  
+ATOM   9009  OG1 THR B 184      -3.333 -13.501  36.642  1.00 45.77           O  
+ATOM   9010  CG2 THR B 184      -5.391 -14.663  37.099  1.00 48.29           C  
+ATOM   9011  N   GLU B 185      -2.243 -15.691  34.201  1.00 56.06           N  
+ATOM   9012  CA  GLU B 185      -1.163 -15.335  33.299  1.00 54.50           C  
+ATOM   9013  C   GLU B 185      -0.915 -13.830  33.360  1.00 53.17           C  
+ATOM   9014  O   GLU B 185      -1.774 -13.051  33.782  1.00 51.27           O  
+ATOM   9015  CB  GLU B 185      -1.490 -15.759  31.866  1.00 59.52           C  
+ATOM   9016  CG  GLU B 185      -1.276 -17.237  31.579  1.00 63.17           C  
+ATOM   9017  CD  GLU B 185       0.194 -17.612  31.521  1.00 75.51           C  
+ATOM   9018  OE1 GLU B 185       0.499 -18.822  31.478  1.00 83.79           O  
+ATOM   9019  OE2 GLU B 185       1.044 -16.696  31.519  1.00 70.23           O  
+ATOM   9020  N   GLN B 186       0.285 -13.429  32.946  1.00 53.73           N  
+ATOM   9021  CA  GLN B 186       0.660 -12.022  33.003  1.00 53.71           C  
+ATOM   9022  C   GLN B 186      -0.281 -11.173  32.154  1.00 53.74           C  
+ATOM   9023  O   GLN B 186      -0.538 -11.479  30.987  1.00 58.10           O  
+ATOM   9024  CB  GLN B 186       2.108 -11.851  32.544  1.00 52.07           C  
+ATOM   9025  CG  GLN B 186       2.762 -10.564  33.014  1.00 54.22           C  
+ATOM   9026  CD  GLN B 186       4.263 -10.566  32.806  1.00 53.45           C  
+ATOM   9027  OE1 GLN B 186       4.816 -11.486  32.204  1.00 57.62           O  
+ATOM   9028  NE2 GLN B 186       4.932  -9.532  33.301  1.00 49.72           N  
+ATOM   9029  N   ASP B 187      -0.800 -10.105  32.756  1.00 52.19           N  
+ATOM   9030  CA  ASP B 187      -1.741  -9.228  32.073  1.00 57.41           C  
+ATOM   9031  C   ASP B 187      -1.031  -8.452  30.969  1.00 61.42           C  
+ATOM   9032  O   ASP B 187       0.100  -7.991  31.140  1.00 62.68           O  
+ATOM   9033  CB  ASP B 187      -2.386  -8.272  33.078  1.00 57.08           C  
+ATOM   9034  CG  ASP B 187      -3.589  -7.531  32.511  1.00 63.77           C  
+ATOM   9035  OD1 ASP B 187      -3.613  -7.232  31.298  1.00 66.32           O  
+ATOM   9036  OD2 ASP B 187      -4.522  -7.247  33.292  1.00 66.06           O  
+ATOM   9037  N   SER B 188      -1.705  -8.308  29.827  1.00 64.41           N  
+ATOM   9038  CA  SER B 188      -1.123  -7.620  28.681  1.00 64.24           C  
+ATOM   9039  C   SER B 188      -1.140  -6.102  28.813  1.00 65.48           C  
+ATOM   9040  O   SER B 188      -0.588  -5.419  27.945  1.00 69.58           O  
+ATOM   9041  CB  SER B 188      -1.854  -8.027  27.399  1.00 72.59           C  
+ATOM   9042  OG  SER B 188      -1.614  -9.388  27.085  1.00 78.90           O  
+ATOM   9043  N   LYS B 189      -1.751  -5.559  29.865  1.00 64.82           N  
+ATOM   9044  CA  LYS B 189      -1.870  -4.116  30.050  1.00 67.10           C  
+ATOM   9045  C   LYS B 189      -0.915  -3.572  31.107  1.00 68.24           C  
+ATOM   9046  O   LYS B 189      -0.177  -2.621  30.835  1.00 73.45           O  
+ATOM   9047  CB  LYS B 189      -3.319  -3.728  30.391  1.00 69.88           C  
+ATOM   9048  CG  LYS B 189      -4.278  -3.615  29.191  1.00 81.27           C  
+ATOM   9049  CD  LYS B 189      -4.196  -4.769  28.202  1.00 84.78           C  
+ATOM   9050  CE  LYS B 189      -5.013  -4.478  26.951  1.00 85.69           C  
+ATOM   9051  NZ  LYS B 189      -4.778  -5.489  25.882  1.00 90.92           N  
+ATOM   9052  N   ASP B 190      -0.913  -4.144  32.309  1.00 60.77           N  
+ATOM   9053  CA  ASP B 190      -0.032  -3.678  33.372  1.00 60.23           C  
+ATOM   9054  C   ASP B 190       1.083  -4.662  33.699  1.00 58.30           C  
+ATOM   9055  O   ASP B 190       1.884  -4.389  34.600  1.00 55.22           O  
+ATOM   9056  CB  ASP B 190      -0.841  -3.363  34.639  1.00 58.91           C  
+ATOM   9057  CG  ASP B 190      -1.635  -4.555  35.147  1.00 59.52           C  
+ATOM   9058  OD1 ASP B 190      -1.478  -5.667  34.602  1.00 60.66           O  
+ATOM   9059  OD2 ASP B 190      -2.417  -4.380  36.106  1.00 55.13           O  
+ATOM   9060  N   SER B 191       1.149  -5.799  33.001  1.00 57.13           N  
+ATOM   9061  CA  SER B 191       2.231  -6.775  33.152  1.00 56.48           C  
+ATOM   9062  C   SER B 191       2.277  -7.358  34.561  1.00 52.17           C  
+ATOM   9063  O   SER B 191       3.341  -7.746  35.050  1.00 54.68           O  
+ATOM   9064  CB  SER B 191       3.588  -6.169  32.778  1.00 55.24           C  
+ATOM   9065  OG  SER B 191       3.553  -5.598  31.481  1.00 58.80           O  
+ATOM   9066  N   THR B 192       1.128  -7.428  35.223  1.00 51.33           N  
+ATOM   9067  CA  THR B 192       1.022  -7.922  36.587  1.00 53.16           C  
+ATOM   9068  C   THR B 192       0.412  -9.320  36.603  1.00 51.76           C  
+ATOM   9069  O   THR B 192       0.044  -9.884  35.568  1.00 53.14           O  
+ATOM   9070  CB  THR B 192       0.191  -6.969  37.449  1.00 51.92           C  
+ATOM   9071  OG1 THR B 192      -1.150  -6.919  36.948  1.00 54.83           O  
+ATOM   9072  CG2 THR B 192       0.789  -5.573  37.433  1.00 51.65           C  
+ATOM   9073  N   TYR B 193       0.308  -9.873  37.808  1.00 49.77           N  
+ATOM   9074  CA  TYR B 193      -0.315 -11.164  38.042  1.00 49.52           C  
+ATOM   9075  C   TYR B 193      -1.404 -10.994  39.091  1.00 51.00           C  
+ATOM   9076  O   TYR B 193      -1.465  -9.983  39.795  1.00 51.20           O  
+ATOM   9077  CB  TYR B 193       0.697 -12.217  38.523  1.00 49.54           C  
+ATOM   9078  CG  TYR B 193       1.820 -12.516  37.556  1.00 52.48           C  
+ATOM   9079  CD1 TYR B 193       2.969 -11.737  37.535  1.00 52.65           C  
+ATOM   9080  CD2 TYR B 193       1.741 -13.591  36.681  1.00 53.91           C  
+ATOM   9081  CE1 TYR B 193       4.002 -12.011  36.660  1.00 53.91           C  
+ATOM   9082  CE2 TYR B 193       2.771 -13.873  35.802  1.00 55.24           C  
+ATOM   9083  CZ  TYR B 193       3.898 -13.079  35.797  1.00 55.70           C  
+ATOM   9084  OH  TYR B 193       4.927 -13.354  34.925  1.00 60.82           O  
+ATOM   9085  N   SER B 194      -2.269 -12.000  39.189  1.00 50.44           N  
+ATOM   9086  CA  SER B 194      -3.277 -12.052  40.235  1.00 48.89           C  
+ATOM   9087  C   SER B 194      -3.390 -13.482  40.739  1.00 51.78           C  
+ATOM   9088  O   SER B 194      -3.227 -14.440  39.978  1.00 51.48           O  
+ATOM   9089  CB  SER B 194      -4.638 -11.544  39.744  1.00 51.04           C  
+ATOM   9090  OG  SER B 194      -4.592 -10.151  39.486  1.00 54.47           O  
+ATOM   9091  N   LEU B 195      -3.674 -13.616  42.031  1.00 52.59           N  
+ATOM   9092  CA  LEU B 195      -3.711 -14.907  42.701  1.00 52.95           C  
+ATOM   9093  C   LEU B 195      -4.999 -15.023  43.502  1.00 51.19           C  
+ATOM   9094  O   LEU B 195      -5.484 -14.037  44.062  1.00 51.29           O  
+ATOM   9095  CB  LEU B 195      -2.492 -15.080  43.621  1.00 56.56           C  
+ATOM   9096  CG  LEU B 195      -2.427 -16.288  44.558  1.00 61.17           C  
+ATOM   9097  CD1 LEU B 195      -2.532 -17.587  43.778  1.00 64.37           C  
+ATOM   9098  CD2 LEU B 195      -1.149 -16.258  45.380  1.00 60.54           C  
+ATOM   9099  N   SER B 196      -5.558 -16.230  43.540  1.00 50.19           N  
+ATOM   9100  CA  SER B 196      -6.748 -16.520  44.329  1.00 53.73           C  
+ATOM   9101  C   SER B 196      -6.465 -17.745  45.182  1.00 58.98           C  
+ATOM   9102  O   SER B 196      -6.110 -18.803  44.651  1.00 59.59           O  
+ATOM   9103  CB  SER B 196      -7.969 -16.754  43.435  1.00 50.30           C  
+ATOM   9104  OG  SER B 196      -7.969 -18.067  42.903  1.00 58.81           O  
+ATOM   9105  N   SER B 197      -6.608 -17.596  46.496  1.00 59.16           N  
+ATOM   9106  CA  SER B 197      -6.424 -18.685  47.446  1.00 60.84           C  
+ATOM   9107  C   SER B 197      -7.772 -19.021  48.070  1.00 61.27           C  
+ATOM   9108  O   SER B 197      -8.396 -18.165  48.705  1.00 63.28           O  
+ATOM   9109  CB  SER B 197      -5.408 -18.307  48.524  1.00 59.63           C  
+ATOM   9110  OG  SER B 197      -5.008 -19.444  49.270  1.00 61.86           O  
+ATOM   9111  N   THR B 198      -8.217 -20.258  47.885  1.00 61.06           N  
+ATOM   9112  CA  THR B 198      -9.506 -20.720  48.380  1.00 59.39           C  
+ATOM   9113  C   THR B 198      -9.275 -21.669  49.547  1.00 61.62           C  
+ATOM   9114  O   THR B 198      -8.609 -22.699  49.391  1.00 63.93           O  
+ATOM   9115  CB  THR B 198     -10.305 -21.413  47.276  1.00 58.89           C  
+ATOM   9116  OG1 THR B 198     -10.429 -20.534  46.150  1.00 65.46           O  
+ATOM   9117  CG2 THR B 198     -11.692 -21.784  47.778  1.00 60.72           C  
+ATOM   9118  N   LEU B 199      -9.804 -21.302  50.713  1.00 60.53           N  
+ATOM   9119  CA  LEU B 199      -9.798 -22.143  51.903  1.00 62.70           C  
+ATOM   9120  C   LEU B 199     -11.153 -22.830  52.009  1.00 61.01           C  
+ATOM   9121  O   LEU B 199     -12.190 -22.159  52.051  1.00 60.84           O  
+ATOM   9122  CB  LEU B 199      -9.513 -21.312  53.154  1.00 63.05           C  
+ATOM   9123  CG  LEU B 199      -9.551 -22.042  54.498  1.00 63.34           C  
+ATOM   9124  CD1 LEU B 199      -8.303 -22.887  54.680  1.00 66.32           C  
+ATOM   9125  CD2 LEU B 199      -9.710 -21.054  55.644  1.00 59.95           C  
+ATOM   9126  N   THR B 200     -11.145 -24.159  52.050  1.00 63.18           N  
+ATOM   9127  CA  THR B 200     -12.365 -24.954  52.031  1.00 67.81           C  
+ATOM   9128  C   THR B 200     -12.548 -25.662  53.366  1.00 67.83           C  
+ATOM   9129  O   THR B 200     -11.643 -26.362  53.833  1.00 64.20           O  
+ATOM   9130  CB  THR B 200     -12.330 -25.977  50.893  1.00 69.87           C  
+ATOM   9131  OG1 THR B 200     -12.260 -25.293  49.637  1.00 69.20           O  
+ATOM   9132  CG2 THR B 200     -13.580 -26.844  50.918  1.00 72.86           C  
+ATOM   9133  N   LEU B 201     -13.719 -25.476  53.976  1.00 69.65           N  
+ATOM   9134  CA  LEU B 201     -14.061 -26.117  55.236  1.00 70.72           C  
+ATOM   9135  C   LEU B 201     -15.491 -26.633  55.160  1.00 71.49           C  
+ATOM   9136  O   LEU B 201     -16.246 -26.316  54.236  1.00 73.53           O  
+ATOM   9137  CB  LEU B 201     -13.911 -25.155  56.423  1.00 69.07           C  
+ATOM   9138  CG  LEU B 201     -12.550 -24.499  56.658  1.00 67.83           C  
+ATOM   9139  CD1 LEU B 201     -12.660 -23.417  57.721  1.00 67.67           C  
+ATOM   9140  CD2 LEU B 201     -11.517 -25.541  57.056  1.00 71.82           C  
+ATOM   9141  N   SER B 202     -15.863 -27.430  56.153  1.00 73.15           N  
+ATOM   9142  CA  SER B 202     -17.242 -27.857  56.320  1.00 73.80           C  
+ATOM   9143  C   SER B 202     -18.018 -26.810  57.113  1.00 78.61           C  
+ATOM   9144  O   SER B 202     -17.442 -25.995  57.838  1.00 80.32           O  
+ATOM   9145  CB  SER B 202     -17.309 -29.213  57.023  1.00 75.83           C  
+ATOM   9146  OG  SER B 202     -16.763 -29.139  58.328  1.00 82.19           O  
+ATOM   9147  N   LYS B 203     -19.344 -26.827  56.946  1.00 78.07           N  
+ATOM   9148  CA  LYS B 203     -20.197 -25.909  57.696  1.00 79.56           C  
+ATOM   9149  C   LYS B 203     -19.966 -26.038  59.197  1.00 80.44           C  
+ATOM   9150  O   LYS B 203     -19.971 -25.037  59.924  1.00 81.66           O  
+ATOM   9151  CB  LYS B 203     -21.668 -26.165  57.363  1.00 79.97           C  
+ATOM   9152  CG  LYS B 203     -22.632 -25.238  58.086  1.00 79.06           C  
+ATOM   9153  CD  LYS B 203     -24.072 -25.500  57.682  1.00 78.92           C  
+ATOM   9154  CE  LYS B 203     -25.026 -24.562  58.405  1.00 82.58           C  
+ATOM   9155  NZ  LYS B 203     -26.439 -24.771  57.985  1.00 84.13           N  
+ATOM   9156  N   ALA B 204     -19.751 -27.265  59.676  1.00 78.09           N  
+ATOM   9157  CA  ALA B 204     -19.456 -27.479  61.089  1.00 87.46           C  
+ATOM   9158  C   ALA B 204     -18.175 -26.760  61.495  1.00 88.78           C  
+ATOM   9159  O   ALA B 204     -18.172 -25.933  62.415  1.00 86.95           O  
+ATOM   9160  CB  ALA B 204     -19.355 -28.978  61.379  1.00100.32           C  
+ATOM   9161  N   ASP B 205     -17.069 -27.068  60.811  1.00 86.07           N  
+ATOM   9162  CA  ASP B 205     -15.795 -26.436  61.139  1.00 85.88           C  
+ATOM   9163  C   ASP B 205     -15.842 -24.929  60.928  1.00 82.04           C  
+ATOM   9164  O   ASP B 205     -15.171 -24.182  61.648  1.00 81.02           O  
+ATOM   9165  CB  ASP B 205     -14.672 -27.048  60.302  1.00 83.20           C  
+ATOM   9166  CG  ASP B 205     -14.408 -28.499  60.649  1.00 89.81           C  
+ATOM   9167  OD1 ASP B 205     -15.176 -29.070  61.451  1.00 95.90           O  
+ATOM   9168  OD2 ASP B 205     -13.429 -29.069  60.121  1.00 94.44           O  
+ATOM   9169  N   TYR B 206     -16.625 -24.462  59.951  1.00 80.30           N  
+ATOM   9170  CA  TYR B 206     -16.708 -23.027  59.706  1.00 77.31           C  
+ATOM   9171  C   TYR B 206     -17.436 -22.312  60.838  1.00 78.96           C  
+ATOM   9172  O   TYR B 206     -16.932 -21.327  61.389  1.00 76.20           O  
+ATOM   9173  CB  TYR B 206     -17.400 -22.749  58.373  1.00 70.46           C  
+ATOM   9174  CG  TYR B 206     -17.586 -21.272  58.111  1.00 66.32           C  
+ATOM   9175  CD1 TYR B 206     -16.512 -20.470  57.751  1.00 65.93           C  
+ATOM   9176  CD2 TYR B 206     -18.831 -20.674  58.252  1.00 67.25           C  
+ATOM   9177  CE1 TYR B 206     -16.675 -19.118  57.519  1.00 64.25           C  
+ATOM   9178  CE2 TYR B 206     -19.005 -19.324  58.021  1.00 65.74           C  
+ATOM   9179  CZ  TYR B 206     -17.924 -18.550  57.657  1.00 63.74           C  
+ATOM   9180  OH  TYR B 206     -18.094 -17.204  57.429  1.00 63.36           O  
+ATOM   9181  N   GLU B 207     -18.628 -22.794  61.201  1.00 82.68           N  
+ATOM   9182  CA  GLU B 207     -19.370 -22.181  62.295  1.00 82.90           C  
+ATOM   9183  C   GLU B 207     -18.737 -22.448  63.652  1.00 84.40           C  
+ATOM   9184  O   GLU B 207     -19.139 -21.821  64.639  1.00 80.37           O  
+ATOM   9185  CB  GLU B 207     -20.817 -22.680  62.291  1.00 84.41           C  
+ATOM   9186  CG  GLU B 207     -21.605 -22.291  61.050  1.00 86.47           C  
+ATOM   9187  CD  GLU B 207     -23.015 -22.851  61.053  1.00 91.22           C  
+ATOM   9188  OE1 GLU B 207     -23.279 -23.798  61.824  1.00 92.06           O  
+ATOM   9189  OE2 GLU B 207     -23.858 -22.346  60.283  1.00 90.55           O  
+ATOM   9190  N   LYS B 208     -17.763 -23.354  63.724  1.00 88.78           N  
+ATOM   9191  CA  LYS B 208     -17.076 -23.640  64.976  1.00 86.35           C  
+ATOM   9192  C   LYS B 208     -16.095 -22.546  65.384  1.00 86.81           C  
+ATOM   9193  O   LYS B 208     -15.761 -22.447  66.570  1.00 91.90           O  
+ATOM   9194  CB  LYS B 208     -16.349 -24.982  64.860  1.00 90.96           C  
+ATOM   9195  CG  LYS B 208     -16.443 -25.858  66.095  1.00 98.75           C  
+ATOM   9196  CD  LYS B 208     -15.852 -27.233  65.830  1.00102.66           C  
+ATOM   9197  CE  LYS B 208     -16.726 -28.021  64.862  1.00103.02           C  
+ATOM   9198  NZ  LYS B 208     -16.187 -29.382  64.591  1.00104.79           N  
+ATOM   9199  N   HIS B 209     -15.630 -21.727  64.443  1.00 84.37           N  
+ATOM   9200  CA  HIS B 209     -14.641 -20.691  64.713  1.00 78.82           C  
+ATOM   9201  C   HIS B 209     -15.181 -19.318  64.322  1.00 77.80           C  
+ATOM   9202  O   HIS B 209     -16.263 -19.190  63.742  1.00 79.45           O  
+ATOM   9203  CB  HIS B 209     -13.330 -20.988  63.979  1.00 77.72           C  
+ATOM   9204  CG  HIS B 209     -12.710 -22.296  64.365  1.00 82.61           C  
+ATOM   9205  ND1 HIS B 209     -13.157 -23.504  63.875  1.00 85.55           N  
+ATOM   9206  CD2 HIS B 209     -11.686 -22.586  65.202  1.00 83.09           C  
+ATOM   9207  CE1 HIS B 209     -12.432 -24.481  64.389  1.00 85.82           C  
+ATOM   9208  NE2 HIS B 209     -11.532 -23.951  65.197  1.00 86.51           N  
+ATOM   9209  N   LYS B 210     -14.401 -18.280  64.643  1.00 72.43           N  
+ATOM   9210  CA  LYS B 210     -14.849 -16.895  64.510  1.00 73.36           C  
+ATOM   9211  C   LYS B 210     -14.044 -16.087  63.501  1.00 74.72           C  
+ATOM   9212  O   LYS B 210     -14.625 -15.541  62.556  1.00 71.80           O  
+ATOM   9213  CB  LYS B 210     -14.789 -16.202  65.877  1.00 72.46           C  
+ATOM   9214  CG  LYS B 210     -15.194 -14.736  65.837  1.00 75.64           C  
+ATOM   9215  CD  LYS B 210     -15.003 -14.070  67.188  1.00 78.60           C  
+ATOM   9216  CE  LYS B 210     -15.340 -12.589  67.131  1.00 81.26           C  
+ATOM   9217  NZ  LYS B 210     -15.116 -11.920  68.443  1.00 86.98           N  
+ATOM   9218  N   VAL B 211     -12.727 -15.986  63.669  1.00 78.14           N  
+ATOM   9219  CA  VAL B 211     -11.892 -15.083  62.881  1.00 71.42           C  
+ATOM   9220  C   VAL B 211     -11.270 -15.852  61.728  1.00 67.68           C  
+ATOM   9221  O   VAL B 211     -10.714 -16.940  61.927  1.00 65.71           O  
+ATOM   9222  CB  VAL B 211     -10.802 -14.434  63.752  1.00 68.45           C  
+ATOM   9223  CG1 VAL B 211     -10.012 -13.414  62.946  1.00 66.39           C  
+ATOM   9224  CG2 VAL B 211     -11.416 -13.789  64.986  1.00 69.43           C  
+ATOM   9225  N   TYR B 212     -11.354 -15.287  60.524  1.00 67.49           N  
+ATOM   9226  CA  TYR B 212     -10.743 -15.878  59.338  1.00 63.97           C  
+ATOM   9227  C   TYR B 212      -9.894 -14.819  58.656  1.00 61.13           C  
+ATOM   9228  O   TYR B 212     -10.397 -13.741  58.324  1.00 59.18           O  
+ATOM   9229  CB  TYR B 212     -11.805 -16.422  58.381  1.00 61.11           C  
+ATOM   9230  CG  TYR B 212     -12.546 -17.617  58.929  1.00 67.27           C  
+ATOM   9231  CD1 TYR B 212     -13.592 -17.457  59.829  1.00 67.94           C  
+ATOM   9232  CD2 TYR B 212     -12.191 -18.906  58.557  1.00 68.36           C  
+ATOM   9233  CE1 TYR B 212     -14.267 -18.547  60.337  1.00 66.07           C  
+ATOM   9234  CE2 TYR B 212     -12.861 -20.002  59.059  1.00 69.65           C  
+ATOM   9235  CZ  TYR B 212     -13.897 -19.815  59.948  1.00 70.57           C  
+ATOM   9236  OH  TYR B 212     -14.565 -20.903  60.452  1.00 73.85           O  
+ATOM   9237  N   ALA B 213      -8.615 -15.125  58.440  1.00 59.96           N  
+ATOM   9238  CA  ALA B 213      -7.679 -14.156  57.893  1.00 56.52           C  
+ATOM   9239  C   ALA B 213      -6.743 -14.827  56.901  1.00 58.23           C  
+ATOM   9240  O   ALA B 213      -6.402 -16.005  57.037  1.00 58.48           O  
+ATOM   9241  CB  ALA B 213      -6.849 -13.493  58.999  1.00 56.79           C  
+ATOM   9242  N   CYS B 214      -6.329 -14.058  55.898  1.00 59.48           N  
+ATOM   9243  CA  CYS B 214      -5.214 -14.430  55.040  1.00 56.77           C  
+ATOM   9244  C   CYS B 214      -4.114 -13.390  55.189  1.00 55.36           C  
+ATOM   9245  O   CYS B 214      -4.373 -12.181  55.114  1.00 51.87           O  
+ATOM   9246  CB  CYS B 214      -5.633 -14.589  53.571  1.00 52.76           C  
+ATOM   9247  SG  CYS B 214      -6.506 -13.218  52.784  1.00 65.08           S  
+ATOM   9248  N   GLU B 215      -2.898 -13.872  55.430  1.00 58.93           N  
+ATOM   9249  CA  GLU B 215      -1.708 -13.048  55.582  1.00 59.86           C  
+ATOM   9250  C   GLU B 215      -0.854 -13.218  54.334  1.00 58.72           C  
+ATOM   9251  O   GLU B 215      -0.496 -14.345  53.971  1.00 60.53           O  
+ATOM   9252  CB  GLU B 215      -0.933 -13.445  56.839  1.00 66.28           C  
+ATOM   9253  CG  GLU B 215       0.191 -12.499  57.224  1.00 67.31           C  
+ATOM   9254  CD  GLU B 215       0.853 -12.894  58.531  1.00 80.70           C  
+ATOM   9255  OE1 GLU B 215       0.887 -14.104  58.837  1.00 78.23           O  
+ATOM   9256  OE2 GLU B 215       1.332 -11.995  59.254  1.00103.41           O  
+ATOM   9257  N   VAL B 216      -0.533 -12.105  53.684  1.00 56.55           N  
+ATOM   9258  CA  VAL B 216       0.156 -12.093  52.402  1.00 55.85           C  
+ATOM   9259  C   VAL B 216       1.525 -11.458  52.591  1.00 52.97           C  
+ATOM   9260  O   VAL B 216       1.644 -10.388  53.204  1.00 52.19           O  
+ATOM   9261  CB  VAL B 216      -0.656 -11.331  51.341  1.00 53.70           C  
+ATOM   9262  CG1 VAL B 216       0.147 -11.179  50.061  1.00 51.72           C  
+ATOM   9263  CG2 VAL B 216      -1.974 -12.041  51.073  1.00 56.35           C  
+ATOM   9264  N   THR B 217       2.554 -12.122  52.070  1.00 50.70           N  
+ATOM   9265  CA  THR B 217       3.895 -11.566  51.987  1.00 49.36           C  
+ATOM   9266  C   THR B 217       4.343 -11.554  50.532  1.00 53.39           C  
+ATOM   9267  O   THR B 217       4.078 -12.499  49.777  1.00 53.89           O  
+ATOM   9268  CB  THR B 217       4.894 -12.359  52.846  1.00 50.46           C  
+ATOM   9269  OG1 THR B 217       5.537 -13.357  52.044  1.00 55.30           O  
+ATOM   9270  CG2 THR B 217       4.193 -13.024  54.022  1.00 55.17           C  
+ATOM   9271  N   HIS B 218       5.020 -10.475  50.144  1.00 52.36           N  
+ATOM   9272  CA  HIS B 218       5.430 -10.269  48.764  1.00 48.94           C  
+ATOM   9273  C   HIS B 218       6.674  -9.394  48.749  1.00 49.34           C  
+ATOM   9274  O   HIS B 218       6.969  -8.683  49.714  1.00 50.57           O  
+ATOM   9275  CB  HIS B 218       4.307  -9.636  47.931  1.00 49.30           C  
+ATOM   9276  CG  HIS B 218       4.641  -9.485  46.479  1.00 48.57           C  
+ATOM   9277  ND1 HIS B 218       4.850  -8.257  45.887  1.00 45.68           N  
+ATOM   9278  CD2 HIS B 218       4.808 -10.406  45.501  1.00 46.93           C  
+ATOM   9279  CE1 HIS B 218       5.130  -8.430  44.608  1.00 47.79           C  
+ATOM   9280  NE2 HIS B 218       5.111  -9.724  44.348  1.00 47.27           N  
+ATOM   9281  N   GLN B 219       7.408  -9.462  47.634  1.00 48.97           N  
+ATOM   9282  CA  GLN B 219       8.624  -8.670  47.479  1.00 49.31           C  
+ATOM   9283  C   GLN B 219       8.363  -7.177  47.657  1.00 49.91           C  
+ATOM   9284  O   GLN B 219       9.263  -6.435  48.068  1.00 52.18           O  
+ATOM   9285  CB  GLN B 219       9.242  -8.947  46.106  1.00 51.64           C  
+ATOM   9286  CG  GLN B 219      10.527  -8.192  45.816  1.00 51.21           C  
+ATOM   9287  CD  GLN B 219      11.140  -8.581  44.484  1.00 48.95           C  
+ATOM   9288  OE1 GLN B 219      11.031  -9.727  44.048  1.00 43.57           O  
+ATOM   9289  NE2 GLN B 219      11.783  -7.622  43.827  1.00 46.78           N  
+ATOM   9290  N   GLY B 220       7.148  -6.720  47.371  1.00 50.02           N  
+ATOM   9291  CA  GLY B 220       6.798  -5.320  47.487  1.00 50.34           C  
+ATOM   9292  C   GLY B 220       6.114  -4.911  48.772  1.00 51.55           C  
+ATOM   9293  O   GLY B 220       5.589  -3.794  48.844  1.00 61.76           O  
+ATOM   9294  N   LEU B 221       6.103  -5.768  49.789  1.00 49.57           N  
+ATOM   9295  CA  LEU B 221       5.471  -5.467  51.070  1.00 50.32           C  
+ATOM   9296  C   LEU B 221       6.550  -5.439  52.144  1.00 51.10           C  
+ATOM   9297  O   LEU B 221       7.127  -6.480  52.475  1.00 53.59           O  
+ATOM   9298  CB  LEU B 221       4.389  -6.493  51.402  1.00 52.87           C  
+ATOM   9299  CG  LEU B 221       3.183  -6.534  50.460  1.00 50.96           C  
+ATOM   9300  CD1 LEU B 221       2.240  -7.666  50.837  1.00 49.47           C  
+ATOM   9301  CD2 LEU B 221       2.455  -5.201  50.474  1.00 43.93           C  
+ATOM   9302  N   SER B 222       6.811  -4.251  52.695  1.00 50.95           N  
+ATOM   9303  CA  SER B 222       7.790  -4.111  53.767  1.00 50.28           C  
+ATOM   9304  C   SER B 222       7.377  -4.844  55.035  1.00 50.25           C  
+ATOM   9305  O   SER B 222       8.208  -5.010  55.934  1.00 51.00           O  
+ATOM   9306  CB  SER B 222       8.018  -2.631  54.079  1.00 52.22           C  
+ATOM   9307  OG  SER B 222       6.834  -2.026  54.566  1.00 58.54           O  
+ATOM   9308  N   SER B 223       6.122  -5.269  55.130  1.00 47.90           N  
+ATOM   9309  CA  SER B 223       5.631  -6.067  56.243  1.00 52.12           C  
+ATOM   9310  C   SER B 223       4.402  -6.826  55.767  1.00 49.47           C  
+ATOM   9311  O   SER B 223       3.749  -6.406  54.803  1.00 47.92           O  
+ATOM   9312  CB  SER B 223       5.297  -5.185  57.458  1.00 51.60           C  
+ATOM   9313  OG  SER B 223       4.379  -4.162  57.114  1.00 55.41           O  
+ATOM   9314  N   PRO B 224       4.071  -7.952  56.402  1.00 46.61           N  
+ATOM   9315  CA  PRO B 224       2.933  -8.750  55.929  1.00 48.28           C  
+ATOM   9316  C   PRO B 224       1.634  -7.959  55.969  1.00 50.58           C  
+ATOM   9317  O   PRO B 224       1.421  -7.109  56.837  1.00 49.51           O  
+ATOM   9318  CB  PRO B 224       2.897  -9.933  56.904  1.00 51.11           C  
+ATOM   9319  CG  PRO B 224       4.279 -10.018  57.450  1.00 53.69           C  
+ATOM   9320  CD  PRO B 224       4.783  -8.609  57.511  1.00 47.36           C  
+ATOM   9321  N   VAL B 225       0.763  -8.243  55.004  1.00 52.63           N  
+ATOM   9322  CA  VAL B 225      -0.545  -7.604  54.903  1.00 51.98           C  
+ATOM   9323  C   VAL B 225      -1.597  -8.645  55.254  1.00 53.60           C  
+ATOM   9324  O   VAL B 225      -1.726  -9.662  54.565  1.00 56.07           O  
+ATOM   9325  CB  VAL B 225      -0.789  -7.020  53.504  1.00 49.17           C  
+ATOM   9326  CG1 VAL B 225      -2.253  -6.642  53.335  1.00 50.17           C  
+ATOM   9327  CG2 VAL B 225       0.104  -5.813  53.273  1.00 44.19           C  
+ATOM   9328  N   THR B 226      -2.345  -8.398  56.321  1.00 54.17           N  
+ATOM   9329  CA  THR B 226      -3.349  -9.336  56.801  1.00 57.41           C  
+ATOM   9330  C   THR B 226      -4.740  -8.786  56.526  1.00 54.80           C  
+ATOM   9331  O   THR B 226      -5.047  -7.647  56.897  1.00 54.20           O  
+ATOM   9332  CB  THR B 226      -3.180  -9.604  58.299  1.00 63.45           C  
+ATOM   9333  OG1 THR B 226      -1.836 -10.027  58.563  1.00 63.87           O  
+ATOM   9334  CG2 THR B 226      -4.147 -10.686  58.757  1.00 57.82           C  
+ATOM   9335  N   LYS B 227      -5.576  -9.591  55.876  1.00 56.15           N  
+ATOM   9336  CA  LYS B 227      -6.981  -9.260  55.678  1.00 55.52           C  
+ATOM   9337  C   LYS B 227      -7.834 -10.308  56.372  1.00 55.41           C  
+ATOM   9338  O   LYS B 227      -7.686 -11.507  56.113  1.00 54.89           O  
+ATOM   9339  CB  LYS B 227      -7.343  -9.168  54.193  1.00 50.96           C  
+ATOM   9340  CG  LYS B 227      -6.863  -7.894  53.522  1.00 52.34           C  
+ATOM   9341  CD  LYS B 227      -7.713  -6.710  53.966  1.00 50.33           C  
+ATOM   9342  CE  LYS B 227      -7.401  -5.456  53.167  1.00 55.02           C  
+ATOM   9343  NZ  LYS B 227      -6.088  -4.866  53.541  1.00 66.64           N  
+ATOM   9344  N   SER B 228      -8.732  -9.850  57.240  1.00 56.51           N  
+ATOM   9345  CA  SER B 228      -9.467 -10.736  58.125  1.00 57.45           C  
+ATOM   9346  C   SER B 228     -10.927 -10.316  58.177  1.00 57.68           C  
+ATOM   9347  O   SER B 228     -11.305  -9.222  57.749  1.00 59.71           O  
+ATOM   9348  CB  SER B 228      -8.874 -10.733  59.539  1.00 61.07           C  
+ATOM   9349  OG  SER B 228      -9.027  -9.468  60.157  1.00 67.37           O  
+ATOM   9350  N   PHE B 229     -11.745 -11.214  58.715  1.00 61.30           N  
+ATOM   9351  CA  PHE B 229     -13.139 -10.918  58.993  1.00 63.01           C  
+ATOM   9352  C   PHE B 229     -13.613 -11.801  60.134  1.00 68.06           C  
+ATOM   9353  O   PHE B 229     -13.127 -12.921  60.331  1.00 65.92           O  
+ATOM   9354  CB  PHE B 229     -14.035 -11.096  57.757  1.00 59.52           C  
+ATOM   9355  CG  PHE B 229     -14.240 -12.525  57.342  1.00 60.41           C  
+ATOM   9356  CD1 PHE B 229     -15.272 -13.284  57.878  1.00 61.73           C  
+ATOM   9357  CD2 PHE B 229     -13.413 -13.103  56.398  1.00 61.26           C  
+ATOM   9358  CE1 PHE B 229     -15.458 -14.597  57.488  1.00 61.91           C  
+ATOM   9359  CE2 PHE B 229     -13.596 -14.411  56.002  1.00 62.13           C  
+ATOM   9360  CZ  PHE B 229     -14.619 -15.161  56.548  1.00 63.59           C  
+ATOM   9361  N   ASN B 230     -14.577 -11.277  60.881  1.00 74.21           N  
+ATOM   9362  CA  ASN B 230     -15.231 -12.025  61.941  1.00 76.86           C  
+ATOM   9363  C   ASN B 230     -16.490 -12.673  61.385  1.00 74.23           C  
+ATOM   9364  O   ASN B 230     -17.280 -12.017  60.699  1.00 73.98           O  
+ATOM   9365  CB  ASN B 230     -15.585 -11.103  63.109  1.00 80.47           C  
+ATOM   9366  CG  ASN B 230     -14.365 -10.662  63.885  1.00 80.79           C  
+ATOM   9367  OD1 ASN B 230     -13.720 -11.468  64.555  1.00 80.18           O  
+ATOM   9368  ND2 ASN B 230     -14.053  -9.375  63.819  1.00 84.86           N  
+ATOM   9369  N   ARG B 231     -16.659 -13.964  61.667  1.00 73.09           N  
+ATOM   9370  CA  ARG B 231     -17.826 -14.691  61.183  1.00 73.33           C  
+ATOM   9371  C   ARG B 231     -19.103 -14.014  61.672  1.00 80.04           C  
+ATOM   9372  O   ARG B 231     -19.372 -13.957  62.877  1.00 80.70           O  
+ATOM   9373  CB  ARG B 231     -17.763 -16.151  61.624  1.00 72.28           C  
+ATOM   9374  CG  ARG B 231     -18.968 -16.978  61.220  1.00 73.02           C  
+ATOM   9375  CD  ARG B 231     -18.695 -18.455  61.452  1.00 76.17           C  
+ATOM   9376  NE  ARG B 231     -18.544 -18.758  62.871  1.00 81.89           N  
+ATOM   9377  CZ  ARG B 231     -19.545 -18.833  63.742  1.00 80.51           C  
+ATOM   9378  NH1 ARG B 231     -20.794 -18.629  63.347  1.00 80.32           N  
+ATOM   9379  NH2 ARG B 231     -19.290 -19.111  65.013  1.00 83.27           N  
+ATOM   9380  N   GLY B 232     -19.876 -13.484  60.731  1.00 85.35           N  
+ATOM   9381  CA  GLY B 232     -21.117 -12.803  61.036  1.00 87.00           C  
+ATOM   9382  C   GLY B 232     -21.054 -11.366  60.567  1.00 99.76           C  
+ATOM   9383  O   GLY B 232     -20.846 -11.112  59.376  1.00109.75           O  
+ATOM   9384  N   GLU B 233     -21.209 -10.428  61.498  1.00102.81           N  
+ATOM   9385  CA  GLU B 233     -21.181  -8.995  61.208  1.00108.85           C  
+ATOM   9386  C   GLU B 233     -21.947  -8.617  59.943  1.00109.55           C  
+ATOM   9387  O   GLU B 233     -21.345  -8.253  58.934  1.00110.03           O  
+ATOM   9388  CB  GLU B 233     -19.735  -8.510  61.100  1.00108.90           C  
+ATOM   9389  CG  GLU B 233     -19.003  -8.483  62.431  1.00114.04           C  
+ATOM   9390  CD  GLU B 233     -17.650  -7.807  62.337  1.00128.66           C  
+ATOM   9391  OE1 GLU B 233     -16.733  -8.386  61.716  1.00117.98           O  
+ATOM   9392  OE2 GLU B 233     -17.511  -6.687  62.871  1.00147.28           O  
+ATOM   9393  N   GLU C   1     -23.221  -2.154  31.758  1.00 75.89           N  
+ATOM   9394  CA  GLU C   1     -22.209  -1.129  31.980  1.00 74.22           C  
+ATOM   9395  C   GLU C   1     -22.787   0.252  31.694  1.00 70.90           C  
+ATOM   9396  O   GLU C   1     -23.896   0.371  31.172  1.00 70.33           O  
+ATOM   9397  CB  GLU C   1     -20.984  -1.390  31.096  1.00 84.50           C  
+ATOM   9398  CG  GLU C   1     -21.003  -0.698  29.728  1.00 77.68           C  
+ATOM   9399  CD  GLU C   1     -22.074  -1.223  28.779  1.00 86.03           C  
+ATOM   9400  OE1 GLU C   1     -22.914  -2.052  29.188  1.00 98.42           O  
+ATOM   9401  OE2 GLU C   1     -22.073  -0.798  27.604  1.00 90.55           O  
+ATOM   9402  N   VAL C   2     -22.032   1.298  32.032  1.00 67.34           N  
+ATOM   9403  CA  VAL C   2     -22.486   2.656  31.769  1.00 62.05           C  
+ATOM   9404  C   VAL C   2     -22.385   2.947  30.278  1.00 65.19           C  
+ATOM   9405  O   VAL C   2     -21.413   2.563  29.612  1.00 67.69           O  
+ATOM   9406  CB  VAL C   2     -21.670   3.665  32.595  1.00 59.64           C  
+ATOM   9407  CG1 VAL C   2     -22.156   5.085  32.344  1.00 55.69           C  
+ATOM   9408  CG2 VAL C   2     -21.753   3.324  34.077  1.00 61.11           C  
+ATOM   9409  N   GLN C   3     -23.394   3.634  29.747  1.00 62.95           N  
+ATOM   9410  CA  GLN C   3     -23.459   3.987  28.336  1.00 62.61           C  
+ATOM   9411  C   GLN C   3     -24.004   5.399  28.220  1.00 60.13           C  
+ATOM   9412  O   GLN C   3     -24.996   5.737  28.875  1.00 61.04           O  
+ATOM   9413  CB  GLN C   3     -24.357   3.026  27.548  1.00 67.60           C  
+ATOM   9414  CG  GLN C   3     -23.883   1.590  27.495  1.00 75.37           C  
+ATOM   9415  CD  GLN C   3     -24.837   0.703  26.718  1.00 89.21           C  
+ATOM   9416  OE1 GLN C   3     -24.799   0.659  25.488  1.00 88.12           O  
+ATOM   9417  NE2 GLN C   3     -25.706  -0.002  27.433  1.00 85.36           N  
+ATOM   9418  N   LEU C   4     -23.361   6.208  27.380  1.00 58.75           N  
+ATOM   9419  CA  LEU C   4     -23.809   7.567  27.085  1.00 61.19           C  
+ATOM   9420  C   LEU C   4     -23.905   7.690  25.567  1.00 63.74           C  
+ATOM   9421  O   LEU C   4     -22.908   7.981  24.900  1.00 66.74           O  
+ATOM   9422  CB  LEU C   4     -22.846   8.598  27.665  1.00 59.30           C  
+ATOM   9423  CG  LEU C   4     -22.691   8.587  29.187  1.00 58.82           C  
+ATOM   9424  CD1 LEU C   4     -21.759   9.698  29.655  1.00 56.69           C  
+ATOM   9425  CD2 LEU C   4     -24.036   8.669  29.877  1.00 62.18           C  
+ATOM   9426  N   GLN C   5     -25.099   7.471  25.021  1.00 62.37           N  
+ATOM   9427  CA  GLN C   5     -25.315   7.503  23.579  1.00 61.87           C  
+ATOM   9428  C   GLN C   5     -25.805   8.884  23.164  1.00 64.72           C  
+ATOM   9429  O   GLN C   5     -26.869   9.327  23.605  1.00 67.67           O  
+ATOM   9430  CB  GLN C   5     -26.317   6.429  23.155  1.00 63.11           C  
+ATOM   9431  CG  GLN C   5     -25.676   5.133  22.692  1.00 67.81           C  
+ATOM   9432  CD  GLN C   5     -24.973   5.280  21.354  1.00 74.66           C  
+ATOM   9433  OE1 GLN C   5     -25.472   5.947  20.448  1.00 76.23           O  
+ATOM   9434  NE2 GLN C   5     -23.807   4.656  21.226  1.00 78.19           N  
+ATOM   9435  N   GLN C   6     -25.035   9.559  22.319  1.00 63.90           N  
+ATOM   9436  CA  GLN C   6     -25.400  10.881  21.836  1.00 64.02           C  
+ATOM   9437  C   GLN C   6     -26.038  10.788  20.455  1.00 65.74           C  
+ATOM   9438  O   GLN C   6     -25.877   9.800  19.734  1.00 63.93           O  
+ATOM   9439  CB  GLN C   6     -24.179  11.804  21.792  1.00 63.66           C  
+ATOM   9440  CG  GLN C   6     -23.452  11.909  23.117  1.00 63.90           C  
+ATOM   9441  CD  GLN C   6     -22.350  12.950  23.106  1.00 65.69           C  
+ATOM   9442  OE1 GLN C   6     -21.216  12.675  23.497  1.00 64.75           O  
+ATOM   9443  NE2 GLN C   6     -22.682  14.158  22.665  1.00 67.63           N  
+ATOM   9444  N   SER C   7     -26.777  11.835  20.099  1.00 67.21           N  
+ATOM   9445  CA  SER C   7     -27.410  11.891  18.792  1.00 65.45           C  
+ATOM   9446  C   SER C   7     -26.350  11.954  17.691  1.00 64.45           C  
+ATOM   9447  O   SER C   7     -25.162  12.177  17.939  1.00 64.37           O  
+ATOM   9448  CB  SER C   7     -28.350  13.093  18.704  1.00 65.82           C  
+ATOM   9449  OG  SER C   7     -27.656  14.306  18.938  1.00 69.52           O  
+ATOM   9450  N   GLY C   8     -26.802  11.766  16.452  1.00 64.34           N  
+ATOM   9451  CA  GLY C   8     -25.907  11.768  15.321  1.00 63.61           C  
+ATOM   9452  C   GLY C   8     -25.457  13.163  14.949  1.00 66.70           C  
+ATOM   9453  O   GLY C   8     -25.862  14.171  15.545  1.00 69.20           O  
+ATOM   9454  N   PRO C   9     -24.600  13.234  13.934  1.00 66.29           N  
+ATOM   9455  CA  PRO C   9     -24.091  14.534  13.485  1.00 68.84           C  
+ATOM   9456  C   PRO C   9     -25.198  15.395  12.899  1.00 68.82           C  
+ATOM   9457  O   PRO C   9     -26.232  14.906  12.438  1.00 69.51           O  
+ATOM   9458  CB  PRO C   9     -23.055  14.162  12.421  1.00 66.61           C  
+ATOM   9459  CG  PRO C   9     -23.502  12.832  11.918  1.00 66.06           C  
+ATOM   9460  CD  PRO C   9     -24.098  12.125  13.104  1.00 63.67           C  
+ATOM   9461  N   GLU C  11     -24.964  16.704  12.924  1.00 69.87           N  
+ATOM   9462  CA  GLU C  11     -25.959  17.669  12.481  1.00 74.49           C  
+ATOM   9463  C   GLU C  11     -25.327  18.707  11.565  1.00 79.72           C  
+ATOM   9464  O   GLU C  11     -24.185  19.132  11.778  1.00 80.06           O  
+ATOM   9465  CB  GLU C  11     -26.626  18.372  13.673  1.00 76.95           C  
+ATOM   9466  CG  GLU C  11     -27.538  17.487  14.515  1.00 76.10           C  
+ATOM   9467  CD  GLU C  11     -28.900  17.264  13.881  1.00 82.96           C  
+ATOM   9468  OE1 GLU C  11     -29.151  17.811  12.786  1.00 85.60           O  
+ATOM   9469  OE2 GLU C  11     -29.728  16.553  14.487  1.00 88.41           O  
+ATOM   9470  N   LEU C  12     -26.085  19.102  10.544  1.00 80.29           N  
+ATOM   9471  CA  LEU C  12     -25.763  20.226   9.678  1.00 77.62           C  
+ATOM   9472  C   LEU C  12     -26.865  21.263   9.821  1.00 78.84           C  
+ATOM   9473  O   LEU C  12     -28.050  20.934   9.694  1.00 80.67           O  
+ATOM   9474  CB  LEU C  12     -25.636  19.787   8.216  1.00 72.02           C  
+ATOM   9475  CG  LEU C  12     -25.465  20.907   7.185  1.00 75.37           C  
+ATOM   9476  CD1 LEU C  12     -24.233  21.749   7.484  1.00 79.82           C  
+ATOM   9477  CD2 LEU C  12     -25.411  20.345   5.772  1.00 73.72           C  
+ATOM   9478  N   VAL C  13     -26.478  22.510  10.083  1.00 80.02           N  
+ATOM   9479  CA  VAL C  13     -27.434  23.568  10.390  1.00 80.19           C  
+ATOM   9480  C   VAL C  13     -26.973  24.861   9.730  1.00 84.85           C  
+ATOM   9481  O   VAL C  13     -25.774  25.108   9.573  1.00 88.32           O  
+ATOM   9482  CB  VAL C  13     -27.603  23.745  11.923  1.00 77.86           C  
+ATOM   9483  CG1 VAL C  13     -28.480  24.938  12.256  1.00 81.11           C  
+ATOM   9484  CG2 VAL C  13     -28.194  22.489  12.547  1.00 77.82           C  
+ATOM   9485  N   LYS C  14     -27.943  25.690   9.331  1.00 82.89           N  
+ATOM   9486  CA  LYS C  14     -27.650  26.989   8.750  1.00 85.07           C  
+ATOM   9487  C   LYS C  14     -27.316  27.995   9.852  1.00 85.32           C  
+ATOM   9488  O   LYS C  14     -27.777  27.857  10.988  1.00 85.12           O  
+ATOM   9489  CB  LYS C  14     -28.838  27.489   7.934  1.00 89.39           C  
+ATOM   9490  CG  LYS C  14     -29.211  26.598   6.758  1.00 93.75           C  
+ATOM   9491  CD  LYS C  14     -28.091  26.533   5.730  1.00 98.90           C  
+ATOM   9492  CE  LYS C  14     -28.480  25.672   4.538  1.00 99.10           C  
+ATOM   9493  NZ  LYS C  14     -29.661  26.219   3.813  1.00 99.66           N  
+ATOM   9494  N   PRO C  15     -26.504  29.007   9.544  1.00 84.66           N  
+ATOM   9495  CA  PRO C  15     -26.174  30.022  10.554  1.00 84.61           C  
+ATOM   9496  C   PRO C  15     -27.417  30.724  11.082  1.00 86.46           C  
+ATOM   9497  O   PRO C  15     -28.368  30.990  10.344  1.00 89.03           O  
+ATOM   9498  CB  PRO C  15     -25.261  30.992   9.797  1.00 83.55           C  
+ATOM   9499  CG  PRO C  15     -24.680  30.179   8.691  1.00 88.43           C  
+ATOM   9500  CD  PRO C  15     -25.752  29.207   8.293  1.00 87.99           C  
+ATOM   9501  N   GLY C  16     -27.400  31.023  12.382  1.00 88.39           N  
+ATOM   9502  CA  GLY C  16     -28.506  31.672  13.046  1.00 89.35           C  
+ATOM   9503  C   GLY C  16     -29.582  30.744  13.570  1.00 89.03           C  
+ATOM   9504  O   GLY C  16     -30.318  31.131  14.486  1.00 88.02           O  
+ATOM   9505  N   ALA C  17     -29.699  29.538  13.024  1.00 87.54           N  
+ATOM   9506  CA  ALA C  17     -30.713  28.591  13.470  1.00 87.55           C  
+ATOM   9507  C   ALA C  17     -30.285  27.954  14.792  1.00 87.72           C  
+ATOM   9508  O   ALA C  17     -29.285  28.340  15.404  1.00 90.45           O  
+ATOM   9509  CB  ALA C  17     -30.973  27.548  12.386  1.00 84.11           C  
+ATOM   9510  N   SER C  18     -31.045  26.961  15.248  1.00 86.76           N  
+ATOM   9511  CA  SER C  18     -30.809  26.321  16.532  1.00 86.57           C  
+ATOM   9512  C   SER C  18     -30.661  24.818  16.340  1.00 84.93           C  
+ATOM   9513  O   SER C  18     -31.098  24.251  15.336  1.00 85.59           O  
+ATOM   9514  CB  SER C  18     -31.949  26.615  17.519  1.00 91.56           C  
+ATOM   9515  OG  SER C  18     -32.107  28.011  17.707  1.00 95.41           O  
+ATOM   9516  N   VAL C  19     -30.035  24.172  17.327  1.00 85.23           N  
+ATOM   9517  CA  VAL C  19     -29.804  22.733  17.302  1.00 80.70           C  
+ATOM   9518  C   VAL C  19     -30.182  22.169  18.664  1.00 83.07           C  
+ATOM   9519  O   VAL C  19     -30.196  22.878  19.671  1.00 86.23           O  
+ATOM   9520  CB  VAL C  19     -28.340  22.365  16.962  1.00 80.90           C  
+ATOM   9521  CG1 VAL C  19     -28.251  20.941  16.421  1.00 78.59           C  
+ATOM   9522  CG2 VAL C  19     -27.731  23.360  15.985  1.00 81.36           C  
+ATOM   9523  N   LYS C  20     -30.494  20.875  18.689  1.00 82.17           N  
+ATOM   9524  CA  LYS C  20     -30.820  20.185  19.935  1.00 82.68           C  
+ATOM   9525  C   LYS C  20     -30.205  18.793  19.885  1.00 81.99           C  
+ATOM   9526  O   LYS C  20     -30.659  17.938  19.119  1.00 83.48           O  
+ATOM   9527  CB  LYS C  20     -32.333  20.108  20.150  1.00 86.99           C  
+ATOM   9528  CG  LYS C  20     -32.766  20.324  21.594  1.00 85.53           C  
+ATOM   9529  CD  LYS C  20     -34.229  19.956  21.802  1.00 87.71           C  
+ATOM   9530  CE  LYS C  20     -34.720  20.392  23.175  1.00 90.34           C  
+ATOM   9531  NZ  LYS C  20     -36.079  19.863  23.477  1.00 93.95           N  
+ATOM   9532  N   MET C  21     -29.178  18.569  20.699  1.00 82.09           N  
+ATOM   9533  CA  MET C  21     -28.499  17.286  20.785  1.00 78.79           C  
+ATOM   9534  C   MET C  21     -28.949  16.536  22.032  1.00 75.61           C  
+ATOM   9535  O   MET C  21     -29.328  17.136  23.042  1.00 76.53           O  
+ATOM   9536  CB  MET C  21     -26.979  17.467  20.800  1.00 77.05           C  
+ATOM   9537  CG  MET C  21     -26.431  18.197  19.583  1.00 76.96           C  
+ATOM   9538  SD  MET C  21     -24.696  18.658  19.752  1.00 82.23           S  
+ATOM   9539  CE  MET C  21     -24.795  19.885  21.049  1.00 73.04           C  
+ATOM   9540  N   SER C  22     -28.909  15.211  21.949  1.00 72.70           N  
+ATOM   9541  CA  SER C  22     -29.356  14.349  23.029  1.00 71.35           C  
+ATOM   9542  C   SER C  22     -28.188  13.539  23.575  1.00 70.64           C  
+ATOM   9543  O   SER C  22     -27.171  13.339  22.906  1.00 69.72           O  
+ATOM   9544  CB  SER C  22     -30.471  13.404  22.562  1.00 70.11           C  
+ATOM   9545  OG  SER C  22     -29.975  12.441  21.649  1.00 71.56           O  
+ATOM   9546  N   CYS C  23     -28.353  13.080  24.815  1.00 70.61           N  
+ATOM   9547  CA  CYS C  23     -27.368  12.221  25.465  1.00 66.10           C  
+ATOM   9548  C   CYS C  23     -28.159  11.287  26.376  1.00 70.23           C  
+ATOM   9549  O   CYS C  23     -28.560  11.682  27.475  1.00 71.97           O  
+ATOM   9550  CB  CYS C  23     -26.350  13.048  26.238  1.00 67.82           C  
+ATOM   9551  SG  CYS C  23     -25.169  12.121  27.249  1.00 74.63           S  
+ATOM   9552  N   LYS C  24     -28.407  10.072  25.899  1.00 68.07           N  
+ATOM   9553  CA  LYS C  24     -29.168   9.081  26.645  1.00 67.97           C  
+ATOM   9554  C   LYS C  24     -28.211   8.262  27.500  1.00 65.20           C  
+ATOM   9555  O   LYS C  24     -27.270   7.651  26.979  1.00 64.81           O  
+ATOM   9556  CB  LYS C  24     -29.953   8.176  25.696  1.00 68.60           C  
+ATOM   9557  CG  LYS C  24     -31.102   7.434  26.359  1.00 74.64           C  
+ATOM   9558  CD  LYS C  24     -31.492   6.195  25.569  1.00 76.83           C  
+ATOM   9559  CE  LYS C  24     -32.710   5.518  26.174  1.00 83.23           C  
+ATOM   9560  NZ  LYS C  24     -32.506   5.193  27.613  1.00 86.49           N  
+ATOM   9561  N   ALA C  25     -28.443   8.271  28.808  1.00 62.80           N  
+ATOM   9562  CA  ALA C  25     -27.635   7.522  29.755  1.00 61.18           C  
+ATOM   9563  C   ALA C  25     -28.304   6.193  30.073  1.00 60.66           C  
+ATOM   9564  O   ALA C  25     -29.532   6.077  30.066  1.00 65.91           O  
+ATOM   9565  CB  ALA C  25     -27.422   8.319  31.043  1.00 59.06           C  
+ATOM   9566  N   SER C  26     -27.482   5.188  30.357  1.00 56.96           N  
+ATOM   9567  CA  SER C  26     -28.010   3.878  30.714  1.00 57.70           C  
+ATOM   9568  C   SER C  26     -26.950   3.109  31.486  1.00 61.35           C  
+ATOM   9569  O   SER C  26     -25.753   3.379  31.369  1.00 64.13           O  
+ATOM   9570  CB  SER C  26     -28.458   3.094  29.475  1.00 59.96           C  
+ATOM   9571  OG  SER C  26     -27.393   2.929  28.557  1.00 60.61           O  
+ATOM   9572  N   GLY C  27     -27.409   2.158  32.292  1.00 59.21           N  
+ATOM   9573  CA  GLY C  27     -26.522   1.321  33.069  1.00 58.25           C  
+ATOM   9574  C   GLY C  27     -26.280   1.769  34.491  1.00 63.35           C  
+ATOM   9575  O   GLY C  27     -25.432   1.178  35.169  1.00 66.91           O  
+ATOM   9576  N   TYR C  28     -26.993   2.787  34.965  1.00 62.34           N  
+ATOM   9577  CA  TYR C  28     -26.824   3.285  36.323  1.00 60.29           C  
+ATOM   9578  C   TYR C  28     -28.044   4.121  36.681  1.00 61.92           C  
+ATOM   9579  O   TYR C  28     -28.885   4.423  35.830  1.00 63.21           O  
+ATOM   9580  CB  TYR C  28     -25.537   4.106  36.458  1.00 60.59           C  
+ATOM   9581  CG  TYR C  28     -25.580   5.431  35.728  1.00 59.88           C  
+ATOM   9582  CD1 TYR C  28     -25.346   5.503  34.361  1.00 57.37           C  
+ATOM   9583  CD2 TYR C  28     -25.850   6.610  36.408  1.00 61.63           C  
+ATOM   9584  CE1 TYR C  28     -25.387   6.714  33.692  1.00 57.74           C  
+ATOM   9585  CE2 TYR C  28     -25.893   7.824  35.750  1.00 60.62           C  
+ATOM   9586  CZ  TYR C  28     -25.660   7.871  34.393  1.00 59.80           C  
+ATOM   9587  OH  TYR C  28     -25.701   9.080  33.738  1.00 62.01           O  
+ATOM   9588  N   THR C  29     -28.131   4.494  37.955  1.00 61.96           N  
+ATOM   9589  CA  THR C  29     -29.214   5.354  38.429  1.00 64.75           C  
+ATOM   9590  C   THR C  29     -29.008   6.747  37.849  1.00 64.95           C  
+ATOM   9591  O   THR C  29     -28.141   7.500  38.299  1.00 65.03           O  
+ATOM   9592  CB  THR C  29     -29.256   5.387  39.952  1.00 64.83           C  
+ATOM   9593  OG1 THR C  29     -27.991   5.828  40.458  1.00 72.34           O  
+ATOM   9594  CG2 THR C  29     -29.561   4.002  40.504  1.00 63.24           C  
+ATOM   9595  N   PHE C  30     -29.818   7.093  36.845  1.00 65.35           N  
+ATOM   9596  CA  PHE C  30     -29.600   8.322  36.087  1.00 67.06           C  
+ATOM   9597  C   PHE C  30     -29.709   9.570  36.953  1.00 72.24           C  
+ATOM   9598  O   PHE C  30     -29.054  10.577  36.665  1.00 73.54           O  
+ATOM   9599  CB  PHE C  30     -30.593   8.397  34.925  1.00 67.56           C  
+ATOM   9600  CG  PHE C  30     -30.550   9.696  34.172  1.00 71.62           C  
+ATOM   9601  CD1 PHE C  30     -29.487   9.998  33.339  1.00 69.82           C  
+ATOM   9602  CD2 PHE C  30     -31.580  10.615  34.295  1.00 74.28           C  
+ATOM   9603  CE1 PHE C  30     -29.449  11.193  32.645  1.00 71.01           C  
+ATOM   9604  CE2 PHE C  30     -31.548  11.810  33.603  1.00 75.31           C  
+ATOM   9605  CZ  PHE C  30     -30.481  12.100  32.778  1.00 73.71           C  
+ATOM   9606  N   SER C  35     -30.503   9.524  38.022  1.00 74.13           N  
+ATOM   9607  CA  SER C  35     -30.817  10.729  38.781  1.00 74.96           C  
+ATOM   9608  C   SER C  35     -29.771  11.084  39.831  1.00 73.53           C  
+ATOM   9609  O   SER C  35     -29.872  12.158  40.435  1.00 77.53           O  
+ATOM   9610  CB  SER C  35     -32.182  10.578  39.457  1.00 77.41           C  
+ATOM   9611  OG  SER C  35     -32.217   9.429  40.287  1.00 78.09           O  
+ATOM   9612  N   ASP C  36     -28.777  10.230  40.064  1.00 70.96           N  
+ATOM   9613  CA  ASP C  36     -27.827  10.426  41.152  1.00 74.27           C  
+ATOM   9614  C   ASP C  36     -26.498  11.027  40.709  1.00 72.70           C  
+ATOM   9615  O   ASP C  36     -25.632  11.263  41.557  1.00 74.04           O  
+ATOM   9616  CB  ASP C  36     -27.573   9.097  41.873  1.00 76.27           C  
+ATOM   9617  CG  ASP C  36     -28.806   8.576  42.586  1.00 78.23           C  
+ATOM   9618  OD1 ASP C  36     -29.839   9.279  42.581  1.00 78.37           O  
+ATOM   9619  OD2 ASP C  36     -28.742   7.465  43.153  1.00 76.88           O  
+ATOM   9620  N   TYR C  37     -26.308  11.281  39.416  1.00 71.36           N  
+ATOM   9621  CA  TYR C  37     -25.036  11.764  38.897  1.00 67.59           C  
+ATOM   9622  C   TYR C  37     -25.235  13.044  38.101  1.00 66.46           C  
+ATOM   9623  O   TYR C  37     -26.181  13.153  37.317  1.00 65.61           O  
+ATOM   9624  CB  TYR C  37     -24.366  10.714  38.005  1.00 65.93           C  
+ATOM   9625  CG  TYR C  37     -23.856   9.493  38.735  1.00 63.86           C  
+ATOM   9626  CD1 TYR C  37     -24.698   8.427  39.019  1.00 65.15           C  
+ATOM   9627  CD2 TYR C  37     -22.526   9.398  39.120  1.00 66.79           C  
+ATOM   9628  CE1 TYR C  37     -24.232   7.305  39.679  1.00 66.81           C  
+ATOM   9629  CE2 TYR C  37     -22.050   8.281  39.778  1.00 67.43           C  
+ATOM   9630  CZ  TYR C  37     -22.907   7.238  40.056  1.00 68.38           C  
+ATOM   9631  OH  TYR C  37     -22.437   6.124  40.713  1.00 70.32           O  
+ATOM   9632  N   TYR C  38     -24.324  13.999  38.286  1.00 66.11           N  
+ATOM   9633  CA  TYR C  38     -24.316  15.204  37.469  1.00 66.40           C  
+ATOM   9634  C   TYR C  38     -24.103  14.854  35.999  1.00 65.01           C  
+ATOM   9635  O   TYR C  38     -23.557  13.801  35.655  1.00 63.13           O  
+ATOM   9636  CB  TYR C  38     -23.216  16.162  37.928  1.00 66.59           C  
+ATOM   9637  CG  TYR C  38     -23.594  17.053  39.088  1.00 69.68           C  
+ATOM   9638  CD1 TYR C  38     -24.214  18.277  38.872  1.00 70.38           C  
+ATOM   9639  CD2 TYR C  38     -23.317  16.681  40.396  1.00 75.54           C  
+ATOM   9640  CE1 TYR C  38     -24.556  19.101  39.927  1.00 72.65           C  
+ATOM   9641  CE2 TYR C  38     -23.655  17.499  41.459  1.00 76.73           C  
+ATOM   9642  CZ  TYR C  38     -24.274  18.708  41.218  1.00 76.09           C  
+ATOM   9643  OH  TYR C  38     -24.613  19.525  42.271  1.00 80.77           O  
+ATOM   9644  N   MET C  39     -24.537  15.757  35.122  1.00 64.47           N  
+ATOM   9645  CA  MET C  39     -24.332  15.601  33.687  1.00 60.86           C  
+ATOM   9646  C   MET C  39     -23.715  16.882  33.147  1.00 64.54           C  
+ATOM   9647  O   MET C  39     -24.315  17.953  33.267  1.00 65.10           O  
+ATOM   9648  CB  MET C  39     -25.659  15.304  32.984  1.00 64.42           C  
+ATOM   9649  CG  MET C  39     -25.539  14.394  31.786  1.00 64.81           C  
+ATOM   9650  SD  MET C  39     -24.815  12.813  32.257  1.00 65.81           S  
+ATOM   9651  CE  MET C  39     -25.214  11.835  30.816  1.00 66.03           C  
+ATOM   9652  N   HIS C  40     -22.527  16.777  32.556  1.00 62.31           N  
+ATOM   9653  CA  HIS C  40     -21.819  17.928  32.018  1.00 63.86           C  
+ATOM   9654  C   HIS C  40     -21.749  17.853  30.499  1.00 61.88           C  
+ATOM   9655  O   HIS C  40     -21.782  16.770  29.909  1.00 61.81           O  
+ATOM   9656  CB  HIS C  40     -20.398  18.023  32.581  1.00 60.59           C  
+ATOM   9657  CG  HIS C  40     -20.330  17.970  34.074  1.00 60.27           C  
+ATOM   9658  ND1 HIS C  40     -20.182  19.098  34.852  1.00 61.94           N  
+ATOM   9659  CD2 HIS C  40     -20.383  16.924  34.933  1.00 64.20           C  
+ATOM   9660  CE1 HIS C  40     -20.149  18.750  36.126  1.00 68.03           C  
+ATOM   9661  NE2 HIS C  40     -20.269  17.437  36.203  1.00 65.98           N  
+ATOM   9662  N   TRP C  41     -21.641  19.021  29.874  1.00 62.70           N  
+ATOM   9663  CA  TRP C  41     -21.428  19.128  28.438  1.00 64.11           C  
+ATOM   9664  C   TRP C  41     -20.104  19.831  28.171  1.00 64.35           C  
+ATOM   9665  O   TRP C  41     -19.738  20.776  28.876  1.00 67.74           O  
+ATOM   9666  CB  TRP C  41     -22.581  19.870  27.754  1.00 69.30           C  
+ATOM   9667  CG  TRP C  41     -23.801  19.015  27.575  1.00 69.28           C  
+ATOM   9668  CD1 TRP C  41     -24.837  18.870  28.451  1.00 67.11           C  
+ATOM   9669  CD2 TRP C  41     -24.106  18.180  26.451  1.00 69.10           C  
+ATOM   9670  NE1 TRP C  41     -25.769  17.999  27.941  1.00 68.47           N  
+ATOM   9671  CE2 TRP C  41     -25.343  17.560  26.715  1.00 68.79           C  
+ATOM   9672  CE3 TRP C  41     -23.453  17.897  25.247  1.00 68.94           C  
+ATOM   9673  CZ2 TRP C  41     -25.942  16.677  25.818  1.00 69.81           C  
+ATOM   9674  CZ3 TRP C  41     -24.049  17.020  24.358  1.00 68.80           C  
+ATOM   9675  CH2 TRP C  41     -25.281  16.420  24.648  1.00 69.90           C  
+ATOM   9676  N   VAL C  42     -19.379  19.347  27.164  1.00 65.61           N  
+ATOM   9677  CA  VAL C  42     -18.052  19.844  26.825  1.00 67.15           C  
+ATOM   9678  C   VAL C  42     -17.993  20.067  25.320  1.00 66.23           C  
+ATOM   9679  O   VAL C  42     -18.601  19.327  24.540  1.00 65.85           O  
+ATOM   9680  CB  VAL C  42     -16.936  18.871  27.280  1.00 65.42           C  
+ATOM   9681  CG1 VAL C  42     -15.556  19.457  27.012  1.00 67.94           C  
+ATOM   9682  CG2 VAL C  42     -17.086  18.525  28.755  1.00 64.40           C  
+ATOM   9683  N   LYS C  43     -17.253  21.093  24.914  1.00 67.97           N  
+ATOM   9684  CA  LYS C  43     -17.073  21.438  23.510  1.00 69.40           C  
+ATOM   9685  C   LYS C  43     -15.620  21.217  23.118  1.00 71.67           C  
+ATOM   9686  O   LYS C  43     -14.710  21.654  23.830  1.00 72.00           O  
+ATOM   9687  CB  LYS C  43     -17.461  22.895  23.248  1.00 70.66           C  
+ATOM   9688  CG  LYS C  43     -17.195  23.359  21.823  1.00 74.33           C  
+ATOM   9689  CD  LYS C  43     -17.404  24.858  21.683  1.00 77.76           C  
+ATOM   9690  CE  LYS C  43     -17.224  25.311  20.243  1.00 82.74           C  
+ATOM   9691  NZ  LYS C  43     -17.420  26.780  20.097  1.00 88.76           N  
+ATOM   9692  N   GLN C  44     -15.402  20.543  21.991  1.00 72.53           N  
+ATOM   9693  CA  GLN C  44     -14.067  20.360  21.439  1.00 74.25           C  
+ATOM   9694  C   GLN C  44     -14.051  20.999  20.054  1.00 80.30           C  
+ATOM   9695  O   GLN C  44     -14.563  20.427  19.082  1.00 84.22           O  
+ATOM   9696  CB  GLN C  44     -13.680  18.884  21.392  1.00 70.26           C  
+ATOM   9697  CG  GLN C  44     -12.187  18.641  21.199  1.00 72.55           C  
+ATOM   9698  CD  GLN C  44     -11.796  17.185  21.385  1.00 66.47           C  
+ATOM   9699  OE1 GLN C  44     -10.861  16.872  22.123  1.00 66.37           O  
+ATOM   9700  NE2 GLN C  44     -12.511  16.289  20.716  1.00 62.77           N  
+ATOM   9701  N   SER C  45     -13.543  22.226  20.016  1.00 84.65           N  
+ATOM   9702  CA  SER C  45     -13.260  23.011  18.828  1.00 97.17           C  
+ATOM   9703  C   SER C  45     -11.867  22.647  18.334  1.00105.90           C  
+ATOM   9704  O   SER C  45     -11.063  22.074  19.072  1.00104.82           O  
+ATOM   9705  CB  SER C  45     -13.346  24.510  19.119  1.00100.22           C  
+ATOM   9706  OG  SER C  45     -12.270  24.931  19.938  1.00108.47           O  
+ATOM   9707  N   HIS C  46     -11.606  22.913  17.057  1.00116.36           N  
+ATOM   9708  CA  HIS C  46     -10.270  22.637  16.548  1.00123.40           C  
+ATOM   9709  C   HIS C  46      -9.222  23.395  17.355  1.00126.55           C  
+ATOM   9710  O   HIS C  46      -9.484  24.457  17.928  1.00125.95           O  
+ATOM   9711  CB  HIS C  46     -10.170  22.951  15.064  1.00128.59           C  
+ATOM   9712  CG  HIS C  46     -10.196  21.718  14.222  1.00134.49           C  
+ATOM   9713  ND1 HIS C  46     -10.084  20.459  14.770  1.00133.26           N  
+ATOM   9714  CD2 HIS C  46     -10.334  21.539  12.888  1.00139.75           C  
+ATOM   9715  CE1 HIS C  46     -10.145  19.556  13.808  1.00139.83           C  
+ATOM   9716  NE2 HIS C  46     -10.296  20.185  12.657  1.00140.18           N  
+ATOM   9717  N   GLY C  47      -8.018  22.834  17.385  1.00139.57           N  
+ATOM   9718  CA  GLY C  47      -7.061  23.151  18.415  1.00139.58           C  
+ATOM   9719  C   GLY C  47      -6.950  22.033  19.425  1.00136.58           C  
+ATOM   9720  O   GLY C  47      -6.053  22.064  20.279  1.00141.62           O  
+ATOM   9721  N   LYS C  48      -7.905  21.098  19.390  1.00113.14           N  
+ATOM   9722  CA  LYS C  48      -7.995  19.932  20.261  1.00 99.23           C  
+ATOM   9723  C   LYS C  48      -8.322  20.328  21.689  1.00 91.64           C  
+ATOM   9724  O   LYS C  48      -8.149  19.530  22.614  1.00 83.79           O  
+ATOM   9725  CB  LYS C  48      -6.719  19.081  20.220  1.00101.62           C  
+ATOM   9726  N   SER C  49      -8.819  21.544  21.878  1.00 95.90           N  
+ATOM   9727  CA  SER C  49      -9.059  22.082  23.204  1.00 87.41           C  
+ATOM   9728  C   SER C  49     -10.421  21.636  23.711  1.00 77.32           C  
+ATOM   9729  O   SER C  49     -11.365  21.444  22.941  1.00 77.09           O  
+ATOM   9730  CB  SER C  49      -8.984  23.609  23.185  1.00 90.15           C  
+ATOM   9731  OG  SER C  49     -10.059  24.159  22.441  1.00 96.67           O  
+ATOM   9732  N   LEU C  50     -10.514  21.477  25.025  1.00 71.96           N  
+ATOM   9733  CA  LEU C  50     -11.741  21.059  25.685  1.00 71.01           C  
+ATOM   9734  C   LEU C  50     -12.317  22.261  26.417  1.00 70.96           C  
+ATOM   9735  O   LEU C  50     -11.650  22.844  27.279  1.00 69.13           O  
+ATOM   9736  CB  LEU C  50     -11.472  19.906  26.650  1.00 65.99           C  
+ATOM   9737  CG  LEU C  50     -10.994  18.611  25.990  1.00 62.77           C  
+ATOM   9738  CD1 LEU C  50     -10.625  17.572  27.036  1.00 58.21           C  
+ATOM   9739  CD2 LEU C  50     -12.050  18.068  25.038  1.00 63.71           C  
+ATOM   9740  N   GLU C  51     -13.546  22.631  26.073  1.00 73.63           N  
+ATOM   9741  CA  GLU C  51     -14.238  23.736  26.723  1.00 74.18           C  
+ATOM   9742  C   GLU C  51     -15.463  23.171  27.425  1.00 72.09           C  
+ATOM   9743  O   GLU C  51     -16.380  22.663  26.771  1.00 69.69           O  
+ATOM   9744  CB  GLU C  51     -14.630  24.815  25.713  1.00 81.11           C  
+ATOM   9745  CG  GLU C  51     -13.452  25.574  25.123  1.00 93.12           C  
+ATOM   9746  CD  GLU C  51     -13.884  26.706  24.211  1.00103.68           C  
+ATOM   9747  OE1 GLU C  51     -15.105  26.949  24.100  1.00100.30           O  
+ATOM   9748  OE2 GLU C  51     -13.004  27.351  23.604  1.00120.21           O  
+ATOM   9749  N   TRP C  52     -15.468  23.255  28.752  1.00 71.21           N  
+ATOM   9750  CA  TRP C  52     -16.665  22.943  29.516  1.00 70.22           C  
+ATOM   9751  C   TRP C  52     -17.803  23.856  29.075  1.00 73.57           C  
+ATOM   9752  O   TRP C  52     -17.585  24.987  28.637  1.00 78.39           O  
+ATOM   9753  CB  TRP C  52     -16.377  23.097  31.011  1.00 70.70           C  
+ATOM   9754  CG  TRP C  52     -17.474  22.642  31.921  1.00 68.49           C  
+ATOM   9755  CD1 TRP C  52     -17.982  21.380  32.027  1.00 68.58           C  
+ATOM   9756  CD2 TRP C  52     -18.165  23.435  32.891  1.00 68.42           C  
+ATOM   9757  NE1 TRP C  52     -18.965  21.345  32.987  1.00 70.65           N  
+ATOM   9758  CE2 TRP C  52     -19.095  22.594  33.534  1.00 71.28           C  
+ATOM   9759  CE3 TRP C  52     -18.095  24.779  33.272  1.00 72.21           C  
+ATOM   9760  CZ2 TRP C  52     -19.948  23.052  34.535  1.00 69.92           C  
+ATOM   9761  CZ3 TRP C  52     -18.943  25.232  34.265  1.00 75.50           C  
+ATOM   9762  CH2 TRP C  52     -19.857  24.371  34.886  1.00 73.72           C  
+ATOM   9763  N   ILE C  53     -19.030  23.347  29.161  1.00 71.59           N  
+ATOM   9764  CA  ILE C  53     -20.221  24.089  28.769  1.00 72.68           C  
+ATOM   9765  C   ILE C  53     -21.131  24.349  29.963  1.00 74.81           C  
+ATOM   9766  O   ILE C  53     -21.527  25.490  30.220  1.00 78.77           O  
+ATOM   9767  CB  ILE C  53     -20.994  23.364  27.645  1.00 72.18           C  
+ATOM   9768  CG1 ILE C  53     -20.178  23.355  26.351  1.00 72.39           C  
+ATOM   9769  CG2 ILE C  53     -22.353  24.010  27.434  1.00 74.53           C  
+ATOM   9770  CD1 ILE C  53     -20.684  22.371  25.319  1.00 70.35           C  
+ATOM   9771  N   GLY C  54     -21.471  23.303  30.700  1.00 71.23           N  
+ATOM   9772  CA  GLY C  54     -22.335  23.457  31.851  1.00 71.99           C  
+ATOM   9773  C   GLY C  54     -22.686  22.108  32.426  1.00 70.76           C  
+ATOM   9774  O   GLY C  54     -22.439  21.055  31.826  1.00 68.85           O  
+ATOM   9775  N   TYR C  55     -23.280  22.158  33.613  1.00 73.10           N  
+ATOM   9776  CA  TYR C  55     -23.711  20.969  34.326  1.00 72.70           C  
+ATOM   9777  C   TYR C  55     -25.213  21.029  34.562  1.00 77.96           C  
+ATOM   9778  O   TYR C  55     -25.839  22.089  34.487  1.00 80.44           O  
+ATOM   9779  CB  TYR C  55     -22.978  20.818  35.667  1.00 72.69           C  
+ATOM   9780  CG  TYR C  55     -23.349  21.863  36.699  1.00 76.33           C  
+ATOM   9781  CD1 TYR C  55     -22.664  23.068  36.774  1.00 78.06           C  
+ATOM   9782  CD2 TYR C  55     -24.378  21.637  37.607  1.00 75.85           C  
+ATOM   9783  CE1 TYR C  55     -22.998  24.022  37.716  1.00 76.38           C  
+ATOM   9784  CE2 TYR C  55     -24.720  22.585  38.551  1.00 74.14           C  
+ATOM   9785  CZ  TYR C  55     -24.027  23.775  38.602  1.00 77.35           C  
+ATOM   9786  OH  TYR C  55     -24.363  24.721  39.542  1.00 82.29           O  
+ATOM   9787  N   ILE C  56     -25.781  19.864  34.846  1.00 75.10           N  
+ATOM   9788  CA  ILE C  56     -27.185  19.755  35.221  1.00 78.00           C  
+ATOM   9789  C   ILE C  56     -27.340  18.561  36.150  1.00 77.80           C  
+ATOM   9790  O   ILE C  56     -26.752  17.497  35.927  1.00 75.10           O  
+ATOM   9791  CB  ILE C  56     -28.107  19.644  33.986  1.00 77.31           C  
+ATOM   9792  CG1 ILE C  56     -29.572  19.607  34.426  1.00 82.90           C  
+ATOM   9793  CG2 ILE C  56     -27.752  18.429  33.141  1.00 73.95           C  
+ATOM   9794  CD1 ILE C  56     -30.551  19.735  33.294  1.00 85.39           C  
+ATOM   9795  N   TYR C  57     -28.110  18.756  37.219  1.00 79.93           N  
+ATOM   9796  CA  TYR C  57     -28.421  17.668  38.128  1.00 80.60           C  
+ATOM   9797  C   TYR C  57     -29.761  17.080  37.719  1.00 84.60           C  
+ATOM   9798  O   TYR C  57     -30.788  17.769  37.823  1.00 87.91           O  
+ATOM   9799  CB  TYR C  57     -28.463  18.162  39.573  1.00 80.59           C  
+ATOM   9800  CG  TYR C  57     -28.480  17.057  40.606  1.00 83.59           C  
+ATOM   9801  CD1 TYR C  57     -27.482  16.091  40.635  1.00 80.59           C  
+ATOM   9802  CD2 TYR C  57     -29.476  16.997  41.571  1.00 89.31           C  
+ATOM   9803  CE1 TYR C  57     -27.489  15.083  41.582  1.00 81.42           C  
+ATOM   9804  CE2 TYR C  57     -29.487  15.995  42.525  1.00 91.81           C  
+ATOM   9805  CZ  TYR C  57     -28.494  15.040  42.524  1.00 87.47           C  
+ATOM   9806  OH  TYR C  57     -28.507  14.042  43.472  1.00 87.93           O  
+ATOM   9807  N   PRO C  58     -29.800  15.837  37.236  1.00 82.79           N  
+ATOM   9808  CA  PRO C  58     -31.049  15.286  36.683  1.00 83.84           C  
+ATOM   9809  C   PRO C  58     -32.217  15.294  37.651  1.00 88.56           C  
+ATOM   9810  O   PRO C  58     -33.370  15.333  37.205  1.00 95.42           O  
+ATOM   9811  CB  PRO C  58     -30.652  13.856  36.286  1.00 77.47           C  
+ATOM   9812  CG  PRO C  58     -29.391  13.580  37.039  1.00 78.08           C  
+ATOM   9813  CD  PRO C  58     -28.688  14.883  37.149  1.00 79.02           C  
+ATOM   9814  N   ASP C  59     -31.960  15.236  38.961  1.00 88.43           N  
+ATOM   9815  CA  ASP C  59     -33.058  15.261  39.923  1.00 89.39           C  
+ATOM   9816  C   ASP C  59     -33.877  16.540  39.792  1.00 89.25           C  
+ATOM   9817  O   ASP C  59     -35.091  16.524  40.022  1.00 92.45           O  
+ATOM   9818  CB  ASP C  59     -32.522  15.094  41.343  1.00 91.46           C  
+ATOM   9819  CG  ASP C  59     -33.493  14.361  42.248  1.00 93.71           C  
+ATOM   9820  OD1 ASP C  59     -34.537  13.895  41.744  1.00 93.46           O  
+ATOM   9821  OD2 ASP C  59     -33.207  14.239  43.458  1.00 94.55           O  
+ATOM   9822  N   ASN C  62     -33.237  17.654  39.429  1.00 88.50           N  
+ATOM   9823  CA  ASN C  62     -33.970  18.879  39.130  1.00 85.92           C  
+ATOM   9824  C   ASN C  62     -33.342  19.568  37.923  1.00 88.48           C  
+ATOM   9825  O   ASN C  62     -33.694  19.255  36.781  1.00 89.62           O  
+ATOM   9826  CB  ASN C  62     -33.993  19.816  40.342  1.00 85.05           C  
+ATOM   9827  CG  ASN C  62     -32.660  19.876  41.067  1.00 88.81           C  
+ATOM   9828  OD1 ASN C  62     -31.602  19.713  40.458  1.00 93.27           O  
+ATOM   9829  ND2 ASN C  62     -32.705  20.118  42.371  1.00 84.30           N  
+ATOM   9830  N   GLY C  63     -32.416  20.493  38.149  1.00 89.05           N  
+ATOM   9831  CA  GLY C  63     -31.769  21.153  37.031  1.00 89.09           C  
+ATOM   9832  C   GLY C  63     -30.629  22.036  37.489  1.00 91.02           C  
+ATOM   9833  O   GLY C  63     -30.310  22.117  38.678  1.00 85.39           O  
+ATOM   9834  N   GLY C  64     -30.021  22.702  36.515  1.00 92.73           N  
+ATOM   9835  CA  GLY C  64     -28.965  23.660  36.786  1.00 91.75           C  
+ATOM   9836  C   GLY C  64     -28.462  24.249  35.487  1.00 94.89           C  
+ATOM   9837  O   GLY C  64     -28.966  23.942  34.401  1.00 93.86           O  
+ATOM   9838  N   ASN C  65     -27.455  25.111  35.612  1.00 98.88           N  
+ATOM   9839  CA  ASN C  65     -26.783  25.684  34.454  1.00115.31           C  
+ATOM   9840  C   ASN C  65     -25.331  25.960  34.828  1.00 96.50           C  
+ATOM   9841  O   ASN C  65     -24.922  25.781  35.979  1.00 90.03           O  
+ATOM   9842  CB  ASN C  65     -27.492  26.943  33.948  1.00118.51           C  
+ATOM   9843  CG  ASN C  65     -27.218  27.208  32.477  1.00109.80           C  
+ATOM   9844  OD1 ASN C  65     -26.244  27.875  32.125  1.00100.46           O  
+ATOM   9845  ND2 ASN C  65     -28.069  26.672  31.609  1.00 99.74           N  
+ATOM   9846  N   GLY C  66     -24.550  26.406  33.846  1.00 92.97           N  
+ATOM   9847  CA  GLY C  66     -23.160  26.731  34.095  1.00 89.32           C  
+ATOM   9848  C   GLY C  66     -22.569  27.763  33.155  1.00 90.33           C  
+ATOM   9849  O   GLY C  66     -23.298  28.420  32.409  1.00 93.50           O  
+ATOM   9850  N   TYR C  67     -21.237  27.882  33.205  1.00 90.13           N  
+ATOM   9851  CA  TYR C  67     -20.339  28.760  32.445  1.00 95.54           C  
+ATOM   9852  C   TYR C  67     -20.935  30.076  31.947  1.00101.75           C  
+ATOM   9853  O   TYR C  67     -21.923  30.089  31.207  1.00107.00           O  
+ATOM   9854  CB  TYR C  67     -19.797  27.993  31.237  1.00 93.81           C  
+ATOM   9855  CG  TYR C  67     -18.394  28.375  30.815  1.00 99.30           C  
+ATOM   9856  CD1 TYR C  67     -17.736  29.458  31.382  1.00105.20           C  
+ATOM   9857  CD2 TYR C  67     -17.730  27.646  29.842  1.00 97.21           C  
+ATOM   9858  CE1 TYR C  67     -16.449  29.794  30.995  1.00111.42           C  
+ATOM   9859  CE2 TYR C  67     -16.450  27.973  29.447  1.00111.72           C  
+ATOM   9860  CZ  TYR C  67     -15.813  29.047  30.024  1.00123.60           C  
+ATOM   9861  OH  TYR C  67     -14.536  29.369  29.626  1.00136.66           O  
+ATOM   9862  N   ASN C  68     -20.264  31.187  32.260  1.00102.52           N  
+ATOM   9863  CA  ASN C  68     -20.723  32.491  31.793  1.00106.30           C  
+ATOM   9864  C   ASN C  68     -20.590  32.605  30.276  1.00105.50           C  
+ATOM   9865  O   ASN C  68     -21.491  33.122  29.605  1.00106.88           O  
+ATOM   9866  CB  ASN C  68     -19.939  33.598  32.510  1.00109.85           C  
+ATOM   9867  CG  ASN C  68     -20.383  35.013  32.123  1.00118.76           C  
+ATOM   9868  OD1 ASN C  68     -20.936  35.255  31.052  1.00129.93           O  
+ATOM   9869  ND2 ASN C  68     -20.130  35.959  33.019  1.00116.90           N  
+ATOM   9870  N   GLN C  69     -19.484  32.105  29.718  1.00104.70           N  
+ATOM   9871  CA  GLN C  69     -19.229  32.266  28.288  1.00104.10           C  
+ATOM   9872  C   GLN C  69     -20.308  31.614  27.432  1.00100.36           C  
+ATOM   9873  O   GLN C  69     -20.544  32.049  26.300  1.00 99.01           O  
+ATOM   9874  CB  GLN C  69     -17.851  31.701  27.939  1.00106.14           C  
+ATOM   9875  CG  GLN C  69     -16.700  32.425  28.624  1.00116.22           C  
+ATOM   9876  CD  GLN C  69     -15.341  31.880  28.226  1.00122.83           C  
+ATOM   9877  OE1 GLN C  69     -15.243  30.951  27.425  1.00132.65           O  
+ATOM   9878  NE2 GLN C  69     -14.284  32.455  28.790  1.00117.85           N  
+ATOM   9879  N   LYS C  70     -20.965  30.574  27.941  1.00 98.32           N  
+ATOM   9880  CA  LYS C  70     -22.024  29.888  27.213  1.00 95.94           C  
+ATOM   9881  C   LYS C  70     -23.417  30.292  27.684  1.00100.39           C  
+ATOM   9882  O   LYS C  70     -24.392  29.609  27.354  1.00 99.11           O  
+ATOM   9883  CB  LYS C  70     -21.856  28.373  27.342  1.00 90.92           C  
+ATOM   9884  CG  LYS C  70     -20.491  27.849  26.922  1.00 86.45           C  
+ATOM   9885  CD  LYS C  70     -20.359  27.778  25.410  1.00 81.58           C  
+ATOM   9886  CE  LYS C  70     -19.071  27.077  25.008  1.00 79.89           C  
+ATOM   9887  NZ  LYS C  70     -17.884  27.671  25.679  1.00 88.90           N  
+ATOM   9888  N   PHE C  71     -23.529  31.380  28.450  1.00103.24           N  
+ATOM   9889  CA  PHE C  71     -24.829  31.813  28.959  1.00106.92           C  
+ATOM   9890  C   PHE C  71     -25.808  32.123  27.830  1.00109.13           C  
+ATOM   9891  O   PHE C  71     -26.938  31.622  27.818  1.00109.66           O  
+ATOM   9892  CB  PHE C  71     -24.646  33.037  29.859  1.00107.61           C  
+ATOM   9893  CG  PHE C  71     -25.312  32.918  31.200  1.00110.68           C  
+ATOM   9894  CD1 PHE C  71     -26.508  32.235  31.340  1.00112.07           C  
+ATOM   9895  CD2 PHE C  71     -24.737  33.490  32.324  1.00111.70           C  
+ATOM   9896  CE1 PHE C  71     -27.120  32.127  32.575  1.00111.22           C  
+ATOM   9897  CE2 PHE C  71     -25.343  33.385  33.562  1.00114.59           C  
+ATOM   9898  CZ  PHE C  71     -26.537  32.702  33.688  1.00109.98           C  
+ATOM   9899  N   LYS C  72     -25.387  32.939  26.867  1.00108.76           N  
+ATOM   9900  CA  LYS C  72     -26.241  33.360  25.755  1.00113.83           C  
+ATOM   9901  C   LYS C  72     -26.089  32.457  24.533  1.00113.03           C  
+ATOM   9902  O   LYS C  72     -25.865  32.921  23.416  1.00117.09           O  
+ATOM   9903  CB  LYS C  72     -25.943  34.812  25.404  1.00116.69           C  
+ATOM   9904  N   GLY C  74     -26.211  31.149  24.740  1.00107.07           N  
+ATOM   9905  CA  GLY C  74     -26.117  30.200  23.648  1.00101.95           C  
+ATOM   9906  C   GLY C  74     -26.613  28.823  24.031  1.00101.19           C  
+ATOM   9907  O   GLY C  74     -27.413  28.211  23.319  1.00100.05           O  
+ATOM   9908  N   LYS C  75     -26.118  28.324  25.159  1.00 99.17           N  
+ATOM   9909  CA  LYS C  75     -26.377  26.964  25.602  1.00 93.39           C  
+ATOM   9910  C   LYS C  75     -27.605  26.912  26.503  1.00 93.91           C  
+ATOM   9911  O   LYS C  75     -27.849  27.828  27.293  1.00 94.12           O  
+ATOM   9912  CB  LYS C  75     -25.160  26.414  26.347  1.00 90.58           C  
+ATOM   9913  N   ALA C  76     -28.383  25.837  26.370  1.00 93.08           N  
+ATOM   9914  CA  ALA C  76     -29.509  25.580  27.267  1.00 88.06           C  
+ATOM   9915  C   ALA C  76     -29.589  24.083  27.531  1.00 88.21           C  
+ATOM   9916  O   ALA C  76     -29.918  23.310  26.628  1.00 87.75           O  
+ATOM   9917  CB  ALA C  76     -30.820  26.100  26.677  1.00 84.95           C  
+ATOM   9918  N   THR C  77     -29.292  23.672  28.761  1.00 88.85           N  
+ATOM   9919  CA  THR C  77     -29.268  22.263  29.128  1.00 90.86           C  
+ATOM   9920  C   THR C  77     -30.528  21.900  29.904  1.00 91.22           C  
+ATOM   9921  O   THR C  77     -30.965  22.648  30.784  1.00 95.09           O  
+ATOM   9922  CB  THR C  77     -28.028  21.934  29.964  1.00 92.37           C  
+ATOM   9923  OG1 THR C  77     -27.905  22.879  31.034  1.00105.71           O  
+ATOM   9924  CG2 THR C  77     -26.775  21.983  29.104  1.00 87.97           C  
+ATOM   9925  N   LEU C  78     -31.106  20.746  29.575  1.00 89.95           N  
+ATOM   9926  CA  LEU C  78     -32.313  20.256  30.223  1.00 90.49           C  
+ATOM   9927  C   LEU C  78     -32.214  18.742  30.350  1.00 90.44           C  
+ATOM   9928  O   LEU C  78     -31.300  18.112  29.812  1.00 88.61           O  
+ATOM   9929  CB  LEU C  78     -33.569  20.671  29.445  1.00 89.20           C  
+ATOM   9930  CG  LEU C  78     -33.743  20.097  28.036  1.00 92.38           C  
+ATOM   9931  CD1 LEU C  78     -34.690  18.902  28.040  1.00 94.19           C  
+ATOM   9932  CD2 LEU C  78     -34.223  21.170  27.068  1.00 95.58           C  
+ATOM   9933  N   THR C  79     -33.177  18.148  31.052  1.00 88.37           N  
+ATOM   9934  CA  THR C  79     -33.140  16.718  31.320  1.00 86.81           C  
+ATOM   9935  C   THR C  79     -34.551  16.148  31.294  1.00 85.81           C  
+ATOM   9936  O   THR C  79     -35.540  16.863  31.473  1.00 87.75           O  
+ATOM   9937  CB  THR C  79     -32.484  16.411  32.673  1.00 89.44           C  
+ATOM   9938  OG1 THR C  79     -32.533  15.000  32.920  1.00 93.49           O  
+ATOM   9939  CG2 THR C  79     -33.209  17.142  33.793  1.00 89.45           C  
+ATOM   9940  N   VAL C  80     -34.625  14.836  31.070  1.00 83.66           N  
+ATOM   9941  CA  VAL C  80     -35.873  14.080  31.120  1.00 82.89           C  
+ATOM   9942  C   VAL C  80     -35.568  12.759  31.812  1.00 83.81           C  
+ATOM   9943  O   VAL C  80     -34.846  11.918  31.260  1.00 84.75           O  
+ATOM   9944  CB  VAL C  80     -36.476  13.828  29.729  1.00 83.20           C  
+ATOM   9945  CG1 VAL C  80     -37.717  12.955  29.845  1.00 80.75           C  
+ATOM   9946  CG2 VAL C  80     -36.819  15.139  29.037  1.00 90.01           C  
+ATOM   9947  N   ASP C  81     -36.103  12.579  33.023  1.00 83.60           N  
+ATOM   9948  CA  ASP C  81     -35.891  11.334  33.752  1.00 82.07           C  
+ATOM   9949  C   ASP C  81     -36.639  10.181  33.101  1.00 86.22           C  
+ATOM   9950  O   ASP C  81     -36.169   9.037  33.143  1.00 85.97           O  
+ATOM   9951  CB  ASP C  81     -36.330  11.484  35.209  1.00 80.00           C  
+ATOM   9952  CG  ASP C  81     -35.699  12.680  35.892  1.00 86.09           C  
+ATOM   9953  OD1 ASP C  81     -34.951  13.424  35.224  1.00 94.70           O  
+ATOM   9954  OD2 ASP C  81     -35.951  12.874  37.100  1.00 81.26           O  
+ATOM   9955  N   LYS C  82     -37.811  10.460  32.522  1.00 87.49           N  
+ATOM   9956  CA  LYS C  82     -38.624   9.411  31.917  1.00 87.90           C  
+ATOM   9957  C   LYS C  82     -37.836   8.631  30.872  1.00 88.96           C  
+ATOM   9958  O   LYS C  82     -37.963   7.406  30.772  1.00 90.86           O  
+ATOM   9959  CB  LYS C  82     -39.885  10.020  31.300  1.00 89.50           C  
+ATOM   9960  CG  LYS C  82     -40.897   8.994  30.824  1.00 98.52           C  
+ATOM   9961  CD  LYS C  82     -42.117   9.654  30.203  1.00 99.68           C  
+ATOM   9962  CE  LYS C  82     -42.912   8.659  29.377  1.00 96.86           C  
+ATOM   9963  NZ  LYS C  82     -44.101   8.190  30.148  1.00 89.84           N  
+ATOM   9964  N   SER C  83     -37.024   9.326  30.077  1.00 87.07           N  
+ATOM   9965  CA  SER C  83     -36.176   8.686  29.081  1.00 87.34           C  
+ATOM   9966  C   SER C  83     -34.720   8.591  29.514  1.00 85.49           C  
+ATOM   9967  O   SER C  83     -33.902   8.051  28.761  1.00 82.30           O  
+ATOM   9968  CB  SER C  83     -36.261   9.441  27.750  1.00 87.73           C  
+ATOM   9969  OG  SER C  83     -35.939  10.811  27.923  1.00 86.44           O  
+ATOM   9970  N   SER C  84     -34.383   9.086  30.707  1.00 87.39           N  
+ATOM   9971  CA  SER C  84     -33.004   9.120  31.196  1.00 79.13           C  
+ATOM   9972  C   SER C  84     -32.097   9.808  30.180  1.00 76.26           C  
+ATOM   9973  O   SER C  84     -31.009   9.331  29.851  1.00 75.89           O  
+ATOM   9974  CB  SER C  84     -32.496   7.713  31.523  1.00 75.61           C  
+ATOM   9975  OG  SER C  84     -33.281   7.102  32.532  1.00 83.98           O  
+ATOM   9976  N   SER C  85     -32.561  10.950  29.675  1.00 76.24           N  
+ATOM   9977  CA  SER C  85     -31.888  11.637  28.581  1.00 76.39           C  
+ATOM   9978  C   SER C  85     -31.624  13.088  28.951  1.00 78.63           C  
+ATOM   9979  O   SER C  85     -32.543  13.807  29.354  1.00 79.22           O  
+ATOM   9980  CB  SER C  85     -32.721  11.568  27.296  1.00 76.02           C  
+ATOM   9981  OG  SER C  85     -32.833  10.235  26.832  1.00 75.60           O  
+ATOM   9982  N   THR C  86     -30.374  13.518  28.799  1.00 78.82           N  
+ATOM   9983  CA  THR C  86     -30.003  14.918  28.958  1.00 79.93           C  
+ATOM   9984  C   THR C  86     -29.967  15.563  27.578  1.00 79.29           C  
+ATOM   9985  O   THR C  86     -29.256  15.090  26.685  1.00 77.24           O  
+ATOM   9986  CB  THR C  86     -28.648  15.055  29.652  1.00 76.01           C  
+ATOM   9987  OG1 THR C  86     -28.685  14.380  30.915  1.00 76.90           O  
+ATOM   9988  CG2 THR C  86     -28.314  16.522  29.877  1.00 77.52           C  
+ATOM   9989  N   VAL C  87     -30.735  16.631  27.403  1.00 82.20           N  
+ATOM   9990  CA  VAL C  87     -30.831  17.316  26.122  1.00 82.62           C  
+ATOM   9991  C   VAL C  87     -30.126  18.660  26.245  1.00 82.66           C  
+ATOM   9992  O   VAL C  87     -30.049  19.250  27.329  1.00 85.59           O  
+ATOM   9993  CB  VAL C  87     -32.302  17.486  25.683  1.00 84.40           C  
+ATOM   9994  CG1 VAL C  87     -32.383  17.875  24.219  1.00 86.21           C  
+ATOM   9995  CG2 VAL C  87     -33.088  16.208  25.946  1.00 77.66           C  
+ATOM   9996  N   TYR C  88     -29.602  19.142  25.122  1.00 81.12           N  
+ATOM   9997  CA  TYR C  88     -28.733  20.313  25.122  1.00 80.91           C  
+ATOM   9998  C   TYR C  88     -28.973  21.091  23.839  1.00 80.95           C  
+ATOM   9999  O   TYR C  88     -28.776  20.558  22.744  1.00 78.51           O  
+ATOM  10000  CB  TYR C  88     -27.272  19.886  25.252  1.00 79.27           C  
+ATOM  10001  CG  TYR C  88     -26.264  20.987  25.045  1.00 81.98           C  
+ATOM  10002  CD1 TYR C  88     -26.478  22.259  25.549  1.00 85.33           C  
+ATOM  10003  CD2 TYR C  88     -25.085  20.743  24.357  1.00 78.49           C  
+ATOM  10004  CE1 TYR C  88     -25.555  23.259  25.357  1.00 87.75           C  
+ATOM  10005  CE2 TYR C  88     -24.155  21.737  24.162  1.00 78.48           C  
+ATOM  10006  CZ  TYR C  88     -24.393  22.995  24.665  1.00 86.50           C  
+ATOM  10007  OH  TYR C  88     -23.467  23.992  24.472  1.00112.06           O  
+ATOM  10008  N   MET C  89     -29.388  22.346  23.976  1.00 83.59           N  
+ATOM  10009  CA  MET C  89     -29.840  23.156  22.857  1.00 86.53           C  
+ATOM  10010  C   MET C  89     -28.879  24.313  22.619  1.00 88.60           C  
+ATOM  10011  O   MET C  89     -28.401  24.946  23.569  1.00 87.54           O  
+ATOM  10012  CB  MET C  89     -31.252  23.689  23.125  1.00 90.06           C  
+ATOM  10013  CG  MET C  89     -31.866  24.498  21.997  1.00 94.59           C  
+ATOM  10014  SD  MET C  89     -33.578  24.935  22.363  1.00107.69           S  
+ATOM  10015  CE  MET C  89     -34.193  25.329  20.728  1.00104.41           C  
+ATOM  10016  N   GLU C  90     -28.619  24.588  21.342  1.00 91.23           N  
+ATOM  10017  CA  GLU C  90     -27.780  25.695  20.903  1.00 92.20           C  
+ATOM  10018  C   GLU C  90     -28.663  26.693  20.170  1.00 93.59           C  
+ATOM  10019  O   GLU C  90     -29.328  26.335  19.190  1.00 91.96           O  
+ATOM  10020  CB  GLU C  90     -26.660  25.208  19.982  1.00 91.07           C  
+ATOM  10021  CG  GLU C  90     -25.725  24.168  20.579  1.00 92.62           C  
+ATOM  10022  CD  GLU C  90     -24.724  24.765  21.549  1.00 95.94           C  
+ATOM  10023  OE1 GLU C  90     -24.769  25.992  21.782  1.00 99.65           O  
+ATOM  10024  OE2 GLU C  90     -23.882  24.006  22.072  1.00104.35           O  
+ATOM  10025  N   LEU C  91     -28.654  27.938  20.638  1.00 97.03           N  
+ATOM  10026  CA  LEU C  91     -29.486  29.005  20.098  1.00 98.01           C  
+ATOM  10027  C   LEU C  91     -28.633  29.994  19.317  1.00 95.17           C  
+ATOM  10028  O   LEU C  91     -27.558  30.393  19.780  1.00 97.59           O  
+ATOM  10029  CB  LEU C  91     -30.234  29.723  21.223  1.00108.90           C  
+ATOM  10030  CG  LEU C  91     -31.246  28.866  21.987  1.00107.95           C  
+ATOM  10031  CD1 LEU C  91     -31.826  29.631  23.165  1.00109.04           C  
+ATOM  10032  CD2 LEU C  91     -32.349  28.408  21.050  1.00107.68           C  
+ATOM  10033  N   ARG C  92     -29.120  30.394  18.143  1.00 90.05           N  
+ATOM  10034  CA  ARG C  92     -28.433  31.332  17.253  1.00 89.21           C  
+ATOM  10035  C   ARG C  92     -26.996  30.886  16.963  1.00 90.20           C  
+ATOM  10036  O   ARG C  92     -26.019  31.438  17.471  1.00 90.90           O  
+ATOM  10037  CB  ARG C  92     -28.463  32.748  17.837  1.00 90.89           C  
+ATOM  10038  N   SER C  93     -26.904  29.851  16.132  1.00 91.38           N  
+ATOM  10039  CA  SER C  93     -25.613  29.290  15.756  1.00 90.25           C  
+ATOM  10040  C   SER C  93     -24.749  30.334  15.054  1.00 94.02           C  
+ATOM  10041  O   SER C  93     -25.247  31.234  14.373  1.00 92.76           O  
+ATOM  10042  CB  SER C  93     -25.802  28.071  14.853  1.00 88.92           C  
+ATOM  10043  OG  SER C  93     -26.256  26.956  15.599  1.00 83.61           O  
+ATOM  10044  N   LEU C  94     -23.436  30.206  15.231  1.00101.13           N  
+ATOM  10045  CA  LEU C  94     -22.466  31.120  14.649  1.00103.54           C  
+ATOM  10046  C   LEU C  94     -21.445  30.309  13.860  1.00112.86           C  
+ATOM  10047  O   LEU C  94     -21.452  29.075  13.877  1.00112.34           O  
+ATOM  10048  CB  LEU C  94     -21.786  31.953  15.754  1.00106.51           C  
+ATOM  10049  CG  LEU C  94     -20.650  32.955  15.512  1.00112.26           C  
+ATOM  10050  CD1 LEU C  94     -21.121  34.145  14.690  1.00114.29           C  
+ATOM  10051  CD2 LEU C  94     -20.043  33.406  16.834  1.00106.81           C  
+ATOM  10052  N   THR C  95     -20.558  31.014  13.159  1.00125.26           N  
+ATOM  10053  CA  THR C  95     -19.443  30.389  12.460  1.00132.59           C  
+ATOM  10054  C   THR C  95     -18.312  29.977  13.395  1.00131.81           C  
+ATOM  10055  O   THR C  95     -17.284  29.483  12.919  1.00137.58           O  
+ATOM  10056  CB  THR C  95     -18.908  31.322  11.369  1.00145.40           C  
+ATOM  10057  OG1 THR C  95     -18.103  30.570  10.452  1.00149.69           O  
+ATOM  10058  CG2 THR C  95     -18.071  32.437  11.978  1.00148.70           C  
+ATOM  10059  N   SER C  96     -18.477  30.155  14.706  1.00122.15           N  
+ATOM  10060  CA  SER C  96     -17.474  29.726  15.671  1.00115.13           C  
+ATOM  10061  C   SER C  96     -17.758  28.332  16.216  1.00115.44           C  
+ATOM  10062  O   SER C  96     -16.817  27.582  16.497  1.00118.07           O  
+ATOM  10063  CB  SER C  96     -17.393  30.729  16.825  1.00111.86           C  
+ATOM  10064  OG  SER C  96     -16.917  31.986  16.371  1.00117.36           O  
+ATOM  10065  N   GLU C  97     -19.032  27.973  16.380  1.00114.71           N  
+ATOM  10066  CA  GLU C  97     -19.437  26.611  16.719  1.00111.68           C  
+ATOM  10067  C   GLU C  97     -19.191  25.621  15.583  1.00122.53           C  
+ATOM  10068  O   GLU C  97     -19.532  24.442  15.737  1.00118.45           O  
+ATOM  10069  CB  GLU C  97     -20.911  26.556  17.135  1.00100.61           C  
+ATOM  10070  CG  GLU C  97     -21.248  27.320  18.409  1.00 95.73           C  
+ATOM  10071  CD  GLU C  97     -21.727  28.726  18.132  1.00 96.64           C  
+ATOM  10072  OE1 GLU C  97     -22.137  28.984  16.983  1.00101.21           O  
+ATOM  10073  OE2 GLU C  97     -21.704  29.567  19.055  1.00 94.36           O  
+ATOM  10074  N   ASP C  98     -18.616  26.066  14.466  1.00137.14           N  
+ATOM  10075  CA  ASP C  98     -18.492  25.250  13.267  1.00154.27           C  
+ATOM  10076  C   ASP C  98     -17.589  24.047  13.501  1.00173.15           C  
+ATOM  10077  O   ASP C  98     -16.685  24.072  14.341  1.00183.47           O  
+ATOM  10078  CB  ASP C  98     -17.887  26.059  12.119  1.00156.25           C  
+ATOM  10079  CG  ASP C  98     -18.796  27.146  11.631  1.00163.10           C  
+ATOM  10080  OD1 ASP C  98     -19.990  27.099  11.971  1.00161.82           O  
+ATOM  10081  OD2 ASP C  98     -18.325  28.033  10.888  1.00167.55           O  
+ATOM  10082  N   SER C  99     -17.844  22.995  12.710  1.00219.77           N  
+ATOM  10083  CA  SER C  99     -17.167  21.701  12.772  1.00214.01           C  
+ATOM  10084  C   SER C  99     -16.591  21.440  14.153  1.00205.56           C  
+ATOM  10085  O   SER C  99     -15.372  21.487  14.345  1.00206.56           O  
+ATOM  10086  CB  SER C  99     -16.064  21.626  11.714  1.00219.35           C  
+ATOM  10087  OG  SER C  99     -16.600  21.784  10.412  1.00216.59           O  
+ATOM  10088  N   ALA C 100     -17.455  21.121  15.107  1.00137.59           N  
+ATOM  10089  CA  ALA C 100     -17.051  21.008  16.499  1.00109.51           C  
+ATOM  10090  C   ALA C 100     -17.697  19.770  17.085  1.00 88.79           C  
+ATOM  10091  O   ALA C 100     -18.861  19.471  16.799  1.00 87.07           O  
+ATOM  10092  CB  ALA C 100     -17.450  22.253  17.301  1.00102.82           C  
+ATOM  10093  N   LEU C 101     -16.942  19.048  17.904  1.00 81.05           N  
+ATOM  10094  CA  LEU C 101     -17.452  17.831  18.514  1.00 70.71           C  
+ATOM  10095  C   LEU C 101     -17.873  18.107  19.951  1.00 68.73           C  
+ATOM  10096  O   LEU C 101     -17.070  18.572  20.764  1.00 68.48           O  
+ATOM  10097  CB  LEU C 101     -16.390  16.735  18.445  1.00 67.42           C  
+ATOM  10098  CG  LEU C 101     -16.720  15.376  19.046  1.00 63.38           C  
+ATOM  10099  CD1 LEU C 101     -17.811  14.729  18.224  1.00 63.86           C  
+ATOM  10100  CD2 LEU C 101     -15.478  14.517  19.036  1.00 62.91           C  
+ATOM  10101  N   TYR C 102     -19.129  17.813  20.259  1.00 67.26           N  
+ATOM  10102  CA  TYR C 102     -19.712  18.102  21.561  1.00 63.20           C  
+ATOM  10103  C   TYR C 102     -19.864  16.793  22.322  1.00 62.97           C  
+ATOM  10104  O   TYR C 102     -20.534  15.868  21.850  1.00 62.97           O  
+ATOM  10105  CB  TYR C 102     -21.054  18.818  21.414  1.00 64.23           C  
+ATOM  10106  CG  TYR C 102     -20.926  20.236  20.896  1.00 67.08           C  
+ATOM  10107  CD1 TYR C 102     -20.926  20.504  19.533  1.00 69.55           C  
+ATOM  10108  CD2 TYR C 102     -20.798  21.305  21.773  1.00 68.40           C  
+ATOM  10109  CE1 TYR C 102     -20.806  21.798  19.059  1.00 71.72           C  
+ATOM  10110  CE2 TYR C 102     -20.678  22.602  21.308  1.00 69.13           C  
+ATOM  10111  CZ  TYR C 102     -20.682  22.843  19.951  1.00 73.25           C  
+ATOM  10112  OH  TYR C 102     -20.563  24.132  19.485  1.00 79.22           O  
+ATOM  10113  N   TYR C 103     -19.229  16.717  23.486  1.00 61.47           N  
+ATOM  10114  CA  TYR C 103     -19.291  15.553  24.353  1.00 61.03           C  
+ATOM  10115  C   TYR C 103     -20.259  15.798  25.501  1.00 62.16           C  
+ATOM  10116  O   TYR C 103     -20.415  16.924  25.978  1.00 62.23           O  
+ATOM  10117  CB  TYR C 103     -17.915  15.219  24.935  1.00 61.82           C  
+ATOM  10118  CG  TYR C 103     -16.922  14.601  23.977  1.00 59.73           C  
+ATOM  10119  CD1 TYR C 103     -17.025  13.266  23.610  1.00 59.98           C  
+ATOM  10120  CD2 TYR C 103     -15.860  15.340  23.473  1.00 56.62           C  
+ATOM  10121  CE1 TYR C 103     -16.114  12.690  22.748  1.00 59.50           C  
+ATOM  10122  CE2 TYR C 103     -14.942  14.772  22.610  1.00 58.51           C  
+ATOM  10123  CZ  TYR C 103     -15.074  13.445  22.253  1.00 59.23           C  
+ATOM  10124  OH  TYR C 103     -14.165  12.870  21.394  1.00 58.50           O  
+ATOM  10125  N   CYS C 104     -20.912  14.728  25.939  1.00 62.47           N  
+ATOM  10126  CA  CYS C 104     -21.582  14.698  27.228  1.00 61.29           C  
+ATOM  10127  C   CYS C 104     -20.830  13.744  28.143  1.00 59.73           C  
+ATOM  10128  O   CYS C 104     -20.426  12.654  27.724  1.00 57.59           O  
+ATOM  10129  CB  CYS C 104     -23.050  14.275  27.107  1.00 65.15           C  
+ATOM  10130  SG  CYS C 104     -23.355  12.611  26.474  1.00 81.23           S  
+ATOM  10131  N   ALA C 105     -20.629  14.165  29.386  1.00 59.77           N  
+ATOM  10132  CA  ALA C 105     -19.874  13.387  30.351  1.00 55.46           C  
+ATOM  10133  C   ALA C 105     -20.641  13.325  31.662  1.00 57.53           C  
+ATOM  10134  O   ALA C 105     -21.517  14.148  31.938  1.00 58.52           O  
+ATOM  10135  CB  ALA C 105     -18.477  13.978  30.584  1.00 54.77           C  
+ATOM  10136  N   ARG C 106     -20.308  12.322  32.463  1.00 55.01           N  
+ATOM  10137  CA  ARG C 106     -20.940  12.111  33.755  1.00 56.84           C  
+ATOM  10138  C   ARG C 106     -19.962  12.499  34.853  1.00 59.13           C  
+ATOM  10139  O   ARG C 106     -18.821  12.026  34.869  1.00 57.72           O  
+ATOM  10140  CB  ARG C 106     -21.381  10.656  33.927  1.00 57.87           C  
+ATOM  10141  CG  ARG C 106     -22.291  10.433  35.124  1.00 57.04           C  
+ATOM  10142  CD  ARG C 106     -22.506   8.956  35.416  1.00 56.59           C  
+ATOM  10143  NE  ARG C 106     -21.350   8.342  36.061  1.00 59.49           N  
+ATOM  10144  CZ  ARG C 106     -21.346   7.114  36.572  1.00 61.81           C  
+ATOM  10145  NH1 ARG C 106     -22.439   6.366  36.513  1.00 61.05           N  
+ATOM  10146  NH2 ARG C 106     -20.249   6.635  37.143  1.00 69.41           N  
+ATOM  10147  N   GLY C 107     -20.408  13.359  35.763  1.00 61.58           N  
+ATOM  10148  CA  GLY C 107     -19.598  13.682  36.917  1.00 61.57           C  
+ATOM  10149  C   GLY C 107     -19.599  12.545  37.920  1.00 63.25           C  
+ATOM  10150  O   GLY C 107     -20.519  11.728  37.971  1.00 62.13           O  
+ATOM  10151  N   THR C 108     -18.539  12.485  38.721  1.00 66.37           N  
+ATOM  10152  CA  THR C 108     -18.413  11.395  39.673  1.00 69.37           C  
+ATOM  10153  C   THR C 108     -19.510  11.496  40.734  1.00 73.63           C  
+ATOM  10154  O   THR C 108     -20.200  12.512  40.863  1.00 75.19           O  
+ATOM  10155  CB  THR C 108     -17.025  11.403  40.315  1.00 69.85           C  
+ATOM  10156  OG1 THR C 108     -17.052  10.657  41.537  1.00 85.86           O  
+ATOM  10157  CG2 THR C 108     -16.590  12.823  40.607  1.00 71.78           C  
+ATOM  10158  N   TYR C 109     -19.666  10.416  41.502  1.00 74.43           N  
+ATOM  10159  CA  TYR C 109     -20.792  10.267  42.419  1.00 74.96           C  
+ATOM  10160  C   TYR C 109     -20.849  11.392  43.445  1.00 76.92           C  
+ATOM  10161  O   TYR C 109     -21.794  12.187  43.452  1.00 79.54           O  
+ATOM  10162  CB  TYR C 109     -20.712   8.912  43.122  1.00 74.95           C  
+ATOM  10163  CG  TYR C 109     -21.978   8.519  43.841  1.00 77.47           C  
+ATOM  10164  CD1 TYR C 109     -23.224   8.755  43.276  1.00 77.52           C  
+ATOM  10165  CD2 TYR C 109     -21.926   7.906  45.085  1.00 78.49           C  
+ATOM  10166  CE1 TYR C 109     -24.384   8.394  43.934  1.00 81.17           C  
+ATOM  10167  CE2 TYR C 109     -23.078   7.543  45.750  1.00 80.13           C  
+ATOM  10168  CZ  TYR C 109     -24.304   7.789  45.171  1.00 82.92           C  
+ATOM  10169  OH  TYR C 109     -25.452   7.426  45.836  1.00 84.65           O  
+ATOM  10170  N   TYR C 110     -19.842  11.458  44.320  1.00 75.21           N  
+ATOM  10171  CA  TYR C 110     -19.785  12.524  45.316  1.00 78.02           C  
+ATOM  10172  C   TYR C 110     -19.702  13.877  44.631  1.00 81.36           C  
+ATOM  10173  O   TYR C 110     -20.100  14.900  45.200  1.00 78.95           O  
+ATOM  10174  CB  TYR C 110     -18.570  12.329  46.222  1.00 76.22           C  
+ATOM  10175  CG  TYR C 110     -18.338  10.901  46.666  1.00 78.05           C  
+ATOM  10176  CD1 TYR C 110     -19.399  10.025  46.875  1.00 80.69           C  
+ATOM  10177  CD2 TYR C 110     -17.049  10.416  46.830  1.00 72.53           C  
+ATOM  10178  CE1 TYR C 110     -19.178   8.717  47.259  1.00 79.28           C  
+ATOM  10179  CE2 TYR C 110     -16.818   9.112  47.213  1.00 73.51           C  
+ATOM  10180  CZ  TYR C 110     -17.885   8.266  47.427  1.00 78.44           C  
+ATOM  10181  OH  TYR C 110     -17.657   6.964  47.810  1.00 83.08           O  
+ATOM  10182  N   ASP C 111     -19.168  13.878  43.410  1.00 89.44           N  
+ATOM  10183  CA  ASP C 111     -18.861  15.017  42.558  1.00 94.21           C  
+ATOM  10184  C   ASP C 111     -17.659  15.774  43.095  1.00112.62           C  
+ATOM  10185  O   ASP C 111     -17.796  16.751  43.837  1.00115.90           O  
+ATOM  10186  CB  ASP C 111     -20.059  15.959  42.407  1.00 89.32           C  
+ATOM  10187  CG  ASP C 111     -19.878  16.948  41.269  1.00 91.47           C  
+ATOM  10188  OD1 ASP C 111     -19.511  16.515  40.155  1.00 86.21           O  
+ATOM  10189  OD2 ASP C 111     -20.097  18.159  41.486  1.00 86.86           O  
+ATOM  10190  N   GLY C 112     -16.475  15.320  42.704  1.00145.17           N  
+ATOM  10191  CA  GLY C 112     -15.257  16.081  42.808  1.00144.29           C  
+ATOM  10192  C   GLY C 112     -15.130  17.057  41.676  1.00141.25           C  
+ATOM  10193  O   GLY C 112     -14.145  17.794  41.586  1.00143.34           O  
+ATOM  10194  N   SER C 113     -16.122  17.027  40.781  1.00109.23           N  
+ATOM  10195  CA  SER C 113     -16.306  17.854  39.592  1.00 93.37           C  
+ATOM  10196  C   SER C 113     -15.490  17.333  38.416  1.00 83.47           C  
+ATOM  10197  O   SER C 113     -15.371  18.033  37.398  1.00 77.87           O  
+ATOM  10198  CB  SER C 113     -16.020  19.337  39.846  1.00 92.90           C  
+ATOM  10199  OG  SER C 113     -14.700  19.571  40.284  1.00 94.96           O  
+ATOM  10200  N   TYR C 114     -14.925  16.133  38.516  1.00 76.78           N  
+ATOM  10201  CA  TYR C 114     -14.270  15.485  37.391  1.00 66.12           C  
+ATOM  10202  C   TYR C 114     -15.204  14.437  36.792  1.00 62.93           C  
+ATOM  10203  O   TYR C 114     -16.155  13.979  37.430  1.00 65.90           O  
+ATOM  10204  CB  TYR C 114     -12.945  14.843  37.813  1.00 64.73           C  
+ATOM  10205  CG  TYR C 114     -13.061  13.786  38.889  1.00 63.28           C  
+ATOM  10206  CD1 TYR C 114     -13.071  14.131  40.234  1.00 68.32           C  
+ATOM  10207  CD2 TYR C 114     -13.151  12.441  38.558  1.00 59.43           C  
+ATOM  10208  CE1 TYR C 114     -13.170  13.164  41.220  1.00 66.90           C  
+ATOM  10209  CE2 TYR C 114     -13.253  11.468  39.535  1.00 62.83           C  
+ATOM  10210  CZ  TYR C 114     -13.262  11.835  40.864  1.00 60.97           C  
+ATOM  10211  OH  TYR C 114     -13.363  10.867  41.837  1.00 60.40           O  
+ATOM  10212  N   PHE C 115     -14.918  14.057  35.550  1.00 61.28           N  
+ATOM  10213  CA  PHE C 115     -15.847  13.287  34.729  1.00 58.71           C  
+ATOM  10214  C   PHE C 115     -15.272  11.899  34.476  1.00 56.36           C  
+ATOM  10215  O   PHE C 115     -14.160  11.770  33.955  1.00 55.06           O  
+ATOM  10216  CB  PHE C 115     -16.120  14.011  33.409  1.00 57.09           C  
+ATOM  10217  CG  PHE C 115     -16.235  15.509  33.546  1.00 59.33           C  
+ATOM  10218  CD1 PHE C 115     -16.981  16.078  34.569  1.00 59.94           C  
+ATOM  10219  CD2 PHE C 115     -15.584  16.348  32.657  1.00 59.48           C  
+ATOM  10220  CE1 PHE C 115     -17.075  17.452  34.698  1.00 61.50           C  
+ATOM  10221  CE2 PHE C 115     -15.679  17.723  32.780  1.00 59.57           C  
+ATOM  10222  CZ  PHE C 115     -16.425  18.274  33.801  1.00 60.68           C  
+ATOM  10223  N   ASP C 116     -16.039  10.864  34.830  1.00 56.53           N  
+ATOM  10224  CA  ASP C 116     -15.550   9.492  34.769  1.00 57.22           C  
+ATOM  10225  C   ASP C 116     -16.071   8.703  33.575  1.00 57.29           C  
+ATOM  10226  O   ASP C 116     -15.506   7.649  33.259  1.00 56.01           O  
+ATOM  10227  CB  ASP C 116     -15.915   8.742  36.059  1.00 57.95           C  
+ATOM  10228  CG  ASP C 116     -17.408   8.737  36.332  1.00 58.58           C  
+ATOM  10229  OD1 ASP C 116     -18.158   9.402  35.586  1.00 56.21           O  
+ATOM  10230  OD2 ASP C 116     -17.833   8.066  37.295  1.00 61.76           O  
+ATOM  10231  N   TYR C 117     -17.122   9.175  32.908  1.00 56.32           N  
+ATOM  10232  CA  TYR C 117     -17.652   8.513  31.725  1.00 53.02           C  
+ATOM  10233  C   TYR C 117     -17.970   9.558  30.669  1.00 54.22           C  
+ATOM  10234  O   TYR C 117     -18.475  10.637  30.988  1.00 54.53           O  
+ATOM  10235  CB  TYR C 117     -18.910   7.695  32.044  1.00 53.31           C  
+ATOM  10236  CG  TYR C 117     -18.638   6.393  32.761  1.00 55.59           C  
+ATOM  10237  CD1 TYR C 117     -18.338   5.237  32.052  1.00 52.48           C  
+ATOM  10238  CD2 TYR C 117     -18.693   6.315  34.147  1.00 57.40           C  
+ATOM  10239  CE1 TYR C 117     -18.093   4.042  32.702  1.00 52.49           C  
+ATOM  10240  CE2 TYR C 117     -18.451   5.125  34.806  1.00 58.64           C  
+ATOM  10241  CZ  TYR C 117     -18.151   3.992  34.079  1.00 58.25           C  
+ATOM  10242  OH  TYR C 117     -17.909   2.805  34.732  1.00 65.60           O  
+ATOM  10243  N   TRP C 118     -17.675   9.231  29.413  1.00 53.76           N  
+ATOM  10244  CA  TRP C 118     -17.845  10.154  28.303  1.00 54.42           C  
+ATOM  10245  C   TRP C 118     -18.618   9.479  27.180  1.00 56.89           C  
+ATOM  10246  O   TRP C 118     -18.504   8.269  26.964  1.00 58.03           O  
+ATOM  10247  CB  TRP C 118     -16.492  10.649  27.765  1.00 53.87           C  
+ATOM  10248  CG  TRP C 118     -15.706  11.464  28.744  1.00 52.25           C  
+ATOM  10249  CD1 TRP C 118     -15.140  11.031  29.907  1.00 51.85           C  
+ATOM  10250  CD2 TRP C 118     -15.385  12.856  28.636  1.00 50.80           C  
+ATOM  10251  NE1 TRP C 118     -14.494  12.068  30.534  1.00 53.70           N  
+ATOM  10252  CE2 TRP C 118     -14.629  13.199  29.774  1.00 51.00           C  
+ATOM  10253  CE3 TRP C 118     -15.667  13.845  27.689  1.00 53.03           C  
+ATOM  10254  CZ2 TRP C 118     -14.151  14.489  29.990  1.00 54.45           C  
+ATOM  10255  CZ3 TRP C 118     -15.191  15.126  27.906  1.00 54.48           C  
+ATOM  10256  CH2 TRP C 118     -14.442  15.436  29.047  1.00 56.33           C  
+ATOM  10257  N   GLY C 119     -19.406  10.278  26.464  1.00 57.67           N  
+ATOM  10258  CA  GLY C 119     -20.063   9.812  25.264  1.00 57.09           C  
+ATOM  10259  C   GLY C 119     -19.114   9.778  24.085  1.00 60.26           C  
+ATOM  10260  O   GLY C 119     -17.940  10.139  24.175  1.00 63.04           O  
+ATOM  10261  N   GLN C 120     -19.644   9.334  22.944  1.00 62.84           N  
+ATOM  10262  CA  GLN C 120     -18.835   9.275  21.734  1.00 60.69           C  
+ATOM  10263  C   GLN C 120     -18.727  10.627  21.043  1.00 61.14           C  
+ATOM  10264  O   GLN C 120     -17.830  10.815  20.215  1.00 64.62           O  
+ATOM  10265  CB  GLN C 120     -19.402   8.240  20.757  1.00 62.07           C  
+ATOM  10266  CG  GLN C 120     -20.612   8.707  19.958  1.00 61.53           C  
+ATOM  10267  CD  GLN C 120     -21.915   8.591  20.726  1.00 65.03           C  
+ATOM  10268  OE1 GLN C 120     -21.933   8.611  21.957  1.00 65.54           O  
+ATOM  10269  NE2 GLN C 120     -23.018   8.465  19.997  1.00 65.60           N  
+ATOM  10270  N   GLY C 121     -19.604  11.562  21.368  1.00 61.46           N  
+ATOM  10271  CA  GLY C 121     -19.542  12.893  20.802  1.00 63.68           C  
+ATOM  10272  C   GLY C 121     -20.471  13.060  19.614  1.00 65.35           C  
+ATOM  10273  O   GLY C 121     -20.728  12.125  18.848  1.00 63.93           O  
+ATOM  10274  N   THR C 122     -20.983  14.278  19.456  1.00 66.51           N  
+ATOM  10275  CA  THR C 122     -21.831  14.648  18.332  1.00 68.28           C  
+ATOM  10276  C   THR C 122     -21.121  15.720  17.521  1.00 66.10           C  
+ATOM  10277  O   THR C 122     -20.678  16.729  18.077  1.00 66.81           O  
+ATOM  10278  CB  THR C 122     -23.194  15.159  18.811  1.00 68.98           C  
+ATOM  10279  OG1 THR C 122     -23.906  14.097  19.459  1.00 66.65           O  
+ATOM  10280  CG2 THR C 122     -24.015  15.677  17.641  1.00 66.96           C  
+ATOM  10281  N   THR C 123     -21.001  15.498  16.216  1.00 66.10           N  
+ATOM  10282  CA  THR C 123     -20.345  16.452  15.331  1.00 69.16           C  
+ATOM  10283  C   THR C 123     -21.363  17.468  14.827  1.00 71.83           C  
+ATOM  10284  O   THR C 123     -22.368  17.096  14.210  1.00 74.35           O  
+ATOM  10285  CB  THR C 123     -19.680  15.733  14.158  1.00 68.82           C  
+ATOM  10286  OG1 THR C 123     -18.794  14.723  14.656  1.00 66.73           O  
+ATOM  10287  CG2 THR C 123     -18.889  16.719  13.311  1.00 75.03           C  
+ATOM  10288  N   LEU C 124     -21.104  18.746  15.092  1.00 74.70           N  
+ATOM  10289  CA  LEU C 124     -21.940  19.835  14.615  1.00 77.48           C  
+ATOM  10290  C   LEU C 124     -21.215  20.581  13.505  1.00 91.21           C  
+ATOM  10291  O   LEU C 124     -20.010  20.851  13.608  1.00106.90           O  
+ATOM  10292  CB  LEU C 124     -22.296  20.802  15.748  1.00 80.05           C  
+ATOM  10293  CG  LEU C 124     -23.108  22.035  15.338  1.00 78.49           C  
+ATOM  10294  CD1 LEU C 124     -24.448  21.623  14.746  1.00 77.26           C  
+ATOM  10295  CD2 LEU C 124     -23.303  22.977  16.516  1.00 78.85           C  
+ATOM  10296  N   THR C 125     -21.959  20.921  12.453  1.00 92.55           N  
+ATOM  10297  CA  THR C 125     -21.440  21.692  11.331  1.00 95.13           C  
+ATOM  10298  C   THR C 125     -22.454  22.771  10.985  1.00 91.72           C  
+ATOM  10299  O   THR C 125     -23.606  22.463  10.660  1.00 89.95           O  
+ATOM  10300  CB  THR C 125     -21.173  20.799  10.115  1.00 91.36           C  
+ATOM  10301  OG1 THR C 125     -20.522  19.594  10.537  1.00 90.37           O  
+ATOM  10302  CG2 THR C 125     -20.290  21.521   9.108  1.00 93.32           C  
+ATOM  10303  N   VAL C 126     -22.026  24.027  11.056  1.00 95.98           N  
+ATOM  10304  CA  VAL C 126     -22.870  25.169  10.735  1.00 94.95           C  
+ATOM  10305  C   VAL C 126     -22.299  25.808   9.477  1.00 97.97           C  
+ATOM  10306  O   VAL C 126     -21.250  26.462   9.519  1.00105.39           O  
+ATOM  10307  CB  VAL C 126     -22.939  26.173  11.894  1.00 99.04           C  
+ATOM  10308  CG1 VAL C 126     -23.750  27.395  11.497  1.00 96.16           C  
+ATOM  10309  CG2 VAL C 126     -23.521  25.514  13.136  1.00 94.51           C  
+ATOM  10310  N   SER C 127     -22.988  25.615   8.355  1.00 95.89           N  
+ATOM  10311  CA  SER C 127     -22.547  26.147   7.075  1.00 93.10           C  
+ATOM  10312  C   SER C 127     -23.763  26.401   6.200  1.00 95.43           C  
+ATOM  10313  O   SER C 127     -24.743  25.652   6.253  1.00 92.72           O  
+ATOM  10314  CB  SER C 127     -21.580  25.186   6.373  1.00 89.55           C  
+ATOM  10315  OG  SER C 127     -21.213  25.672   5.093  1.00 88.78           O  
+ATOM  10316  N   SER C 128     -23.695  27.466   5.399  1.00 98.65           N  
+ATOM  10317  CA  SER C 128     -24.757  27.760   4.445  1.00 97.83           C  
+ATOM  10318  C   SER C 128     -24.844  26.733   3.324  1.00 94.10           C  
+ATOM  10319  O   SER C 128     -25.841  26.725   2.594  1.00 98.68           O  
+ATOM  10320  CB  SER C 128     -24.555  29.155   3.850  1.00102.33           C  
+ATOM  10321  OG  SER C 128     -24.669  30.155   4.847  1.00110.54           O  
+ATOM  10322  N   ALA C 129     -23.837  25.876   3.171  1.00 92.14           N  
+ATOM  10323  CA  ALA C 129     -23.865  24.848   2.144  1.00 87.64           C  
+ATOM  10324  C   ALA C 129     -24.932  23.800   2.450  1.00 86.35           C  
+ATOM  10325  O   ALA C 129     -25.400  23.656   3.583  1.00 86.88           O  
+ATOM  10326  CB  ALA C 129     -22.497  24.179   2.017  1.00 82.54           C  
+ATOM  10327  N   SER C 130     -25.314  23.062   1.415  1.00 83.48           N  
+ATOM  10328  CA  SER C 130     -26.319  22.017   1.519  1.00 84.39           C  
+ATOM  10329  C   SER C 130     -25.656  20.646   1.580  1.00 82.76           C  
+ATOM  10330  O   SER C 130     -24.474  20.484   1.265  1.00 81.50           O  
+ATOM  10331  CB  SER C 130     -27.292  22.079   0.339  1.00 88.73           C  
+ATOM  10332  OG  SER C 130     -26.603  21.996  -0.896  1.00100.49           O  
+ATOM  10333  N   THR C 131     -26.439  19.654   1.993  1.00 80.95           N  
+ATOM  10334  CA  THR C 131     -25.932  18.296   2.120  1.00 75.17           C  
+ATOM  10335  C   THR C 131     -25.617  17.711   0.745  1.00 77.86           C  
+ATOM  10336  O   THR C 131     -26.285  18.005  -0.250  1.00 81.29           O  
+ATOM  10337  CB  THR C 131     -26.950  17.420   2.853  1.00 71.60           C  
+ATOM  10338  OG1 THR C 131     -27.274  18.020   4.112  1.00 76.53           O  
+ATOM  10339  CG2 THR C 131     -26.388  16.034   3.112  1.00 70.34           C  
+ATOM  10340  N   LYS C 132     -24.583  16.872   0.699  1.00 75.09           N  
+ATOM  10341  CA  LYS C 132     -24.161  16.211  -0.531  1.00 75.12           C  
+ATOM  10342  C   LYS C 132     -23.698  14.807  -0.183  1.00 73.73           C  
+ATOM  10343  O   LYS C 132     -22.802  14.636   0.650  1.00 73.57           O  
+ATOM  10344  CB  LYS C 132     -23.042  16.996  -1.223  1.00 78.36           C  
+ATOM  10345  CG  LYS C 132     -22.411  16.294  -2.421  1.00 76.33           C  
+ATOM  10346  CD  LYS C 132     -23.438  15.981  -3.497  1.00 77.75           C  
+ATOM  10347  CE  LYS C 132     -22.771  15.487  -4.773  1.00 80.12           C  
+ATOM  10348  NZ  LYS C 132     -21.964  14.255  -4.553  1.00 79.57           N  
+ATOM  10349  N   GLY C 133     -24.313  13.805  -0.807  1.00 75.31           N  
+ATOM  10350  CA  GLY C 133     -23.926  12.433  -0.594  1.00 74.43           C  
+ATOM  10351  C   GLY C 133     -22.608  12.119  -1.272  1.00 75.75           C  
+ATOM  10352  O   GLY C 133     -22.192  12.797  -2.215  1.00 75.21           O  
+ATOM  10353  N   PRO C 134     -21.925  11.078  -0.805  1.00 75.31           N  
+ATOM  10354  CA  PRO C 134     -20.608  10.748  -1.349  1.00 73.59           C  
+ATOM  10355  C   PRO C 134     -20.662   9.771  -2.512  1.00 71.26           C  
+ATOM  10356  O   PRO C 134     -21.531   8.903  -2.605  1.00 71.13           O  
+ATOM  10357  CB  PRO C 134     -19.895  10.119  -0.143  1.00 73.32           C  
+ATOM  10358  CG  PRO C 134     -21.003   9.597   0.751  1.00 73.49           C  
+ATOM  10359  CD  PRO C 134     -22.323  10.143   0.259  1.00 76.17           C  
+ATOM  10360  N   SER C 135     -19.695   9.932  -3.410  1.00 69.83           N  
+ATOM  10361  CA  SER C 135     -19.467   8.997  -4.503  1.00 68.09           C  
+ATOM  10362  C   SER C 135     -18.346   8.050  -4.094  1.00 67.68           C  
+ATOM  10363  O   SER C 135     -17.249   8.496  -3.743  1.00 67.94           O  
+ATOM  10364  CB  SER C 135     -19.113   9.737  -5.793  1.00 70.93           C  
+ATOM  10365  OG  SER C 135     -20.168  10.595  -6.191  1.00 76.41           O  
+ATOM  10366  N   VAL C 136     -18.625   6.751  -4.127  1.00 62.93           N  
+ATOM  10367  CA  VAL C 136     -17.692   5.733  -3.660  1.00 63.66           C  
+ATOM  10368  C   VAL C 136     -17.125   5.022  -4.880  1.00 64.08           C  
+ATOM  10369  O   VAL C 136     -17.846   4.305  -5.586  1.00 66.30           O  
+ATOM  10370  CB  VAL C 136     -18.363   4.741  -2.702  1.00 61.74           C  
+ATOM  10371  CG1 VAL C 136     -17.374   3.665  -2.274  1.00 62.43           C  
+ATOM  10372  CG2 VAL C 136     -18.924   5.475  -1.494  1.00 60.99           C  
+ATOM  10373  N   PHE C 137     -15.830   5.215  -5.128  1.00 64.09           N  
+ATOM  10374  CA  PHE C 137     -15.151   4.528  -6.214  1.00 64.37           C  
+ATOM  10375  C   PHE C 137     -14.147   3.522  -5.659  1.00 64.23           C  
+ATOM  10376  O   PHE C 137     -13.669   3.675  -4.532  1.00 64.48           O  
+ATOM  10377  CB  PHE C 137     -14.420   5.520  -7.127  1.00 66.37           C  
+ATOM  10378  CG  PHE C 137     -15.290   6.636  -7.627  1.00 70.57           C  
+ATOM  10379  CD1 PHE C 137     -16.293   6.389  -8.549  1.00 73.89           C  
+ATOM  10380  CD2 PHE C 137     -15.100   7.933  -7.182  1.00 73.30           C  
+ATOM  10381  CE1 PHE C 137     -17.096   7.413  -9.011  1.00 77.63           C  
+ATOM  10382  CE2 PHE C 137     -15.898   8.963  -7.643  1.00 76.10           C  
+ATOM  10383  CZ  PHE C 137     -16.897   8.703  -8.560  1.00 77.48           C  
+ATOM  10384  N   PRO C 138     -13.814   2.476  -6.409  1.00 64.11           N  
+ATOM  10385  CA  PRO C 138     -12.831   1.506  -5.922  1.00 64.08           C  
+ATOM  10386  C   PRO C 138     -11.405   1.882  -6.291  1.00 64.36           C  
+ATOM  10387  O   PRO C 138     -11.139   2.565  -7.282  1.00 65.62           O  
+ATOM  10388  CB  PRO C 138     -13.253   0.212  -6.632  1.00 62.58           C  
+ATOM  10389  CG  PRO C 138     -13.817   0.685  -7.926  1.00 67.12           C  
+ATOM  10390  CD  PRO C 138     -14.461   2.027  -7.655  1.00 68.00           C  
+ATOM  10391  N   LEU C 139     -10.476   1.418  -5.459  1.00 62.71           N  
+ATOM  10392  CA  LEU C 139      -9.041   1.489  -5.709  1.00 62.64           C  
+ATOM  10393  C   LEU C 139      -8.603   0.032  -5.782  1.00 64.82           C  
+ATOM  10394  O   LEU C 139      -8.286  -0.578  -4.757  1.00 67.33           O  
+ATOM  10395  CB  LEU C 139      -8.305   2.254  -4.609  1.00 60.66           C  
+ATOM  10396  CG  LEU C 139      -8.776   3.679  -4.316  1.00 60.25           C  
+ATOM  10397  CD1 LEU C 139      -8.023   4.259  -3.128  1.00 57.38           C  
+ATOM  10398  CD2 LEU C 139      -8.610   4.556  -5.543  1.00 61.32           C  
+ATOM  10399  N   ALA C 140      -8.615  -0.518  -6.996  1.00 66.29           N  
+ATOM  10400  CA  ALA C 140      -8.443  -1.946  -7.214  1.00 73.35           C  
+ATOM  10401  C   ALA C 140      -6.977  -2.339  -7.061  1.00 74.85           C  
+ATOM  10402  O   ALA C 140      -6.084  -1.578  -7.447  1.00 72.38           O  
+ATOM  10403  CB  ALA C 140      -8.942  -2.339  -8.603  1.00 83.90           C  
+ATOM  10404  N   PRO C 141      -6.700  -3.516  -6.508  1.00 77.64           N  
+ATOM  10405  CA  PRO C 141      -5.318  -3.980  -6.361  1.00 84.54           C  
+ATOM  10406  C   PRO C 141      -4.757  -4.442  -7.698  1.00 99.53           C  
+ATOM  10407  O   PRO C 141      -5.105  -5.525  -8.193  1.00102.35           O  
+ATOM  10408  CB  PRO C 141      -5.435  -5.127  -5.354  1.00 79.37           C  
+ATOM  10409  CG  PRO C 141      -6.817  -5.653  -5.561  1.00 78.76           C  
+ATOM  10410  CD  PRO C 141      -7.667  -4.465  -5.920  1.00 76.14           C  
+ATOM  10411  N   SER C 142      -3.897  -3.627  -8.293  1.00109.20           N  
+ATOM  10412  CA  SER C 142      -3.248  -3.996  -9.542  1.00126.54           C  
+ATOM  10413  C   SER C 142      -2.285  -5.150  -9.291  1.00142.99           C  
+ATOM  10414  O   SER C 142      -1.408  -5.057  -8.425  1.00144.92           O  
+ATOM  10415  CB  SER C 142      -2.513  -2.797 -10.134  1.00132.31           C  
+ATOM  10416  OG  SER C 142      -1.731  -3.179 -11.253  1.00140.62           O  
+ATOM  10417  N   SER C 143      -2.460  -6.245 -10.038  1.00154.10           N  
+ATOM  10418  CA  SER C 143      -1.590  -7.404  -9.867  1.00158.48           C  
+ATOM  10419  C   SER C 143      -0.130  -7.050 -10.114  1.00161.27           C  
+ATOM  10420  O   SER C 143       0.768  -7.692  -9.557  1.00164.33           O  
+ATOM  10421  CB  SER C 143      -2.031  -8.535 -10.797  1.00167.02           C  
+ATOM  10422  OG  SER C 143      -3.337  -8.981 -10.472  1.00160.99           O  
+ATOM  10423  N   LYS C 144       0.128  -6.035 -10.940  1.00152.44           N  
+ATOM  10424  CA  LYS C 144       1.496  -5.577 -11.152  1.00152.83           C  
+ATOM  10425  C   LYS C 144       1.961  -4.677 -10.011  1.00154.77           C  
+ATOM  10426  O   LYS C 144       3.047  -4.878  -9.457  1.00158.09           O  
+ATOM  10427  CB  LYS C 144       1.601  -4.846 -12.492  1.00149.43           C  
+ATOM  10428  N   SER C 145       1.148  -3.684  -9.645  1.00155.66           N  
+ATOM  10429  CA  SER C 145       1.487  -2.740  -8.579  1.00157.16           C  
+ATOM  10430  C   SER C 145       1.120  -3.366  -7.238  1.00157.91           C  
+ATOM  10431  O   SER C 145       0.039  -3.152  -6.683  1.00156.27           O  
+ATOM  10432  CB  SER C 145       0.776  -1.409  -8.787  1.00158.20           C  
+ATOM  10433  OG  SER C 145       1.077  -0.860 -10.055  1.00161.05           O  
+ATOM  10434  N   THR C 146       2.056  -4.151  -6.708  1.00158.89           N  
+ATOM  10435  CA  THR C 146       1.845  -4.886  -5.468  1.00138.16           C  
+ATOM  10436  C   THR C 146       3.198  -5.347  -4.948  1.00130.45           C  
+ATOM  10437  O   THR C 146       3.977  -5.948  -5.694  1.00139.13           O  
+ATOM  10438  CB  THR C 146       0.908  -6.080  -5.689  1.00138.07           C  
+ATOM  10439  OG1 THR C 146      -0.441  -5.614  -5.832  1.00137.84           O  
+ATOM  10440  CG2 THR C 146       0.984  -7.048  -4.525  1.00123.12           C  
+ATOM  10441  N   SER C 147       3.469  -5.069  -3.674  1.00119.00           N  
+ATOM  10442  CA  SER C 147       4.783  -5.298  -3.077  1.00117.30           C  
+ATOM  10443  C   SER C 147       4.818  -6.693  -2.461  1.00109.69           C  
+ATOM  10444  O   SER C 147       4.270  -6.922  -1.380  1.00101.91           O  
+ATOM  10445  CB  SER C 147       5.085  -4.225  -2.037  1.00110.39           C  
+ATOM  10446  OG  SER C 147       4.202  -4.331  -0.933  1.00107.18           O  
+ATOM  10447  N   GLY C 148       5.467  -7.628  -3.153  1.00114.16           N  
+ATOM  10448  CA  GLY C 148       5.680  -8.971  -2.642  1.00104.99           C  
+ATOM  10449  C   GLY C 148       4.429  -9.774  -2.338  1.00 96.11           C  
+ATOM  10450  O   GLY C 148       3.609 -10.029  -3.227  1.00 97.14           O  
+ATOM  10451  N   GLY C 149       4.280 -10.191  -1.085  1.00 85.35           N  
+ATOM  10452  CA  GLY C 149       3.146 -10.968  -0.644  1.00 77.76           C  
+ATOM  10453  C   GLY C 149       1.985 -10.174  -0.100  1.00 73.77           C  
+ATOM  10454  O   GLY C 149       0.990 -10.769   0.326  1.00 70.81           O  
+ATOM  10455  N   THR C 150       2.071  -8.846  -0.100  1.00 75.59           N  
+ATOM  10456  CA  THR C 150       1.016  -7.985   0.417  1.00 73.30           C  
+ATOM  10457  C   THR C 150       0.506  -7.083  -0.696  1.00 74.94           C  
+ATOM  10458  O   THR C 150       1.301  -6.492  -1.433  1.00 82.87           O  
+ATOM  10459  CB  THR C 150       1.523  -7.143   1.593  1.00 71.64           C  
+ATOM  10460  OG1 THR C 150       1.937  -8.005   2.660  1.00 68.40           O  
+ATOM  10461  CG2 THR C 150       0.436  -6.208   2.094  1.00 67.19           C  
+ATOM  10462  N   ALA C 151      -0.817  -6.969  -0.804  1.00 69.36           N  
+ATOM  10463  CA  ALA C 151      -1.470  -6.141  -1.805  1.00 69.70           C  
+ATOM  10464  C   ALA C 151      -2.355  -5.116  -1.112  1.00 61.53           C  
+ATOM  10465  O   ALA C 151      -3.003  -5.420  -0.105  1.00 65.55           O  
+ATOM  10466  CB  ALA C 151      -2.306  -6.988  -2.771  1.00 69.34           C  
+ATOM  10467  N   ALA C 152      -2.388  -3.907  -1.663  1.00 61.34           N  
+ATOM  10468  CA  ALA C 152      -3.177  -2.812  -1.118  1.00 58.43           C  
+ATOM  10469  C   ALA C 152      -4.401  -2.568  -1.989  1.00 60.38           C  
+ATOM  10470  O   ALA C 152      -4.317  -2.604  -3.221  1.00 64.63           O  
+ATOM  10471  CB  ALA C 152      -2.344  -1.531  -1.019  1.00 59.17           C  
+ATOM  10472  N   LEU C 153      -5.539  -2.328  -1.342  1.00 59.01           N  
+ATOM  10473  CA  LEU C 153      -6.780  -2.058  -2.055  1.00 61.45           C  
+ATOM  10474  C   LEU C 153      -7.641  -1.153  -1.190  1.00 61.35           C  
+ATOM  10475  O   LEU C 153      -7.564  -1.203   0.038  1.00 60.88           O  
+ATOM  10476  CB  LEU C 153      -7.520  -3.358  -2.396  1.00 63.97           C  
+ATOM  10477  CG  LEU C 153      -7.975  -4.229  -1.219  1.00 64.98           C  
+ATOM  10478  CD1 LEU C 153      -9.447  -4.001  -0.895  1.00 61.82           C  
+ATOM  10479  CD2 LEU C 153      -7.701  -5.700  -1.491  1.00 65.13           C  
+ATOM  10480  N   GLY C 154      -8.470  -0.333  -1.825  1.00 61.05           N  
+ATOM  10481  CA  GLY C 154      -9.200   0.625  -1.026  1.00 59.70           C  
+ATOM  10482  C   GLY C 154     -10.433   1.190  -1.695  1.00 58.25           C  
+ATOM  10483  O   GLY C 154     -10.898   0.694  -2.722  1.00 60.87           O  
+ATOM  10484  N   CYS C 155     -10.947   2.257  -1.089  1.00 57.90           N  
+ATOM  10485  CA  CYS C 155     -12.154   2.931  -1.548  1.00 58.05           C  
+ATOM  10486  C   CYS C 155     -11.973   4.436  -1.420  1.00 60.11           C  
+ATOM  10487  O   CYS C 155     -11.522   4.926  -0.379  1.00 61.80           O  
+ATOM  10488  CB  CYS C 155     -13.379   2.465  -0.752  1.00 59.81           C  
+ATOM  10489  SG  CYS C 155     -14.020   0.863  -1.295  1.00 79.66           S  
+ATOM  10490  N   LEU C 156     -12.325   5.158  -2.480  1.00 61.05           N  
+ATOM  10491  CA  LEU C 156     -12.265   6.613  -2.519  1.00 60.70           C  
+ATOM  10492  C   LEU C 156     -13.666   7.179  -2.313  1.00 62.47           C  
+ATOM  10493  O   LEU C 156     -14.562   6.942  -3.132  1.00 63.85           O  
+ATOM  10494  CB  LEU C 156     -11.681   7.095  -3.847  1.00 58.44           C  
+ATOM  10495  CG  LEU C 156     -11.632   8.607  -4.074  1.00 61.16           C  
+ATOM  10496  CD1 LEU C 156     -10.660   9.267  -3.110  1.00 60.56           C  
+ATOM  10497  CD2 LEU C 156     -11.258   8.916  -5.515  1.00 66.07           C  
+ATOM  10498  N   VAL C 157     -13.850   7.907  -1.215  1.00 61.83           N  
+ATOM  10499  CA  VAL C 157     -15.120   8.533  -0.866  1.00 64.22           C  
+ATOM  10500  C   VAL C 157     -14.994  10.011  -1.224  1.00 66.50           C  
+ATOM  10501  O   VAL C 157     -14.414  10.797  -0.470  1.00 66.50           O  
+ATOM  10502  CB  VAL C 157     -15.455   8.329   0.613  1.00 65.08           C  
+ATOM  10503  CG1 VAL C 157     -16.794   8.948   0.949  1.00 66.26           C  
+ATOM  10504  CG2 VAL C 157     -15.452   6.847   0.956  1.00 62.75           C  
+ATOM  10505  N   LYS C 158     -15.533  10.394  -2.380  1.00 66.37           N  
+ATOM  10506  CA  LYS C 158     -15.316  11.714  -2.953  1.00 71.27           C  
+ATOM  10507  C   LYS C 158     -16.595  12.542  -2.927  1.00 70.65           C  
+ATOM  10508  O   LYS C 158     -17.706  12.005  -2.985  1.00 69.31           O  
+ATOM  10509  CB  LYS C 158     -14.813  11.591  -4.396  1.00 71.71           C  
+ATOM  10510  CG  LYS C 158     -14.077  12.804  -4.936  1.00 71.17           C  
+ATOM  10511  CD  LYS C 158     -13.841  12.657  -6.434  1.00 71.63           C  
+ATOM  10512  CE  LYS C 158     -13.510  13.986  -7.090  1.00 75.64           C  
+ATOM  10513  NZ  LYS C 158     -12.490  14.747  -6.318  1.00 78.87           N  
+ATOM  10514  N   ASP C 159     -16.417  13.864  -2.853  1.00 71.55           N  
+ATOM  10515  CA  ASP C 159     -17.496  14.838  -2.994  1.00 71.75           C  
+ATOM  10516  C   ASP C 159     -18.661  14.601  -2.040  1.00 74.18           C  
+ATOM  10517  O   ASP C 159     -19.714  14.108  -2.455  1.00 77.38           O  
+ATOM  10518  CB  ASP C 159     -18.014  14.857  -4.434  1.00 74.73           C  
+ATOM  10519  CG  ASP C 159     -16.955  15.282  -5.428  1.00 76.50           C  
+ATOM  10520  OD1 ASP C 159     -16.177  16.204  -5.104  1.00 77.34           O  
+ATOM  10521  OD2 ASP C 159     -16.908  14.707  -6.536  1.00 81.92           O  
+ATOM  10522  N   TYR C 160     -18.488  14.955  -0.769  1.00 73.20           N  
+ATOM  10523  CA  TYR C 160     -19.574  14.898   0.197  1.00 70.94           C  
+ATOM  10524  C   TYR C 160     -19.453  16.068   1.162  1.00 69.97           C  
+ATOM  10525  O   TYR C 160     -18.397  16.692   1.287  1.00 72.58           O  
+ATOM  10526  CB  TYR C 160     -19.594  13.568   0.967  1.00 70.28           C  
+ATOM  10527  CG  TYR C 160     -18.422  13.361   1.902  1.00 70.80           C  
+ATOM  10528  CD1 TYR C 160     -18.442  13.859   3.200  1.00 69.76           C  
+ATOM  10529  CD2 TYR C 160     -17.306  12.645   1.493  1.00 72.88           C  
+ATOM  10530  CE1 TYR C 160     -17.374  13.671   4.054  1.00 70.17           C  
+ATOM  10531  CE2 TYR C 160     -16.235  12.445   2.343  1.00 72.12           C  
+ATOM  10532  CZ  TYR C 160     -16.276  12.959   3.622  1.00 71.27           C  
+ATOM  10533  OH  TYR C 160     -15.213  12.763   4.472  1.00 71.21           O  
+ATOM  10534  N   PHE C 161     -20.561  16.353   1.853  1.00 70.00           N  
+ATOM  10535  CA  PHE C 161     -20.614  17.437   2.823  1.00 69.52           C  
+ATOM  10536  C   PHE C 161     -21.856  17.245   3.675  1.00 71.87           C  
+ATOM  10537  O   PHE C 161     -22.912  16.900   3.129  1.00 74.48           O  
+ATOM  10538  CB  PHE C 161     -20.647  18.807   2.133  1.00 70.52           C  
+ATOM  10539  CG  PHE C 161     -20.571  19.971   3.083  1.00 68.73           C  
+ATOM  10540  CD1 PHE C 161     -21.721  20.511   3.637  1.00 70.34           C  
+ATOM  10541  CD2 PHE C 161     -19.348  20.528   3.417  1.00 70.98           C  
+ATOM  10542  CE1 PHE C 161     -21.651  21.581   4.509  1.00 74.10           C  
+ATOM  10543  CE2 PHE C 161     -19.273  21.599   4.288  1.00 72.56           C  
+ATOM  10544  CZ  PHE C 161     -20.425  22.126   4.834  1.00 73.88           C  
+ATOM  10545  N   PRO C 162     -21.779  17.452   4.998  1.00 71.77           N  
+ATOM  10546  CA  PRO C 162     -20.543  17.778   5.712  1.00 72.07           C  
+ATOM  10547  C   PRO C 162     -19.863  16.544   6.291  1.00 73.09           C  
+ATOM  10548  O   PRO C 162     -20.200  15.420   5.918  1.00 71.87           O  
+ATOM  10549  CB  PRO C 162     -21.034  18.695   6.827  1.00 72.72           C  
+ATOM  10550  CG  PRO C 162     -22.376  18.120   7.171  1.00 71.87           C  
+ATOM  10551  CD  PRO C 162     -22.954  17.560   5.881  1.00 68.52           C  
+ATOM  10552  N   GLU C 163     -18.911  16.760   7.194  1.00 72.06           N  
+ATOM  10553  CA  GLU C 163     -18.341  15.664   7.953  1.00 71.99           C  
+ATOM  10554  C   GLU C 163     -19.356  15.166   8.980  1.00 74.53           C  
+ATOM  10555  O   GLU C 163     -20.262  15.902   9.377  1.00 76.97           O  
+ATOM  10556  CB  GLU C 163     -17.055  16.117   8.642  1.00 75.56           C  
+ATOM  10557  CG  GLU C 163     -15.863  16.235   7.707  1.00 74.78           C  
+ATOM  10558  CD  GLU C 163     -15.197  14.898   7.444  1.00 73.66           C  
+ATOM  10559  OE1 GLU C 163     -14.563  14.356   8.374  1.00 73.92           O  
+ATOM  10560  OE2 GLU C 163     -15.316  14.385   6.312  1.00 73.46           O  
+ATOM  10561  N   PRO C 164     -19.230  13.907   9.430  1.00 72.56           N  
+ATOM  10562  CA  PRO C 164     -18.239  12.897   9.055  1.00 73.01           C  
+ATOM  10563  C   PRO C 164     -18.786  11.814   8.127  1.00 73.36           C  
+ATOM  10564  O   PRO C 164     -19.923  11.895   7.665  1.00 74.67           O  
+ATOM  10565  CB  PRO C 164     -17.849  12.298  10.406  1.00 75.84           C  
+ATOM  10566  CG  PRO C 164     -19.094  12.494  11.285  1.00 73.75           C  
+ATOM  10567  CD  PRO C 164     -20.042  13.430  10.560  1.00 71.25           C  
+ATOM  10568  N   VAL C 165     -17.956  10.808   7.864  1.00 72.80           N  
+ATOM  10569  CA  VAL C 165     -18.331   9.635   7.083  1.00 69.12           C  
+ATOM  10570  C   VAL C 165     -17.806   8.403   7.804  1.00 68.39           C  
+ATOM  10571  O   VAL C 165     -16.682   8.405   8.318  1.00 73.80           O  
+ATOM  10572  CB  VAL C 165     -17.786   9.714   5.641  1.00 71.08           C  
+ATOM  10573  CG1 VAL C 165     -17.756   8.342   4.994  1.00 71.90           C  
+ATOM  10574  CG2 VAL C 165     -18.649  10.638   4.814  1.00 74.93           C  
+ATOM  10575  N   THR C 166     -18.615   7.347   7.840  1.00 66.70           N  
+ATOM  10576  CA  THR C 166     -18.248   6.104   8.507  1.00 68.32           C  
+ATOM  10577  C   THR C 166     -17.885   5.068   7.453  1.00 65.26           C  
+ATOM  10578  O   THR C 166     -18.734   4.672   6.650  1.00 67.13           O  
+ATOM  10579  CB  THR C 166     -19.392   5.595   9.385  1.00 70.46           C  
+ATOM  10580  OG1 THR C 166     -19.719   6.582  10.370  1.00 73.77           O  
+ATOM  10581  CG2 THR C 166     -18.993   4.300  10.080  1.00 65.54           C  
+ATOM  10582  N   VAL C 167     -16.630   4.629   7.459  1.00 60.93           N  
+ATOM  10583  CA  VAL C 167     -16.139   3.637   6.511  1.00 60.20           C  
+ATOM  10584  C   VAL C 167     -15.760   2.379   7.280  1.00 58.05           C  
+ATOM  10585  O   VAL C 167     -15.055   2.452   8.293  1.00 61.29           O  
+ATOM  10586  CB  VAL C 167     -14.942   4.164   5.699  1.00 59.85           C  
+ATOM  10587  CG1 VAL C 167     -14.439   3.091   4.749  1.00 56.23           C  
+ATOM  10588  CG2 VAL C 167     -15.331   5.418   4.934  1.00 60.90           C  
+ATOM  10589  N   SER C 168     -16.232   1.234   6.797  1.00 57.40           N  
+ATOM  10590  CA  SER C 168     -15.914  -0.067   7.361  1.00 58.57           C  
+ATOM  10591  C   SER C 168     -15.530  -1.009   6.229  1.00 63.95           C  
+ATOM  10592  O   SER C 168     -15.716  -0.703   5.051  1.00 64.39           O  
+ATOM  10593  CB  SER C 168     -17.098  -0.635   8.157  1.00 64.22           C  
+ATOM  10594  OG  SER C 168     -16.851  -1.971   8.556  1.00 69.69           O  
+ATOM  10595  N   TRP C 169     -14.995  -2.172   6.591  1.00 65.22           N  
+ATOM  10596  CA  TRP C 169     -14.611  -3.185   5.615  1.00 64.84           C  
+ATOM  10597  C   TRP C 169     -15.209  -4.520   6.030  1.00 68.31           C  
+ATOM  10598  O   TRP C 169     -14.968  -4.987   7.148  1.00 68.69           O  
+ATOM  10599  CB  TRP C 169     -13.089  -3.281   5.485  1.00 62.18           C  
+ATOM  10600  CG  TRP C 169     -12.499  -2.152   4.695  1.00 60.88           C  
+ATOM  10601  CD1 TRP C 169     -12.067  -0.950   5.176  1.00 58.55           C  
+ATOM  10602  CD2 TRP C 169     -12.283  -2.118   3.279  1.00 60.22           C  
+ATOM  10603  NE1 TRP C 169     -11.594  -0.171   4.147  1.00 58.06           N  
+ATOM  10604  CE2 TRP C 169     -11.715  -0.866   2.972  1.00 57.99           C  
+ATOM  10605  CE3 TRP C 169     -12.514  -3.027   2.242  1.00 61.60           C  
+ATOM  10606  CZ2 TRP C 169     -11.375  -0.500   1.672  1.00 58.94           C  
+ATOM  10607  CZ3 TRP C 169     -12.176  -2.661   0.952  1.00 62.05           C  
+ATOM  10608  CH2 TRP C 169     -11.612  -1.409   0.678  1.00 59.71           C  
+ATOM  10609  N   ASN C 170     -15.985  -5.125   5.127  1.00 70.52           N  
+ATOM  10610  CA  ASN C 170     -16.680  -6.386   5.393  1.00 72.33           C  
+ATOM  10611  C   ASN C 170     -17.593  -6.265   6.611  1.00 72.25           C  
+ATOM  10612  O   ASN C 170     -17.671  -7.170   7.445  1.00 71.31           O  
+ATOM  10613  CB  ASN C 170     -15.693  -7.545   5.554  1.00 72.22           C  
+ATOM  10614  CG  ASN C 170     -15.001  -7.905   4.252  1.00 73.70           C  
+ATOM  10615  OD1 ASN C 170     -15.128  -7.196   3.253  1.00 70.80           O  
+ATOM  10616  ND2 ASN C 170     -14.267  -9.011   4.256  1.00 80.21           N  
+ATOM  10617  N   SER C 171     -18.285  -5.127   6.711  1.00 71.18           N  
+ATOM  10618  CA  SER C 171     -19.237  -4.848   7.789  1.00 74.64           C  
+ATOM  10619  C   SER C 171     -18.579  -4.906   9.165  1.00 71.12           C  
+ATOM  10620  O   SER C 171     -19.234  -5.207  10.165  1.00 69.49           O  
+ATOM  10621  CB  SER C 171     -20.437  -5.798   7.730  1.00 78.61           C  
+ATOM  10622  OG  SER C 171     -21.166  -5.624   6.526  1.00 80.40           O  
+ATOM  10623  N   GLY C 172     -17.280  -4.615   9.228  1.00 71.32           N  
+ATOM  10624  CA  GLY C 172     -16.548  -4.602  10.475  1.00 67.71           C  
+ATOM  10625  C   GLY C 172     -15.694  -5.825  10.728  1.00 66.11           C  
+ATOM  10626  O   GLY C 172     -14.872  -5.803  11.652  1.00 65.91           O  
+ATOM  10627  N   ALA C 173     -15.862  -6.890   9.940  1.00 66.18           N  
+ATOM  10628  CA  ALA C 173     -15.085  -8.105  10.154  1.00 68.88           C  
+ATOM  10629  C   ALA C 173     -13.616  -7.931   9.793  1.00 69.03           C  
+ATOM  10630  O   ALA C 173     -12.778  -8.697  10.280  1.00 73.39           O  
+ATOM  10631  CB  ALA C 173     -15.683  -9.260   9.350  1.00 71.58           C  
+ATOM  10632  N   LEU C 174     -13.284  -6.949   8.959  1.00 67.73           N  
+ATOM  10633  CA  LEU C 174     -11.909  -6.694   8.540  1.00 63.56           C  
+ATOM  10634  C   LEU C 174     -11.447  -5.396   9.193  1.00 62.08           C  
+ATOM  10635  O   LEU C 174     -11.948  -4.316   8.862  1.00 60.32           O  
+ATOM  10636  CB  LEU C 174     -11.805  -6.616   7.019  1.00 63.22           C  
+ATOM  10637  CG  LEU C 174     -10.393  -6.485   6.444  1.00 63.80           C  
+ATOM  10638  CD1 LEU C 174      -9.547  -7.695   6.813  1.00 62.62           C  
+ATOM  10639  CD2 LEU C 174     -10.438  -6.299   4.935  1.00 64.12           C  
+ATOM  10640  N   THR C 175     -10.495  -5.506  10.119  1.00 59.82           N  
+ATOM  10641  CA  THR C 175      -9.980  -4.344  10.833  1.00 58.52           C  
+ATOM  10642  C   THR C 175      -8.460  -4.290  10.747  1.00 59.08           C  
+ATOM  10643  O   THR C 175      -7.867  -3.206  10.782  1.00 58.55           O  
+ATOM  10644  CB  THR C 175     -10.422  -4.367  12.299  1.00 58.63           C  
+ATOM  10645  OG1 THR C 175      -9.994  -5.589  12.912  1.00 66.51           O  
+ATOM  10646  CG2 THR C 175     -11.936  -4.251  12.408  1.00 56.12           C  
+ATOM  10647  N   SER C 176      -7.824  -5.454  10.641  1.00 57.22           N  
+ATOM  10648  CA  SER C 176      -6.370  -5.517  10.583  1.00 53.90           C  
+ATOM  10649  C   SER C 176      -5.859  -4.907   9.284  1.00 56.66           C  
+ATOM  10650  O   SER C 176      -6.273  -5.306   8.191  1.00 61.48           O  
+ATOM  10651  CB  SER C 176      -5.901  -6.966  10.710  1.00 56.34           C  
+ATOM  10652  OG  SER C 176      -4.515  -7.079  10.438  1.00 61.59           O  
+ATOM  10653  N   GLY C 177      -4.955  -3.937   9.405  1.00 54.18           N  
+ATOM  10654  CA  GLY C 177      -4.340  -3.325   8.246  1.00 56.76           C  
+ATOM  10655  C   GLY C 177      -5.145  -2.229   7.587  1.00 57.57           C  
+ATOM  10656  O   GLY C 177      -4.787  -1.798   6.485  1.00 58.10           O  
+ATOM  10657  N   VAL C 178      -6.217  -1.767   8.216  1.00 55.88           N  
+ATOM  10658  CA  VAL C 178      -7.067  -0.725   7.652  1.00 55.32           C  
+ATOM  10659  C   VAL C 178      -6.491   0.639   8.004  1.00 53.99           C  
+ATOM  10660  O   VAL C 178      -5.968   0.848   9.105  1.00 55.79           O  
+ATOM  10661  CB  VAL C 178      -8.515  -0.870   8.160  1.00 52.38           C  
+ATOM  10662  CG1 VAL C 178      -9.424   0.162   7.508  1.00 48.88           C  
+ATOM  10663  CG2 VAL C 178      -9.030  -2.274   7.893  1.00 54.35           C  
+ATOM  10664  N   HIS C 179      -6.588   1.574   7.060  1.00 51.75           N  
+ATOM  10665  CA  HIS C 179      -6.166   2.956   7.265  1.00 53.39           C  
+ATOM  10666  C   HIS C 179      -7.182   3.855   6.575  1.00 52.87           C  
+ATOM  10667  O   HIS C 179      -7.241   3.893   5.342  1.00 57.64           O  
+ATOM  10668  CB  HIS C 179      -4.760   3.207   6.717  1.00 52.72           C  
+ATOM  10669  CG  HIS C 179      -3.679   2.482   7.455  1.00 56.16           C  
+ATOM  10670  ND1 HIS C 179      -3.201   2.904   8.677  1.00 57.22           N  
+ATOM  10671  CD2 HIS C 179      -2.972   1.371   7.139  1.00 57.22           C  
+ATOM  10672  CE1 HIS C 179      -2.252   2.081   9.085  1.00 57.98           C  
+ATOM  10673  NE2 HIS C 179      -2.094   1.142   8.170  1.00 56.91           N  
+ATOM  10674  N   THR C 180      -7.989   4.557   7.363  1.00 46.77           N  
+ATOM  10675  CA  THR C 180      -8.924   5.548   6.848  1.00 50.80           C  
+ATOM  10676  C   THR C 180      -8.342   6.933   7.099  1.00 50.02           C  
+ATOM  10677  O   THR C 180      -8.156   7.333   8.253  1.00 53.01           O  
+ATOM  10678  CB  THR C 180     -10.298   5.412   7.503  1.00 50.84           C  
+ATOM  10679  OG1 THR C 180     -10.782   4.074   7.327  1.00 51.06           O  
+ATOM  10680  CG2 THR C 180     -11.282   6.387   6.874  1.00 50.16           C  
+ATOM  10681  N   PHE C 181      -8.058   7.653   6.028  1.00 51.17           N  
+ATOM  10682  CA  PHE C 181      -7.356   8.919   6.139  1.00 54.97           C  
+ATOM  10683  C   PHE C 181      -8.322  10.050   6.483  1.00 54.56           C  
+ATOM  10684  O   PHE C 181      -9.500  10.001   6.118  1.00 56.13           O  
+ATOM  10685  CB  PHE C 181      -6.631   9.235   4.836  1.00 55.05           C  
+ATOM  10686  CG  PHE C 181      -5.558   8.245   4.492  1.00 52.22           C  
+ATOM  10687  CD1 PHE C 181      -5.868   7.062   3.843  1.00 52.67           C  
+ATOM  10688  CD2 PHE C 181      -4.242   8.488   4.834  1.00 53.00           C  
+ATOM  10689  CE1 PHE C 181      -4.884   6.147   3.535  1.00 54.61           C  
+ATOM  10690  CE2 PHE C 181      -3.255   7.577   4.529  1.00 55.45           C  
+ATOM  10691  CZ  PHE C 181      -3.575   6.406   3.879  1.00 56.98           C  
+ATOM  10692  N   PRO C 182      -7.851  11.065   7.207  1.00 55.76           N  
+ATOM  10693  CA  PRO C 182      -8.705  12.226   7.484  1.00 59.72           C  
+ATOM  10694  C   PRO C 182      -9.166  12.881   6.191  1.00 62.07           C  
+ATOM  10695  O   PRO C 182      -8.430  12.935   5.203  1.00 62.42           O  
+ATOM  10696  CB  PRO C 182      -7.791  13.154   8.293  1.00 62.05           C  
+ATOM  10697  CG  PRO C 182      -6.768  12.249   8.893  1.00 59.31           C  
+ATOM  10698  CD  PRO C 182      -6.549  11.157   7.888  1.00 55.88           C  
+ATOM  10699  N   ALA C 183     -10.400  13.376   6.204  1.00 64.44           N  
+ATOM  10700  CA  ALA C 183     -10.958  14.009   5.020  1.00 66.50           C  
+ATOM  10701  C   ALA C 183     -10.219  15.303   4.699  1.00 69.60           C  
+ATOM  10702  O   ALA C 183      -9.776  16.032   5.590  1.00 71.73           O  
+ATOM  10703  CB  ALA C 183     -12.447  14.292   5.215  1.00 68.91           C  
+ATOM  10704  N   VAL C 184     -10.090  15.582   3.405  1.00 67.52           N  
+ATOM  10705  CA  VAL C 184      -9.469  16.805   2.912  1.00 69.60           C  
+ATOM  10706  C   VAL C 184     -10.537  17.620   2.199  1.00 69.56           C  
+ATOM  10707  O   VAL C 184     -11.277  17.089   1.362  1.00 69.55           O  
+ATOM  10708  CB  VAL C 184      -8.288  16.500   1.975  1.00 73.64           C  
+ATOM  10709  CG1 VAL C 184      -7.605  17.789   1.547  1.00 77.50           C  
+ATOM  10710  CG2 VAL C 184      -7.301  15.571   2.657  1.00 71.76           C  
+ATOM  10711  N   LEU C 185     -10.619  18.905   2.532  1.00 69.68           N  
+ATOM  10712  CA  LEU C 185     -11.599  19.796   1.920  1.00 70.48           C  
+ATOM  10713  C   LEU C 185     -11.082  20.236   0.555  1.00 72.94           C  
+ATOM  10714  O   LEU C 185     -10.101  20.982   0.461  1.00 69.48           O  
+ATOM  10715  CB  LEU C 185     -11.874  20.989   2.832  1.00 69.87           C  
+ATOM  10716  CG  LEU C 185     -13.063  21.886   2.478  1.00 72.59           C  
+ATOM  10717  CD1 LEU C 185     -13.740  22.380   3.745  1.00 76.36           C  
+ATOM  10718  CD2 LEU C 185     -12.626  23.066   1.627  1.00 76.47           C  
+ATOM  10719  N   GLN C 186     -11.742  19.771  -0.503  1.00 74.86           N  
+ATOM  10720  CA  GLN C 186     -11.354  20.099  -1.864  1.00 72.94           C  
+ATOM  10721  C   GLN C 186     -11.702  21.553  -2.187  1.00 75.40           C  
+ATOM  10722  O   GLN C 186     -12.416  22.233  -1.444  1.00 75.96           O  
+ATOM  10723  CB  GLN C 186     -12.038  19.155  -2.850  1.00 73.78           C  
+ATOM  10724  CG  GLN C 186     -11.746  17.685  -2.594  1.00 75.20           C  
+ATOM  10725  CD  GLN C 186     -12.611  16.764  -3.430  1.00 82.56           C  
+ATOM  10726  OE1 GLN C 186     -12.109  15.873  -4.114  1.00 96.79           O  
+ATOM  10727  NE2 GLN C 186     -13.922  16.971  -3.373  1.00 77.33           N  
+ATOM  10728  N   SER C 187     -11.171  22.032  -3.316  1.00 77.74           N  
+ATOM  10729  CA  SER C 187     -11.451  23.397  -3.754  1.00 77.59           C  
+ATOM  10730  C   SER C 187     -12.944  23.644  -3.932  1.00 77.37           C  
+ATOM  10731  O   SER C 187     -13.402  24.786  -3.809  1.00 75.93           O  
+ATOM  10732  CB  SER C 187     -10.707  23.693  -5.056  1.00 81.15           C  
+ATOM  10733  OG  SER C 187      -9.306  23.584  -4.881  1.00 89.91           O  
+ATOM  10734  N   SER C 188     -13.714  22.597  -4.221  1.00 76.88           N  
+ATOM  10735  CA  SER C 188     -15.150  22.715  -4.440  1.00 75.86           C  
+ATOM  10736  C   SER C 188     -15.940  22.863  -3.145  1.00 74.18           C  
+ATOM  10737  O   SER C 188     -17.175  22.854  -3.187  1.00 74.69           O  
+ATOM  10738  CB  SER C 188     -15.662  21.501  -5.219  1.00 78.04           C  
+ATOM  10739  OG  SER C 188     -15.439  20.303  -4.496  1.00 79.04           O  
+ATOM  10740  N   GLY C 189     -15.267  22.997  -2.003  1.00 75.77           N  
+ATOM  10741  CA  GLY C 189     -15.940  23.044  -0.724  1.00 75.24           C  
+ATOM  10742  C   GLY C 189     -16.439  21.711  -0.212  1.00 73.37           C  
+ATOM  10743  O   GLY C 189     -16.989  21.661   0.895  1.00 74.55           O  
+ATOM  10744  N   LEU C 190     -16.266  20.636  -0.973  1.00 71.58           N  
+ATOM  10745  CA  LEU C 190     -16.686  19.301  -0.577  1.00 72.40           C  
+ATOM  10746  C   LEU C 190     -15.504  18.512  -0.026  1.00 72.51           C  
+ATOM  10747  O   LEU C 190     -14.340  18.806  -0.309  1.00 74.73           O  
+ATOM  10748  CB  LEU C 190     -17.307  18.554  -1.760  1.00 74.68           C  
+ATOM  10749  CG  LEU C 190     -18.516  19.214  -2.425  1.00 73.88           C  
+ATOM  10750  CD1 LEU C 190     -18.964  18.410  -3.635  1.00 72.52           C  
+ATOM  10751  CD2 LEU C 190     -19.654  19.368  -1.427  1.00 69.37           C  
+ATOM  10752  N   TYR C 191     -15.822  17.497   0.769  1.00 71.49           N  
+ATOM  10753  CA  TYR C 191     -14.819  16.656   1.403  1.00 70.49           C  
+ATOM  10754  C   TYR C 191     -14.566  15.404   0.573  1.00 72.42           C  
+ATOM  10755  O   TYR C 191     -15.382  15.000  -0.261  1.00 72.02           O  
+ATOM  10756  CB  TYR C 191     -15.256  16.261   2.816  1.00 70.13           C  
+ATOM  10757  CG  TYR C 191     -15.228  17.395   3.813  1.00 72.20           C  
+ATOM  10758  CD1 TYR C 191     -14.054  17.739   4.471  1.00 71.11           C  
+ATOM  10759  CD2 TYR C 191     -16.378  18.117   4.103  1.00 73.17           C  
+ATOM  10760  CE1 TYR C 191     -14.026  18.775   5.386  1.00 70.85           C  
+ATOM  10761  CE2 TYR C 191     -16.360  19.153   5.017  1.00 73.64           C  
+ATOM  10762  CZ  TYR C 191     -15.182  19.478   5.655  1.00 73.32           C  
+ATOM  10763  OH  TYR C 191     -15.160  20.510   6.565  1.00 74.81           O  
+ATOM  10764  N   SER C 192     -13.411  14.790   0.817  1.00 71.43           N  
+ATOM  10765  CA  SER C 192     -13.017  13.573   0.125  1.00 69.52           C  
+ATOM  10766  C   SER C 192     -11.955  12.871   0.957  1.00 69.05           C  
+ATOM  10767  O   SER C 192     -11.123  13.527   1.588  1.00 71.04           O  
+ATOM  10768  CB  SER C 192     -12.485  13.873  -1.281  1.00 69.39           C  
+ATOM  10769  OG  SER C 192     -11.951  12.707  -1.884  1.00 73.33           O  
+ATOM  10770  N   LEU C 193     -11.993  11.541   0.958  1.00 65.89           N  
+ATOM  10771  CA  LEU C 193     -11.018  10.761   1.704  1.00 64.15           C  
+ATOM  10772  C   LEU C 193     -10.830   9.416   1.019  1.00 62.70           C  
+ATOM  10773  O   LEU C 193     -11.532   9.072   0.065  1.00 63.98           O  
+ATOM  10774  CB  LEU C 193     -11.436  10.592   3.176  1.00 64.57           C  
+ATOM  10775  CG  LEU C 193     -12.675   9.784   3.584  1.00 64.08           C  
+ATOM  10776  CD1 LEU C 193     -12.406   8.284   3.653  1.00 60.24           C  
+ATOM  10777  CD2 LEU C 193     -13.205  10.283   4.918  1.00 61.64           C  
+ATOM  10778  N   SER C 194      -9.856   8.660   1.515  1.00 61.80           N  
+ATOM  10779  CA  SER C 194      -9.578   7.321   1.028  1.00 60.14           C  
+ATOM  10780  C   SER C 194      -9.441   6.381   2.214  1.00 60.57           C  
+ATOM  10781  O   SER C 194      -8.956   6.767   3.280  1.00 62.95           O  
+ATOM  10782  CB  SER C 194      -8.301   7.281   0.177  1.00 63.09           C  
+ATOM  10783  OG  SER C 194      -8.398   8.157  -0.933  1.00 72.81           O  
+ATOM  10784  N   SER C 195      -9.883   5.143   2.021  1.00 59.25           N  
+ATOM  10785  CA  SER C 195      -9.753   4.099   3.032  1.00 57.73           C  
+ATOM  10786  C   SER C 195      -9.075   2.908   2.376  1.00 60.45           C  
+ATOM  10787  O   SER C 195      -9.646   2.289   1.474  1.00 61.10           O  
+ATOM  10788  CB  SER C 195     -11.114   3.710   3.607  1.00 55.59           C  
+ATOM  10789  OG  SER C 195     -10.986   2.676   4.567  1.00 57.58           O  
+ATOM  10790  N   VAL C 196      -7.867   2.588   2.824  1.00 57.83           N  
+ATOM  10791  CA  VAL C 196      -7.074   1.528   2.223  1.00 60.16           C  
+ATOM  10792  C   VAL C 196      -6.930   0.384   3.217  1.00 58.59           C  
+ATOM  10793  O   VAL C 196      -7.149   0.533   4.423  1.00 58.62           O  
+ATOM  10794  CB  VAL C 196      -5.689   2.031   1.766  1.00 60.68           C  
+ATOM  10795  CG1 VAL C 196      -5.841   3.122   0.719  1.00 59.96           C  
+ATOM  10796  CG2 VAL C 196      -4.890   2.534   2.960  1.00 57.20           C  
+ATOM  10797  N   VAL C 197      -6.566  -0.779   2.688  1.00 57.43           N  
+ATOM  10798  CA  VAL C 197      -6.335  -1.969   3.496  1.00 58.08           C  
+ATOM  10799  C   VAL C 197      -5.321  -2.840   2.769  1.00 57.22           C  
+ATOM  10800  O   VAL C 197      -5.344  -2.957   1.538  1.00 57.56           O  
+ATOM  10801  CB  VAL C 197      -7.652  -2.728   3.785  1.00 56.15           C  
+ATOM  10802  CG1 VAL C 197      -8.333  -3.151   2.495  1.00 56.38           C  
+ATOM  10803  CG2 VAL C 197      -7.397  -3.931   4.683  1.00 57.84           C  
+ATOM  10804  N   THR C 198      -4.415  -3.434   3.540  1.00 58.03           N  
+ATOM  10805  CA  THR C 198      -3.432  -4.373   3.026  1.00 58.33           C  
+ATOM  10806  C   THR C 198      -3.848  -5.794   3.380  1.00 59.66           C  
+ATOM  10807  O   THR C 198      -4.276  -6.067   4.506  1.00 62.64           O  
+ATOM  10808  CB  THR C 198      -2.042  -4.076   3.594  1.00 59.41           C  
+ATOM  10809  OG1 THR C 198      -2.081  -4.149   5.025  1.00 64.64           O  
+ATOM  10810  CG2 THR C 198      -1.583  -2.688   3.175  1.00 55.16           C  
+ATOM  10811  N   VAL C 199      -3.724  -6.694   2.410  1.00 57.93           N  
+ATOM  10812  CA  VAL C 199      -4.159  -8.083   2.561  1.00 59.19           C  
+ATOM  10813  C   VAL C 199      -3.139  -8.992   1.896  1.00 62.74           C  
+ATOM  10814  O   VAL C 199      -2.333  -8.549   1.067  1.00 63.06           O  
+ATOM  10815  CB  VAL C 199      -5.556  -8.322   1.947  1.00 63.34           C  
+ATOM  10816  CG1 VAL C 199      -6.615  -7.474   2.640  1.00 62.15           C  
+ATOM  10817  CG2 VAL C 199      -5.536  -8.044   0.451  1.00 61.98           C  
+ATOM  10818  N   PRO C 200      -3.126 -10.272   2.267  1.00 62.63           N  
+ATOM  10819  CA  PRO C 200      -2.292 -11.227   1.526  1.00 65.14           C  
+ATOM  10820  C   PRO C 200      -2.713 -11.274   0.064  1.00 66.72           C  
+ATOM  10821  O   PRO C 200      -3.894 -11.429  -0.256  1.00 64.86           O  
+ATOM  10822  CB  PRO C 200      -2.547 -12.560   2.243  1.00 63.23           C  
+ATOM  10823  CG  PRO C 200      -3.797 -12.349   3.042  1.00 60.44           C  
+ATOM  10824  CD  PRO C 200      -3.791 -10.904   3.419  1.00 58.89           C  
+ATOM  10825  N   SER C 201      -1.729 -11.118  -0.827  1.00 69.22           N  
+ATOM  10826  CA  SER C 201      -2.024 -11.033  -2.255  1.00 67.50           C  
+ATOM  10827  C   SER C 201      -2.709 -12.295  -2.763  1.00 67.88           C  
+ATOM  10828  O   SER C 201      -3.628 -12.223  -3.588  1.00 68.45           O  
+ATOM  10829  CB  SER C 201      -0.738 -10.765  -3.037  1.00 68.88           C  
+ATOM  10830  OG  SER C 201       0.228 -11.771  -2.791  1.00 69.70           O  
+ATOM  10831  N   SER C 202      -2.288 -13.462  -2.267  1.00 67.65           N  
+ATOM  10832  CA  SER C 202      -2.879 -14.723  -2.703  1.00 71.29           C  
+ATOM  10833  C   SER C 202      -4.376 -14.789  -2.431  1.00 73.35           C  
+ATOM  10834  O   SER C 202      -5.078 -15.577  -3.075  1.00 76.63           O  
+ATOM  10835  CB  SER C 202      -2.175 -15.897  -2.022  1.00 72.42           C  
+ATOM  10836  OG  SER C 202      -2.352 -15.853  -0.617  1.00 78.91           O  
+ATOM  10837  N   SER C 203      -4.881 -13.981  -1.501  1.00 70.41           N  
+ATOM  10838  CA  SER C 203      -6.300 -13.984  -1.175  1.00 70.14           C  
+ATOM  10839  C   SER C 203      -7.128 -13.114  -2.110  1.00 68.84           C  
+ATOM  10840  O   SER C 203      -8.356 -13.089  -1.971  1.00 70.04           O  
+ATOM  10841  CB  SER C 203      -6.509 -13.519   0.269  1.00 70.58           C  
+ATOM  10842  OG  SER C 203      -6.151 -12.157   0.423  1.00 65.98           O  
+ATOM  10843  N   LEU C 204      -6.499 -12.395  -3.046  1.00 68.67           N  
+ATOM  10844  CA  LEU C 204      -7.269 -11.536  -3.940  1.00 69.65           C  
+ATOM  10845  C   LEU C 204      -8.230 -12.340  -4.806  1.00 71.08           C  
+ATOM  10846  O   LEU C 204      -9.318 -11.856  -5.138  1.00 68.27           O  
+ATOM  10847  CB  LEU C 204      -6.330 -10.706  -4.816  1.00 68.03           C  
+ATOM  10848  CG  LEU C 204      -5.544  -9.611  -4.094  1.00 65.44           C  
+ATOM  10849  CD1 LEU C 204      -4.619  -8.886  -5.059  1.00 68.96           C  
+ATOM  10850  CD2 LEU C 204      -6.488  -8.636  -3.409  1.00 65.72           C  
+ATOM  10851  N   GLY C 205      -7.853 -13.563  -5.180  1.00 69.81           N  
+ATOM  10852  CA  GLY C 205      -8.719 -14.414  -5.968  1.00 71.28           C  
+ATOM  10853  C   GLY C 205      -9.560 -15.391  -5.182  1.00 74.14           C  
+ATOM  10854  O   GLY C 205     -10.504 -15.966  -5.731  1.00 82.68           O  
+ATOM  10855  N   THR C 206      -9.241 -15.600  -3.905  1.00 74.58           N  
+ATOM  10856  CA  THR C 206      -9.945 -16.558  -3.065  1.00 74.04           C  
+ATOM  10857  C   THR C 206     -10.790 -15.892  -1.986  1.00 73.57           C  
+ATOM  10858  O   THR C 206     -11.324 -16.589  -1.117  1.00 74.44           O  
+ATOM  10859  CB  THR C 206      -8.951 -17.525  -2.418  1.00 75.58           C  
+ATOM  10860  OG1 THR C 206      -8.046 -16.794  -1.581  1.00 75.96           O  
+ATOM  10861  CG2 THR C 206      -8.158 -18.266  -3.486  1.00 80.38           C  
+ATOM  10862  N   GLN C 207     -10.926 -14.568  -2.014  1.00 71.05           N  
+ATOM  10863  CA  GLN C 207     -11.642 -13.863  -0.960  1.00 72.24           C  
+ATOM  10864  C   GLN C 207     -12.199 -12.557  -1.510  1.00 71.84           C  
+ATOM  10865  O   GLN C 207     -11.579 -11.909  -2.358  1.00 72.64           O  
+ATOM  10866  CB  GLN C 207     -10.724 -13.603   0.241  1.00 74.62           C  
+ATOM  10867  CG  GLN C 207     -11.386 -12.913   1.418  1.00 74.85           C  
+ATOM  10868  CD  GLN C 207     -10.529 -12.959   2.666  1.00 75.29           C  
+ATOM  10869  OE1 GLN C 207      -9.438 -13.529   2.661  1.00 72.85           O  
+ATOM  10870  NE2 GLN C 207     -11.020 -12.359   3.744  1.00 81.01           N  
+ATOM  10871  N   THR C 208     -13.378 -12.182  -1.020  1.00 71.97           N  
+ATOM  10872  CA  THR C 208     -14.068 -10.971  -1.442  1.00 74.68           C  
+ATOM  10873  C   THR C 208     -13.943  -9.877  -0.387  1.00 74.48           C  
+ATOM  10874  O   THR C 208     -14.048 -10.141   0.814  1.00 74.86           O  
+ATOM  10875  CB  THR C 208     -15.546 -11.254  -1.719  1.00 78.57           C  
+ATOM  10876  OG1 THR C 208     -16.264 -10.016  -1.806  1.00 83.82           O  
+ATOM  10877  CG2 THR C 208     -16.144 -12.111  -0.611  1.00 80.21           C  
+ATOM  10878  N   TYR C 209     -13.715  -8.648  -0.848  1.00 72.94           N  
+ATOM  10879  CA  TYR C 209     -13.558  -7.482   0.015  1.00 72.49           C  
+ATOM  10880  C   TYR C 209     -14.570  -6.423  -0.399  1.00 73.96           C  
+ATOM  10881  O   TYR C 209     -14.615  -6.029  -1.569  1.00 74.56           O  
+ATOM  10882  CB  TYR C 209     -12.133  -6.929  -0.057  1.00 68.83           C  
+ATOM  10883  CG  TYR C 209     -11.076  -7.908   0.401  1.00 68.91           C  
+ATOM  10884  CD1 TYR C 209     -10.829  -8.109   1.753  1.00 70.58           C  
+ATOM  10885  CD2 TYR C 209     -10.327  -8.633  -0.516  1.00 68.41           C  
+ATOM  10886  CE1 TYR C 209      -9.865  -9.002   2.179  1.00 68.41           C  
+ATOM  10887  CE2 TYR C 209      -9.360  -9.530  -0.099  1.00 68.65           C  
+ATOM  10888  CZ  TYR C 209      -9.134  -9.710   1.249  1.00 69.34           C  
+ATOM  10889  OH  TYR C 209      -8.173 -10.600   1.671  1.00 71.11           O  
+ATOM  10890  N   ILE C 210     -15.405  -5.997   0.547  1.00 74.12           N  
+ATOM  10891  CA  ILE C 210     -16.396  -4.950   0.322  1.00 71.53           C  
+ATOM  10892  C   ILE C 210     -16.189  -3.854   1.359  1.00 72.18           C  
+ATOM  10893  O   ILE C 210     -16.055  -4.142   2.554  1.00 74.60           O  
+ATOM  10894  CB  ILE C 210     -17.833  -5.499   0.392  1.00 77.67           C  
+ATOM  10895  CG1 ILE C 210     -18.002  -6.693  -0.550  1.00 82.28           C  
+ATOM  10896  CG2 ILE C 210     -18.840  -4.408   0.057  1.00 84.10           C  
+ATOM  10897  CD1 ILE C 210     -18.006  -8.033   0.155  1.00 85.24           C  
+ATOM  10898  N   CYS C 211     -16.168  -2.604   0.903  1.00 68.73           N  
+ATOM  10899  CA  CYS C 211     -16.106  -1.442   1.781  1.00 67.81           C  
+ATOM  10900  C   CYS C 211     -17.503  -0.850   1.938  1.00 69.35           C  
+ATOM  10901  O   CYS C 211     -18.229  -0.677   0.953  1.00 69.20           O  
+ATOM  10902  CB  CYS C 211     -15.127  -0.395   1.242  1.00 63.42           C  
+ATOM  10903  SG  CYS C 211     -15.697   0.554  -0.189  1.00 78.28           S  
+ATOM  10904  N   ASN C 212     -17.879  -0.562   3.180  1.00 67.39           N  
+ATOM  10905  CA  ASN C 212     -19.199  -0.044   3.524  1.00 69.05           C  
+ATOM  10906  C   ASN C 212     -19.050   1.410   3.956  1.00 67.41           C  
+ATOM  10907  O   ASN C 212     -18.458   1.694   5.002  1.00 67.59           O  
+ATOM  10908  CB  ASN C 212     -19.832  -0.883   4.631  1.00 69.91           C  
+ATOM  10909  CG  ASN C 212     -19.534  -2.361   4.479  1.00 75.31           C  
+ATOM  10910  OD1 ASN C 212     -18.797  -2.940   5.275  1.00 74.12           O  
+ATOM  10911  ND2 ASN C 212     -20.106  -2.979   3.452  1.00 86.66           N  
+ATOM  10912  N   VAL C 213     -19.581   2.324   3.150  1.00 68.64           N  
+ATOM  10913  CA  VAL C 213     -19.559   3.752   3.439  1.00 68.91           C  
+ATOM  10914  C   VAL C 213     -20.943   4.169   3.913  1.00 69.00           C  
+ATOM  10915  O   VAL C 213     -21.961   3.702   3.389  1.00 70.36           O  
+ATOM  10916  CB  VAL C 213     -19.124   4.557   2.199  1.00 66.49           C  
+ATOM  10917  CG1 VAL C 213     -19.062   6.043   2.513  1.00 65.65           C  
+ATOM  10918  CG2 VAL C 213     -17.780   4.056   1.693  1.00 65.11           C  
+ATOM  10919  N   ASN C 214     -20.983   5.041   4.918  1.00 68.37           N  
+ATOM  10920  CA  ASN C 214     -22.236   5.519   5.487  1.00 71.06           C  
+ATOM  10921  C   ASN C 214     -22.105   7.008   5.756  1.00 72.76           C  
+ATOM  10922  O   ASN C 214     -21.251   7.425   6.547  1.00 74.96           O  
+ATOM  10923  CB  ASN C 214     -22.586   4.767   6.775  1.00 73.99           C  
+ATOM  10924  CG  ASN C 214     -23.975   5.102   7.286  1.00 80.87           C  
+ATOM  10925  OD1 ASN C 214     -24.868   5.446   6.512  1.00 81.68           O  
+ATOM  10926  ND2 ASN C 214     -24.163   5.004   8.598  1.00 82.57           N  
+ATOM  10927  N   HIS C 215     -22.937   7.803   5.087  1.00 75.11           N  
+ATOM  10928  CA  HIS C 215     -22.994   9.250   5.276  1.00 75.15           C  
+ATOM  10929  C   HIS C 215     -24.395   9.565   5.791  1.00 78.90           C  
+ATOM  10930  O   HIS C 215     -25.362   9.585   5.021  1.00 81.05           O  
+ATOM  10931  CB  HIS C 215     -22.677   9.990   3.979  1.00 73.42           C  
+ATOM  10932  CG  HIS C 215     -22.560  11.473   4.141  1.00 73.91           C  
+ATOM  10933  ND1 HIS C 215     -23.413  12.360   3.521  1.00 76.87           N  
+ATOM  10934  CD2 HIS C 215     -21.687  12.226   4.852  1.00 73.76           C  
+ATOM  10935  CE1 HIS C 215     -23.071  13.595   3.842  1.00 75.56           C  
+ATOM  10936  NE2 HIS C 215     -22.026  13.541   4.649  1.00 73.13           N  
+ATOM  10937  N   LYS C 216     -24.497   9.792   7.099  1.00 78.21           N  
+ATOM  10938  CA  LYS C 216     -25.764   9.997   7.791  1.00 79.69           C  
+ATOM  10939  C   LYS C 216     -26.426  11.336   7.464  1.00 82.63           C  
+ATOM  10940  O   LYS C 216     -27.657  11.378   7.337  1.00 86.19           O  
+ATOM  10941  CB  LYS C 216     -25.562   9.865   9.304  1.00 77.89           C  
+ATOM  10942  CG  LYS C 216     -25.121   8.479   9.746  1.00 76.97           C  
+ATOM  10943  CD  LYS C 216     -25.043   8.378  11.259  1.00 73.34           C  
+ATOM  10944  CE  LYS C 216     -24.669   6.972  11.699  1.00 79.90           C  
+ATOM  10945  NZ  LYS C 216     -24.600   6.853  13.181  1.00 80.50           N  
+ATOM  10946  N   PRO C 217     -25.684  12.449   7.347  1.00 80.90           N  
+ATOM  10947  CA  PRO C 217     -26.340  13.705   6.936  1.00 80.75           C  
+ATOM  10948  C   PRO C 217     -27.132  13.590   5.645  1.00 78.89           C  
+ATOM  10949  O   PRO C 217     -28.174  14.244   5.507  1.00 77.25           O  
+ATOM  10950  CB  PRO C 217     -25.163  14.679   6.797  1.00 78.10           C  
+ATOM  10951  CG  PRO C 217     -24.169  14.185   7.770  1.00 77.73           C  
+ATOM  10952  CD  PRO C 217     -24.285  12.687   7.756  1.00 80.00           C  
+ATOM  10953  N   SER C 218     -26.672  12.779   4.693  1.00 77.13           N  
+ATOM  10954  CA  SER C 218     -27.407  12.538   3.459  1.00 79.59           C  
+ATOM  10955  C   SER C 218     -28.193  11.235   3.483  1.00 81.89           C  
+ATOM  10956  O   SER C 218     -28.937  10.963   2.534  1.00 86.35           O  
+ATOM  10957  CB  SER C 218     -26.448  12.533   2.262  1.00 76.30           C  
+ATOM  10958  OG  SER C 218     -25.573  11.420   2.315  1.00 77.42           O  
+ATOM  10959  N   ASN C 219     -28.041  10.430   4.537  1.00 81.77           N  
+ATOM  10960  CA  ASN C 219     -28.728   9.144   4.670  1.00 85.81           C  
+ATOM  10961  C   ASN C 219     -28.384   8.217   3.505  1.00 86.67           C  
+ATOM  10962  O   ASN C 219     -29.252   7.559   2.927  1.00 88.34           O  
+ATOM  10963  CB  ASN C 219     -30.243   9.337   4.802  1.00 91.53           C  
+ATOM  10964  CG  ASN C 219     -30.964   8.067   5.214  1.00104.13           C  
+ATOM  10965  OD1 ASN C 219     -31.664   7.447   4.413  1.00119.55           O  
+ATOM  10966  ND2 ASN C 219     -30.797   7.673   6.471  1.00107.44           N  
+ATOM  10967  N   THR C 220     -27.104   8.175   3.144  1.00 83.99           N  
+ATOM  10968  CA  THR C 220     -26.620   7.343   2.049  1.00 83.13           C  
+ATOM  10969  C   THR C 220     -25.783   6.209   2.624  1.00 80.05           C  
+ATOM  10970  O   THR C 220     -24.765   6.453   3.281  1.00 80.23           O  
+ATOM  10971  CB  THR C 220     -25.807   8.162   1.046  1.00 79.13           C  
+ATOM  10972  OG1 THR C 220     -24.781   8.882   1.738  1.00 83.39           O  
+ATOM  10973  CG2 THR C 220     -26.705   9.147   0.310  1.00 80.61           C  
+ATOM  10974  N   LYS C 221     -26.205   4.974   2.368  1.00 79.07           N  
+ATOM  10975  CA  LYS C 221     -25.525   3.778   2.860  1.00 74.90           C  
+ATOM  10976  C   LYS C 221     -25.072   2.964   1.652  1.00 73.79           C  
+ATOM  10977  O   LYS C 221     -25.842   2.169   1.104  1.00 75.39           O  
+ATOM  10978  CB  LYS C 221     -26.441   2.970   3.776  1.00 77.80           C  
+ATOM  10979  CG  LYS C 221     -25.734   1.880   4.560  1.00 84.35           C  
+ATOM  10980  CD  LYS C 221     -26.689   1.172   5.511  1.00 98.48           C  
+ATOM  10981  CE  LYS C 221     -27.294   2.141   6.517  1.00 98.68           C  
+ATOM  10982  NZ  LYS C 221     -28.154   1.442   7.513  1.00 91.34           N  
+ATOM  10983  N   VAL C 222     -23.821   3.163   1.241  1.00 74.09           N  
+ATOM  10984  CA  VAL C 222     -23.276   2.566   0.029  1.00 71.03           C  
+ATOM  10985  C   VAL C 222     -22.375   1.401   0.413  1.00 71.05           C  
+ATOM  10986  O   VAL C 222     -21.704   1.421   1.449  1.00 71.11           O  
+ATOM  10987  CB  VAL C 222     -22.508   3.624  -0.796  1.00 68.77           C  
+ATOM  10988  CG1 VAL C 222     -21.832   2.999  -2.010  1.00 69.64           C  
+ATOM  10989  CG2 VAL C 222     -23.439   4.752  -1.214  1.00 76.37           C  
+ATOM  10990  N   ASP C 223     -22.377   0.362  -0.418  1.00 69.55           N  
+ATOM  10991  CA  ASP C 223     -21.431  -0.739  -0.300  1.00 70.24           C  
+ATOM  10992  C   ASP C 223     -20.773  -0.952  -1.654  1.00 74.67           C  
+ATOM  10993  O   ASP C 223     -21.450  -0.951  -2.686  1.00 82.41           O  
+ATOM  10994  CB  ASP C 223     -22.119  -2.027   0.171  1.00 72.66           C  
+ATOM  10995  CG  ASP C 223     -22.783  -1.871   1.528  1.00 82.48           C  
+ATOM  10996  OD1 ASP C 223     -22.182  -1.231   2.415  1.00 81.05           O  
+ATOM  10997  OD2 ASP C 223     -23.906  -2.388   1.709  1.00 95.58           O  
+ATOM  10998  N   LYS C 224     -19.454  -1.137  -1.651  1.00 73.65           N  
+ATOM  10999  CA  LYS C 224     -18.701  -1.261  -2.894  1.00 68.17           C  
+ATOM  11000  C   LYS C 224     -17.737  -2.429  -2.771  1.00 69.38           C  
+ATOM  11001  O   LYS C 224     -16.881  -2.437  -1.882  1.00 72.65           O  
+ATOM  11002  CB  LYS C 224     -17.942   0.034  -3.203  1.00 64.81           C  
+ATOM  11003  CG  LYS C 224     -17.477   0.163  -4.643  1.00 71.40           C  
+ATOM  11004  CD  LYS C 224     -18.614   0.622  -5.544  1.00 79.67           C  
+ATOM  11005  CE  LYS C 224     -18.197   0.635  -7.006  1.00 75.37           C  
+ATOM  11006  NZ  LYS C 224     -19.231   1.275  -7.866  1.00 77.86           N  
+ATOM  11007  N   LYS C 225     -17.875  -3.408  -3.660  1.00 70.52           N  
+ATOM  11008  CA  LYS C 225     -16.944  -4.526  -3.715  1.00 73.01           C  
+ATOM  11009  C   LYS C 225     -15.718  -4.139  -4.533  1.00 69.92           C  
+ATOM  11010  O   LYS C 225     -15.834  -3.544  -5.608  1.00 70.65           O  
+ATOM  11011  CB  LYS C 225     -17.641  -5.750  -4.313  1.00 74.44           C  
+ATOM  11012  CG  LYS C 225     -16.828  -7.037  -4.369  1.00 81.89           C  
+ATOM  11013  CD  LYS C 225     -17.678  -8.142  -4.997  1.00 89.67           C  
+ATOM  11014  CE  LYS C 225     -16.981  -9.495  -5.006  1.00106.53           C  
+ATOM  11015  NZ  LYS C 225     -15.501  -9.374  -4.947  1.00104.64           N  
+ATOM  11016  N   VAL C 226     -14.540  -4.480  -4.017  1.00 67.95           N  
+ATOM  11017  CA  VAL C 226     -13.265  -4.154  -4.647  1.00 67.51           C  
+ATOM  11018  C   VAL C 226     -12.648  -5.448  -5.155  1.00 72.93           C  
+ATOM  11019  O   VAL C 226     -12.304  -6.335  -4.363  1.00 72.39           O  
+ATOM  11020  CB  VAL C 226     -12.318  -3.431  -3.679  1.00 61.88           C  
+ATOM  11021  CG1 VAL C 226     -11.026  -3.055  -4.388  1.00 67.83           C  
+ATOM  11022  CG2 VAL C 226     -12.993  -2.198  -3.100  1.00 58.34           C  
+ATOM  11023  N   GLU C 227     -12.502  -5.552  -6.472  1.00 78.97           N  
+ATOM  11024  CA  GLU C 227     -12.021  -6.752  -7.130  1.00 83.32           C  
+ATOM  11025  C   GLU C 227     -10.659  -6.511  -7.772  1.00 83.80           C  
+ATOM  11026  O   GLU C 227     -10.328  -5.378  -8.138  1.00 82.28           O  
+ATOM  11027  CB  GLU C 227     -13.005  -7.221  -8.209  1.00 84.80           C  
+ATOM  11028  CG  GLU C 227     -14.404  -7.519  -7.697  1.00 88.71           C  
+ATOM  11029  CD  GLU C 227     -15.372  -7.853  -8.815  1.00 98.82           C  
+ATOM  11030  OE1 GLU C 227     -15.808  -6.923  -9.526  1.00101.12           O  
+ATOM  11031  OE2 GLU C 227     -15.694  -9.048  -8.985  1.00100.90           O  
+ATOM  11032  N   PRO C 228      -9.844  -7.556  -7.917  1.00 85.41           N  
+ATOM  11033  CA  PRO C 228      -8.587  -7.414  -8.665  1.00 89.68           C  
+ATOM  11034  C   PRO C 228      -8.870  -7.047 -10.112  1.00 98.22           C  
+ATOM  11035  O   PRO C 228      -9.561  -7.770 -10.833  1.00100.17           O  
+ATOM  11036  CB  PRO C 228      -7.940  -8.798  -8.537  1.00 87.02           C  
+ATOM  11037  CG  PRO C 228      -9.079  -9.725  -8.255  1.00 82.81           C  
+ATOM  11038  CD  PRO C 228     -10.041  -8.930  -7.424  1.00 81.58           C  
+ATOM  11039  N   LYS C 229      -8.334  -5.903 -10.527  1.00103.74           N  
+ATOM  11040  CA  LYS C 229      -8.602  -5.378 -11.859  1.00110.64           C  
+ATOM  11041  C   LYS C 229      -8.044  -6.348 -12.894  1.00119.03           C  
+ATOM  11042  O   LYS C 229      -6.855  -6.681 -12.873  1.00120.31           O  
+ATOM  11043  CB  LYS C 229      -7.995  -3.981 -11.992  1.00111.50           C  
+ATOM  11044  CG  LYS C 229      -8.748  -3.054 -12.937  1.00117.37           C  
+ATOM  11045  CD  LYS C 229      -7.828  -2.138 -13.722  1.00123.44           C  
+ATOM  11046  CE  LYS C 229      -8.636  -1.245 -14.653  1.00122.11           C  
+ATOM  11047  NZ  LYS C 229      -8.090   0.141 -14.714  1.00117.32           N  
+ATOM  11048  N   SER C 230      -8.910  -6.795 -13.800  1.00122.53           N  
+ATOM  11049  CA  SER C 230      -8.604  -7.904 -14.692  1.00127.67           C  
+ATOM  11050  C   SER C 230      -7.649  -7.496 -15.810  1.00130.16           C  
+ATOM  11051  O   SER C 230      -7.428  -6.314 -16.091  1.00125.36           O  
+ATOM  11052  CB  SER C 230      -9.892  -8.464 -15.298  1.00126.75           C  
+ATOM  11053  OG  SER C 230      -9.610  -9.477 -16.248  1.00133.73           O  
+ATOM  11054  N   CYS C 231      -7.073  -8.514 -16.445  1.00133.96           N  
+ATOM  11055  CA  CYS C 231      -6.087  -8.334 -17.500  1.00138.21           C  
+ATOM  11056  C   CYS C 231      -6.759  -8.270 -18.865  1.00136.68           C  
+ATOM  11057  O   CYS C 231      -7.496  -7.329 -19.157  1.00134.71           O  
+ATOM  11058  CB  CYS C 231      -5.074  -9.483 -17.481  1.00141.92           C  
+ATOM  11059  SG  CYS C 231      -4.205  -9.709 -15.913  1.00160.91           S  
+ATOM  11060  N   ASP D   1     -11.909  33.196  35.424  1.00104.20           N  
+ATOM  11061  CA  ASP D   1     -11.609  31.795  35.156  1.00 96.35           C  
+ATOM  11062  C   ASP D   1     -10.203  31.434  35.625  1.00 91.65           C  
+ATOM  11063  O   ASP D   1      -9.311  32.283  35.656  1.00 90.12           O  
+ATOM  11064  CB  ASP D   1     -11.752  31.490  33.663  1.00 99.91           C  
+ATOM  11065  CG  ASP D   1     -13.154  31.746  33.146  1.00111.23           C  
+ATOM  11066  OD1 ASP D   1     -14.000  32.228  33.928  1.00113.46           O  
+ATOM  11067  OD2 ASP D   1     -13.410  31.464  31.957  1.00119.63           O  
+ATOM  11068  N   ILE D   2     -10.012  30.171  35.990  1.00 83.41           N  
+ATOM  11069  CA  ILE D   2      -8.698  29.655  36.358  1.00 77.83           C  
+ATOM  11070  C   ILE D   2      -8.080  29.031  35.114  1.00 76.64           C  
+ATOM  11071  O   ILE D   2      -8.635  28.087  34.543  1.00 72.51           O  
+ATOM  11072  CB  ILE D   2      -8.798  28.634  37.502  1.00 75.17           C  
+ATOM  11073  CG1 ILE D   2      -9.195  29.331  38.805  1.00 77.43           C  
+ATOM  11074  CG2 ILE D   2      -7.481  27.893  37.672  1.00 73.57           C  
+ATOM  11075  CD1 ILE D   2      -9.417  28.380  39.961  1.00 75.86           C  
+ATOM  11076  N   VAL D   3      -6.931  29.550  34.696  1.00 73.11           N  
+ATOM  11077  CA  VAL D   3      -6.299  29.130  33.451  1.00 70.81           C  
+ATOM  11078  C   VAL D   3      -5.317  28.002  33.734  1.00 69.45           C  
+ATOM  11079  O   VAL D   3      -4.423  28.136  34.578  1.00 69.57           O  
+ATOM  11080  CB  VAL D   3      -5.594  30.314  32.769  1.00 69.76           C  
+ATOM  11081  CG1 VAL D   3      -4.772  29.831  31.583  1.00 68.72           C  
+ATOM  11082  CG2 VAL D   3      -6.613  31.355  32.333  1.00 72.37           C  
+ATOM  11083  N   MET D   4      -5.486  26.886  33.028  1.00 68.05           N  
+ATOM  11084  CA  MET D   4      -4.562  25.762  33.085  1.00 67.89           C  
+ATOM  11085  C   MET D   4      -3.677  25.790  31.845  1.00 72.14           C  
+ATOM  11086  O   MET D   4      -4.183  25.859  30.719  1.00 73.45           O  
+ATOM  11087  CB  MET D   4      -5.318  24.435  33.170  1.00 66.09           C  
+ATOM  11088  CG  MET D   4      -6.357  24.379  34.282  1.00 67.77           C  
+ATOM  11089  SD  MET D   4      -5.671  24.684  35.921  1.00 66.52           S  
+ATOM  11090  CE  MET D   4      -4.819  23.140  36.229  1.00 63.43           C  
+ATOM  11091  N   THR D   5      -2.362  25.737  32.050  1.00 69.61           N  
+ATOM  11092  CA  THR D   5      -1.393  25.862  30.968  1.00 67.19           C  
+ATOM  11093  C   THR D   5      -0.460  24.662  30.994  1.00 68.57           C  
+ATOM  11094  O   THR D   5       0.207  24.415  32.003  1.00 69.12           O  
+ATOM  11095  CB  THR D   5      -0.591  27.162  31.097  1.00 66.47           C  
+ATOM  11096  OG1 THR D   5      -1.490  28.273  31.198  1.00 73.26           O  
+ATOM  11097  CG2 THR D   5       0.311  27.355  29.889  1.00 69.46           C  
+ATOM  11098  N   GLN D   6      -0.416  23.920  29.893  1.00 70.71           N  
+ATOM  11099  CA  GLN D   6       0.516  22.812  29.730  1.00 70.38           C  
+ATOM  11100  C   GLN D   6       1.711  23.295  28.917  1.00 72.54           C  
+ATOM  11101  O   GLN D   6       1.543  23.822  27.812  1.00 74.57           O  
+ATOM  11102  CB  GLN D   6      -0.164  21.616  29.065  1.00 64.78           C  
+ATOM  11103  CG  GLN D   6      -1.252  20.995  29.928  1.00 61.22           C  
+ATOM  11104  CD  GLN D   6      -1.900  19.787  29.288  1.00 58.06           C  
+ATOM  11105  OE1 GLN D   6      -3.125  19.694  29.212  1.00 58.30           O  
+ATOM  11106  NE2 GLN D   6      -1.081  18.850  28.825  1.00 54.93           N  
+ATOM  11107  N   SER D   7       2.912  23.127  29.479  1.00 77.59           N  
+ATOM  11108  CA  SER D   7       4.107  23.749  28.913  1.00 80.43           C  
+ATOM  11109  C   SER D   7       4.348  23.308  27.473  1.00 75.99           C  
+ATOM  11110  O   SER D   7       4.563  24.141  26.585  1.00 73.75           O  
+ATOM  11111  CB  SER D   7       5.322  23.428  29.785  1.00 79.73           C  
+ATOM  11112  OG  SER D   7       5.525  22.029  29.886  1.00 80.96           O  
+ATOM  11113  N   HIS D   8       4.321  22.003  27.221  1.00 73.44           N  
+ATOM  11114  CA  HIS D   8       4.658  21.453  25.916  1.00 70.15           C  
+ATOM  11115  C   HIS D   8       3.404  20.936  25.224  1.00 67.30           C  
+ATOM  11116  O   HIS D   8       2.625  20.185  25.821  1.00 65.96           O  
+ATOM  11117  CB  HIS D   8       5.686  20.329  26.057  1.00 69.37           C  
+ATOM  11118  CG  HIS D   8       6.989  20.775  26.643  1.00 78.38           C  
+ATOM  11119  ND1 HIS D   8       7.334  20.537  27.956  1.00 94.11           N  
+ATOM  11120  CD2 HIS D   8       8.032  21.444  26.096  1.00 79.50           C  
+ATOM  11121  CE1 HIS D   8       8.532  21.040  28.193  1.00 88.14           C  
+ATOM  11122  NE2 HIS D   8       8.978  21.596  27.081  1.00 87.10           N  
+ATOM  11123  N   LYS D   9       3.213  21.341  23.966  1.00 64.23           N  
+ATOM  11124  CA  LYS D   9       2.090  20.839  23.182  1.00 61.39           C  
+ATOM  11125  C   LYS D   9       2.412  19.497  22.535  1.00 62.32           C  
+ATOM  11126  O   LYS D   9       1.506  18.685  22.316  1.00 60.77           O  
+ATOM  11127  CB  LYS D   9       1.686  21.863  22.117  1.00 61.78           C  
+ATOM  11128  CG  LYS D   9       0.176  22.062  21.974  1.00 69.02           C  
+ATOM  11129  CD  LYS D   9      -0.513  20.827  21.409  1.00 73.90           C  
+ATOM  11130  CE  LYS D   9      -2.025  20.980  21.391  1.00 71.82           C  
+ATOM  11131  NZ  LYS D   9      -2.696  19.737  20.914  1.00 70.03           N  
+ATOM  11132  N   PHE D  10       3.684  19.235  22.247  1.00 61.44           N  
+ATOM  11133  CA  PHE D  10       4.104  17.968  21.668  1.00 59.07           C  
+ATOM  11134  C   PHE D  10       5.263  17.405  22.473  1.00 58.06           C  
+ATOM  11135  O   PHE D  10       6.152  18.144  22.905  1.00 60.23           O  
+ATOM  11136  CB  PHE D  10       4.538  18.127  20.203  1.00 63.49           C  
+ATOM  11137  CG  PHE D  10       3.457  18.637  19.295  1.00 70.79           C  
+ATOM  11138  CD1 PHE D  10       2.519  17.770  18.760  1.00 74.81           C  
+ATOM  11139  CD2 PHE D  10       3.385  19.981  18.967  1.00 72.15           C  
+ATOM  11140  CE1 PHE D  10       1.525  18.234  17.919  1.00 73.45           C  
+ATOM  11141  CE2 PHE D  10       2.393  20.451  18.128  1.00 77.90           C  
+ATOM  11142  CZ  PHE D  10       1.462  19.576  17.603  1.00 82.42           C  
+ATOM  11143  N   MET D  11       5.245  16.089  22.667  1.00 52.76           N  
+ATOM  11144  CA  MET D  11       6.318  15.381  23.345  1.00 49.81           C  
+ATOM  11145  C   MET D  11       6.563  14.059  22.639  1.00 50.50           C  
+ATOM  11146  O   MET D  11       5.617  13.346  22.294  1.00 49.31           O  
+ATOM  11147  CB  MET D  11       5.987  15.129  24.822  1.00 51.78           C  
+ATOM  11148  CG  MET D  11       6.211  16.322  25.734  1.00 53.40           C  
+ATOM  11149  SD  MET D  11       6.294  15.827  27.465  1.00 65.30           S  
+ATOM  11150  CE  MET D  11       6.395  17.418  28.277  1.00 64.95           C  
+ATOM  11151  N   SER D  12       7.834  13.734  22.432  1.00 49.60           N  
+ATOM  11152  CA  SER D  12       8.235  12.478  21.820  1.00 49.53           C  
+ATOM  11153  C   SER D  12       8.965  11.636  22.856  1.00 48.79           C  
+ATOM  11154  O   SER D  12       9.732  12.162  23.667  1.00 49.41           O  
+ATOM  11155  CB  SER D  12       9.130  12.711  20.601  1.00 55.42           C  
+ATOM  11156  OG  SER D  12       9.691  11.492  20.145  1.00 73.51           O  
+ATOM  11157  N   THR D  13       8.722  10.328  22.830  1.00 48.56           N  
+ATOM  11158  CA  THR D  13       9.337   9.434  23.797  1.00 48.72           C  
+ATOM  11159  C   THR D  13       9.519   8.063  23.168  1.00 50.20           C  
+ATOM  11160  O   THR D  13       8.823   7.692  22.219  1.00 52.74           O  
+ATOM  11161  CB  THR D  13       8.501   9.328  25.082  1.00 51.28           C  
+ATOM  11162  OG1 THR D  13       9.252   8.643  26.092  1.00 55.71           O  
+ATOM  11163  CG2 THR D  13       7.207   8.572  24.822  1.00 49.64           C  
+ATOM  11164  N   LEU D  14      10.476   7.318  23.707  1.00 51.44           N  
+ATOM  11165  CA  LEU D  14      10.729   5.949  23.291  1.00 51.26           C  
+ATOM  11166  C   LEU D  14       9.873   4.981  24.100  1.00 51.49           C  
+ATOM  11167  O   LEU D  14       9.442   5.276  25.217  1.00 52.13           O  
+ATOM  11168  CB  LEU D  14      12.209   5.601  23.458  1.00 52.68           C  
+ATOM  11169  CG  LEU D  14      13.222   6.465  22.705  1.00 53.08           C  
+ATOM  11170  CD1 LEU D  14      14.628   6.201  23.217  1.00 54.14           C  
+ATOM  11171  CD2 LEU D  14      13.140   6.203  21.212  1.00 52.14           C  
+ATOM  11172  N   VAL D  15       9.622   3.810  23.513  1.00 50.20           N  
+ATOM  11173  CA  VAL D  15       8.878   2.774  24.215  1.00 50.07           C  
+ATOM  11174  C   VAL D  15       9.728   2.237  25.359  1.00 49.90           C  
+ATOM  11175  O   VAL D  15      10.927   1.974  25.198  1.00 57.46           O  
+ATOM  11176  CB  VAL D  15       8.468   1.658  23.239  1.00 49.40           C  
+ATOM  11177  CG1 VAL D  15       7.972   0.436  23.990  1.00 51.40           C  
+ATOM  11178  CG2 VAL D  15       7.399   2.162  22.282  1.00 53.85           C  
+ATOM  11179  N   GLY D  16       9.106   2.063  26.524  1.00 48.48           N  
+ATOM  11180  CA  GLY D  16       9.816   1.665  27.719  1.00 47.87           C  
+ATOM  11181  C   GLY D  16      10.450   2.800  28.491  1.00 48.71           C  
+ATOM  11182  O   GLY D  16      11.045   2.553  29.548  1.00 52.49           O  
+ATOM  11183  N   ASP D  17      10.342   4.028  28.001  1.00 47.68           N  
+ATOM  11184  CA  ASP D  17      10.942   5.193  28.629  1.00 52.10           C  
+ATOM  11185  C   ASP D  17       9.933   5.909  29.521  1.00 51.78           C  
+ATOM  11186  O   ASP D  17       8.744   5.581  29.565  1.00 51.06           O  
+ATOM  11187  CB  ASP D  17      11.489   6.156  27.570  1.00 53.66           C  
+ATOM  11188  CG  ASP D  17      12.755   6.869  28.020  1.00 52.88           C  
+ATOM  11189  OD1 ASP D  17      13.157   6.710  29.193  1.00 56.98           O  
+ATOM  11190  OD2 ASP D  17      13.349   7.595  27.195  1.00 60.79           O  
+ATOM  11191  N   ARG D  18      10.441   6.898  30.241  1.00 51.75           N  
+ATOM  11192  CA  ARG D  18       9.682   7.785  31.106  1.00 50.52           C  
+ATOM  11193  C   ARG D  18       9.214   9.015  30.337  1.00 53.64           C  
+ATOM  11194  O   ARG D  18       9.827   9.433  29.351  1.00 56.52           O  
+ATOM  11195  CB  ARG D  18      10.567   8.227  32.266  1.00 54.74           C  
+ATOM  11196  CG  ARG D  18      10.978   7.156  33.254  1.00 60.42           C  
+ATOM  11197  CD  ARG D  18      12.371   7.511  33.703  1.00 60.04           C  
+ATOM  11198  NE  ARG D  18      12.471   8.885  34.176  1.00 56.05           N  
+ATOM  11199  CZ  ARG D  18      13.632   9.498  34.376  1.00 58.84           C  
+ATOM  11200  NH1 ARG D  18      14.762   8.850  34.127  1.00 57.66           N  
+ATOM  11201  NH2 ARG D  18      13.668  10.755  34.793  1.00 63.76           N  
+ATOM  11202  N   VAL D  19       8.113   9.599  30.801  1.00 51.52           N  
+ATOM  11203  CA  VAL D  19       7.645  10.879  30.274  1.00 51.60           C  
+ATOM  11204  C   VAL D  19       6.900  11.604  31.386  1.00 49.13           C  
+ATOM  11205  O   VAL D  19       6.164  10.988  32.162  1.00 47.87           O  
+ATOM  11206  CB  VAL D  19       6.780  10.707  29.003  1.00 46.99           C  
+ATOM  11207  CG1 VAL D  19       5.533   9.907  29.293  1.00 49.12           C  
+ATOM  11208  CG2 VAL D  19       6.424  12.064  28.412  1.00 49.80           C  
+ATOM  11209  N   SER D  20       7.114  12.915  31.478  1.00 47.35           N  
+ATOM  11210  CA  SER D  20       6.476  13.733  32.507  1.00 49.81           C  
+ATOM  11211  C   SER D  20       5.953  15.013  31.871  1.00 54.36           C  
+ATOM  11212  O   SER D  20       6.737  15.862  31.434  1.00 54.77           O  
+ATOM  11213  CB  SER D  20       7.447  14.044  33.645  1.00 51.03           C  
+ATOM  11214  OG  SER D  20       7.832  12.862  34.326  1.00 47.00           O  
+ATOM  11215  N   ILE D  21       4.632  15.145  31.827  1.00 56.79           N  
+ATOM  11216  CA  ILE D  21       3.952  16.335  31.332  1.00 56.39           C  
+ATOM  11217  C   ILE D  21       3.636  17.240  32.514  1.00 53.37           C  
+ATOM  11218  O   ILE D  21       3.193  16.773  33.569  1.00 53.67           O  
+ATOM  11219  CB  ILE D  21       2.669  15.946  30.573  1.00 51.77           C  
+ATOM  11220  CG1 ILE D  21       2.979  14.895  29.506  1.00 53.37           C  
+ATOM  11221  CG2 ILE D  21       2.028  17.171  29.945  1.00 55.89           C  
+ATOM  11222  CD1 ILE D  21       1.746  14.294  28.869  1.00 51.87           C  
+ATOM  11223  N   THR D  22       3.862  18.539  32.346  1.00 56.66           N  
+ATOM  11224  CA  THR D  22       3.632  19.509  33.405  1.00 57.09           C  
+ATOM  11225  C   THR D  22       2.405  20.356  33.096  1.00 59.87           C  
+ATOM  11226  O   THR D  22       2.041  20.556  31.933  1.00 60.88           O  
+ATOM  11227  CB  THR D  22       4.851  20.417  33.603  1.00 53.63           C  
+ATOM  11228  OG1 THR D  22       5.010  21.267  32.461  1.00 65.38           O  
+ATOM  11229  CG2 THR D  22       6.109  19.585  33.792  1.00 52.97           C  
+ATOM  11230  N   CYS D  23       1.769  20.852  34.156  1.00 58.99           N  
+ATOM  11231  CA  CYS D  23       0.562  21.657  34.032  1.00 60.31           C  
+ATOM  11232  C   CYS D  23       0.531  22.656  35.179  1.00 60.54           C  
+ATOM  11233  O   CYS D  23       0.649  22.274  36.348  1.00 62.22           O  
+ATOM  11234  CB  CYS D  23      -0.688  20.768  34.029  1.00 60.96           C  
+ATOM  11235  SG  CYS D  23      -2.281  21.601  34.207  1.00 71.58           S  
+ATOM  11236  N   LYS D  24       0.377  23.932  34.836  1.00 62.21           N  
+ATOM  11237  CA  LYS D  24       0.439  25.026  35.791  1.00 64.99           C  
+ATOM  11238  C   LYS D  24      -0.904  25.743  35.836  1.00 65.45           C  
+ATOM  11239  O   LYS D  24      -1.516  26.002  34.796  1.00 63.66           O  
+ATOM  11240  CB  LYS D  24       1.560  26.001  35.407  1.00 66.13           C  
+ATOM  11241  CG  LYS D  24       1.996  26.938  36.512  1.00 73.11           C  
+ATOM  11242  CD  LYS D  24       3.143  27.829  36.061  1.00 80.48           C  
+ATOM  11243  CE  LYS D  24       3.622  28.729  37.190  1.00 84.40           C  
+ATOM  11244  NZ  LYS D  24       4.320  27.956  38.256  1.00 81.78           N  
+ATOM  11245  N   ALA D  25      -1.358  26.064  37.043  1.00 66.47           N  
+ATOM  11246  CA  ALA D  25      -2.629  26.747  37.242  1.00 68.20           C  
+ATOM  11247  C   ALA D  25      -2.397  28.219  37.553  1.00 68.91           C  
+ATOM  11248  O   ALA D  25      -1.435  28.576  38.239  1.00 67.19           O  
+ATOM  11249  CB  ALA D  25      -3.427  26.093  38.371  1.00 67.53           C  
+ATOM  11250  N   SER D  26      -3.288  29.074  37.045  1.00 69.41           N  
+ATOM  11251  CA  SER D  26      -3.166  30.505  37.297  1.00 69.61           C  
+ATOM  11252  C   SER D  26      -3.426  30.857  38.755  1.00 73.18           C  
+ATOM  11253  O   SER D  26      -2.933  31.886  39.229  1.00 74.65           O  
+ATOM  11254  CB  SER D  26      -4.126  31.281  36.394  1.00 69.95           C  
+ATOM  11255  OG  SER D  26      -5.474  30.940  36.669  1.00 74.96           O  
+ATOM  11256  N   GLN D  27      -4.182  30.030  39.472  1.00 71.24           N  
+ATOM  11257  CA  GLN D  27      -4.478  30.237  40.880  1.00 72.44           C  
+ATOM  11258  C   GLN D  27      -4.283  28.923  41.626  1.00 71.80           C  
+ATOM  11259  O   GLN D  27      -4.108  27.861  41.024  1.00 74.32           O  
+ATOM  11260  CB  GLN D  27      -5.906  30.763  41.084  1.00 76.76           C  
+ATOM  11261  CG  GLN D  27      -6.140  32.162  40.537  1.00 81.22           C  
+ATOM  11262  CD  GLN D  27      -7.613  32.500  40.416  1.00 86.38           C  
+ATOM  11263  OE1 GLN D  27      -8.393  32.271  41.340  1.00 86.95           O  
+ATOM  11264  NE2 GLN D  27      -8.002  33.052  39.272  1.00 91.24           N  
+ATOM  11265  N   ASP D  28      -4.311  29.002  42.953  1.00 71.74           N  
+ATOM  11266  CA  ASP D  28      -4.203  27.801  43.769  1.00 69.48           C  
+ATOM  11267  C   ASP D  28      -5.453  26.947  43.591  1.00 70.99           C  
+ATOM  11268  O   ASP D  28      -6.578  27.428  43.759  1.00 73.08           O  
+ATOM  11269  CB  ASP D  28      -4.008  28.172  45.239  1.00 69.10           C  
+ATOM  11270  CG  ASP D  28      -3.610  26.981  46.101  1.00 72.50           C  
+ATOM  11271  OD1 ASP D  28      -4.243  25.909  45.995  1.00 69.46           O  
+ATOM  11272  OD2 ASP D  28      -2.652  27.120  46.891  1.00 79.07           O  
+ATOM  11273  N   VAL D  29      -5.253  25.676  43.250  1.00 67.32           N  
+ATOM  11274  CA  VAL D  29      -6.360  24.747  43.061  1.00 67.69           C  
+ATOM  11275  C   VAL D  29      -6.145  23.531  43.951  1.00 66.64           C  
+ATOM  11276  O   VAL D  29      -6.672  22.446  43.678  1.00 65.43           O  
+ATOM  11277  CB  VAL D  29      -6.504  24.341  41.583  1.00 67.78           C  
+ATOM  11278  CG1 VAL D  29      -6.859  25.551  40.732  1.00 70.40           C  
+ATOM  11279  CG2 VAL D  29      -5.221  23.705  41.083  1.00 68.31           C  
+ATOM  11280  N   SER D  36      -5.376  23.715  45.028  1.00 66.29           N  
+ATOM  11281  CA  SER D  36      -5.086  22.660  45.993  1.00 67.56           C  
+ATOM  11282  C   SER D  36      -4.531  21.418  45.308  1.00 66.13           C  
+ATOM  11283  O   SER D  36      -3.671  21.515  44.428  1.00 66.63           O  
+ATOM  11284  CB  SER D  36      -6.341  22.307  46.795  1.00 68.58           C  
+ATOM  11285  OG  SER D  36      -6.076  21.273  47.728  1.00 70.64           O  
+ATOM  11286  N   THR D  37      -5.017  20.245  45.713  1.00 64.51           N  
+ATOM  11287  CA  THR D  37      -4.634  18.982  45.101  1.00 61.99           C  
+ATOM  11288  C   THR D  37      -5.724  18.435  44.191  1.00 61.53           C  
+ATOM  11289  O   THR D  37      -5.725  17.240  43.889  1.00 59.16           O  
+ATOM  11290  CB  THR D  37      -4.291  17.950  46.176  1.00 62.61           C  
+ATOM  11291  OG1 THR D  37      -5.423  17.756  47.033  1.00 63.07           O  
+ATOM  11292  CG2 THR D  37      -3.107  18.419  47.007  1.00 65.50           C  
+ATOM  11293  N   THR D  38      -6.657  19.280  43.758  1.00 62.89           N  
+ATOM  11294  CA  THR D  38      -7.808  18.835  42.975  1.00 62.12           C  
+ATOM  11295  C   THR D  38      -7.552  19.133  41.500  1.00 61.09           C  
+ATOM  11296  O   THR D  38      -8.043  20.111  40.934  1.00 62.81           O  
+ATOM  11297  CB  THR D  38      -9.081  19.499  43.483  1.00 63.70           C  
+ATOM  11298  OG1 THR D  38      -8.917  20.921  43.462  1.00 65.28           O  
+ATOM  11299  CG2 THR D  38      -9.356  19.058  44.909  1.00 65.79           C  
+ATOM  11300  N   VAL D  39      -6.769  18.258  40.872  1.00 60.69           N  
+ATOM  11301  CA  VAL D  39      -6.495  18.317  39.440  1.00 59.26           C  
+ATOM  11302  C   VAL D  39      -6.617  16.911  38.870  1.00 55.62           C  
+ATOM  11303  O   VAL D  39      -6.098  15.953  39.452  1.00 55.12           O  
+ATOM  11304  CB  VAL D  39      -5.102  18.905  39.140  1.00 55.86           C  
+ATOM  11305  CG1 VAL D  39      -4.751  18.732  37.672  1.00 56.82           C  
+ATOM  11306  CG2 VAL D  39      -5.067  20.374  39.505  1.00 56.54           C  
+ATOM  11307  N   ALA D  40      -7.304  16.788  37.740  1.00 55.53           N  
+ATOM  11308  CA  ALA D  40      -7.498  15.516  37.067  1.00 56.10           C  
+ATOM  11309  C   ALA D  40      -6.731  15.497  35.752  1.00 55.45           C  
+ATOM  11310  O   ALA D  40      -6.444  16.536  35.154  1.00 56.28           O  
+ATOM  11311  CB  ALA D  40      -8.987  15.252  36.810  1.00 56.83           C  
+ATOM  11312  N   TRP D  41      -6.408  14.287  35.309  1.00 54.21           N  
+ATOM  11313  CA  TRP D  41      -5.687  14.053  34.066  1.00 51.52           C  
+ATOM  11314  C   TRP D  41      -6.458  13.047  33.228  1.00 52.45           C  
+ATOM  11315  O   TRP D  41      -6.756  11.939  33.696  1.00 54.29           O  
+ATOM  11316  CB  TRP D  41      -4.265  13.546  34.326  1.00 49.54           C  
+ATOM  11317  CG  TRP D  41      -3.346  14.590  34.868  1.00 49.17           C  
+ATOM  11318  CD1 TRP D  41      -3.129  14.895  36.179  1.00 49.09           C  
+ATOM  11319  CD2 TRP D  41      -2.518  15.476  34.107  1.00 50.60           C  
+ATOM  11320  NE1 TRP D  41      -2.213  15.914  36.283  1.00 45.79           N  
+ATOM  11321  CE2 TRP D  41      -1.823  16.288  35.024  1.00 49.85           C  
+ATOM  11322  CE3 TRP D  41      -2.294  15.658  32.739  1.00 50.26           C  
+ATOM  11323  CZ2 TRP D  41      -0.921  17.268  34.617  1.00 54.37           C  
+ATOM  11324  CZ3 TRP D  41      -1.399  16.631  32.337  1.00 51.00           C  
+ATOM  11325  CH2 TRP D  41      -0.723  17.422  33.272  1.00 54.82           C  
+ATOM  11326  N   TYR D  42      -6.762  13.445  31.993  1.00 53.21           N  
+ATOM  11327  CA  TYR D  42      -7.492  12.643  31.023  1.00 52.63           C  
+ATOM  11328  C   TYR D  42      -6.596  12.270  29.849  1.00 51.90           C  
+ATOM  11329  O   TYR D  42      -5.670  13.006  29.490  1.00 50.27           O  
+ATOM  11330  CB  TYR D  42      -8.719  13.391  30.489  1.00 52.55           C  
+ATOM  11331  CG  TYR D  42      -9.712  13.820  31.541  1.00 57.09           C  
+ATOM  11332  CD1 TYR D  42     -10.734  12.971  31.944  1.00 52.68           C  
+ATOM  11333  CD2 TYR D  42      -9.638  15.079  32.124  1.00 58.02           C  
+ATOM  11334  CE1 TYR D  42     -11.648  13.359  32.901  1.00 54.95           C  
+ATOM  11335  CE2 TYR D  42     -10.549  15.476  33.084  1.00 57.01           C  
+ATOM  11336  CZ  TYR D  42     -11.551  14.612  33.468  1.00 57.56           C  
+ATOM  11337  OH  TYR D  42     -12.462  15.000  34.424  1.00 57.35           O  
+ATOM  11338  N   GLN D  43      -6.917  11.134  29.234  1.00 51.52           N  
+ATOM  11339  CA  GLN D  43      -6.204  10.597  28.081  1.00 48.95           C  
+ATOM  11340  C   GLN D  43      -7.194  10.430  26.938  1.00 50.42           C  
+ATOM  11341  O   GLN D  43      -8.203   9.733  27.088  1.00 54.25           O  
+ATOM  11342  CB  GLN D  43      -5.559   9.253  28.424  1.00 47.90           C  
+ATOM  11343  CG  GLN D  43      -4.972   8.501  27.243  1.00 47.30           C  
+ATOM  11344  CD  GLN D  43      -4.677   7.050  27.576  1.00 48.14           C  
+ATOM  11345  OE1 GLN D  43      -5.572   6.295  27.956  1.00 51.12           O  
+ATOM  11346  NE2 GLN D  43      -3.416   6.655  27.441  1.00 49.35           N  
+ATOM  11347  N   GLN D  44      -6.907  11.060  25.799  1.00 48.23           N  
+ATOM  11348  CA  GLN D  44      -7.757  10.966  24.616  1.00 48.87           C  
+ATOM  11349  C   GLN D  44      -6.936  10.368  23.482  1.00 46.12           C  
+ATOM  11350  O   GLN D  44      -6.033  11.023  22.949  1.00 45.70           O  
+ATOM  11351  CB  GLN D  44      -8.325  12.331  24.230  1.00 48.65           C  
+ATOM  11352  CG  GLN D  44      -9.254  12.289  23.029  1.00 48.00           C  
+ATOM  11353  CD  GLN D  44      -9.888  13.632  22.734  1.00 50.58           C  
+ATOM  11354  OE1 GLN D  44     -11.053  13.707  22.343  1.00 52.59           O  
+ATOM  11355  NE2 GLN D  44      -9.128  14.703  22.930  1.00 49.83           N  
+ATOM  11356  N   LYS D  45      -7.235   9.121  23.139  1.00 47.84           N  
+ATOM  11357  CA  LYS D  45      -6.571   8.426  22.051  1.00 51.70           C  
+ATOM  11358  C   LYS D  45      -7.169   8.849  20.711  1.00 55.34           C  
+ATOM  11359  O   LYS D  45      -8.263   9.417  20.664  1.00 58.09           O  
+ATOM  11360  CB  LYS D  45      -6.707   6.919  22.253  1.00 48.73           C  
+ATOM  11361  CG  LYS D  45      -6.055   6.416  23.532  1.00 52.34           C  
+ATOM  11362  CD  LYS D  45      -6.077   4.899  23.620  1.00 53.48           C  
+ATOM  11363  CE  LYS D  45      -5.419   4.418  24.902  1.00 53.52           C  
+ATOM  11364  NZ  LYS D  45      -5.298   2.935  24.946  1.00 61.95           N  
+ATOM  11365  N   PRO D  46      -6.461   8.605  19.606  1.00 52.89           N  
+ATOM  11366  CA  PRO D  46      -6.986   9.011  18.295  1.00 55.34           C  
+ATOM  11367  C   PRO D  46      -8.336   8.372  18.002  1.00 53.52           C  
+ATOM  11368  O   PRO D  46      -8.501   7.152  18.088  1.00 52.42           O  
+ATOM  11369  CB  PRO D  46      -5.908   8.530  17.317  1.00 58.08           C  
+ATOM  11370  CG  PRO D  46      -4.662   8.494  18.125  1.00 58.46           C  
+ATOM  11371  CD  PRO D  46      -5.080   8.098  19.510  1.00 51.47           C  
+ATOM  11372  N   GLY D  47      -9.309   9.214  17.658  1.00 54.56           N  
+ATOM  11373  CA  GLY D  47     -10.632   8.745  17.303  1.00 55.16           C  
+ATOM  11374  C   GLY D  47     -11.480   8.267  18.457  1.00 56.91           C  
+ATOM  11375  O   GLY D  47     -12.534   7.667  18.223  1.00 57.37           O  
+ATOM  11376  N   GLN D  48     -11.064   8.516  19.694  1.00 58.17           N  
+ATOM  11377  CA  GLN D  48     -11.792   8.076  20.873  1.00 53.09           C  
+ATOM  11378  C   GLN D  48     -12.135   9.272  21.752  1.00 54.58           C  
+ATOM  11379  O   GLN D  48     -11.672  10.394  21.534  1.00 53.00           O  
+ATOM  11380  CB  GLN D  48     -10.984   7.049  21.676  1.00 53.96           C  
+ATOM  11381  CG  GLN D  48     -10.726   5.743  20.947  1.00 57.85           C  
+ATOM  11382  CD  GLN D  48      -9.990   4.737  21.810  1.00 64.63           C  
+ATOM  11383  OE1 GLN D  48      -9.798   4.953  23.007  1.00 75.27           O  
+ATOM  11384  NE2 GLN D  48      -9.570   3.632  21.206  1.00 67.88           N  
+ATOM  11385  N   SER D  49     -12.956   9.010  22.760  1.00 56.64           N  
+ATOM  11386  CA  SER D  49     -13.327  10.003  23.753  1.00 52.07           C  
+ATOM  11387  C   SER D  49     -12.299  10.041  24.875  1.00 52.10           C  
+ATOM  11388  O   SER D  49     -11.545   9.084  25.077  1.00 53.79           O  
+ATOM  11389  CB  SER D  49     -14.711   9.685  24.313  1.00 54.70           C  
+ATOM  11390  OG  SER D  49     -15.665   9.569  23.271  1.00 59.13           O  
+ATOM  11391  N   PRO D  50     -12.232  11.147  25.617  1.00 50.76           N  
+ATOM  11392  CA  PRO D  50     -11.301  11.219  26.750  1.00 51.36           C  
+ATOM  11393  C   PRO D  50     -11.587  10.149  27.795  1.00 51.91           C  
+ATOM  11394  O   PRO D  50     -12.741   9.835  28.095  1.00 52.24           O  
+ATOM  11395  CB  PRO D  50     -11.534  12.627  27.310  1.00 51.14           C  
+ATOM  11396  CG  PRO D  50     -12.059  13.407  26.155  1.00 48.69           C  
+ATOM  11397  CD  PRO D  50     -12.879  12.444  25.350  1.00 50.45           C  
+ATOM  11398  N   LYS D  51     -10.513   9.580  28.339  1.00 52.65           N  
+ATOM  11399  CA  LYS D  51     -10.583   8.576  29.393  1.00 52.67           C  
+ATOM  11400  C   LYS D  51      -9.991   9.170  30.663  1.00 55.53           C  
+ATOM  11401  O   LYS D  51      -8.845   9.634  30.657  1.00 56.74           O  
+ATOM  11402  CB  LYS D  51      -9.821   7.308  29.010  1.00 58.11           C  
+ATOM  11403  CG  LYS D  51     -10.457   6.464  27.922  1.00 76.10           C  
+ATOM  11404  CD  LYS D  51      -9.554   5.286  27.582  1.00 87.50           C  
+ATOM  11405  CE  LYS D  51     -10.145   4.412  26.489  1.00 77.74           C  
+ATOM  11406  NZ  LYS D  51      -9.238   3.278  26.149  1.00 60.75           N  
+ATOM  11407  N   LEU D  52     -10.769   9.167  31.743  1.00 55.53           N  
+ATOM  11408  CA  LEU D  52     -10.266   9.644  33.025  1.00 51.73           C  
+ATOM  11409  C   LEU D  52      -9.171   8.712  33.525  1.00 51.96           C  
+ATOM  11410  O   LEU D  52      -9.418   7.525  33.766  1.00 52.32           O  
+ATOM  11411  CB  LEU D  52     -11.398   9.733  34.044  1.00 53.38           C  
+ATOM  11412  CG  LEU D  52     -10.975  10.045  35.484  1.00 54.16           C  
+ATOM  11413  CD1 LEU D  52     -10.439  11.464  35.615  1.00 52.54           C  
+ATOM  11414  CD2 LEU D  52     -12.130   9.814  36.444  1.00 55.90           C  
+ATOM  11415  N   LEU D  53      -7.963   9.247  33.688  1.00 53.27           N  
+ATOM  11416  CA  LEU D  53      -6.849   8.477  34.225  1.00 52.50           C  
+ATOM  11417  C   LEU D  53      -6.546   8.807  35.676  1.00 52.73           C  
+ATOM  11418  O   LEU D  53      -6.334   7.893  36.480  1.00 50.83           O  
+ATOM  11419  CB  LEU D  53      -5.580   8.702  33.396  1.00 48.85           C  
+ATOM  11420  CG  LEU D  53      -5.500   8.101  31.995  1.00 50.00           C  
+ATOM  11421  CD1 LEU D  53      -4.081   8.242  31.467  1.00 51.17           C  
+ATOM  11422  CD2 LEU D  53      -5.931   6.645  32.008  1.00 50.17           C  
+ATOM  11423  N   ILE D  54      -6.517  10.086  36.039  1.00 51.68           N  
+ATOM  11424  CA  ILE D  54      -6.108  10.481  37.382  1.00 50.53           C  
+ATOM  11425  C   ILE D  54      -7.053  11.556  37.895  1.00 51.25           C  
+ATOM  11426  O   ILE D  54      -7.510  12.409  37.131  1.00 52.01           O  
+ATOM  11427  CB  ILE D  54      -4.641  10.964  37.389  1.00 50.63           C  
+ATOM  11428  CG1 ILE D  54      -3.696   9.766  37.289  1.00 50.13           C  
+ATOM  11429  CG2 ILE D  54      -4.319  11.775  38.637  1.00 50.60           C  
+ATOM  11430  CD1 ILE D  54      -2.272  10.146  37.017  1.00 51.62           C  
+ATOM  11431  N   TYR D  55      -7.353  11.507  39.190  1.00 49.95           N  
+ATOM  11432  CA  TYR D  55      -8.106  12.550  39.865  1.00 51.63           C  
+ATOM  11433  C   TYR D  55      -7.393  12.908  41.161  1.00 53.46           C  
+ATOM  11434  O   TYR D  55      -6.576  12.139  41.674  1.00 51.59           O  
+ATOM  11435  CB  TYR D  55      -9.555  12.120  40.145  1.00 53.41           C  
+ATOM  11436  CG  TYR D  55      -9.679  10.971  41.118  1.00 53.07           C  
+ATOM  11437  CD1 TYR D  55      -9.596   9.657  40.679  1.00 53.67           C  
+ATOM  11438  CD2 TYR D  55      -9.878  11.198  42.474  1.00 50.99           C  
+ATOM  11439  CE1 TYR D  55      -9.707   8.599  41.560  1.00 55.10           C  
+ATOM  11440  CE2 TYR D  55      -9.989  10.146  43.365  1.00 52.93           C  
+ATOM  11441  CZ  TYR D  55      -9.904   8.850  42.902  1.00 54.35           C  
+ATOM  11442  OH  TYR D  55     -10.014   7.799  43.783  1.00 53.37           O  
+ATOM  11443  N   SER D  56      -7.714  14.091  41.683  1.00 55.74           N  
+ATOM  11444  CA  SER D  56      -7.120  14.592  42.923  1.00 54.20           C  
+ATOM  11445  C   SER D  56      -5.594  14.562  42.860  1.00 55.54           C  
+ATOM  11446  O   SER D  56      -4.919  14.138  43.801  1.00 57.51           O  
+ATOM  11447  CB  SER D  56      -7.633  13.810  44.134  1.00 54.91           C  
+ATOM  11448  OG  SER D  56      -8.962  14.182  44.456  1.00 59.95           O  
+ATOM  11449  N   ALA D  57      -5.054  14.988  41.714  1.00 54.59           N  
+ATOM  11450  CA  ALA D  57      -3.626  15.217  41.503  1.00 53.66           C  
+ATOM  11451  C   ALA D  57      -2.816  13.926  41.462  1.00 51.41           C  
+ATOM  11452  O   ALA D  57      -1.998  13.737  40.556  1.00 53.66           O  
+ATOM  11453  CB  ALA D  57      -3.058  16.153  42.575  1.00 53.99           C  
+ATOM  11454  N   SER D  65      -3.029  13.030  42.428  1.00 49.14           N  
+ATOM  11455  CA  SER D  65      -2.206  11.837  42.550  1.00 47.23           C  
+ATOM  11456  C   SER D  65      -2.995  10.540  42.668  1.00 49.21           C  
+ATOM  11457  O   SER D  65      -2.381   9.468  42.691  1.00 46.22           O  
+ATOM  11458  CB  SER D  65      -1.270  11.959  43.763  1.00 50.41           C  
+ATOM  11459  OG  SER D  65      -1.998  11.925  44.978  1.00 55.74           O  
+ATOM  11460  N   TYR D  66      -4.322  10.596  42.737  1.00 51.81           N  
+ATOM  11461  CA  TYR D  66      -5.131   9.395  42.901  1.00 52.06           C  
+ATOM  11462  C   TYR D  66      -5.482   8.802  41.544  1.00 51.50           C  
+ATOM  11463  O   TYR D  66      -5.995   9.498  40.662  1.00 52.70           O  
+ATOM  11464  CB  TYR D  66      -6.396   9.696  43.705  1.00 51.34           C  
+ATOM  11465  CG  TYR D  66      -6.109   9.951  45.164  1.00 55.40           C  
+ATOM  11466  CD1 TYR D  66      -5.807  11.225  45.624  1.00 55.23           C  
+ATOM  11467  CD2 TYR D  66      -6.123   8.909  46.080  1.00 56.93           C  
+ATOM  11468  CE1 TYR D  66      -5.536  11.454  46.958  1.00 61.59           C  
+ATOM  11469  CE2 TYR D  66      -5.855   9.127  47.413  1.00 59.46           C  
+ATOM  11470  CZ  TYR D  66      -5.562  10.401  47.847  1.00 65.34           C  
+ATOM  11471  OH  TYR D  66      -5.293  10.615  49.178  1.00 70.48           O  
+ATOM  11472  N   ARG D  67      -5.205   7.511  41.390  1.00 51.76           N  
+ATOM  11473  CA  ARG D  67      -5.447   6.793  40.149  1.00 52.55           C  
+ATOM  11474  C   ARG D  67      -6.874   6.261  40.124  1.00 54.62           C  
+ATOM  11475  O   ARG D  67      -7.332   5.648  41.093  1.00 56.24           O  
+ATOM  11476  CB  ARG D  67      -4.446   5.645  40.015  1.00 52.90           C  
+ATOM  11477  CG  ARG D  67      -4.504   4.891  38.709  1.00 52.96           C  
+ATOM  11478  CD  ARG D  67      -3.541   3.712  38.718  1.00 51.95           C  
+ATOM  11479  NE  ARG D  67      -2.169   4.113  39.021  1.00 55.64           N  
+ATOM  11480  CZ  ARG D  67      -1.578   3.932  40.199  1.00 59.15           C  
+ATOM  11481  NH1 ARG D  67      -2.238   3.351  41.192  1.00 60.41           N  
+ATOM  11482  NH2 ARG D  67      -0.327   4.330  40.385  1.00 57.42           N  
+ATOM  11483  N   TYR D  68      -7.571   6.500  39.016  1.00 57.16           N  
+ATOM  11484  CA  TYR D  68      -8.920   5.982  38.853  1.00 55.90           C  
+ATOM  11485  C   TYR D  68      -8.898   4.458  38.742  1.00 54.12           C  
+ATOM  11486  O   TYR D  68      -7.880   3.846  38.406  1.00 55.66           O  
+ATOM  11487  CB  TYR D  68      -9.585   6.605  37.624  1.00 58.23           C  
+ATOM  11488  CG  TYR D  68     -11.050   6.257  37.469  1.00 62.25           C  
+ATOM  11489  CD1 TYR D  68     -12.007   6.817  38.306  1.00 60.71           C  
+ATOM  11490  CD2 TYR D  68     -11.477   5.381  36.480  1.00 60.97           C  
+ATOM  11491  CE1 TYR D  68     -13.346   6.507  38.169  1.00 65.62           C  
+ATOM  11492  CE2 TYR D  68     -12.815   5.065  36.334  1.00 63.30           C  
+ATOM  11493  CZ  TYR D  68     -13.745   5.632  37.181  1.00 68.80           C  
+ATOM  11494  OH  TYR D  68     -15.079   5.322  37.043  1.00 67.08           O  
+ATOM  11495  N   THR D  69     -10.043   3.847  39.042  1.00 55.84           N  
+ATOM  11496  CA  THR D  69     -10.149   2.394  39.029  1.00 55.48           C  
+ATOM  11497  C   THR D  69      -9.868   1.837  37.637  1.00 58.22           C  
+ATOM  11498  O   THR D  69     -10.304   2.393  36.625  1.00 60.95           O  
+ATOM  11499  CB  THR D  69     -11.543   1.967  39.496  1.00 55.83           C  
+ATOM  11500  OG1 THR D  69     -11.805   2.525  40.790  1.00 57.36           O  
+ATOM  11501  CG2 THR D  69     -11.645   0.450  39.579  1.00 50.72           C  
+ATOM  11502  N   GLY D  70      -9.134   0.726  37.593  1.00 56.01           N  
+ATOM  11503  CA  GLY D  70      -8.814   0.048  36.354  1.00 53.78           C  
+ATOM  11504  C   GLY D  70      -7.690   0.657  35.545  1.00 53.78           C  
+ATOM  11505  O   GLY D  70      -7.323   0.091  34.507  1.00 57.15           O  
+ATOM  11506  N   VAL D  71      -7.131   1.781  35.978  1.00 53.38           N  
+ATOM  11507  CA  VAL D  71      -6.033   2.436  35.270  1.00 53.50           C  
+ATOM  11508  C   VAL D  71      -4.732   1.726  35.629  1.00 55.10           C  
+ATOM  11509  O   VAL D  71      -4.514   1.401  36.805  1.00 55.33           O  
+ATOM  11510  CB  VAL D  71      -5.975   3.934  35.608  1.00 52.73           C  
+ATOM  11511  CG1 VAL D  71      -4.765   4.591  34.959  1.00 51.23           C  
+ATOM  11512  CG2 VAL D  71      -7.260   4.625  35.176  1.00 53.03           C  
+ATOM  11513  N   PRO D  72      -3.860   1.436  34.661  1.00 54.98           N  
+ATOM  11514  CA  PRO D  72      -2.584   0.790  34.988  1.00 53.76           C  
+ATOM  11515  C   PRO D  72      -1.744   1.641  35.931  1.00 52.83           C  
+ATOM  11516  O   PRO D  72      -1.872   2.866  35.993  1.00 53.00           O  
+ATOM  11517  CB  PRO D  72      -1.903   0.633  33.623  1.00 59.25           C  
+ATOM  11518  CG  PRO D  72      -3.026   0.632  32.641  1.00 60.31           C  
+ATOM  11519  CD  PRO D  72      -4.064   1.557  33.207  1.00 55.78           C  
+ATOM  11520  N   ASP D  74      -0.860   0.964  36.668  1.00 56.10           N  
+ATOM  11521  CA  ASP D  74      -0.043   1.636  37.672  1.00 54.05           C  
+ATOM  11522  C   ASP D  74       1.019   2.549  37.068  1.00 53.67           C  
+ATOM  11523  O   ASP D  74       1.537   3.419  37.776  1.00 53.38           O  
+ATOM  11524  CB  ASP D  74       0.614   0.610  38.601  1.00 50.58           C  
+ATOM  11525  CG  ASP D  74       1.424  -0.431  37.853  1.00 55.57           C  
+ATOM  11526  OD1 ASP D  74       1.521  -0.345  36.611  1.00 72.21           O  
+ATOM  11527  OD2 ASP D  74       1.969  -1.340  38.515  1.00 48.57           O  
+ATOM  11528  N   ARG D  75       1.363   2.374  35.788  1.00 52.04           N  
+ATOM  11529  CA  ARG D  75       2.416   3.195  35.201  1.00 50.17           C  
+ATOM  11530  C   ARG D  75       2.019   4.660  35.076  1.00 48.45           C  
+ATOM  11531  O   ARG D  75       2.893   5.500  34.836  1.00 46.83           O  
+ATOM  11532  CB  ARG D  75       2.808   2.677  33.815  1.00 51.78           C  
+ATOM  11533  CG  ARG D  75       1.673   2.652  32.802  1.00 54.00           C  
+ATOM  11534  CD  ARG D  75       2.140   2.083  31.470  1.00 56.82           C  
+ATOM  11535  NE  ARG D  75       1.065   2.024  30.483  1.00 61.19           N  
+ATOM  11536  CZ  ARG D  75       0.281   0.970  30.284  1.00 67.32           C  
+ATOM  11537  NH1 ARG D  75       0.445  -0.129  31.007  1.00 75.90           N  
+ATOM  11538  NH2 ARG D  75      -0.669   1.016  29.360  1.00 66.15           N  
+ATOM  11539  N   PHE D  76       0.737   4.984  35.223  1.00 47.13           N  
+ATOM  11540  CA  PHE D  76       0.279   6.365  35.221  1.00 45.15           C  
+ATOM  11541  C   PHE D  76       0.252   6.892  36.650  1.00 45.85           C  
+ATOM  11542  O   PHE D  76      -0.390   6.299  37.522  1.00 49.04           O  
+ATOM  11543  CB  PHE D  76      -1.111   6.467  34.594  1.00 47.34           C  
+ATOM  11544  CG  PHE D  76      -1.181   5.950  33.186  1.00 47.33           C  
+ATOM  11545  CD1 PHE D  76      -0.762   6.731  32.124  1.00 45.56           C  
+ATOM  11546  CD2 PHE D  76      -1.667   4.680  32.926  1.00 49.22           C  
+ATOM  11547  CE1 PHE D  76      -0.826   6.257  30.829  1.00 48.47           C  
+ATOM  11548  CE2 PHE D  76      -1.734   4.200  31.635  1.00 52.59           C  
+ATOM  11549  CZ  PHE D  76      -1.313   4.989  30.584  1.00 53.22           C  
+ATOM  11550  N   THR D  77       0.947   8.003  36.888  1.00 44.42           N  
+ATOM  11551  CA  THR D  77       0.996   8.607  38.212  1.00 46.55           C  
+ATOM  11552  C   THR D  77       0.877  10.117  38.077  1.00 46.29           C  
+ATOM  11553  O   THR D  77       1.034  10.680  36.992  1.00 48.14           O  
+ATOM  11554  CB  THR D  77       2.287   8.259  38.970  1.00 44.63           C  
+ATOM  11555  OG1 THR D  77       3.425   8.640  38.188  1.00 45.88           O  
+ATOM  11556  CG2 THR D  77       2.350   6.770  39.281  1.00 44.86           C  
+ATOM  11557  N   GLY D  78       0.594  10.765  39.196  1.00 46.79           N  
+ATOM  11558  CA  GLY D  78       0.469  12.208  39.221  1.00 48.51           C  
+ATOM  11559  C   GLY D  78       0.984  12.765  40.529  1.00 48.39           C  
+ATOM  11560  O   GLY D  78       0.981  12.091  41.561  1.00 47.98           O  
+ATOM  11561  N   SER D  79       1.447  14.010  40.469  1.00 47.45           N  
+ATOM  11562  CA  SER D  79       1.923  14.698  41.658  1.00 49.37           C  
+ATOM  11563  C   SER D  79       1.685  16.190  41.486  1.00 53.37           C  
+ATOM  11564  O   SER D  79       1.352  16.665  40.400  1.00 54.81           O  
+ATOM  11565  CB  SER D  79       3.403  14.407  41.919  1.00 50.56           C  
+ATOM  11566  OG  SER D  79       4.223  15.048  40.958  1.00 50.03           O  
+ATOM  11567  N   GLY D  80       1.863  16.925  42.571  1.00 54.29           N  
+ATOM  11568  CA  GLY D  80       1.758  18.372  42.551  1.00 57.54           C  
+ATOM  11569  C   GLY D  80       0.684  18.875  43.495  1.00 61.99           C  
+ATOM  11570  O   GLY D  80      -0.097  18.121  44.071  1.00 62.38           O  
+ATOM  11571  N   SER D  83       0.656  20.200  43.624  1.00 64.38           N  
+ATOM  11572  CA  SER D  83      -0.280  20.858  44.528  1.00 65.16           C  
+ATOM  11573  C   SER D  83      -0.180  22.360  44.325  1.00 65.07           C  
+ATOM  11574  O   SER D  83       0.843  22.877  43.867  1.00 65.18           O  
+ATOM  11575  CB  SER D  83      -0.008  20.503  45.996  1.00 65.36           C  
+ATOM  11576  OG  SER D  83       1.261  20.975  46.412  1.00 66.69           O  
+ATOM  11577  N   GLY D  84      -1.258  23.054  44.679  1.00 65.52           N  
+ATOM  11578  CA  GLY D  84      -1.291  24.494  44.541  1.00 67.74           C  
+ATOM  11579  C   GLY D  84      -1.370  24.952  43.101  1.00 69.73           C  
+ATOM  11580  O   GLY D  84      -2.460  25.095  42.540  1.00 71.06           O  
+ATOM  11581  N   THR D  85      -0.210  25.187  42.496  1.00 67.28           N  
+ATOM  11582  CA  THR D  85      -0.126  25.716  41.144  1.00 68.64           C  
+ATOM  11583  C   THR D  85       0.555  24.777  40.154  1.00 68.80           C  
+ATOM  11584  O   THR D  85       0.184  24.775  38.977  1.00 67.14           O  
+ATOM  11585  CB  THR D  85       0.613  27.070  41.179  1.00 70.65           C  
+ATOM  11586  OG1 THR D  85      -0.253  28.071  41.730  1.00 63.64           O  
+ATOM  11587  CG2 THR D  85       1.069  27.511  39.806  1.00 73.76           C  
+ATOM  11588  N   ASP D  86       1.484  23.937  40.601  1.00 66.52           N  
+ATOM  11589  CA  ASP D  86       2.257  23.073  39.718  1.00 64.76           C  
+ATOM  11590  C   ASP D  86       1.819  21.623  39.883  1.00 63.52           C  
+ATOM  11591  O   ASP D  86       1.658  21.143  41.013  1.00 65.57           O  
+ATOM  11592  CB  ASP D  86       3.756  23.207  39.996  1.00 74.05           C  
+ATOM  11593  CG  ASP D  86       4.238  24.642  39.911  1.00 78.40           C  
+ATOM  11594  OD1 ASP D  86       3.669  25.416  39.112  1.00 75.44           O  
+ATOM  11595  OD2 ASP D  86       5.188  24.995  40.640  1.00 84.93           O  
+ATOM  11596  N   PHE D  87       1.638  20.929  38.754  1.00 60.60           N  
+ATOM  11597  CA  PHE D  87       1.249  19.526  38.744  1.00 59.70           C  
+ATOM  11598  C   PHE D  87       1.974  18.814  37.610  1.00 53.90           C  
+ATOM  11599  O   PHE D  87       2.329  19.427  36.601  1.00 51.65           O  
+ATOM  11600  CB  PHE D  87      -0.270  19.364  38.585  1.00 56.85           C  
+ATOM  11601  CG  PHE D  87      -1.066  20.100  39.621  1.00 59.13           C  
+ATOM  11602  CD1 PHE D  87      -1.404  21.432  39.439  1.00 60.33           C  
+ATOM  11603  CD2 PHE D  87      -1.468  19.465  40.782  1.00 59.79           C  
+ATOM  11604  CE1 PHE D  87      -2.126  22.113  40.394  1.00 62.49           C  
+ATOM  11605  CE2 PHE D  87      -2.196  20.140  41.739  1.00 61.71           C  
+ATOM  11606  CZ  PHE D  87      -2.522  21.467  41.547  1.00 63.84           C  
+ATOM  11607  N   THR D  88       2.189  17.512  37.784  1.00 50.49           N  
+ATOM  11608  CA  THR D  88       2.967  16.723  36.835  1.00 49.43           C  
+ATOM  11609  C   THR D  88       2.370  15.329  36.716  1.00 50.44           C  
+ATOM  11610  O   THR D  88       2.219  14.623  37.719  1.00 49.39           O  
+ATOM  11611  CB  THR D  88       4.437  16.636  37.255  1.00 52.44           C  
+ATOM  11612  OG1 THR D  88       4.987  17.956  37.347  1.00 54.89           O  
+ATOM  11613  CG2 THR D  88       5.230  15.838  36.232  1.00 53.07           C  
+ATOM  11614  N   PHE D  89       2.034  14.947  35.486  1.00 50.30           N  
+ATOM  11615  CA  PHE D  89       1.561  13.612  35.146  1.00 48.24           C  
+ATOM  11616  C   PHE D  89       2.718  12.822  34.547  1.00 50.10           C  
+ATOM  11617  O   PHE D  89       3.434  13.330  33.681  1.00 49.66           O  
+ATOM  11618  CB  PHE D  89       0.393  13.710  34.161  1.00 47.76           C  
+ATOM  11619  CG  PHE D  89       0.056  12.422  33.466  1.00 49.62           C  
+ATOM  11620  CD1 PHE D  89      -0.831  11.525  34.034  1.00 49.43           C  
+ATOM  11621  CD2 PHE D  89       0.595  12.127  32.223  1.00 48.95           C  
+ATOM  11622  CE1 PHE D  89      -1.153  10.346  33.389  1.00 48.85           C  
+ATOM  11623  CE2 PHE D  89       0.279  10.952  31.575  1.00 45.22           C  
+ATOM  11624  CZ  PHE D  89      -0.597  10.062  32.157  1.00 45.76           C  
+ATOM  11625  N   THR D  90       2.902  11.584  35.000  1.00 46.66           N  
+ATOM  11626  CA  THR D  90       4.095  10.822  34.651  1.00 46.23           C  
+ATOM  11627  C   THR D  90       3.724   9.413  34.213  1.00 47.89           C  
+ATOM  11628  O   THR D  90       2.944   8.729  34.885  1.00 45.85           O  
+ATOM  11629  CB  THR D  90       5.074  10.766  35.831  1.00 47.69           C  
+ATOM  11630  OG1 THR D  90       5.543  12.088  36.127  1.00 50.06           O  
+ATOM  11631  CG2 THR D  90       6.266   9.879  35.502  1.00 46.88           C  
+ATOM  11632  N   ILE D  91       4.293   8.988  33.086  1.00 48.92           N  
+ATOM  11633  CA  ILE D  91       4.259   7.601  32.639  1.00 46.02           C  
+ATOM  11634  C   ILE D  91       5.651   7.021  32.845  1.00 47.76           C  
+ATOM  11635  O   ILE D  91       6.634   7.534  32.293  1.00 49.70           O  
+ATOM  11636  CB  ILE D  91       3.826   7.482  31.170  1.00 43.56           C  
+ATOM  11637  CG1 ILE D  91       2.512   8.226  30.933  1.00 45.83           C  
+ATOM  11638  CG2 ILE D  91       3.700   6.019  30.770  1.00 44.76           C  
+ATOM  11639  CD1 ILE D  91       2.085   8.252  29.478  1.00 45.18           C  
+ATOM  11640  N   SER D  92       5.734   5.959  33.649  1.00 48.30           N  
+ATOM  11641  CA  SER D  92       7.023   5.379  34.006  1.00 48.63           C  
+ATOM  11642  C   SER D  92       7.594   4.506  32.896  1.00 50.96           C  
+ATOM  11643  O   SER D  92       8.817   4.445  32.731  1.00 51.75           O  
+ATOM  11644  CB  SER D  92       6.891   4.562  35.292  1.00 46.49           C  
+ATOM  11645  OG  SER D  92       6.094   3.410  35.079  1.00 50.18           O  
+ATOM  11646  N   SER D  93       6.735   3.829  32.131  1.00 52.24           N  
+ATOM  11647  CA  SER D  93       7.167   2.938  31.050  1.00 51.53           C  
+ATOM  11648  C   SER D  93       6.154   3.067  29.914  1.00 51.49           C  
+ATOM  11649  O   SER D  93       5.135   2.370  29.898  1.00 58.23           O  
+ATOM  11650  CB  SER D  93       7.291   1.500  31.538  1.00 49.23           C  
+ATOM  11651  OG  SER D  93       7.775   0.653  30.512  1.00 48.66           O  
+ATOM  11652  N   VAL D  94       6.436   3.974  28.976  1.00 48.98           N  
+ATOM  11653  CA  VAL D  94       5.515   4.221  27.873  1.00 50.00           C  
+ATOM  11654  C   VAL D  94       5.349   2.958  27.040  1.00 52.03           C  
+ATOM  11655  O   VAL D  94       6.311   2.222  26.785  1.00 52.24           O  
+ATOM  11656  CB  VAL D  94       6.019   5.394  27.016  1.00 48.85           C  
+ATOM  11657  CG1 VAL D  94       5.128   5.606  25.799  1.00 49.73           C  
+ATOM  11658  CG2 VAL D  94       6.097   6.660  27.848  1.00 49.62           C  
+ATOM  11659  N   GLN D  95       4.117   2.702  26.612  1.00 54.11           N  
+ATOM  11660  CA  GLN D  95       3.782   1.574  25.756  1.00 60.44           C  
+ATOM  11661  C   GLN D  95       3.144   2.080  24.468  1.00 61.20           C  
+ATOM  11662  O   GLN D  95       2.764   3.248  24.353  1.00 58.36           O  
+ATOM  11663  CB  GLN D  95       2.852   0.591  26.478  1.00 63.85           C  
+ATOM  11664  CG  GLN D  95       3.508  -0.093  27.664  1.00 62.89           C  
+ATOM  11665  CD  GLN D  95       2.548  -0.965  28.445  1.00 75.95           C  
+ATOM  11666  OE1 GLN D  95       1.419  -1.208  28.017  1.00 76.61           O  
+ATOM  11667  NE2 GLN D  95       3.002  -1.463  29.590  1.00 91.48           N  
+ATOM  11668  N   ALA D  96       3.061   1.180  23.484  1.00 64.54           N  
+ATOM  11669  CA  ALA D  96       2.576   1.562  22.160  1.00 69.23           C  
+ATOM  11670  C   ALA D  96       1.191   2.194  22.225  1.00 68.99           C  
+ATOM  11671  O   ALA D  96       0.929   3.198  21.553  1.00 66.44           O  
+ATOM  11672  CB  ALA D  96       2.560   0.348  21.236  1.00 76.06           C  
+ATOM  11673  N   GLU D  97       0.289   1.618  23.020  1.00 69.14           N  
+ATOM  11674  CA  GLU D  97      -1.072   2.132  23.085  1.00 68.50           C  
+ATOM  11675  C   GLU D  97      -1.182   3.440  23.858  1.00 65.16           C  
+ATOM  11676  O   GLU D  97      -2.252   4.057  23.839  1.00 68.64           O  
+ATOM  11677  CB  GLU D  97      -1.999   1.086  23.711  1.00 75.01           C  
+ATOM  11678  CG  GLU D  97      -1.601   0.652  25.114  1.00 72.47           C  
+ATOM  11679  CD  GLU D  97      -0.675  -0.551  25.117  1.00 89.29           C  
+ATOM  11680  OE1 GLU D  97      -0.014  -0.799  24.087  1.00 82.26           O  
+ATOM  11681  OE2 GLU D  97      -0.610  -1.247  26.152  1.00105.53           O  
+ATOM  11682  N   ASP D  98      -0.116   3.880  24.529  1.00 62.17           N  
+ATOM  11683  CA  ASP D  98      -0.190   5.092  25.335  1.00 59.44           C  
+ATOM  11684  C   ASP D  98      -0.131   6.374  24.513  1.00 56.85           C  
+ATOM  11685  O   ASP D  98      -0.296   7.457  25.087  1.00 52.08           O  
+ATOM  11686  CB  ASP D  98       0.932   5.107  26.377  1.00 56.67           C  
+ATOM  11687  CG  ASP D  98       0.727   4.074  27.469  1.00 55.37           C  
+ATOM  11688  OD1 ASP D  98      -0.437   3.702  27.728  1.00 57.04           O  
+ATOM  11689  OD2 ASP D  98       1.729   3.637  28.071  1.00 57.99           O  
+ATOM  11690  N   LEU D  99       0.102   6.293  23.203  1.00 58.26           N  
+ATOM  11691  CA  LEU D  99       0.095   7.498  22.383  1.00 56.87           C  
+ATOM  11692  C   LEU D  99      -1.299   8.114  22.375  1.00 55.06           C  
+ATOM  11693  O   LEU D  99      -2.284   7.451  22.036  1.00 55.66           O  
+ATOM  11694  CB  LEU D  99       0.575   7.189  20.960  1.00 56.93           C  
+ATOM  11695  CG  LEU D  99      -0.214   6.292  20.004  1.00 62.87           C  
+ATOM  11696  CD1 LEU D  99      -1.103   7.126  19.091  1.00 67.60           C  
+ATOM  11697  CD2 LEU D  99       0.734   5.432  19.185  1.00 61.71           C  
+ATOM  11698  N   ALA D 100      -1.373   9.393  22.749  1.00 48.40           N  
+ATOM  11699  CA  ALA D 100      -2.642  10.093  22.914  1.00 47.83           C  
+ATOM  11700  C   ALA D 100      -2.403  11.549  23.285  1.00 45.71           C  
+ATOM  11701  O   ALA D 100      -1.255  11.973  23.453  1.00 47.43           O  
+ATOM  11702  CB  ALA D 100      -3.500   9.418  23.988  1.00 48.63           C  
+ATOM  11703  N   VAL D 101      -3.474  12.324  23.426  1.00 45.28           N  
+ATOM  11704  CA  VAL D 101      -3.389  13.682  23.945  1.00 48.20           C  
+ATOM  11705  C   VAL D 101      -3.806  13.658  25.407  1.00 49.74           C  
+ATOM  11706  O   VAL D 101      -4.877  13.141  25.752  1.00 49.83           O  
+ATOM  11707  CB  VAL D 101      -4.265  14.652  23.134  1.00 51.22           C  
+ATOM  11708  CG1 VAL D 101      -4.043  16.080  23.609  1.00 51.21           C  
+ATOM  11709  CG2 VAL D 101      -3.956  14.526  21.650  1.00 48.79           C  
+ATOM  11710  N   TYR D 102      -2.953  14.200  26.268  1.00 47.10           N  
+ATOM  11711  CA  TYR D 102      -3.179  14.208  27.706  1.00 47.86           C  
+ATOM  11712  C   TYR D 102      -3.565  15.608  28.157  1.00 50.18           C  
+ATOM  11713  O   TYR D 102      -2.872  16.584  27.839  1.00 50.98           O  
+ATOM  11714  CB  TYR D 102      -1.941  13.712  28.455  1.00 45.95           C  
+ATOM  11715  CG  TYR D 102      -1.657  12.248  28.213  1.00 44.54           C  
+ATOM  11716  CD1 TYR D 102      -0.956  11.830  27.090  1.00 46.29           C  
+ATOM  11717  CD2 TYR D 102      -2.106  11.280  29.102  1.00 45.52           C  
+ATOM  11718  CE1 TYR D 102      -0.702  10.490  26.863  1.00 46.06           C  
+ATOM  11719  CE2 TYR D 102      -1.856   9.939  28.884  1.00 45.58           C  
+ATOM  11720  CZ  TYR D 102      -1.154   9.550  27.764  1.00 44.71           C  
+ATOM  11721  OH  TYR D 102      -0.905   8.215  27.545  1.00 46.48           O  
+ATOM  11722  N   TYR D 103      -4.685  15.701  28.871  1.00 53.90           N  
+ATOM  11723  CA  TYR D 103      -5.226  16.967  29.346  1.00 55.15           C  
+ATOM  11724  C   TYR D 103      -5.201  17.010  30.867  1.00 55.71           C  
+ATOM  11725  O   TYR D 103      -5.440  15.994  31.529  1.00 55.13           O  
+ATOM  11726  CB  TYR D 103      -6.671  17.177  28.873  1.00 54.79           C  
+ATOM  11727  CG  TYR D 103      -6.851  17.249  27.376  1.00 52.75           C  
+ATOM  11728  CD1 TYR D 103      -7.023  16.097  26.622  1.00 52.68           C  
+ATOM  11729  CD2 TYR D 103      -6.862  18.471  26.718  1.00 54.11           C  
+ATOM  11730  CE1 TYR D 103      -7.193  16.158  25.253  1.00 56.95           C  
+ATOM  11731  CE2 TYR D 103      -7.031  18.543  25.350  1.00 58.10           C  
+ATOM  11732  CZ  TYR D 103      -7.196  17.384  24.622  1.00 59.16           C  
+ATOM  11733  OH  TYR D 103      -7.366  17.449  23.258  1.00 64.05           O  
+ATOM  11734  N   CYS D 104      -4.925  18.191  31.415  1.00 57.19           N  
+ATOM  11735  CA  CYS D 104      -5.134  18.467  32.828  1.00 56.55           C  
+ATOM  11736  C   CYS D 104      -6.358  19.357  32.984  1.00 59.09           C  
+ATOM  11737  O   CYS D 104      -6.607  20.241  32.158  1.00 60.28           O  
+ATOM  11738  CB  CYS D 104      -3.913  19.138  33.470  1.00 58.18           C  
+ATOM  11739  SG  CYS D 104      -3.443  20.741  32.774  1.00 68.90           S  
+ATOM  11740  N   GLN D 105      -7.123  19.111  34.042  1.00 59.29           N  
+ATOM  11741  CA  GLN D 105      -8.329  19.872  34.333  1.00 60.79           C  
+ATOM  11742  C   GLN D 105      -8.365  20.188  35.817  1.00 61.49           C  
+ATOM  11743  O   GLN D 105      -8.198  19.289  36.645  1.00 59.88           O  
+ATOM  11744  CB  GLN D 105      -9.591  19.097  33.936  1.00 58.67           C  
+ATOM  11745  CG  GLN D 105     -10.888  19.834  34.239  1.00 61.13           C  
+ATOM  11746  CD  GLN D 105     -11.819  19.034  35.130  1.00 63.20           C  
+ATOM  11747  OE1 GLN D 105     -11.888  17.808  35.034  1.00 61.77           O  
+ATOM  11748  NE2 GLN D 105     -12.539  19.725  36.007  1.00 66.91           N  
+ATOM  11749  N   GLN D 106      -8.584  21.453  36.157  1.00 64.39           N  
+ATOM  11750  CA  GLN D 106      -8.782  21.810  37.555  1.00 65.02           C  
+ATOM  11751  C   GLN D 106     -10.224  21.472  37.918  1.00 67.38           C  
+ATOM  11752  O   GLN D 106     -11.170  22.026  37.347  1.00 68.90           O  
+ATOM  11753  CB  GLN D 106      -8.439  23.279  37.807  1.00 66.57           C  
+ATOM  11754  CG  GLN D 106      -9.294  24.323  37.094  1.00 68.75           C  
+ATOM  11755  CD  GLN D 106     -10.474  24.791  37.931  1.00 71.12           C  
+ATOM  11756  OE1 GLN D 106     -10.612  24.414  39.095  1.00 72.61           O  
+ATOM  11757  NE2 GLN D 106     -11.333  25.612  37.338  1.00 67.68           N  
+ATOM  11758  N   HIS D 107     -10.398  20.510  38.813  1.00 68.67           N  
+ATOM  11759  CA  HIS D 107     -11.724  20.211  39.348  1.00 71.99           C  
+ATOM  11760  C   HIS D 107     -11.863  20.786  40.751  1.00 72.60           C  
+ATOM  11761  O   HIS D 107     -12.227  20.109  41.709  1.00 74.97           O  
+ATOM  11762  CB  HIS D 107     -11.996  18.708  39.311  1.00 72.96           C  
+ATOM  11763  CG  HIS D 107     -11.096  17.888  40.183  1.00 67.68           C  
+ATOM  11764  ND1 HIS D 107     -11.480  17.437  41.427  1.00 71.03           N  
+ATOM  11765  CD2 HIS D 107      -9.849  17.405  39.976  1.00 64.27           C  
+ATOM  11766  CE1 HIS D 107     -10.500  16.727  41.958  1.00 65.67           C  
+ATOM  11767  NE2 HIS D 107      -9.499  16.693  41.098  1.00 63.71           N  
+ATOM  11768  N   TYR D 108     -11.554  22.078  40.858  1.00 70.19           N  
+ATOM  11769  CA  TYR D 108     -11.527  22.814  42.114  1.00 70.15           C  
+ATOM  11770  C   TYR D 108     -12.675  23.803  42.249  1.00 73.03           C  
+ATOM  11771  O   TYR D 108     -13.304  23.877  43.309  1.00 75.38           O  
+ATOM  11772  CB  TYR D 108     -10.184  23.552  42.242  1.00 69.02           C  
+ATOM  11773  CG  TYR D 108     -10.035  24.391  43.492  1.00 70.93           C  
+ATOM  11774  CD1 TYR D 108      -9.666  23.814  44.700  1.00 72.22           C  
+ATOM  11775  CD2 TYR D 108     -10.247  25.764  43.459  1.00 71.13           C  
+ATOM  11776  CE1 TYR D 108      -9.522  24.578  45.843  1.00 72.29           C  
+ATOM  11777  CE2 TYR D 108     -10.105  26.536  44.596  1.00 71.99           C  
+ATOM  11778  CZ  TYR D 108      -9.743  25.938  45.785  1.00 73.69           C  
+ATOM  11779  OH  TYR D 108      -9.601  26.703  46.920  1.00 75.48           O  
+ATOM  11780  N   SER D 109     -12.961  24.578  41.205  1.00 72.48           N  
+ATOM  11781  CA  SER D 109     -14.006  25.589  41.270  1.00 74.60           C  
+ATOM  11782  C   SER D 109     -14.683  25.702  39.909  1.00 74.79           C  
+ATOM  11783  O   SER D 109     -14.306  25.030  38.944  1.00 74.39           O  
+ATOM  11784  CB  SER D 109     -13.437  26.938  41.723  1.00 73.22           C  
+ATOM  11785  OG  SER D 109     -12.520  27.450  40.774  1.00 70.81           O  
+ATOM  11786  N   ILE D 114     -15.692  26.565  39.844  1.00 75.02           N  
+ATOM  11787  CA  ILE D 114     -16.464  26.813  38.628  1.00 76.42           C  
+ATOM  11788  C   ILE D 114     -16.076  28.188  38.094  1.00 76.69           C  
+ATOM  11789  O   ILE D 114     -15.917  29.129  38.885  1.00 77.38           O  
+ATOM  11790  CB  ILE D 114     -17.975  26.706  38.910  1.00 77.64           C  
+ATOM  11791  CG1 ILE D 114     -18.376  25.243  39.100  1.00 76.48           C  
+ATOM  11792  CG2 ILE D 114     -18.809  27.349  37.808  1.00 75.68           C  
+ATOM  11793  CD1 ILE D 114     -19.844  25.038  39.393  1.00 79.50           C  
+ATOM  11794  N   PRO D 115     -15.909  28.365  36.770  1.00 75.97           N  
+ATOM  11795  CA  PRO D 115     -16.071  27.365  35.706  1.00 72.51           C  
+ATOM  11796  C   PRO D 115     -14.947  26.336  35.637  1.00 71.37           C  
+ATOM  11797  O   PRO D 115     -13.800  26.635  35.971  1.00 71.99           O  
+ATOM  11798  CB  PRO D 115     -16.093  28.215  34.434  1.00 80.21           C  
+ATOM  11799  CG  PRO D 115     -15.281  29.403  34.775  1.00 82.63           C  
+ATOM  11800  CD  PRO D 115     -15.556  29.688  36.224  1.00 81.48           C  
+ATOM  11801  N   ARG D 116     -15.294  25.127  35.203  1.00 70.12           N  
+ATOM  11802  CA  ARG D 116     -14.303  24.079  35.011  1.00 68.22           C  
+ATOM  11803  C   ARG D 116     -13.454  24.392  33.786  1.00 67.65           C  
+ATOM  11804  O   ARG D 116     -13.984  24.681  32.709  1.00 67.94           O  
+ATOM  11805  CB  ARG D 116     -14.990  22.726  34.847  1.00 68.76           C  
+ATOM  11806  CG  ARG D 116     -16.124  22.485  35.827  1.00 70.24           C  
+ATOM  11807  CD  ARG D 116     -15.718  21.519  36.922  1.00 77.09           C  
+ATOM  11808  NE  ARG D 116     -15.547  22.191  38.206  1.00 79.40           N  
+ATOM  11809  CZ  ARG D 116     -16.531  22.400  39.075  1.00 79.87           C  
+ATOM  11810  NH1 ARG D 116     -17.761  21.988  38.796  1.00 78.71           N  
+ATOM  11811  NH2 ARG D 116     -16.285  23.011  40.225  1.00 80.00           N  
+ATOM  11812  N   THR D 117     -12.134  24.342  33.947  1.00 66.41           N  
+ATOM  11813  CA  THR D 117     -11.215  24.685  32.872  1.00 66.31           C  
+ATOM  11814  C   THR D 117     -10.205  23.565  32.672  1.00 64.57           C  
+ATOM  11815  O   THR D 117      -9.702  22.986  33.639  1.00 63.61           O  
+ATOM  11816  CB  THR D 117     -10.483  25.999  33.157  1.00 67.39           C  
+ATOM  11817  OG1 THR D 117      -9.831  25.922  34.431  1.00 66.63           O  
+ATOM  11818  CG2 THR D 117     -11.461  27.165  33.165  1.00 71.33           C  
+ATOM  11819  N   PHE D 118      -9.917  23.270  31.409  1.00 62.75           N  
+ATOM  11820  CA  PHE D 118      -8.944  22.261  31.023  1.00 60.66           C  
+ATOM  11821  C   PHE D 118      -7.627  22.914  30.618  1.00 62.49           C  
+ATOM  11822  O   PHE D 118      -7.520  24.134  30.473  1.00 64.10           O  
+ATOM  11823  CB  PHE D 118      -9.479  21.410  29.866  1.00 58.98           C  
+ATOM  11824  CG  PHE D 118     -10.621  20.514  30.243  1.00 58.91           C  
+ATOM  11825  CD1 PHE D 118     -11.914  21.004  30.311  1.00 60.59           C  
+ATOM  11826  CD2 PHE D 118     -10.403  19.172  30.506  1.00 57.02           C  
+ATOM  11827  CE1 PHE D 118     -12.965  20.176  30.652  1.00 61.29           C  
+ATOM  11828  CE2 PHE D 118     -11.450  18.339  30.845  1.00 55.86           C  
+ATOM  11829  CZ  PHE D 118     -12.733  18.841  30.918  1.00 58.49           C  
+ATOM  11830  N   GLY D 119      -6.610  22.071  30.437  1.00 62.37           N  
+ATOM  11831  CA  GLY D 119      -5.364  22.516  29.854  1.00 62.22           C  
+ATOM  11832  C   GLY D 119      -5.394  22.441  28.339  1.00 62.86           C  
+ATOM  11833  O   GLY D 119      -6.347  21.951  27.735  1.00 62.56           O  
+ATOM  11834  N   GLY D 120      -4.322  22.941  27.722  1.00 63.25           N  
+ATOM  11835  CA  GLY D 120      -4.232  22.909  26.273  1.00 59.34           C  
+ATOM  11836  C   GLY D 120      -4.057  21.521  25.696  1.00 57.31           C  
+ATOM  11837  O   GLY D 120      -4.416  21.294  24.536  1.00 63.32           O  
+ATOM  11838  N   GLY D 121      -3.524  20.590  26.477  1.00 55.34           N  
+ATOM  11839  CA  GLY D 121      -3.284  19.243  26.012  1.00 55.15           C  
+ATOM  11840  C   GLY D 121      -1.851  19.045  25.546  1.00 56.74           C  
+ATOM  11841  O   GLY D 121      -1.150  19.984  25.160  1.00 60.13           O  
+ATOM  11842  N   THR D 122      -1.410  17.790  25.587  1.00 54.36           N  
+ATOM  11843  CA  THR D 122      -0.065  17.425  25.145  1.00 53.31           C  
+ATOM  11844  C   THR D 122      -0.158  16.132  24.348  1.00 52.49           C  
+ATOM  11845  O   THR D 122      -0.548  15.096  24.896  1.00 49.25           O  
+ATOM  11846  CB  THR D 122       0.893  17.268  26.328  1.00 54.98           C  
+ATOM  11847  OG1 THR D 122       0.962  18.500  27.058  1.00 58.35           O  
+ATOM  11848  CG2 THR D 122       2.286  16.898  25.839  1.00 53.27           C  
+ATOM  11849  N   LYS D 123       0.147  16.204  23.053  1.00 53.86           N  
+ATOM  11850  CA  LYS D 123       0.180  15.020  22.203  1.00 53.07           C  
+ATOM  11851  C   LYS D 123       1.481  14.264  22.440  1.00 53.83           C  
+ATOM  11852  O   LYS D 123       2.569  14.834  22.308  1.00 56.03           O  
+ATOM  11853  CB  LYS D 123       0.046  15.404  20.731  1.00 52.83           C  
+ATOM  11854  CG  LYS D 123       0.047  14.207  19.788  1.00 54.68           C  
+ATOM  11855  CD  LYS D 123       0.155  14.635  18.333  1.00 67.30           C  
+ATOM  11856  CE  LYS D 123      -1.177  15.126  17.796  1.00 69.24           C  
+ATOM  11857  NZ  LYS D 123      -2.174  14.024  17.709  1.00 73.17           N  
+ATOM  11858  N   LEU D 124       1.372  12.984  22.787  1.00 50.95           N  
+ATOM  11859  CA  LEU D 124       2.529  12.143  23.078  1.00 48.80           C  
+ATOM  11860  C   LEU D 124       2.822  11.276  21.859  1.00 48.99           C  
+ATOM  11861  O   LEU D 124       2.116  10.301  21.592  1.00 48.21           O  
+ATOM  11862  CB  LEU D 124       2.285  11.293  24.319  1.00 45.60           C  
+ATOM  11863  CG  LEU D 124       3.447  10.377  24.705  1.00 45.63           C  
+ATOM  11864  CD1 LEU D 124       4.678  11.201  25.048  1.00 45.52           C  
+ATOM  11865  CD2 LEU D 124       3.062   9.471  25.861  1.00 50.01           C  
+ATOM  11866  N   GLU D 125       3.860  11.640  21.114  1.00 50.59           N  
+ATOM  11867  CA  GLU D 125       4.320  10.829  19.999  1.00 55.39           C  
+ATOM  11868  C   GLU D 125       5.316   9.788  20.492  1.00 53.46           C  
+ATOM  11869  O   GLU D 125       6.041  10.004  21.467  1.00 50.68           O  
+ATOM  11870  CB  GLU D 125       4.970  11.695  18.916  1.00 58.84           C  
+ATOM  11871  CG  GLU D 125       5.466  10.907  17.705  1.00 65.13           C  
+ATOM  11872  CD  GLU D 125       6.274  11.743  16.735  1.00 76.66           C  
+ATOM  11873  OE1 GLU D 125       5.950  12.936  16.552  1.00 98.88           O  
+ATOM  11874  OE2 GLU D 125       7.251  11.207  16.169  1.00 78.33           O  
+ATOM  11875  N   ILE D 126       5.346   8.651  19.805  1.00 53.82           N  
+ATOM  11876  CA  ILE D 126       6.251   7.559  20.131  1.00 54.00           C  
+ATOM  11877  C   ILE D 126       7.360   7.552  19.091  1.00 57.98           C  
+ATOM  11878  O   ILE D 126       7.091   7.570  17.883  1.00 59.28           O  
+ATOM  11879  CB  ILE D 126       5.512   6.211  20.163  1.00 53.28           C  
+ATOM  11880  CG1 ILE D 126       4.553   6.160  21.353  1.00 57.01           C  
+ATOM  11881  CG2 ILE D 126       6.500   5.058  20.213  1.00 51.85           C  
+ATOM  11882  CD1 ILE D 126       3.767   4.876  21.443  1.00 66.09           C  
+ATOM  11883  N   LYS D 127       8.604   7.529  19.555  1.00 56.16           N  
+ATOM  11884  CA  LYS D 127       9.761   7.488  18.676  1.00 56.20           C  
+ATOM  11885  C   LYS D 127      10.198   6.044  18.479  1.00 54.84           C  
+ATOM  11886  O   LYS D 127      10.235   5.259  19.431  1.00 53.70           O  
+ATOM  11887  CB  LYS D 127      10.914   8.316  19.246  1.00 51.50           C  
+ATOM  11888  CG  LYS D 127      12.143   8.370  18.355  1.00 55.07           C  
+ATOM  11889  CD  LYS D 127      11.913   9.275  17.155  1.00 62.49           C  
+ATOM  11890  CE  LYS D 127      13.164   9.392  16.297  1.00 65.21           C  
+ATOM  11891  NZ  LYS D 127      12.938  10.254  15.101  1.00 64.81           N  
+ATOM  11892  N   ARG D 128      10.519   5.700  17.236  1.00 50.09           N  
+ATOM  11893  CA  ARG D 128      10.929   4.349  16.890  1.00 50.26           C  
+ATOM  11894  C   ARG D 128      11.958   4.431  15.771  1.00 53.03           C  
+ATOM  11895  O   ARG D 128      12.302   5.516  15.295  1.00 52.28           O  
+ATOM  11896  CB  ARG D 128       9.717   3.496  16.498  1.00 48.63           C  
+ATOM  11897  CG  ARG D 128       8.834   4.117  15.426  1.00 51.36           C  
+ATOM  11898  CD  ARG D 128       8.185   3.046  14.566  1.00 52.66           C  
+ATOM  11899  NE  ARG D 128       9.172   2.281  13.811  1.00 51.06           N  
+ATOM  11900  CZ  ARG D 128       8.912   1.138  13.184  1.00 50.48           C  
+ATOM  11901  NH1 ARG D 128       7.692   0.620  13.228  1.00 52.91           N  
+ATOM  11902  NH2 ARG D 128       9.872   0.511  12.519  1.00 55.06           N  
+ATOM  11903  N   THR D 129      12.456   3.269  15.357  1.00 51.34           N  
+ATOM  11904  CA  THR D 129      13.442   3.221  14.291  1.00 51.74           C  
+ATOM  11905  C   THR D 129      12.825   3.675  12.971  1.00 52.74           C  
+ATOM  11906  O   THR D 129      11.604   3.680  12.790  1.00 52.26           O  
+ATOM  11907  CB  THR D 129      14.011   1.809  14.143  1.00 52.25           C  
+ATOM  11908  OG1 THR D 129      12.947   0.888  13.872  1.00 53.45           O  
+ATOM  11909  CG2 THR D 129      14.726   1.389  15.417  1.00 52.15           C  
+ATOM  11910  N   VAL D 130      13.697   4.074  12.042  1.00 50.88           N  
+ATOM  11911  CA  VAL D 130      13.236   4.523  10.736  1.00 52.50           C  
+ATOM  11912  C   VAL D 130      12.570   3.362  10.010  1.00 52.45           C  
+ATOM  11913  O   VAL D 130      13.012   2.209  10.097  1.00 52.12           O  
+ATOM  11914  CB  VAL D 130      14.410   5.099   9.927  1.00 54.72           C  
+ATOM  11915  CG1 VAL D 130      13.930   5.641   8.593  1.00 55.77           C  
+ATOM  11916  CG2 VAL D 130      15.121   6.182  10.725  1.00 60.35           C  
+ATOM  11917  N   ALA D 131      11.490   3.664   9.293  1.00 51.71           N  
+ATOM  11918  CA  ALA D 131      10.758   2.664   8.524  1.00 53.27           C  
+ATOM  11919  C   ALA D 131      10.402   3.257   7.172  1.00 51.92           C  
+ATOM  11920  O   ALA D 131       9.665   4.245   7.102  1.00 50.90           O  
+ATOM  11921  CB  ALA D 131       9.495   2.210   9.263  1.00 51.63           C  
+ATOM  11922  N   ALA D 132      10.942   2.673   6.108  1.00 51.55           N  
+ATOM  11923  CA  ALA D 132      10.629   3.150   4.770  1.00 50.51           C  
+ATOM  11924  C   ALA D 132       9.173   2.842   4.430  1.00 52.27           C  
+ATOM  11925  O   ALA D 132       8.650   1.795   4.824  1.00 51.58           O  
+ATOM  11926  CB  ALA D 132      11.546   2.497   3.741  1.00 51.46           C  
+ATOM  11927  N   PRO D 133       8.500   3.721   3.695  1.00 50.57           N  
+ATOM  11928  CA  PRO D 133       7.106   3.464   3.328  1.00 52.33           C  
+ATOM  11929  C   PRO D 133       6.986   2.440   2.213  1.00 52.87           C  
+ATOM  11930  O   PRO D 133       7.860   2.310   1.352  1.00 53.77           O  
+ATOM  11931  CB  PRO D 133       6.608   4.837   2.862  1.00 50.87           C  
+ATOM  11932  CG  PRO D 133       7.831   5.513   2.352  1.00 49.35           C  
+ATOM  11933  CD  PRO D 133       8.965   5.037   3.221  1.00 51.60           C  
+ATOM  11934  N   SER D 134       5.880   1.702   2.242  1.00 55.49           N  
+ATOM  11935  CA  SER D 134       5.497   0.855   1.119  1.00 54.48           C  
+ATOM  11936  C   SER D 134       4.624   1.685   0.188  1.00 57.58           C  
+ATOM  11937  O   SER D 134       3.593   2.217   0.612  1.00 59.23           O  
+ATOM  11938  CB  SER D 134       4.757  -0.394   1.597  1.00 54.64           C  
+ATOM  11939  OG  SER D 134       5.621  -1.253   2.319  1.00 59.45           O  
+ATOM  11940  N   VAL D 135       5.047   1.818  -1.066  1.00 57.56           N  
+ATOM  11941  CA  VAL D 135       4.411   2.726  -2.012  1.00 58.10           C  
+ATOM  11942  C   VAL D 135       3.516   1.926  -2.947  1.00 59.88           C  
+ATOM  11943  O   VAL D 135       3.930   0.894  -3.490  1.00 62.12           O  
+ATOM  11944  CB  VAL D 135       5.457   3.528  -2.804  1.00 58.74           C  
+ATOM  11945  CG1 VAL D 135       4.788   4.663  -3.564  1.00 60.94           C  
+ATOM  11946  CG2 VAL D 135       6.534   4.062  -1.873  1.00 57.06           C  
+ATOM  11947  N   PHE D 136       2.289   2.403  -3.131  1.00 58.71           N  
+ATOM  11948  CA  PHE D 136       1.338   1.821  -4.065  1.00 62.08           C  
+ATOM  11949  C   PHE D 136       0.696   2.936  -4.873  1.00 63.84           C  
+ATOM  11950  O   PHE D 136       0.599   4.075  -4.412  1.00 61.57           O  
+ATOM  11951  CB  PHE D 136       0.250   1.014  -3.345  1.00 60.99           C  
+ATOM  11952  CG  PHE D 136       0.786  -0.022  -2.403  1.00 66.39           C  
+ATOM  11953  CD1 PHE D 136       1.188  -1.261  -2.871  1.00 76.71           C  
+ATOM  11954  CD2 PHE D 136       0.884   0.242  -1.047  1.00 64.71           C  
+ATOM  11955  CE1 PHE D 136       1.681  -2.217  -2.005  1.00 78.41           C  
+ATOM  11956  CE2 PHE D 136       1.376  -0.711  -0.176  1.00 64.06           C  
+ATOM  11957  CZ  PHE D 136       1.775  -1.942  -0.656  1.00 69.42           C  
+ATOM  11958  N   ILE D 137       0.253   2.605  -6.083  1.00 63.97           N  
+ATOM  11959  CA  ILE D 137      -0.410   3.568  -6.953  1.00 64.14           C  
+ATOM  11960  C   ILE D 137      -1.675   2.931  -7.515  1.00 64.51           C  
+ATOM  11961  O   ILE D 137      -1.663   1.768  -7.933  1.00 66.64           O  
+ATOM  11962  CB  ILE D 137       0.522   4.068  -8.077  1.00 65.14           C  
+ATOM  11963  CG1 ILE D 137      -0.127   5.226  -8.839  1.00 61.01           C  
+ATOM  11964  CG2 ILE D 137       0.931   2.934  -9.014  1.00 69.19           C  
+ATOM  11965  CD1 ILE D 137       0.836   5.980  -9.731  1.00 61.25           C  
+ATOM  11966  N   PHE D 138      -2.770   3.686  -7.487  1.00 65.93           N  
+ATOM  11967  CA  PHE D 138      -4.072   3.249  -7.970  1.00 65.21           C  
+ATOM  11968  C   PHE D 138      -4.546   4.197  -9.062  1.00 65.76           C  
+ATOM  11969  O   PHE D 138      -4.664   5.412  -8.814  1.00 65.85           O  
+ATOM  11970  CB  PHE D 138      -5.097   3.200  -6.833  1.00 61.72           C  
+ATOM  11971  CG  PHE D 138      -4.684   2.340  -5.673  1.00 60.65           C  
+ATOM  11972  CD1 PHE D 138      -4.818   0.963  -5.735  1.00 61.87           C  
+ATOM  11973  CD2 PHE D 138      -4.176   2.908  -4.517  1.00 61.80           C  
+ATOM  11974  CE1 PHE D 138      -4.445   0.168  -4.668  1.00 61.33           C  
+ATOM  11975  CE2 PHE D 138      -3.802   2.117  -3.446  1.00 59.24           C  
+ATOM  11976  CZ  PHE D 138      -3.937   0.746  -3.522  1.00 59.31           C  
+ATOM  11977  N   PRO D 139      -4.818   3.700 -10.266  1.00 65.89           N  
+ATOM  11978  CA  PRO D 139      -5.375   4.546 -11.324  1.00 68.48           C  
+ATOM  11979  C   PRO D 139      -6.844   4.824 -11.065  1.00 69.51           C  
+ATOM  11980  O   PRO D 139      -7.463   4.166 -10.214  1.00 64.95           O  
+ATOM  11981  CB  PRO D 139      -5.176   3.694 -12.587  1.00 66.18           C  
+ATOM  11982  CG  PRO D 139      -5.212   2.292 -12.091  1.00 66.46           C  
+ATOM  11983  CD  PRO D 139      -4.579   2.319 -10.724  1.00 66.64           C  
+ATOM  11984  N   PRO D 140      -7.443   5.786 -11.767  1.00 67.96           N  
+ATOM  11985  CA  PRO D 140      -8.859   6.080 -11.532  1.00 67.47           C  
+ATOM  11986  C   PRO D 140      -9.747   4.954 -12.033  1.00 71.33           C  
+ATOM  11987  O   PRO D 140      -9.447   4.283 -13.023  1.00 76.39           O  
+ATOM  11988  CB  PRO D 140      -9.094   7.367 -12.330  1.00 66.63           C  
+ATOM  11989  CG  PRO D 140      -8.080   7.316 -13.411  1.00 68.05           C  
+ATOM  11990  CD  PRO D 140      -6.875   6.646 -12.821  1.00 65.45           C  
+ATOM  11991  N   SER D 141     -10.854   4.751 -11.327  1.00 74.66           N  
+ATOM  11992  CA  SER D 141     -11.821   3.743 -11.731  1.00 80.86           C  
+ATOM  11993  C   SER D 141     -12.584   4.199 -12.969  1.00 86.09           C  
+ATOM  11994  O   SER D 141     -12.755   5.396 -13.217  1.00 86.12           O  
+ATOM  11995  CB  SER D 141     -12.794   3.453 -10.589  1.00 79.82           C  
+ATOM  11996  OG  SER D 141     -13.566   4.599 -10.275  1.00 78.95           O  
+ATOM  11997  N   ASP D 142     -13.036   3.222 -13.760  1.00 86.57           N  
+ATOM  11998  CA  ASP D 142     -13.820   3.535 -14.950  1.00 90.64           C  
+ATOM  11999  C   ASP D 142     -15.121   4.246 -14.596  1.00 93.06           C  
+ATOM  12000  O   ASP D 142     -15.622   5.056 -15.387  1.00 99.86           O  
+ATOM  12001  CB  ASP D 142     -14.104   2.256 -15.739  1.00 95.00           C  
+ATOM  12002  CG  ASP D 142     -12.842   1.628 -16.302  1.00 98.76           C  
+ATOM  12003  OD1 ASP D 142     -11.885   2.375 -16.597  1.00 99.40           O  
+ATOM  12004  OD2 ASP D 142     -12.807   0.388 -16.447  1.00105.17           O  
+ATOM  12005  N   GLU D 143     -15.679   3.962 -13.416  1.00 91.21           N  
+ATOM  12006  CA  GLU D 143     -16.893   4.646 -12.978  1.00 90.43           C  
+ATOM  12007  C   GLU D 143     -16.651   6.145 -12.838  1.00 89.82           C  
+ATOM  12008  O   GLU D 143     -17.401   6.964 -13.386  1.00 92.57           O  
+ATOM  12009  CB  GLU D 143     -17.384   4.052 -11.656  1.00 89.72           C  
+ATOM  12010  CG  GLU D 143     -17.679   2.553 -11.688  1.00 95.26           C  
+ATOM  12011  CD  GLU D 143     -16.445   1.692 -11.468  1.00 98.74           C  
+ATOM  12012  OE1 GLU D 143     -15.380   2.003 -12.042  1.00 94.18           O  
+ATOM  12013  OE2 GLU D 143     -16.541   0.700 -10.714  1.00106.54           O  
+ATOM  12014  N   GLN D 144     -15.603   6.522 -12.102  1.00 87.88           N  
+ATOM  12015  CA  GLN D 144     -15.278   7.936 -11.951  1.00 85.00           C  
+ATOM  12016  C   GLN D 144     -14.946   8.563 -13.298  1.00 87.79           C  
+ATOM  12017  O   GLN D 144     -15.256   9.735 -13.539  1.00 87.73           O  
+ATOM  12018  CB  GLN D 144     -14.119   8.115 -10.971  1.00 80.91           C  
+ATOM  12019  CG  GLN D 144     -13.864   9.565 -10.599  1.00 80.33           C  
+ATOM  12020  CD  GLN D 144     -12.553   9.766  -9.871  1.00 75.89           C  
+ATOM  12021  OE1 GLN D 144     -11.841   8.807  -9.575  1.00 75.95           O  
+ATOM  12022  NE2 GLN D 144     -12.225  11.020  -9.581  1.00 75.27           N  
+ATOM  12023  N   LEU D 145     -14.299   7.800 -14.182  1.00 89.25           N  
+ATOM  12024  CA  LEU D 145     -14.022   8.294 -15.527  1.00 90.09           C  
+ATOM  12025  C   LEU D 145     -15.313   8.666 -16.248  1.00 93.74           C  
+ATOM  12026  O   LEU D 145     -15.420   9.755 -16.826  1.00 92.54           O  
+ATOM  12027  CB  LEU D 145     -13.231   7.253 -16.318  1.00 88.93           C  
+ATOM  12028  CG  LEU D 145     -11.744   7.186 -15.962  1.00 82.07           C  
+ATOM  12029  CD1 LEU D 145     -11.082   5.964 -16.584  1.00 80.96           C  
+ATOM  12030  CD2 LEU D 145     -11.037   8.464 -16.389  1.00 81.30           C  
+ATOM  12031  N   LYS D 146     -16.302   7.765 -16.242  1.00 95.32           N  
+ATOM  12032  CA  LYS D 146     -17.601   8.116 -16.811  1.00 94.09           C  
+ATOM  12033  C   LYS D 146     -18.223   9.311 -16.100  1.00 90.35           C  
+ATOM  12034  O   LYS D 146     -18.959  10.086 -16.722  1.00 93.61           O  
+ATOM  12035  CB  LYS D 146     -18.568   6.930 -16.768  1.00 96.37           C  
+ATOM  12036  CG  LYS D 146     -18.208   5.773 -17.685  1.00101.20           C  
+ATOM  12037  CD  LYS D 146     -19.283   4.689 -17.646  1.00104.07           C  
+ATOM  12038  CE  LYS D 146     -19.447   4.087 -16.261  1.00101.90           C  
+ATOM  12039  NZ  LYS D 146     -18.393   3.077 -15.973  1.00101.20           N  
+ATOM  12040  N   SER D 147     -17.949   9.474 -14.803  1.00 89.20           N  
+ATOM  12041  CA  SER D 147     -18.458  10.640 -14.086  1.00 87.26           C  
+ATOM  12042  C   SER D 147     -17.872  11.939 -14.627  1.00 84.90           C  
+ATOM  12043  O   SER D 147     -18.511  12.994 -14.531  1.00 82.30           O  
+ATOM  12044  CB  SER D 147     -18.165  10.508 -12.591  1.00 88.50           C  
+ATOM  12045  OG  SER D 147     -18.841   9.391 -12.040  1.00 89.53           O  
+ATOM  12046  N   GLY D 148     -16.668  11.890 -15.192  1.00 84.97           N  
+ATOM  12047  CA  GLY D 148     -16.042  13.058 -15.778  1.00 83.40           C  
+ATOM  12048  C   GLY D 148     -14.788  13.549 -15.085  1.00 85.46           C  
+ATOM  12049  O   GLY D 148     -14.308  14.640 -15.415  1.00 81.82           O  
+ATOM  12050  N   THR D 149     -14.244  12.788 -14.138  1.00 90.16           N  
+ATOM  12051  CA  THR D 149     -13.071  13.191 -13.378  1.00 81.30           C  
+ATOM  12052  C   THR D 149     -12.194  11.962 -13.172  1.00 80.05           C  
+ATOM  12053  O   THR D 149     -12.670  10.826 -13.220  1.00 81.68           O  
+ATOM  12054  CB  THR D 149     -13.483  13.823 -12.034  1.00 81.56           C  
+ATOM  12055  OG1 THR D 149     -14.341  14.944 -12.280  1.00 80.37           O  
+ATOM  12056  CG2 THR D 149     -12.275  14.312 -11.244  1.00 80.31           C  
+ATOM  12057  N   ALA D 150     -10.898  12.192 -12.963  1.00 80.81           N  
+ATOM  12058  CA  ALA D 150      -9.944  11.120 -12.721  1.00 78.39           C  
+ATOM  12059  C   ALA D 150      -9.152  11.442 -11.464  1.00 74.86           C  
+ATOM  12060  O   ALA D 150      -8.547  12.515 -11.363  1.00 76.57           O  
+ATOM  12061  CB  ALA D 150      -9.000  10.935 -13.915  1.00 72.75           C  
+ATOM  12062  N   SER D 151      -9.159  10.516 -10.509  1.00 71.39           N  
+ATOM  12063  CA  SER D 151      -8.408  10.654  -9.266  1.00 68.06           C  
+ATOM  12064  C   SER D 151      -7.420   9.500  -9.180  1.00 66.86           C  
+ATOM  12065  O   SER D 151      -7.823   8.340  -9.038  1.00 64.74           O  
+ATOM  12066  CB  SER D 151      -9.339  10.670  -8.055  1.00 66.01           C  
+ATOM  12067  OG  SER D 151     -10.102  11.863  -8.012  1.00 67.95           O  
+ATOM  12068  N   VAL D 152      -6.132   9.815  -9.273  1.00 66.20           N  
+ATOM  12069  CA  VAL D 152      -5.071   8.824  -9.137  1.00 65.59           C  
+ATOM  12070  C   VAL D 152      -4.546   8.914  -7.710  1.00 65.42           C  
+ATOM  12071  O   VAL D 152      -4.274  10.014  -7.212  1.00 64.96           O  
+ATOM  12072  CB  VAL D 152      -3.949   9.067 -10.163  1.00 63.63           C  
+ATOM  12073  CG1 VAL D 152      -2.648   8.472  -9.684  1.00 66.88           C  
+ATOM  12074  CG2 VAL D 152      -4.327   8.537 -11.529  1.00 64.98           C  
+ATOM  12075  N   VAL D 153      -4.399   7.770  -7.043  1.00 63.85           N  
+ATOM  12076  CA  VAL D 153      -4.042   7.735  -5.626  1.00 61.27           C  
+ATOM  12077  C   VAL D 153      -2.665   7.116  -5.441  1.00 59.52           C  
+ATOM  12078  O   VAL D 153      -2.332   6.111  -6.074  1.00 60.86           O  
+ATOM  12079  CB  VAL D 153      -5.096   6.981  -4.792  1.00 60.23           C  
+ATOM  12080  CG1 VAL D 153      -4.901   7.267  -3.316  1.00 57.94           C  
+ATOM  12081  CG2 VAL D 153      -6.488   7.438  -5.195  1.00 62.06           C  
+ATOM  12082  N   CYS D 154      -1.862   7.728  -4.572  1.00 58.88           N  
+ATOM  12083  CA  CYS D 154      -0.558   7.203  -4.183  1.00 60.00           C  
+ATOM  12084  C   CYS D 154      -0.566   6.984  -2.676  1.00 60.85           C  
+ATOM  12085  O   CYS D 154      -0.815   7.922  -1.910  1.00 58.99           O  
+ATOM  12086  CB  CYS D 154       0.565   8.159  -4.592  1.00 59.47           C  
+ATOM  12087  SG  CYS D 154       2.251   7.531  -4.372  1.00 69.22           S  
+ATOM  12088  N   LEU D 155      -0.302   5.749  -2.256  1.00 59.12           N  
+ATOM  12089  CA  LEU D 155      -0.378   5.344  -0.858  1.00 55.93           C  
+ATOM  12090  C   LEU D 155       1.016   5.019  -0.336  1.00 57.99           C  
+ATOM  12091  O   LEU D 155       1.700   4.149  -0.885  1.00 60.52           O  
+ATOM  12092  CB  LEU D 155      -1.296   4.134  -0.689  1.00 56.88           C  
+ATOM  12093  CG  LEU D 155      -1.208   3.427   0.667  1.00 58.47           C  
+ATOM  12094  CD1 LEU D 155      -1.654   4.346   1.795  1.00 54.31           C  
+ATOM  12095  CD2 LEU D 155      -2.017   2.137   0.665  1.00 58.76           C  
+ATOM  12096  N   LEU D 156       1.428   5.718   0.720  1.00 56.11           N  
+ATOM  12097  CA  LEU D 156       2.635   5.400   1.472  1.00 55.74           C  
+ATOM  12098  C   LEU D 156       2.204   4.747   2.779  1.00 54.73           C  
+ATOM  12099  O   LEU D 156       1.494   5.366   3.577  1.00 55.71           O  
+ATOM  12100  CB  LEU D 156       3.461   6.657   1.749  1.00 54.84           C  
+ATOM  12101  CG  LEU D 156       4.179   7.439   0.641  1.00 54.32           C  
+ATOM  12102  CD1 LEU D 156       3.233   7.980  -0.420  1.00 54.03           C  
+ATOM  12103  CD2 LEU D 156       4.951   8.582   1.276  1.00 56.03           C  
+ATOM  12104  N   ASN D 157       2.634   3.510   3.007  1.00 53.29           N  
+ATOM  12105  CA  ASN D 157       2.101   2.697   4.093  1.00 58.05           C  
+ATOM  12106  C   ASN D 157       3.190   2.341   5.095  1.00 58.07           C  
+ATOM  12107  O   ASN D 157       4.289   1.925   4.707  1.00 54.92           O  
+ATOM  12108  CB  ASN D 157       1.442   1.425   3.556  1.00 56.08           C  
+ATOM  12109  CG  ASN D 157       0.372   0.893   4.488  1.00 60.40           C  
+ATOM  12110  OD1 ASN D 157      -0.640   1.553   4.730  1.00 62.82           O  
+ATOM  12111  ND2 ASN D 157       0.587  -0.306   5.013  1.00 66.28           N  
+ATOM  12112  N   ASN D 158       2.867   2.516   6.378  1.00 54.22           N  
+ATOM  12113  CA  ASN D 158       3.663   2.055   7.517  1.00 53.89           C  
+ATOM  12114  C   ASN D 158       5.105   2.564   7.445  1.00 53.30           C  
+ATOM  12115  O   ASN D 158       6.059   1.812   7.242  1.00 53.00           O  
+ATOM  12116  CB  ASN D 158       3.627   0.526   7.615  1.00 55.48           C  
+ATOM  12117  CG  ASN D 158       2.225  -0.013   7.816  1.00 58.16           C  
+ATOM  12118  OD1 ASN D 158       1.339   0.693   8.296  1.00 61.58           O  
+ATOM  12119  ND2 ASN D 158       2.019  -1.276   7.457  1.00 57.72           N  
+ATOM  12120  N   PHE D 159       5.236   3.875   7.629  1.00 50.85           N  
+ATOM  12121  CA  PHE D 159       6.538   4.520   7.652  1.00 50.52           C  
+ATOM  12122  C   PHE D 159       6.676   5.381   8.900  1.00 52.58           C  
+ATOM  12123  O   PHE D 159       5.690   5.786   9.520  1.00 53.83           O  
+ATOM  12124  CB  PHE D 159       6.778   5.367   6.389  1.00 48.78           C  
+ATOM  12125  CG  PHE D 159       5.801   6.493   6.206  1.00 47.93           C  
+ATOM  12126  CD1 PHE D 159       4.598   6.286   5.553  1.00 51.08           C  
+ATOM  12127  CD2 PHE D 159       6.098   7.766   6.662  1.00 50.63           C  
+ATOM  12128  CE1 PHE D 159       3.701   7.323   5.376  1.00 52.05           C  
+ATOM  12129  CE2 PHE D 159       5.206   8.807   6.487  1.00 51.20           C  
+ATOM  12130  CZ  PHE D 159       4.007   8.585   5.843  1.00 51.15           C  
+ATOM  12131  N   TYR D 160       7.932   5.651   9.260  1.00 51.91           N  
+ATOM  12132  CA  TYR D 160       8.310   6.530  10.352  1.00 51.73           C  
+ATOM  12133  C   TYR D 160       9.703   7.049  10.032  1.00 51.35           C  
+ATOM  12134  O   TYR D 160      10.554   6.265   9.585  1.00 52.95           O  
+ATOM  12135  CB  TYR D 160       8.308   5.824  11.713  1.00 54.54           C  
+ATOM  12136  CG  TYR D 160       8.460   6.774  12.881  1.00 53.44           C  
+ATOM  12137  CD1 TYR D 160       7.353   7.390  13.449  1.00 55.26           C  
+ATOM  12138  CD2 TYR D 160       9.712   7.062  13.409  1.00 53.66           C  
+ATOM  12139  CE1 TYR D 160       7.488   8.265  14.510  1.00 57.65           C  
+ATOM  12140  CE2 TYR D 160       9.857   7.936  14.471  1.00 54.75           C  
+ATOM  12141  CZ  TYR D 160       8.742   8.534  15.017  1.00 58.56           C  
+ATOM  12142  OH  TYR D 160       8.878   9.403  16.075  1.00 64.85           O  
+ATOM  12143  N   PRO D 161       9.978   8.345  10.251  1.00 49.69           N  
+ATOM  12144  CA  PRO D 161       9.092   9.367  10.825  1.00 52.78           C  
+ATOM  12145  C   PRO D 161       7.979   9.864   9.899  1.00 58.14           C  
+ATOM  12146  O   PRO D 161       7.800   9.371   8.786  1.00 58.59           O  
+ATOM  12147  CB  PRO D 161      10.056  10.510  11.154  1.00 53.64           C  
+ATOM  12148  CG  PRO D 161      11.153  10.358  10.177  1.00 56.73           C  
+ATOM  12149  CD  PRO D 161      11.324   8.880   9.982  1.00 56.69           C  
+ATOM  12150  N   ARG D 162       7.243  10.860  10.397  1.00 61.89           N  
+ATOM  12151  CA  ARG D 162       6.044  11.355   9.727  1.00 63.42           C  
+ATOM  12152  C   ARG D 162       6.363  12.076   8.421  1.00 64.60           C  
+ATOM  12153  O   ARG D 162       5.528  12.097   7.509  1.00 64.94           O  
+ATOM  12154  CB  ARG D 162       5.291  12.280  10.684  1.00 66.00           C  
+ATOM  12155  CG  ARG D 162       3.908  12.735  10.250  1.00 71.23           C  
+ATOM  12156  CD  ARG D 162       3.350  13.672  11.314  1.00 79.70           C  
+ATOM  12157  NE  ARG D 162       1.956  14.052  11.105  1.00 89.13           N  
+ATOM  12158  CZ  ARG D 162       1.565  15.074  10.351  1.00 95.07           C  
+ATOM  12159  NH1 ARG D 162       2.465  15.818   9.722  1.00 91.90           N  
+ATOM  12160  NH2 ARG D 162       0.276  15.355  10.228  1.00 93.36           N  
+ATOM  12161  N   GLU D 163       7.552  12.662   8.306  1.00 63.90           N  
+ATOM  12162  CA  GLU D 163       7.872  13.546   7.190  1.00 64.89           C  
+ATOM  12163  C   GLU D 163       8.267  12.736   5.959  1.00 66.17           C  
+ATOM  12164  O   GLU D 163       9.277  12.024   5.974  1.00 70.88           O  
+ATOM  12165  CB  GLU D 163       8.995  14.506   7.582  1.00 66.51           C  
+ATOM  12166  CG  GLU D 163       8.625  15.524   8.658  1.00 70.82           C  
+ATOM  12167  CD  GLU D 163       8.488  14.907  10.040  1.00 72.85           C  
+ATOM  12168  OE1 GLU D 163       9.122  13.860  10.291  1.00 70.23           O  
+ATOM  12169  OE2 GLU D 163       7.746  15.468  10.873  1.00 77.61           O  
+ATOM  12170  N   ALA D 164       7.475  12.851   4.893  1.00 61.38           N  
+ATOM  12171  CA  ALA D 164       7.773  12.195   3.625  1.00 59.70           C  
+ATOM  12172  C   ALA D 164       7.276  13.065   2.480  1.00 61.93           C  
+ATOM  12173  O   ALA D 164       6.148  13.562   2.528  1.00 63.01           O  
+ATOM  12174  CB  ALA D 164       7.131  10.806   3.555  1.00 56.01           C  
+ATOM  12175  N   LYS D 165       8.114  13.253   1.461  1.00 60.91           N  
+ATOM  12176  CA  LYS D 165       7.779  14.101   0.324  1.00 58.81           C  
+ATOM  12177  C   LYS D 165       7.293  13.257  -0.848  1.00 59.67           C  
+ATOM  12178  O   LYS D 165       7.857  12.198  -1.143  1.00 58.86           O  
+ATOM  12179  CB  LYS D 165       8.980  14.943  -0.112  1.00 63.99           C  
+ATOM  12180  CG  LYS D 165       9.486  15.927   0.930  1.00 78.37           C  
+ATOM  12181  CD  LYS D 165       8.529  17.103   1.072  1.00 78.71           C  
+ATOM  12182  CE  LYS D 165       9.127  18.214   1.921  1.00 74.09           C  
+ATOM  12183  NZ  LYS D 165       9.454  17.757   3.297  1.00 75.19           N  
+ATOM  12184  N   VAL D 166       6.241  13.736  -1.513  1.00 61.02           N  
+ATOM  12185  CA  VAL D 166       5.623  13.047  -2.641  1.00 63.45           C  
+ATOM  12186  C   VAL D 166       5.474  14.033  -3.793  1.00 64.56           C  
+ATOM  12187  O   VAL D 166       4.907  15.118  -3.616  1.00 63.84           O  
+ATOM  12188  CB  VAL D 166       4.251  12.450  -2.269  1.00 61.84           C  
+ATOM  12189  CG1 VAL D 166       3.683  11.657  -3.436  1.00 60.47           C  
+ATOM  12190  CG2 VAL D 166       4.363  11.576  -1.027  1.00 58.34           C  
+ATOM  12191  N   GLN D 167       5.980  13.659  -4.966  1.00 66.09           N  
+ATOM  12192  CA  GLN D 167       5.844  14.452  -6.180  1.00 68.35           C  
+ATOM  12193  C   GLN D 167       5.108  13.653  -7.247  1.00 65.23           C  
+ATOM  12194  O   GLN D 167       5.246  12.431  -7.333  1.00 64.64           O  
+ATOM  12195  CB  GLN D 167       7.207  14.902  -6.721  1.00 72.85           C  
+ATOM  12196  CG  GLN D 167       7.830  16.059  -5.959  1.00 77.02           C  
+ATOM  12197  CD  GLN D 167       9.167  16.482  -6.537  1.00 89.84           C  
+ATOM  12198  OE1 GLN D 167       9.887  15.673  -7.123  1.00 87.31           O  
+ATOM  12199  NE2 GLN D 167       9.501  17.758  -6.383  1.00 92.12           N  
+ATOM  12200  N   TRP D 168       4.317  14.350  -8.058  1.00 65.05           N  
+ATOM  12201  CA  TRP D 168       3.567  13.721  -9.136  1.00 66.50           C  
+ATOM  12202  C   TRP D 168       4.221  14.022 -10.479  1.00 69.39           C  
+ATOM  12203  O   TRP D 168       4.596  15.166 -10.757  1.00 71.78           O  
+ATOM  12204  CB  TRP D 168       2.114  14.197  -9.149  1.00 64.18           C  
+ATOM  12205  CG  TRP D 168       1.284  13.548  -8.100  1.00 63.15           C  
+ATOM  12206  CD1 TRP D 168       0.906  14.081  -6.903  1.00 60.86           C  
+ATOM  12207  CD2 TRP D 168       0.780  12.211  -8.122  1.00 63.67           C  
+ATOM  12208  NE1 TRP D 168       0.164  13.169  -6.193  1.00 59.51           N  
+ATOM  12209  CE2 TRP D 168       0.077  12.011  -6.918  1.00 62.88           C  
+ATOM  12210  CE3 TRP D 168       0.843  11.168  -9.049  1.00 62.62           C  
+ATOM  12211  CZ2 TRP D 168      -0.558  10.811  -6.618  1.00 63.02           C  
+ATOM  12212  CZ3 TRP D 168       0.218   9.980  -8.749  1.00 63.86           C  
+ATOM  12213  CH2 TRP D 168      -0.474   9.809  -7.542  1.00 63.27           C  
+ATOM  12214  N   LYS D 169       4.356  12.989 -11.312  1.00 66.76           N  
+ATOM  12215  CA  LYS D 169       4.937  13.125 -12.642  1.00 70.28           C  
+ATOM  12216  C   LYS D 169       3.997  12.507 -13.666  1.00 70.57           C  
+ATOM  12217  O   LYS D 169       3.668  11.319 -13.580  1.00 67.00           O  
+ATOM  12218  CB  LYS D 169       6.319  12.471 -12.718  1.00 74.72           C  
+ATOM  12219  CG  LYS D 169       7.417  13.268 -12.036  1.00 77.45           C  
+ATOM  12220  CD  LYS D 169       8.707  12.470 -11.951  1.00 82.58           C  
+ATOM  12221  CE  LYS D 169       9.842  13.325 -11.413  1.00 87.06           C  
+ATOM  12222  NZ  LYS D 169      10.222  14.407 -12.364  1.00 91.36           N  
+ATOM  12223  N   VAL D 170       3.568  13.316 -14.630  1.00 70.98           N  
+ATOM  12224  CA  VAL D 170       2.742  12.873 -15.745  1.00 71.07           C  
+ATOM  12225  C   VAL D 170       3.566  13.077 -17.008  1.00 73.65           C  
+ATOM  12226  O   VAL D 170       3.751  14.217 -17.454  1.00 74.89           O  
+ATOM  12227  CB  VAL D 170       1.419  13.643 -15.816  1.00 73.25           C  
+ATOM  12228  CG1 VAL D 170       0.579  13.144 -16.964  1.00 72.43           C  
+ATOM  12229  CG2 VAL D 170       0.662  13.528 -14.500  1.00 69.52           C  
+ATOM  12230  N   ASP D 171       4.060  11.981 -17.589  1.00 73.52           N  
+ATOM  12231  CA  ASP D 171       4.963  12.047 -18.743  1.00 74.15           C  
+ATOM  12232  C   ASP D 171       6.210  12.863 -18.411  1.00 75.36           C  
+ATOM  12233  O   ASP D 171       6.651  13.703 -19.198  1.00 76.75           O  
+ATOM  12234  CB  ASP D 171       4.261  12.597 -19.987  1.00 72.94           C  
+ATOM  12235  CG  ASP D 171       3.166  11.681 -20.487  1.00 77.03           C  
+ATOM  12236  OD1 ASP D 171       3.092  10.532 -19.997  1.00 78.12           O  
+ATOM  12237  OD2 ASP D 171       2.392  12.097 -21.378  1.00 79.52           O  
+ATOM  12238  N   ASN D 172       6.776  12.611 -17.230  1.00 73.87           N  
+ATOM  12239  CA  ASN D 172       7.947  13.283 -16.672  1.00 74.64           C  
+ATOM  12240  C   ASN D 172       7.704  14.761 -16.388  1.00 75.08           C  
+ATOM  12241  O   ASN D 172       8.640  15.461 -15.980  1.00 79.77           O  
+ATOM  12242  CB  ASN D 172       9.189  13.141 -17.565  1.00 70.92           C  
+ATOM  12243  CG  ASN D 172       9.675  11.709 -17.660  1.00 71.47           C  
+ATOM  12244  OD1 ASN D 172       9.200  10.934 -18.491  1.00 71.69           O  
+ATOM  12245  ND2 ASN D 172      10.626  11.348 -16.805  1.00 71.76           N  
+ATOM  12246  N   ALA D 173       6.487  15.261 -16.581  1.00 71.22           N  
+ATOM  12247  CA  ALA D 173       6.160  16.649 -16.284  1.00 73.35           C  
+ATOM  12248  C   ALA D 173       5.768  16.767 -14.816  1.00 76.07           C  
+ATOM  12249  O   ALA D 173       4.846  16.084 -14.356  1.00 75.58           O  
+ATOM  12250  CB  ALA D 173       5.032  17.144 -17.188  1.00 71.56           C  
+ATOM  12251  N   LEU D 174       6.470  17.629 -14.086  1.00 76.86           N  
+ATOM  12252  CA  LEU D 174       6.202  17.805 -12.666  1.00 75.78           C  
+ATOM  12253  C   LEU D 174       4.856  18.491 -12.465  1.00 77.57           C  
+ATOM  12254  O   LEU D 174       4.548  19.487 -13.126  1.00 79.27           O  
+ATOM  12255  CB  LEU D 174       7.319  18.621 -12.017  1.00 78.10           C  
+ATOM  12256  CG  LEU D 174       7.190  18.908 -10.521  1.00 80.78           C  
+ATOM  12257  CD1 LEU D 174       7.146  17.611  -9.728  1.00 79.92           C  
+ATOM  12258  CD2 LEU D 174       8.332  19.794 -10.045  1.00 84.58           C  
+ATOM  12259  N   GLN D 175       4.055  17.954 -11.551  1.00 76.88           N  
+ATOM  12260  CA  GLN D 175       2.736  18.488 -11.249  1.00 75.64           C  
+ATOM  12261  C   GLN D 175       2.806  19.403 -10.032  1.00 78.51           C  
+ATOM  12262  O   GLN D 175       3.657  19.236  -9.155  1.00 78.08           O  
+ATOM  12263  CB  GLN D 175       1.739  17.357 -10.990  1.00 71.81           C  
+ATOM  12264  CG  GLN D 175       1.645  16.334 -12.113  1.00 72.89           C  
+ATOM  12265  CD  GLN D 175       1.097  16.919 -13.399  1.00 73.70           C  
+ATOM  12266  OE1 GLN D 175       0.014  17.503 -13.417  1.00 75.06           O  
+ATOM  12267  NE2 GLN D 175       1.844  16.761 -14.486  1.00 71.66           N  
+ATOM  12268  N   SER D 176       1.898  20.376  -9.987  1.00 79.88           N  
+ATOM  12269  CA  SER D 176       1.847  21.310  -8.871  1.00 83.06           C  
+ATOM  12270  C   SER D 176       0.457  21.926  -8.792  1.00 83.24           C  
+ATOM  12271  O   SER D 176      -0.112  22.317  -9.814  1.00 85.40           O  
+ATOM  12272  CB  SER D 176       2.906  22.409  -9.015  1.00 87.90           C  
+ATOM  12273  OG  SER D 176       2.671  23.197 -10.170  1.00 96.99           O  
+ATOM  12274  N   GLY D 177      -0.078  22.005  -7.576  1.00 78.63           N  
+ATOM  12275  CA  GLY D 177      -1.361  22.638  -7.346  1.00 76.73           C  
+ATOM  12276  C   GLY D 177      -2.573  21.825  -7.736  1.00 78.94           C  
+ATOM  12277  O   GLY D 177      -3.674  22.382  -7.801  1.00 82.37           O  
+ATOM  12278  N   ASN D 178      -2.414  20.524  -7.994  1.00 77.50           N  
+ATOM  12279  CA  ASN D 178      -3.534  19.676  -8.386  1.00 75.13           C  
+ATOM  12280  C   ASN D 178      -3.554  18.363  -7.611  1.00 73.92           C  
+ATOM  12281  O   ASN D 178      -4.120  17.375  -8.091  1.00 72.27           O  
+ATOM  12282  CB  ASN D 178      -3.503  19.404  -9.893  1.00 77.07           C  
+ATOM  12283  CG  ASN D 178      -2.199  18.778 -10.346  1.00 77.93           C  
+ATOM  12284  OD1 ASN D 178      -1.198  18.812  -9.630  1.00 75.57           O  
+ATOM  12285  ND2 ASN D 178      -2.203  18.207 -11.545  1.00 76.64           N  
+ATOM  12286  N   SER D 179      -2.947  18.331  -6.426  1.00 72.59           N  
+ATOM  12287  CA  SER D 179      -2.918  17.135  -5.598  1.00 67.67           C  
+ATOM  12288  C   SER D 179      -3.119  17.528  -4.143  1.00 68.12           C  
+ATOM  12289  O   SER D 179      -2.790  18.645  -3.733  1.00 70.30           O  
+ATOM  12290  CB  SER D 179      -1.600  16.366  -5.758  1.00 64.60           C  
+ATOM  12291  OG  SER D 179      -0.491  17.182  -5.423  1.00 63.33           O  
+ATOM  12292  N   GLN D 180      -3.667  16.597  -3.366  1.00 63.47           N  
+ATOM  12293  CA  GLN D 180      -3.924  16.818  -1.949  1.00 61.48           C  
+ATOM  12294  C   GLN D 180      -3.468  15.612  -1.140  1.00 62.25           C  
+ATOM  12295  O   GLN D 180      -3.706  14.467  -1.531  1.00 62.49           O  
+ATOM  12296  CB  GLN D 180      -5.410  17.094  -1.691  1.00 63.12           C  
+ATOM  12297  CG  GLN D 180      -5.874  18.457  -2.177  1.00 64.47           C  
+ATOM  12298  CD  GLN D 180      -7.323  18.739  -1.834  1.00 63.63           C  
+ATOM  12299  OE1 GLN D 180      -7.683  19.864  -1.488  1.00 62.22           O  
+ATOM  12300  NE2 GLN D 180      -8.165  17.717  -1.935  1.00 65.82           N  
+ATOM  12301  N   GLU D 181      -2.822  15.875  -0.007  1.00 63.48           N  
+ATOM  12302  CA  GLU D 181      -2.284  14.829   0.851  1.00 62.17           C  
+ATOM  12303  C   GLU D 181      -3.080  14.725   2.146  1.00 64.05           C  
+ATOM  12304  O   GLU D 181      -3.632  15.711   2.641  1.00 64.41           O  
+ATOM  12305  CB  GLU D 181      -0.810  15.089   1.178  1.00 66.12           C  
+ATOM  12306  CG  GLU D 181       0.136  14.882   0.008  1.00 69.99           C  
+ATOM  12307  CD  GLU D 181       1.593  14.988   0.415  1.00 78.14           C  
+ATOM  12308  OE1 GLU D 181       1.859  15.221   1.613  1.00 77.67           O  
+ATOM  12309  OE2 GLU D 181       2.470  14.838  -0.461  1.00 83.30           O  
+ATOM  12310  N   SER D 182      -3.128  13.510   2.690  1.00 65.09           N  
+ATOM  12311  CA  SER D 182      -3.763  13.260   3.978  1.00 61.00           C  
+ATOM  12312  C   SER D 182      -3.000  12.155   4.691  1.00 60.54           C  
+ATOM  12313  O   SER D 182      -2.805  11.076   4.126  1.00 62.42           O  
+ATOM  12314  CB  SER D 182      -5.233  12.865   3.805  1.00 58.14           C  
+ATOM  12315  OG  SER D 182      -5.851  12.637   5.059  1.00 62.53           O  
+ATOM  12316  N   VAL D 183      -2.579  12.418   5.926  1.00 57.60           N  
+ATOM  12317  CA  VAL D 183      -1.763  11.489   6.698  1.00 55.82           C  
+ATOM  12318  C   VAL D 183      -2.544  11.049   7.930  1.00 56.23           C  
+ATOM  12319  O   VAL D 183      -3.272  11.845   8.533  1.00 58.65           O  
+ATOM  12320  CB  VAL D 183      -0.406  12.118   7.086  1.00 57.98           C  
+ATOM  12321  CG1 VAL D 183      -0.614  13.357   7.933  1.00 62.19           C  
+ATOM  12322  CG2 VAL D 183       0.482  11.106   7.800  1.00 55.94           C  
+ATOM  12323  N   THR D 184      -2.408   9.774   8.287  1.00 53.63           N  
+ATOM  12324  CA  THR D 184      -3.097   9.230   9.446  1.00 50.31           C  
+ATOM  12325  C   THR D 184      -2.368   9.597  10.736  1.00 56.64           C  
+ATOM  12326  O   THR D 184      -1.240  10.097  10.733  1.00 55.67           O  
+ATOM  12327  CB  THR D 184      -3.208   7.708   9.348  1.00 50.82           C  
+ATOM  12328  OG1 THR D 184      -1.902   7.125   9.449  1.00 51.29           O  
+ATOM  12329  CG2 THR D 184      -3.844   7.294   8.037  1.00 51.36           C  
+ATOM  12330  N   GLU D 185      -3.038   9.338  11.855  1.00 63.39           N  
+ATOM  12331  CA  GLU D 185      -2.405   9.417  13.159  1.00 60.56           C  
+ATOM  12332  C   GLU D 185      -1.531   8.188  13.382  1.00 57.13           C  
+ATOM  12333  O   GLU D 185      -1.694   7.153  12.730  1.00 55.97           O  
+ATOM  12334  CB  GLU D 185      -3.454   9.536  14.265  1.00 65.30           C  
+ATOM  12335  CG  GLU D 185      -4.030  10.934  14.423  1.00 69.99           C  
+ATOM  12336  CD  GLU D 185      -3.033  11.906  15.026  1.00 86.01           C  
+ATOM  12337  OE1 GLU D 185      -3.313  13.124  15.028  1.00 93.26           O  
+ATOM  12338  OE2 GLU D 185      -1.966  11.453  15.492  1.00 84.52           O  
+ATOM  12339  N   GLN D 186      -0.582   8.319  14.307  1.00 56.81           N  
+ATOM  12340  CA  GLN D 186       0.352   7.233  14.570  1.00 56.89           C  
+ATOM  12341  C   GLN D 186      -0.393   5.978  15.004  1.00 56.09           C  
+ATOM  12342  O   GLN D 186      -1.250   6.022  15.892  1.00 60.30           O  
+ATOM  12343  CB  GLN D 186       1.360   7.649  15.641  1.00 58.27           C  
+ATOM  12344  CG  GLN D 186       2.644   6.836  15.621  1.00 59.82           C  
+ATOM  12345  CD  GLN D 186       3.724   7.432  16.500  1.00 60.66           C  
+ATOM  12346  OE1 GLN D 186       3.482   8.385  17.240  1.00 62.96           O  
+ATOM  12347  NE2 GLN D 186       4.928   6.878  16.415  1.00 57.94           N  
+ATOM  12348  N   ASP D 187      -0.066   4.859  14.366  1.00 55.19           N  
+ATOM  12349  CA  ASP D 187      -0.737   3.602  14.658  1.00 57.34           C  
+ATOM  12350  C   ASP D 187      -0.371   3.120  16.056  1.00 62.09           C  
+ATOM  12351  O   ASP D 187       0.781   3.215  16.485  1.00 62.78           O  
+ATOM  12352  CB  ASP D 187      -0.355   2.548  13.616  1.00 60.79           C  
+ATOM  12353  CG  ASP D 187      -1.227   1.299  13.682  1.00 69.73           C  
+ATOM  12354  OD1 ASP D 187      -1.678   0.919  14.782  1.00 67.45           O  
+ATOM  12355  OD2 ASP D 187      -1.457   0.689  12.616  1.00 76.87           O  
+ATOM  12356  N   SER D 188      -1.367   2.603  16.769  1.00 68.48           N  
+ATOM  12357  CA  SER D 188      -1.171   2.095  18.119  1.00 68.94           C  
+ATOM  12358  C   SER D 188      -0.511   0.725  18.133  1.00 68.53           C  
+ATOM  12359  O   SER D 188      -0.235   0.196  19.215  1.00 72.45           O  
+ATOM  12360  CB  SER D 188      -2.509   2.029  18.860  1.00 66.16           C  
+ATOM  12361  OG  SER D 188      -3.024   3.326  19.102  1.00 69.17           O  
+ATOM  12362  N   LYS D 189      -0.250   0.143  16.961  1.00 70.36           N  
+ATOM  12363  CA  LYS D 189       0.282  -1.210  16.859  1.00 72.54           C  
+ATOM  12364  C   LYS D 189       1.771  -1.208  16.527  1.00 71.22           C  
+ATOM  12365  O   LYS D 189       2.576  -1.793  17.257  1.00 70.21           O  
+ATOM  12366  CB  LYS D 189      -0.498  -1.972  15.779  1.00 75.74           C  
+ATOM  12367  CG  LYS D 189      -1.927  -2.334  16.161  1.00 84.29           C  
+ATOM  12368  CD  LYS D 189      -2.014  -3.352  17.278  1.00 87.78           C  
+ATOM  12369  CE  LYS D 189      -3.471  -3.599  17.640  1.00 91.97           C  
+ATOM  12370  NZ  LYS D 189      -4.249  -4.126  16.482  1.00 95.24           N  
+ATOM  12371  N   ASP D 190       2.152  -0.552  15.430  1.00 67.16           N  
+ATOM  12372  CA  ASP D 190       3.541  -0.482  14.996  1.00 62.65           C  
+ATOM  12373  C   ASP D 190       4.135   0.919  15.079  1.00 61.55           C  
+ATOM  12374  O   ASP D 190       5.297   1.104  14.700  1.00 59.60           O  
+ATOM  12375  CB  ASP D 190       3.677  -1.027  13.567  1.00 61.91           C  
+ATOM  12376  CG  ASP D 190       2.796  -0.297  12.570  1.00 65.59           C  
+ATOM  12377  OD1 ASP D 190       2.163   0.713  12.945  1.00 65.21           O  
+ATOM  12378  OD2 ASP D 190       2.737  -0.735  11.402  1.00 62.82           O  
+ATOM  12379  N   SER D 191       3.367   1.908  15.543  1.00 60.95           N  
+ATOM  12380  CA  SER D 191       3.850   3.276  15.747  1.00 57.94           C  
+ATOM  12381  C   SER D 191       4.279   3.934  14.437  1.00 57.38           C  
+ATOM  12382  O   SER D 191       5.164   4.792  14.423  1.00 56.58           O  
+ATOM  12383  CB  SER D 191       4.994   3.321  16.766  1.00 56.65           C  
+ATOM  12384  OG  SER D 191       4.620   2.695  17.980  1.00 62.47           O  
+ATOM  12385  N   THR D 192       3.655   3.541  13.330  1.00 58.42           N  
+ATOM  12386  CA  THR D 192       3.972   4.057  12.006  1.00 56.83           C  
+ATOM  12387  C   THR D 192       2.888   5.026  11.541  1.00 56.05           C  
+ATOM  12388  O   THR D 192       1.893   5.269  12.230  1.00 54.93           O  
+ATOM  12389  CB  THR D 192       4.138   2.913  11.004  1.00 58.06           C  
+ATOM  12390  OG1 THR D 192       2.894   2.216  10.860  1.00 57.71           O  
+ATOM  12391  CG2 THR D 192       5.212   1.945  11.474  1.00 57.17           C  
+ATOM  12392  N   TYR D 193       3.096   5.584  10.350  1.00 55.95           N  
+ATOM  12393  CA  TYR D 193       2.144   6.487   9.724  1.00 54.77           C  
+ATOM  12394  C   TYR D 193       1.798   5.980   8.332  1.00 54.27           C  
+ATOM  12395  O   TYR D 193       2.481   5.119   7.772  1.00 56.41           O  
+ATOM  12396  CB  TYR D 193       2.690   7.918   9.613  1.00 55.23           C  
+ATOM  12397  CG  TYR D 193       3.006   8.581  10.933  1.00 58.78           C  
+ATOM  12398  CD1 TYR D 193       2.014   9.217  11.667  1.00 58.97           C  
+ATOM  12399  CD2 TYR D 193       4.299   8.586  11.435  1.00 59.70           C  
+ATOM  12400  CE1 TYR D 193       2.300   9.830  12.871  1.00 62.77           C  
+ATOM  12401  CE2 TYR D 193       4.595   9.196  12.638  1.00 61.68           C  
+ATOM  12402  CZ  TYR D 193       3.593   9.817  13.352  1.00 62.12           C  
+ATOM  12403  OH  TYR D 193       3.886  10.425  14.550  1.00 61.41           O  
+ATOM  12404  N   SER D 194       0.722   6.533   7.778  1.00 53.29           N  
+ATOM  12405  CA  SER D 194       0.337   6.279   6.400  1.00 53.70           C  
+ATOM  12406  C   SER D 194      -0.136   7.582   5.775  1.00 55.54           C  
+ATOM  12407  O   SER D 194      -0.752   8.419   6.439  1.00 56.17           O  
+ATOM  12408  CB  SER D 194      -0.762   5.212   6.300  1.00 54.39           C  
+ATOM  12409  OG  SER D 194      -0.273   3.937   6.680  1.00 56.50           O  
+ATOM  12410  N   LEU D 195       0.154   7.741   4.487  1.00 57.90           N  
+ATOM  12411  CA  LEU D 195      -0.142   8.959   3.751  1.00 58.34           C  
+ATOM  12412  C   LEU D 195      -0.814   8.594   2.436  1.00 59.10           C  
+ATOM  12413  O   LEU D 195      -0.475   7.582   1.817  1.00 56.79           O  
+ATOM  12414  CB  LEU D 195       1.141   9.769   3.502  1.00 58.71           C  
+ATOM  12415  CG  LEU D 195       1.100  10.996   2.590  1.00 62.92           C  
+ATOM  12416  CD1 LEU D 195       0.076  12.003   3.081  1.00 67.01           C  
+ATOM  12417  CD2 LEU D 195       2.477  11.634   2.509  1.00 61.21           C  
+ATOM  12418  N   SER D 196      -1.773   9.415   2.017  1.00 60.15           N  
+ATOM  12419  CA  SER D 196      -2.458   9.239   0.743  1.00 61.36           C  
+ATOM  12420  C   SER D 196      -2.423  10.560  -0.006  1.00 62.03           C  
+ATOM  12421  O   SER D 196      -2.873  11.585   0.518  1.00 61.61           O  
+ATOM  12422  CB  SER D 196      -3.903   8.770   0.943  1.00 58.86           C  
+ATOM  12423  OG  SER D 196      -4.750   9.855   1.277  1.00 67.80           O  
+ATOM  12424  N   SER D 197      -1.878  10.535  -1.219  1.00 61.96           N  
+ATOM  12425  CA  SER D 197      -1.819  11.702  -2.090  1.00 61.58           C  
+ATOM  12426  C   SER D 197      -2.731  11.461  -3.284  1.00 60.83           C  
+ATOM  12427  O   SER D 197      -2.533  10.501  -4.038  1.00 58.55           O  
+ATOM  12428  CB  SER D 197      -0.386  11.975  -2.547  1.00 58.95           C  
+ATOM  12429  OG  SER D 197      -0.276  13.258  -3.139  1.00 61.51           O  
+ATOM  12430  N   THR D 198      -3.728  12.324  -3.449  1.00 60.79           N  
+ATOM  12431  CA  THR D 198      -4.720  12.205  -4.510  1.00 64.07           C  
+ATOM  12432  C   THR D 198      -4.463  13.288  -5.548  1.00 65.58           C  
+ATOM  12433  O   THR D 198      -4.488  14.482  -5.223  1.00 65.96           O  
+ATOM  12434  CB  THR D 198      -6.139  12.323  -3.952  1.00 65.10           C  
+ATOM  12435  OG1 THR D 198      -6.326  11.360  -2.908  1.00 67.07           O  
+ATOM  12436  CG2 THR D 198      -7.163  12.080  -5.050  1.00 63.08           C  
+ATOM  12437  N   LEU D 199      -4.193  12.865  -6.782  1.00 67.13           N  
+ATOM  12438  CA  LEU D 199      -4.042  13.754  -7.926  1.00 69.59           C  
+ATOM  12439  C   LEU D 199      -5.352  13.767  -8.703  1.00 69.30           C  
+ATOM  12440  O   LEU D 199      -5.826  12.713  -9.143  1.00 67.65           O  
+ATOM  12441  CB  LEU D 199      -2.892  13.292  -8.821  1.00 69.34           C  
+ATOM  12442  CG  LEU D 199      -2.656  14.085 -10.107  1.00 66.57           C  
+ATOM  12443  CD1 LEU D 199      -1.981  15.406  -9.792  1.00 68.71           C  
+ATOM  12444  CD2 LEU D 199      -1.835  13.277 -11.099  1.00 64.33           C  
+ATOM  12445  N   THR D 200      -5.929  14.953  -8.875  1.00 70.33           N  
+ATOM  12446  CA  THR D 200      -7.237  15.112  -9.496  1.00 75.14           C  
+ATOM  12447  C   THR D 200      -7.093  15.823 -10.835  1.00 75.71           C  
+ATOM  12448  O   THR D 200      -6.507  16.909 -10.906  1.00 75.63           O  
+ATOM  12449  CB  THR D 200      -8.183  15.897  -8.584  1.00 76.13           C  
+ATOM  12450  OG1 THR D 200      -8.176  15.316  -7.274  1.00 71.09           O  
+ATOM  12451  CG2 THR D 200      -9.601  15.867  -9.135  1.00 75.96           C  
+ATOM  12452  N   LEU D 201      -7.628  15.208 -11.888  1.00 75.89           N  
+ATOM  12453  CA  LEU D 201      -7.606  15.769 -13.230  1.00 79.83           C  
+ATOM  12454  C   LEU D 201      -8.969  15.563 -13.874  1.00 81.72           C  
+ATOM  12455  O   LEU D 201      -9.826  14.846 -13.352  1.00 81.48           O  
+ATOM  12456  CB  LEU D 201      -6.513  15.126 -14.096  1.00 78.52           C  
+ATOM  12457  CG  LEU D 201      -5.066  15.182 -13.604  1.00 75.03           C  
+ATOM  12458  CD1 LEU D 201      -4.180  14.299 -14.469  1.00 74.91           C  
+ATOM  12459  CD2 LEU D 201      -4.557  16.615 -13.599  1.00 74.07           C  
+ATOM  12460  N   SER D 202      -9.166  16.199 -15.022  1.00 84.91           N  
+ATOM  12461  CA  SER D 202     -10.340  15.929 -15.836  1.00 83.15           C  
+ATOM  12462  C   SER D 202     -10.070  14.731 -16.740  1.00 83.06           C  
+ATOM  12463  O   SER D 202      -8.920  14.393 -17.032  1.00 85.68           O  
+ATOM  12464  CB  SER D 202     -10.718  17.151 -16.673  1.00 83.65           C  
+ATOM  12465  OG  SER D 202      -9.686  17.487 -17.582  1.00 85.65           O  
+ATOM  12466  N   LYS D 203     -11.152  14.071 -17.164  1.00 82.37           N  
+ATOM  12467  CA  LYS D 203     -11.013  12.937 -18.074  1.00 84.73           C  
+ATOM  12468  C   LYS D 203     -10.261  13.331 -19.340  1.00 89.15           C  
+ATOM  12469  O   LYS D 203      -9.473  12.542 -19.874  1.00 87.67           O  
+ATOM  12470  CB  LYS D 203     -12.385  12.358 -18.420  1.00 86.02           C  
+ATOM  12471  CG  LYS D 203     -12.313  11.142 -19.333  1.00 92.54           C  
+ATOM  12472  CD  LYS D 203     -13.685  10.547 -19.601  1.00100.55           C  
+ATOM  12473  CE  LYS D 203     -13.581   9.325 -20.501  1.00105.20           C  
+ATOM  12474  NZ  LYS D 203     -14.905   8.687 -20.738  1.00110.02           N  
+ATOM  12475  N   ALA D 204     -10.491  14.550 -19.833  1.00 86.25           N  
+ATOM  12476  CA  ALA D 204      -9.764  15.035 -21.002  1.00 88.52           C  
+ATOM  12477  C   ALA D 204      -8.264  15.080 -20.733  1.00 88.92           C  
+ATOM  12478  O   ALA D 204      -7.468  14.464 -21.453  1.00 91.08           O  
+ATOM  12479  CB  ALA D 204     -10.286  16.415 -21.404  1.00 90.76           C  
+ATOM  12480  N   ASP D 205      -7.860  15.812 -19.691  1.00 88.66           N  
+ATOM  12481  CA  ASP D 205      -6.442  15.911 -19.360  1.00 90.94           C  
+ATOM  12482  C   ASP D 205      -5.856  14.555 -18.989  1.00 87.64           C  
+ATOM  12483  O   ASP D 205      -4.670  14.306 -19.236  1.00 87.26           O  
+ATOM  12484  CB  ASP D 205      -6.232  16.909 -18.221  1.00 90.93           C  
+ATOM  12485  CG  ASP D 205      -6.558  18.333 -18.627  1.00 97.02           C  
+ATOM  12486  OD1 ASP D 205      -7.064  18.532 -19.752  1.00102.43           O  
+ATOM  12487  OD2 ASP D 205      -6.304  19.255 -17.823  1.00100.48           O  
+ATOM  12488  N   TYR D 206      -6.661  13.670 -18.397  1.00 85.09           N  
+ATOM  12489  CA  TYR D 206      -6.156  12.352 -18.030  1.00 83.77           C  
+ATOM  12490  C   TYR D 206      -5.861  11.512 -19.267  1.00 83.51           C  
+ATOM  12491  O   TYR D 206      -4.770  10.945 -19.400  1.00 80.67           O  
+ATOM  12492  CB  TYR D 206      -7.148  11.633 -17.116  1.00 79.09           C  
+ATOM  12493  CG  TYR D 206      -6.718  10.225 -16.775  1.00 73.79           C  
+ATOM  12494  CD1 TYR D 206      -5.672   9.993 -15.892  1.00 70.00           C  
+ATOM  12495  CD2 TYR D 206      -7.351   9.127 -17.343  1.00 73.86           C  
+ATOM  12496  CE1 TYR D 206      -5.270   8.709 -15.581  1.00 69.24           C  
+ATOM  12497  CE2 TYR D 206      -6.958   7.838 -17.037  1.00 73.33           C  
+ATOM  12498  CZ  TYR D 206      -5.917   7.635 -16.156  1.00 70.87           C  
+ATOM  12499  OH  TYR D 206      -5.521   6.354 -15.848  1.00 67.82           O  
+ATOM  12500  N   GLU D 207      -6.824  11.419 -20.186  1.00 85.92           N  
+ATOM  12501  CA  GLU D 207      -6.606  10.675 -21.420  1.00 86.88           C  
+ATOM  12502  C   GLU D 207      -5.641  11.376 -22.365  1.00 85.26           C  
+ATOM  12503  O   GLU D 207      -5.220  10.769 -23.355  1.00 82.82           O  
+ATOM  12504  CB  GLU D 207      -7.938  10.426 -22.130  1.00 87.74           C  
+ATOM  12505  CG  GLU D 207      -8.900   9.547 -21.349  1.00 91.92           C  
+ATOM  12506  CD  GLU D 207     -10.229   9.364 -22.055  1.00101.61           C  
+ATOM  12507  OE1 GLU D 207     -10.539  10.167 -22.960  1.00102.61           O  
+ATOM  12508  OE2 GLU D 207     -10.961   8.414 -21.706  1.00106.32           O  
+ATOM  12509  N   LYS D 208      -5.281  12.631 -22.086  1.00 86.64           N  
+ATOM  12510  CA  LYS D 208      -4.320  13.331 -22.928  1.00 86.71           C  
+ATOM  12511  C   LYS D 208      -2.896  12.825 -22.732  1.00 85.86           C  
+ATOM  12512  O   LYS D 208      -2.060  13.010 -23.623  1.00 95.08           O  
+ATOM  12513  CB  LYS D 208      -4.387  14.835 -22.651  1.00 91.93           C  
+ATOM  12514  CG  LYS D 208      -4.288  15.703 -23.894  1.00100.67           C  
+ATOM  12515  CD  LYS D 208      -4.528  17.167 -23.562  1.00105.10           C  
+ATOM  12516  CE  LYS D 208      -5.981  17.411 -23.179  1.00108.07           C  
+ATOM  12517  NZ  LYS D 208      -6.246  18.843 -22.867  1.00111.71           N  
+ATOM  12518  N   HIS D 209      -2.601  12.196 -21.598  1.00 86.11           N  
+ATOM  12519  CA  HIS D 209      -1.266  11.705 -21.289  1.00 81.84           C  
+ATOM  12520  C   HIS D 209      -1.303  10.204 -21.018  1.00 79.62           C  
+ATOM  12521  O   HIS D 209      -2.370   9.587 -20.944  1.00 77.46           O  
+ATOM  12522  CB  HIS D 209      -0.671  12.451 -20.092  1.00 80.63           C  
+ATOM  12523  CG  HIS D 209      -0.542  13.928 -20.301  1.00 84.29           C  
+ATOM  12524  ND1 HIS D 209      -1.611  14.791 -20.193  1.00 86.45           N  
+ATOM  12525  CD2 HIS D 209       0.531  14.695 -20.609  1.00 87.55           C  
+ATOM  12526  CE1 HIS D 209      -1.203  16.026 -20.427  1.00 91.03           C  
+ATOM  12527  NE2 HIS D 209       0.093  15.995 -20.682  1.00 96.59           N  
+ATOM  12528  N   LYS D 210      -0.112   9.620 -20.856  1.00 77.16           N  
+ATOM  12529  CA  LYS D 210       0.039   8.170 -20.753  1.00 76.92           C  
+ATOM  12530  C   LYS D 210       0.597   7.722 -19.410  1.00 75.56           C  
+ATOM  12531  O   LYS D 210      -0.028   6.898 -18.734  1.00 75.66           O  
+ATOM  12532  CB  LYS D 210       0.941   7.648 -21.878  1.00 76.36           C  
+ATOM  12533  CG  LYS D 210       1.164   6.143 -21.811  1.00 77.02           C  
+ATOM  12534  CD  LYS D 210       2.144   5.665 -22.865  1.00 81.00           C  
+ATOM  12535  CE  LYS D 210       2.401   4.172 -22.735  1.00 87.29           C  
+ATOM  12536  NZ  LYS D 210       3.389   3.686 -23.736  1.00 89.19           N  
+ATOM  12537  N   VAL D 211       1.754   8.231 -18.999  1.00 74.56           N  
+ATOM  12538  CA  VAL D 211       2.453   7.720 -17.826  1.00 74.28           C  
+ATOM  12539  C   VAL D 211       2.082   8.565 -16.619  1.00 69.54           C  
+ATOM  12540  O   VAL D 211       2.133   9.800 -16.674  1.00 68.70           O  
+ATOM  12541  CB  VAL D 211       3.975   7.727 -18.047  1.00 74.37           C  
+ATOM  12542  CG1 VAL D 211       4.689   7.078 -16.869  1.00 68.30           C  
+ATOM  12543  CG2 VAL D 211       4.335   7.038 -19.355  1.00 68.67           C  
+ATOM  12544  N   TYR D 212       1.717   7.901 -15.525  1.00 68.61           N  
+ATOM  12545  CA  TYR D 212       1.389   8.574 -14.275  1.00 67.77           C  
+ATOM  12546  C   TYR D 212       2.202   7.928 -13.167  1.00 66.48           C  
+ATOM  12547  O   TYR D 212       2.128   6.710 -12.972  1.00 66.38           O  
+ATOM  12548  CB  TYR D 212      -0.112   8.492 -13.984  1.00 64.30           C  
+ATOM  12549  CG  TYR D 212      -0.938   9.287 -14.965  1.00 68.95           C  
+ATOM  12550  CD1 TYR D 212      -1.251   8.771 -16.216  1.00 70.54           C  
+ATOM  12551  CD2 TYR D 212      -1.390  10.560 -14.649  1.00 69.90           C  
+ATOM  12552  CE1 TYR D 212      -1.995   9.498 -17.121  1.00 73.07           C  
+ATOM  12553  CE2 TYR D 212      -2.138  11.295 -15.548  1.00 71.25           C  
+ATOM  12554  CZ  TYR D 212      -2.436  10.758 -16.782  1.00 73.92           C  
+ATOM  12555  OH  TYR D 212      -3.177  11.483 -17.682  1.00 79.01           O  
+ATOM  12556  N   ALA D 213       2.969   8.740 -12.441  1.00 63.50           N  
+ATOM  12557  CA  ALA D 213       3.883   8.231 -11.435  1.00 63.70           C  
+ATOM  12558  C   ALA D 213       3.869   9.132 -10.212  1.00 64.96           C  
+ATOM  12559  O   ALA D 213       3.668  10.346 -10.315  1.00 63.87           O  
+ATOM  12560  CB  ALA D 213       5.315   8.137 -11.975  1.00 63.23           C  
+ATOM  12561  N   CYS D 214       4.095   8.524  -9.052  1.00 66.95           N  
+ATOM  12562  CA  CYS D 214       4.403   9.264  -7.838  1.00 64.85           C  
+ATOM  12563  C   CYS D 214       5.800   8.881  -7.371  1.00 65.61           C  
+ATOM  12564  O   CYS D 214       6.138   7.692  -7.293  1.00 62.90           O  
+ATOM  12565  CB  CYS D 214       3.365   9.033  -6.731  1.00 62.76           C  
+ATOM  12566  SG  CYS D 214       2.981   7.332  -6.262  1.00 74.47           S  
+ATOM  12567  N   GLU D 215       6.608   9.902  -7.096  1.00 66.44           N  
+ATOM  12568  CA  GLU D 215       7.975   9.760  -6.617  1.00 69.67           C  
+ATOM  12569  C   GLU D 215       7.997  10.134  -5.142  1.00 66.04           C  
+ATOM  12570  O   GLU D 215       7.576  11.236  -4.770  1.00 64.06           O  
+ATOM  12571  CB  GLU D 215       8.921  10.650  -7.424  1.00 73.49           C  
+ATOM  12572  CG  GLU D 215      10.397  10.414  -7.170  1.00 78.98           C  
+ATOM  12573  CD  GLU D 215      11.276  11.263  -8.068  1.00 93.81           C  
+ATOM  12574  OE1 GLU D 215      10.848  12.377  -8.438  1.00 91.34           O  
+ATOM  12575  OE2 GLU D 215      12.392  10.818  -8.409  1.00104.34           O  
+ATOM  12576  N   VAL D 216       8.482   9.216  -4.310  1.00 64.01           N  
+ATOM  12577  CA  VAL D 216       8.454   9.349  -2.861  1.00 62.33           C  
+ATOM  12578  C   VAL D 216       9.883   9.438  -2.352  1.00 59.71           C  
+ATOM  12579  O   VAL D 216      10.740   8.633  -2.740  1.00 58.58           O  
+ATOM  12580  CB  VAL D 216       7.718   8.168  -2.202  1.00 60.20           C  
+ATOM  12581  CG1 VAL D 216       7.855   8.237  -0.693  1.00 57.65           C  
+ATOM  12582  CG2 VAL D 216       6.256   8.162  -2.618  1.00 63.57           C  
+ATOM  12583  N   THR D 217      10.139  10.425  -1.497  1.00 56.85           N  
+ATOM  12584  CA  THR D 217      11.392  10.531  -0.766  1.00 57.73           C  
+ATOM  12585  C   THR D 217      11.098  10.553   0.724  1.00 58.29           C  
+ATOM  12586  O   THR D 217      10.108  11.143   1.166  1.00 58.19           O  
+ATOM  12587  CB  THR D 217      12.177  11.784  -1.149  1.00 55.07           C  
+ATOM  12588  OG1 THR D 217      11.387  12.946  -0.874  1.00 57.22           O  
+ATOM  12589  CG2 THR D 217      12.552  11.752  -2.614  1.00 59.32           C  
+ATOM  12590  N   HIS D 218      11.946   9.886   1.493  1.00 58.19           N  
+ATOM  12591  CA  HIS D 218      11.713   9.745   2.918  1.00 57.60           C  
+ATOM  12592  C   HIS D 218      13.057   9.582   3.588  1.00 58.60           C  
+ATOM  12593  O   HIS D 218      14.029   9.150   2.965  1.00 61.45           O  
+ATOM  12594  CB  HIS D 218      10.808   8.534   3.203  1.00 56.94           C  
+ATOM  12595  CG  HIS D 218      10.454   8.334   4.646  1.00 56.24           C  
+ATOM  12596  ND1 HIS D 218      10.899   7.254   5.382  1.00 56.49           N  
+ATOM  12597  CD2 HIS D 218       9.686   9.067   5.485  1.00 56.26           C  
+ATOM  12598  CE1 HIS D 218      10.410   7.326   6.607  1.00 54.72           C  
+ATOM  12599  NE2 HIS D 218       9.675   8.419   6.696  1.00 53.65           N  
+ATOM  12600  N   GLN D 219      13.097   9.906   4.877  1.00 57.57           N  
+ATOM  12601  CA  GLN D 219      14.308   9.652   5.638  1.00 58.15           C  
+ATOM  12602  C   GLN D 219      14.678   8.167   5.526  1.00 58.29           C  
+ATOM  12603  O   GLN D 219      15.837   7.801   5.700  1.00 57.80           O  
+ATOM  12604  CB  GLN D 219      14.126  10.047   7.102  1.00 56.83           C  
+ATOM  12605  CG  GLN D 219      15.327   9.816   8.001  1.00 54.94           C  
+ATOM  12606  CD  GLN D 219      15.072  10.262   9.447  1.00 56.89           C  
+ATOM  12607  OE1 GLN D 219      14.303  11.192   9.693  1.00 55.13           O  
+ATOM  12608  NE2 GLN D 219      15.725   9.598  10.406  1.00 55.36           N  
+ATOM  12609  N   GLY D 220      13.724   7.291   5.194  1.00 61.34           N  
+ATOM  12610  CA  GLY D 220      13.963   5.867   5.058  1.00 63.15           C  
+ATOM  12611  C   GLY D 220      14.238   5.378   3.656  1.00 69.71           C  
+ATOM  12612  O   GLY D 220      14.051   4.183   3.415  1.00 68.26           O  
+ATOM  12613  N   LEU D 221      14.542   6.258   2.692  1.00 63.81           N  
+ATOM  12614  CA  LEU D 221      14.823   5.846   1.311  1.00 60.64           C  
+ATOM  12615  C   LEU D 221      16.221   6.301   0.913  1.00 63.29           C  
+ATOM  12616  O   LEU D 221      16.471   7.505   0.799  1.00 61.99           O  
+ATOM  12617  CB  LEU D 221      13.775   6.392   0.338  1.00 60.91           C  
+ATOM  12618  CG  LEU D 221      12.427   5.755   0.684  1.00 55.07           C  
+ATOM  12619  CD1 LEU D 221      11.292   6.297  -0.162  1.00 56.67           C  
+ATOM  12620  CD2 LEU D 221      12.467   4.214   0.608  1.00 47.72           C  
+ATOM  12621  N   SER D 222      17.132   5.344   0.706  1.00 61.36           N  
+ATOM  12622  CA  SER D 222      18.481   5.687   0.266  1.00 63.98           C  
+ATOM  12623  C   SER D 222      18.471   6.313  -1.119  1.00 63.13           C  
+ATOM  12624  O   SER D 222      19.489   6.870  -1.542  1.00 62.80           O  
+ATOM  12625  CB  SER D 222      19.385   4.447   0.267  1.00 62.16           C  
+ATOM  12626  OG  SER D 222      18.961   3.484  -0.688  1.00 67.13           O  
+ATOM  12627  N   SER D 223      17.355   6.207  -1.833  1.00 62.40           N  
+ATOM  12628  CA  SER D 223      17.138   6.863  -3.113  1.00 63.21           C  
+ATOM  12629  C   SER D 223      15.636   6.969  -3.329  1.00 63.87           C  
+ATOM  12630  O   SER D 223      14.869   6.198  -2.737  1.00 61.30           O  
+ATOM  12631  CB  SER D 223      17.804   6.086  -4.261  1.00 65.22           C  
+ATOM  12632  OG  SER D 223      17.359   4.742  -4.298  1.00 73.58           O  
+ATOM  12633  N   PRO D 224      15.178   7.922  -4.144  1.00 61.29           N  
+ATOM  12634  CA  PRO D 224      13.731   8.086  -4.326  1.00 59.46           C  
+ATOM  12635  C   PRO D 224      13.101   6.822  -4.891  1.00 59.46           C  
+ATOM  12636  O   PRO D 224      13.705   6.101  -5.687  1.00 61.84           O  
+ATOM  12637  CB  PRO D 224      13.623   9.256  -5.312  1.00 61.24           C  
+ATOM  12638  CG  PRO D 224      14.904   9.998  -5.160  1.00 63.55           C  
+ATOM  12639  CD  PRO D 224      15.944   8.965  -4.849  1.00 61.09           C  
+ATOM  12640  N   VAL D 225      11.870   6.556  -4.463  1.00 61.57           N  
+ATOM  12641  CA  VAL D 225      11.110   5.392  -4.907  1.00 60.26           C  
+ATOM  12642  C   VAL D 225       9.981   5.879  -5.800  1.00 64.50           C  
+ATOM  12643  O   VAL D 225       9.108   6.633  -5.354  1.00 65.26           O  
+ATOM  12644  CB  VAL D 225      10.564   4.582  -3.721  1.00 58.17           C  
+ATOM  12645  CG1 VAL D 225       9.537   3.568  -4.203  1.00 58.60           C  
+ATOM  12646  CG2 VAL D 225      11.699   3.886  -2.989  1.00 57.04           C  
+ATOM  12647  N   THR D 226       9.993   5.455  -7.057  1.00 64.36           N  
+ATOM  12648  CA  THR D 226       8.998   5.876  -8.031  1.00 64.11           C  
+ATOM  12649  C   THR D 226       8.067   4.712  -8.331  1.00 63.83           C  
+ATOM  12650  O   THR D 226       8.527   3.615  -8.667  1.00 64.61           O  
+ATOM  12651  CB  THR D 226       9.661   6.368  -9.320  1.00 68.14           C  
+ATOM  12652  OG1 THR D 226      10.616   7.391  -9.009  1.00 72.10           O  
+ATOM  12653  CG2 THR D 226       8.619   6.927 -10.276  1.00 64.93           C  
+ATOM  12654  N   LYS D 227       6.764   4.948  -8.202  1.00 66.11           N  
+ATOM  12655  CA  LYS D 227       5.753   3.972  -8.589  1.00 66.78           C  
+ATOM  12656  C   LYS D 227       4.905   4.575  -9.696  1.00 65.50           C  
+ATOM  12657  O   LYS D 227       4.355   5.669  -9.533  1.00 63.84           O  
+ATOM  12658  CB  LYS D 227       4.879   3.565  -7.398  1.00 66.15           C  
+ATOM  12659  CG  LYS D 227       5.563   2.644  -6.394  1.00 67.03           C  
+ATOM  12660  CD  LYS D 227       5.722   1.229  -6.931  1.00 68.87           C  
+ATOM  12661  CE  LYS D 227       6.206   0.276  -5.844  1.00 69.65           C  
+ATOM  12662  NZ  LYS D 227       7.637   0.489  -5.491  1.00 75.43           N  
+ATOM  12663  N   SER D 228       4.792   3.858 -10.812  1.00 65.07           N  
+ATOM  12664  CA  SER D 228       4.196   4.414 -12.017  1.00 65.85           C  
+ATOM  12665  C   SER D 228       3.268   3.397 -12.664  1.00 64.98           C  
+ATOM  12666  O   SER D 228       3.279   2.206 -12.340  1.00 64.83           O  
+ATOM  12667  CB  SER D 228       5.271   4.843 -13.024  1.00 65.57           C  
+ATOM  12668  OG  SER D 228       5.991   3.726 -13.515  1.00 71.31           O  
+ATOM  12669  N   PHE D 229       2.460   3.896 -13.595  1.00 68.51           N  
+ATOM  12670  CA  PHE D 229       1.629   3.048 -14.432  1.00 70.37           C  
+ATOM  12671  C   PHE D 229       1.370   3.765 -15.746  1.00 72.54           C  
+ATOM  12672  O   PHE D 229       1.318   4.998 -15.808  1.00 70.38           O  
+ATOM  12673  CB  PHE D 229       0.304   2.665 -13.753  1.00 67.96           C  
+ATOM  12674  CG  PHE D 229      -0.688   3.792 -13.649  1.00 68.10           C  
+ATOM  12675  CD1 PHE D 229      -1.596   4.038 -14.669  1.00 68.31           C  
+ATOM  12676  CD2 PHE D 229      -0.724   4.592 -12.524  1.00 69.28           C  
+ATOM  12677  CE1 PHE D 229      -2.511   5.071 -14.569  1.00 67.28           C  
+ATOM  12678  CE2 PHE D 229      -1.637   5.624 -12.417  1.00 68.61           C  
+ATOM  12679  CZ  PHE D 229      -2.531   5.864 -13.441  1.00 66.33           C  
+ATOM  12680  N   ASN D 230       1.192   2.972 -16.794  1.00 76.81           N  
+ATOM  12681  CA  ASN D 230       0.825   3.493 -18.100  1.00 76.80           C  
+ATOM  12682  C   ASN D 230      -0.688   3.446 -18.255  1.00 78.77           C  
+ATOM  12683  O   ASN D 230      -1.316   2.423 -17.961  1.00 80.93           O  
+ATOM  12684  CB  ASN D 230       1.505   2.686 -19.206  1.00 80.19           C  
+ATOM  12685  CG  ASN D 230       2.994   2.956 -19.280  1.00 81.68           C  
+ATOM  12686  OD1 ASN D 230       3.415   4.052 -19.647  1.00 80.35           O  
+ATOM  12687  ND2 ASN D 230       3.798   1.955 -18.951  1.00 85.65           N  
+ATOM  12688  N   ARG D 231      -1.266   4.559 -18.702  1.00 77.76           N  
+ATOM  12689  CA  ARG D 231      -2.711   4.645 -18.866  1.00 80.60           C  
+ATOM  12690  C   ARG D 231      -3.223   3.553 -19.800  1.00 85.99           C  
+ATOM  12691  O   ARG D 231      -2.649   3.294 -20.862  1.00 85.70           O  
+ATOM  12692  CB  ARG D 231      -3.105   6.023 -19.401  1.00 79.10           C  
+ATOM  12693  CG  ARG D 231      -4.598   6.186 -19.647  1.00 80.16           C  
+ATOM  12694  CD  ARG D 231      -4.952   7.629 -19.967  1.00 80.83           C  
+ATOM  12695  NE  ARG D 231      -4.400   8.036 -21.256  1.00 85.48           N  
+ATOM  12696  CZ  ARG D 231      -4.893   7.672 -22.436  1.00 85.00           C  
+ATOM  12697  NH1 ARG D 231      -5.961   6.890 -22.503  1.00 84.60           N  
+ATOM  12698  NH2 ARG D 231      -4.312   8.093 -23.552  1.00 86.68           N  
+ATOM  12699  N   GLY D 232      -4.312   2.905 -19.393  1.00 87.20           N  
+ATOM  12700  CA  GLY D 232      -4.936   1.882 -20.206  1.00 92.08           C  
+ATOM  12701  C   GLY D 232      -4.107   0.630 -20.395  1.00 98.99           C  
+ATOM  12702  O   GLY D 232      -3.971   0.135 -21.518  1.00112.08           O  
+ATOM  12703  N   GLU D 233      -3.548   0.106 -19.308  1.00100.77           N  
+ATOM  12704  CA  GLU D 233      -2.736  -1.105 -19.368  1.00102.17           C  
+ATOM  12705  C   GLU D 233      -2.949  -1.957 -18.121  1.00101.29           C  
+ATOM  12706  O   GLU D 233      -2.473  -3.089 -18.043  1.00101.71           O  
+ATOM  12707  CB  GLU D 233      -1.252  -0.763 -19.526  1.00101.71           C  
+ATOM  12708  CG  GLU D 233      -0.865  -0.282 -20.916  1.00101.23           C  
+ATOM  12709  CD  GLU D 233       0.632  -0.119 -21.081  1.00100.43           C  
+ATOM  12710  OE1 GLU D 233       1.377  -0.484 -20.147  1.00 99.95           O  
+ATOM  12711  OE2 GLU D 233       1.063   0.375 -22.144  1.00102.14           O  
+ATOM  12712  N   GLU E   1      50.875  18.159   6.910  1.00119.90           N  
+ATOM  12713  CA  GLU E   1      49.564  18.133   6.272  1.00112.39           C  
+ATOM  12714  C   GLU E   1      49.226  19.487   5.658  1.00106.80           C  
+ATOM  12715  O   GLU E   1      49.942  20.468   5.861  1.00108.35           O  
+ATOM  12716  CB  GLU E   1      48.486  17.728   7.280  1.00108.13           C  
+ATOM  12717  N   VAL E   2      48.127  19.533   4.903  1.00104.49           N  
+ATOM  12718  CA  VAL E   2      47.695  20.781   4.288  1.00103.88           C  
+ATOM  12719  C   VAL E   2      47.122  21.700   5.357  1.00104.96           C  
+ATOM  12720  O   VAL E   2      46.403  21.260   6.264  1.00107.37           O  
+ATOM  12721  CB  VAL E   2      46.667  20.501   3.178  1.00 98.42           C  
+ATOM  12722  CG1 VAL E   2      46.231  21.795   2.508  1.00 96.90           C  
+ATOM  12723  CG2 VAL E   2      47.244  19.532   2.156  1.00 98.10           C  
+ATOM  12724  N   GLN E   3      47.438  22.990   5.255  1.00102.44           N  
+ATOM  12725  CA  GLN E   3      46.980  23.982   6.215  1.00103.34           C  
+ATOM  12726  C   GLN E   3      46.607  25.265   5.491  1.00100.01           C  
+ATOM  12727  O   GLN E   3      47.332  25.721   4.603  1.00102.83           O  
+ATOM  12728  CB  GLN E   3      48.051  24.287   7.272  1.00107.63           C  
+ATOM  12729  CG  GLN E   3      48.416  23.116   8.168  1.00110.73           C  
+ATOM  12730  CD  GLN E   3      49.492  23.472   9.175  1.00114.76           C  
+ATOM  12731  OE1 GLN E   3      49.212  24.059  10.220  1.00118.48           O  
+ATOM  12732  NE2 GLN E   3      50.734  23.121   8.862  1.00117.64           N  
+ATOM  12733  N   LEU E   4      45.465  25.834   5.869  1.00 97.53           N  
+ATOM  12734  CA  LEU E   4      45.017  27.134   5.372  1.00 98.62           C  
+ATOM  12735  C   LEU E   4      44.715  27.986   6.600  1.00102.68           C  
+ATOM  12736  O   LEU E   4      43.620  27.907   7.165  1.00110.09           O  
+ATOM  12737  CB  LEU E   4      43.798  27.018   4.456  1.00 93.24           C  
+ATOM  12738  CG  LEU E   4      43.909  26.296   3.107  1.00 96.36           C  
+ATOM  12739  CD1 LEU E   4      44.034  24.783   3.249  1.00 94.62           C  
+ATOM  12740  CD2 LEU E   4      42.730  26.659   2.212  1.00 91.03           C  
+ATOM  12741  N   GLN E   5      45.684  28.800   7.009  1.00102.57           N  
+ATOM  12742  CA  GLN E   5      45.551  29.621   8.206  1.00 98.91           C  
+ATOM  12743  C   GLN E   5      45.022  30.997   7.826  1.00 98.98           C  
+ATOM  12744  O   GLN E   5      45.644  31.713   7.035  1.00101.24           O  
+ATOM  12745  CB  GLN E   5      46.886  29.739   8.938  1.00105.25           C  
+ATOM  12746  CG  GLN E   5      47.061  28.722  10.052  1.00108.98           C  
+ATOM  12747  CD  GLN E   5      46.147  28.997  11.232  1.00110.38           C  
+ATOM  12748  OE1 GLN E   5      45.950  30.148  11.624  1.00107.41           O  
+ATOM  12749  NE2 GLN E   5      45.578  27.940  11.801  1.00113.16           N  
+ATOM  12750  N   GLN E   6      43.865  31.349   8.372  1.00 96.08           N  
+ATOM  12751  CA  GLN E   6      43.222  32.625   8.111  1.00 92.99           C  
+ATOM  12752  C   GLN E   6      43.519  33.614   9.232  1.00 91.89           C  
+ATOM  12753  O   GLN E   6      43.893  33.236  10.346  1.00 94.44           O  
+ATOM  12754  CB  GLN E   6      41.711  32.437   7.962  1.00 90.95           C  
+ATOM  12755  CG  GLN E   6      41.321  31.408   6.920  1.00 89.12           C  
+ATOM  12756  CD  GLN E   6      39.826  31.347   6.680  1.00 84.79           C  
+ATOM  12757  OE1 GLN E   6      39.224  30.273   6.708  1.00 82.28           O  
+ATOM  12758  NE2 GLN E   6      39.218  32.502   6.433  1.00 81.76           N  
+ATOM  12759  N   SER E   7      43.352  34.896   8.918  1.00 87.45           N  
+ATOM  12760  CA  SER E   7      43.551  35.946   9.904  1.00 90.32           C  
+ATOM  12761  C   SER E   7      42.506  35.839  11.015  1.00 92.56           C  
+ATOM  12762  O   SER E   7      41.531  35.089  10.925  1.00 92.58           O  
+ATOM  12763  CB  SER E   7      43.492  37.322   9.240  1.00 89.23           C  
+ATOM  12764  OG  SER E   7      42.249  37.521   8.589  1.00 92.25           O  
+ATOM  12765  N   GLY E   8      42.724  36.600  12.085  1.00 93.29           N  
+ATOM  12766  CA  GLY E   8      41.818  36.581  13.207  1.00 95.48           C  
+ATOM  12767  C   GLY E   8      40.543  37.346  12.926  1.00 95.81           C  
+ATOM  12768  O   GLY E   8      40.348  37.937  11.854  1.00 93.68           O  
+ATOM  12769  N   PRO E   9      39.642  37.337  13.905  1.00 93.19           N  
+ATOM  12770  CA  PRO E   9      38.377  38.063  13.752  1.00 92.18           C  
+ATOM  12771  C   PRO E   9      38.617  39.562  13.680  1.00 90.69           C  
+ATOM  12772  O   PRO E   9      39.618  40.085  14.176  1.00 92.69           O  
+ATOM  12773  CB  PRO E   9      37.594  37.684  15.011  1.00 94.07           C  
+ATOM  12774  CG  PRO E   9      38.651  37.341  16.013  1.00 96.20           C  
+ATOM  12775  CD  PRO E   9      39.764  36.706  15.230  1.00 92.24           C  
+ATOM  12776  N   GLU E  11      37.674  40.264  13.054  1.00 91.08           N  
+ATOM  12777  CA  GLU E  11      37.844  41.693  12.828  1.00 95.58           C  
+ATOM  12778  C   GLU E  11      36.578  42.461  13.181  1.00 97.05           C  
+ATOM  12779  O   GLU E  11      35.463  41.968  12.981  1.00 95.92           O  
+ATOM  12780  CB  GLU E  11      38.240  41.982  11.373  1.00 98.13           C  
+ATOM  12781  CG  GLU E  11      39.266  43.102  11.220  1.00 98.51           C  
+ATOM  12782  CD  GLU E  11      40.653  42.697  11.691  1.00102.66           C  
+ATOM  12783  OE1 GLU E  11      40.925  41.481  11.779  1.00105.46           O  
+ATOM  12784  OE2 GLU E  11      41.474  43.597  11.973  1.00 99.66           O  
+ATOM  12785  N   LEU E  12      36.770  43.663  13.726  1.00 98.25           N  
+ATOM  12786  CA  LEU E  12      35.708  44.636  13.949  1.00 99.33           C  
+ATOM  12787  C   LEU E  12      36.008  45.882  13.126  1.00100.79           C  
+ATOM  12788  O   LEU E  12      37.118  46.420  13.190  1.00100.51           O  
+ATOM  12789  CB  LEU E  12      35.585  45.002  15.432  1.00103.21           C  
+ATOM  12790  CG  LEU E  12      34.613  46.137  15.774  1.00108.16           C  
+ATOM  12791  CD1 LEU E  12      33.200  45.822  15.302  1.00107.68           C  
+ATOM  12792  CD2 LEU E  12      34.631  46.445  17.264  1.00112.83           C  
+ATOM  12793  N   VAL E  13      35.015  46.338  12.362  1.00102.85           N  
+ATOM  12794  CA  VAL E  13      35.187  47.430  11.410  1.00106.64           C  
+ATOM  12795  C   VAL E  13      33.941  48.308  11.448  1.00110.95           C  
+ATOM  12796  O   VAL E  13      32.837  47.836  11.731  1.00111.89           O  
+ATOM  12797  CB  VAL E  13      35.463  46.896   9.977  1.00105.47           C  
+ATOM  12798  CG1 VAL E  13      35.505  48.024   8.955  1.00105.32           C  
+ATOM  12799  CG2 VAL E  13      36.771  46.115   9.935  1.00 98.94           C  
+ATOM  12800  N   LYS E  14      34.125  49.607  11.177  1.00113.82           N  
+ATOM  12801  CA  LYS E  14      33.003  50.532  11.142  1.00117.34           C  
+ATOM  12802  C   LYS E  14      32.234  50.407   9.826  1.00116.94           C  
+ATOM  12803  O   LYS E  14      32.804  50.026   8.799  1.00115.86           O  
+ATOM  12804  CB  LYS E  14      33.493  51.967  11.311  1.00122.11           C  
+ATOM  12805  CG  LYS E  14      34.238  52.231  12.610  1.00125.31           C  
+ATOM  12806  CD  LYS E  14      33.338  52.037  13.819  1.00127.36           C  
+ATOM  12807  CE  LYS E  14      34.037  52.467  15.098  1.00128.73           C  
+ATOM  12808  NZ  LYS E  14      34.395  53.913  15.073  1.00124.64           N  
+ATOM  12809  N   PRO E  15      30.933  50.706   9.838  1.00118.53           N  
+ATOM  12810  CA  PRO E  15      30.149  50.654   8.596  1.00120.72           C  
+ATOM  12811  C   PRO E  15      30.695  51.600   7.536  1.00123.11           C  
+ATOM  12812  O   PRO E  15      31.149  52.706   7.835  1.00128.96           O  
+ATOM  12813  CB  PRO E  15      28.743  51.066   9.047  1.00117.54           C  
+ATOM  12814  CG  PRO E  15      28.699  50.728  10.497  1.00122.91           C  
+ATOM  12815  CD  PRO E  15      30.088  50.967  11.015  1.00119.99           C  
+ATOM  12816  N   GLY E  16      30.643  51.148   6.283  1.00120.55           N  
+ATOM  12817  CA  GLY E  16      31.145  51.905   5.161  1.00118.59           C  
+ATOM  12818  C   GLY E  16      32.620  51.722   4.875  1.00120.79           C  
+ATOM  12819  O   GLY E  16      33.050  51.953   3.739  1.00121.49           O  
+ATOM  12820  N   ALA E  17      33.404  51.315   5.868  1.00120.69           N  
+ATOM  12821  CA  ALA E  17      34.834  51.101   5.691  1.00115.89           C  
+ATOM  12822  C   ALA E  17      35.071  49.776   4.969  1.00110.64           C  
+ATOM  12823  O   ALA E  17      34.141  49.120   4.491  1.00111.84           O  
+ATOM  12824  CB  ALA E  17      35.548  51.159   7.039  1.00113.80           C  
+ATOM  12825  N   SER E  18      36.332  49.365   4.884  1.00108.73           N  
+ATOM  12826  CA  SER E  18      36.726  48.171   4.155  1.00107.32           C  
+ATOM  12827  C   SER E  18      37.492  47.231   5.076  1.00101.34           C  
+ATOM  12828  O   SER E  18      38.017  47.635   6.117  1.00101.04           O  
+ATOM  12829  CB  SER E  18      37.586  48.527   2.934  1.00109.63           C  
+ATOM  12830  OG  SER E  18      36.896  49.411   2.068  1.00110.48           O  
+ATOM  12831  N   VAL E  19      37.553  45.958   4.678  1.00100.14           N  
+ATOM  12832  CA  VAL E  19      38.242  44.930   5.446  1.00 98.75           C  
+ATOM  12833  C   VAL E  19      39.119  44.137   4.489  1.00 97.61           C  
+ATOM  12834  O   VAL E  19      38.863  44.074   3.286  1.00 99.62           O  
+ATOM  12835  CB  VAL E  19      37.266  43.982   6.187  1.00 99.64           C  
+ATOM  12836  CG1 VAL E  19      37.964  43.291   7.354  1.00 93.83           C  
+ATOM  12837  CG2 VAL E  19      36.023  44.726   6.658  1.00 99.85           C  
+ATOM  12838  N   LYS E  20      40.162  43.516   5.039  1.00 95.72           N  
+ATOM  12839  CA  LYS E  20      41.076  42.695   4.249  1.00 98.53           C  
+ATOM  12840  C   LYS E  20      41.462  41.470   5.067  1.00 94.59           C  
+ATOM  12841  O   LYS E  20      42.177  41.588   6.067  1.00 97.60           O  
+ATOM  12842  CB  LYS E  20      42.315  43.490   3.833  1.00106.36           C  
+ATOM  12843  CG  LYS E  20      42.782  43.201   2.416  1.00106.92           C  
+ATOM  12844  CD  LYS E  20      44.163  43.780   2.146  1.00125.26           C  
+ATOM  12845  CE  LYS E  20      44.518  43.688   0.668  1.00118.54           C  
+ATOM  12846  NZ  LYS E  20      45.935  44.053   0.408  1.00116.38           N  
+ATOM  12847  N   MET E  21      40.993  40.302   4.640  1.00 94.27           N  
+ATOM  12848  CA  MET E  21      41.283  39.036   5.293  1.00 94.58           C  
+ATOM  12849  C   MET E  21      42.356  38.283   4.518  1.00 89.44           C  
+ATOM  12850  O   MET E  21      42.479  38.419   3.298  1.00 90.56           O  
+ATOM  12851  CB  MET E  21      40.022  38.174   5.391  1.00 96.70           C  
+ATOM  12852  CG  MET E  21      38.863  38.835   6.114  1.00 96.38           C  
+ATOM  12853  SD  MET E  21      37.329  37.906   5.924  1.00101.79           S  
+ATOM  12854  CE  MET E  21      36.280  39.136   5.152  1.00 91.95           C  
+ATOM  12855  N   SER E  22      43.133  37.481   5.240  1.00 86.54           N  
+ATOM  12856  CA  SER E  22      44.225  36.720   4.658  1.00 89.42           C  
+ATOM  12857  C   SER E  22      43.957  35.227   4.795  1.00 92.05           C  
+ATOM  12858  O   SER E  22      43.195  34.785   5.659  1.00 98.81           O  
+ATOM  12859  CB  SER E  22      45.564  37.072   5.320  1.00 94.23           C  
+ATOM  12860  OG  SER E  22      45.609  36.609   6.658  1.00 96.34           O  
+ATOM  12861  N   CYS E  23      44.596  34.453   3.918  1.00 95.99           N  
+ATOM  12862  CA  CYS E  23      44.507  32.995   3.962  1.00 97.02           C  
+ATOM  12863  C   CYS E  23      45.842  32.458   3.451  1.00 98.58           C  
+ATOM  12864  O   CYS E  23      46.072  32.426   2.238  1.00101.62           O  
+ATOM  12865  CB  CYS E  23      43.338  32.498   3.123  1.00 98.45           C  
+ATOM  12866  SG  CYS E  23      43.203  30.706   2.918  1.00 99.07           S  
+ATOM  12867  N   LYS E  24      46.726  32.086   4.373  1.00100.72           N  
+ATOM  12868  CA  LYS E  24      48.039  31.566   4.015  1.00105.57           C  
+ATOM  12869  C   LYS E  24      47.962  30.048   3.903  1.00104.30           C  
+ATOM  12870  O   LYS E  24      47.570  29.368   4.858  1.00101.11           O  
+ATOM  12871  CB  LYS E  24      49.095  31.981   5.038  1.00110.72           C  
+ATOM  12872  CG  LYS E  24      50.515  31.897   4.499  1.00113.74           C  
+ATOM  12873  CD  LYS E  24      51.544  31.781   5.608  1.00120.42           C  
+ATOM  12874  CE  LYS E  24      52.955  31.814   5.040  1.00124.08           C  
+ATOM  12875  NZ  LYS E  24      53.160  30.771   3.996  1.00119.33           N  
+ATOM  12876  N   ALA E  25      48.320  29.525   2.735  1.00105.33           N  
+ATOM  12877  CA  ALA E  25      48.314  28.095   2.473  1.00103.15           C  
+ATOM  12878  C   ALA E  25      49.707  27.509   2.673  1.00102.57           C  
+ATOM  12879  O   ALA E  25      50.721  28.180   2.464  1.00106.54           O  
+ATOM  12880  CB  ALA E  25      47.825  27.804   1.054  1.00102.67           C  
+ATOM  12881  N   SER E  26      49.743  26.243   3.082  1.00 97.76           N  
+ATOM  12882  CA  SER E  26      51.002  25.541   3.285  1.00 98.28           C  
+ATOM  12883  C   SER E  26      50.749  24.043   3.219  1.00 99.78           C  
+ATOM  12884  O   SER E  26      49.635  23.571   3.464  1.00101.56           O  
+ATOM  12885  CB  SER E  26      51.649  25.921   4.621  1.00102.55           C  
+ATOM  12886  OG  SER E  26      50.781  25.641   5.706  1.00101.46           O  
+ATOM  12887  N   GLY E  27      51.799  23.301   2.879  1.00 98.94           N  
+ATOM  12888  CA  GLY E  27      51.728  21.858   2.808  1.00 96.93           C  
+ATOM  12889  C   GLY E  27      51.467  21.276   1.436  1.00 94.03           C  
+ATOM  12890  O   GLY E  27      51.257  20.062   1.332  1.00 92.66           O  
+ATOM  12891  N   TYR E  28      51.475  22.094   0.387  1.00 92.71           N  
+ATOM  12892  CA  TYR E  28      51.225  21.619  -0.967  1.00 96.60           C  
+ATOM  12893  C   TYR E  28      51.718  22.672  -1.949  1.00 95.64           C  
+ATOM  12894  O   TYR E  28      52.099  23.780  -1.565  1.00 98.62           O  
+ATOM  12895  CB  TYR E  28      49.739  21.319  -1.187  1.00 96.61           C  
+ATOM  12896  CG  TYR E  28      48.878  22.560  -1.205  1.00 92.87           C  
+ATOM  12897  CD1 TYR E  28      48.466  23.160  -0.023  1.00 92.17           C  
+ATOM  12898  CD2 TYR E  28      48.486  23.138  -2.404  1.00 91.02           C  
+ATOM  12899  CE1 TYR E  28      47.687  24.297  -0.036  1.00 92.48           C  
+ATOM  12900  CE2 TYR E  28      47.709  24.275  -2.427  1.00 90.28           C  
+ATOM  12901  CZ  TYR E  28      47.311  24.849  -1.241  1.00 90.49           C  
+ATOM  12902  OH  TYR E  28      46.535  25.980  -1.259  1.00 90.78           O  
+ATOM  12903  N   THR E  29      51.706  22.309  -3.231  1.00 91.66           N  
+ATOM  12904  CA  THR E  29      52.091  23.235  -4.293  1.00 94.69           C  
+ATOM  12905  C   THR E  29      51.036  24.329  -4.412  1.00 95.94           C  
+ATOM  12906  O   THR E  29      49.946  24.097  -4.945  1.00 98.81           O  
+ATOM  12907  CB  THR E  29      52.257  22.488  -5.613  1.00101.81           C  
+ATOM  12908  OG1 THR E  29      51.041  21.803  -5.935  1.00104.08           O  
+ATOM  12909  CG2 THR E  29      53.389  21.476  -5.511  1.00100.08           C  
+ATOM  12910  N   PHE E  30      51.366  25.526  -3.920  1.00 96.15           N  
+ATOM  12911  CA  PHE E  30      50.380  26.598  -3.808  1.00 96.38           C  
+ATOM  12912  C   PHE E  30      49.823  27.019  -5.163  1.00 96.90           C  
+ATOM  12913  O   PHE E  30      48.674  27.468  -5.247  1.00 95.92           O  
+ATOM  12914  CB  PHE E  30      51.009  27.798  -3.096  1.00 99.07           C  
+ATOM  12915  CG  PHE E  30      50.121  29.009  -3.036  1.00101.96           C  
+ATOM  12916  CD1 PHE E  30      49.026  29.042  -2.190  1.00101.60           C  
+ATOM  12917  CD2 PHE E  30      50.387  30.118  -3.824  1.00105.10           C  
+ATOM  12918  CE1 PHE E  30      48.210  30.156  -2.132  1.00101.39           C  
+ATOM  12919  CE2 PHE E  30      49.574  31.235  -3.771  1.00105.53           C  
+ATOM  12920  CZ  PHE E  30      48.484  31.254  -2.924  1.00102.30           C  
+ATOM  12921  N   SER E  35      50.607  26.881  -6.230  1.00102.82           N  
+ATOM  12922  CA  SER E  35      50.230  27.415  -7.532  1.00106.85           C  
+ATOM  12923  C   SER E  35      49.356  26.473  -8.352  1.00106.75           C  
+ATOM  12924  O   SER E  35      48.861  26.881  -9.409  1.00107.35           O  
+ATOM  12925  CB  SER E  35      51.484  27.767  -8.340  1.00111.64           C  
+ATOM  12926  OG  SER E  35      52.332  26.640  -8.480  1.00120.69           O  
+ATOM  12927  N   ASP E  36      49.148  25.237  -7.902  1.00103.74           N  
+ATOM  12928  CA  ASP E  36      48.454  24.231  -8.695  1.00104.17           C  
+ATOM  12929  C   ASP E  36      46.992  24.053  -8.309  1.00103.53           C  
+ATOM  12930  O   ASP E  36      46.291  23.264  -8.951  1.00106.69           O  
+ATOM  12931  CB  ASP E  36      49.177  22.884  -8.581  1.00106.46           C  
+ATOM  12932  CG  ASP E  36      50.565  22.913  -9.188  1.00112.47           C  
+ATOM  12933  OD1 ASP E  36      50.945  23.956  -9.761  1.00117.10           O  
+ATOM  12934  OD2 ASP E  36      51.277  21.892  -9.089  1.00110.91           O  
+ATOM  12935  N   TYR E  37      46.511  24.758  -7.287  1.00 99.93           N  
+ATOM  12936  CA  TYR E  37      45.155  24.576  -6.789  1.00 88.29           C  
+ATOM  12937  C   TYR E  37      44.418  25.906  -6.746  1.00 86.84           C  
+ATOM  12938  O   TYR E  37      44.986  26.929  -6.351  1.00 91.23           O  
+ATOM  12939  CB  TYR E  37      45.162  23.948  -5.393  1.00 86.66           C  
+ATOM  12940  CG  TYR E  37      45.618  22.505  -5.350  1.00 87.08           C  
+ATOM  12941  CD1 TYR E  37      46.967  22.184  -5.285  1.00 87.95           C  
+ATOM  12942  CD2 TYR E  37      44.698  21.466  -5.352  1.00 88.14           C  
+ATOM  12943  CE1 TYR E  37      47.387  20.867  -5.236  1.00 90.08           C  
+ATOM  12944  CE2 TYR E  37      45.107  20.147  -5.302  1.00 88.09           C  
+ATOM  12945  CZ  TYR E  37      46.452  19.853  -5.245  1.00 88.62           C  
+ATOM  12946  OH  TYR E  37      46.864  18.540  -5.195  1.00 90.13           O  
+ATOM  12947  N   TYR E  38      43.151  25.883  -7.153  1.00 82.60           N  
+ATOM  12948  CA  TYR E  38      42.280  27.039  -7.004  1.00 84.76           C  
+ATOM  12949  C   TYR E  38      42.088  27.384  -5.529  1.00 89.22           C  
+ATOM  12950  O   TYR E  38      42.258  26.546  -4.638  1.00 86.28           O  
+ATOM  12951  CB  TYR E  38      40.917  26.773  -7.643  1.00 82.21           C  
+ATOM  12952  CG  TYR E  38      40.858  27.012  -9.133  1.00 81.97           C  
+ATOM  12953  CD1 TYR E  38      40.565  28.270  -9.640  1.00 83.83           C  
+ATOM  12954  CD2 TYR E  38      41.081  25.978 -10.031  1.00 83.76           C  
+ATOM  12955  CE1 TYR E  38      40.504  28.495 -11.001  1.00 85.32           C  
+ATOM  12956  CE2 TYR E  38      41.021  26.193 -11.396  1.00 84.58           C  
+ATOM  12957  CZ  TYR E  38      40.732  27.454 -11.874  1.00 85.54           C  
+ATOM  12958  OH  TYR E  38      40.672  27.675 -13.231  1.00 87.01           O  
+ATOM  12959  N   MET E  39      41.725  28.640  -5.273  1.00 89.46           N  
+ATOM  12960  CA  MET E  39      41.379  29.091  -3.930  1.00 85.63           C  
+ATOM  12961  C   MET E  39      40.029  29.784  -3.992  1.00 85.87           C  
+ATOM  12962  O   MET E  39      39.874  30.778  -4.706  1.00 86.72           O  
+ATOM  12963  CB  MET E  39      42.446  30.030  -3.361  1.00 87.51           C  
+ATOM  12964  CG  MET E  39      42.584  29.972  -1.846  1.00 90.46           C  
+ATOM  12965  SD  MET E  39      42.959  28.319  -1.231  1.00 89.24           S  
+ATOM  12966  CE  MET E  39      44.326  27.874  -2.295  1.00 91.64           C  
+ATOM  12967  N   HIS E  40      39.060  29.267  -3.244  1.00 86.47           N  
+ATOM  12968  CA  HIS E  40      37.707  29.794  -3.232  1.00 84.12           C  
+ATOM  12969  C   HIS E  40      37.413  30.440  -1.886  1.00 82.93           C  
+ATOM  12970  O   HIS E  40      38.006  30.085  -0.863  1.00 81.67           O  
+ATOM  12971  CB  HIS E  40      36.686  28.686  -3.502  1.00 81.14           C  
+ATOM  12972  CG  HIS E  40      36.989  27.867  -4.718  1.00 81.62           C  
+ATOM  12973  ND1 HIS E  40      36.357  28.063  -5.926  1.00 79.41           N  
+ATOM  12974  CD2 HIS E  40      37.859  26.847  -4.909  1.00 81.57           C  
+ATOM  12975  CE1 HIS E  40      36.823  27.198  -6.810  1.00 83.33           C  
+ATOM  12976  NE2 HIS E  40      37.735  26.449  -6.218  1.00 82.74           N  
+ATOM  12977  N   TRP E  41      36.486  31.391  -1.896  1.00 83.51           N  
+ATOM  12978  CA  TRP E  41      36.012  32.027  -0.676  1.00 84.86           C  
+ATOM  12979  C   TRP E  41      34.526  31.754  -0.500  1.00 85.37           C  
+ATOM  12980  O   TRP E  41      33.760  31.775  -1.469  1.00 83.65           O  
+ATOM  12981  CB  TRP E  41      36.283  33.534  -0.691  1.00 86.89           C  
+ATOM  12982  CG  TRP E  41      37.714  33.862  -0.404  1.00 89.87           C  
+ATOM  12983  CD1 TRP E  41      38.723  33.999  -1.311  1.00 89.36           C  
+ATOM  12984  CD2 TRP E  41      38.302  34.068   0.886  1.00 92.76           C  
+ATOM  12985  NE1 TRP E  41      39.901  34.291  -0.667  1.00 91.75           N  
+ATOM  12986  CE2 TRP E  41      39.670  34.338   0.683  1.00 93.61           C  
+ATOM  12987  CE3 TRP E  41      37.804  34.057   2.193  1.00 88.89           C  
+ATOM  12988  CZ2 TRP E  41      40.545  34.594   1.737  1.00 93.81           C  
+ATOM  12989  CZ3 TRP E  41      38.673  34.312   3.237  1.00 90.40           C  
+ATOM  12990  CH2 TRP E  41      40.028  34.577   3.003  1.00 91.40           C  
+ATOM  12991  N   VAL E  42      34.127  31.491   0.743  1.00 83.71           N  
+ATOM  12992  CA  VAL E  42      32.756  31.125   1.071  1.00 81.50           C  
+ATOM  12993  C   VAL E  42      32.309  31.961   2.261  1.00 80.02           C  
+ATOM  12994  O   VAL E  42      33.097  32.269   3.159  1.00 80.36           O  
+ATOM  12995  CB  VAL E  42      32.617  29.614   1.380  1.00 79.77           C  
+ATOM  12996  CG1 VAL E  42      31.160  29.236   1.609  1.00 76.62           C  
+ATOM  12997  CG2 VAL E  42      33.212  28.774   0.258  1.00 79.66           C  
+ATOM  12998  N   LYS E  43      31.031  32.329   2.260  1.00 80.08           N  
+ATOM  12999  CA  LYS E  43      30.430  33.119   3.324  1.00 81.85           C  
+ATOM  13000  C   LYS E  43      29.378  32.284   4.037  1.00 82.95           C  
+ATOM  13001  O   LYS E  43      28.539  31.652   3.387  1.00 82.23           O  
+ATOM  13002  CB  LYS E  43      29.803  34.399   2.761  1.00 82.25           C  
+ATOM  13003  CG  LYS E  43      29.067  35.254   3.779  1.00 84.64           C  
+ATOM  13004  CD  LYS E  43      28.323  36.385   3.083  1.00 87.79           C  
+ATOM  13005  CE  LYS E  43      27.650  37.318   4.075  1.00 94.08           C  
+ATOM  13006  NZ  LYS E  43      26.922  38.418   3.384  1.00 92.79           N  
+ATOM  13007  N   GLN E  44      29.423  32.282   5.367  1.00 85.91           N  
+ATOM  13008  CA  GLN E  44      28.412  31.631   6.193  1.00 88.72           C  
+ATOM  13009  C   GLN E  44      27.771  32.736   7.023  1.00 97.91           C  
+ATOM  13010  O   GLN E  44      28.352  33.193   8.015  1.00100.66           O  
+ATOM  13011  CB  GLN E  44      29.018  30.542   7.076  1.00 81.86           C  
+ATOM  13012  CG  GLN E  44      27.992  29.591   7.676  1.00 82.33           C  
+ATOM  13013  CD  GLN E  44      28.628  28.399   8.366  1.00 73.12           C  
+ATOM  13014  OE1 GLN E  44      28.256  27.252   8.117  1.00 69.08           O  
+ATOM  13015  NE2 GLN E  44      29.587  28.665   9.245  1.00 72.29           N  
+ATOM  13016  N   SER E  45      26.606  33.199   6.582  1.00104.94           N  
+ATOM  13017  CA  SER E  45      25.882  34.219   7.317  1.00118.96           C  
+ATOM  13018  C   SER E  45      25.055  33.581   8.424  1.00126.13           C  
+ATOM  13019  O   SER E  45      24.523  32.477   8.270  1.00116.88           O  
+ATOM  13020  CB  SER E  45      24.978  35.019   6.378  1.00118.85           C  
+ATOM  13021  OG  SER E  45      23.898  34.229   5.913  1.00119.66           O  
+ATOM  13022  N   HIS E  46      24.941  34.302   9.544  1.00137.49           N  
+ATOM  13023  CA  HIS E  46      24.151  33.867  10.702  1.00135.76           C  
+ATOM  13024  C   HIS E  46      24.465  32.421  11.095  1.00127.86           C  
+ATOM  13025  O   HIS E  46      23.622  31.713  11.650  1.00124.75           O  
+ATOM  13026  CB  HIS E  46      22.654  34.050  10.432  1.00137.41           C  
+ATOM  13027  CG  HIS E  46      21.800  33.986  11.661  1.00144.89           C  
+ATOM  13028  ND1 HIS E  46      20.449  33.718  11.611  1.00138.32           N  
+ATOM  13029  CD2 HIS E  46      22.102  34.156  12.970  1.00145.38           C  
+ATOM  13030  CE1 HIS E  46      19.956  33.724  12.836  1.00138.89           C  
+ATOM  13031  NE2 HIS E  46      20.937  33.987  13.679  1.00140.54           N  
+ATOM  13032  N   GLY E  47      25.698  31.992  10.835  1.00124.37           N  
+ATOM  13033  CA  GLY E  47      26.103  30.601  10.929  1.00114.19           C  
+ATOM  13034  C   GLY E  47      25.085  29.574  10.473  1.00114.87           C  
+ATOM  13035  O   GLY E  47      24.794  28.621  11.202  1.00114.98           O  
+ATOM  13036  N   LYS E  48      24.528  29.756   9.273  1.00111.95           N  
+ATOM  13037  CA  LYS E  48      23.580  28.796   8.715  1.00104.81           C  
+ATOM  13038  C   LYS E  48      23.940  28.429   7.279  1.00 95.03           C  
+ATOM  13039  O   LYS E  48      24.573  27.396   7.038  1.00 90.53           O  
+ATOM  13040  CB  LYS E  48      22.146  29.339   8.768  1.00108.50           C  
+ATOM  13041  CG  LYS E  48      22.033  30.823   9.066  1.00114.59           C  
+ATOM  13042  CD  LYS E  48      20.746  31.416   8.509  1.00114.63           C  
+ATOM  13043  CE  LYS E  48      21.013  32.201   7.232  1.00108.49           C  
+ATOM  13044  NZ  LYS E  48      19.759  32.731   6.629  1.00 99.56           N  
+ATOM  13045  N   SER E  49      23.552  29.270   6.324  1.00 95.11           N  
+ATOM  13046  CA  SER E  49      23.705  28.969   4.908  1.00 88.65           C  
+ATOM  13047  C   SER E  49      25.090  29.362   4.405  1.00 86.58           C  
+ATOM  13048  O   SER E  49      25.718  30.295   4.912  1.00 87.99           O  
+ATOM  13049  CB  SER E  49      22.634  29.687   4.087  1.00 88.60           C  
+ATOM  13050  OG  SER E  49      22.827  31.091   4.113  1.00 92.80           O  
+ATOM  13051  N   LEU E  50      25.556  28.637   3.390  1.00 81.39           N  
+ATOM  13052  CA  LEU E  50      26.858  28.857   2.772  1.00 76.29           C  
+ATOM  13053  C   LEU E  50      26.662  29.509   1.410  1.00 75.91           C  
+ATOM  13054  O   LEU E  50      25.949  28.969   0.556  1.00 74.30           O  
+ATOM  13055  CB  LEU E  50      27.630  27.545   2.627  1.00 68.21           C  
+ATOM  13056  CG  LEU E  50      28.059  26.850   3.919  1.00 70.94           C  
+ATOM  13057  CD1 LEU E  50      28.685  25.500   3.616  1.00 66.72           C  
+ATOM  13058  CD2 LEU E  50      29.033  27.729   4.683  1.00 73.04           C  
+ATOM  13059  N   GLU E  51      27.289  30.665   1.213  1.00 77.17           N  
+ATOM  13060  CA  GLU E  51      27.237  31.394  -0.048  1.00 79.79           C  
+ATOM  13061  C   GLU E  51      28.636  31.440  -0.641  1.00 81.84           C  
+ATOM  13062  O   GLU E  51      29.550  32.012  -0.035  1.00 82.25           O  
+ATOM  13063  CB  GLU E  51      26.699  32.813   0.154  1.00 81.67           C  
+ATOM  13064  CG  GLU E  51      25.229  32.888   0.521  1.00 86.92           C  
+ATOM  13065  CD  GLU E  51      24.729  34.318   0.610  1.00 94.28           C  
+ATOM  13066  OE1 GLU E  51      25.251  35.080   1.452  1.00 93.33           O  
+ATOM  13067  OE2 GLU E  51      23.824  34.683  -0.168  1.00101.50           O  
+ATOM  13068  N   TRP E  52      28.805  30.824  -1.809  1.00 80.09           N  
+ATOM  13069  CA  TRP E  52      30.044  30.980  -2.558  1.00 80.86           C  
+ATOM  13070  C   TRP E  52      30.281  32.454  -2.869  1.00 84.61           C  
+ATOM  13071  O   TRP E  52      29.342  33.230  -3.069  1.00 88.78           O  
+ATOM  13072  CB  TRP E  52      29.983  30.161  -3.847  1.00 80.41           C  
+ATOM  13073  CG  TRP E  52      31.263  30.107  -4.625  1.00 80.01           C  
+ATOM  13074  CD1 TRP E  52      32.451  29.574  -4.217  1.00 79.42           C  
+ATOM  13075  CD2 TRP E  52      31.475  30.586  -5.959  1.00 78.70           C  
+ATOM  13076  NE1 TRP E  52      33.393  29.700  -5.211  1.00 79.66           N  
+ATOM  13077  CE2 TRP E  52      32.818  30.318  -6.290  1.00 78.85           C  
+ATOM  13078  CE3 TRP E  52      30.661  31.219  -6.902  1.00 80.10           C  
+ATOM  13079  CZ2 TRP E  52      33.365  30.662  -7.525  1.00 82.01           C  
+ATOM  13080  CZ3 TRP E  52      31.205  31.560  -8.127  1.00 82.19           C  
+ATOM  13081  CH2 TRP E  52      32.544  31.281  -8.427  1.00 84.94           C  
+ATOM  13082  N   ILE E  53      31.554  32.839  -2.920  1.00 83.92           N  
+ATOM  13083  CA  ILE E  53      31.956  34.214  -3.179  1.00 87.45           C  
+ATOM  13084  C   ILE E  53      32.735  34.330  -4.485  1.00 86.07           C  
+ATOM  13085  O   ILE E  53      32.405  35.149  -5.348  1.00 86.20           O  
+ATOM  13086  CB  ILE E  53      32.775  34.792  -2.004  1.00 89.92           C  
+ATOM  13087  CG1 ILE E  53      31.894  34.924  -0.760  1.00 87.03           C  
+ATOM  13088  CG2 ILE E  53      33.377  36.136  -2.381  1.00 91.14           C  
+ATOM  13089  CD1 ILE E  53      32.673  35.123   0.519  1.00 86.54           C  
+ATOM  13090  N   GLY E  54      33.768  33.517  -4.645  1.00 85.36           N  
+ATOM  13091  CA  GLY E  54      34.567  33.577  -5.850  1.00 86.63           C  
+ATOM  13092  C   GLY E  54      35.761  32.659  -5.752  1.00 87.21           C  
+ATOM  13093  O   GLY E  54      36.081  32.113  -4.691  1.00 84.02           O  
+ATOM  13094  N   TYR E  55      36.417  32.495  -6.896  1.00 88.98           N  
+ATOM  13095  CA  TYR E  55      37.605  31.670  -7.019  1.00 90.52           C  
+ATOM  13096  C   TYR E  55      38.769  32.526  -7.495  1.00 91.82           C  
+ATOM  13097  O   TYR E  55      38.586  33.623  -8.030  1.00 93.77           O  
+ATOM  13098  CB  TYR E  55      37.380  30.505  -7.995  1.00 90.14           C  
+ATOM  13099  CG  TYR E  55      37.226  30.933  -9.440  1.00 91.43           C  
+ATOM  13100  CD1 TYR E  55      35.980  31.254  -9.959  1.00 93.85           C  
+ATOM  13101  CD2 TYR E  55      38.327  31.008 -10.285  1.00 90.79           C  
+ATOM  13102  CE1 TYR E  55      35.835  31.646 -11.277  1.00 96.52           C  
+ATOM  13103  CE2 TYR E  55      38.192  31.399 -11.602  1.00 93.47           C  
+ATOM  13104  CZ  TYR E  55      36.944  31.716 -12.094  1.00 98.24           C  
+ATOM  13105  OH  TYR E  55      36.805  32.104 -13.406  1.00105.63           O  
+ATOM  13106  N   ILE E  56      39.975  32.008  -7.293  1.00 89.94           N  
+ATOM  13107  CA  ILE E  56      41.179  32.654  -7.800  1.00 95.55           C  
+ATOM  13108  C   ILE E  56      42.220  31.584  -8.097  1.00 97.74           C  
+ATOM  13109  O   ILE E  56      42.411  30.645  -7.315  1.00 94.34           O  
+ATOM  13110  CB  ILE E  56      41.723  33.715  -6.819  1.00 97.30           C  
+ATOM  13111  CG1 ILE E  56      42.936  34.429  -7.420  1.00101.09           C  
+ATOM  13112  CG2 ILE E  56      42.063  33.097  -5.468  1.00 96.54           C  
+ATOM  13113  CD1 ILE E  56      43.380  35.637  -6.633  1.00104.23           C  
+ATOM  13114  N   TYR E  57      42.860  31.711  -9.259  1.00 99.61           N  
+ATOM  13115  CA  TYR E  57      43.965  30.853  -9.652  1.00102.47           C  
+ATOM  13116  C   TYR E  57      45.263  31.563  -9.302  1.00105.16           C  
+ATOM  13117  O   TYR E  57      45.540  32.634  -9.863  1.00105.53           O  
+ATOM  13118  CB  TYR E  57      43.905  30.539 -11.146  1.00101.71           C  
+ATOM  13119  CG  TYR E  57      44.868  29.459 -11.580  1.00106.13           C  
+ATOM  13120  CD1 TYR E  57      44.845  28.198 -10.999  1.00102.90           C  
+ATOM  13121  CD2 TYR E  57      45.801  29.703 -12.576  1.00111.88           C  
+ATOM  13122  CE1 TYR E  57      45.733  27.213 -11.397  1.00112.71           C  
+ATOM  13123  CE2 TYR E  57      46.685  28.729 -12.982  1.00114.55           C  
+ATOM  13124  CZ  TYR E  57      46.651  27.489 -12.391  1.00122.77           C  
+ATOM  13125  OH  TYR E  57      47.545  26.529 -12.804  1.00125.37           O  
+ATOM  13126  N   PRO E  58      46.070  31.029  -8.380  1.00103.27           N  
+ATOM  13127  CA  PRO E  58      47.234  31.787  -7.885  1.00107.29           C  
+ATOM  13128  C   PRO E  58      48.199  32.242  -8.967  1.00112.49           C  
+ATOM  13129  O   PRO E  58      48.872  33.264  -8.783  1.00116.03           O  
+ATOM  13130  CB  PRO E  58      47.902  30.797  -6.921  1.00106.06           C  
+ATOM  13131  CG  PRO E  58      46.791  29.907  -6.471  1.00101.86           C  
+ATOM  13132  CD  PRO E  58      45.889  29.756  -7.663  1.00101.16           C  
+ATOM  13133  N   ASP E  59      48.306  31.513 -10.080  1.00111.49           N  
+ATOM  13134  CA  ASP E  59      49.209  31.937 -11.146  1.00109.50           C  
+ATOM  13135  C   ASP E  59      48.817  33.297 -11.715  1.00108.43           C  
+ATOM  13136  O   ASP E  59      49.692  34.076 -12.108  1.00110.33           O  
+ATOM  13137  CB  ASP E  59      49.252  30.883 -12.252  1.00111.07           C  
+ATOM  13138  CG  ASP E  59      50.299  29.813 -11.996  1.00115.66           C  
+ATOM  13139  OD1 ASP E  59      51.283  30.100 -11.282  1.00112.94           O  
+ATOM  13140  OD2 ASP E  59      50.138  28.684 -12.507  1.00118.56           O  
+ATOM  13141  N   ASN E  62      47.519  33.601 -11.772  1.00108.10           N  
+ATOM  13142  CA  ASN E  62      47.071  34.914 -12.227  1.00107.56           C  
+ATOM  13143  C   ASN E  62      45.870  35.447 -11.446  1.00108.34           C  
+ATOM  13144  O   ASN E  62      46.045  36.151 -10.447  1.00108.11           O  
+ATOM  13145  CB  ASN E  62      46.759  34.871 -13.728  1.00103.39           C  
+ATOM  13146  CG  ASN E  62      46.073  33.589 -14.149  1.00104.07           C  
+ATOM  13147  OD1 ASN E  62      46.023  32.622 -13.390  1.00107.29           O  
+ATOM  13148  ND2 ASN E  62      45.545  33.571 -15.369  1.00 98.97           N  
+ATOM  13149  N   GLY E  63      44.656  35.119 -11.874  1.00106.44           N  
+ATOM  13150  CA  GLY E  63      43.477  35.675 -11.239  1.00104.67           C  
+ATOM  13151  C   GLY E  63      42.214  34.960 -11.668  1.00104.49           C  
+ATOM  13152  O   GLY E  63      42.258  33.917 -12.323  1.00104.31           O  
+ATOM  13153  N   GLY E  64      41.081  35.538 -11.283  1.00102.50           N  
+ATOM  13154  CA  GLY E  64      39.802  34.954 -11.637  1.00100.84           C  
+ATOM  13155  C   GLY E  64      38.639  35.852 -11.271  1.00101.16           C  
+ATOM  13156  O   GLY E  64      38.819  36.987 -10.826  1.00 98.51           O  
+ATOM  13157  N   ASN E  65      37.434  35.317 -11.471  1.00104.78           N  
+ATOM  13158  CA  ASN E  65      36.160  35.988 -11.227  1.00112.14           C  
+ATOM  13159  C   ASN E  65      35.406  35.324 -10.074  1.00101.25           C  
+ATOM  13160  O   ASN E  65      35.870  34.352  -9.471  1.00 99.09           O  
+ATOM  13161  CB  ASN E  65      35.313  36.000 -12.502  1.00109.21           C  
+ATOM  13162  N   GLY E  66      34.226  35.870  -9.763  1.00 97.14           N  
+ATOM  13163  CA  GLY E  66      33.412  35.343  -8.681  1.00 95.37           C  
+ATOM  13164  C   GLY E  66      31.907  35.526  -8.795  1.00 94.58           C  
+ATOM  13165  O   GLY E  66      31.385  35.837  -9.870  1.00 92.52           O  
+ATOM  13166  N   TYR E  67      31.209  35.316  -7.674  1.00 92.97           N  
+ATOM  13167  CA  TYR E  67      29.753  35.422  -7.609  1.00 95.10           C  
+ATOM  13168  C   TYR E  67      29.235  36.742  -8.165  1.00 97.61           C  
+ATOM  13169  O   TYR E  67      29.807  37.808  -7.922  1.00100.68           O  
+ATOM  13170  CB  TYR E  67      29.291  35.276  -6.156  1.00 99.04           C  
+ATOM  13171  CG  TYR E  67      27.876  34.769  -5.979  1.00101.80           C  
+ATOM  13172  CD1 TYR E  67      27.221  34.091  -6.999  1.00101.99           C  
+ATOM  13173  CD2 TYR E  67      27.180  35.009  -4.800  1.00106.97           C  
+ATOM  13174  CE1 TYR E  67      25.921  33.640  -6.835  1.00109.36           C  
+ATOM  13175  CE2 TYR E  67      25.883  34.566  -4.630  1.00119.01           C  
+ATOM  13176  CZ  TYR E  67      25.257  33.883  -5.650  1.00123.51           C  
+ATOM  13177  OH  TYR E  67      23.965  33.442  -5.481  1.00127.58           O  
+ATOM  13178  N   ASN E  68      28.138  36.656  -8.924  1.00101.24           N  
+ATOM  13179  CA  ASN E  68      27.494  37.856  -9.450  1.00105.17           C  
+ATOM  13180  C   ASN E  68      26.934  38.715  -8.323  1.00105.52           C  
+ATOM  13181  O   ASN E  68      27.059  39.946  -8.347  1.00108.01           O  
+ATOM  13182  CB  ASN E  68      26.385  37.464 -10.428  1.00108.19           C  
+ATOM  13183  CG  ASN E  68      26.493  38.187 -11.756  1.00115.13           C  
+ATOM  13184  OD1 ASN E  68      26.650  37.560 -12.805  1.00117.34           O  
+ATOM  13185  ND2 ASN E  68      26.407  39.511 -11.719  1.00112.08           N  
+ATOM  13186  N   GLN E  69      26.300  38.079  -7.333  1.00106.60           N  
+ATOM  13187  CA  GLN E  69      25.711  38.809  -6.214  1.00106.92           C  
+ATOM  13188  C   GLN E  69      26.772  39.536  -5.398  1.00105.13           C  
+ATOM  13189  O   GLN E  69      26.475  40.548  -4.752  1.00103.88           O  
+ATOM  13190  CB  GLN E  69      24.912  37.857  -5.324  1.00103.85           C  
+ATOM  13191  N   LYS E  70      28.011  39.045  -5.425  1.00103.86           N  
+ATOM  13192  CA  LYS E  70      29.113  39.627  -4.673  1.00104.55           C  
+ATOM  13193  C   LYS E  70      29.949  40.577  -5.520  1.00110.83           C  
+ATOM  13194  O   LYS E  70      31.077  40.909  -5.140  1.00112.83           O  
+ATOM  13195  CB  LYS E  70      30.003  38.527  -4.089  1.00100.59           C  
+ATOM  13196  CG  LYS E  70      29.286  37.511  -3.212  1.00 97.55           C  
+ATOM  13197  CD  LYS E  70      29.021  38.078  -1.826  1.00 95.09           C  
+ATOM  13198  CE  LYS E  70      28.487  37.016  -0.876  1.00 89.48           C  
+ATOM  13199  NZ  LYS E  70      27.313  36.300  -1.440  1.00 93.97           N  
+ATOM  13200  N   PHE E  71      29.421  41.002  -6.671  1.00110.10           N  
+ATOM  13201  CA  PHE E  71      30.132  41.958  -7.514  1.00115.91           C  
+ATOM  13202  C   PHE E  71      30.422  43.245  -6.749  1.00119.96           C  
+ATOM  13203  O   PHE E  71      31.547  43.759  -6.776  1.00114.66           O  
+ATOM  13204  CB  PHE E  71      29.316  42.249  -8.775  1.00116.56           C  
+ATOM  13205  CG  PHE E  71      30.015  41.884 -10.056  1.00116.42           C  
+ATOM  13206  CD1 PHE E  71      30.100  40.562 -10.463  1.00115.28           C  
+ATOM  13207  CD2 PHE E  71      30.573  42.864 -10.862  1.00119.70           C  
+ATOM  13208  CE1 PHE E  71      30.739  40.223 -11.642  1.00115.59           C  
+ATOM  13209  CE2 PHE E  71      31.212  42.532 -12.043  1.00122.93           C  
+ATOM  13210  CZ  PHE E  71      31.295  41.209 -12.433  1.00119.47           C  
+ATOM  13211  N   LYS E  72      29.418  43.776  -6.055  1.00127.27           N  
+ATOM  13212  CA  LYS E  72      29.550  45.018  -5.293  1.00143.28           C  
+ATOM  13213  C   LYS E  72      29.965  44.761  -3.846  1.00144.76           C  
+ATOM  13214  O   LYS E  72      29.329  45.234  -2.904  1.00139.49           O  
+ATOM  13215  CB  LYS E  72      28.246  45.805  -5.348  1.00138.43           C  
+ATOM  13216  CG  LYS E  72      27.960  46.454  -6.689  1.00136.36           C  
+ATOM  13217  CD  LYS E  72      27.135  47.723  -6.523  1.00137.30           C  
+ATOM  13218  CE  LYS E  72      27.913  48.800  -5.776  1.00138.40           C  
+ATOM  13219  NZ  LYS E  72      27.262  50.137  -5.889  1.00138.08           N  
+ATOM  13220  N   GLY E  74      31.035  43.991  -3.656  1.00129.12           N  
+ATOM  13221  CA  GLY E  74      31.535  43.738  -2.318  1.00118.27           C  
+ATOM  13222  C   GLY E  74      32.919  43.124  -2.256  1.00108.48           C  
+ATOM  13223  O   GLY E  74      33.799  43.621  -1.549  1.00109.51           O  
+ATOM  13224  N   LYS E  75      33.116  42.039  -2.998  1.00106.73           N  
+ATOM  13225  CA  LYS E  75      34.323  41.230  -2.904  1.00106.11           C  
+ATOM  13226  C   LYS E  75      35.394  41.669  -3.894  1.00105.42           C  
+ATOM  13227  O   LYS E  75      35.092  42.064  -5.024  1.00106.17           O  
+ATOM  13228  CB  LYS E  75      33.985  39.757  -3.140  1.00104.31           C  
+ATOM  13229  N   ALA E  76      36.651  41.601  -3.453  1.00 99.83           N  
+ATOM  13230  CA  ALA E  76      37.805  41.798  -4.329  1.00 99.17           C  
+ATOM  13231  C   ALA E  76      38.885  40.821  -3.883  1.00101.32           C  
+ATOM  13232  O   ALA E  76      39.470  40.989  -2.810  1.00101.84           O  
+ATOM  13233  CB  ALA E  76      38.310  43.240  -4.278  1.00 95.87           C  
+ATOM  13234  N   THR E  77      39.155  39.806  -4.698  1.00103.06           N  
+ATOM  13235  CA  THR E  77      40.094  38.750  -4.344  1.00105.28           C  
+ATOM  13236  C   THR E  77      41.422  38.943  -5.065  1.00107.26           C  
+ATOM  13237  O   THR E  77      41.453  39.271  -6.255  1.00110.75           O  
+ATOM  13238  CB  THR E  77      39.514  37.374  -4.681  1.00105.65           C  
+ATOM  13239  OG1 THR E  77      39.023  37.377  -6.027  1.00106.21           O  
+ATOM  13240  CG2 THR E  77      38.374  37.031  -3.734  1.00100.99           C  
+ATOM  13241  N   LEU E  78      42.521  38.733  -4.338  1.00107.72           N  
+ATOM  13242  CA  LEU E  78      43.861  38.871  -4.889  1.00106.61           C  
+ATOM  13243  C   LEU E  78      44.757  37.804  -4.274  1.00105.98           C  
+ATOM  13244  O   LEU E  78      44.363  37.088  -3.350  1.00107.21           O  
+ATOM  13245  CB  LEU E  78      44.423  40.278  -4.643  1.00111.65           C  
+ATOM  13246  CG  LEU E  78      44.674  40.699  -3.192  1.00119.53           C  
+ATOM  13247  CD1 LEU E  78      46.144  40.537  -2.823  1.00126.53           C  
+ATOM  13248  CD2 LEU E  78      44.204  42.125  -2.948  1.00123.52           C  
+ATOM  13249  N   THR E  79      45.984  37.706  -4.784  1.00106.76           N  
+ATOM  13250  CA  THR E  79      46.905  36.665  -4.353  1.00109.45           C  
+ATOM  13251  C   THR E  79      48.332  37.196  -4.343  1.00112.48           C  
+ATOM  13252  O   THR E  79      48.658  38.183  -5.007  1.00113.04           O  
+ATOM  13253  CB  THR E  79      46.820  35.427  -5.259  1.00111.11           C  
+ATOM  13254  OG1 THR E  79      47.788  34.457  -4.840  1.00112.98           O  
+ATOM  13255  CG2 THR E  79      47.087  35.810  -6.708  1.00110.24           C  
+ATOM  13256  N   VAL E  80      49.184  36.517  -3.573  1.00112.17           N  
+ATOM  13257  CA  VAL E  80      50.621  36.777  -3.525  1.00115.79           C  
+ATOM  13258  C   VAL E  80      51.292  35.410  -3.482  1.00119.38           C  
+ATOM  13259  O   VAL E  80      51.168  34.685  -2.485  1.00119.34           O  
+ATOM  13260  CB  VAL E  80      51.040  37.627  -2.315  1.00117.09           C  
+ATOM  13261  CG1 VAL E  80      52.550  37.800  -2.293  1.00122.42           C  
+ATOM  13262  CG2 VAL E  80      50.346  38.983  -2.336  1.00112.70           C  
+ATOM  13263  N   ASP E  81      51.987  35.048  -4.566  1.00120.64           N  
+ATOM  13264  CA  ASP E  81      52.601  33.725  -4.652  1.00123.10           C  
+ATOM  13265  C   ASP E  81      53.814  33.586  -3.741  1.00125.01           C  
+ATOM  13266  O   ASP E  81      54.011  32.531  -3.126  1.00122.63           O  
+ATOM  13267  CB  ASP E  81      53.012  33.439  -6.097  1.00125.28           C  
+ATOM  13268  CG  ASP E  81      51.887  33.664  -7.084  1.00128.02           C  
+ATOM  13269  OD1 ASP E  81      50.791  34.083  -6.657  1.00137.48           O  
+ATOM  13270  OD2 ASP E  81      52.103  33.429  -8.292  1.00118.33           O  
+ATOM  13271  N   LYS E  82      54.646  34.629  -3.652  1.00130.70           N  
+ATOM  13272  CA  LYS E  82      55.876  34.526  -2.867  1.00136.11           C  
+ATOM  13273  C   LYS E  82      55.583  34.181  -1.412  1.00132.52           C  
+ATOM  13274  O   LYS E  82      56.336  33.429  -0.781  1.00133.29           O  
+ATOM  13275  CB  LYS E  82      56.708  35.803  -2.983  1.00145.31           C  
+ATOM  13276  CG  LYS E  82      58.093  35.643  -2.365  1.00153.30           C  
+ATOM  13277  CD  LYS E  82      58.942  36.893  -2.485  1.00159.16           C  
+ATOM  13278  CE  LYS E  82      60.398  36.580  -2.166  1.00161.62           C  
+ATOM  13279  NZ  LYS E  82      60.884  35.385  -2.916  1.00162.57           N  
+ATOM  13280  N   SER E  83      54.497  34.718  -0.860  1.00130.79           N  
+ATOM  13281  CA  SER E  83      54.101  34.416   0.507  1.00130.14           C  
+ATOM  13282  C   SER E  83      53.020  33.348   0.571  1.00124.19           C  
+ATOM  13283  O   SER E  83      52.584  32.991   1.671  1.00123.72           O  
+ATOM  13284  CB  SER E  83      53.613  35.685   1.216  1.00127.33           C  
+ATOM  13285  OG  SER E  83      52.562  36.304   0.495  1.00122.44           O  
+ATOM  13286  N   SER E  84      52.588  32.832  -0.581  1.00119.49           N  
+ATOM  13287  CA  SER E  84      51.555  31.801  -0.668  1.00115.56           C  
+ATOM  13288  C   SER E  84      50.289  32.213   0.080  1.00110.79           C  
+ATOM  13289  O   SER E  84      49.718  31.445   0.857  1.00105.44           O  
+ATOM  13290  CB  SER E  84      52.082  30.461  -0.151  1.00113.47           C  
+ATOM  13291  OG  SER E  84      53.195  30.021  -0.910  1.00121.05           O  
+ATOM  13292  N   SER E  85      49.848  33.447  -0.156  1.00109.69           N  
+ATOM  13293  CA  SER E  85      48.737  34.009   0.601  1.00107.43           C  
+ATOM  13294  C   SER E  85      47.662  34.528  -0.341  1.00106.62           C  
+ATOM  13295  O   SER E  85      47.949  35.330  -1.236  1.00107.57           O  
+ATOM  13296  CB  SER E  85      49.216  35.134   1.524  1.00110.42           C  
+ATOM  13297  OG  SER E  85      50.081  34.634   2.529  1.00108.89           O  
+ATOM  13298  N   THR E  86      46.426  34.083  -0.128  1.00105.80           N  
+ATOM  13299  CA  THR E  86      45.267  34.610  -0.837  1.00101.67           C  
+ATOM  13300  C   THR E  86      44.601  35.657   0.047  1.00 98.45           C  
+ATOM  13301  O   THR E  86      44.234  35.366   1.191  1.00 98.34           O  
+ATOM  13302  CB  THR E  86      44.281  33.497  -1.189  1.00 97.43           C  
+ATOM  13303  OG1 THR E  86      44.949  32.488  -1.958  1.00100.76           O  
+ATOM  13304  CG2 THR E  86      43.118  34.054  -1.995  1.00 97.12           C  
+ATOM  13305  N   VAL E  87      44.458  36.871  -0.473  1.00 99.27           N  
+ATOM  13306  CA  VAL E  87      43.883  37.976   0.280  1.00 98.53           C  
+ATOM  13307  C   VAL E  87      42.517  38.306  -0.308  1.00 98.88           C  
+ATOM  13308  O   VAL E  87      42.263  38.104  -1.502  1.00101.99           O  
+ATOM  13309  CB  VAL E  87      44.818  39.203   0.274  1.00102.93           C  
+ATOM  13310  CG1 VAL E  87      44.392  40.204   1.327  1.00103.29           C  
+ATOM  13311  CG2 VAL E  87      46.260  38.770   0.500  1.00 99.91           C  
+ATOM  13312  N   TYR E  88      41.637  38.833   0.540  1.00 97.58           N  
+ATOM  13313  CA  TYR E  88      40.232  38.998   0.185  1.00 95.14           C  
+ATOM  13314  C   TYR E  88      39.711  40.266   0.842  1.00 94.13           C  
+ATOM  13315  O   TYR E  88      39.728  40.377   2.070  1.00 97.74           O  
+ATOM  13316  CB  TYR E  88      39.438  37.769   0.637  1.00 94.90           C  
+ATOM  13317  CG  TYR E  88      37.939  37.874   0.518  1.00 97.96           C  
+ATOM  13318  CD1 TYR E  88      37.347  38.469  -0.584  1.00 99.88           C  
+ATOM  13319  CD2 TYR E  88      37.113  37.356   1.507  1.00 96.89           C  
+ATOM  13320  CE1 TYR E  88      35.977  38.556  -0.692  1.00100.60           C  
+ATOM  13321  CE2 TYR E  88      35.742  37.438   1.407  1.00 97.33           C  
+ATOM  13322  CZ  TYR E  88      35.179  38.039   0.304  1.00100.97           C  
+ATOM  13323  OH  TYR E  88      33.810  38.127   0.197  1.00118.50           O  
+ATOM  13324  N   MET E  89      39.241  41.214   0.035  1.00 95.25           N  
+ATOM  13325  CA  MET E  89      38.878  42.543   0.500  1.00 97.83           C  
+ATOM  13326  C   MET E  89      37.376  42.764   0.375  1.00101.25           C  
+ATOM  13327  O   MET E  89      36.759  42.373  -0.623  1.00102.60           O  
+ATOM  13328  CB  MET E  89      39.622  43.622  -0.296  1.00101.99           C  
+ATOM  13329  CG  MET E  89      39.318  45.047   0.147  1.00108.62           C  
+ATOM  13330  SD  MET E  89      40.307  46.294  -0.700  1.00116.47           S  
+ATOM  13331  CE  MET E  89      41.893  46.078   0.100  1.00108.10           C  
+ATOM  13332  N   GLU E  90      36.808  43.409   1.391  1.00101.84           N  
+ATOM  13333  CA  GLU E  90      35.398  43.773   1.435  1.00103.39           C  
+ATOM  13334  C   GLU E  90      35.301  45.292   1.402  1.00103.27           C  
+ATOM  13335  O   GLU E  90      35.887  45.971   2.255  1.00103.75           O  
+ATOM  13336  CB  GLU E  90      34.735  43.230   2.701  1.00105.49           C  
+ATOM  13337  CG  GLU E  90      34.846  41.724   2.894  1.00106.33           C  
+ATOM  13338  CD  GLU E  90      33.913  40.937   1.997  1.00107.06           C  
+ATOM  13339  OE1 GLU E  90      33.184  41.554   1.193  1.00108.03           O  
+ATOM  13340  OE2 GLU E  90      33.907  39.693   2.102  1.00110.22           O  
+ATOM  13341  N   LEU E  91      34.556  45.817   0.432  1.00107.11           N  
+ATOM  13342  CA  LEU E  91      34.404  47.249   0.228  1.00110.70           C  
+ATOM  13343  C   LEU E  91      33.015  47.713   0.650  1.00106.65           C  
+ATOM  13344  O   LEU E  91      32.028  46.990   0.485  1.00106.61           O  
+ATOM  13345  CB  LEU E  91      34.649  47.623  -1.237  1.00111.81           C  
+ATOM  13346  CG  LEU E  91      36.063  47.368  -1.763  1.00114.53           C  
+ATOM  13347  CD1 LEU E  91      36.141  47.657  -3.255  1.00120.65           C  
+ATOM  13348  CD2 LEU E  91      37.079  48.200  -0.996  1.00111.76           C  
+ATOM  13349  N   ARG E  92      32.954  48.942   1.172  1.00107.48           N  
+ATOM  13350  CA  ARG E  92      31.724  49.554   1.669  1.00112.75           C  
+ATOM  13351  C   ARG E  92      30.875  48.577   2.474  1.00114.15           C  
+ATOM  13352  O   ARG E  92      29.830  48.119   2.000  1.00109.55           O  
+ATOM  13353  CB  ARG E  92      30.906  50.121   0.506  1.00108.34           C  
+ATOM  13354  N   SER E  93      31.325  48.248   3.682  1.00115.22           N  
+ATOM  13355  CA  SER E  93      30.618  47.287   4.518  1.00113.99           C  
+ATOM  13356  C   SER E  93      29.206  47.769   4.837  1.00117.53           C  
+ATOM  13357  O   SER E  93      28.944  48.969   4.962  1.00116.48           O  
+ATOM  13358  CB  SER E  93      31.398  47.034   5.808  1.00112.02           C  
+ATOM  13359  OG  SER E  93      32.543  46.238   5.553  1.00103.38           O  
+ATOM  13360  N   LEU E  94      28.291  46.812   4.969  1.00121.13           N  
+ATOM  13361  CA  LEU E  94      26.887  47.065   5.258  1.00122.97           C  
+ATOM  13362  C   LEU E  94      26.489  46.222   6.467  1.00128.78           C  
+ATOM  13363  O   LEU E  94      27.282  45.429   6.981  1.00126.74           O  
+ATOM  13364  CB  LEU E  94      26.023  46.745   4.025  1.00125.54           C  
+ATOM  13365  CG  LEU E  94      24.492  46.819   4.008  1.00129.06           C  
+ATOM  13366  CD1 LEU E  94      24.005  48.250   4.181  1.00132.81           C  
+ATOM  13367  CD2 LEU E  94      23.938  46.197   2.735  1.00126.57           C  
+ATOM  13368  N   THR E  95      25.248  46.391   6.924  1.00133.99           N  
+ATOM  13369  CA  THR E  95      24.713  45.553   7.989  1.00138.91           C  
+ATOM  13370  C   THR E  95      24.351  44.152   7.514  1.00139.44           C  
+ATOM  13371  O   THR E  95      23.858  43.355   8.321  1.00147.75           O  
+ATOM  13372  CB  THR E  95      23.485  46.213   8.618  1.00139.69           C  
+ATOM  13373  OG1 THR E  95      23.031  45.424   9.725  1.00140.44           O  
+ATOM  13374  CG2 THR E  95      22.365  46.334   7.596  1.00138.62           C  
+ATOM  13375  N   SER E  96      24.581  43.832   6.241  1.00135.16           N  
+ATOM  13376  CA  SER E  96      24.361  42.490   5.716  1.00131.92           C  
+ATOM  13377  C   SER E  96      25.634  41.657   5.705  1.00128.42           C  
+ATOM  13378  O   SER E  96      25.580  40.446   5.941  1.00131.99           O  
+ATOM  13379  CB  SER E  96      23.784  42.563   4.298  1.00129.07           C  
+ATOM  13380  OG  SER E  96      22.485  43.134   4.307  1.00128.82           O  
+ATOM  13381  N   GLU E  97      26.782  42.276   5.431  1.00126.91           N  
+ATOM  13382  CA  GLU E  97      28.066  41.600   5.582  1.00126.28           C  
+ATOM  13383  C   GLU E  97      28.431  41.345   7.042  1.00131.65           C  
+ATOM  13384  O   GLU E  97      29.490  40.761   7.292  1.00127.59           O  
+ATOM  13385  CB  GLU E  97      29.195  42.381   4.897  1.00120.57           C  
+ATOM  13386  CG  GLU E  97      29.070  42.491   3.380  1.00116.65           C  
+ATOM  13387  CD  GLU E  97      28.392  43.770   2.945  1.00122.20           C  
+ATOM  13388  OE1 GLU E  97      28.360  44.713   3.758  1.00129.95           O  
+ATOM  13389  OE2 GLU E  97      27.899  43.837   1.798  1.00120.89           O  
+ATOM  13390  N   ASP E  98      27.604  41.771   8.002  1.00141.88           N  
+ATOM  13391  CA  ASP E  98      27.956  41.689   9.415  1.00150.71           C  
+ATOM  13392  C   ASP E  98      28.034  40.240   9.868  1.00167.89           C  
+ATOM  13393  O   ASP E  98      29.108  39.630   9.847  1.00170.36           O  
+ATOM  13394  CB  ASP E  98      26.925  42.405  10.291  1.00151.16           C  
+ATOM  13395  CG  ASP E  98      26.913  43.897  10.087  1.00143.56           C  
+ATOM  13396  OD1 ASP E  98      27.864  44.423   9.487  1.00139.87           O  
+ATOM  13397  OD2 ASP E  98      25.956  44.549  10.554  1.00149.41           O  
+ATOM  13398  N   SER E  99      26.899  39.693  10.299  1.00206.67           N  
+ATOM  13399  CA  SER E  99      26.841  38.341  10.840  1.00206.09           C  
+ATOM  13400  C   SER E  99      27.384  37.318   9.851  1.00204.62           C  
+ATOM  13401  O   SER E  99      26.615  36.530   9.293  1.00203.46           O  
+ATOM  13402  CB  SER E  99      25.400  37.990  11.218  1.00208.15           C  
+ATOM  13403  OG  SER E  99      25.321  36.707  11.813  1.00204.02           O  
+ATOM  13404  N   ALA E 100      28.699  37.315   9.619  1.00149.20           N  
+ATOM  13405  CA  ALA E 100      29.271  36.410   8.635  1.00121.52           C  
+ATOM  13406  C   ALA E 100      30.627  35.877   9.078  1.00103.23           C  
+ATOM  13407  O   ALA E 100      31.489  36.625   9.567  1.00 99.90           O  
+ATOM  13408  CB  ALA E 100      29.414  37.096   7.271  1.00115.74           C  
+ATOM  13409  N   LEU E 101      30.793  34.569   8.890  1.00 93.97           N  
+ATOM  13410  CA  LEU E 101      32.066  33.877   9.016  1.00 84.70           C  
+ATOM  13411  C   LEU E 101      32.562  33.545   7.613  1.00 85.69           C  
+ATOM  13412  O   LEU E 101      31.846  32.908   6.834  1.00 84.58           O  
+ATOM  13413  CB  LEU E 101      31.910  32.609   9.860  1.00 77.04           C  
+ATOM  13414  CG  LEU E 101      33.117  31.698  10.080  1.00 77.12           C  
+ATOM  13415  CD1 LEU E 101      34.155  32.391  10.938  1.00 82.81           C  
+ATOM  13416  CD2 LEU E 101      32.671  30.403  10.734  1.00 72.43           C  
+ATOM  13417  N   TYR E 102      33.774  33.980   7.287  1.00 82.94           N  
+ATOM  13418  CA  TYR E 102      34.316  33.839   5.941  1.00 78.65           C  
+ATOM  13419  C   TYR E 102      35.385  32.754   5.925  1.00 78.96           C  
+ATOM  13420  O   TYR E 102      36.384  32.847   6.647  1.00 79.18           O  
+ATOM  13421  CB  TYR E 102      34.876  35.170   5.440  1.00 79.90           C  
+ATOM  13422  CG  TYR E 102      33.799  36.194   5.163  1.00 80.11           C  
+ATOM  13423  CD1 TYR E 102      33.146  36.227   3.938  1.00 82.21           C  
+ATOM  13424  CD2 TYR E 102      33.424  37.118   6.129  1.00 86.60           C  
+ATOM  13425  CE1 TYR E 102      32.156  37.156   3.679  1.00 85.70           C  
+ATOM  13426  CE2 TYR E 102      32.437  38.053   5.878  1.00 88.46           C  
+ATOM  13427  CZ  TYR E 102      31.805  38.066   4.653  1.00 85.85           C  
+ATOM  13428  OH  TYR E 102      30.820  38.993   4.399  1.00 88.31           O  
+ATOM  13429  N   TYR E 103      35.165  31.730   5.105  1.00 79.24           N  
+ATOM  13430  CA  TYR E 103      36.095  30.627   4.925  1.00 79.98           C  
+ATOM  13431  C   TYR E 103      36.864  30.784   3.620  1.00 81.04           C  
+ATOM  13432  O   TYR E 103      36.339  31.292   2.625  1.00 81.45           O  
+ATOM  13433  CB  TYR E 103      35.361  29.284   4.902  1.00 77.63           C  
+ATOM  13434  CG  TYR E 103      34.839  28.799   6.233  1.00 77.48           C  
+ATOM  13435  CD1 TYR E 103      35.694  28.246   7.176  1.00 77.01           C  
+ATOM  13436  CD2 TYR E 103      33.485  28.867   6.536  1.00 73.86           C  
+ATOM  13437  CE1 TYR E 103      35.220  27.789   8.389  1.00 76.32           C  
+ATOM  13438  CE2 TYR E 103      33.000  28.412   7.747  1.00 71.42           C  
+ATOM  13439  CZ  TYR E 103      33.873  27.874   8.669  1.00 76.52           C  
+ATOM  13440  OH  TYR E 103      33.398  27.419   9.878  1.00 79.26           O  
+ATOM  13441  N   CYS E 104      38.111  30.323   3.628  1.00 80.00           N  
+ATOM  13442  CA  CYS E 104      38.858  30.067   2.406  1.00 85.57           C  
+ATOM  13443  C   CYS E 104      39.045  28.564   2.255  1.00 85.11           C  
+ATOM  13444  O   CYS E 104      39.368  27.867   3.222  1.00 81.98           O  
+ATOM  13445  CB  CYS E 104      40.219  30.773   2.405  1.00 87.36           C  
+ATOM  13446  SG  CYS E 104      41.379  30.253   3.690  1.00 94.65           S  
+ATOM  13447  N   ALA E 105      38.833  28.069   1.040  1.00 82.86           N  
+ATOM  13448  CA  ALA E 105      38.907  26.646   0.760  1.00 78.47           C  
+ATOM  13449  C   ALA E 105      39.737  26.415  -0.493  1.00 81.96           C  
+ATOM  13450  O   ALA E 105      39.923  27.311  -1.319  1.00 82.47           O  
+ATOM  13451  CB  ALA E 105      37.511  26.032   0.588  1.00 74.15           C  
+ATOM  13452  N   ARG E 106      40.243  25.194  -0.618  1.00 82.54           N  
+ATOM  13453  CA  ARG E 106      41.073  24.794  -1.744  1.00 83.94           C  
+ATOM  13454  C   ARG E 106      40.269  23.884  -2.661  1.00 82.84           C  
+ATOM  13455  O   ARG E 106      39.691  22.892  -2.205  1.00 82.61           O  
+ATOM  13456  CB  ARG E 106      42.337  24.075  -1.270  1.00 85.76           C  
+ATOM  13457  CG  ARG E 106      43.367  23.881  -2.365  1.00 84.08           C  
+ATOM  13458  CD  ARG E 106      44.483  22.943  -1.941  1.00 84.80           C  
+ATOM  13459  NE  ARG E 106      44.059  21.546  -1.954  1.00 84.72           N  
+ATOM  13460  CZ  ARG E 106      44.882  20.515  -1.795  1.00 86.62           C  
+ATOM  13461  NH1 ARG E 106      46.179  20.721  -1.610  1.00 89.98           N  
+ATOM  13462  NH2 ARG E 106      44.409  19.277  -1.823  1.00 87.56           N  
+ATOM  13463  N   GLY E 107      40.239  24.220  -3.948  1.00 79.74           N  
+ATOM  13464  CA  GLY E 107      39.609  23.349  -4.918  1.00 80.32           C  
+ATOM  13465  C   GLY E 107      40.469  22.137  -5.222  1.00 86.47           C  
+ATOM  13466  O   GLY E 107      41.689  22.154  -5.067  1.00 88.80           O  
+ATOM  13467  N   THR E 108      39.813  21.062  -5.651  1.00 87.68           N  
+ATOM  13468  CA  THR E 108      40.521  19.821  -5.921  1.00 91.74           C  
+ATOM  13469  C   THR E 108      41.464  19.994  -7.114  1.00 96.46           C  
+ATOM  13470  O   THR E 108      41.404  20.980  -7.854  1.00 93.06           O  
+ATOM  13471  CB  THR E 108      39.532  18.681  -6.166  1.00 87.52           C  
+ATOM  13472  OG1 THR E 108      40.249  17.473  -6.448  1.00 96.51           O  
+ATOM  13473  CG2 THR E 108      38.616  19.010  -7.330  1.00 86.85           C  
+ATOM  13474  N   TYR E 109      42.347  19.009  -7.291  1.00 97.23           N  
+ATOM  13475  CA  TYR E 109      43.447  19.105  -8.247  1.00 94.18           C  
+ATOM  13476  C   TYR E 109      42.957  19.329  -9.673  1.00 92.37           C  
+ATOM  13477  O   TYR E 109      43.222  20.381 -10.267  1.00 92.93           O  
+ATOM  13478  CB  TYR E 109      44.311  17.845  -8.189  1.00 94.51           C  
+ATOM  13479  CG  TYR E 109      45.651  17.995  -8.872  1.00 97.91           C  
+ATOM  13480  CD1 TYR E 109      46.398  19.157  -8.724  1.00 99.73           C  
+ATOM  13481  CD2 TYR E 109      46.164  16.983  -9.671  1.00 98.49           C  
+ATOM  13482  CE1 TYR E 109      47.623  19.301  -9.345  1.00104.65           C  
+ATOM  13483  CE2 TYR E 109      47.387  17.120 -10.299  1.00101.42           C  
+ATOM  13484  CZ  TYR E 109      48.112  18.281 -10.133  1.00105.85           C  
+ATOM  13485  OH  TYR E 109      49.331  18.423 -10.755  1.00108.68           O  
+ATOM  13486  N   TYR E 110      42.250  18.343 -10.234  1.00 89.62           N  
+ATOM  13487  CA  TYR E 110      41.728  18.478 -11.591  1.00 88.29           C  
+ATOM  13488  C   TYR E 110      40.760  19.646 -11.688  1.00 88.87           C  
+ATOM  13489  O   TYR E 110      40.566  20.207 -12.773  1.00 84.29           O  
+ATOM  13490  CB  TYR E 110      41.019  17.194 -12.028  1.00 83.59           C  
+ATOM  13491  CG  TYR E 110      41.747  15.907 -11.711  1.00 81.64           C  
+ATOM  13492  CD1 TYR E 110      43.135  15.844 -11.692  1.00 87.19           C  
+ATOM  13493  CD2 TYR E 110      41.036  14.752 -11.420  1.00 77.52           C  
+ATOM  13494  CE1 TYR E 110      43.790  14.663 -11.395  1.00 87.74           C  
+ATOM  13495  CE2 TYR E 110      41.680  13.570 -11.124  1.00 78.72           C  
+ATOM  13496  CZ  TYR E 110      43.056  13.529 -11.112  1.00 86.55           C  
+ATOM  13497  OH  TYR E 110      43.697  12.348 -10.815  1.00 99.53           O  
+ATOM  13498  N   ASP E 111      40.131  19.992 -10.564  1.00 97.13           N  
+ATOM  13499  CA  ASP E 111      39.085  20.998 -10.423  1.00 99.14           C  
+ATOM  13500  C   ASP E 111      37.772  20.462 -10.971  1.00105.04           C  
+ATOM  13501  O   ASP E 111      37.333  20.839 -12.062  1.00102.84           O  
+ATOM  13502  CB  ASP E 111      39.451  22.322 -11.096  1.00 96.76           C  
+ATOM  13503  CG  ASP E 111      38.536  23.454 -10.675  1.00 96.01           C  
+ATOM  13504  OD1 ASP E 111      38.311  23.613  -9.456  1.00 95.51           O  
+ATOM  13505  OD2 ASP E 111      38.037  24.180 -11.559  1.00103.09           O  
+ATOM  13506  N   GLY E 112      37.150  19.572 -10.205  1.00119.34           N  
+ATOM  13507  CA  GLY E 112      35.776  19.173 -10.382  1.00117.98           C  
+ATOM  13508  C   GLY E 112      34.814  20.187  -9.830  1.00116.87           C  
+ATOM  13509  O   GLY E 112      33.598  19.982  -9.877  1.00116.37           O  
+ATOM  13510  N   SER E 113      35.367  21.270  -9.274  1.00 95.37           N  
+ATOM  13511  CA  SER E 113      34.707  22.438  -8.695  1.00 90.67           C  
+ATOM  13512  C   SER E 113      34.276  22.238  -7.247  1.00 84.44           C  
+ATOM  13513  O   SER E 113      33.576  23.105  -6.702  1.00 80.28           O  
+ATOM  13514  CB  SER E 113      33.498  22.877  -9.525  1.00 89.08           C  
+ATOM  13515  OG  SER E 113      33.907  23.284 -10.820  1.00 98.80           O  
+ATOM  13516  N   TYR E 114      34.669  21.146  -6.601  1.00 80.76           N  
+ATOM  13517  CA  TYR E 114      34.420  20.963  -5.179  1.00 75.73           C  
+ATOM  13518  C   TYR E 114      35.697  21.209  -4.380  1.00 73.12           C  
+ATOM  13519  O   TYR E 114      36.809  21.175  -4.912  1.00 78.73           O  
+ATOM  13520  CB  TYR E 114      33.869  19.565  -4.889  1.00 73.66           C  
+ATOM  13521  CG  TYR E 114      34.778  18.432  -5.297  1.00 74.26           C  
+ATOM  13522  CD1 TYR E 114      34.768  17.938  -6.595  1.00 75.88           C  
+ATOM  13523  CD2 TYR E 114      35.640  17.848  -4.380  1.00 71.40           C  
+ATOM  13524  CE1 TYR E 114      35.596  16.898  -6.968  1.00 77.29           C  
+ATOM  13525  CE2 TYR E 114      36.471  16.809  -4.743  1.00 74.36           C  
+ATOM  13526  CZ  TYR E 114      36.445  16.338  -6.037  1.00 73.37           C  
+ATOM  13527  OH  TYR E 114      37.272  15.301  -6.400  1.00 77.12           O  
+ATOM  13528  N   PHE E 115      35.520  21.455  -3.085  1.00 71.26           N  
+ATOM  13529  CA  PHE E 115      36.579  21.955  -2.215  1.00 71.42           C  
+ATOM  13530  C   PHE E 115      36.918  20.888  -1.181  1.00 71.89           C  
+ATOM  13531  O   PHE E 115      36.034  20.424  -0.452  1.00 70.03           O  
+ATOM  13532  CB  PHE E 115      36.149  23.253  -1.531  1.00 70.21           C  
+ATOM  13533  CG  PHE E 115      35.345  24.173  -2.414  1.00 70.45           C  
+ATOM  13534  CD1 PHE E 115      35.728  24.423  -3.723  1.00 73.43           C  
+ATOM  13535  CD2 PHE E 115      34.198  24.783  -1.933  1.00 71.07           C  
+ATOM  13536  CE1 PHE E 115      34.980  25.259  -4.532  1.00 75.88           C  
+ATOM  13537  CE2 PHE E 115      33.451  25.625  -2.737  1.00 70.62           C  
+ATOM  13538  CZ  PHE E 115      33.844  25.864  -4.037  1.00 71.47           C  
+ATOM  13539  N   ASP E 116      38.195  20.504  -1.113  1.00 74.05           N  
+ATOM  13540  CA  ASP E 116      38.615  19.395  -0.263  1.00 77.69           C  
+ATOM  13541  C   ASP E 116      39.313  19.820   1.024  1.00 79.75           C  
+ATOM  13542  O   ASP E 116      39.453  18.992   1.931  1.00 80.79           O  
+ATOM  13543  CB  ASP E 116      39.537  18.448  -1.045  1.00 82.08           C  
+ATOM  13544  CG  ASP E 116      40.759  19.150  -1.607  1.00 84.24           C  
+ATOM  13545  OD1 ASP E 116      40.846  20.391  -1.493  1.00 82.61           O  
+ATOM  13546  OD2 ASP E 116      41.637  18.458  -2.163  1.00 85.90           O  
+ATOM  13547  N   TYR E 117      39.750  21.073   1.134  1.00 78.46           N  
+ATOM  13548  CA  TYR E 117      40.394  21.564   2.345  1.00 75.69           C  
+ATOM  13549  C   TYR E 117      39.837  22.937   2.686  1.00 76.43           C  
+ATOM  13550  O   TYR E 117      39.601  23.755   1.794  1.00 73.31           O  
+ATOM  13551  CB  TYR E 117      41.919  21.641   2.185  1.00 82.71           C  
+ATOM  13552  CG  TYR E 117      42.620  20.301   2.255  1.00 84.91           C  
+ATOM  13553  CD1 TYR E 117      43.004  19.760   3.475  1.00 87.44           C  
+ATOM  13554  CD2 TYR E 117      42.903  19.581   1.102  1.00 86.12           C  
+ATOM  13555  CE1 TYR E 117      43.646  18.537   3.546  1.00 86.65           C  
+ATOM  13556  CE2 TYR E 117      43.545  18.357   1.163  1.00 87.01           C  
+ATOM  13557  CZ  TYR E 117      43.914  17.840   2.387  1.00 84.12           C  
+ATOM  13558  OH  TYR E 117      44.553  16.623   2.451  1.00 80.48           O  
+ATOM  13559  N   TRP E 118      39.632  23.183   3.979  1.00 76.82           N  
+ATOM  13560  CA  TRP E 118      39.006  24.409   4.453  1.00 73.97           C  
+ATOM  13561  C   TRP E 118      39.841  25.045   5.555  1.00 73.94           C  
+ATOM  13562  O   TRP E 118      40.508  24.356   6.330  1.00 73.79           O  
+ATOM  13563  CB  TRP E 118      37.589  24.146   4.986  1.00 70.68           C  
+ATOM  13564  CG  TRP E 118      36.622  23.663   3.951  1.00 67.69           C  
+ATOM  13565  CD1 TRP E 118      36.649  22.466   3.297  1.00 68.14           C  
+ATOM  13566  CD2 TRP E 118      35.470  24.361   3.463  1.00 66.33           C  
+ATOM  13567  NE1 TRP E 118      35.591  22.379   2.425  1.00 68.32           N  
+ATOM  13568  CE2 TRP E 118      34.851  23.529   2.509  1.00 65.99           C  
+ATOM  13569  CE3 TRP E 118      34.904  25.609   3.738  1.00 66.56           C  
+ATOM  13570  CZ2 TRP E 118      33.696  23.905   1.828  1.00 67.07           C  
+ATOM  13571  CZ3 TRP E 118      33.756  25.981   3.061  1.00 65.66           C  
+ATOM  13572  CH2 TRP E 118      33.165  25.132   2.117  1.00 66.91           C  
+ATOM  13573  N   GLY E 119      39.796  26.376   5.611  1.00 75.78           N  
+ATOM  13574  CA  GLY E 119      40.381  27.114   6.709  1.00 81.85           C  
+ATOM  13575  C   GLY E 119      39.492  27.101   7.939  1.00 82.87           C  
+ATOM  13576  O   GLY E 119      38.399  26.534   7.955  1.00 82.53           O  
+ATOM  13577  N   GLN E 120      39.980  27.748   8.999  1.00 85.58           N  
+ATOM  13578  CA  GLN E 120      39.213  27.819  10.237  1.00 83.44           C  
+ATOM  13579  C   GLN E 120      38.149  28.909  10.211  1.00 81.68           C  
+ATOM  13580  O   GLN E 120      37.220  28.865  11.024  1.00 82.65           O  
+ATOM  13581  CB  GLN E 120      40.147  28.042  11.431  1.00 85.94           C  
+ATOM  13582  CG  GLN E 120      40.625  29.477  11.611  1.00 86.82           C  
+ATOM  13583  CD  GLN E 120      41.798  29.832  10.715  1.00 94.14           C  
+ATOM  13584  OE1 GLN E 120      41.994  29.236   9.656  1.00 95.89           O  
+ATOM  13585  NE2 GLN E 120      42.587  30.812  11.141  1.00 97.13           N  
+ATOM  13586  N   GLY E 121      38.258  29.871   9.308  1.00 81.59           N  
+ATOM  13587  CA  GLY E 121      37.253  30.907   9.180  1.00 80.87           C  
+ATOM  13588  C   GLY E 121      37.616  32.169   9.940  1.00 83.01           C  
+ATOM  13589  O   GLY E 121      38.268  32.136  10.990  1.00 86.66           O  
+ATOM  13590  N   THR E 122      37.188  33.308   9.399  1.00 82.63           N  
+ATOM  13591  CA  THR E 122      37.366  34.609  10.031  1.00 84.54           C  
+ATOM  13592  C   THR E 122      35.998  35.192  10.343  1.00 86.69           C  
+ATOM  13593  O   THR E 122      35.139  35.268   9.460  1.00 86.99           O  
+ATOM  13594  CB  THR E 122      38.135  35.581   9.131  1.00 87.89           C  
+ATOM  13595  OG1 THR E 122      37.319  35.941   8.009  1.00 92.52           O  
+ATOM  13596  CG2 THR E 122      39.410  34.952   8.627  1.00 89.47           C  
+ATOM  13597  N   THR E 123      35.797  35.604  11.589  1.00 87.02           N  
+ATOM  13598  CA  THR E 123      34.541  36.213  12.002  1.00 87.97           C  
+ATOM  13599  C   THR E 123      34.614  37.709  11.726  1.00 89.16           C  
+ATOM  13600  O   THR E 123      35.527  38.391  12.214  1.00 91.24           O  
+ATOM  13601  CB  THR E 123      34.266  35.948  13.482  1.00 88.47           C  
+ATOM  13602  OG1 THR E 123      34.224  34.535  13.718  1.00 81.73           O  
+ATOM  13603  CG2 THR E 123      32.938  36.566  13.895  1.00 91.13           C  
+ATOM  13604  N   LEU E 124      33.668  38.221  10.940  1.00 91.17           N  
+ATOM  13605  CA  LEU E 124      33.627  39.645  10.645  1.00 95.48           C  
+ATOM  13606  C   LEU E 124      32.492  40.293  11.423  1.00 99.56           C  
+ATOM  13607  O   LEU E 124      31.390  39.742  11.506  1.00107.14           O  
+ATOM  13608  CB  LEU E 124      33.449  39.893   9.144  1.00 99.13           C  
+ATOM  13609  CG  LEU E 124      33.322  41.352   8.699  1.00 97.19           C  
+ATOM  13610  CD1 LEU E 124      34.577  42.132   9.061  1.00 93.00           C  
+ATOM  13611  CD2 LEU E 124      33.046  41.440   7.207  1.00 96.05           C  
+ATOM  13612  N   THR E 125      32.767  41.462  11.999  1.00101.77           N  
+ATOM  13613  CA  THR E 125      31.756  42.226  12.717  1.00105.00           C  
+ATOM  13614  C   THR E 125      31.887  43.681  12.304  1.00104.87           C  
+ATOM  13615  O   THR E 125      32.943  44.291  12.499  1.00105.20           O  
+ATOM  13616  CB  THR E 125      31.919  42.080  14.234  1.00102.20           C  
+ATOM  13617  OG1 THR E 125      32.169  40.707  14.561  1.00 96.61           O  
+ATOM  13618  CG2 THR E 125      30.660  42.544  14.950  1.00100.55           C  
+ATOM  13619  N   VAL E 126      30.827  44.229  11.723  1.00108.04           N  
+ATOM  13620  CA  VAL E 126      30.796  45.621  11.298  1.00114.94           C  
+ATOM  13621  C   VAL E 126      29.739  46.333  12.131  1.00117.74           C  
+ATOM  13622  O   VAL E 126      28.535  46.116  11.938  1.00119.93           O  
+ATOM  13623  CB  VAL E 126      30.519  45.762   9.797  1.00120.92           C  
+ATOM  13624  CG1 VAL E 126      30.406  47.221   9.415  1.00120.50           C  
+ATOM  13625  CG2 VAL E 126      31.609  45.073   8.987  1.00115.94           C  
+ATOM  13626  N   SER E 127      30.186  47.175  13.060  1.00115.72           N  
+ATOM  13627  CA  SER E 127      29.291  47.914  13.936  1.00117.11           C  
+ATOM  13628  C   SER E 127      29.953  49.228  14.318  1.00120.39           C  
+ATOM  13629  O   SER E 127      31.174  49.289  14.484  1.00119.74           O  
+ATOM  13630  CB  SER E 127      28.943  47.110  15.195  1.00117.08           C  
+ATOM  13631  OG  SER E 127      28.136  47.869  16.079  1.00115.35           O  
+ATOM  13632  N   SER E 128      29.140  50.278  14.453  1.00121.30           N  
+ATOM  13633  CA  SER E 128      29.648  51.568  14.901  1.00121.42           C  
+ATOM  13634  C   SER E 128      30.122  51.544  16.348  1.00123.48           C  
+ATOM  13635  O   SER E 128      30.796  52.488  16.775  1.00125.26           O  
+ATOM  13636  CB  SER E 128      28.573  52.643  14.729  1.00118.65           C  
+ATOM  13637  OG  SER E 128      28.253  52.830  13.361  1.00113.34           O  
+ATOM  13638  N   ALA E 129      29.790  50.501  17.103  1.00125.61           N  
+ATOM  13639  CA  ALA E 129      30.244  50.385  18.479  1.00127.30           C  
+ATOM  13640  C   ALA E 129      31.753  50.160  18.532  1.00127.08           C  
+ATOM  13641  O   ALA E 129      32.387  49.757  17.552  1.00124.69           O  
+ATOM  13642  CB  ALA E 129      29.517  49.243  19.190  1.00124.70           C  
+ATOM  13643  N   SER E 130      32.326  50.425  19.699  1.00127.07           N  
+ATOM  13644  CA  SER E 130      33.755  50.272  19.922  1.00126.39           C  
+ATOM  13645  C   SER E 130      34.044  48.971  20.662  1.00119.64           C  
+ATOM  13646  O   SER E 130      33.153  48.342  21.239  1.00120.71           O  
+ATOM  13647  CB  SER E 130      34.311  51.460  20.712  1.00130.17           C  
+ATOM  13648  OG  SER E 130      33.623  51.622  21.940  1.00129.18           O  
+ATOM  13649  N   THR E 131      35.312  48.573  20.633  1.00116.40           N  
+ATOM  13650  CA  THR E 131      35.729  47.340  21.282  1.00114.17           C  
+ATOM  13651  C   THR E 131      35.630  47.478  22.800  1.00119.00           C  
+ATOM  13652  O   THR E 131      35.854  48.552  23.366  1.00121.32           O  
+ATOM  13653  CB  THR E 131      37.160  46.989  20.868  1.00112.81           C  
+ATOM  13654  OG1 THR E 131      37.241  46.939  19.438  1.00117.21           O  
+ATOM  13655  CG2 THR E 131      37.557  45.634  21.412  1.00110.30           C  
+ATOM  13656  N   LYS E 132      35.291  46.371  23.462  1.00119.96           N  
+ATOM  13657  CA  LYS E 132      35.168  46.332  24.915  1.00116.90           C  
+ATOM  13658  C   LYS E 132      35.652  44.982  25.419  1.00115.55           C  
+ATOM  13659  O   LYS E 132      35.153  43.941  24.982  1.00116.36           O  
+ATOM  13660  CB  LYS E 132      33.725  46.582  25.361  1.00115.45           C  
+ATOM  13661  CG  LYS E 132      33.493  46.369  26.851  1.00120.53           C  
+ATOM  13662  CD  LYS E 132      34.387  47.270  27.690  1.00121.54           C  
+ATOM  13663  CE  LYS E 132      34.009  47.208  29.161  1.00124.27           C  
+ATOM  13664  NZ  LYS E 132      34.121  45.827  29.706  1.00122.47           N  
+ATOM  13665  N   GLY E 133      36.620  45.002  26.332  1.00114.42           N  
+ATOM  13666  CA  GLY E 133      37.129  43.791  26.928  1.00115.59           C  
+ATOM  13667  C   GLY E 133      36.137  43.188  27.902  1.00117.81           C  
+ATOM  13668  O   GLY E 133      35.237  43.866  28.408  1.00116.70           O  
+ATOM  13669  N   PRO E 134      36.281  41.896  28.184  1.00117.55           N  
+ATOM  13670  CA  PRO E 134      35.320  41.206  29.045  1.00115.63           C  
+ATOM  13671  C   PRO E 134      35.688  41.236  30.520  1.00116.55           C  
+ATOM  13672  O   PRO E 134      36.858  41.261  30.907  1.00114.79           O  
+ATOM  13673  CB  PRO E 134      35.360  39.769  28.506  1.00113.24           C  
+ATOM  13674  CG  PRO E 134      36.721  39.627  27.844  1.00113.97           C  
+ATOM  13675  CD  PRO E 134      37.351  40.994  27.729  1.00116.11           C  
+ATOM  13676  N   SER E 135      34.647  41.230  31.351  1.00115.17           N  
+ATOM  13677  CA  SER E 135      34.788  41.097  32.795  1.00109.77           C  
+ATOM  13678  C   SER E 135      34.551  39.641  33.176  1.00106.94           C  
+ATOM  13679  O   SER E 135      33.494  39.080  32.868  1.00107.64           O  
+ATOM  13680  CB  SER E 135      33.808  42.014  33.526  1.00106.69           C  
+ATOM  13681  OG  SER E 135      34.045  43.374  33.206  1.00106.62           O  
+ATOM  13682  N   VAL E 136      35.529  39.032  33.838  1.00104.25           N  
+ATOM  13683  CA  VAL E 136      35.493  37.614  34.178  1.00105.12           C  
+ATOM  13684  C   VAL E 136      35.254  37.490  35.677  1.00109.17           C  
+ATOM  13685  O   VAL E 136      36.110  37.869  36.486  1.00111.30           O  
+ATOM  13686  CB  VAL E 136      36.783  36.896  33.760  1.00102.84           C  
+ATOM  13687  CG1 VAL E 136      36.732  35.433  34.174  1.00100.88           C  
+ATOM  13688  CG2 VAL E 136      36.995  37.026  32.260  1.00107.85           C  
+ATOM  13689  N   PHE E 137      34.094  36.961  36.050  1.00110.26           N  
+ATOM  13690  CA  PHE E 137      33.754  36.696  37.438  1.00106.04           C  
+ATOM  13691  C   PHE E 137      33.690  35.194  37.692  1.00105.02           C  
+ATOM  13692  O   PHE E 137      33.470  34.407  36.767  1.00105.07           O  
+ATOM  13693  CB  PHE E 137      32.409  37.340  37.803  1.00107.52           C  
+ATOM  13694  CG  PHE E 137      32.331  38.805  37.483  1.00109.81           C  
+ATOM  13695  CD1 PHE E 137      33.065  39.727  38.210  1.00111.47           C  
+ATOM  13696  CD2 PHE E 137      31.516  39.262  36.459  1.00106.96           C  
+ATOM  13697  CE1 PHE E 137      32.994  41.077  37.919  1.00112.86           C  
+ATOM  13698  CE2 PHE E 137      31.440  40.610  36.164  1.00107.48           C  
+ATOM  13699  CZ  PHE E 137      32.180  41.519  36.894  1.00110.57           C  
+ATOM  13700  N   PRO E 138      33.893  34.755  38.932  1.00103.09           N  
+ATOM  13701  CA  PRO E 138      33.831  33.321  39.226  1.00102.37           C  
+ATOM  13702  C   PRO E 138      32.429  32.842  39.570  1.00 99.49           C  
+ATOM  13703  O   PRO E 138      31.577  33.591  40.053  1.00 98.51           O  
+ATOM  13704  CB  PRO E 138      34.762  33.185  40.439  1.00105.66           C  
+ATOM  13705  CG  PRO E 138      34.608  34.484  41.152  1.00110.33           C  
+ATOM  13706  CD  PRO E 138      34.363  35.535  40.092  1.00109.09           C  
+ATOM  13707  N   LEU E 139      32.200  31.559  39.300  1.00 97.78           N  
+ATOM  13708  CA  LEU E 139      30.999  30.831  39.697  1.00 94.47           C  
+ATOM  13709  C   LEU E 139      31.491  29.727  40.626  1.00 94.88           C  
+ATOM  13710  O   LEU E 139      31.877  28.650  40.162  1.00 93.19           O  
+ATOM  13711  CB  LEU E 139      30.255  30.265  38.487  1.00 86.74           C  
+ATOM  13712  CG  LEU E 139      29.850  31.253  37.392  1.00 87.75           C  
+ATOM  13713  CD1 LEU E 139      29.213  30.521  36.217  1.00 83.54           C  
+ATOM  13714  CD2 LEU E 139      28.920  32.324  37.938  1.00 86.01           C  
+ATOM  13715  N   ALA E 140      31.491  30.013  41.933  1.00 93.71           N  
+ATOM  13716  CA  ALA E 140      32.132  29.165  42.928  1.00 97.31           C  
+ATOM  13717  C   ALA E 140      31.296  27.916  43.194  1.00 98.57           C  
+ATOM  13718  O   ALA E 140      30.063  27.982  43.206  1.00 97.37           O  
+ATOM  13719  CB  ALA E 140      32.341  29.934  44.231  1.00102.25           C  
+ATOM  13720  N   PRO E 141      31.937  26.772  43.428  1.00100.60           N  
+ATOM  13721  CA  PRO E 141      31.218  25.525  43.704  1.00105.53           C  
+ATOM  13722  C   PRO E 141      30.640  25.513  45.114  1.00113.87           C  
+ATOM  13723  O   PRO E 141      31.378  25.375  46.100  1.00119.92           O  
+ATOM  13724  CB  PRO E 141      32.288  24.448  43.511  1.00107.13           C  
+ATOM  13725  CG  PRO E 141      33.568  25.143  43.841  1.00105.08           C  
+ATOM  13726  CD  PRO E 141      33.400  26.567  43.382  1.00103.15           C  
+ATOM  13727  N   SER E 142      29.325  25.665  45.217  1.00114.09           N  
+ATOM  13728  CA  SER E 142      28.663  25.610  46.513  1.00122.26           C  
+ATOM  13729  C   SER E 142      28.758  24.198  47.081  1.00132.84           C  
+ATOM  13730  O   SER E 142      28.331  23.232  46.439  1.00134.34           O  
+ATOM  13731  CB  SER E 142      27.204  26.039  46.379  1.00120.87           C  
+ATOM  13732  OG  SER E 142      26.492  25.821  47.584  1.00123.85           O  
+ATOM  13733  N   SER E 143      29.332  24.082  48.282  1.00138.91           N  
+ATOM  13734  CA  SER E 143      29.483  22.777  48.920  1.00141.12           C  
+ATOM  13735  C   SER E 143      28.139  22.104  49.172  1.00140.16           C  
+ATOM  13736  O   SER E 143      28.062  20.870  49.212  1.00139.78           O  
+ATOM  13737  CB  SER E 143      30.259  22.921  50.229  1.00144.69           C  
+ATOM  13738  OG  SER E 143      31.574  23.392  49.989  1.00149.32           O  
+ATOM  13739  N   LYS E 144      27.078  22.886  49.344  1.00138.22           N  
+ATOM  13740  CA  LYS E 144      25.743  22.332  49.532  1.00135.34           C  
+ATOM  13741  C   LYS E 144      25.131  21.904  48.202  1.00140.76           C  
+ATOM  13742  O   LYS E 144      25.075  20.714  47.890  1.00145.63           O  
+ATOM  13743  CB  LYS E 144      24.834  23.349  50.225  1.00124.47           C  
+ATOM  13744  N   GLY E 145      26.809  16.532  46.585  1.00123.88           N  
+ATOM  13745  CA  GLY E 145      27.237  15.162  46.795  1.00124.79           C  
+ATOM  13746  C   GLY E 145      28.643  14.894  46.294  1.00125.09           C  
+ATOM  13747  O   GLY E 145      29.597  15.530  46.742  1.00123.96           O  
+ATOM  13748  N   GLY E 146      28.776  13.950  45.364  1.00125.25           N  
+ATOM  13749  CA  GLY E 146      30.075  13.627  44.818  1.00119.39           C  
+ATOM  13750  C   GLY E 146      30.463  14.368  43.560  1.00115.60           C  
+ATOM  13751  O   GLY E 146      31.567  14.160  43.047  1.00118.83           O  
+ATOM  13752  N   THR E 147      29.589  15.224  43.038  1.00113.55           N  
+ATOM  13753  CA  THR E 147      29.867  16.026  41.854  1.00111.24           C  
+ATOM  13754  C   THR E 147      29.705  17.498  42.199  1.00107.41           C  
+ATOM  13755  O   THR E 147      28.723  17.882  42.842  1.00104.71           O  
+ATOM  13756  CB  THR E 147      28.945  15.649  40.688  1.00109.03           C  
+ATOM  13757  OG1 THR E 147      28.965  14.228  40.494  1.00109.14           O  
+ATOM  13758  CG2 THR E 147      29.370  16.357  39.409  1.00100.83           C  
+ATOM  13759  N   ALA E 148      30.664  18.316  41.775  1.00108.75           N  
+ATOM  13760  CA  ALA E 148      30.620  19.751  42.002  1.00104.28           C  
+ATOM  13761  C   ALA E 148      30.719  20.481  40.672  1.00 98.94           C  
+ATOM  13762  O   ALA E 148      31.489  20.087  39.791  1.00 97.47           O  
+ATOM  13763  CB  ALA E 148      31.751  20.200  42.932  1.00119.96           C  
+ATOM  13764  N   ALA E 149      29.941  21.547  40.534  1.00 92.03           N  
+ATOM  13765  CA  ALA E 149      29.947  22.376  39.339  1.00 84.88           C  
+ATOM  13766  C   ALA E 149      30.614  23.705  39.660  1.00 88.57           C  
+ATOM  13767  O   ALA E 149      30.389  24.277  40.730  1.00 90.80           O  
+ATOM  13768  CB  ALA E 149      28.526  22.603  38.816  1.00 76.52           C  
+ATOM  13769  N   LEU E 150      31.452  24.185  38.743  1.00 87.45           N  
+ATOM  13770  CA  LEU E 150      32.117  25.466  38.946  1.00 86.51           C  
+ATOM  13771  C   LEU E 150      32.397  26.091  37.590  1.00 84.42           C  
+ATOM  13772  O   LEU E 150      32.602  25.383  36.603  1.00 83.60           O  
+ATOM  13773  CB  LEU E 150      33.413  25.303  39.751  1.00 89.84           C  
+ATOM  13774  CG  LEU E 150      34.520  24.440  39.140  1.00 88.08           C  
+ATOM  13775  CD1 LEU E 150      35.576  25.304  38.464  1.00 91.83           C  
+ATOM  13776  CD2 LEU E 150      35.147  23.539  40.193  1.00 91.56           C  
+ATOM  13777  N   GLY E 151      32.421  27.418  37.542  1.00 86.26           N  
+ATOM  13778  CA  GLY E 151      32.559  28.039  36.244  1.00 87.13           C  
+ATOM  13779  C   GLY E 151      33.036  29.474  36.284  1.00 90.76           C  
+ATOM  13780  O   GLY E 151      33.506  29.973  37.307  1.00 94.43           O  
+ATOM  13781  N   CYS E 152      32.898  30.130  35.135  1.00 86.73           N  
+ATOM  13782  CA  CYS E 152      33.321  31.511  34.947  1.00 93.09           C  
+ATOM  13783  C   CYS E 152      32.284  32.243  34.111  1.00 90.91           C  
+ATOM  13784  O   CYS E 152      31.836  31.730  33.081  1.00 91.41           O  
+ATOM  13785  CB  CYS E 152      34.697  31.585  34.272  1.00100.35           C  
+ATOM  13786  SG  CYS E 152      36.085  31.297  35.396  1.00124.97           S  
+ATOM  13787  N   LEU E 153      31.904  33.437  34.562  1.00 92.60           N  
+ATOM  13788  CA  LEU E 153      30.971  34.301  33.850  1.00 92.96           C  
+ATOM  13789  C   LEU E 153      31.777  35.378  33.132  1.00101.06           C  
+ATOM  13790  O   LEU E 153      32.421  36.214  33.776  1.00107.25           O  
+ATOM  13791  CB  LEU E 153      29.961  34.918  34.817  1.00 89.77           C  
+ATOM  13792  CG  LEU E 153      28.954  35.922  34.253  1.00 89.96           C  
+ATOM  13793  CD1 LEU E 153      27.994  35.240  33.294  1.00 89.24           C  
+ATOM  13794  CD2 LEU E 153      28.197  36.609  35.380  1.00 94.87           C  
+ATOM  13795  N   VAL E 154      31.751  35.347  31.804  1.00 98.24           N  
+ATOM  13796  CA  VAL E 154      32.457  36.308  30.966  1.00 99.83           C  
+ATOM  13797  C   VAL E 154      31.410  37.289  30.450  1.00103.84           C  
+ATOM  13798  O   VAL E 154      30.718  37.018  29.465  1.00105.94           O  
+ATOM  13799  CB  VAL E 154      33.206  35.609  29.829  1.00101.79           C  
+ATOM  13800  CG1 VAL E 154      33.977  36.609  28.997  1.00107.54           C  
+ATOM  13801  CG2 VAL E 154      34.139  34.549  30.392  1.00100.19           C  
+ATOM  13802  N   LYS E 155      31.294  38.437  31.111  1.00104.63           N  
+ATOM  13803  CA  LYS E 155      30.216  39.388  30.887  1.00111.42           C  
+ATOM  13804  C   LYS E 155      30.726  40.679  30.257  1.00113.34           C  
+ATOM  13805  O   LYS E 155      31.886  41.064  30.432  1.00113.58           O  
+ATOM  13806  CB  LYS E 155      29.507  39.718  32.203  1.00111.33           C  
+ATOM  13807  CG  LYS E 155      28.132  40.343  32.050  1.00115.24           C  
+ATOM  13808  CD  LYS E 155      27.640  40.866  33.392  1.00106.64           C  
+ATOM  13809  CE  LYS E 155      26.553  41.922  33.226  1.00108.09           C  
+ATOM  13810  NZ  LYS E 155      25.494  41.571  32.242  1.00110.88           N  
+ATOM  13811  N   ASP E 156      29.825  41.346  29.530  1.00115.27           N  
+ATOM  13812  CA  ASP E 156      30.035  42.686  28.993  1.00119.81           C  
+ATOM  13813  C   ASP E 156      31.284  42.798  28.129  1.00119.90           C  
+ATOM  13814  O   ASP E 156      32.294  43.361  28.561  1.00119.47           O  
+ATOM  13815  CB  ASP E 156      30.108  43.694  30.140  1.00122.11           C  
+ATOM  13816  CG  ASP E 156      28.835  43.727  30.962  1.00123.90           C  
+ATOM  13817  OD1 ASP E 156      27.739  43.645  30.367  1.00118.62           O  
+ATOM  13818  OD2 ASP E 156      28.931  43.825  32.203  1.00132.64           O  
+ATOM  13819  N   TYR E 157      31.219  42.275  26.904  1.00116.54           N  
+ATOM  13820  CA  TYR E 157      32.294  42.419  25.934  1.00114.13           C  
+ATOM  13821  C   TYR E 157      31.697  42.563  24.541  1.00112.91           C  
+ATOM  13822  O   TYR E 157      30.533  42.233  24.303  1.00114.01           O  
+ATOM  13823  CB  TYR E 157      33.268  41.232  25.981  1.00113.16           C  
+ATOM  13824  CG  TYR E 157      32.686  39.916  25.510  1.00111.96           C  
+ATOM  13825  CD1 TYR E 157      32.697  39.566  24.163  1.00111.40           C  
+ATOM  13826  CD2 TYR E 157      32.133  39.020  26.413  1.00111.50           C  
+ATOM  13827  CE1 TYR E 157      32.163  38.365  23.731  1.00110.85           C  
+ATOM  13828  CE2 TYR E 157      31.602  37.816  25.991  1.00109.77           C  
+ATOM  13829  CZ  TYR E 157      31.621  37.493  24.650  1.00109.51           C  
+ATOM  13830  OH  TYR E 157      31.092  36.294  24.228  1.00105.55           O  
+ATOM  13831  N   PHE E 158      32.519  43.062  23.619  1.00112.45           N  
+ATOM  13832  CA  PHE E 158      32.117  43.248  22.231  1.00110.97           C  
+ATOM  13833  C   PHE E 158      33.358  43.471  21.375  1.00110.41           C  
+ATOM  13834  O   PHE E 158      34.271  44.195  21.790  1.00110.40           O  
+ATOM  13835  CB  PHE E 158      31.147  44.427  22.102  1.00111.61           C  
+ATOM  13836  CG  PHE E 158      30.573  44.605  20.718  1.00110.98           C  
+ATOM  13837  CD1 PHE E 158      31.223  45.386  19.775  1.00112.39           C  
+ATOM  13838  CD2 PHE E 158      29.373  44.005  20.369  1.00112.30           C  
+ATOM  13839  CE1 PHE E 158      30.692  45.554  18.508  1.00114.88           C  
+ATOM  13840  CE2 PHE E 158      28.838  44.171  19.104  1.00111.76           C  
+ATOM  13841  CZ  PHE E 158      29.499  44.947  18.173  1.00111.25           C  
+ATOM  13842  N   PRO E 159      33.439  42.868  20.178  1.00111.59           N  
+ATOM  13843  CA  PRO E 159      32.460  41.920  19.642  1.00110.23           C  
+ATOM  13844  C   PRO E 159      32.838  40.463  19.903  1.00109.12           C  
+ATOM  13845  O   PRO E 159      33.720  40.183  20.714  1.00106.50           O  
+ATOM  13846  CB  PRO E 159      32.488  42.223  18.147  1.00107.77           C  
+ATOM  13847  CG  PRO E 159      33.923  42.568  17.894  1.00109.00           C  
+ATOM  13848  CD  PRO E 159      34.434  43.245  19.157  1.00110.03           C  
+ATOM  13849  N   GLU E 160      32.166  39.550  19.207  1.00108.80           N  
+ATOM  13850  CA  GLU E 160      32.548  38.149  19.222  1.00107.45           C  
+ATOM  13851  C   GLU E 160      33.833  37.945  18.420  1.00105.65           C  
+ATOM  13852  O   GLU E 160      34.173  38.761  17.561  1.00106.76           O  
+ATOM  13853  CB  GLU E 160      31.417  37.291  18.658  1.00111.95           C  
+ATOM  13854  CG  GLU E 160      30.258  37.109  19.622  1.00109.73           C  
+ATOM  13855  CD  GLU E 160      30.529  36.032  20.654  1.00106.71           C  
+ATOM  13856  OE1 GLU E 160      30.854  34.893  20.259  1.00101.06           O  
+ATOM  13857  OE2 GLU E 160      30.429  36.329  21.863  1.00109.60           O  
+ATOM  13858  N   PRO E 161      34.573  36.852  18.681  1.00106.36           N  
+ATOM  13859  CA  PRO E 161      34.330  35.795  19.664  1.00110.00           C  
+ATOM  13860  C   PRO E 161      35.219  35.871  20.904  1.00111.22           C  
+ATOM  13861  O   PRO E 161      35.994  36.813  21.067  1.00111.30           O  
+ATOM  13862  CB  PRO E 161      34.639  34.527  18.867  1.00111.65           C  
+ATOM  13863  CG  PRO E 161      35.661  34.976  17.813  1.00106.96           C  
+ATOM  13864  CD  PRO E 161      35.705  36.493  17.815  1.00105.73           C  
+ATOM  13865  N   VAL E 162      35.090  34.865  21.767  1.00113.60           N  
+ATOM  13866  CA  VAL E 162      35.918  34.717  22.958  1.00116.23           C  
+ATOM  13867  C   VAL E 162      36.334  33.257  23.074  1.00116.72           C  
+ATOM  13868  O   VAL E 162      35.527  32.352  22.839  1.00124.00           O  
+ATOM  13869  CB  VAL E 162      35.168  35.182  24.226  1.00114.66           C  
+ATOM  13870  CG1 VAL E 162      35.817  34.626  25.478  1.00114.19           C  
+ATOM  13871  CG2 VAL E 162      35.131  36.696  24.291  1.00113.59           C  
+ATOM  13872  N   THR E 163      37.594  33.028  23.435  1.00115.72           N  
+ATOM  13873  CA  THR E 163      38.134  31.684  23.607  1.00118.44           C  
+ATOM  13874  C   THR E 163      38.283  31.407  25.096  1.00117.41           C  
+ATOM  13875  O   THR E 163      39.052  32.087  25.782  1.00117.24           O  
+ATOM  13876  CB  THR E 163      39.480  31.532  22.897  1.00120.84           C  
+ATOM  13877  OG1 THR E 163      39.318  31.796  21.498  1.00119.47           O  
+ATOM  13878  CG2 THR E 163      40.024  30.123  23.085  1.00115.64           C  
+ATOM  13879  N   VAL E 164      37.547  30.416  25.594  1.00114.81           N  
+ATOM  13880  CA  VAL E 164      37.582  30.036  27.002  1.00106.92           C  
+ATOM  13881  C   VAL E 164      38.149  28.628  27.111  1.00102.07           C  
+ATOM  13882  O   VAL E 164      37.716  27.718  26.393  1.00101.89           O  
+ATOM  13883  CB  VAL E 164      36.187  30.116  27.646  1.00 99.70           C  
+ATOM  13884  CG1 VAL E 164      36.257  29.685  29.100  1.00 94.83           C  
+ATOM  13885  CG2 VAL E 164      35.626  31.525  27.527  1.00102.90           C  
+ATOM  13886  N   SER E 165      39.116  28.453  28.007  1.00101.17           N  
+ATOM  13887  CA  SER E 165      39.718  27.157  28.280  1.00102.12           C  
+ATOM  13888  C   SER E 165      39.793  26.949  29.787  1.00103.08           C  
+ATOM  13889  O   SER E 165      39.581  27.873  30.575  1.00105.39           O  
+ATOM  13890  CB  SER E 165      41.113  27.042  27.653  1.00107.51           C  
+ATOM  13891  OG  SER E 165      41.761  25.851  28.064  1.00110.84           O  
+ATOM  13892  N   TRP E 166      40.109  25.720  30.187  1.00102.36           N  
+ATOM  13893  CA  TRP E 166      40.252  25.368  31.594  1.00104.36           C  
+ATOM  13894  C   TRP E 166      41.575  24.647  31.796  1.00106.22           C  
+ATOM  13895  O   TRP E 166      41.850  23.649  31.121  1.00106.70           O  
+ATOM  13896  CB  TRP E 166      39.083  24.503  32.080  1.00104.79           C  
+ATOM  13897  CG  TRP E 166      37.824  25.288  32.300  1.00 99.92           C  
+ATOM  13898  CD1 TRP E 166      36.839  25.532  31.388  1.00 94.67           C  
+ATOM  13899  CD2 TRP E 166      37.423  25.947  33.508  1.00 99.54           C  
+ATOM  13900  NE1 TRP E 166      35.846  26.295  31.955  1.00 92.68           N  
+ATOM  13901  CE2 TRP E 166      36.182  26.563  33.256  1.00 95.92           C  
+ATOM  13902  CE3 TRP E 166      37.993  26.072  34.779  1.00102.22           C  
+ATOM  13903  CZ2 TRP E 166      35.499  27.294  34.228  1.00 93.42           C  
+ATOM  13904  CZ3 TRP E 166      37.314  26.798  35.742  1.00 99.26           C  
+ATOM  13905  CH2 TRP E 166      36.081  27.399  35.461  1.00 94.38           C  
+ATOM  13906  N   ASN E 167      42.388  25.162  32.722  1.00106.15           N  
+ATOM  13907  CA  ASN E 167      43.726  24.634  32.998  1.00107.17           C  
+ATOM  13908  C   ASN E 167      44.603  24.666  31.748  1.00109.45           C  
+ATOM  13909  O   ASN E 167      45.372  23.740  31.484  1.00107.15           O  
+ATOM  13910  CB  ASN E 167      43.660  23.219  33.580  1.00103.29           C  
+ATOM  13911  CG  ASN E 167      43.079  23.189  34.979  1.00102.07           C  
+ATOM  13912  OD1 ASN E 167      42.571  24.194  35.476  1.00103.72           O  
+ATOM  13913  ND2 ASN E 167      43.150  22.030  35.624  1.00100.60           N  
+ATOM  13914  N   SER E 168      44.478  25.746  30.972  1.00109.92           N  
+ATOM  13915  CA  SER E 168      45.278  25.964  29.764  1.00111.02           C  
+ATOM  13916  C   SER E 168      45.117  24.825  28.760  1.00112.11           C  
+ATOM  13917  O   SER E 168      46.025  24.544  27.974  1.00117.84           O  
+ATOM  13918  CB  SER E 168      46.756  26.174  30.106  1.00112.38           C  
+ATOM  13919  OG  SER E 168      46.933  27.340  30.892  1.00109.06           O  
+ATOM  13920  N   GLY E 169      43.962  24.162  28.779  1.00107.99           N  
+ATOM  13921  CA  GLY E 169      43.676  23.071  27.873  1.00107.30           C  
+ATOM  13922  C   GLY E 169      43.803  21.691  28.481  1.00106.36           C  
+ATOM  13923  O   GLY E 169      43.370  20.716  27.855  1.00107.73           O  
+ATOM  13924  N   ALA E 170      44.387  21.576  29.677  1.00103.58           N  
+ATOM  13925  CA  ALA E 170      44.545  20.272  30.308  1.00105.03           C  
+ATOM  13926  C   ALA E 170      43.221  19.693  30.790  1.00106.37           C  
+ATOM  13927  O   ALA E 170      43.120  18.474  30.963  1.00105.22           O  
+ATOM  13928  CB  ALA E 170      45.525  20.367  31.478  1.00106.33           C  
+ATOM  13929  N   LEU E 171      42.211  20.532  31.008  1.00106.63           N  
+ATOM  13930  CA  LEU E 171      40.901  20.098  31.485  1.00105.37           C  
+ATOM  13931  C   LEU E 171      39.896  20.252  30.350  1.00104.02           C  
+ATOM  13932  O   LEU E 171      39.578  21.375  29.943  1.00103.78           O  
+ATOM  13933  CB  LEU E 171      40.473  20.903  32.710  1.00105.03           C  
+ATOM  13934  CG  LEU E 171      39.173  20.465  33.386  1.00103.40           C  
+ATOM  13935  CD1 LEU E 171      39.289  19.038  33.902  1.00103.09           C  
+ATOM  13936  CD2 LEU E 171      38.806  21.420  34.511  1.00 99.87           C  
+ATOM  13937  N   THR E 172      39.397  19.125  29.843  1.00102.10           N  
+ATOM  13938  CA  THR E 172      38.437  19.145  28.746  1.00101.53           C  
+ATOM  13939  C   THR E 172      37.200  18.324  29.088  1.00 99.79           C  
+ATOM  13940  O   THR E 172      36.097  18.628  28.620  1.00 98.65           O  
+ATOM  13941  CB  THR E 172      39.075  18.616  27.458  1.00101.33           C  
+ATOM  13942  OG1 THR E 172      39.586  17.296  27.682  1.00101.42           O  
+ATOM  13943  CG2 THR E 172      40.208  19.527  27.004  1.00101.94           C  
+ATOM  13944  N   SER E 173      37.372  17.284  29.900  1.00100.25           N  
+ATOM  13945  CA  SER E 173      36.261  16.414  30.264  1.00 96.74           C  
+ATOM  13946  C   SER E 173      35.270  17.166  31.145  1.00 96.66           C  
+ATOM  13947  O   SER E 173      35.645  17.716  32.186  1.00 96.11           O  
+ATOM  13948  CB  SER E 173      36.779  15.169  30.980  1.00 98.33           C  
+ATOM  13949  OG  SER E 173      35.713  14.418  31.534  1.00 96.60           O  
+ATOM  13950  N   GLY E 174      34.007  17.189  30.726  1.00 92.61           N  
+ATOM  13951  CA  GLY E 174      32.954  17.806  31.505  1.00 87.27           C  
+ATOM  13952  C   GLY E 174      32.839  19.305  31.365  1.00 83.95           C  
+ATOM  13953  O   GLY E 174      32.087  19.925  32.126  1.00 87.02           O  
+ATOM  13954  N   VAL E 175      33.556  19.909  30.428  1.00 79.92           N  
+ATOM  13955  CA  VAL E 175      33.519  21.351  30.220  1.00 76.30           C  
+ATOM  13956  C   VAL E 175      32.365  21.685  29.285  1.00 73.54           C  
+ATOM  13957  O   VAL E 175      32.078  20.944  28.338  1.00 75.54           O  
+ATOM  13958  CB  VAL E 175      34.863  21.857  29.662  1.00 78.59           C  
+ATOM  13959  CG1 VAL E 175      34.858  23.374  29.537  1.00 72.84           C  
+ATOM  13960  CG2 VAL E 175      36.010  21.396  30.548  1.00 85.48           C  
+ATOM  13961  N   HIS E 176      31.701  22.809  29.549  1.00 69.74           N  
+ATOM  13962  CA  HIS E 176      30.612  23.304  28.711  1.00 69.37           C  
+ATOM  13963  C   HIS E 176      30.740  24.817  28.623  1.00 69.06           C  
+ATOM  13964  O   HIS E 176      30.518  25.517  29.616  1.00 71.93           O  
+ATOM  13965  CB  HIS E 176      29.246  22.910  29.275  1.00 71.99           C  
+ATOM  13966  CG  HIS E 176      28.977  21.438  29.247  1.00 73.62           C  
+ATOM  13967  ND1 HIS E 176      28.545  20.740  30.354  1.00 71.96           N  
+ATOM  13968  CD2 HIS E 176      29.064  20.534  28.243  1.00 74.97           C  
+ATOM  13969  CE1 HIS E 176      28.387  19.468  30.036  1.00 75.31           C  
+ATOM  13970  NE2 HIS E 176      28.695  19.316  28.760  1.00 77.58           N  
+ATOM  13971  N   THR E 177      31.108  25.320  27.449  1.00 69.18           N  
+ATOM  13972  CA  THR E 177      31.153  26.753  27.192  1.00 71.79           C  
+ATOM  13973  C   THR E 177      29.909  27.133  26.399  1.00 69.79           C  
+ATOM  13974  O   THR E 177      29.728  26.679  25.264  1.00 74.81           O  
+ATOM  13975  CB  THR E 177      32.420  27.140  26.430  1.00 70.70           C  
+ATOM  13976  OG1 THR E 177      33.572  26.688  27.153  1.00 68.07           O  
+ATOM  13977  CG2 THR E 177      32.495  28.651  26.260  1.00 72.48           C  
+ATOM  13978  N   PHE E 178      29.059  27.961  26.996  1.00 70.24           N  
+ATOM  13979  CA  PHE E 178      27.766  28.264  26.407  1.00 74.53           C  
+ATOM  13980  C   PHE E 178      27.886  29.357  25.348  1.00 75.04           C  
+ATOM  13981  O   PHE E 178      28.753  30.231  25.440  1.00 77.75           O  
+ATOM  13982  CB  PHE E 178      26.779  28.703  27.484  1.00 76.58           C  
+ATOM  13983  CG  PHE E 178      26.465  27.635  28.491  1.00 74.30           C  
+ATOM  13984  CD1 PHE E 178      27.299  27.414  29.573  1.00 73.61           C  
+ATOM  13985  CD2 PHE E 178      25.333  26.850  28.353  1.00 72.69           C  
+ATOM  13986  CE1 PHE E 178      27.012  26.432  30.497  1.00 71.56           C  
+ATOM  13987  CE2 PHE E 178      25.042  25.865  29.275  1.00 71.71           C  
+ATOM  13988  CZ  PHE E 178      25.883  25.656  30.347  1.00 71.60           C  
+ATOM  13989  N   PRO E 179      27.037  29.314  24.321  1.00 76.18           N  
+ATOM  13990  CA  PRO E 179      27.028  30.392  23.326  1.00 78.66           C  
+ATOM  13991  C   PRO E 179      26.721  31.735  23.971  1.00 82.03           C  
+ATOM  13992  O   PRO E 179      25.938  31.827  24.919  1.00 83.03           O  
+ATOM  13993  CB  PRO E 179      25.922  29.967  22.353  1.00 78.81           C  
+ATOM  13994  CG  PRO E 179      25.818  28.488  22.518  1.00 79.67           C  
+ATOM  13995  CD  PRO E 179      26.121  28.218  23.962  1.00 77.58           C  
+ATOM  13996  N   ALA E 180      27.353  32.781  23.448  1.00 86.11           N  
+ATOM  13997  CA  ALA E 180      27.151  34.122  23.975  1.00 89.71           C  
+ATOM  13998  C   ALA E 180      25.727  34.599  23.711  1.00 89.73           C  
+ATOM  13999  O   ALA E 180      25.110  34.265  22.696  1.00 87.34           O  
+ATOM  14000  CB  ALA E 180      28.151  35.096  23.355  1.00 95.68           C  
+ATOM  14001  N   VAL E 181      25.205  35.390  24.646  1.00 91.45           N  
+ATOM  14002  CA  VAL E 181      23.881  35.990  24.537  1.00 91.85           C  
+ATOM  14003  C   VAL E 181      24.051  37.498  24.429  1.00 95.20           C  
+ATOM  14004  O   VAL E 181      24.783  38.104  25.220  1.00 97.31           O  
+ATOM  14005  CB  VAL E 181      22.994  35.621  25.739  1.00 94.73           C  
+ATOM  14006  CG1 VAL E 181      21.592  36.185  25.558  1.00 95.81           C  
+ATOM  14007  CG2 VAL E 181      22.950  34.111  25.923  1.00 89.57           C  
+ATOM  14008  N   LEU E 182      23.378  38.101  23.451  1.00 97.99           N  
+ATOM  14009  CA  LEU E 182      23.450  39.544  23.249  1.00104.84           C  
+ATOM  14010  C   LEU E 182      22.522  40.227  24.247  1.00107.08           C  
+ATOM  14011  O   LEU E 182      21.295  40.123  24.140  1.00109.04           O  
+ATOM  14012  CB  LEU E 182      23.088  39.901  21.810  1.00105.15           C  
+ATOM  14013  CG  LEU E 182      23.357  41.336  21.346  1.00104.97           C  
+ATOM  14014  CD1 LEU E 182      23.797  41.346  19.893  1.00104.44           C  
+ATOM  14015  CD2 LEU E 182      22.130  42.216  21.527  1.00103.25           C  
+ATOM  14016  N   GLN E 183      23.108  40.924  25.216  1.00109.13           N  
+ATOM  14017  CA  GLN E 183      22.340  41.617  26.236  1.00113.22           C  
+ATOM  14018  C   GLN E 183      21.671  42.861  25.651  1.00118.18           C  
+ATOM  14019  O   GLN E 183      21.976  43.303  24.539  1.00123.02           O  
+ATOM  14020  CB  GLN E 183      23.244  41.995  27.408  1.00113.01           C  
+ATOM  14021  CG  GLN E 183      23.955  40.806  28.031  1.00110.77           C  
+ATOM  14022  CD  GLN E 183      25.018  41.216  29.028  1.00113.63           C  
+ATOM  14023  OE1 GLN E 183      25.036  40.741  30.162  1.00115.29           O  
+ATOM  14024  NE2 GLN E 183      25.915  42.100  28.607  1.00116.38           N  
+ATOM  14025  N   SER E 184      20.734  43.425  26.420  1.00120.63           N  
+ATOM  14026  CA  SER E 184      20.058  44.646  25.992  1.00125.62           C  
+ATOM  14027  C   SER E 184      21.044  45.782  25.751  1.00126.32           C  
+ATOM  14028  O   SER E 184      20.769  46.684  24.952  1.00127.83           O  
+ATOM  14029  CB  SER E 184      19.012  45.059  27.028  1.00130.31           C  
+ATOM  14030  OG  SER E 184      18.019  44.060  27.178  1.00132.10           O  
+ATOM  14031  N   SER E 185      22.191  45.756  26.428  1.00123.60           N  
+ATOM  14032  CA  SER E 185      23.203  46.796  26.305  1.00123.70           C  
+ATOM  14033  C   SER E 185      24.025  46.676  25.027  1.00128.56           C  
+ATOM  14034  O   SER E 185      24.991  47.429  24.859  1.00132.20           O  
+ATOM  14035  CB  SER E 185      24.135  46.765  27.520  1.00123.80           C  
+ATOM  14036  OG  SER E 185      24.807  45.520  27.610  1.00118.39           O  
+ATOM  14037  N   GLY E 186      23.673  45.757  24.130  1.00127.37           N  
+ATOM  14038  CA  GLY E 186      24.454  45.520  22.936  1.00125.02           C  
+ATOM  14039  C   GLY E 186      25.739  44.752  23.148  1.00124.91           C  
+ATOM  14040  O   GLY E 186      26.442  44.475  22.168  1.00126.92           O  
+ATOM  14041  N   LEU E 187      26.070  44.398  24.385  1.00118.31           N  
+ATOM  14042  CA  LEU E 187      27.274  43.645  24.700  1.00115.67           C  
+ATOM  14043  C   LEU E 187      26.947  42.166  24.878  1.00113.64           C  
+ATOM  14044  O   LEU E 187      25.810  41.785  25.168  1.00113.99           O  
+ATOM  14045  CB  LEU E 187      27.937  44.190  25.968  1.00116.90           C  
+ATOM  14046  CG  LEU E 187      28.320  45.671  25.948  1.00120.87           C  
+ATOM  14047  CD1 LEU E 187      28.884  46.097  27.295  1.00125.21           C  
+ATOM  14048  CD2 LEU E 187      29.311  45.959  24.833  1.00119.66           C  
+ATOM  14049  N   TYR E 188      27.966  41.333  24.699  1.00112.85           N  
+ATOM  14050  CA  TYR E 188      27.823  39.890  24.807  1.00110.80           C  
+ATOM  14051  C   TYR E 188      28.217  39.411  26.200  1.00109.42           C  
+ATOM  14052  O   TYR E 188      28.930  40.091  26.942  1.00112.04           O  
+ATOM  14053  CB  TYR E 188      28.675  39.178  23.753  1.00110.65           C  
+ATOM  14054  CG  TYR E 188      28.160  39.322  22.339  1.00111.59           C  
+ATOM  14055  CD1 TYR E 188      27.173  38.477  21.849  1.00107.91           C  
+ATOM  14056  CD2 TYR E 188      28.669  40.296  21.490  1.00114.88           C  
+ATOM  14057  CE1 TYR E 188      26.701  38.604  20.556  1.00112.98           C  
+ATOM  14058  CE2 TYR E 188      28.204  40.430  20.195  1.00115.44           C  
+ATOM  14059  CZ  TYR E 188      27.220  39.581  19.734  1.00114.48           C  
+ATOM  14060  OH  TYR E 188      26.755  39.710  18.445  1.00111.37           O  
+ATOM  14061  N   SER E 189      27.739  38.217  26.543  1.00106.70           N  
+ATOM  14062  CA  SER E 189      28.030  37.602  27.829  1.00106.88           C  
+ATOM  14063  C   SER E 189      27.793  36.104  27.711  1.00 97.25           C  
+ATOM  14064  O   SER E 189      26.876  35.671  27.009  1.00 95.30           O  
+ATOM  14065  CB  SER E 189      27.165  38.198  28.947  1.00108.30           C  
+ATOM  14066  OG  SER E 189      25.786  38.080  28.644  1.00115.74           O  
+ATOM  14067  N   LEU E 190      28.619  35.321  28.401  1.00 92.13           N  
+ATOM  14068  CA  LEU E 190      28.495  33.872  28.367  1.00 87.81           C  
+ATOM  14069  C   LEU E 190      29.005  33.297  29.680  1.00 86.88           C  
+ATOM  14070  O   LEU E 190      29.534  34.010  30.536  1.00 90.67           O  
+ATOM  14071  CB  LEU E 190      29.243  33.276  27.162  1.00 87.93           C  
+ATOM  14072  CG  LEU E 190      30.773  33.356  27.053  1.00 86.29           C  
+ATOM  14073  CD1 LEU E 190      31.488  32.258  27.838  1.00 77.75           C  
+ATOM  14074  CD2 LEU E 190      31.197  33.325  25.592  1.00 82.37           C  
+ATOM  14075  N   SER E 191      28.817  31.990  29.838  1.00 82.27           N  
+ATOM  14076  CA  SER E 191      29.307  31.259  30.995  1.00 83.30           C  
+ATOM  14077  C   SER E 191      30.003  29.990  30.527  1.00 77.94           C  
+ATOM  14078  O   SER E 191      29.623  29.391  29.518  1.00 78.35           O  
+ATOM  14079  CB  SER E 191      28.172  30.909  31.967  1.00 85.85           C  
+ATOM  14080  OG  SER E 191      27.508  32.076  32.421  1.00 84.40           O  
+ATOM  14081  N   SER E 192      31.040  29.597  31.261  1.00 75.76           N  
+ATOM  14082  CA  SER E 192      31.760  28.355  30.995  1.00 74.29           C  
+ATOM  14083  C   SER E 192      31.813  27.558  32.289  1.00 77.33           C  
+ATOM  14084  O   SER E 192      32.441  27.992  33.259  1.00 83.12           O  
+ATOM  14085  CB  SER E 192      33.165  28.629  30.463  1.00 79.03           C  
+ATOM  14086  OG  SER E 192      33.866  27.420  30.231  1.00 81.55           O  
+ATOM  14087  N   VAL E 193      31.155  26.403  32.304  1.00 75.27           N  
+ATOM  14088  CA  VAL E 193      31.040  25.585  33.502  1.00 76.35           C  
+ATOM  14089  C   VAL E 193      31.797  24.278  33.303  1.00 75.41           C  
+ATOM  14090  O   VAL E 193      32.138  23.883  32.185  1.00 72.72           O  
+ATOM  14091  CB  VAL E 193      29.568  25.309  33.869  1.00 74.45           C  
+ATOM  14092  CG1 VAL E 193      28.834  26.614  34.138  1.00 72.88           C  
+ATOM  14093  CG2 VAL E 193      28.888  24.516  32.765  1.00 71.57           C  
+ATOM  14094  N   VAL E 194      32.075  23.610  34.419  1.00 78.69           N  
+ATOM  14095  CA  VAL E 194      32.746  22.316  34.412  1.00 82.06           C  
+ATOM  14096  C   VAL E 194      32.305  21.545  35.649  1.00 84.55           C  
+ATOM  14097  O   VAL E 194      32.138  22.118  36.733  1.00 85.98           O  
+ATOM  14098  CB  VAL E 194      34.283  22.471  34.345  1.00 85.43           C  
+ATOM  14099  CG1 VAL E 194      34.796  23.304  35.506  1.00 87.66           C  
+ATOM  14100  CG2 VAL E 194      34.964  21.107  34.313  1.00 84.90           C  
+ATOM  14101  N   THR E 195      32.098  20.241  35.471  1.00 86.43           N  
+ATOM  14102  CA  THR E 195      31.772  19.331  36.558  1.00 94.11           C  
+ATOM  14103  C   THR E 195      33.007  18.523  36.933  1.00100.26           C  
+ATOM  14104  O   THR E 195      33.731  18.033  36.061  1.00 98.77           O  
+ATOM  14105  CB  THR E 195      30.634  18.386  36.165  1.00 95.25           C  
+ATOM  14106  OG1 THR E 195      31.016  17.631  35.007  1.00 94.59           O  
+ATOM  14107  CG2 THR E 195      29.370  19.173  35.854  1.00 89.33           C  
+ATOM  14108  N   VAL E 196      33.240  18.387  38.234  1.00106.64           N  
+ATOM  14109  CA  VAL E 196      34.433  17.719  38.755  1.00113.31           C  
+ATOM  14110  C   VAL E 196      34.048  16.881  39.964  1.00118.51           C  
+ATOM  14111  O   VAL E 196      32.988  17.082  40.571  1.00114.30           O  
+ATOM  14112  CB  VAL E 196      35.535  18.728  39.145  1.00111.76           C  
+ATOM  14113  CG1 VAL E 196      36.000  19.531  37.937  1.00105.47           C  
+ATOM  14114  CG2 VAL E 196      35.041  19.653  40.248  1.00110.16           C  
+ATOM  14115  N   PRO E 197      34.875  15.895  40.309  1.00123.80           N  
+ATOM  14116  CA  PRO E 197      34.670  15.181  41.576  1.00127.15           C  
+ATOM  14117  C   PRO E 197      34.773  16.140  42.754  1.00135.89           C  
+ATOM  14118  O   PRO E 197      35.719  16.924  42.856  1.00145.16           O  
+ATOM  14119  CB  PRO E 197      35.792  14.135  41.586  1.00130.58           C  
+ATOM  14120  CG  PRO E 197      36.780  14.601  40.561  1.00138.02           C  
+ATOM  14121  CD  PRO E 197      35.974  15.309  39.522  1.00128.35           C  
+ATOM  14122  N   SER E 198      33.772  16.082  43.638  1.00135.38           N  
+ATOM  14123  CA  SER E 198      33.706  17.021  44.755  1.00129.91           C  
+ATOM  14124  C   SER E 198      34.935  16.917  45.650  1.00135.62           C  
+ATOM  14125  O   SER E 198      35.427  17.931  46.161  1.00135.80           O  
+ATOM  14126  CB  SER E 198      32.433  16.780  45.567  1.00127.33           C  
+ATOM  14127  OG  SER E 198      32.382  15.449  46.047  1.00128.93           O  
+ATOM  14128  N   SER E 199      35.448  15.700  45.850  1.00137.37           N  
+ATOM  14129  CA  SER E 199      36.613  15.505  46.707  1.00138.92           C  
+ATOM  14130  C   SER E 199      37.827  16.294  46.235  1.00138.88           C  
+ATOM  14131  O   SER E 199      38.731  16.556  47.036  1.00138.44           O  
+ATOM  14132  CB  SER E 199      36.959  14.017  46.786  1.00135.92           C  
+ATOM  14133  OG  SER E 199      37.321  13.510  45.513  1.00136.41           O  
+ATOM  14134  N   SER E 200      37.870  16.678  44.960  1.00137.18           N  
+ATOM  14135  CA  SER E 200      38.986  17.436  44.410  1.00136.80           C  
+ATOM  14136  C   SER E 200      38.862  18.939  44.633  1.00134.98           C  
+ATOM  14137  O   SER E 200      39.774  19.677  44.245  1.00136.29           O  
+ATOM  14138  CB  SER E 200      39.127  17.151  42.912  1.00134.60           C  
+ATOM  14139  OG  SER E 200      38.014  17.650  42.191  1.00131.89           O  
+ATOM  14140  N   LEU E 201      37.764  19.411  45.234  1.00133.21           N  
+ATOM  14141  CA  LEU E 201      37.587  20.850  45.426  1.00132.13           C  
+ATOM  14142  C   LEU E 201      38.681  21.448  46.301  1.00133.14           C  
+ATOM  14143  O   LEU E 201      39.050  22.615  46.122  1.00128.29           O  
+ATOM  14144  CB  LEU E 201      36.215  21.140  46.033  1.00129.70           C  
+ATOM  14145  CG  LEU E 201      34.992  20.916  45.143  1.00127.77           C  
+ATOM  14146  CD1 LEU E 201      33.713  21.206  45.915  1.00130.58           C  
+ATOM  14147  CD2 LEU E 201      35.075  21.773  43.890  1.00123.61           C  
+ATOM  14148  N   GLY E 202      39.211  20.674  47.246  1.00137.94           N  
+ATOM  14149  CA  GLY E 202      40.264  21.148  48.119  1.00139.63           C  
+ATOM  14150  C   GLY E 202      41.673  20.857  47.662  1.00138.10           C  
+ATOM  14151  O   GLY E 202      42.622  21.415  48.220  1.00140.04           O  
+ATOM  14152  N   THR E 203      41.841  20.000  46.655  1.00133.55           N  
+ATOM  14153  CA  THR E 203      43.162  19.596  46.186  1.00133.78           C  
+ATOM  14154  C   THR E 203      43.478  20.218  44.830  1.00135.77           C  
+ATOM  14155  O   THR E 203      44.295  21.139  44.752  1.00138.36           O  
+ATOM  14156  CB  THR E 203      43.259  18.070  46.119  1.00136.47           C  
+ATOM  14157  OG1 THR E 203      42.293  17.570  45.185  1.00138.67           O  
+ATOM  14158  CG2 THR E 203      42.995  17.460  47.487  1.00134.38           C  
+ATOM  14159  N   GLN E 204      42.856  19.738  43.757  1.00133.20           N  
+ATOM  14160  CA  GLN E 204      43.175  20.230  42.423  1.00126.68           C  
+ATOM  14161  C   GLN E 204      42.749  21.684  42.264  1.00123.15           C  
+ATOM  14162  O   GLN E 204      41.735  22.119  42.817  1.00121.94           O  
+ATOM  14163  CB  GLN E 204      42.497  19.365  41.360  1.00124.46           C  
+ATOM  14164  CG  GLN E 204      43.462  18.666  40.407  1.00121.03           C  
+ATOM  14165  CD  GLN E 204      44.133  19.620  39.433  1.00121.48           C  
+ATOM  14166  OE1 GLN E 204      43.833  20.812  39.406  1.00119.44           O  
+ATOM  14167  NE2 GLN E 204      45.044  19.093  38.623  1.00122.12           N  
+ATOM  14168  N   THR E 205      43.535  22.435  41.500  1.00120.76           N  
+ATOM  14169  CA  THR E 205      43.283  23.847  41.255  1.00119.97           C  
+ATOM  14170  C   THR E 205      42.691  24.025  39.862  1.00116.58           C  
+ATOM  14171  O   THR E 205      43.149  23.404  38.898  1.00116.62           O  
+ATOM  14172  CB  THR E 205      44.577  24.653  41.393  1.00121.94           C  
+ATOM  14173  OG1 THR E 205      45.006  24.636  42.761  1.00124.70           O  
+ATOM  14174  CG2 THR E 205      44.369  26.091  40.959  1.00117.39           C  
+ATOM  14175  N   TYR E 206      41.681  24.886  39.755  1.00113.72           N  
+ATOM  14176  CA  TYR E 206      40.976  25.111  38.499  1.00111.21           C  
+ATOM  14177  C   TYR E 206      41.050  26.586  38.134  1.00111.77           C  
+ATOM  14178  O   TYR E 206      40.616  27.444  38.911  1.00112.00           O  
+ATOM  14179  CB  TYR E 206      39.521  24.652  38.606  1.00108.90           C  
+ATOM  14180  CG  TYR E 206      39.378  23.183  38.937  1.00107.41           C  
+ATOM  14181  CD1 TYR E 206      39.514  22.211  37.954  1.00107.86           C  
+ATOM  14182  CD2 TYR E 206      39.119  22.769  40.236  1.00104.32           C  
+ATOM  14183  CE1 TYR E 206      39.388  20.867  38.256  1.00106.30           C  
+ATOM  14184  CE2 TYR E 206      38.991  21.430  40.548  1.00107.14           C  
+ATOM  14185  CZ  TYR E 206      39.127  20.483  39.555  1.00107.81           C  
+ATOM  14186  OH  TYR E 206      39.000  19.148  39.865  1.00110.12           O  
+ATOM  14187  N   ILE E 207      41.600  26.875  36.957  1.00110.71           N  
+ATOM  14188  CA  ILE E 207      41.699  28.231  36.431  1.00111.43           C  
+ATOM  14189  C   ILE E 207      41.034  28.259  35.064  1.00109.32           C  
+ATOM  14190  O   ILE E 207      41.285  27.382  34.228  1.00108.27           O  
+ATOM  14191  CB  ILE E 207      43.162  28.702  36.322  1.00112.96           C  
+ATOM  14192  CG1 ILE E 207      43.901  28.512  37.647  1.00114.07           C  
+ATOM  14193  CG2 ILE E 207      43.223  30.159  35.884  1.00111.52           C  
+ATOM  14194  CD1 ILE E 207      44.835  27.321  37.647  1.00109.05           C  
+ATOM  14195  N   CYS E 208      40.192  29.262  34.835  1.00108.19           N  
+ATOM  14196  CA  CYS E 208      39.594  29.489  33.528  1.00108.16           C  
+ATOM  14197  C   CYS E 208      40.380  30.580  32.811  1.00112.37           C  
+ATOM  14198  O   CYS E 208      40.677  31.629  33.393  1.00115.42           O  
+ATOM  14199  CB  CYS E 208      38.113  29.862  33.653  1.00107.20           C  
+ATOM  14200  SG  CYS E 208      37.752  31.530  34.257  1.00113.51           S  
+ATOM  14201  N   ASN E 209      40.734  30.312  31.558  1.00111.47           N  
+ATOM  14202  CA  ASN E 209      41.543  31.205  30.737  1.00112.01           C  
+ATOM  14203  C   ASN E 209      40.650  31.782  29.647  1.00110.00           C  
+ATOM  14204  O   ASN E 209      40.190  31.051  28.763  1.00108.01           O  
+ATOM  14205  CB  ASN E 209      42.735  30.462  30.137  1.00113.02           C  
+ATOM  14206  CG  ASN E 209      43.341  29.460  31.099  1.00114.70           C  
+ATOM  14207  OD1 ASN E 209      43.246  28.251  30.894  1.00112.18           O  
+ATOM  14208  ND2 ASN E 209      43.967  29.960  32.158  1.00116.89           N  
+ATOM  14209  N   VAL E 210      40.396  33.083  29.723  1.00111.76           N  
+ATOM  14210  CA  VAL E 210      39.589  33.799  28.745  1.00112.49           C  
+ATOM  14211  C   VAL E 210      40.515  34.602  27.845  1.00118.69           C  
+ATOM  14212  O   VAL E 210      41.491  35.203  28.312  1.00120.21           O  
+ATOM  14213  CB  VAL E 210      38.564  34.710  29.447  1.00111.05           C  
+ATOM  14214  CG1 VAL E 210      37.692  35.429  28.433  1.00113.29           C  
+ATOM  14215  CG2 VAL E 210      37.715  33.896  30.411  1.00112.43           C  
+ATOM  14216  N   ASN E 211      40.212  34.613  26.549  1.00119.61           N  
+ATOM  14217  CA  ASN E 211      41.013  35.333  25.567  1.00120.37           C  
+ATOM  14218  C   ASN E 211      40.069  36.013  24.590  1.00121.31           C  
+ATOM  14219  O   ASN E 211      39.308  35.339  23.889  1.00123.46           O  
+ATOM  14220  CB  ASN E 211      41.972  34.392  24.831  1.00121.65           C  
+ATOM  14221  CG  ASN E 211      42.958  35.136  23.952  1.00124.50           C  
+ATOM  14222  OD1 ASN E 211      43.310  36.283  24.228  1.00123.50           O  
+ATOM  14223  ND2 ASN E 211      43.409  34.485  22.886  1.00127.89           N  
+ATOM  14224  N   HIS E 212      40.117  37.342  24.552  1.00120.78           N  
+ATOM  14225  CA  HIS E 212      39.311  38.150  23.640  1.00118.40           C  
+ATOM  14226  C   HIS E 212      40.276  38.896  22.724  1.00125.74           C  
+ATOM  14227  O   HIS E 212      40.885  39.893  23.127  1.00132.36           O  
+ATOM  14228  CB  HIS E 212      38.401  39.103  24.412  1.00112.56           C  
+ATOM  14229  CG  HIS E 212      37.438  39.855  23.548  1.00111.13           C  
+ATOM  14230  ND1 HIS E 212      37.461  41.228  23.429  1.00112.86           N  
+ATOM  14231  CD2 HIS E 212      36.425  39.427  22.758  1.00112.32           C  
+ATOM  14232  CE1 HIS E 212      36.502  41.614  22.606  1.00111.91           C  
+ATOM  14233  NE2 HIS E 212      35.858  40.540  22.185  1.00110.27           N  
+ATOM  14234  N   LYS E 213      40.416  38.401  21.496  1.00122.11           N  
+ATOM  14235  CA  LYS E 213      41.374  38.923  20.528  1.00118.09           C  
+ATOM  14236  C   LYS E 213      40.996  40.309  20.007  1.00119.52           C  
+ATOM  14237  O   LYS E 213      41.891  41.144  19.822  1.00123.43           O  
+ATOM  14238  CB  LYS E 213      41.531  37.945  19.359  1.00111.46           C  
+ATOM  14239  N   PRO E 214      39.713  40.602  19.727  1.00115.39           N  
+ATOM  14240  CA  PRO E 214      39.369  41.978  19.323  1.00116.19           C  
+ATOM  14241  C   PRO E 214      39.831  43.044  20.305  1.00118.71           C  
+ATOM  14242  O   PRO E 214      40.207  44.143  19.880  1.00119.82           O  
+ATOM  14243  CB  PRO E 214      37.840  41.930  19.207  1.00112.03           C  
+ATOM  14244  CG  PRO E 214      37.550  40.532  18.832  1.00110.97           C  
+ATOM  14245  CD  PRO E 214      38.563  39.691  19.555  1.00112.38           C  
+ATOM  14246  N   SER E 215      39.811  42.756  21.607  1.00119.69           N  
+ATOM  14247  CA  SER E 215      40.316  43.686  22.607  1.00120.47           C  
+ATOM  14248  C   SER E 215      41.721  43.346  23.084  1.00121.79           C  
+ATOM  14249  O   SER E 215      42.295  44.121  23.857  1.00122.27           O  
+ATOM  14250  CB  SER E 215      39.374  43.739  23.817  1.00119.90           C  
+ATOM  14251  OG  SER E 215      39.382  42.512  24.526  1.00121.53           O  
+ATOM  14252  N   ASN E 216      42.277  42.213  22.650  1.00120.92           N  
+ATOM  14253  CA  ASN E 216      43.612  41.776  23.062  1.00123.12           C  
+ATOM  14254  C   ASN E 216      43.684  41.622  24.582  1.00123.01           C  
+ATOM  14255  O   ASN E 216      44.636  42.063  25.230  1.00122.32           O  
+ATOM  14256  CB  ASN E 216      44.691  42.733  22.543  1.00124.89           C  
+ATOM  14257  CG  ASN E 216      46.094  42.180  22.704  1.00123.61           C  
+ATOM  14258  OD1 ASN E 216      46.863  42.641  23.548  1.00127.69           O  
+ATOM  14259  ND2 ASN E 216      46.436  41.188  21.890  1.00117.29           N  
+ATOM  14260  N   THR E 217      42.657  41.001  25.157  1.00120.90           N  
+ATOM  14261  CA  THR E 217      42.549  40.804  26.599  1.00120.67           C  
+ATOM  14262  C   THR E 217      42.750  39.328  26.918  1.00118.63           C  
+ATOM  14263  O   THR E 217      41.996  38.477  26.436  1.00117.92           O  
+ATOM  14264  CB  THR E 217      41.193  41.286  27.115  1.00121.63           C  
+ATOM  14265  OG1 THR E 217      40.884  42.560  26.534  1.00120.42           O  
+ATOM  14266  CG2 THR E 217      41.222  41.428  28.628  1.00118.20           C  
+ATOM  14267  N   LYS E 218      43.760  39.028  27.733  1.00115.97           N  
+ATOM  14268  CA  LYS E 218      44.095  37.658  28.125  1.00114.28           C  
+ATOM  14269  C   LYS E 218      43.965  37.535  29.642  1.00113.75           C  
+ATOM  14270  O   LYS E 218      44.900  37.857  30.381  1.00113.66           O  
+ATOM  14271  CB  LYS E 218      45.499  37.285  27.657  1.00111.12           C  
+ATOM  14272  N   VAL E 219      42.803  37.072  30.103  1.00114.31           N  
+ATOM  14273  CA  VAL E 219      42.484  37.007  31.524  1.00114.07           C  
+ATOM  14274  C   VAL E 219      42.582  35.562  31.998  1.00114.94           C  
+ATOM  14275  O   VAL E 219      42.272  34.621  31.262  1.00115.47           O  
+ATOM  14276  CB  VAL E 219      41.079  37.593  31.791  1.00112.32           C  
+ATOM  14277  CG1 VAL E 219      40.674  37.424  33.250  1.00107.97           C  
+ATOM  14278  CG2 VAL E 219      41.032  39.058  31.389  1.00115.20           C  
+ATOM  14279  N   ASP E 220      43.034  35.383  33.238  1.00114.88           N  
+ATOM  14280  CA  ASP E 220      42.989  34.095  33.916  1.00116.41           C  
+ATOM  14281  C   ASP E 220      42.322  34.287  35.269  1.00118.29           C  
+ATOM  14282  O   ASP E 220      42.622  35.248  35.985  1.00120.47           O  
+ATOM  14283  CB  ASP E 220      44.388  33.493  34.095  1.00117.63           C  
+ATOM  14284  CG  ASP E 220      45.093  33.251  32.774  1.00122.62           C  
+ATOM  14285  OD1 ASP E 220      44.430  32.787  31.822  1.00119.27           O  
+ATOM  14286  OD2 ASP E 220      46.309  33.522  32.688  1.00129.76           O  
+ATOM  14287  N   LYS E 221      41.416  33.375  35.618  1.00118.51           N  
+ATOM  14288  CA  LYS E 221      40.642  33.499  36.849  1.00113.67           C  
+ATOM  14289  C   LYS E 221      40.597  32.160  37.565  1.00112.21           C  
+ATOM  14290  O   LYS E 221      40.125  31.169  37.000  1.00112.80           O  
+ATOM  14291  CB  LYS E 221      39.221  33.990  36.550  1.00110.81           C  
+ATOM  14292  CG  LYS E 221      38.463  34.521  37.758  1.00109.94           C  
+ATOM  14293  CD  LYS E 221      38.868  35.948  38.088  1.00110.54           C  
+ATOM  14294  CE  LYS E 221      38.199  36.430  39.366  1.00115.25           C  
+ATOM  14295  NZ  LYS E 221      38.418  37.885  39.596  1.00118.04           N  
+ATOM  14296  N   LYS E 222      41.089  32.130  38.801  1.00113.67           N  
+ATOM  14297  CA  LYS E 222      40.963  30.948  39.640  1.00114.38           C  
+ATOM  14298  C   LYS E 222      39.606  30.946  40.330  1.00117.50           C  
+ATOM  14299  O   LYS E 222      39.154  31.972  40.845  1.00116.60           O  
+ATOM  14300  CB  LYS E 222      42.077  30.900  40.686  1.00116.24           C  
+ATOM  14301  CG  LYS E 222      42.040  29.651  41.558  1.00119.09           C  
+ATOM  14302  CD  LYS E 222      43.145  29.654  42.603  1.00125.06           C  
+ATOM  14303  CE  LYS E 222      43.156  28.354  43.394  1.00124.58           C  
+ATOM  14304  NZ  LYS E 222      43.716  28.525  44.762  1.00122.56           N  
+ATOM  14305  N   VAL E 223      38.956  29.787  40.340  1.00118.80           N  
+ATOM  14306  CA  VAL E 223      37.642  29.630  40.951  1.00115.14           C  
+ATOM  14307  C   VAL E 223      37.812  28.758  42.187  1.00114.33           C  
+ATOM  14308  O   VAL E 223      38.124  27.565  42.080  1.00111.40           O  
+ATOM  14309  CB  VAL E 223      36.626  29.022  39.975  1.00108.90           C  
+ATOM  14310  CG1 VAL E 223      35.256  28.929  40.627  1.00107.87           C  
+ATOM  14311  CG2 VAL E 223      36.559  29.847  38.699  1.00103.82           C  
+ATOM  14312  N   GLU E 224      37.608  29.350  43.362  1.00116.95           N  
+ATOM  14313  CA  GLU E 224      37.782  28.653  44.623  1.00117.16           C  
+ATOM  14314  C   GLU E 224      36.454  28.559  45.363  1.00115.04           C  
+ATOM  14315  O   GLU E 224      35.600  29.441  45.227  1.00113.58           O  
+ATOM  14316  CB  GLU E 224      38.800  29.371  45.518  1.00121.54           C  
+ATOM  14317  CG  GLU E 224      40.172  29.535  44.900  1.00124.46           C  
+ATOM  14318  CD  GLU E 224      41.099  30.369  45.762  1.00127.97           C  
+ATOM  14319  OE1 GLU E 224      41.961  29.782  46.449  1.00129.11           O  
+ATOM  14320  OE2 GLU E 224      40.952  31.609  45.768  1.00128.15           O  
+ATOM  14321  N   PRO E 225      36.247  27.502  46.150  1.00115.21           N  
+ATOM  14322  CA  PRO E 225      35.068  27.456  47.028  1.00116.25           C  
+ATOM  14323  C   PRO E 225      35.179  28.508  48.122  1.00124.60           C  
+ATOM  14324  O   PRO E 225      36.099  28.471  48.942  1.00130.65           O  
+ATOM  14325  CB  PRO E 225      35.105  26.033  47.600  1.00111.15           C  
+ATOM  14326  CG  PRO E 225      36.538  25.622  47.488  1.00111.50           C  
+ATOM  14327  CD  PRO E 225      37.046  26.268  46.232  1.00113.74           C  
+ATOM  14328  N   LYS E 226      34.243  29.454  48.126  1.00125.71           N  
+ATOM  14329  CA  LYS E 226      34.265  30.520  49.120  1.00133.15           C  
+ATOM  14330  C   LYS E 226      33.984  29.943  50.500  1.00145.12           C  
+ATOM  14331  O   LYS E 226      32.930  29.338  50.722  1.00153.10           O  
+ATOM  14332  CB  LYS E 226      33.243  31.600  48.771  1.00132.44           C  
+ATOM  14333  CG  LYS E 226      33.565  32.959  49.373  1.00136.72           C  
+ATOM  14334  CD  LYS E 226      32.874  33.116  50.722  1.00141.34           C  
+ATOM  14335  CE  LYS E 226      33.223  34.430  51.396  1.00143.33           C  
+ATOM  14336  NZ  LYS E 226      34.586  34.388  51.996  1.00140.78           N  
+ATOM  14337  N   SER E 227      34.918  30.125  51.429  1.00152.02           N  
+ATOM  14338  CA  SER E 227      34.738  29.540  52.745  1.00150.82           C  
+ATOM  14339  C   SER E 227      33.808  30.415  53.576  1.00151.50           C  
+ATOM  14340  O   SER E 227      33.720  31.631  53.379  1.00149.02           O  
+ATOM  14341  CB  SER E 227      36.085  29.381  53.451  1.00147.57           C  
+ATOM  14342  OG  SER E 227      35.919  28.905  54.775  1.00144.51           O  
+ATOM  14343  N   CYS E 228      33.130  29.788  54.528  1.00152.07           N  
+ATOM  14344  CA  CYS E 228      32.184  30.501  55.375  1.00152.19           C  
+ATOM  14345  C   CYS E 228      32.810  30.897  56.708  1.00151.01           C  
+ATOM  14346  O   CYS E 228      32.268  31.729  57.436  1.00146.42           O  
+ATOM  14347  CB  CYS E 228      30.928  29.656  55.588  1.00146.72           C  
+ATOM  14348  SG  CYS E 228      30.103  29.206  54.039  1.00142.00           S  
+ATOM  14349  N   ASP F   1      21.272  31.096 -11.953  1.00 98.73           N  
+ATOM  14350  CA  ASP F   1      21.888  30.232 -10.952  1.00 90.20           C  
+ATOM  14351  C   ASP F   1      21.139  28.914 -10.804  1.00 80.94           C  
+ATOM  14352  O   ASP F   1      19.931  28.842 -11.033  1.00 81.15           O  
+ATOM  14353  CB  ASP F   1      21.954  30.939  -9.596  1.00 93.46           C  
+ATOM  14354  CG  ASP F   1      22.792  32.199  -9.636  1.00101.92           C  
+ATOM  14355  OD1 ASP F   1      23.269  32.563 -10.732  1.00101.40           O  
+ATOM  14356  OD2 ASP F   1      22.978  32.823  -8.571  1.00104.62           O  
+ATOM  14357  N   ILE F   2      21.869  27.873 -10.418  1.00 72.04           N  
+ATOM  14358  CA  ILE F   2      21.281  26.571 -10.131  1.00 68.54           C  
+ATOM  14359  C   ILE F   2      21.014  26.496  -8.634  1.00 70.65           C  
+ATOM  14360  O   ILE F   2      21.940  26.598  -7.823  1.00 69.53           O  
+ATOM  14361  CB  ILE F   2      22.203  25.431 -10.588  1.00 68.84           C  
+ATOM  14362  CG1 ILE F   2      22.259  25.374 -12.116  1.00 71.35           C  
+ATOM  14363  CG2 ILE F   2      21.735  24.102 -10.012  1.00 66.80           C  
+ATOM  14364  CD1 ILE F   2      23.228  24.346 -12.654  1.00 65.65           C  
+ATOM  14365  N   VAL F   3      19.749  26.324  -8.268  1.00 67.65           N  
+ATOM  14366  CA  VAL F   3      19.336  26.331  -6.870  1.00 66.34           C  
+ATOM  14367  C   VAL F   3      19.336  24.903  -6.343  1.00 64.92           C  
+ATOM  14368  O   VAL F   3      18.701  24.015  -6.925  1.00 65.18           O  
+ATOM  14369  CB  VAL F   3      17.951  26.979  -6.711  1.00 67.00           C  
+ATOM  14370  CG1 VAL F   3      17.442  26.802  -5.288  1.00 66.15           C  
+ATOM  14371  CG2 VAL F   3      18.010  28.453  -7.082  1.00 70.35           C  
+ATOM  14372  N   MET F   4      20.047  24.682  -5.242  1.00 64.27           N  
+ATOM  14373  CA  MET F   4      20.049  23.399  -4.555  1.00 64.76           C  
+ATOM  14374  C   MET F   4      19.131  23.496  -3.344  1.00 62.86           C  
+ATOM  14375  O   MET F   4      19.274  24.408  -2.524  1.00 61.63           O  
+ATOM  14376  CB  MET F   4      21.463  23.007  -4.123  1.00 64.94           C  
+ATOM  14377  CG  MET F   4      22.489  23.052  -5.243  1.00 62.87           C  
+ATOM  14378  SD  MET F   4      22.047  21.998  -6.636  1.00 62.59           S  
+ATOM  14379  CE  MET F   4      22.393  20.375  -5.964  1.00 59.89           C  
+ATOM  14380  N   THR F   5      18.194  22.557  -3.234  1.00 62.13           N  
+ATOM  14381  CA  THR F   5      17.177  22.588  -2.191  1.00 61.83           C  
+ATOM  14382  C   THR F   5      17.210  21.277  -1.425  1.00 63.50           C  
+ATOM  14383  O   THR F   5      17.056  20.204  -2.018  1.00 62.19           O  
+ATOM  14384  CB  THR F   5      15.784  22.824  -2.782  1.00 60.49           C  
+ATOM  14385  OG1 THR F   5      15.801  24.003  -3.597  1.00 64.11           O  
+ATOM  14386  CG2 THR F   5      14.756  22.991  -1.673  1.00 61.63           C  
+ATOM  14387  N   GLN F   6      17.418  21.366  -0.117  1.00 63.39           N  
+ATOM  14388  CA  GLN F   6      17.355  20.215   0.771  1.00 63.77           C  
+ATOM  14389  C   GLN F   6      15.974  20.193   1.412  1.00 66.26           C  
+ATOM  14390  O   GLN F   6      15.552  21.183   2.020  1.00 66.65           O  
+ATOM  14391  CB  GLN F   6      18.467  20.273   1.817  1.00 60.17           C  
+ATOM  14392  CG  GLN F   6      19.855  20.148   1.202  1.00 61.17           C  
+ATOM  14393  CD  GLN F   6      20.972  20.175   2.225  1.00 62.08           C  
+ATOM  14394  OE1 GLN F   6      21.936  20.928   2.086  1.00 62.53           O  
+ATOM  14395  NE2 GLN F   6      20.851  19.349   3.258  1.00 63.40           N  
+ATOM  14396  N   SER F   7      15.270  19.068   1.257  1.00 67.18           N  
+ATOM  14397  CA  SER F   7      13.851  19.006   1.601  1.00 74.34           C  
+ATOM  14398  C   SER F   7      13.609  19.373   3.060  1.00 76.48           C  
+ATOM  14399  O   SER F   7      12.747  20.205   3.369  1.00 78.61           O  
+ATOM  14400  CB  SER F   7      13.305  17.610   1.300  1.00 76.37           C  
+ATOM  14401  OG  SER F   7      14.010  16.620   2.028  1.00 75.15           O  
+ATOM  14402  N   HIS F   8      14.358  18.765   3.973  1.00 72.22           N  
+ATOM  14403  CA  HIS F   8      14.153  18.948   5.402  1.00 68.90           C  
+ATOM  14404  C   HIS F   8      15.284  19.787   5.980  1.00 66.14           C  
+ATOM  14405  O   HIS F   8      16.460  19.528   5.705  1.00 66.07           O  
+ATOM  14406  CB  HIS F   8      14.060  17.601   6.120  1.00 68.27           C  
+ATOM  14407  CG  HIS F   8      12.893  16.770   5.685  1.00 72.76           C  
+ATOM  14408  ND1 HIS F   8      13.021  15.695   4.832  1.00 88.18           N  
+ATOM  14409  CD2 HIS F   8      11.574  16.866   5.975  1.00 72.99           C  
+ATOM  14410  CE1 HIS F   8      11.831  15.160   4.621  1.00 78.28           C  
+ATOM  14411  NE2 HIS F   8      10.936  15.853   5.302  1.00 76.41           N  
+ATOM  14412  N   LYS F   9      14.918  20.792   6.777  1.00 65.99           N  
+ATOM  14413  CA  LYS F   9      15.907  21.639   7.433  1.00 60.72           C  
+ATOM  14414  C   LYS F   9      16.469  20.981   8.685  1.00 59.53           C  
+ATOM  14415  O   LYS F   9      17.612  21.253   9.066  1.00 59.75           O  
+ATOM  14416  CB  LYS F   9      15.313  23.009   7.798  1.00 57.52           C  
+ATOM  14417  CG  LYS F   9      13.927  23.025   8.485  1.00 70.20           C  
+ATOM  14418  CD  LYS F   9      12.758  22.638   7.573  1.00 66.87           C  
+ATOM  14419  CE  LYS F   9      11.697  21.844   8.315  1.00 54.27           C  
+ATOM  14420  NZ  LYS F   9      12.131  20.435   8.534  1.00 52.22           N  
+ATOM  14421  N   PHE F  10      15.689  20.125   9.335  1.00 61.24           N  
+ATOM  14422  CA  PHE F  10      16.142  19.387  10.502  1.00 58.82           C  
+ATOM  14423  C   PHE F  10      15.775  17.924  10.328  1.00 56.33           C  
+ATOM  14424  O   PHE F  10      14.709  17.602   9.795  1.00 59.58           O  
+ATOM  14425  CB  PHE F  10      15.530  19.941  11.796  1.00 60.75           C  
+ATOM  14426  CG  PHE F  10      15.878  21.376  12.060  1.00 59.89           C  
+ATOM  14427  CD1 PHE F  10      17.085  21.713  12.651  1.00 64.39           C  
+ATOM  14428  CD2 PHE F  10      14.999  22.389  11.718  1.00 59.10           C  
+ATOM  14429  CE1 PHE F  10      17.410  23.035  12.891  1.00 64.18           C  
+ATOM  14430  CE2 PHE F  10      15.317  23.711  11.956  1.00 59.49           C  
+ATOM  14431  CZ  PHE F  10      16.523  24.036  12.544  1.00 58.58           C  
+ATOM  14432  N   MET F  11      16.653  17.041  10.790  1.00 53.54           N  
+ATOM  14433  CA  MET F  11      16.392  15.611  10.747  1.00 55.15           C  
+ATOM  14434  C   MET F  11      16.806  14.961  12.055  1.00 57.01           C  
+ATOM  14435  O   MET F  11      17.852  15.282  12.626  1.00 58.09           O  
+ATOM  14436  CB  MET F  11      17.100  14.911   9.586  1.00 52.33           C  
+ATOM  14437  CG  MET F  11      16.365  15.023   8.273  1.00 60.09           C  
+ATOM  14438  SD  MET F  11      16.916  13.761   7.117  1.00 65.95           S  
+ATOM  14439  CE  MET F  11      16.011  14.248   5.653  1.00 72.43           C  
+ATOM  14440  N   SER F  12      15.952  14.049  12.511  1.00 57.25           N  
+ATOM  14441  CA  SER F  12      16.118  13.286  13.738  1.00 60.24           C  
+ATOM  14442  C   SER F  12      16.348  11.808  13.458  1.00 58.27           C  
+ATOM  14443  O   SER F  12      15.671  11.216  12.611  1.00 56.53           O  
+ATOM  14444  CB  SER F  12      14.871  13.425  14.604  1.00 70.32           C  
+ATOM  14445  OG  SER F  12      14.876  12.457  15.621  1.00 76.56           O  
+ATOM  14446  N   THR F  13      17.263  11.202  14.214  1.00 56.67           N  
+ATOM  14447  CA  THR F  13      17.557   9.789  14.035  1.00 57.07           C  
+ATOM  14448  C   THR F  13      18.084   9.184  15.331  1.00 56.08           C  
+ATOM  14449  O   THR F  13      18.602   9.882  16.207  1.00 56.14           O  
+ATOM  14450  CB  THR F  13      18.563   9.562  12.907  1.00 56.83           C  
+ATOM  14451  OG1 THR F  13      18.613   8.164  12.607  1.00 58.24           O  
+ATOM  14452  CG2 THR F  13      19.944  10.033  13.325  1.00 53.94           C  
+ATOM  14453  N   LEU F  14      17.926   7.867  15.441  1.00 55.03           N  
+ATOM  14454  CA  LEU F  14      18.485   7.088  16.536  1.00 53.65           C  
+ATOM  14455  C   LEU F  14      19.889   6.605  16.185  1.00 55.25           C  
+ATOM  14456  O   LEU F  14      20.245   6.470  15.011  1.00 56.95           O  
+ATOM  14457  CB  LEU F  14      17.595   5.886  16.859  1.00 49.70           C  
+ATOM  14458  CG  LEU F  14      16.147   6.172  17.257  1.00 51.19           C  
+ATOM  14459  CD1 LEU F  14      15.332   4.893  17.226  1.00 54.08           C  
+ATOM  14460  CD2 LEU F  14      16.086   6.808  18.637  1.00 55.01           C  
+ATOM  14461  N   VAL F  15      20.689   6.348  17.221  1.00 54.01           N  
+ATOM  14462  CA  VAL F  15      22.027   5.805  17.015  1.00 54.48           C  
+ATOM  14463  C   VAL F  15      21.922   4.365  16.531  1.00 57.37           C  
+ATOM  14464  O   VAL F  15      21.125   3.571  17.049  1.00 59.29           O  
+ATOM  14465  CB  VAL F  15      22.855   5.905  18.308  1.00 51.16           C  
+ATOM  14466  CG1 VAL F  15      24.124   5.070  18.204  1.00 52.48           C  
+ATOM  14467  CG2 VAL F  15      23.199   7.355  18.601  1.00 54.61           C  
+ATOM  14468  N   GLY F  16      22.731   4.020  15.530  1.00 57.21           N  
+ATOM  14469  CA  GLY F  16      22.662   2.715  14.909  1.00 61.38           C  
+ATOM  14470  C   GLY F  16      21.619   2.583  13.823  1.00 60.61           C  
+ATOM  14471  O   GLY F  16      21.517   1.511  13.214  1.00 61.24           O  
+ATOM  14472  N   ASP F  17      20.843   3.631  13.563  1.00 59.26           N  
+ATOM  14473  CA  ASP F  17      19.777   3.602  12.574  1.00 57.04           C  
+ATOM  14474  C   ASP F  17      20.266   4.148  11.236  1.00 60.88           C  
+ATOM  14475  O   ASP F  17      21.370   4.668  11.116  1.00 61.12           O  
+ATOM  14476  CB  ASP F  17      18.580   4.414  13.064  1.00 57.42           C  
+ATOM  14477  CG  ASP F  17      17.263   3.839  12.604  1.00 60.09           C  
+ATOM  14478  OD1 ASP F  17      17.271   2.878  11.805  1.00 65.51           O  
+ATOM  14479  OD2 ASP F  17      16.213   4.344  13.050  1.00 57.86           O  
+ATOM  14480  N   ARG F  18      19.452   4.007  10.204  1.00 62.61           N  
+ATOM  14481  CA  ARG F  18      19.876   4.630   8.958  1.00 58.79           C  
+ATOM  14482  C   ARG F  18      19.239   6.015   8.826  1.00 61.77           C  
+ATOM  14483  O   ARG F  18      18.235   6.334   9.473  1.00 62.49           O  
+ATOM  14484  CB  ARG F  18      19.525   3.757   7.748  1.00 63.03           C  
+ATOM  14485  CG  ARG F  18      19.816   4.340   6.355  1.00 74.37           C  
+ATOM  14486  CD  ARG F  18      19.407   3.382   5.312  1.00 91.89           C  
+ATOM  14487  NE  ARG F  18      18.064   2.936   5.546  1.00103.31           N  
+ATOM  14488  CZ  ARG F  18      16.999   3.567   5.122  1.00109.94           C  
+ATOM  14489  NH1 ARG F  18      15.810   2.978   5.380  1.00 97.88           N  
+ATOM  14490  NH2 ARG F  18      17.146   4.751   4.494  1.00115.85           N  
+ATOM  14491  N   VAL F  19      19.850   6.839   7.980  1.00 59.65           N  
+ATOM  14492  CA  VAL F  19      19.308   8.151   7.649  1.00 56.39           C  
+ATOM  14493  C   VAL F  19      19.686   8.496   6.214  1.00 57.66           C  
+ATOM  14494  O   VAL F  19      20.787   8.181   5.752  1.00 55.03           O  
+ATOM  14495  CB  VAL F  19      19.800   9.218   8.649  1.00 52.12           C  
+ATOM  14496  CG1 VAL F  19      21.302   9.436   8.525  1.00 53.76           C  
+ATOM  14497  CG2 VAL F  19      19.049  10.513   8.459  1.00 52.21           C  
+ATOM  14498  N   SER F  20      18.749   9.118   5.500  1.00 57.06           N  
+ATOM  14499  CA  SER F  20      18.952   9.515   4.109  1.00 56.59           C  
+ATOM  14500  C   SER F  20      18.418  10.927   3.904  1.00 57.40           C  
+ATOM  14501  O   SER F  20      17.206  11.153   3.980  1.00 58.25           O  
+ATOM  14502  CB  SER F  20      18.274   8.532   3.157  1.00 60.08           C  
+ATOM  14503  OG  SER F  20      18.859   7.244   3.244  1.00 62.91           O  
+ATOM  14504  N   ILE F  21      19.321  11.867   3.640  1.00 56.48           N  
+ATOM  14505  CA  ILE F  21      18.977  13.249   3.328  1.00 56.24           C  
+ATOM  14506  C   ILE F  21      18.904  13.409   1.816  1.00 57.30           C  
+ATOM  14507  O   ILE F  21      19.755  12.894   1.081  1.00 57.27           O  
+ATOM  14508  CB  ILE F  21      20.009  14.215   3.940  1.00 54.51           C  
+ATOM  14509  CG1 ILE F  21      20.196  13.927   5.429  1.00 53.36           C  
+ATOM  14510  CG2 ILE F  21      19.583  15.659   3.730  1.00 56.05           C  
+ATOM  14511  CD1 ILE F  21      21.350  14.684   6.053  1.00 51.98           C  
+ATOM  14512  N   THR F  22      17.887  14.123   1.341  1.00 57.86           N  
+ATOM  14513  CA  THR F  22      17.676  14.329  -0.084  1.00 55.90           C  
+ATOM  14514  C   THR F  22      18.002  15.765  -0.474  1.00 58.60           C  
+ATOM  14515  O   THR F  22      17.911  16.687   0.342  1.00 58.55           O  
+ATOM  14516  CB  THR F  22      16.233  14.002  -0.483  1.00 58.85           C  
+ATOM  14517  OG1 THR F  22      15.344  14.972   0.085  1.00 61.55           O  
+ATOM  14518  CG2 THR F  22      15.847  12.612   0.004  1.00 59.83           C  
+ATOM  14519  N   CYS F  23      18.388  15.942  -1.736  1.00 61.44           N  
+ATOM  14520  CA  CYS F  23      18.765  17.247  -2.264  1.00 60.67           C  
+ATOM  14521  C   CYS F  23      18.409  17.294  -3.743  1.00 59.73           C  
+ATOM  14522  O   CYS F  23      18.798  16.405  -4.510  1.00 63.26           O  
+ATOM  14523  CB  CYS F  23      20.260  17.515  -2.041  1.00 64.52           C  
+ATOM  14524  SG  CYS F  23      20.985  18.925  -2.919  1.00 70.44           S  
+ATOM  14525  N   LYS F  24      17.658  18.321  -4.134  1.00 59.90           N  
+ATOM  14526  CA  LYS F  24      17.162  18.463  -5.495  1.00 62.13           C  
+ATOM  14527  C   LYS F  24      17.727  19.723  -6.135  1.00 64.97           C  
+ATOM  14528  O   LYS F  24      17.807  20.778  -5.496  1.00 64.70           O  
+ATOM  14529  CB  LYS F  24      15.630  18.503  -5.532  1.00 63.03           C  
+ATOM  14530  CG  LYS F  24      15.047  18.260  -6.918  1.00 66.51           C  
+ATOM  14531  CD  LYS F  24      13.527  18.267  -6.901  1.00 77.26           C  
+ATOM  14532  CE  LYS F  24      12.957  17.975  -8.282  1.00 75.52           C  
+ATOM  14533  NZ  LYS F  24      13.185  16.563  -8.699  1.00 73.77           N  
+ATOM  14534  N   ALA F  25      18.121  19.604  -7.399  1.00 64.66           N  
+ATOM  14535  CA  ALA F  25      18.665  20.716  -8.162  1.00 61.47           C  
+ATOM  14536  C   ALA F  25      17.607  21.254  -9.117  1.00 62.66           C  
+ATOM  14537  O   ALA F  25      16.803  20.493  -9.663  1.00 61.16           O  
+ATOM  14538  CB  ALA F  25      19.907  20.287  -8.945  1.00 62.15           C  
+ATOM  14539  N   SER F  26      17.610  22.575  -9.309  1.00 62.61           N  
+ATOM  14540  CA  SER F  26      16.650  23.201 -10.209  1.00 60.87           C  
+ATOM  14541  C   SER F  26      16.897  22.833 -11.666  1.00 64.56           C  
+ATOM  14542  O   SER F  26      15.965  22.899 -12.475  1.00 70.09           O  
+ATOM  14543  CB  SER F  26      16.686  24.721 -10.042  1.00 62.62           C  
+ATOM  14544  OG  SER F  26      17.957  25.244 -10.386  1.00 68.08           O  
+ATOM  14545  N   GLN F  27      18.121  22.449 -12.016  1.00 62.60           N  
+ATOM  14546  CA  GLN F  27      18.473  22.061 -13.373  1.00 64.17           C  
+ATOM  14547  C   GLN F  27      19.270  20.765 -13.332  1.00 64.72           C  
+ATOM  14548  O   GLN F  27      19.692  20.300 -12.270  1.00 62.91           O  
+ATOM  14549  CB  GLN F  27      19.287  23.157 -14.073  1.00 68.03           C  
+ATOM  14550  CG  GLN F  27      18.524  24.444 -14.324  1.00 71.65           C  
+ATOM  14551  CD  GLN F  27      19.442  25.602 -14.659  1.00 79.09           C  
+ATOM  14552  OE1 GLN F  27      20.344  25.473 -15.486  1.00 82.13           O  
+ATOM  14553  NE2 GLN F  27      19.219  26.740 -14.013  1.00 86.90           N  
+ATOM  14554  N   ASP F  28      19.473  20.176 -14.509  1.00 64.98           N  
+ATOM  14555  CA  ASP F  28      20.288  18.974 -14.603  1.00 64.47           C  
+ATOM  14556  C   ASP F  28      21.740  19.323 -14.302  1.00 64.26           C  
+ATOM  14557  O   ASP F  28      22.316  20.222 -14.923  1.00 64.94           O  
+ATOM  14558  CB  ASP F  28      20.159  18.350 -15.993  1.00 67.17           C  
+ATOM  14559  CG  ASP F  28      20.751  16.950 -16.071  1.00 70.81           C  
+ATOM  14560  OD1 ASP F  28      21.885  16.738 -15.591  1.00 67.78           O  
+ATOM  14561  OD2 ASP F  28      20.075  16.054 -16.620  1.00 84.41           O  
+ATOM  14562  N   VAL F  29      22.333  18.611 -13.346  1.00 63.67           N  
+ATOM  14563  CA  VAL F  29      23.721  18.844 -12.965  1.00 61.97           C  
+ATOM  14564  C   VAL F  29      24.495  17.536 -13.056  1.00 63.18           C  
+ATOM  14565  O   VAL F  29      25.528  17.367 -12.396  1.00 63.33           O  
+ATOM  14566  CB  VAL F  29      23.819  19.452 -11.554  1.00 61.14           C  
+ATOM  14567  CG1 VAL F  29      23.164  20.824 -11.522  1.00 62.38           C  
+ATOM  14568  CG2 VAL F  29      23.174  18.533 -10.532  1.00 61.03           C  
+ATOM  14569  N   SER F  36      24.004  16.612 -13.885  1.00 61.60           N  
+ATOM  14570  CA  SER F  36      24.634  15.312 -14.093  1.00 59.80           C  
+ATOM  14571  C   SER F  36      24.860  14.587 -12.772  1.00 59.71           C  
+ATOM  14572  O   SER F  36      23.979  14.569 -11.906  1.00 64.33           O  
+ATOM  14573  CB  SER F  36      25.958  15.471 -14.844  1.00 62.67           C  
+ATOM  14574  OG  SER F  36      26.587  14.217 -15.042  1.00 66.90           O  
+ATOM  14575  N   THR F  37      26.038  13.986 -12.611  1.00 56.29           N  
+ATOM  14576  CA  THR F  37      26.417  13.308 -11.380  1.00 57.39           C  
+ATOM  14577  C   THR F  37      27.411  14.117 -10.556  1.00 58.17           C  
+ATOM  14578  O   THR F  37      28.104  13.554  -9.704  1.00 56.18           O  
+ATOM  14579  CB  THR F  37      27.002  11.929 -11.691  1.00 55.61           C  
+ATOM  14580  OG1 THR F  37      28.140  12.073 -12.550  1.00 56.39           O  
+ATOM  14581  CG2 THR F  37      25.967  11.052 -12.374  1.00 58.44           C  
+ATOM  14582  N   THR F  38      27.506  15.423 -10.799  1.00 58.69           N  
+ATOM  14583  CA  THR F  38      28.508  16.262 -10.145  1.00 62.15           C  
+ATOM  14584  C   THR F  38      27.857  17.022  -8.992  1.00 60.94           C  
+ATOM  14585  O   THR F  38      27.515  18.201  -9.093  1.00 60.01           O  
+ATOM  14586  CB  THR F  38      29.153  17.200 -11.158  1.00 62.54           C  
+ATOM  14587  OG1 THR F  38      28.133  17.953 -11.823  1.00 62.39           O  
+ATOM  14588  CG2 THR F  38      29.932  16.399 -12.189  1.00 61.55           C  
+ATOM  14589  N   VAL F  39      27.692  16.320  -7.873  1.00 60.37           N  
+ATOM  14590  CA  VAL F  39      27.201  16.902  -6.628  1.00 59.93           C  
+ATOM  14591  C   VAL F  39      28.065  16.383  -5.487  1.00 57.27           C  
+ATOM  14592  O   VAL F  39      28.347  15.183  -5.410  1.00 57.93           O  
+ATOM  14593  CB  VAL F  39      25.714  16.578  -6.379  1.00 56.93           C  
+ATOM  14594  CG1 VAL F  39      25.304  16.988  -4.974  1.00 56.57           C  
+ATOM  14595  CG2 VAL F  39      24.849  17.298  -7.393  1.00 58.44           C  
+ATOM  14596  N   ALA F  40      28.484  17.284  -4.605  1.00 55.95           N  
+ATOM  14597  CA  ALA F  40      29.310  16.954  -3.457  1.00 58.94           C  
+ATOM  14598  C   ALA F  40      28.512  17.130  -2.172  1.00 61.48           C  
+ATOM  14599  O   ALA F  40      27.540  17.888  -2.111  1.00 61.63           O  
+ATOM  14600  CB  ALA F  40      30.569  17.827  -3.419  1.00 59.60           C  
+ATOM  14601  N   TRP F  41      28.945  16.417  -1.138  1.00 59.19           N  
+ATOM  14602  CA  TRP F  41      28.315  16.454   0.173  1.00 60.39           C  
+ATOM  14603  C   TRP F  41      29.370  16.748   1.227  1.00 61.65           C  
+ATOM  14604  O   TRP F  41      30.375  16.030   1.323  1.00 63.58           O  
+ATOM  14605  CB  TRP F  41      27.607  15.135   0.492  1.00 60.05           C  
+ATOM  14606  CG  TRP F  41      26.366  14.909  -0.309  1.00 58.49           C  
+ATOM  14607  CD1 TRP F  41      26.272  14.289  -1.519  1.00 57.31           C  
+ATOM  14608  CD2 TRP F  41      25.038  15.310   0.043  1.00 59.43           C  
+ATOM  14609  NE1 TRP F  41      24.965  14.272  -1.941  1.00 57.34           N  
+ATOM  14610  CE2 TRP F  41      24.187  14.894  -1.000  1.00 59.08           C  
+ATOM  14611  CE3 TRP F  41      24.484  15.977   1.140  1.00 59.96           C  
+ATOM  14612  CZ2 TRP F  41      22.813  15.124  -0.978  1.00 59.22           C  
+ATOM  14613  CZ3 TRP F  41      23.121  16.204   1.160  1.00 61.51           C  
+ATOM  14614  CH2 TRP F  41      22.301  15.778   0.109  1.00 60.76           C  
+ATOM  14615  N   TYR F  42      29.119  17.796   2.013  1.00 59.12           N  
+ATOM  14616  CA  TYR F  42      29.992  18.252   3.084  1.00 59.64           C  
+ATOM  14617  C   TYR F  42      29.321  18.059   4.439  1.00 59.85           C  
+ATOM  14618  O   TYR F  42      28.091  18.104   4.557  1.00 60.47           O  
+ATOM  14619  CB  TYR F  42      30.352  19.733   2.922  1.00 60.82           C  
+ATOM  14620  CG  TYR F  42      31.019  20.092   1.615  1.00 63.94           C  
+ATOM  14621  CD1 TYR F  42      32.397  20.013   1.472  1.00 61.73           C  
+ATOM  14622  CD2 TYR F  42      30.272  20.529   0.530  1.00 64.59           C  
+ATOM  14623  CE1 TYR F  42      33.012  20.348   0.281  1.00 63.92           C  
+ATOM  14624  CE2 TYR F  42      30.877  20.866  -0.665  1.00 65.83           C  
+ATOM  14625  CZ  TYR F  42      32.247  20.773  -0.784  1.00 67.54           C  
+ATOM  14626  OH  TYR F  42      32.855  21.107  -1.973  1.00 66.23           O  
+ATOM  14627  N   GLN F  43      30.152  17.880   5.464  1.00 59.27           N  
+ATOM  14628  CA  GLN F  43      29.717  17.692   6.843  1.00 57.79           C  
+ATOM  14629  C   GLN F  43      30.361  18.766   7.708  1.00 57.99           C  
+ATOM  14630  O   GLN F  43      31.591  18.881   7.739  1.00 59.99           O  
+ATOM  14631  CB  GLN F  43      30.105  16.299   7.343  1.00 56.97           C  
+ATOM  14632  CG  GLN F  43      29.895  16.061   8.825  1.00 55.98           C  
+ATOM  14633  CD  GLN F  43      30.617  14.817   9.309  1.00 54.85           C  
+ATOM  14634  OE1 GLN F  43      31.832  14.693   9.157  1.00 58.45           O  
+ATOM  14635  NE2 GLN F  43      29.869  13.883   9.886  1.00 55.67           N  
+ATOM  14636  N   GLN F  44      29.541  19.546   8.412  1.00 56.82           N  
+ATOM  14637  CA  GLN F  44      30.029  20.597   9.300  1.00 60.12           C  
+ATOM  14638  C   GLN F  44      29.542  20.308  10.714  1.00 59.50           C  
+ATOM  14639  O   GLN F  44      28.352  20.460  11.009  1.00 56.25           O  
+ATOM  14640  CB  GLN F  44      29.560  21.974   8.831  1.00 58.52           C  
+ATOM  14641  CG  GLN F  44      30.068  23.124   9.688  1.00 60.66           C  
+ATOM  14642  CD  GLN F  44      29.660  24.481   9.148  1.00 60.72           C  
+ATOM  14643  OE1 GLN F  44      30.426  25.443   9.207  1.00 57.69           O  
+ATOM  14644  NE2 GLN F  44      28.444  24.566   8.619  1.00 58.56           N  
+ATOM  14645  N   LYS F  45      30.453  19.872  11.576  1.00 59.01           N  
+ATOM  14646  CA  LYS F  45      30.129  19.632  12.971  1.00 57.82           C  
+ATOM  14647  C   LYS F  45      30.158  20.944  13.752  1.00 62.66           C  
+ATOM  14648  O   LYS F  45      30.705  21.944  13.279  1.00 61.50           O  
+ATOM  14649  CB  LYS F  45      31.099  18.612  13.564  1.00 54.13           C  
+ATOM  14650  CG  LYS F  45      31.008  17.245  12.903  1.00 52.60           C  
+ATOM  14651  CD  LYS F  45      31.848  16.206  13.626  1.00 52.75           C  
+ATOM  14652  CE  LYS F  45      31.725  14.846  12.955  1.00 51.00           C  
+ATOM  14653  NZ  LYS F  45      32.413  13.775  13.728  1.00 49.23           N  
+ATOM  14654  N   PRO F  46      29.552  20.976  14.941  1.00 65.47           N  
+ATOM  14655  CA  PRO F  46      29.524  22.223  15.720  1.00 64.88           C  
+ATOM  14656  C   PRO F  46      30.925  22.743  16.010  1.00 63.76           C  
+ATOM  14657  O   PRO F  46      31.785  22.018  16.516  1.00 62.56           O  
+ATOM  14658  CB  PRO F  46      28.794  21.820  17.005  1.00 71.55           C  
+ATOM  14659  CG  PRO F  46      27.958  20.660  16.609  1.00 70.97           C  
+ATOM  14660  CD  PRO F  46      28.737  19.921  15.570  1.00 63.52           C  
+ATOM  14661  N   GLY F  47      31.147  24.014  15.682  1.00 64.14           N  
+ATOM  14662  CA  GLY F  47      32.419  24.657  15.936  1.00 68.92           C  
+ATOM  14663  C   GLY F  47      33.542  24.264  15.005  1.00 70.41           C  
+ATOM  14664  O   GLY F  47      34.701  24.582  15.294  1.00 74.68           O  
+ATOM  14665  N   GLN F  48      33.244  23.586  13.901  1.00 66.71           N  
+ATOM  14666  CA  GLN F  48      34.252  23.140  12.953  1.00 63.36           C  
+ATOM  14667  C   GLN F  48      33.957  23.701  11.569  1.00 66.08           C  
+ATOM  14668  O   GLN F  48      32.902  24.291  11.316  1.00 66.65           O  
+ATOM  14669  CB  GLN F  48      34.314  21.608  12.889  1.00 59.32           C  
+ATOM  14670  CG  GLN F  48      34.761  20.935  14.172  1.00 60.56           C  
+ATOM  14671  CD  GLN F  48      34.867  19.429  14.025  1.00 60.66           C  
+ATOM  14672  OE1 GLN F  48      34.749  18.893  12.923  1.00 67.33           O  
+ATOM  14673  NE2 GLN F  48      35.093  18.739  15.137  1.00 59.11           N  
+ATOM  14674  N   SER F  49      34.912  23.509  10.670  1.00 68.22           N  
+ATOM  14675  CA  SER F  49      34.761  23.872   9.272  1.00 66.58           C  
+ATOM  14676  C   SER F  49      34.103  22.732   8.512  1.00 63.20           C  
+ATOM  14677  O   SER F  49      34.120  21.582   8.963  1.00 63.72           O  
+ATOM  14678  CB  SER F  49      36.126  24.193   8.665  1.00 70.65           C  
+ATOM  14679  OG  SER F  49      36.798  25.188   9.416  1.00 82.99           O  
+ATOM  14680  N   PRO F  50      33.494  23.013   7.360  1.00 60.61           N  
+ATOM  14681  CA  PRO F  50      32.909  21.927   6.565  1.00 60.10           C  
+ATOM  14682  C   PRO F  50      33.970  20.916   6.159  1.00 60.95           C  
+ATOM  14683  O   PRO F  50      35.084  21.275   5.774  1.00 66.24           O  
+ATOM  14684  CB  PRO F  50      32.323  22.652   5.349  1.00 61.34           C  
+ATOM  14685  CG  PRO F  50      32.076  24.041   5.823  1.00 60.47           C  
+ATOM  14686  CD  PRO F  50      33.172  24.339   6.803  1.00 63.38           C  
+ATOM  14687  N   LYS F  51      33.610  19.640   6.245  1.00 57.68           N  
+ATOM  14688  CA  LYS F  51      34.492  18.544   5.866  1.00 57.68           C  
+ATOM  14689  C   LYS F  51      33.907  17.854   4.644  1.00 60.18           C  
+ATOM  14690  O   LYS F  51      32.760  17.395   4.675  1.00 61.69           O  
+ATOM  14691  CB  LYS F  51      34.666  17.550   7.016  1.00 55.83           C  
+ATOM  14692  CG  LYS F  51      35.644  16.426   6.708  1.00 61.42           C  
+ATOM  14693  CD  LYS F  51      35.543  15.293   7.717  1.00 59.12           C  
+ATOM  14694  CE  LYS F  51      36.394  14.107   7.288  1.00 62.97           C  
+ATOM  14695  NZ  LYS F  51      36.211  12.927   8.177  1.00 67.95           N  
+ATOM  14696  N   LEU F  52      34.693  17.786   3.573  1.00 61.89           N  
+ATOM  14697  CA  LEU F  52      34.257  17.109   2.360  1.00 59.41           C  
+ATOM  14698  C   LEU F  52      34.105  15.618   2.625  1.00 59.77           C  
+ATOM  14699  O   LEU F  52      35.074  14.940   2.984  1.00 63.64           O  
+ATOM  14700  CB  LEU F  52      35.252  17.353   1.229  1.00 64.31           C  
+ATOM  14701  CG  LEU F  52      35.004  16.561  -0.057  1.00 65.86           C  
+ATOM  14702  CD1 LEU F  52      33.738  17.035  -0.752  1.00 64.28           C  
+ATOM  14703  CD2 LEU F  52      36.198  16.659  -0.991  1.00 71.92           C  
+ATOM  14704  N   LEU F  53      32.890  15.108   2.452  1.00 60.85           N  
+ATOM  14705  CA  LEU F  53      32.628  13.683   2.596  1.00 62.04           C  
+ATOM  14706  C   LEU F  53      32.482  12.974   1.260  1.00 64.46           C  
+ATOM  14707  O   LEU F  53      33.038  11.886   1.082  1.00 65.61           O  
+ATOM  14708  CB  LEU F  53      31.364  13.441   3.427  1.00 60.96           C  
+ATOM  14709  CG  LEU F  53      31.426  13.736   4.924  1.00 61.68           C  
+ATOM  14710  CD1 LEU F  53      30.172  13.210   5.606  1.00 60.83           C  
+ATOM  14711  CD2 LEU F  53      32.674  13.125   5.539  1.00 63.83           C  
+ATOM  14712  N   ILE F  54      31.750  13.556   0.314  1.00 61.51           N  
+ATOM  14713  CA  ILE F  54      31.464  12.874  -0.944  1.00 61.82           C  
+ATOM  14714  C   ILE F  54      31.628  13.852  -2.098  1.00 64.11           C  
+ATOM  14715  O   ILE F  54      31.295  15.033  -1.973  1.00 62.45           O  
+ATOM  14716  CB  ILE F  54      30.049  12.256  -0.922  1.00 59.17           C  
+ATOM  14717  CG1 ILE F  54      30.048  10.990  -0.068  1.00 59.38           C  
+ATOM  14718  CG2 ILE F  54      29.547  11.940  -2.326  1.00 60.52           C  
+ATOM  14719  CD1 ILE F  54      28.678  10.475   0.231  1.00 63.46           C  
+ATOM  14720  N   TYR F  55      32.140  13.355  -3.224  1.00 64.67           N  
+ATOM  14721  CA  TYR F  55      32.206  14.116  -4.460  1.00 62.30           C  
+ATOM  14722  C   TYR F  55      31.669  13.252  -5.592  1.00 64.09           C  
+ATOM  14723  O   TYR F  55      31.622  12.023  -5.490  1.00 63.59           O  
+ATOM  14724  CB  TYR F  55      33.639  14.573  -4.779  1.00 68.33           C  
+ATOM  14725  CG  TYR F  55      34.589  13.442  -5.113  1.00 71.46           C  
+ATOM  14726  CD1 TYR F  55      35.250  12.745  -4.110  1.00 70.86           C  
+ATOM  14727  CD2 TYR F  55      34.832  13.079  -6.433  1.00 69.60           C  
+ATOM  14728  CE1 TYR F  55      36.120  11.711  -4.413  1.00 73.19           C  
+ATOM  14729  CE2 TYR F  55      35.698  12.049  -6.744  1.00 70.15           C  
+ATOM  14730  CZ  TYR F  55      36.340  11.369  -5.731  1.00 74.67           C  
+ATOM  14731  OH  TYR F  55      37.204  10.344  -6.038  1.00 76.14           O  
+ATOM  14732  N   SER F  56      31.273  13.913  -6.680  1.00 64.68           N  
+ATOM  14733  CA  SER F  56      30.729  13.235  -7.858  1.00 64.51           C  
+ATOM  14734  C   SER F  56      29.574  12.307  -7.484  1.00 62.99           C  
+ATOM  14735  O   SER F  56      29.497  11.162  -7.934  1.00 64.91           O  
+ATOM  14736  CB  SER F  56      31.824  12.473  -8.608  1.00 63.94           C  
+ATOM  14737  OG  SER F  56      32.659  13.362  -9.327  1.00 68.84           O  
+ATOM  14738  N   ALA F  57      28.689  12.805  -6.616  1.00 62.38           N  
+ATOM  14739  CA  ALA F  57      27.423  12.166  -6.263  1.00 60.13           C  
+ATOM  14740  C   ALA F  57      27.597  10.908  -5.420  1.00 59.48           C  
+ATOM  14741  O   ALA F  57      26.910  10.744  -4.407  1.00 59.47           O  
+ATOM  14742  CB  ALA F  57      26.607  11.837  -7.519  1.00 59.39           C  
+ATOM  14743  N   SER F  65      28.504  10.011  -5.814  1.00 61.85           N  
+ATOM  14744  CA  SER F  65      28.618   8.722  -5.146  1.00 60.85           C  
+ATOM  14745  C   SER F  65      30.027   8.356  -4.703  1.00 63.14           C  
+ATOM  14746  O   SER F  65      30.192   7.327  -4.038  1.00 66.53           O  
+ATOM  14747  CB  SER F  65      28.084   7.605  -6.057  1.00 63.37           C  
+ATOM  14748  OG  SER F  65      28.927   7.418  -7.180  1.00 66.58           O  
+ATOM  14749  N   TYR F  66      31.040   9.150  -5.035  1.00 63.94           N  
+ATOM  14750  CA  TYR F  66      32.409   8.826  -4.658  1.00 68.09           C  
+ATOM  14751  C   TYR F  66      32.722   9.436  -3.299  1.00 66.29           C  
+ATOM  14752  O   TYR F  66      32.559  10.644  -3.101  1.00 63.60           O  
+ATOM  14753  CB  TYR F  66      33.397   9.335  -5.707  1.00 70.20           C  
+ATOM  14754  CG  TYR F  66      33.333   8.592  -7.021  1.00 71.46           C  
+ATOM  14755  CD1 TYR F  66      32.467   8.997  -8.027  1.00 72.67           C  
+ATOM  14756  CD2 TYR F  66      34.134   7.482  -7.253  1.00 78.12           C  
+ATOM  14757  CE1 TYR F  66      32.403   8.321  -9.231  1.00 81.05           C  
+ATOM  14758  CE2 TYR F  66      34.077   6.799  -8.453  1.00 85.18           C  
+ATOM  14759  CZ  TYR F  66      33.210   7.222  -9.438  1.00 83.97           C  
+ATOM  14760  OH  TYR F  66      33.150   6.544 -10.633  1.00 84.92           O  
+ATOM  14761  N   ARG F  67      33.179   8.601  -2.369  1.00 66.78           N  
+ATOM  14762  CA  ARG F  67      33.521   9.057  -1.029  1.00 71.75           C  
+ATOM  14763  C   ARG F  67      34.975   9.513  -1.005  1.00 72.21           C  
+ATOM  14764  O   ARG F  67      35.857   8.834  -1.542  1.00 72.48           O  
+ATOM  14765  CB  ARG F  67      33.261   7.965   0.012  1.00 73.16           C  
+ATOM  14766  CG  ARG F  67      34.068   6.689  -0.147  1.00 78.49           C  
+ATOM  14767  CD  ARG F  67      33.439   5.561   0.657  1.00 76.22           C  
+ATOM  14768  NE  ARG F  67      32.517   4.769  -0.153  1.00 80.40           N  
+ATOM  14769  CZ  ARG F  67      31.586   3.961   0.342  1.00 80.03           C  
+ATOM  14770  NH1 ARG F  67      31.438   3.839   1.652  1.00 75.25           N  
+ATOM  14771  NH2 ARG F  67      30.797   3.277  -0.475  1.00 84.68           N  
+ATOM  14772  N   TYR F  68      35.214  10.672  -0.400  1.00 73.32           N  
+ATOM  14773  CA  TYR F  68      36.562  11.206  -0.284  1.00 77.58           C  
+ATOM  14774  C   TYR F  68      37.423  10.296   0.591  1.00 84.58           C  
+ATOM  14775  O   TYR F  68      36.924   9.472   1.362  1.00 85.28           O  
+ATOM  14776  CB  TYR F  68      36.513  12.625   0.285  1.00 77.07           C  
+ATOM  14777  CG  TYR F  68      37.836  13.357   0.275  1.00 85.13           C  
+ATOM  14778  CD1 TYR F  68      38.377  13.834  -0.912  1.00 88.00           C  
+ATOM  14779  CD2 TYR F  68      38.534  13.590   1.453  1.00 89.11           C  
+ATOM  14780  CE1 TYR F  68      39.581  14.510  -0.928  1.00 91.45           C  
+ATOM  14781  CE2 TYR F  68      39.740  14.266   1.447  1.00 93.33           C  
+ATOM  14782  CZ  TYR F  68      40.258  14.724   0.253  1.00 94.69           C  
+ATOM  14783  OH  TYR F  68      41.458  15.398   0.240  1.00100.07           O  
+ATOM  14784  N   THR F  69      38.739  10.437   0.437  1.00 90.43           N  
+ATOM  14785  CA  THR F  69      39.684   9.588   1.152  1.00 98.24           C  
+ATOM  14786  C   THR F  69      39.515   9.733   2.661  1.00 98.59           C  
+ATOM  14787  O   THR F  69      39.295  10.831   3.178  1.00100.58           O  
+ATOM  14788  CB  THR F  69      41.116   9.942   0.744  1.00107.04           C  
+ATOM  14789  OG1 THR F  69      41.249   9.834  -0.679  1.00109.09           O  
+ATOM  14790  CG2 THR F  69      42.116   9.005   1.406  1.00118.97           C  
+ATOM  14791  N   GLY F  70      39.622   8.608   3.369  1.00 94.56           N  
+ATOM  14792  CA  GLY F  70      39.512   8.586   4.812  1.00 90.09           C  
+ATOM  14793  C   GLY F  70      38.102   8.610   5.359  1.00 86.60           C  
+ATOM  14794  O   GLY F  70      37.933   8.557   6.583  1.00 86.27           O  
+ATOM  14795  N   VAL F  71      37.092   8.683   4.503  1.00 84.38           N  
+ATOM  14796  CA  VAL F  71      35.701   8.706   4.966  1.00 81.08           C  
+ATOM  14797  C   VAL F  71      35.270   7.286   5.304  1.00 79.49           C  
+ATOM  14798  O   VAL F  71      35.557   6.357   4.530  1.00 84.36           O  
+ATOM  14799  CB  VAL F  71      34.797   9.322   3.900  1.00 76.48           C  
+ATOM  14800  CG1 VAL F  71      33.338   9.231   4.314  1.00 72.48           C  
+ATOM  14801  CG2 VAL F  71      35.183  10.774   3.658  1.00 75.83           C  
+ATOM  14802  N   PRO F  72      34.602   7.068   6.439  1.00 72.42           N  
+ATOM  14803  CA  PRO F  72      34.132   5.721   6.783  1.00 74.00           C  
+ATOM  14804  C   PRO F  72      33.176   5.172   5.733  1.00 76.24           C  
+ATOM  14805  O   PRO F  72      32.556   5.911   4.966  1.00 73.92           O  
+ATOM  14806  CB  PRO F  72      33.425   5.923   8.128  1.00 73.04           C  
+ATOM  14807  CG  PRO F  72      34.043   7.157   8.696  1.00 71.46           C  
+ATOM  14808  CD  PRO F  72      34.355   8.036   7.522  1.00 68.02           C  
+ATOM  14809  N   ASP F  74      33.063   3.841   5.708  1.00 78.20           N  
+ATOM  14810  CA  ASP F  74      32.239   3.186   4.698  1.00 78.25           C  
+ATOM  14811  C   ASP F  74      30.755   3.467   4.888  1.00 74.27           C  
+ATOM  14812  O   ASP F  74      29.984   3.337   3.931  1.00 77.57           O  
+ATOM  14813  CB  ASP F  74      32.473   1.674   4.724  1.00 82.22           C  
+ATOM  14814  CG  ASP F  74      33.941   1.308   4.650  1.00 90.94           C  
+ATOM  14815  OD1 ASP F  74      34.700   1.708   5.558  1.00 88.99           O  
+ATOM  14816  OD2 ASP F  74      34.334   0.615   3.689  1.00116.94           O  
+ATOM  14817  N   ARG F  75      30.343   3.851   6.095  1.00 69.84           N  
+ATOM  14818  CA  ARG F  75      28.940   4.111   6.393  1.00 69.73           C  
+ATOM  14819  C   ARG F  75      28.394   5.369   5.724  1.00 67.05           C  
+ATOM  14820  O   ARG F  75      27.171   5.544   5.695  1.00 66.46           O  
+ATOM  14821  CB  ARG F  75      28.760   4.151   7.912  1.00 66.14           C  
+ATOM  14822  CG  ARG F  75      29.688   5.110   8.630  1.00 68.07           C  
+ATOM  14823  CD  ARG F  75      29.517   4.996  10.137  1.00 69.37           C  
+ATOM  14824  NE  ARG F  75      30.469   5.831  10.862  1.00 68.92           N  
+ATOM  14825  CZ  ARG F  75      30.295   7.124  11.099  1.00 70.36           C  
+ATOM  14826  NH1 ARG F  75      29.201   7.729  10.666  1.00 71.02           N  
+ATOM  14827  NH2 ARG F  75      31.213   7.810  11.767  1.00 73.88           N  
+ATOM  14828  N   PHE F  76      29.246   6.242   5.189  1.00 62.99           N  
+ATOM  14829  CA  PHE F  76      28.787   7.392   4.417  1.00 61.76           C  
+ATOM  14830  C   PHE F  76      28.739   7.019   2.938  1.00 63.22           C  
+ATOM  14831  O   PHE F  76      29.752   6.596   2.370  1.00 67.63           O  
+ATOM  14832  CB  PHE F  76      29.699   8.600   4.624  1.00 61.68           C  
+ATOM  14833  CG  PHE F  76      29.778   9.076   6.047  1.00 62.56           C  
+ATOM  14834  CD1 PHE F  76      28.780   9.876   6.576  1.00 60.85           C  
+ATOM  14835  CD2 PHE F  76      30.856   8.742   6.847  1.00 66.53           C  
+ATOM  14836  CE1 PHE F  76      28.848  10.325   7.879  1.00 60.67           C  
+ATOM  14837  CE2 PHE F  76      30.931   9.189   8.153  1.00 68.92           C  
+ATOM  14838  CZ  PHE F  76      29.925   9.984   8.668  1.00 65.24           C  
+ATOM  14839  N   THR F  77      27.572   7.184   2.313  1.00 57.97           N  
+ATOM  14840  CA  THR F  77      27.407   6.879   0.899  1.00 53.87           C  
+ATOM  14841  C   THR F  77      26.555   7.956   0.245  1.00 55.20           C  
+ATOM  14842  O   THR F  77      25.889   8.746   0.917  1.00 55.39           O  
+ATOM  14843  CB  THR F  77      26.763   5.502   0.667  1.00 55.39           C  
+ATOM  14844  OG1 THR F  77      25.511   5.431   1.362  1.00 60.09           O  
+ATOM  14845  CG2 THR F  77      27.679   4.381   1.139  1.00 60.64           C  
+ATOM  14846  N   GLY F  78      26.588   7.982  -1.079  1.00 54.88           N  
+ATOM  14847  CA  GLY F  78      25.807   8.945  -1.837  1.00 54.06           C  
+ATOM  14848  C   GLY F  78      25.328   8.334  -3.132  1.00 57.14           C  
+ATOM  14849  O   GLY F  78      25.956   7.422  -3.679  1.00 60.95           O  
+ATOM  14850  N   SER F  79      24.196   8.834  -3.621  1.00 55.67           N  
+ATOM  14851  CA  SER F  79      23.650   8.372  -4.888  1.00 56.17           C  
+ATOM  14852  C   SER F  79      22.865   9.506  -5.530  1.00 57.47           C  
+ATOM  14853  O   SER F  79      22.606  10.538  -4.911  1.00 59.61           O  
+ATOM  14854  CB  SER F  79      22.765   7.135  -4.700  1.00 59.95           C  
+ATOM  14855  OG  SER F  79      21.550   7.473  -4.054  1.00 64.36           O  
+ATOM  14856  N   GLY F  80      22.485   9.302  -6.783  1.00 57.12           N  
+ATOM  14857  CA  GLY F  80      21.656  10.242  -7.507  1.00 59.31           C  
+ATOM  14858  C   GLY F  80      22.332  10.750  -8.768  1.00 59.77           C  
+ATOM  14859  O   GLY F  80      23.512  10.514  -9.022  1.00 57.00           O  
+ATOM  14860  N   SER F  83      21.543  11.485  -9.548  1.00 59.42           N  
+ATOM  14861  CA  SER F  83      22.005  12.006 -10.830  1.00 60.03           C  
+ATOM  14862  C   SER F  83      20.940  12.931 -11.396  1.00 61.72           C  
+ATOM  14863  O   SER F  83      19.758  12.829 -11.055  1.00 65.24           O  
+ATOM  14864  CB  SER F  83      22.316  10.884 -11.828  1.00 60.12           C  
+ATOM  14865  OG  SER F  83      21.150  10.150 -12.155  1.00 65.53           O  
+ATOM  14866  N   GLY F  84      21.378  13.834 -12.270  1.00 60.34           N  
+ATOM  14867  CA  GLY F  84      20.475  14.782 -12.890  1.00 64.95           C  
+ATOM  14868  C   GLY F  84      19.980  15.841 -11.929  1.00 66.24           C  
+ATOM  14869  O   GLY F  84      20.624  16.879 -11.748  1.00 64.42           O  
+ATOM  14870  N   THR F  85      18.831  15.590 -11.309  1.00 66.37           N  
+ATOM  14871  CA  THR F  85      18.210  16.547 -10.405  1.00 63.82           C  
+ATOM  14872  C   THR F  85      18.072  16.049  -8.976  1.00 62.69           C  
+ATOM  14873  O   THR F  85      18.067  16.869  -8.057  1.00 63.59           O  
+ATOM  14874  CB  THR F  85      16.819  16.949 -10.922  1.00 64.33           C  
+ATOM  14875  OG1 THR F  85      16.143  15.792 -11.431  1.00 66.74           O  
+ATOM  14876  CG2 THR F  85      16.938  17.990 -12.024  1.00 65.35           C  
+ATOM  14877  N   ASP F  86      17.970  14.741  -8.759  1.00 62.02           N  
+ATOM  14878  CA  ASP F  86      17.733  14.175  -7.437  1.00 61.30           C  
+ATOM  14879  C   ASP F  86      18.998  13.496  -6.930  1.00 61.08           C  
+ATOM  14880  O   ASP F  86      19.642  12.740  -7.670  1.00 63.90           O  
+ATOM  14881  CB  ASP F  86      16.573  13.178  -7.475  1.00 65.33           C  
+ATOM  14882  CG  ASP F  86      15.308  13.780  -8.055  1.00 70.62           C  
+ATOM  14883  OD1 ASP F  86      15.092  14.998  -7.878  1.00 68.88           O  
+ATOM  14884  OD2 ASP F  86      14.532  13.038  -8.693  1.00 75.74           O  
+ATOM  14885  N   PHE F  87      19.344  13.758  -5.666  1.00 59.26           N  
+ATOM  14886  CA  PHE F  87      20.515  13.167  -5.035  1.00 59.64           C  
+ATOM  14887  C   PHE F  87      20.192  12.857  -3.580  1.00 57.90           C  
+ATOM  14888  O   PHE F  87      19.346  13.512  -2.967  1.00 55.96           O  
+ATOM  14889  CB  PHE F  87      21.730  14.105  -5.127  1.00 58.83           C  
+ATOM  14890  CG  PHE F  87      22.057  14.532  -6.531  1.00 58.28           C  
+ATOM  14891  CD1 PHE F  87      21.432  15.632  -7.099  1.00 58.18           C  
+ATOM  14892  CD2 PHE F  87      22.982  13.831  -7.283  1.00 58.31           C  
+ATOM  14893  CE1 PHE F  87      21.721  16.020  -8.392  1.00 60.95           C  
+ATOM  14894  CE2 PHE F  87      23.282  14.220  -8.573  1.00 59.42           C  
+ATOM  14895  CZ  PHE F  87      22.647  15.312  -9.130  1.00 61.58           C  
+ATOM  14896  N   THR F  88      20.872  11.852  -3.031  1.00 56.90           N  
+ATOM  14897  CA  THR F  88      20.589  11.375  -1.681  1.00 56.50           C  
+ATOM  14898  C   THR F  88      21.885  10.957  -1.001  1.00 55.44           C  
+ATOM  14899  O   THR F  88      22.621  10.114  -1.523  1.00 55.40           O  
+ATOM  14900  CB  THR F  88      19.599  10.206  -1.700  1.00 60.46           C  
+ATOM  14901  OG1 THR F  88      18.383  10.619  -2.335  1.00 63.28           O  
+ATOM  14902  CG2 THR F  88      19.287   9.761  -0.279  1.00 60.50           C  
+ATOM  14903  N   PHE F  89      22.152  11.553   0.158  1.00 57.29           N  
+ATOM  14904  CA  PHE F  89      23.282  11.200   1.010  1.00 56.03           C  
+ATOM  14905  C   PHE F  89      22.778  10.321   2.148  1.00 54.29           C  
+ATOM  14906  O   PHE F  89      21.767  10.642   2.779  1.00 55.23           O  
+ATOM  14907  CB  PHE F  89      23.948  12.469   1.547  1.00 54.76           C  
+ATOM  14908  CG  PHE F  89      24.907  12.234   2.679  1.00 55.97           C  
+ATOM  14909  CD1 PHE F  89      26.237  11.950   2.426  1.00 54.89           C  
+ATOM  14910  CD2 PHE F  89      24.487  12.332   3.997  1.00 57.62           C  
+ATOM  14911  CE1 PHE F  89      27.127  11.745   3.462  1.00 55.01           C  
+ATOM  14912  CE2 PHE F  89      25.371  12.125   5.037  1.00 56.34           C  
+ATOM  14913  CZ  PHE F  89      26.693  11.834   4.769  1.00 54.73           C  
+ATOM  14914  N   THR F  90      23.483   9.225   2.425  1.00 54.59           N  
+ATOM  14915  CA  THR F  90      22.978   8.207   3.338  1.00 54.25           C  
+ATOM  14916  C   THR F  90      24.042   7.796   4.345  1.00 56.85           C  
+ATOM  14917  O   THR F  90      25.193   7.534   3.978  1.00 56.08           O  
+ATOM  14918  CB  THR F  90      22.487   6.976   2.565  1.00 53.23           C  
+ATOM  14919  OG1 THR F  90      21.364   7.337   1.752  1.00 56.25           O  
+ATOM  14920  CG2 THR F  90      22.075   5.865   3.520  1.00 55.95           C  
+ATOM  14921  N   ILE F  91      23.644   7.744   5.614  1.00 56.17           N  
+ATOM  14922  CA  ILE F  91      24.427   7.135   6.683  1.00 53.25           C  
+ATOM  14923  C   ILE F  91      23.753   5.817   7.037  1.00 57.81           C  
+ATOM  14924  O   ILE F  91      22.570   5.795   7.410  1.00 60.54           O  
+ATOM  14925  CB  ILE F  91      24.530   8.050   7.912  1.00 51.92           C  
+ATOM  14926  CG1 ILE F  91      25.032   9.438   7.510  1.00 51.81           C  
+ATOM  14927  CG2 ILE F  91      25.440   7.430   8.963  1.00 56.71           C  
+ATOM  14928  CD1 ILE F  91      25.050  10.432   8.653  1.00 51.73           C  
+ATOM  14929  N   SER F  92      24.504   4.720   6.908  1.00 56.43           N  
+ATOM  14930  CA  SER F  92      23.939   3.389   7.101  1.00 60.06           C  
+ATOM  14931  C   SER F  92      23.766   3.036   8.573  1.00 56.89           C  
+ATOM  14932  O   SER F  92      22.819   2.323   8.924  1.00 55.94           O  
+ATOM  14933  CB  SER F  92      24.821   2.344   6.414  1.00 58.00           C  
+ATOM  14934  OG  SER F  92      26.078   2.232   7.059  1.00 63.20           O  
+ATOM  14935  N   SER F  93      24.656   3.514   9.442  1.00 56.31           N  
+ATOM  14936  CA  SER F  93      24.586   3.229  10.879  1.00 60.60           C  
+ATOM  14937  C   SER F  93      25.057   4.484  11.611  1.00 61.70           C  
+ATOM  14938  O   SER F  93      26.256   4.669  11.837  1.00 64.50           O  
+ATOM  14939  CB  SER F  93      25.417   2.008  11.251  1.00 61.09           C  
+ATOM  14940  OG  SER F  93      25.273   1.700  12.627  1.00 55.08           O  
+ATOM  14941  N   VAL F  94      24.102   5.347  11.964  1.00 60.85           N  
+ATOM  14942  CA  VAL F  94      24.434   6.612  12.608  1.00 60.65           C  
+ATOM  14943  C   VAL F  94      25.128   6.357  13.939  1.00 61.06           C  
+ATOM  14944  O   VAL F  94      24.772   5.437  14.688  1.00 59.48           O  
+ATOM  14945  CB  VAL F  94      23.164   7.459  12.794  1.00 58.32           C  
+ATOM  14946  CG1 VAL F  94      23.470   8.742  13.554  1.00 55.65           C  
+ATOM  14947  CG2 VAL F  94      22.538   7.772  11.448  1.00 56.65           C  
+ATOM  14948  N   GLN F  95      26.132   7.179  14.237  1.00 61.20           N  
+ATOM  14949  CA  GLN F  95      26.867   7.120  15.489  1.00 62.26           C  
+ATOM  14950  C   GLN F  95      26.737   8.452  16.215  1.00 62.75           C  
+ATOM  14951  O   GLN F  95      26.309   9.457  15.639  1.00 62.06           O  
+ATOM  14952  CB  GLN F  95      28.346   6.782  15.248  1.00 66.88           C  
+ATOM  14953  CG  GLN F  95      28.565   5.389  14.672  1.00 68.56           C  
+ATOM  14954  CD  GLN F  95      30.015   5.118  14.313  1.00 71.83           C  
+ATOM  14955  OE1 GLN F  95      30.910   5.892  14.654  1.00 69.61           O  
+ATOM  14956  NE2 GLN F  95      30.252   4.011  13.618  1.00 70.74           N  
+ATOM  14957  N   ALA F  96      27.093   8.437  17.502  1.00 63.91           N  
+ATOM  14958  CA  ALA F  96      26.909   9.612  18.350  1.00 64.92           C  
+ATOM  14959  C   ALA F  96      27.607  10.842  17.776  1.00 66.34           C  
+ATOM  14960  O   ALA F  96      27.055  11.948  17.805  1.00 65.48           O  
+ATOM  14961  CB  ALA F  96      27.410   9.319  19.764  1.00 66.41           C  
+ATOM  14962  N   GLU F  97      28.827  10.674  17.267  1.00 64.62           N  
+ATOM  14963  CA  GLU F  97      29.589  11.806  16.756  1.00 63.24           C  
+ATOM  14964  C   GLU F  97      29.076  12.325  15.418  1.00 61.49           C  
+ATOM  14965  O   GLU F  97      29.551  13.370  14.961  1.00 59.40           O  
+ATOM  14966  CB  GLU F  97      31.065  11.425  16.619  1.00 64.87           C  
+ATOM  14967  CG  GLU F  97      31.321  10.245  15.693  1.00 69.40           C  
+ATOM  14968  CD  GLU F  97      31.311   8.913  16.418  1.00 73.91           C  
+ATOM  14969  OE1 GLU F  97      30.715   8.831  17.514  1.00 69.74           O  
+ATOM  14970  OE2 GLU F  97      31.901   7.947  15.890  1.00 74.88           O  
+ATOM  14971  N   ASP F  98      28.120  11.639  14.787  1.00 62.66           N  
+ATOM  14972  CA  ASP F  98      27.664  12.027  13.457  1.00 58.86           C  
+ATOM  14973  C   ASP F  98      26.753  13.247  13.451  1.00 56.81           C  
+ATOM  14974  O   ASP F  98      26.389  13.712  12.365  1.00 56.07           O  
+ATOM  14975  CB  ASP F  98      26.932  10.860  12.792  1.00 58.68           C  
+ATOM  14976  CG  ASP F  98      27.858   9.720  12.440  1.00 64.50           C  
+ATOM  14977  OD1 ASP F  98      29.066   9.972  12.243  1.00 65.54           O  
+ATOM  14978  OD2 ASP F  98      27.380   8.569  12.357  1.00 67.69           O  
+ATOM  14979  N   LEU F  99      26.369  13.771  14.612  1.00 58.09           N  
+ATOM  14980  CA  LEU F  99      25.542  14.970  14.638  1.00 57.71           C  
+ATOM  14981  C   LEU F  99      26.301  16.150  14.039  1.00 53.47           C  
+ATOM  14982  O   LEU F  99      27.416  16.471  14.463  1.00 53.93           O  
+ATOM  14983  CB  LEU F  99      25.081  15.270  16.069  1.00 58.61           C  
+ATOM  14984  CG  LEU F  99      26.074  15.657  17.166  1.00 57.93           C  
+ATOM  14985  CD1 LEU F  99      26.161  17.170  17.314  1.00 54.45           C  
+ATOM  14986  CD2 LEU F  99      25.686  15.004  18.482  1.00 63.04           C  
+ATOM  14987  N   ALA F 100      25.687  16.788  13.043  1.00 52.83           N  
+ATOM  14988  CA  ALA F 100      26.302  17.869  12.281  1.00 54.82           C  
+ATOM  14989  C   ALA F 100      25.303  18.414  11.270  1.00 55.05           C  
+ATOM  14990  O   ALA F 100      24.192  17.890  11.149  1.00 57.87           O  
+ATOM  14991  CB  ALA F 100      27.563  17.385  11.560  1.00 56.94           C  
+ATOM  14992  N   VAL F 101      25.679  19.451  10.530  1.00 54.58           N  
+ATOM  14993  CA  VAL F 101      24.873  19.945   9.422  1.00 57.58           C  
+ATOM  14994  C   VAL F 101      25.484  19.431   8.128  1.00 57.07           C  
+ATOM  14995  O   VAL F 101      26.684  19.610   7.880  1.00 59.28           O  
+ATOM  14996  CB  VAL F 101      24.787  21.480   9.427  1.00 57.41           C  
+ATOM  14997  CG1 VAL F 101      23.804  21.953   8.368  1.00 57.90           C  
+ATOM  14998  CG2 VAL F 101      24.380  21.983  10.802  1.00 61.35           C  
+ATOM  14999  N   TYR F 102      24.665  18.783   7.309  1.00 53.96           N  
+ATOM  15000  CA  TYR F 102      25.107  18.185   6.059  1.00 56.23           C  
+ATOM  15001  C   TYR F 102      24.608  19.029   4.894  1.00 58.93           C  
+ATOM  15002  O   TYR F 102      23.413  19.336   4.810  1.00 59.41           O  
+ATOM  15003  CB  TYR F 102      24.613  16.741   5.946  1.00 53.93           C  
+ATOM  15004  CG  TYR F 102      25.244  15.818   6.966  1.00 53.64           C  
+ATOM  15005  CD1 TYR F 102      24.798  15.793   8.282  1.00 54.62           C  
+ATOM  15006  CD2 TYR F 102      26.293  14.978   6.616  1.00 54.14           C  
+ATOM  15007  CE1 TYR F 102      25.375  14.954   9.217  1.00 53.43           C  
+ATOM  15008  CE2 TYR F 102      26.874  14.134   7.543  1.00 52.93           C  
+ATOM  15009  CZ  TYR F 102      26.412  14.127   8.842  1.00 52.43           C  
+ATOM  15010  OH  TYR F 102      26.990  13.290   9.769  1.00 53.55           O  
+ATOM  15011  N   TYR F 103      25.533  19.423   4.020  1.00 56.60           N  
+ATOM  15012  CA  TYR F 103      25.239  20.283   2.883  1.00 58.72           C  
+ATOM  15013  C   TYR F 103      25.482  19.543   1.576  1.00 63.18           C  
+ATOM  15014  O   TYR F 103      26.418  18.744   1.469  1.00 63.57           O  
+ATOM  15015  CB  TYR F 103      26.102  21.552   2.900  1.00 61.59           C  
+ATOM  15016  CG  TYR F 103      25.890  22.453   4.094  1.00 62.73           C  
+ATOM  15017  CD1 TYR F 103      26.588  22.248   5.276  1.00 60.45           C  
+ATOM  15018  CD2 TYR F 103      25.001  23.518   4.033  1.00 66.34           C  
+ATOM  15019  CE1 TYR F 103      26.402  23.075   6.366  1.00 63.10           C  
+ATOM  15020  CE2 TYR F 103      24.806  24.349   5.120  1.00 68.31           C  
+ATOM  15021  CZ  TYR F 103      25.509  24.123   6.283  1.00 66.96           C  
+ATOM  15022  OH  TYR F 103      25.318  24.948   7.368  1.00 73.48           O  
+ATOM  15023  N   CYS F 104      24.642  19.825   0.582  1.00 62.21           N  
+ATOM  15024  CA  CYS F 104      24.889  19.426  -0.796  1.00 61.33           C  
+ATOM  15025  C   CYS F 104      25.315  20.647  -1.600  1.00 61.84           C  
+ATOM  15026  O   CYS F 104      24.826  21.757  -1.371  1.00 61.65           O  
+ATOM  15027  CB  CYS F 104      23.653  18.779  -1.436  1.00 63.21           C  
+ATOM  15028  SG  CYS F 104      22.175  19.823  -1.532  1.00 76.09           S  
+ATOM  15029  N   GLN F 105      26.240  20.433  -2.532  1.00 61.42           N  
+ATOM  15030  CA  GLN F 105      26.761  21.489  -3.389  1.00 62.63           C  
+ATOM  15031  C   GLN F 105      26.845  20.967  -4.811  1.00 60.75           C  
+ATOM  15032  O   GLN F 105      27.404  19.893  -5.042  1.00 61.53           O  
+ATOM  15033  CB  GLN F 105      28.148  21.952  -2.927  1.00 62.13           C  
+ATOM  15034  CG  GLN F 105      28.756  23.039  -3.801  1.00 64.27           C  
+ATOM  15035  CD  GLN F 105      30.107  22.642  -4.368  1.00 67.28           C  
+ATOM  15036  OE1 GLN F 105      30.890  21.952  -3.714  1.00 67.10           O  
+ATOM  15037  NE2 GLN F 105      30.384  23.074  -5.593  1.00 67.28           N  
+ATOM  15038  N   GLN F 106      26.303  21.717  -5.764  1.00 60.58           N  
+ATOM  15039  CA  GLN F 106      26.474  21.350  -7.164  1.00 62.79           C  
+ATOM  15040  C   GLN F 106      27.852  21.824  -7.614  1.00 67.27           C  
+ATOM  15041  O   GLN F 106      28.149  23.024  -7.595  1.00 68.02           O  
+ATOM  15042  CB  GLN F 106      25.348  21.920  -8.027  1.00 62.04           C  
+ATOM  15043  CG  GLN F 106      25.247  23.437  -8.110  1.00 65.18           C  
+ATOM  15044  CD  GLN F 106      26.015  24.017  -9.286  1.00 69.44           C  
+ATOM  15045  OE1 GLN F 106      26.552  23.282 -10.116  1.00 69.19           O  
+ATOM  15046  NE2 GLN F 106      26.078  25.342  -9.357  1.00 69.95           N  
+ATOM  15047  N   HIS F 107      28.724  20.882  -7.947  1.00 66.99           N  
+ATOM  15048  CA  HIS F 107      30.006  21.220  -8.562  1.00 70.59           C  
+ATOM  15049  C   HIS F 107      29.965  20.928 -10.055  1.00 72.28           C  
+ATOM  15050  O   HIS F 107      30.816  20.246 -10.623  1.00 73.75           O  
+ATOM  15051  CB  HIS F 107      31.154  20.492  -7.864  1.00 70.84           C  
+ATOM  15052  CG  HIS F 107      31.095  18.999  -7.962  1.00 67.48           C  
+ATOM  15053  ND1 HIS F 107      31.839  18.283  -8.874  1.00 72.12           N  
+ATOM  15054  CD2 HIS F 107      30.409  18.084  -7.237  1.00 65.38           C  
+ATOM  15055  CE1 HIS F 107      31.601  16.993  -8.719  1.00 67.77           C  
+ATOM  15056  NE2 HIS F 107      30.736  16.846  -7.733  1.00 64.47           N  
+ATOM  15057  N   TYR F 108      28.930  21.469 -10.697  1.00 68.32           N  
+ATOM  15058  CA  TYR F 108      28.646  21.263 -12.110  1.00 66.11           C  
+ATOM  15059  C   TYR F 108      28.917  22.499 -12.952  1.00 67.91           C  
+ATOM  15060  O   TYR F 108      29.529  22.398 -14.019  1.00 70.46           O  
+ATOM  15061  CB  TYR F 108      27.182  20.831 -12.287  1.00 66.14           C  
+ATOM  15062  CG  TYR F 108      26.762  20.635 -13.727  1.00 67.57           C  
+ATOM  15063  CD1 TYR F 108      27.051  19.456 -14.402  1.00 67.35           C  
+ATOM  15064  CD2 TYR F 108      26.066  21.627 -14.409  1.00 66.33           C  
+ATOM  15065  CE1 TYR F 108      26.667  19.273 -15.717  1.00 65.94           C  
+ATOM  15066  CE2 TYR F 108      25.678  21.453 -15.723  1.00 65.30           C  
+ATOM  15067  CZ  TYR F 108      25.980  20.274 -16.372  1.00 66.88           C  
+ATOM  15068  OH  TYR F 108      25.595  20.096 -17.681  1.00 69.73           O  
+ATOM  15069  N   SER F 109      28.471  23.670 -12.502  1.00 68.76           N  
+ATOM  15070  CA  SER F 109      28.628  24.894 -13.271  1.00 70.34           C  
+ATOM  15071  C   SER F 109      28.844  26.062 -12.317  1.00 72.10           C  
+ATOM  15072  O   SER F 109      28.835  25.906 -11.093  1.00 70.04           O  
+ATOM  15073  CB  SER F 109      27.416  25.131 -14.178  1.00 66.76           C  
+ATOM  15074  OG  SER F 109      26.244  25.351 -13.414  1.00 70.88           O  
+ATOM  15075  N   ILE F 114      29.041  27.242 -12.898  1.00 76.74           N  
+ATOM  15076  CA  ILE F 114      29.270  28.481 -12.159  1.00 75.19           C  
+ATOM  15077  C   ILE F 114      28.006  29.328 -12.270  1.00 75.83           C  
+ATOM  15078  O   ILE F 114      27.398  29.380 -13.349  1.00 76.24           O  
+ATOM  15079  CB  ILE F 114      30.513  29.215 -12.695  1.00 76.27           C  
+ATOM  15080  CG1 ILE F 114      31.782  28.487 -12.258  1.00 76.12           C  
+ATOM  15081  CG2 ILE F 114      30.558  30.668 -12.243  1.00 77.03           C  
+ATOM  15082  CD1 ILE F 114      33.061  29.129 -12.743  1.00 86.10           C  
+ATOM  15083  N   PRO F 115      27.563  30.005 -11.196  1.00 75.60           N  
+ATOM  15084  CA  PRO F 115      28.167  30.071  -9.859  1.00 73.84           C  
+ATOM  15085  C   PRO F 115      28.010  28.798  -9.039  1.00 74.11           C  
+ATOM  15086  O   PRO F 115      27.034  28.065  -9.201  1.00 74.49           O  
+ATOM  15087  CB  PRO F 115      27.412  31.224  -9.196  1.00 80.97           C  
+ATOM  15088  CG  PRO F 115      26.088  31.214  -9.851  1.00 82.37           C  
+ATOM  15089  CD  PRO F 115      26.335  30.816 -11.278  1.00 82.84           C  
+ATOM  15090  N   ARG F 116      28.978  28.545  -8.164  1.00 74.09           N  
+ATOM  15091  CA  ARG F 116      28.889  27.406  -7.265  1.00 71.44           C  
+ATOM  15092  C   ARG F 116      27.816  27.683  -6.223  1.00 71.42           C  
+ATOM  15093  O   ARG F 116      27.822  28.735  -5.577  1.00 73.62           O  
+ATOM  15094  CB  ARG F 116      30.236  27.164  -6.588  1.00 74.10           C  
+ATOM  15095  CG  ARG F 116      31.414  27.276  -7.534  1.00 76.10           C  
+ATOM  15096  CD  ARG F 116      31.981  25.923  -7.892  1.00 79.04           C  
+ATOM  15097  NE  ARG F 116      32.929  26.027  -8.995  1.00 85.51           N  
+ATOM  15098  CZ  ARG F 116      32.595  25.891 -10.274  1.00 86.96           C  
+ATOM  15099  NH1 ARG F 116      31.338  25.634 -10.606  1.00 79.01           N  
+ATOM  15100  NH2 ARG F 116      33.520  25.993 -11.218  1.00 83.22           N  
+ATOM  15101  N   THR F 117      26.883  26.751  -6.066  1.00 67.02           N  
+ATOM  15102  CA  THR F 117      25.771  26.946  -5.150  1.00 64.70           C  
+ATOM  15103  C   THR F 117      25.657  25.756  -4.212  1.00 63.36           C  
+ATOM  15104  O   THR F 117      25.805  24.603  -4.629  1.00 61.32           O  
+ATOM  15105  CB  THR F 117      24.450  27.150  -5.902  1.00 62.91           C  
+ATOM  15106  OG1 THR F 117      24.232  26.058  -6.802  1.00 62.04           O  
+ATOM  15107  CG2 THR F 117      24.480  28.450  -6.692  1.00 62.12           C  
+ATOM  15108  N   PHE F 118      25.395  26.050  -2.944  1.00 65.34           N  
+ATOM  15109  CA  PHE F 118      25.198  25.043  -1.915  1.00 62.88           C  
+ATOM  15110  C   PHE F 118      23.710  24.866  -1.635  1.00 62.49           C  
+ATOM  15111  O   PHE F 118      22.863  25.630  -2.103  1.00 60.36           O  
+ATOM  15112  CB  PHE F 118      25.933  25.434  -0.629  1.00 62.88           C  
+ATOM  15113  CG  PHE F 118      27.429  25.390  -0.742  1.00 64.93           C  
+ATOM  15114  CD1 PHE F 118      28.127  26.446  -1.306  1.00 66.80           C  
+ATOM  15115  CD2 PHE F 118      28.140  24.300  -0.268  1.00 65.52           C  
+ATOM  15116  CE1 PHE F 118      29.505  26.409  -1.406  1.00 66.98           C  
+ATOM  15117  CE2 PHE F 118      29.518  24.258  -0.364  1.00 62.98           C  
+ATOM  15118  CZ  PHE F 118      30.201  25.313  -0.934  1.00 65.90           C  
+ATOM  15119  N   GLY F 119      23.399  23.833  -0.859  1.00 63.06           N  
+ATOM  15120  CA  GLY F 119      22.059  23.664  -0.345  1.00 60.89           C  
+ATOM  15121  C   GLY F 119      21.859  24.412   0.960  1.00 64.92           C  
+ATOM  15122  O   GLY F 119      22.786  24.993   1.523  1.00 64.04           O  
+ATOM  15123  N   GLY F 120      20.616  24.391   1.442  1.00 69.64           N  
+ATOM  15124  CA  GLY F 120      20.310  25.050   2.698  1.00 63.43           C  
+ATOM  15125  C   GLY F 120      20.925  24.378   3.906  1.00 59.34           C  
+ATOM  15126  O   GLY F 120      21.120  25.032   4.936  1.00 60.56           O  
+ATOM  15127  N   GLY F 121      21.239  23.093   3.803  1.00 56.19           N  
+ATOM  15128  CA  GLY F 121      21.794  22.342   4.906  1.00 58.00           C  
+ATOM  15129  C   GLY F 121      20.729  21.557   5.652  1.00 59.05           C  
+ATOM  15130  O   GLY F 121      19.540  21.884   5.638  1.00 59.90           O  
+ATOM  15131  N   THR F 122      21.172  20.494   6.319  1.00 56.75           N  
+ATOM  15132  CA  THR F 122      20.275  19.657   7.113  1.00 55.84           C  
+ATOM  15133  C   THR F 122      20.977  19.329   8.422  1.00 57.45           C  
+ATOM  15134  O   THR F 122      21.998  18.636   8.422  1.00 56.08           O  
+ATOM  15135  CB  THR F 122      19.891  18.380   6.365  1.00 57.24           C  
+ATOM  15136  OG1 THR F 122      19.251  18.722   5.130  1.00 59.51           O  
+ATOM  15137  CG2 THR F 122      18.940  17.539   7.206  1.00 55.30           C  
+ATOM  15138  N   LYS F 123      20.450  19.855   9.525  1.00 60.28           N  
+ATOM  15139  CA  LYS F 123      20.986  19.557  10.846  1.00 58.98           C  
+ATOM  15140  C   LYS F 123      20.488  18.193  11.305  1.00 58.76           C  
+ATOM  15141  O   LYS F 123      19.280  17.941  11.331  1.00 59.06           O  
+ATOM  15142  CB  LYS F 123      20.581  20.644  11.842  1.00 61.39           C  
+ATOM  15143  CG  LYS F 123      21.140  20.449  13.242  1.00 68.10           C  
+ATOM  15144  CD  LYS F 123      20.517  21.428  14.225  1.00 73.29           C  
+ATOM  15145  CE  LYS F 123      21.132  22.813  14.088  1.00 72.47           C  
+ATOM  15146  NZ  LYS F 123      22.561  22.836  14.506  1.00 69.99           N  
+ATOM  15147  N   LEU F 124      21.421  17.312  11.662  1.00 55.78           N  
+ATOM  15148  CA  LEU F 124      21.111  15.947  12.081  1.00 55.69           C  
+ATOM  15149  C   LEU F 124      21.152  15.882  13.604  1.00 60.09           C  
+ATOM  15150  O   LEU F 124      22.229  15.841  14.204  1.00 61.56           O  
+ATOM  15151  CB  LEU F 124      22.103  14.968  11.463  1.00 55.00           C  
+ATOM  15152  CG  LEU F 124      21.923  13.490  11.802  1.00 54.82           C  
+ATOM  15153  CD1 LEU F 124      20.589  12.984  11.281  1.00 52.85           C  
+ATOM  15154  CD2 LEU F 124      23.075  12.670  11.247  1.00 54.45           C  
+ATOM  15155  N   GLU F 125      19.978  15.875  14.229  1.00 63.25           N  
+ATOM  15156  CA  GLU F 125      19.880  15.696  15.669  1.00 63.45           C  
+ATOM  15157  C   GLU F 125      19.768  14.212  16.002  1.00 59.42           C  
+ATOM  15158  O   GLU F 125      19.226  13.420  15.229  1.00 61.61           O  
+ATOM  15159  CB  GLU F 125      18.683  16.459  16.235  1.00 72.91           C  
+ATOM  15160  CG  GLU F 125      18.715  17.948  15.945  1.00 86.62           C  
+ATOM  15161  CD  GLU F 125      17.388  18.622  16.217  1.00105.58           C  
+ATOM  15162  OE1 GLU F 125      16.383  17.909  16.426  1.00119.16           O  
+ATOM  15163  OE2 GLU F 125      17.357  19.869  16.254  1.00104.30           O  
+ATOM  15164  N   ILE F 126      20.287  13.841  17.169  1.00 60.89           N  
+ATOM  15165  CA  ILE F 126      20.299  12.456  17.630  1.00 61.87           C  
+ATOM  15166  C   ILE F 126      19.287  12.294  18.756  1.00 62.90           C  
+ATOM  15167  O   ILE F 126      19.277  13.085  19.705  1.00 63.47           O  
+ATOM  15168  CB  ILE F 126      21.711  12.033  18.071  1.00 58.17           C  
+ATOM  15169  CG1 ILE F 126      22.630  11.964  16.852  1.00 61.46           C  
+ATOM  15170  CG2 ILE F 126      21.669  10.693  18.784  1.00 54.88           C  
+ATOM  15171  CD1 ILE F 126      24.039  11.563  17.179  1.00 62.73           C  
+ATOM  15172  N   LYS F 127      18.427  11.280  18.646  1.00 61.15           N  
+ATOM  15173  CA  LYS F 127      17.448  10.982  19.684  1.00 60.71           C  
+ATOM  15174  C   LYS F 127      17.981   9.888  20.600  1.00 61.67           C  
+ATOM  15175  O   LYS F 127      18.595   8.918  20.142  1.00 57.91           O  
+ATOM  15176  CB  LYS F 127      16.106  10.546  19.087  1.00 63.58           C  
+ATOM  15177  CG  LYS F 127      15.403  11.651  18.327  1.00 71.47           C  
+ATOM  15178  CD  LYS F 127      14.958  12.822  19.193  1.00 89.26           C  
+ATOM  15179  CE  LYS F 127      14.418  13.947  18.311  1.00 88.73           C  
+ATOM  15180  NZ  LYS F 127      14.054  15.187  19.043  1.00104.46           N  
+ATOM  15181  N   ARG F 128      17.751  10.056  21.897  1.00 62.38           N  
+ATOM  15182  CA  ARG F 128      18.222   9.114  22.896  1.00 58.76           C  
+ATOM  15183  C   ARG F 128      17.193   9.051  24.014  1.00 58.67           C  
+ATOM  15184  O   ARG F 128      16.170   9.741  23.985  1.00 55.53           O  
+ATOM  15185  CB  ARG F 128      19.607   9.502  23.419  1.00 59.12           C  
+ATOM  15186  CG  ARG F 128      19.696  10.930  23.912  1.00 59.46           C  
+ATOM  15187  CD  ARG F 128      20.680  11.053  25.052  1.00 60.91           C  
+ATOM  15188  NE  ARG F 128      20.241  10.296  26.220  1.00 59.29           N  
+ATOM  15189  CZ  ARG F 128      21.012  10.027  27.269  1.00 62.25           C  
+ATOM  15190  NH1 ARG F 128      22.268  10.449  27.298  1.00 64.42           N  
+ATOM  15191  NH2 ARG F 128      20.530   9.331  28.290  1.00 62.98           N  
+ATOM  15192  N   THR F 129      17.470   8.210  25.007  1.00 60.85           N  
+ATOM  15193  CA  THR F 129      16.559   8.080  26.132  1.00 57.71           C  
+ATOM  15194  C   THR F 129      16.510   9.382  26.922  1.00 56.96           C  
+ATOM  15195  O   THR F 129      17.409  10.224  26.844  1.00 56.28           O  
+ATOM  15196  CB  THR F 129      16.983   6.929  27.045  1.00 58.02           C  
+ATOM  15197  OG1 THR F 129      18.318   7.156  27.517  1.00 61.07           O  
+ATOM  15198  CG2 THR F 129      16.934   5.609  26.292  1.00 60.35           C  
+ATOM  15199  N   VAL F 130      15.426   9.543  27.682  1.00 56.44           N  
+ATOM  15200  CA  VAL F 130      15.258  10.746  28.482  1.00 55.20           C  
+ATOM  15201  C   VAL F 130      16.343  10.805  29.547  1.00 58.38           C  
+ATOM  15202  O   VAL F 130      16.726   9.785  30.135  1.00 59.70           O  
+ATOM  15203  CB  VAL F 130      13.852  10.776  29.105  1.00 51.91           C  
+ATOM  15204  CG1 VAL F 130      13.644  12.062  29.869  1.00 52.46           C  
+ATOM  15205  CG2 VAL F 130      12.791  10.614  28.026  1.00 55.57           C  
+ATOM  15206  N   ALA F 131      16.847  12.011  29.799  1.00 54.33           N  
+ATOM  15207  CA  ALA F 131      17.869  12.237  30.814  1.00 53.49           C  
+ATOM  15208  C   ALA F 131      17.505  13.492  31.588  1.00 52.68           C  
+ATOM  15209  O   ALA F 131      17.451  14.582  31.012  1.00 53.55           O  
+ATOM  15210  CB  ALA F 131      19.258  12.372  30.186  1.00 55.58           C  
+ATOM  15211  N   ALA F 132      17.234  13.337  32.881  1.00 52.86           N  
+ATOM  15212  CA  ALA F 132      16.903  14.482  33.710  1.00 51.31           C  
+ATOM  15213  C   ALA F 132      18.129  15.376  33.897  1.00 53.43           C  
+ATOM  15214  O   ALA F 132      19.259  14.887  33.982  1.00 53.39           O  
+ATOM  15215  CB  ALA F 132      16.381  14.025  35.068  1.00 51.79           C  
+ATOM  15216  N   PRO F 133      17.933  16.689  33.963  1.00 52.73           N  
+ATOM  15217  CA  PRO F 133      19.069  17.595  34.153  1.00 56.18           C  
+ATOM  15218  C   PRO F 133      19.576  17.587  35.584  1.00 55.96           C  
+ATOM  15219  O   PRO F 133      18.821  17.395  36.540  1.00 54.90           O  
+ATOM  15220  CB  PRO F 133      18.488  18.966  33.790  1.00 55.61           C  
+ATOM  15221  CG  PRO F 133      17.041  18.845  34.111  1.00 52.59           C  
+ATOM  15222  CD  PRO F 133      16.663  17.419  33.803  1.00 49.81           C  
+ATOM  15223  N   SER F 134      20.881  17.804  35.721  1.00 58.24           N  
+ATOM  15224  CA  SER F 134      21.479  18.070  37.024  1.00 55.88           C  
+ATOM  15225  C   SER F 134      21.477  19.578  37.237  1.00 57.27           C  
+ATOM  15226  O   SER F 134      22.045  20.319  36.431  1.00 59.88           O  
+ATOM  15227  CB  SER F 134      22.895  17.504  37.105  1.00 56.02           C  
+ATOM  15228  OG  SER F 134      22.878  16.088  37.080  1.00 58.66           O  
+ATOM  15229  N   VAL F 135      20.827  20.031  38.304  1.00 59.90           N  
+ATOM  15230  CA  VAL F 135      20.597  21.453  38.523  1.00 61.36           C  
+ATOM  15231  C   VAL F 135      21.590  21.970  39.552  1.00 64.59           C  
+ATOM  15232  O   VAL F 135      21.775  21.363  40.615  1.00 66.10           O  
+ATOM  15233  CB  VAL F 135      19.151  21.722  38.971  1.00 62.33           C  
+ATOM  15234  CG1 VAL F 135      18.853  23.213  38.920  1.00 63.07           C  
+ATOM  15235  CG2 VAL F 135      18.174  20.949  38.099  1.00 63.42           C  
+ATOM  15236  N   PHE F 136      22.227  23.092  39.232  1.00 64.77           N  
+ATOM  15237  CA  PHE F 136      23.128  23.790  40.135  1.00 65.36           C  
+ATOM  15238  C   PHE F 136      22.795  25.273  40.091  1.00 68.88           C  
+ATOM  15239  O   PHE F 136      22.271  25.771  39.093  1.00 67.09           O  
+ATOM  15240  CB  PHE F 136      24.603  23.568  39.759  1.00 63.53           C  
+ATOM  15241  CG  PHE F 136      24.989  22.120  39.631  1.00 64.02           C  
+ATOM  15242  CD1 PHE F 136      24.817  21.445  38.433  1.00 64.98           C  
+ATOM  15243  CD2 PHE F 136      25.532  21.436  40.706  1.00 64.70           C  
+ATOM  15244  CE1 PHE F 136      25.173  20.115  38.311  1.00 63.62           C  
+ATOM  15245  CE2 PHE F 136      25.890  20.106  40.590  1.00 67.83           C  
+ATOM  15246  CZ  PHE F 136      25.711  19.445  39.392  1.00 63.92           C  
+ATOM  15247  N   ILE F 137      23.087  25.979  41.179  1.00 72.57           N  
+ATOM  15248  CA  ILE F 137      22.838  27.413  41.252  1.00 71.96           C  
+ATOM  15249  C   ILE F 137      24.074  28.102  41.813  1.00 72.26           C  
+ATOM  15250  O   ILE F 137      24.670  27.628  42.788  1.00 71.64           O  
+ATOM  15251  CB  ILE F 137      21.584  27.738  42.091  1.00 69.48           C  
+ATOM  15252  CG1 ILE F 137      21.242  29.227  41.987  1.00 71.79           C  
+ATOM  15253  CG2 ILE F 137      21.747  27.293  43.541  1.00 68.43           C  
+ATOM  15254  CD1 ILE F 137      19.867  29.576  42.510  1.00 72.97           C  
+ATOM  15255  N   PHE F 138      24.479  29.195  41.172  1.00 75.68           N  
+ATOM  15256  CA  PHE F 138      25.635  29.971  41.594  1.00 78.19           C  
+ATOM  15257  C   PHE F 138      25.199  31.405  41.856  1.00 79.11           C  
+ATOM  15258  O   PHE F 138      24.664  32.064  40.943  1.00 79.76           O  
+ATOM  15259  CB  PHE F 138      26.746  29.933  40.545  1.00 77.12           C  
+ATOM  15260  CG  PHE F 138      27.161  28.547  40.153  1.00 76.45           C  
+ATOM  15261  CD1 PHE F 138      28.006  27.811  40.962  1.00 81.10           C  
+ATOM  15262  CD2 PHE F 138      26.712  27.983  38.971  1.00 74.17           C  
+ATOM  15263  CE1 PHE F 138      28.391  26.538  40.605  1.00 82.75           C  
+ATOM  15264  CE2 PHE F 138      27.095  26.708  38.607  1.00 74.24           C  
+ATOM  15265  CZ  PHE F 138      27.936  25.985  39.425  1.00 78.17           C  
+ATOM  15266  N   PRO F 139      25.396  31.918  43.067  1.00 80.74           N  
+ATOM  15267  CA  PRO F 139      25.077  33.317  43.355  1.00 85.69           C  
+ATOM  15268  C   PRO F 139      26.127  34.241  42.765  1.00 89.27           C  
+ATOM  15269  O   PRO F 139      27.211  33.786  42.370  1.00 88.92           O  
+ATOM  15270  CB  PRO F 139      25.088  33.365  44.890  1.00 84.34           C  
+ATOM  15271  CG  PRO F 139      26.047  32.296  45.280  1.00 81.81           C  
+ATOM  15272  CD  PRO F 139      25.887  31.202  44.258  1.00 76.44           C  
+ATOM  15273  N   PRO F 140      25.851  35.542  42.687  1.00 90.72           N  
+ATOM  15274  CA  PRO F 140      26.844  36.464  42.131  1.00 94.45           C  
+ATOM  15275  C   PRO F 140      28.040  36.629  43.054  1.00100.96           C  
+ATOM  15276  O   PRO F 140      27.925  36.577  44.281  1.00104.09           O  
+ATOM  15277  CB  PRO F 140      26.069  37.778  41.988  1.00 96.48           C  
+ATOM  15278  CG  PRO F 140      24.992  37.688  43.010  1.00 93.32           C  
+ATOM  15279  CD  PRO F 140      24.609  36.237  43.075  1.00 90.21           C  
+ATOM  15280  N   SER F 141      29.202  36.826  42.440  1.00106.75           N  
+ATOM  15281  CA  SER F 141      30.420  37.070  43.196  1.00112.27           C  
+ATOM  15282  C   SER F 141      30.398  38.468  43.802  1.00117.25           C  
+ATOM  15283  O   SER F 141      29.747  39.383  43.289  1.00118.64           O  
+ATOM  15284  CB  SER F 141      31.648  36.903  42.301  1.00114.72           C  
+ATOM  15285  OG  SER F 141      31.662  37.872  41.268  1.00115.42           O  
+ATOM  15286  N   ASP F 142      31.112  38.624  44.920  1.00119.32           N  
+ATOM  15287  CA  ASP F 142      31.196  39.930  45.566  1.00123.89           C  
+ATOM  15288  C   ASP F 142      31.828  40.971  44.649  1.00123.26           C  
+ATOM  15289  O   ASP F 142      31.512  42.163  44.753  1.00123.75           O  
+ATOM  15290  CB  ASP F 142      31.983  39.818  46.872  1.00131.14           C  
+ATOM  15291  CG  ASP F 142      31.277  38.960  47.905  1.00132.78           C  
+ATOM  15292  OD1 ASP F 142      30.028  38.919  47.892  1.00125.28           O  
+ATOM  15293  OD2 ASP F 142      31.969  38.324  48.727  1.00141.95           O  
+ATOM  15294  N   GLU F 143      32.718  40.543  43.751  1.00123.21           N  
+ATOM  15295  CA  GLU F 143      33.325  41.467  42.796  1.00120.68           C  
+ATOM  15296  C   GLU F 143      32.271  42.087  41.886  1.00122.17           C  
+ATOM  15297  O   GLU F 143      32.213  43.313  41.727  1.00124.49           O  
+ATOM  15298  CB  GLU F 143      34.392  40.745  41.972  1.00117.50           C  
+ATOM  15299  CG  GLU F 143      35.517  40.111  42.786  1.00123.21           C  
+ATOM  15300  CD  GLU F 143      35.170  38.730  43.317  1.00122.88           C  
+ATOM  15301  OE1 GLU F 143      34.034  38.537  43.800  1.00123.21           O  
+ATOM  15302  OE2 GLU F 143      36.036  37.833  43.248  1.00124.08           O  
+ATOM  15303  N   GLN F 144      31.433  41.250  41.267  1.00120.62           N  
+ATOM  15304  CA  GLN F 144      30.385  41.770  40.395  1.00121.41           C  
+ATOM  15305  C   GLN F 144      29.411  42.651  41.167  1.00125.28           C  
+ATOM  15306  O   GLN F 144      28.924  43.659  40.642  1.00130.31           O  
+ATOM  15307  CB  GLN F 144      29.642  40.620  39.716  1.00117.14           C  
+ATOM  15308  CG  GLN F 144      28.674  41.083  38.644  1.00117.05           C  
+ATOM  15309  CD  GLN F 144      27.736  39.989  38.188  1.00111.66           C  
+ATOM  15310  OE1 GLN F 144      26.725  40.259  37.541  1.00108.79           O  
+ATOM  15311  NE2 GLN F 144      28.062  38.746  38.523  1.00106.89           N  
+ATOM  15312  N   LEU F 145      29.108  42.281  42.415  1.00128.60           N  
+ATOM  15313  CA  LEU F 145      28.262  43.124  43.255  1.00127.31           C  
+ATOM  15314  C   LEU F 145      28.881  44.504  43.431  1.00128.63           C  
+ATOM  15315  O   LEU F 145      28.205  45.527  43.272  1.00126.91           O  
+ATOM  15316  CB  LEU F 145      28.028  42.455  44.610  1.00124.37           C  
+ATOM  15317  CG  LEU F 145      26.993  41.330  44.633  1.00118.13           C  
+ATOM  15318  CD1 LEU F 145      27.051  40.572  45.949  1.00117.54           C  
+ATOM  15319  CD2 LEU F 145      25.601  41.894  44.398  1.00114.44           C  
+ATOM  15320  N   LYS F 146      30.171  44.547  43.776  1.00131.00           N  
+ATOM  15321  CA  LYS F 146      30.875  45.821  43.864  1.00131.89           C  
+ATOM  15322  C   LYS F 146      30.834  46.575  42.540  1.00130.42           C  
+ATOM  15323  O   LYS F 146      30.806  47.811  42.532  1.00131.17           O  
+ATOM  15324  CB  LYS F 146      32.323  45.584  44.300  1.00131.21           C  
+ATOM  15325  CG  LYS F 146      33.165  46.843  44.395  1.00134.84           C  
+ATOM  15326  CD  LYS F 146      32.649  47.770  45.481  1.00141.48           C  
+ATOM  15327  CE  LYS F 146      32.379  49.163  44.939  1.00144.09           C  
+ATOM  15328  NZ  LYS F 146      33.586  49.765  44.310  1.00146.27           N  
+ATOM  15329  N   SER F 147      30.817  45.855  41.415  1.00128.89           N  
+ATOM  15330  CA  SER F 147      30.686  46.524  40.124  1.00129.01           C  
+ATOM  15331  C   SER F 147      29.343  47.233  39.990  1.00130.59           C  
+ATOM  15332  O   SER F 147      29.233  48.219  39.251  1.00132.27           O  
+ATOM  15333  CB  SER F 147      30.874  45.520  38.984  1.00127.21           C  
+ATOM  15334  OG  SER F 147      32.182  44.975  38.986  1.00126.77           O  
+ATOM  15335  N   GLY F 148      28.318  46.755  40.691  1.00128.12           N  
+ATOM  15336  CA  GLY F 148      27.009  47.371  40.671  1.00126.42           C  
+ATOM  15337  C   GLY F 148      25.903  46.531  40.069  1.00123.13           C  
+ATOM  15338  O   GLY F 148      24.797  47.048  39.869  1.00118.92           O  
+ATOM  15339  N   THR F 149      26.160  45.257  39.782  1.00124.34           N  
+ATOM  15340  CA  THR F 149      25.184  44.371  39.169  1.00121.49           C  
+ATOM  15341  C   THR F 149      25.336  42.992  39.799  1.00118.77           C  
+ATOM  15342  O   THR F 149      26.404  42.638  40.303  1.00118.77           O  
+ATOM  15343  CB  THR F 149      25.380  44.318  37.641  1.00117.09           C  
+ATOM  15344  OG1 THR F 149      25.277  45.641  37.103  1.00115.99           O  
+ATOM  15345  CG2 THR F 149      24.330  43.444  36.970  1.00109.85           C  
+ATOM  15346  N   ALA F 150      24.258  42.209  39.777  1.00113.26           N  
+ATOM  15347  CA  ALA F 150      24.272  40.856  40.319  1.00107.80           C  
+ATOM  15348  C   ALA F 150      23.713  39.904  39.274  1.00104.00           C  
+ATOM  15349  O   ALA F 150      22.591  40.094  38.795  1.00100.72           O  
+ATOM  15350  CB  ALA F 150      23.458  40.771  41.613  1.00106.60           C  
+ATOM  15351  N   SER F 151      24.490  38.882  38.925  1.00100.42           N  
+ATOM  15352  CA  SER F 151      24.059  37.855  37.982  1.00 97.27           C  
+ATOM  15353  C   SER F 151      24.105  36.506  38.686  1.00 90.71           C  
+ATOM  15354  O   SER F 151      25.189  36.001  38.999  1.00 89.36           O  
+ATOM  15355  CB  SER F 151      24.936  37.847  36.731  1.00100.81           C  
+ATOM  15356  OG  SER F 151      24.721  39.008  35.947  1.00101.30           O  
+ATOM  15357  N   VAL F 152      22.934  35.928  38.937  1.00 88.77           N  
+ATOM  15358  CA  VAL F 152      22.828  34.591  39.511  1.00 86.02           C  
+ATOM  15359  C   VAL F 152      22.547  33.615  38.377  1.00 81.58           C  
+ATOM  15360  O   VAL F 152      21.680  33.867  37.531  1.00 79.25           O  
+ATOM  15361  CB  VAL F 152      21.743  34.528  40.600  1.00 79.04           C  
+ATOM  15362  CG1 VAL F 152      20.433  35.115  40.101  1.00 74.58           C  
+ATOM  15363  CG2 VAL F 152      21.547  33.097  41.078  1.00 77.38           C  
+ATOM  15364  N   VAL F 153      23.281  32.506  38.341  1.00 75.91           N  
+ATOM  15365  CA  VAL F 153      23.197  31.579  37.218  1.00 76.84           C  
+ATOM  15366  C   VAL F 153      22.637  30.245  37.692  1.00 76.96           C  
+ATOM  15367  O   VAL F 153      22.961  29.770  38.786  1.00 76.39           O  
+ATOM  15368  CB  VAL F 153      24.554  31.392  36.506  1.00 77.08           C  
+ATOM  15369  CG1 VAL F 153      24.966  32.682  35.812  1.00 77.43           C  
+ATOM  15370  CG2 VAL F 153      25.614  30.957  37.477  1.00 77.57           C  
+ATOM  15371  N   CYS F 154      21.773  29.659  36.867  1.00 76.15           N  
+ATOM  15372  CA  CYS F 154      21.199  28.339  37.096  1.00 73.34           C  
+ATOM  15373  C   CYS F 154      21.645  27.441  35.951  1.00 71.72           C  
+ATOM  15374  O   CYS F 154      21.395  27.751  34.780  1.00 72.12           O  
+ATOM  15375  CB  CYS F 154      19.672  28.417  37.176  1.00 71.46           C  
+ATOM  15376  SG  CYS F 154      18.810  26.903  37.674  1.00 73.46           S  
+ATOM  15377  N   LEU F 155      22.310  26.341  36.290  1.00 67.22           N  
+ATOM  15378  CA  LEU F 155      22.929  25.442  35.326  1.00 66.72           C  
+ATOM  15379  C   LEU F 155      22.186  24.113  35.311  1.00 66.22           C  
+ATOM  15380  O   LEU F 155      22.079  23.446  36.346  1.00 66.55           O  
+ATOM  15381  CB  LEU F 155      24.403  25.223  35.666  1.00 64.96           C  
+ATOM  15382  CG  LEU F 155      25.112  24.071  34.952  1.00 65.82           C  
+ATOM  15383  CD1 LEU F 155      25.163  24.307  33.455  1.00 64.41           C  
+ATOM  15384  CD2 LEU F 155      26.510  23.870  35.517  1.00 68.17           C  
+ATOM  15385  N   LEU F 156      21.680  23.738  34.139  1.00 65.20           N  
+ATOM  15386  CA  LEU F 156      21.108  22.422  33.890  1.00 64.00           C  
+ATOM  15387  C   LEU F 156      22.116  21.623  33.075  1.00 62.37           C  
+ATOM  15388  O   LEU F 156      22.499  22.041  31.978  1.00 64.36           O  
+ATOM  15389  CB  LEU F 156      19.777  22.528  33.142  1.00 63.47           C  
+ATOM  15390  CG  LEU F 156      18.522  23.126  33.790  1.00 65.15           C  
+ATOM  15391  CD1 LEU F 156      18.695  24.580  34.212  1.00 67.40           C  
+ATOM  15392  CD2 LEU F 156      17.352  22.996  32.829  1.00 65.56           C  
+ATOM  15393  N   ASN F 157      22.547  20.482  33.603  1.00 60.28           N  
+ATOM  15394  CA  ASN F 157      23.673  19.750  33.042  1.00 63.73           C  
+ATOM  15395  C   ASN F 157      23.225  18.379  32.557  1.00 63.47           C  
+ATOM  15396  O   ASN F 157      22.545  17.646  33.288  1.00 60.55           O  
+ATOM  15397  CB  ASN F 157      24.793  19.607  34.076  1.00 67.61           C  
+ATOM  15398  CG  ASN F 157      26.158  19.461  33.439  1.00 71.25           C  
+ATOM  15399  OD1 ASN F 157      26.901  18.528  33.741  1.00 80.12           O  
+ATOM  15400  ND2 ASN F 157      26.496  20.387  32.549  1.00 71.01           N  
+ATOM  15401  N   ASN F 158      23.611  18.051  31.322  1.00 64.25           N  
+ATOM  15402  CA  ASN F 158      23.484  16.719  30.724  1.00 61.88           C  
+ATOM  15403  C   ASN F 158      22.051  16.188  30.820  1.00 60.17           C  
+ATOM  15404  O   ASN F 158      21.746  15.247  31.552  1.00 61.05           O  
+ATOM  15405  CB  ASN F 158      24.482  15.747  31.360  1.00 64.95           C  
+ATOM  15406  CG  ASN F 158      25.922  16.179  31.162  1.00 67.81           C  
+ATOM  15407  OD1 ASN F 158      26.701  16.238  32.113  1.00 71.96           O  
+ATOM  15408  ND2 ASN F 158      26.283  16.486  29.921  1.00 69.31           N  
+ATOM  15409  N   PHE F 159      21.176  16.821  30.042  1.00 58.64           N  
+ATOM  15410  CA  PHE F 159      19.779  16.423  29.973  1.00 58.29           C  
+ATOM  15411  C   PHE F 159      19.359  16.204  28.527  1.00 59.79           C  
+ATOM  15412  O   PHE F 159      19.981  16.709  27.588  1.00 57.86           O  
+ATOM  15413  CB  PHE F 159      18.856  17.458  30.631  1.00 55.70           C  
+ATOM  15414  CG  PHE F 159      18.899  18.815  29.989  1.00 55.10           C  
+ATOM  15415  CD1 PHE F 159      19.839  19.752  30.385  1.00 58.10           C  
+ATOM  15416  CD2 PHE F 159      17.988  19.162  29.005  1.00 54.84           C  
+ATOM  15417  CE1 PHE F 159      19.877  21.005  29.802  1.00 60.19           C  
+ATOM  15418  CE2 PHE F 159      18.022  20.412  28.419  1.00 55.25           C  
+ATOM  15419  CZ  PHE F 159      18.967  21.335  28.818  1.00 58.21           C  
+ATOM  15420  N   TYR F 160      18.279  15.434  28.367  1.00 58.99           N  
+ATOM  15421  CA  TYR F 160      17.678  15.187  27.068  1.00 56.54           C  
+ATOM  15422  C   TYR F 160      16.219  14.837  27.295  1.00 57.71           C  
+ATOM  15423  O   TYR F 160      15.926  14.074  28.226  1.00 58.37           O  
+ATOM  15424  CB  TYR F 160      18.385  14.049  26.331  1.00 58.28           C  
+ATOM  15425  CG  TYR F 160      18.006  13.992  24.879  1.00 61.88           C  
+ATOM  15426  CD1 TYR F 160      18.692  14.759  23.958  1.00 61.85           C  
+ATOM  15427  CD2 TYR F 160      16.961  13.194  24.428  1.00 59.70           C  
+ATOM  15428  CE1 TYR F 160      18.367  14.740  22.636  1.00 62.46           C  
+ATOM  15429  CE2 TYR F 160      16.623  13.168  23.086  1.00 58.74           C  
+ATOM  15430  CZ  TYR F 160      17.341  13.950  22.201  1.00 66.59           C  
+ATOM  15431  OH  TYR F 160      17.065  13.974  20.861  1.00 73.75           O  
+ATOM  15432  N   PRO F 161      15.280  15.342  26.474  1.00 54.29           N  
+ATOM  15433  CA  PRO F 161      15.457  16.189  25.288  1.00 55.34           C  
+ATOM  15434  C   PRO F 161      15.832  17.641  25.579  1.00 59.11           C  
+ATOM  15435  O   PRO F 161      16.043  18.022  26.729  1.00 60.72           O  
+ATOM  15436  CB  PRO F 161      14.085  16.124  24.611  1.00 58.06           C  
+ATOM  15437  CG  PRO F 161      13.140  15.883  25.721  1.00 56.90           C  
+ATOM  15438  CD  PRO F 161      13.864  14.993  26.686  1.00 57.54           C  
+ATOM  15439  N   ARG F 162      15.903  18.439  24.510  1.00 62.64           N  
+ATOM  15440  CA  ARG F 162      16.404  19.805  24.616  1.00 63.30           C  
+ATOM  15441  C   ARG F 162      15.459  20.704  25.404  1.00 64.31           C  
+ATOM  15442  O   ARG F 162      15.906  21.673  26.027  1.00 64.19           O  
+ATOM  15443  CB  ARG F 162      16.635  20.379  23.217  1.00 66.63           C  
+ATOM  15444  CG  ARG F 162      17.367  21.710  23.192  1.00 70.73           C  
+ATOM  15445  CD  ARG F 162      17.511  22.229  21.771  1.00 78.45           C  
+ATOM  15446  NE  ARG F 162      18.371  23.407  21.703  1.00 87.24           N  
+ATOM  15447  CZ  ARG F 162      17.951  24.653  21.893  1.00 93.17           C  
+ATOM  15448  NH1 ARG F 162      16.677  24.892  22.171  1.00100.76           N  
+ATOM  15449  NH2 ARG F 162      18.808  25.662  21.810  1.00 99.30           N  
+ATOM  15450  N   GLU F 163      14.163  20.403  25.397  1.00 65.85           N  
+ATOM  15451  CA  GLU F 163      13.173  21.310  25.966  1.00 67.02           C  
+ATOM  15452  C   GLU F 163      13.125  21.140  27.479  1.00 68.96           C  
+ATOM  15453  O   GLU F 163      12.755  20.074  27.981  1.00 76.20           O  
+ATOM  15454  CB  GLU F 163      11.795  21.062  25.355  1.00 67.47           C  
+ATOM  15455  CG  GLU F 163      11.675  21.422  23.880  1.00 69.62           C  
+ATOM  15456  CD  GLU F 163      12.400  20.449  22.971  1.00 67.54           C  
+ATOM  15457  OE1 GLU F 163      12.571  19.278  23.369  1.00 65.50           O  
+ATOM  15458  OE2 GLU F 163      12.801  20.857  21.861  1.00 70.24           O  
+ATOM  15459  N   ALA F 164      13.485  22.198  28.200  1.00 65.67           N  
+ATOM  15460  CA  ALA F 164      13.413  22.214  29.653  1.00 66.85           C  
+ATOM  15461  C   ALA F 164      13.040  23.623  30.080  1.00 67.97           C  
+ATOM  15462  O   ALA F 164      13.638  24.592  29.604  1.00 69.65           O  
+ATOM  15463  CB  ALA F 164      14.741  21.790  30.287  1.00 61.54           C  
+ATOM  15464  N   LYS F 165      12.062  23.734  30.972  1.00 66.23           N  
+ATOM  15465  CA  LYS F 165      11.561  25.030  31.394  1.00 66.81           C  
+ATOM  15466  C   LYS F 165      12.209  25.422  32.712  1.00 65.43           C  
+ATOM  15467  O   LYS F 165      12.338  24.601  33.625  1.00 64.79           O  
+ATOM  15468  CB  LYS F 165      10.039  25.003  31.546  1.00 70.29           C  
+ATOM  15469  CG  LYS F 165       9.301  24.655  30.265  1.00 76.04           C  
+ATOM  15470  CD  LYS F 165       9.347  25.794  29.262  1.00 76.69           C  
+ATOM  15471  CE  LYS F 165       8.426  25.521  28.083  1.00 77.89           C  
+ATOM  15472  NZ  LYS F 165       8.290  26.702  27.188  1.00 75.37           N  
+ATOM  15473  N   VAL F 166      12.606  26.687  32.803  1.00 67.63           N  
+ATOM  15474  CA  VAL F 166      13.270  27.230  33.979  1.00 67.75           C  
+ATOM  15475  C   VAL F 166      12.534  28.494  34.382  1.00 71.28           C  
+ATOM  15476  O   VAL F 166      12.358  29.404  33.563  1.00 74.16           O  
+ATOM  15477  CB  VAL F 166      14.758  27.537  33.718  1.00 66.45           C  
+ATOM  15478  CG1 VAL F 166      15.432  28.010  34.998  1.00 66.50           C  
+ATOM  15479  CG2 VAL F 166      15.468  26.317  33.157  1.00 68.51           C  
+ATOM  15480  N   GLN F 167      12.114  28.555  35.636  1.00 76.80           N  
+ATOM  15481  CA  GLN F 167      11.469  29.734  36.183  1.00 79.92           C  
+ATOM  15482  C   GLN F 167      12.315  30.261  37.328  1.00 78.57           C  
+ATOM  15483  O   GLN F 167      12.908  29.486  38.083  1.00 73.70           O  
+ATOM  15484  CB  GLN F 167      10.054  29.419  36.675  1.00 82.26           C  
+ATOM  15485  CG  GLN F 167       9.032  29.273  35.565  1.00 87.15           C  
+ATOM  15486  CD  GLN F 167       7.643  28.968  36.088  1.00 94.75           C  
+ATOM  15487  OE1 GLN F 167       7.485  28.364  37.149  1.00 92.53           O  
+ATOM  15488  NE2 GLN F 167       6.627  29.391  35.345  1.00 97.52           N  
+ATOM  15489  N   TRP F 168      12.370  31.578  37.453  1.00 81.61           N  
+ATOM  15490  CA  TRP F 168      13.115  32.222  38.522  1.00 82.69           C  
+ATOM  15491  C   TRP F 168      12.138  32.715  39.573  1.00 85.72           C  
+ATOM  15492  O   TRP F 168      11.105  33.306  39.240  1.00 87.08           O  
+ATOM  15493  CB  TRP F 168      13.958  33.383  37.997  1.00 81.36           C  
+ATOM  15494  CG  TRP F 168      15.229  32.946  37.377  1.00 80.96           C  
+ATOM  15495  CD1 TRP F 168      15.482  32.785  36.049  1.00 79.70           C  
+ATOM  15496  CD2 TRP F 168      16.440  32.610  38.062  1.00 78.63           C  
+ATOM  15497  NE1 TRP F 168      16.777  32.368  35.863  1.00 78.16           N  
+ATOM  15498  CE2 TRP F 168      17.386  32.254  37.084  1.00 76.23           C  
+ATOM  15499  CE3 TRP F 168      16.815  32.577  39.409  1.00 78.69           C  
+ATOM  15500  CZ2 TRP F 168      18.684  31.868  37.408  1.00 76.35           C  
+ATOM  15501  CZ3 TRP F 168      18.104  32.194  39.729  1.00 76.12           C  
+ATOM  15502  CH2 TRP F 168      19.023  31.845  38.732  1.00 77.62           C  
+ATOM  15503  N   LYS F 169      12.463  32.464  40.836  1.00 83.32           N  
+ATOM  15504  CA  LYS F 169      11.653  32.907  41.958  1.00 83.21           C  
+ATOM  15505  C   LYS F 169      12.551  33.685  42.905  1.00 84.93           C  
+ATOM  15506  O   LYS F 169      13.534  33.147  43.429  1.00 82.62           O  
+ATOM  15507  CB  LYS F 169      10.988  31.731  42.681  1.00 82.65           C  
+ATOM  15508  CG  LYS F 169       9.804  31.118  41.944  1.00 86.17           C  
+ATOM  15509  CD  LYS F 169       9.322  29.842  42.625  1.00 88.74           C  
+ATOM  15510  CE  LYS F 169       8.041  29.333  41.980  1.00 91.30           C  
+ATOM  15511  NZ  LYS F 169       6.906  30.271  42.217  1.00 89.13           N  
+ATOM  15512  N   VAL F 170      12.200  34.943  43.124  1.00 87.87           N  
+ATOM  15513  CA  VAL F 170      12.880  35.819  44.062  1.00 92.66           C  
+ATOM  15514  C   VAL F 170      11.869  36.113  45.162  1.00 95.60           C  
+ATOM  15515  O   VAL F 170      10.911  36.870  44.958  1.00 92.16           O  
+ATOM  15516  CB  VAL F 170      13.397  37.089  43.369  1.00 93.52           C  
+ATOM  15517  CG1 VAL F 170      14.082  38.027  44.349  1.00 98.84           C  
+ATOM  15518  CG2 VAL F 170      14.361  36.699  42.244  1.00 93.26           C  
+ATOM  15519  N   ASP F 171      12.082  35.483  46.321  1.00 95.55           N  
+ATOM  15520  CA  ASP F 171      11.166  35.540  47.461  1.00 94.92           C  
+ATOM  15521  C   ASP F 171       9.798  34.975  47.084  1.00 96.47           C  
+ATOM  15522  O   ASP F 171       8.763  35.599  47.320  1.00101.44           O  
+ATOM  15523  CB  ASP F 171      11.044  36.969  47.985  1.00101.41           C  
+ATOM  15524  CG  ASP F 171      12.395  37.598  48.225  1.00110.21           C  
+ATOM  15525  OD1 ASP F 171      13.394  36.994  47.771  1.00121.70           O  
+ATOM  15526  OD2 ASP F 171      12.476  38.670  48.863  1.00107.76           O  
+ATOM  15527  N   ASN F 172       9.798  33.820  46.413  1.00 94.77           N  
+ATOM  15528  CA  ASN F 172       8.566  33.173  45.961  1.00 94.70           C  
+ATOM  15529  C   ASN F 172       7.817  34.011  44.929  1.00 93.79           C  
+ATOM  15530  O   ASN F 172       6.753  33.605  44.448  1.00 94.32           O  
+ATOM  15531  CB  ASN F 172       7.651  32.858  47.153  1.00 97.95           C  
+ATOM  15532  CG  ASN F 172       8.234  31.801  48.061  1.00 95.71           C  
+ATOM  15533  OD1 ASN F 172       9.014  32.095  48.961  1.00 92.00           O  
+ATOM  15534  ND2 ASN F 172       7.878  30.547  47.804  1.00101.15           N  
+ATOM  15535  N   ALA F 173       8.365  35.168  44.564  1.00 94.84           N  
+ATOM  15536  CA  ALA F 173       7.779  35.999  43.520  1.00 96.49           C  
+ATOM  15537  C   ALA F 173       8.351  35.566  42.176  1.00 95.59           C  
+ATOM  15538  O   ALA F 173       9.574  35.547  41.990  1.00 94.50           O  
+ATOM  15539  CB  ALA F 173       8.037  37.484  43.776  1.00 92.82           C  
+ATOM  15540  N   LEU F 174       7.469  35.202  41.251  1.00 92.76           N  
+ATOM  15541  CA  LEU F 174       7.905  34.744  39.939  1.00 91.94           C  
+ATOM  15542  C   LEU F 174       8.488  35.902  39.138  1.00 91.40           C  
+ATOM  15543  O   LEU F 174       7.910  36.991  39.089  1.00 92.99           O  
+ATOM  15544  CB  LEU F 174       6.737  34.112  39.184  1.00 94.30           C  
+ATOM  15545  CG  LEU F 174       7.028  33.594  37.775  1.00 91.94           C  
+ATOM  15546  CD1 LEU F 174       8.100  32.521  37.816  1.00 89.67           C  
+ATOM  15547  CD2 LEU F 174       5.757  33.065  37.134  1.00 98.61           C  
+ATOM  15548  N   GLN F 175       9.641  35.666  38.517  1.00 90.30           N  
+ATOM  15549  CA  GLN F 175      10.317  36.668  37.708  1.00 89.75           C  
+ATOM  15550  C   GLN F 175       9.979  36.470  36.236  1.00 90.62           C  
+ATOM  15551  O   GLN F 175       9.685  35.357  35.791  1.00 90.70           O  
+ATOM  15552  CB  GLN F 175      11.833  36.604  37.905  1.00 88.40           C  
+ATOM  15553  CG  GLN F 175      12.275  36.746  39.347  1.00 88.08           C  
+ATOM  15554  CD  GLN F 175      11.956  38.113  39.921  1.00 92.24           C  
+ATOM  15555  OE1 GLN F 175      12.352  39.139  39.368  1.00 92.00           O  
+ATOM  15556  NE2 GLN F 175      11.233  38.133  41.034  1.00 91.99           N  
+ATOM  15557  N   SER F 176      10.022  37.566  35.483  1.00 90.30           N  
+ATOM  15558  CA  SER F 176       9.733  37.524  34.057  1.00 91.85           C  
+ATOM  15559  C   SER F 176      10.385  38.723  33.387  1.00 93.36           C  
+ATOM  15560  O   SER F 176      10.312  39.843  33.900  1.00 92.04           O  
+ATOM  15561  CB  SER F 176       8.222  37.519  33.793  1.00 90.32           C  
+ATOM  15562  OG  SER F 176       7.618  38.714  34.256  1.00 93.36           O  
+ATOM  15563  N   GLY F 177      11.021  38.479  32.244  1.00 95.85           N  
+ATOM  15564  CA  GLY F 177      11.636  39.543  31.478  1.00 98.81           C  
+ATOM  15565  C   GLY F 177      12.959  40.041  32.011  1.00 95.12           C  
+ATOM  15566  O   GLY F 177      13.421  41.103  31.578  1.00 94.56           O  
+ATOM  15567  N   ASN F 178      13.587  39.312  32.937  1.00 94.15           N  
+ATOM  15568  CA  ASN F 178      14.860  39.725  33.516  1.00 95.11           C  
+ATOM  15569  C   ASN F 178      15.868  38.580  33.557  1.00 94.13           C  
+ATOM  15570  O   ASN F 178      16.795  38.607  34.374  1.00 92.61           O  
+ATOM  15571  CB  ASN F 178      14.650  40.299  34.920  1.00 98.89           C  
+ATOM  15572  CG  ASN F 178      13.942  39.330  35.846  1.00 97.04           C  
+ATOM  15573  OD1 ASN F 178      13.330  38.359  35.399  1.00 95.88           O  
+ATOM  15574  ND2 ASN F 178      14.019  39.591  37.146  1.00106.10           N  
+ATOM  15575  N   SER F 179      15.711  37.581  32.692  1.00 94.18           N  
+ATOM  15576  CA  SER F 179      16.615  36.442  32.639  1.00 93.57           C  
+ATOM  15577  C   SER F 179      16.872  36.072  31.186  1.00 94.39           C  
+ATOM  15578  O   SER F 179      16.043  36.328  30.309  1.00 94.88           O  
+ATOM  15579  CB  SER F 179      16.050  35.235  33.400  1.00 89.91           C  
+ATOM  15580  OG  SER F 179      14.791  34.849  32.877  1.00 90.83           O  
+ATOM  15581  N   GLN F 180      18.031  35.464  30.940  1.00 91.23           N  
+ATOM  15582  CA  GLN F 180      18.421  35.054  29.597  1.00 94.47           C  
+ATOM  15583  C   GLN F 180      18.964  33.633  29.620  1.00 89.07           C  
+ATOM  15584  O   GLN F 180      19.741  33.270  30.506  1.00 85.42           O  
+ATOM  15585  CB  GLN F 180      19.471  36.006  29.008  1.00 99.86           C  
+ATOM  15586  CG  GLN F 180      18.924  37.376  28.635  1.00107.77           C  
+ATOM  15587  CD  GLN F 180      19.962  38.260  27.974  1.00106.54           C  
+ATOM  15588  OE1 GLN F 180      21.120  38.297  28.392  1.00104.23           O  
+ATOM  15589  NE2 GLN F 180      19.552  38.980  26.936  1.00106.84           N  
+ATOM  15590  N   GLU F 181      18.568  32.837  28.630  1.00 85.30           N  
+ATOM  15591  CA  GLU F 181      18.949  31.435  28.544  1.00 81.98           C  
+ATOM  15592  C   GLU F 181      19.943  31.208  27.411  1.00 79.68           C  
+ATOM  15593  O   GLU F 181      19.946  31.925  26.407  1.00 80.72           O  
+ATOM  15594  CB  GLU F 181      17.723  30.541  28.332  1.00 81.20           C  
+ATOM  15595  CG  GLU F 181      16.819  30.418  29.546  1.00 87.70           C  
+ATOM  15596  CD  GLU F 181      15.716  29.397  29.345  1.00 96.35           C  
+ATOM  15597  OE1 GLU F 181      15.662  28.786  28.256  1.00 92.70           O  
+ATOM  15598  OE2 GLU F 181      14.904  29.205  30.274  1.00101.53           O  
+ATOM  15599  N   SER F 182      20.791  30.195  27.589  1.00 74.47           N  
+ATOM  15600  CA  SER F 182      21.743  29.791  26.561  1.00 73.25           C  
+ATOM  15601  C   SER F 182      21.920  28.281  26.618  1.00 72.13           C  
+ATOM  15602  O   SER F 182      22.230  27.733  27.680  1.00 73.25           O  
+ATOM  15603  CB  SER F 182      23.091  30.494  26.749  1.00 77.06           C  
+ATOM  15604  OG  SER F 182      24.012  30.109  25.743  1.00 78.45           O  
+ATOM  15605  N   VAL F 183      21.749  27.618  25.476  1.00 70.97           N  
+ATOM  15606  CA  VAL F 183      21.794  26.163  25.387  1.00 69.46           C  
+ATOM  15607  C   VAL F 183      22.992  25.756  24.542  1.00 71.63           C  
+ATOM  15608  O   VAL F 183      23.301  26.400  23.533  1.00 71.74           O  
+ATOM  15609  CB  VAL F 183      20.494  25.592  24.784  1.00 70.73           C  
+ATOM  15610  CG1 VAL F 183      20.475  24.072  24.885  1.00 68.20           C  
+ATOM  15611  CG2 VAL F 183      19.275  26.195  25.458  1.00 78.11           C  
+ATOM  15612  N   THR F 184      23.665  24.685  24.956  1.00 67.31           N  
+ATOM  15613  CA  THR F 184      24.801  24.180  24.206  1.00 64.47           C  
+ATOM  15614  C   THR F 184      24.319  23.350  23.019  1.00 64.31           C  
+ATOM  15615  O   THR F 184      23.140  23.005  22.902  1.00 66.27           O  
+ATOM  15616  CB  THR F 184      25.711  23.334  25.097  1.00 65.12           C  
+ATOM  15617  OG1 THR F 184      25.028  22.134  25.482  1.00 65.56           O  
+ATOM  15618  CG2 THR F 184      26.110  24.103  26.343  1.00 67.09           C  
+ATOM  15619  N   GLU F 185      25.251  23.027  22.130  1.00 71.04           N  
+ATOM  15620  CA  GLU F 185      24.954  22.086  21.065  1.00 69.48           C  
+ATOM  15621  C   GLU F 185      24.960  20.660  21.607  1.00 66.00           C  
+ATOM  15622  O   GLU F 185      25.535  20.370  22.660  1.00 63.32           O  
+ATOM  15623  CB  GLU F 185      25.960  22.223  19.924  1.00 75.64           C  
+ATOM  15624  CG  GLU F 185      25.356  22.000  18.548  1.00 83.91           C  
+ATOM  15625  CD  GLU F 185      25.038  23.300  17.835  1.00 91.22           C  
+ATOM  15626  OE1 GLU F 185      25.757  24.295  18.063  1.00 90.15           O  
+ATOM  15627  OE2 GLU F 185      24.069  23.327  17.047  1.00 93.77           O  
+ATOM  15628  N   GLN F 186      24.293  19.768  20.876  1.00 68.41           N  
+ATOM  15629  CA  GLN F 186      24.195  18.378  21.302  1.00 66.01           C  
+ATOM  15630  C   GLN F 186      25.584  17.763  21.416  1.00 65.45           C  
+ATOM  15631  O   GLN F 186      26.404  17.872  20.500  1.00 66.33           O  
+ATOM  15632  CB  GLN F 186      23.339  17.584  20.315  1.00 66.02           C  
+ATOM  15633  CG  GLN F 186      22.755  16.303  20.888  1.00 64.40           C  
+ATOM  15634  CD  GLN F 186      21.703  15.689  19.985  1.00 65.54           C  
+ATOM  15635  OE1 GLN F 186      21.488  16.146  18.861  1.00 65.90           O  
+ATOM  15636  NE2 GLN F 186      21.038  14.648  20.473  1.00 63.52           N  
+ATOM  15637  N   ASP F 187      25.846  17.119  22.550  1.00 64.80           N  
+ATOM  15638  CA  ASP F 187      27.158  16.540  22.796  1.00 66.36           C  
+ATOM  15639  C   ASP F 187      27.414  15.365  21.860  1.00 70.12           C  
+ATOM  15640  O   ASP F 187      26.529  14.544  21.608  1.00 69.93           O  
+ATOM  15641  CB  ASP F 187      27.270  16.090  24.251  1.00 66.96           C  
+ATOM  15642  CG  ASP F 187      28.686  15.719  24.641  1.00 72.50           C  
+ATOM  15643  OD1 ASP F 187      29.502  16.637  24.868  1.00 77.68           O  
+ATOM  15644  OD2 ASP F 187      28.981  14.509  24.726  1.00 70.77           O  
+ATOM  15645  N   SER F 188      28.639  15.290  21.342  1.00 71.08           N  
+ATOM  15646  CA  SER F 188      29.010  14.232  20.412  1.00 67.88           C  
+ATOM  15647  C   SER F 188      29.286  12.903  21.101  1.00 71.55           C  
+ATOM  15648  O   SER F 188      29.521  11.906  20.411  1.00 70.02           O  
+ATOM  15649  CB  SER F 188      30.240  14.651  19.604  1.00 68.79           C  
+ATOM  15650  OG  SER F 188      31.355  14.868  20.453  1.00 77.64           O  
+ATOM  15651  N   LYS F 189      29.265  12.863  22.432  1.00 72.65           N  
+ATOM  15652  CA  LYS F 189      29.585  11.658  23.185  1.00 75.51           C  
+ATOM  15653  C   LYS F 189      28.353  10.989  23.775  1.00 76.42           C  
+ATOM  15654  O   LYS F 189      28.114   9.803  23.527  1.00 78.45           O  
+ATOM  15655  CB  LYS F 189      30.576  12.001  24.307  1.00 85.67           C  
+ATOM  15656  CG  LYS F 189      31.997  12.273  23.830  1.00 92.82           C  
+ATOM  15657  CD  LYS F 189      32.671  11.036  23.266  1.00 95.68           C  
+ATOM  15658  CE  LYS F 189      34.059  11.378  22.744  1.00 95.22           C  
+ATOM  15659  NZ  LYS F 189      34.942  11.911  23.818  1.00 92.43           N  
+ATOM  15660  N   ASP F 190      27.555  11.724  24.550  1.00 73.91           N  
+ATOM  15661  CA  ASP F 190      26.356  11.185  25.177  1.00 69.63           C  
+ATOM  15662  C   ASP F 190      25.066  11.769  24.614  1.00 68.74           C  
+ATOM  15663  O   ASP F 190      23.984  11.416  25.094  1.00 68.48           O  
+ATOM  15664  CB  ASP F 190      26.408  11.398  26.697  1.00 70.55           C  
+ATOM  15665  CG  ASP F 190      26.559  12.859  27.086  1.00 68.01           C  
+ATOM  15666  OD1 ASP F 190      26.500  13.733  26.197  1.00 70.29           O  
+ATOM  15667  OD2 ASP F 190      26.735  13.135  28.291  1.00 67.12           O  
+ATOM  15668  N   SER F 191      25.155  12.663  23.626  1.00 66.91           N  
+ATOM  15669  CA  SER F 191      23.988  13.216  22.934  1.00 64.69           C  
+ATOM  15670  C   SER F 191      23.090  14.024  23.868  1.00 65.10           C  
+ATOM  15671  O   SER F 191      21.874  14.088  23.672  1.00 65.64           O  
+ATOM  15672  CB  SER F 191      23.181  12.118  22.235  1.00 60.38           C  
+ATOM  15673  OG  SER F 191      24.004  11.350  21.374  1.00 63.69           O  
+ATOM  15674  N   THR F 192      23.672  14.654  24.885  1.00 65.18           N  
+ATOM  15675  CA  THR F 192      22.909  15.431  25.848  1.00 64.06           C  
+ATOM  15676  C   THR F 192      23.079  16.924  25.576  1.00 61.08           C  
+ATOM  15677  O   THR F 192      23.826  17.345  24.690  1.00 64.83           O  
+ATOM  15678  CB  THR F 192      23.335  15.087  27.277  1.00 64.03           C  
+ATOM  15679  OG1 THR F 192      24.707  15.454  27.471  1.00 66.75           O  
+ATOM  15680  CG2 THR F 192      23.170  13.600  27.539  1.00 63.70           C  
+ATOM  15681  N   TYR F 193      22.369  17.735  26.357  1.00 61.74           N  
+ATOM  15682  CA  TYR F 193      22.439  19.185  26.269  1.00 61.91           C  
+ATOM  15683  C   TYR F 193      22.747  19.771  27.640  1.00 63.28           C  
+ATOM  15684  O   TYR F 193      22.637  19.102  28.671  1.00 62.85           O  
+ATOM  15685  CB  TYR F 193      21.130  19.787  25.736  1.00 61.14           C  
+ATOM  15686  CG  TYR F 193      20.754  19.350  24.339  1.00 64.12           C  
+ATOM  15687  CD1 TYR F 193      19.980  18.218  24.129  1.00 63.09           C  
+ATOM  15688  CD2 TYR F 193      21.160  20.081  23.230  1.00 66.21           C  
+ATOM  15689  CE1 TYR F 193      19.629  17.821  22.855  1.00 63.10           C  
+ATOM  15690  CE2 TYR F 193      20.814  19.690  21.950  1.00 66.31           C  
+ATOM  15691  CZ  TYR F 193      20.048  18.558  21.769  1.00 66.09           C  
+ATOM  15692  OH  TYR F 193      19.697  18.160  20.499  1.00 68.46           O  
+ATOM  15693  N   SER F 194      23.135  21.044  27.638  1.00 62.05           N  
+ATOM  15694  CA  SER F 194      23.314  21.808  28.862  1.00 63.48           C  
+ATOM  15695  C   SER F 194      22.773  23.213  28.643  1.00 65.96           C  
+ATOM  15696  O   SER F 194      22.866  23.768  27.545  1.00 67.97           O  
+ATOM  15697  CB  SER F 194      24.785  21.859  29.296  1.00 67.72           C  
+ATOM  15698  OG  SER F 194      25.237  20.581  29.710  1.00 68.71           O  
+ATOM  15699  N   LEU F 195      22.208  23.781  29.703  1.00 64.76           N  
+ATOM  15700  CA  LEU F 195      21.547  25.076  29.657  1.00 68.77           C  
+ATOM  15701  C   LEU F 195      22.040  25.944  30.803  1.00 70.14           C  
+ATOM  15702  O   LEU F 195      22.291  25.452  31.906  1.00 70.83           O  
+ATOM  15703  CB  LEU F 195      20.019  24.914  29.736  1.00 71.26           C  
+ATOM  15704  CG  LEU F 195      19.128  26.146  29.935  1.00 75.92           C  
+ATOM  15705  CD1 LEU F 195      19.346  27.197  28.863  1.00 79.59           C  
+ATOM  15706  CD2 LEU F 195      17.664  25.734  29.983  1.00 79.65           C  
+ATOM  15707  N   SER F 196      22.181  27.238  30.534  1.00 69.64           N  
+ATOM  15708  CA  SER F 196      22.546  28.213  31.551  1.00 71.04           C  
+ATOM  15709  C   SER F 196      21.544  29.352  31.484  1.00 73.29           C  
+ATOM  15710  O   SER F 196      21.383  29.977  30.430  1.00 75.07           O  
+ATOM  15711  CB  SER F 196      23.973  28.731  31.345  1.00 72.13           C  
+ATOM  15712  OG  SER F 196      24.015  29.728  30.339  1.00 77.62           O  
+ATOM  15713  N   SER F 197      20.866  29.609  32.598  1.00 73.03           N  
+ATOM  15714  CA  SER F 197      19.916  30.707  32.708  1.00 75.49           C  
+ATOM  15715  C   SER F 197      20.489  31.731  33.676  1.00 75.31           C  
+ATOM  15716  O   SER F 197      20.721  31.419  34.848  1.00 75.85           O  
+ATOM  15717  CB  SER F 197      18.549  30.212  33.181  1.00 76.47           C  
+ATOM  15718  OG  SER F 197      17.557  31.210  33.009  1.00 75.42           O  
+ATOM  15719  N   THR F 198      20.710  32.944  33.189  1.00 77.85           N  
+ATOM  15720  CA  THR F 198      21.312  34.013  33.972  1.00 79.44           C  
+ATOM  15721  C   THR F 198      20.238  35.034  34.313  1.00 83.41           C  
+ATOM  15722  O   THR F 198      19.611  35.605  33.412  1.00 84.40           O  
+ATOM  15723  CB  THR F 198      22.460  34.675  33.210  1.00 76.72           C  
+ATOM  15724  OG1 THR F 198      23.410  33.679  32.812  1.00 77.37           O  
+ATOM  15725  CG2 THR F 198      23.154  35.706  34.087  1.00 80.13           C  
+ATOM  15726  N   LEU F 199      20.009  35.231  35.609  1.00 82.95           N  
+ATOM  15727  CA  LEU F 199      19.118  36.263  36.114  1.00 86.32           C  
+ATOM  15728  C   LEU F 199      19.969  37.454  36.532  1.00 89.71           C  
+ATOM  15729  O   LEU F 199      20.858  37.320  37.383  1.00 88.29           O  
+ATOM  15730  CB  LEU F 199      18.294  35.744  37.292  1.00 85.37           C  
+ATOM  15731  CG  LEU F 199      17.361  36.737  37.988  1.00 87.14           C  
+ATOM  15732  CD1 LEU F 199      16.126  36.987  37.144  1.00 89.76           C  
+ATOM  15733  CD2 LEU F 199      16.977  36.239  39.373  1.00 88.76           C  
+ATOM  15734  N   THR F 200      19.700  38.609  35.930  1.00 93.75           N  
+ATOM  15735  CA  THR F 200      20.483  39.817  36.141  1.00 99.85           C  
+ATOM  15736  C   THR F 200      19.629  40.859  36.851  1.00101.01           C  
+ATOM  15737  O   THR F 200      18.518  41.168  36.408  1.00 99.89           O  
+ATOM  15738  CB  THR F 200      21.016  40.368  34.813  1.00 97.46           C  
+ATOM  15739  OG1 THR F 200      21.528  41.693  35.010  1.00 96.65           O  
+ATOM  15740  CG2 THR F 200      19.922  40.393  33.749  1.00 92.03           C  
+ATOM  15741  N   LEU F 201      20.145  41.382  37.961  1.00103.77           N  
+ATOM  15742  CA  LEU F 201      19.466  42.408  38.734  1.00108.44           C  
+ATOM  15743  C   LEU F 201      20.477  43.471  39.135  1.00112.09           C  
+ATOM  15744  O   LEU F 201      21.690  43.304  38.974  1.00111.99           O  
+ATOM  15745  CB  LEU F 201      18.787  41.822  39.981  1.00111.05           C  
+ATOM  15746  CG  LEU F 201      17.757  40.708  39.786  1.00108.44           C  
+ATOM  15747  CD1 LEU F 201      17.370  40.101  41.126  1.00106.18           C  
+ATOM  15748  CD2 LEU F 201      16.529  41.234  39.060  1.00105.89           C  
+ATOM  15749  N   SER F 202      19.965  44.574  39.670  1.00115.67           N  
+ATOM  15750  CA  SER F 202      20.835  45.577  40.255  1.00119.97           C  
+ATOM  15751  C   SER F 202      21.157  45.202  41.697  1.00122.16           C  
+ATOM  15752  O   SER F 202      20.426  44.449  42.346  1.00122.90           O  
+ATOM  15753  CB  SER F 202      20.183  46.959  40.198  1.00121.97           C  
+ATOM  15754  OG  SER F 202      18.985  46.989  40.955  1.00120.54           O  
+ATOM  15755  N   LYS F 203      22.285  45.723  42.188  1.00122.10           N  
+ATOM  15756  CA  LYS F 203      22.671  45.465  43.572  1.00125.53           C  
+ATOM  15757  C   LYS F 203      21.568  45.883  44.538  1.00125.96           C  
+ATOM  15758  O   LYS F 203      21.345  45.224  45.559  1.00121.10           O  
+ATOM  15759  CB  LYS F 203      23.984  46.177  43.899  1.00124.50           C  
+ATOM  15760  CG  LYS F 203      24.488  45.914  45.310  1.00124.88           C  
+ATOM  15761  CD  LYS F 203      25.832  46.578  45.558  1.00124.66           C  
+ATOM  15762  CE  LYS F 203      26.333  46.289  46.965  1.00122.41           C  
+ATOM  15763  NZ  LYS F 203      27.676  46.880  47.216  1.00125.92           N  
+ATOM  15764  N   ALA F 204      20.868  46.978  44.232  1.00133.69           N  
+ATOM  15765  CA  ALA F 204      19.740  47.401  45.057  1.00138.70           C  
+ATOM  15766  C   ALA F 204      18.649  46.336  45.081  1.00131.75           C  
+ATOM  15767  O   ALA F 204      18.250  45.858  46.149  1.00138.07           O  
+ATOM  15768  CB  ALA F 204      19.189  48.733  44.544  1.00144.11           C  
+ATOM  15769  N   ASP F 205      18.146  45.957  43.902  1.00125.37           N  
+ATOM  15770  CA  ASP F 205      17.100  44.941  43.834  1.00121.63           C  
+ATOM  15771  C   ASP F 205      17.585  43.599  44.368  1.00118.71           C  
+ATOM  15772  O   ASP F 205      16.789  42.824  44.910  1.00116.51           O  
+ATOM  15773  CB  ASP F 205      16.596  44.791  42.398  1.00120.30           C  
+ATOM  15774  CG  ASP F 205      15.857  46.020  41.909  1.00122.78           C  
+ATOM  15775  OD1 ASP F 205      15.840  47.034  42.638  1.00124.12           O  
+ATOM  15776  OD2 ASP F 205      15.289  45.972  40.798  1.00121.86           O  
+ATOM  15777  N   TYR F 206      18.877  43.301  44.215  1.00116.73           N  
+ATOM  15778  CA  TYR F 206      19.406  42.040  44.722  1.00113.01           C  
+ATOM  15779  C   TYR F 206      19.415  42.020  46.247  1.00115.51           C  
+ATOM  15780  O   TYR F 206      18.921  41.072  46.869  1.00118.51           O  
+ATOM  15781  CB  TYR F 206      20.809  41.791  44.170  1.00109.93           C  
+ATOM  15782  CG  TYR F 206      21.462  40.547  44.728  1.00103.15           C  
+ATOM  15783  CD1 TYR F 206      21.049  39.282  44.329  1.00100.31           C  
+ATOM  15784  CD2 TYR F 206      22.491  40.638  45.655  1.00104.72           C  
+ATOM  15785  CE1 TYR F 206      21.643  38.143  44.840  1.00 98.36           C  
+ATOM  15786  CE2 TYR F 206      23.092  39.506  46.170  1.00101.73           C  
+ATOM  15787  CZ  TYR F 206      22.664  38.261  45.759  1.00 98.22           C  
+ATOM  15788  OH  TYR F 206      23.261  37.132  46.271  1.00 95.42           O  
+ATOM  15789  N   GLU F 207      19.975  43.059  46.869  1.00119.06           N  
+ATOM  15790  CA  GLU F 207      20.004  43.152  48.323  1.00118.46           C  
+ATOM  15791  C   GLU F 207      18.639  43.445  48.929  1.00117.87           C  
+ATOM  15792  O   GLU F 207      18.492  43.335  50.152  1.00116.23           O  
+ATOM  15793  CB  GLU F 207      20.993  44.229  48.760  1.00118.13           C  
+ATOM  15794  CG  GLU F 207      22.432  43.932  48.393  1.00117.34           C  
+ATOM  15795  CD  GLU F 207      23.370  45.049  48.791  1.00118.48           C  
+ATOM  15796  OE1 GLU F 207      22.886  46.175  49.032  1.00117.04           O  
+ATOM  15797  OE2 GLU F 207      24.591  44.799  48.869  1.00116.29           O  
+ATOM  15798  N   LYS F 208      17.644  43.806  48.115  1.00117.95           N  
+ATOM  15799  CA  LYS F 208      16.304  44.030  48.643  1.00118.84           C  
+ATOM  15800  C   LYS F 208      15.620  42.735  49.045  1.00117.26           C  
+ATOM  15801  O   LYS F 208      14.687  42.770  49.853  1.00120.04           O  
+ATOM  15802  CB  LYS F 208      15.439  44.758  47.611  1.00122.34           C  
+ATOM  15803  CG  LYS F 208      14.520  45.815  48.191  1.00127.82           C  
+ATOM  15804  CD  LYS F 208      13.805  46.571  47.088  1.00128.88           C  
+ATOM  15805  CE  LYS F 208      14.771  47.444  46.304  1.00133.91           C  
+ATOM  15806  NZ  LYS F 208      14.085  48.209  45.226  1.00129.99           N  
+ATOM  15807  N   HIS F 209      16.055  41.603  48.502  1.00113.46           N  
+ATOM  15808  CA  HIS F 209      15.464  40.297  48.776  1.00109.01           C  
+ATOM  15809  C   HIS F 209      16.518  39.341  49.326  1.00106.16           C  
+ATOM  15810  O   HIS F 209      17.705  39.660  49.369  1.00107.89           O  
+ATOM  15811  CB  HIS F 209      14.826  39.729  47.501  1.00108.55           C  
+ATOM  15812  CG  HIS F 209      13.725  40.585  46.962  1.00111.92           C  
+ATOM  15813  ND1 HIS F 209      12.426  40.489  47.410  1.00110.40           N  
+ATOM  15814  CD2 HIS F 209      13.725  41.545  46.006  1.00114.27           C  
+ATOM  15815  CE1 HIS F 209      11.673  41.356  46.757  1.00110.68           C  
+ATOM  15816  NE2 HIS F 209      12.437  42.009  45.898  1.00114.29           N  
+ATOM  15817  N   LYS F 210      16.077  38.171  49.786  1.00102.28           N  
+ATOM  15818  CA  LYS F 210      16.970  37.224  50.442  1.00103.31           C  
+ATOM  15819  C   LYS F 210      17.034  35.873  49.730  1.00100.30           C  
+ATOM  15820  O   LYS F 210      18.136  35.368  49.473  1.00 99.49           O  
+ATOM  15821  CB  LYS F 210      16.577  37.107  51.914  1.00107.09           C  
+ATOM  15822  CG  LYS F 210      17.458  36.215  52.652  1.00110.61           C  
+ATOM  15823  CD  LYS F 210      17.014  36.053  54.130  1.00116.60           C  
+ATOM  15824  CE  LYS F 210      17.943  35.144  54.776  1.00114.46           C  
+ATOM  15825  NZ  LYS F 210      17.551  35.118  56.204  1.00111.59           N  
+ATOM  15826  N   VAL F 211      15.902  35.252  49.380  1.00 99.99           N  
+ATOM  15827  CA  VAL F 211      15.915  33.898  48.818  1.00 97.89           C  
+ATOM  15828  C   VAL F 211      15.902  34.009  47.303  1.00 94.41           C  
+ATOM  15829  O   VAL F 211      15.106  34.771  46.741  1.00 92.83           O  
+ATOM  15830  CB  VAL F 211      14.701  33.067  49.273  1.00 97.16           C  
+ATOM  15831  CG1 VAL F 211      14.916  31.551  49.017  1.00 93.17           C  
+ATOM  15832  CG2 VAL F 211      14.339  33.343  50.670  1.00103.16           C  
+ATOM  15833  N   TYR F 212      16.771  33.253  46.635  1.00 91.20           N  
+ATOM  15834  CA  TYR F 212      16.794  33.210  45.176  1.00 88.62           C  
+ATOM  15835  C   TYR F 212      16.785  31.758  44.729  1.00 83.27           C  
+ATOM  15836  O   TYR F 212      17.642  30.978  45.154  1.00 81.31           O  
+ATOM  15837  CB  TYR F 212      18.016  33.939  44.606  1.00 88.87           C  
+ATOM  15838  CG  TYR F 212      17.978  35.427  44.839  1.00 93.78           C  
+ATOM  15839  CD1 TYR F 212      18.369  35.961  46.056  1.00 95.17           C  
+ATOM  15840  CD2 TYR F 212      17.530  36.297  43.853  1.00 94.50           C  
+ATOM  15841  CE1 TYR F 212      18.327  37.314  46.287  1.00 98.21           C  
+ATOM  15842  CE2 TYR F 212      17.486  37.654  44.074  1.00100.61           C  
+ATOM  15843  CZ  TYR F 212      17.884  38.156  45.294  1.00102.36           C  
+ATOM  15844  OH  TYR F 212      17.839  39.506  45.526  1.00107.36           O  
+ATOM  15845  N   ALA F 213      15.838  31.400  43.862  1.00 80.47           N  
+ATOM  15846  CA  ALA F 213      15.662  30.014  43.460  1.00 77.22           C  
+ATOM  15847  C   ALA F 213      15.376  29.924  41.969  1.00 75.84           C  
+ATOM  15848  O   ALA F 213      14.778  30.827  41.378  1.00 76.28           O  
+ATOM  15849  CB  ALA F 213      14.515  29.344  44.228  1.00 77.74           C  
+ATOM  15850  N   CYS F 214      15.814  28.821  41.367  1.00 72.24           N  
+ATOM  15851  CA  CYS F 214      15.380  28.436  40.031  1.00 74.99           C  
+ATOM  15852  C   CYS F 214      14.659  27.098  40.107  1.00 71.04           C  
+ATOM  15853  O   CYS F 214      15.165  26.140  40.706  1.00 66.85           O  
+ATOM  15854  CB  CYS F 214      16.547  28.371  39.034  1.00 71.59           C  
+ATOM  15855  SG  CYS F 214      17.978  27.356  39.475  1.00 79.92           S  
+ATOM  15856  N   GLU F 215      13.470  27.052  39.510  1.00 71.96           N  
+ATOM  15857  CA  GLU F 215      12.632  25.863  39.450  1.00 70.05           C  
+ATOM  15858  C   GLU F 215      12.671  25.323  38.028  1.00 68.57           C  
+ATOM  15859  O   GLU F 215      12.361  26.047  37.076  1.00 68.70           O  
+ATOM  15860  CB  GLU F 215      11.198  26.191  39.869  1.00 75.47           C  
+ATOM  15861  CG  GLU F 215      10.300  24.981  40.067  1.00 85.34           C  
+ATOM  15862  CD  GLU F 215       8.920  25.361  40.569  1.00 95.22           C  
+ATOM  15863  OE1 GLU F 215       8.449  26.469  40.234  1.00 97.57           O  
+ATOM  15864  OE2 GLU F 215       8.307  24.556  41.302  1.00 95.24           O  
+ATOM  15865  N   VAL F 216      13.045  24.056  37.888  1.00 65.57           N  
+ATOM  15866  CA  VAL F 216      13.252  23.422  36.595  1.00 63.37           C  
+ATOM  15867  C   VAL F 216      12.210  22.328  36.423  1.00 59.22           C  
+ATOM  15868  O   VAL F 216      12.004  21.506  37.327  1.00 58.52           O  
+ATOM  15869  CB  VAL F 216      14.675  22.848  36.473  1.00 62.44           C  
+ATOM  15870  CG1 VAL F 216      14.818  22.049  35.189  1.00 59.83           C  
+ATOM  15871  CG2 VAL F 216      15.704  23.966  36.529  1.00 64.16           C  
+ATOM  15872  N   THR F 217      11.552  22.325  35.268  1.00 57.64           N  
+ATOM  15873  CA  THR F 217      10.665  21.249  34.859  1.00 56.85           C  
+ATOM  15874  C   THR F 217      11.165  20.677  33.541  1.00 58.49           C  
+ATOM  15875  O   THR F 217      11.631  21.416  32.667  1.00 57.90           O  
+ATOM  15876  CB  THR F 217       9.216  21.730  34.712  1.00 55.38           C  
+ATOM  15877  OG1 THR F 217       9.158  22.809  33.773  1.00 59.53           O  
+ATOM  15878  CG2 THR F 217       8.673  22.200  36.052  1.00 55.05           C  
+ATOM  15879  N   HIS F 218      11.084  19.357  33.409  1.00 55.00           N  
+ATOM  15880  CA  HIS F 218      11.632  18.678  32.247  1.00 53.23           C  
+ATOM  15881  C   HIS F 218      10.857  17.389  32.025  1.00 52.49           C  
+ATOM  15882  O   HIS F 218      10.193  16.878  32.930  1.00 54.81           O  
+ATOM  15883  CB  HIS F 218      13.130  18.398  32.426  1.00 53.45           C  
+ATOM  15884  CG  HIS F 218      13.786  17.795  31.223  1.00 55.53           C  
+ATOM  15885  ND1 HIS F 218      14.235  16.493  31.194  1.00 55.90           N  
+ATOM  15886  CD2 HIS F 218      14.077  18.321  30.010  1.00 53.48           C  
+ATOM  15887  CE1 HIS F 218      14.769  16.240  30.012  1.00 53.48           C  
+ATOM  15888  NE2 HIS F 218      14.685  17.333  29.275  1.00 53.24           N  
+ATOM  15889  N   GLN F 219      10.938  16.876  30.794  1.00 52.33           N  
+ATOM  15890  CA  GLN F 219      10.267  15.624  30.460  1.00 51.81           C  
+ATOM  15891  C   GLN F 219      10.709  14.487  31.375  1.00 52.15           C  
+ATOM  15892  O   GLN F 219       9.947  13.540  31.602  1.00 51.94           O  
+ATOM  15893  CB  GLN F 219      10.532  15.271  28.994  1.00 53.64           C  
+ATOM  15894  CG  GLN F 219       9.871  13.986  28.517  1.00 52.78           C  
+ATOM  15895  CD  GLN F 219      10.082  13.732  27.037  1.00 51.22           C  
+ATOM  15896  OE1 GLN F 219      10.163  14.667  26.239  1.00 49.09           O  
+ATOM  15897  NE2 GLN F 219      10.177  12.461  26.662  1.00 48.61           N  
+ATOM  15898  N   GLY F 220      11.923  14.564  31.914  1.00 54.68           N  
+ATOM  15899  CA  GLY F 220      12.464  13.544  32.786  1.00 54.25           C  
+ATOM  15900  C   GLY F 220      12.337  13.799  34.271  1.00 53.73           C  
+ATOM  15901  O   GLY F 220      12.984  13.098  35.057  1.00 53.91           O  
+ATOM  15902  N   LEU F 221      11.534  14.776  34.687  1.00 53.36           N  
+ATOM  15903  CA  LEU F 221      11.345  15.095  36.099  1.00 51.66           C  
+ATOM  15904  C   LEU F 221       9.892  14.829  36.470  1.00 53.23           C  
+ATOM  15905  O   LEU F 221       8.990  15.533  36.004  1.00 53.43           O  
+ATOM  15906  CB  LEU F 221      11.727  16.545  36.393  1.00 51.51           C  
+ATOM  15907  CG  LEU F 221      13.195  16.928  36.192  1.00 47.43           C  
+ATOM  15908  CD1 LEU F 221      13.398  18.419  36.423  1.00 50.38           C  
+ATOM  15909  CD2 LEU F 221      14.093  16.113  37.107  1.00 41.84           C  
+ATOM  15910  N   SER F 222       9.668  13.817  37.314  1.00 52.80           N  
+ATOM  15911  CA  SER F 222       8.320  13.510  37.782  1.00 53.06           C  
+ATOM  15912  C   SER F 222       7.729  14.626  38.631  1.00 51.47           C  
+ATOM  15913  O   SER F 222       6.519  14.618  38.883  1.00 50.28           O  
+ATOM  15914  CB  SER F 222       8.326  12.204  38.579  1.00 47.59           C  
+ATOM  15915  OG  SER F 222       9.110  12.327  39.752  1.00 54.13           O  
+ATOM  15916  N   SER F 223       8.548  15.572  39.079  1.00 52.59           N  
+ATOM  15917  CA  SER F 223       8.092  16.744  39.811  1.00 56.06           C  
+ATOM  15918  C   SER F 223       9.149  17.828  39.662  1.00 56.46           C  
+ATOM  15919  O   SER F 223      10.318  17.522  39.399  1.00 51.85           O  
+ATOM  15920  CB  SER F 223       7.845  16.414  41.293  1.00 53.71           C  
+ATOM  15921  OG  SER F 223       8.997  15.847  41.890  1.00 60.29           O  
+ATOM  15922  N   PRO F 224       8.771  19.100  39.807  1.00 56.76           N  
+ATOM  15923  CA  PRO F 224       9.745  20.180  39.599  1.00 57.24           C  
+ATOM  15924  C   PRO F 224      10.917  20.079  40.563  1.00 58.97           C  
+ATOM  15925  O   PRO F 224      10.774  19.654  41.712  1.00 57.91           O  
+ATOM  15926  CB  PRO F 224       8.926  21.452  39.848  1.00 59.74           C  
+ATOM  15927  CG  PRO F 224       7.511  21.047  39.616  1.00 63.67           C  
+ATOM  15928  CD  PRO F 224       7.416  19.620  40.061  1.00 56.46           C  
+ATOM  15929  N   VAL F 225      12.090  20.475  40.077  1.00 59.41           N  
+ATOM  15930  CA  VAL F 225      13.315  20.477  40.871  1.00 55.09           C  
+ATOM  15931  C   VAL F 225      13.684  21.926  41.146  1.00 58.82           C  
+ATOM  15932  O   VAL F 225      13.965  22.689  40.216  1.00 60.55           O  
+ATOM  15933  CB  VAL F 225      14.459  19.743  40.157  1.00 52.68           C  
+ATOM  15934  CG1 VAL F 225      15.782  20.019  40.854  1.00 54.26           C  
+ATOM  15935  CG2 VAL F 225      14.181  18.250  40.106  1.00 52.59           C  
+ATOM  15936  N   THR F 226      13.685  22.309  42.417  1.00 64.52           N  
+ATOM  15937  CA  THR F 226      13.974  23.679  42.815  1.00 65.31           C  
+ATOM  15938  C   THR F 226      15.335  23.732  43.492  1.00 64.11           C  
+ATOM  15939  O   THR F 226      15.592  22.975  44.434  1.00 62.38           O  
+ATOM  15940  CB  THR F 226      12.895  24.218  43.757  1.00 62.08           C  
+ATOM  15941  OG1 THR F 226      11.606  24.063  43.149  1.00 67.94           O  
+ATOM  15942  CG2 THR F 226      13.136  25.690  44.052  1.00 61.78           C  
+ATOM  15943  N   LYS F 227      16.203  24.620  43.011  1.00 65.36           N  
+ATOM  15944  CA  LYS F 227      17.491  24.874  43.642  1.00 68.74           C  
+ATOM  15945  C   LYS F 227      17.533  26.329  44.079  1.00 73.83           C  
+ATOM  15946  O   LYS F 227      17.309  27.231  43.264  1.00 75.07           O  
+ATOM  15947  CB  LYS F 227      18.651  24.557  42.695  1.00 66.66           C  
+ATOM  15948  CG  LYS F 227      18.876  23.069  42.483  1.00 66.89           C  
+ATOM  15949  CD  LYS F 227      19.490  22.409  43.706  1.00 66.92           C  
+ATOM  15950  CE  LYS F 227      19.889  20.972  43.405  1.00 71.38           C  
+ATOM  15951  NZ  LYS F 227      20.419  20.268  44.605  1.00 82.50           N  
+ATOM  15952  N   SER F 228      17.828  26.556  45.358  1.00 76.21           N  
+ATOM  15953  CA  SER F 228      17.683  27.876  45.953  1.00 81.85           C  
+ATOM  15954  C   SER F 228      18.877  28.194  46.840  1.00 84.96           C  
+ATOM  15955  O   SER F 228      19.674  27.321  47.198  1.00 83.91           O  
+ATOM  15956  CB  SER F 228      16.391  27.979  46.774  1.00 88.08           C  
+ATOM  15957  OG  SER F 228      16.438  27.124  47.900  1.00 99.65           O  
+ATOM  15958  N   PHE F 229      18.991  29.472  47.195  1.00 87.45           N  
+ATOM  15959  CA  PHE F 229      19.992  29.885  48.164  1.00 89.42           C  
+ATOM  15960  C   PHE F 229      19.551  31.153  48.869  1.00 93.66           C  
+ATOM  15961  O   PHE F 229      18.844  31.995  48.306  1.00 91.69           O  
+ATOM  15962  CB  PHE F 229      21.366  30.117  47.525  1.00 89.23           C  
+ATOM  15963  CG  PHE F 229      21.447  31.363  46.683  1.00 90.05           C  
+ATOM  15964  CD1 PHE F 229      21.811  32.587  47.232  1.00 89.94           C  
+ATOM  15965  CD2 PHE F 229      21.156  31.299  45.337  1.00 86.71           C  
+ATOM  15966  CE1 PHE F 229      21.889  33.717  46.439  1.00 90.84           C  
+ATOM  15967  CE2 PHE F 229      21.232  32.423  44.544  1.00 84.80           C  
+ATOM  15968  CZ  PHE F 229      21.598  33.633  45.093  1.00 86.82           C  
+ATOM  15969  N   ASN F 230      19.986  31.274  50.110  1.00103.47           N  
+ATOM  15970  CA  ASN F 230      19.794  32.485  50.881  1.00103.79           C  
+ATOM  15971  C   ASN F 230      21.064  33.317  50.816  1.00104.60           C  
+ATOM  15972  O   ASN F 230      22.172  32.773  50.890  1.00103.74           O  
+ATOM  15973  CB  ASN F 230      19.399  32.154  52.317  1.00108.81           C  
+ATOM  15974  CG  ASN F 230      17.945  31.655  52.418  1.00121.42           C  
+ATOM  15975  OD1 ASN F 230      17.081  32.038  51.598  1.00128.62           O  
+ATOM  15976  ND2 ASN F 230      17.670  30.813  53.407  1.00109.31           N  
+ATOM  15977  N   ARG F 231      20.895  34.635  50.655  1.00105.56           N  
+ATOM  15978  CA  ARG F 231      22.047  35.511  50.468  1.00108.71           C  
+ATOM  15979  C   ARG F 231      23.108  35.275  51.539  1.00111.20           C  
+ATOM  15980  O   ARG F 231      24.308  35.282  51.242  1.00111.02           O  
+ATOM  15981  CB  ARG F 231      21.612  36.973  50.460  1.00112.20           C  
+ATOM  15982  CG  ARG F 231      22.780  37.930  50.278  1.00116.55           C  
+ATOM  15983  CD  ARG F 231      22.322  39.364  50.070  1.00120.72           C  
+ATOM  15984  NE  ARG F 231      21.728  39.897  51.291  1.00129.73           N  
+ATOM  15985  CZ  ARG F 231      22.417  40.297  52.357  1.00141.55           C  
+ATOM  15986  NH1 ARG F 231      23.742  40.241  52.362  1.00135.69           N  
+ATOM  15987  NH2 ARG F 231      21.774  40.753  53.425  1.00147.11           N  
+ATOM  15988  N   GLY F 232      22.686  34.999  52.769  1.00113.74           N  
+ATOM  15989  CA  GLY F 232      23.620  34.706  53.825  1.00113.34           C  
+ATOM  15990  C   GLY F 232      24.001  33.238  53.887  1.00114.48           C  
+ATOM  15991  O   GLY F 232      23.510  32.499  54.749  1.00119.71           O  
+ATOM  15992  N   GLU F 233      24.875  32.798  52.984  1.00111.44           N  
+ATOM  15993  CA  GLU F 233      25.290  31.399  52.936  1.00112.43           C  
+ATOM  15994  C   GLU F 233      26.569  31.142  53.729  1.00111.08           C  
+ATOM  15995  O   GLU F 233      27.096  30.028  53.718  1.00107.10           O  
+ATOM  15996  CB  GLU F 233      25.487  30.950  51.488  1.00112.83           C  
+ATOM  15997  N   GLU H   1      41.334  -0.524  63.486  1.00 78.71           N  
+ATOM  15998  CA  GLU H   1      40.028  -1.173  63.467  1.00 75.19           C  
+ATOM  15999  C   GLU H   1      40.119  -2.608  63.976  1.00 70.40           C  
+ATOM  16000  O   GLU H   1      41.212  -3.129  64.200  1.00 71.32           O  
+ATOM  16001  CB  GLU H   1      39.439  -1.152  62.055  1.00 72.52           C  
+ATOM  16002  N   VAL H   2      38.959  -3.241  64.160  1.00 67.50           N  
+ATOM  16003  CA  VAL H   2      38.926  -4.625  64.613  1.00 63.77           C  
+ATOM  16004  C   VAL H   2      39.351  -5.542  63.474  1.00 60.57           C  
+ATOM  16005  O   VAL H   2      38.973  -5.338  62.312  1.00 62.83           O  
+ATOM  16006  CB  VAL H   2      37.521  -4.983  65.127  1.00 61.91           C  
+ATOM  16007  CG1 VAL H   2      37.481  -6.417  65.631  1.00 59.59           C  
+ATOM  16008  CG2 VAL H   2      37.094  -4.014  66.219  1.00 62.07           C  
+ATOM  16009  N   GLN H   3      40.143  -6.561  63.802  1.00 58.09           N  
+ATOM  16010  CA  GLN H   3      40.642  -7.510  62.818  1.00 57.19           C  
+ATOM  16011  C   GLN H   3      40.633  -8.911  63.408  1.00 55.19           C  
+ATOM  16012  O   GLN H   3      41.046  -9.116  64.553  1.00 56.02           O  
+ATOM  16013  CB  GLN H   3      42.061  -7.148  62.354  1.00 63.31           C  
+ATOM  16014  CG  GLN H   3      42.160  -5.822  61.615  1.00 65.62           C  
+ATOM  16015  CD  GLN H   3      43.578  -5.491  61.196  1.00 74.07           C  
+ATOM  16016  OE1 GLN H   3      44.068  -5.979  60.178  1.00 81.72           O  
+ATOM  16017  NE2 GLN H   3      44.246  -4.654  61.982  1.00 77.16           N  
+ATOM  16018  N   LEU H   4      40.151  -9.871  62.620  1.00 53.59           N  
+ATOM  16019  CA  LEU H   4      40.156 -11.288  62.984  1.00 54.33           C  
+ATOM  16020  C   LEU H   4      40.820 -12.057  61.846  1.00 56.78           C  
+ATOM  16021  O   LEU H   4      40.171 -12.383  60.848  1.00 58.95           O  
+ATOM  16022  CB  LEU H   4      38.748 -11.815  63.259  1.00 54.04           C  
+ATOM  16023  CG  LEU H   4      37.934 -11.289  64.448  1.00 56.14           C  
+ATOM  16024  CD1 LEU H   4      37.434  -9.863  64.246  1.00 55.27           C  
+ATOM  16025  CD2 LEU H   4      36.773 -12.228  64.745  1.00 55.30           C  
+ATOM  16026  N   GLN H   5      42.111 -12.342  61.995  1.00 59.11           N  
+ATOM  16027  CA  GLN H   5      42.880 -13.025  60.962  1.00 57.74           C  
+ATOM  16028  C   GLN H   5      42.874 -14.525  61.236  1.00 56.40           C  
+ATOM  16029  O   GLN H   5      43.339 -14.969  62.290  1.00 56.27           O  
+ATOM  16030  CB  GLN H   5      44.309 -12.488  60.913  1.00 59.09           C  
+ATOM  16031  CG  GLN H   5      44.513 -11.374  59.901  1.00 66.40           C  
+ATOM  16032  CD  GLN H   5      44.432 -11.866  58.468  1.00 80.42           C  
+ATOM  16033  OE1 GLN H   5      44.939 -12.938  58.139  1.00 83.70           O  
+ATOM  16034  NE2 GLN H   5      43.789 -11.084  57.609  1.00 79.21           N  
+ATOM  16035  N   GLN H   6      42.344 -15.297  60.295  1.00 52.18           N  
+ATOM  16036  CA  GLN H   6      42.253 -16.743  60.427  1.00 51.71           C  
+ATOM  16037  C   GLN H   6      43.403 -17.434  59.703  1.00 55.18           C  
+ATOM  16038  O   GLN H   6      44.052 -16.863  58.823  1.00 58.20           O  
+ATOM  16039  CB  GLN H   6      40.915 -17.251  59.884  1.00 54.06           C  
+ATOM  16040  CG  GLN H   6      39.709 -16.584  60.515  1.00 55.92           C  
+ATOM  16041  CD  GLN H   6      38.397 -17.204  60.079  1.00 50.81           C  
+ATOM  16042  OE1 GLN H   6      37.474 -16.504  59.664  1.00 48.31           O  
+ATOM  16043  NE2 GLN H   6      38.309 -18.527  60.169  1.00 49.16           N  
+ATOM  16044  N   SER H   7      43.650 -18.682  60.096  1.00 53.54           N  
+ATOM  16045  CA  SER H   7      44.693 -19.480  59.474  1.00 53.34           C  
+ATOM  16046  C   SER H   7      44.356 -19.758  58.008  1.00 56.06           C  
+ATOM  16047  O   SER H   7      43.239 -19.527  57.538  1.00 56.67           O  
+ATOM  16048  CB  SER H   7      44.887 -20.791  60.237  1.00 53.71           C  
+ATOM  16049  OG  SER H   7      43.686 -21.542  60.277  1.00 52.73           O  
+ATOM  16050  N   GLY H   8      45.348 -20.277  57.286  1.00 62.48           N  
+ATOM  16051  CA  GLY H   8      45.189 -20.563  55.881  1.00 54.65           C  
+ATOM  16052  C   GLY H   8      44.365 -21.808  55.633  1.00 54.42           C  
+ATOM  16053  O   GLY H   8      43.911 -22.498  56.556  1.00 56.78           O  
+ATOM  16054  N   PRO H   9      44.163 -22.111  54.353  1.00 55.65           N  
+ATOM  16055  CA  PRO H   9      43.378 -23.293  53.986  1.00 58.33           C  
+ATOM  16056  C   PRO H   9      44.072 -24.575  54.414  1.00 58.85           C  
+ATOM  16057  O   PRO H   9      45.292 -24.628  54.579  1.00 58.01           O  
+ATOM  16058  CB  PRO H   9      43.293 -23.200  52.461  1.00 52.63           C  
+ATOM  16059  CG  PRO H   9      44.501 -22.417  52.069  1.00 51.66           C  
+ATOM  16060  CD  PRO H   9      44.719 -21.424  53.174  1.00 53.97           C  
+ATOM  16061  N   GLU H  11      43.274 -25.628  54.592  1.00 59.43           N  
+ATOM  16062  CA  GLU H  11      43.825 -26.892  55.064  1.00 59.38           C  
+ATOM  16063  C   GLU H  11      43.305 -28.060  54.240  1.00 60.48           C  
+ATOM  16064  O   GLU H  11      42.136 -28.084  53.841  1.00 59.23           O  
+ATOM  16065  CB  GLU H  11      43.509 -27.121  56.551  1.00 65.66           C  
+ATOM  16066  CG  GLU H  11      44.261 -26.191  57.492  1.00 70.31           C  
+ATOM  16067  CD  GLU H  11      45.705 -26.616  57.710  1.00 79.12           C  
+ATOM  16068  OE1 GLU H  11      46.114 -27.662  57.161  1.00 78.39           O  
+ATOM  16069  OE2 GLU H  11      46.435 -25.895  58.421  1.00 87.36           O  
+ATOM  16070  N   LEU H  12      44.195 -29.019  53.983  1.00 62.51           N  
+ATOM  16071  CA  LEU H  12      43.858 -30.310  53.397  1.00 59.67           C  
+ATOM  16072  C   LEU H  12      44.246 -31.400  54.386  1.00 63.84           C  
+ATOM  16073  O   LEU H  12      45.383 -31.428  54.868  1.00 66.32           O  
+ATOM  16074  CB  LEU H  12      44.576 -30.520  52.061  1.00 60.73           C  
+ATOM  16075  CG  LEU H  12      44.432 -31.898  51.408  1.00 59.70           C  
+ATOM  16076  CD1 LEU H  12      42.972 -32.235  51.154  1.00 61.61           C  
+ATOM  16077  CD2 LEU H  12      45.236 -31.970  50.120  1.00 58.65           C  
+ATOM  16078  N   VAL H  13      43.306 -32.298  54.677  1.00 62.73           N  
+ATOM  16079  CA  VAL H  13      43.473 -33.305  55.719  1.00 65.08           C  
+ATOM  16080  C   VAL H  13      42.853 -34.612  55.240  1.00 67.45           C  
+ATOM  16081  O   VAL H  13      41.893 -34.618  54.467  1.00 68.22           O  
+ATOM  16082  CB  VAL H  13      42.847 -32.831  57.058  1.00 64.37           C  
+ATOM  16083  CG1 VAL H  13      42.881 -33.924  58.110  1.00 67.51           C  
+ATOM  16084  CG2 VAL H  13      43.575 -31.599  57.578  1.00 63.19           C  
+ATOM  16085  N   LYS H  14      43.422 -35.732  55.694  1.00 70.24           N  
+ATOM  16086  CA  LYS H  14      42.895 -37.042  55.348  1.00 70.14           C  
+ATOM  16087  C   LYS H  14      41.665 -37.363  56.196  1.00 69.83           C  
+ATOM  16088  O   LYS H  14      41.526 -36.860  57.314  1.00 72.03           O  
+ATOM  16089  CB  LYS H  14      43.958 -38.114  55.565  1.00 75.05           C  
+ATOM  16090  CG  LYS H  14      45.313 -37.779  54.967  1.00 75.07           C  
+ATOM  16091  CD  LYS H  14      45.329 -37.982  53.462  1.00 80.50           C  
+ATOM  16092  CE  LYS H  14      46.580 -37.378  52.847  1.00 84.13           C  
+ATOM  16093  NZ  LYS H  14      47.809 -37.762  53.596  1.00 87.81           N  
+ATOM  16094  N   PRO H  15      40.748 -38.181  55.677  1.00 70.70           N  
+ATOM  16095  CA  PRO H  15      39.577 -38.569  56.473  1.00 75.07           C  
+ATOM  16096  C   PRO H  15      39.989 -39.271  57.759  1.00 77.48           C  
+ATOM  16097  O   PRO H  15      40.938 -40.058  57.784  1.00 81.96           O  
+ATOM  16098  CB  PRO H  15      38.805 -39.507  55.538  1.00 71.37           C  
+ATOM  16099  CG  PRO H  15      39.233 -39.105  54.167  1.00 72.20           C  
+ATOM  16100  CD  PRO H  15      40.668 -38.683  54.294  1.00 72.74           C  
+ATOM  16101  N   GLY H  16      39.260 -38.976  58.834  1.00 78.75           N  
+ATOM  16102  CA  GLY H  16      39.546 -39.526  60.137  1.00 78.46           C  
+ATOM  16103  C   GLY H  16      40.566 -38.751  60.946  1.00 76.76           C  
+ATOM  16104  O   GLY H  16      40.569 -38.860  62.177  1.00 78.35           O  
+ATOM  16105  N   ALA H  17      41.428 -37.975  60.295  1.00 73.60           N  
+ATOM  16106  CA  ALA H  17      42.439 -37.192  60.992  1.00 68.84           C  
+ATOM  16107  C   ALA H  17      41.795 -35.950  61.610  1.00 70.20           C  
+ATOM  16108  O   ALA H  17      40.573 -35.780  61.599  1.00 71.29           O  
+ATOM  16109  CB  ALA H  17      43.583 -36.842  60.044  1.00 69.95           C  
+ATOM  16110  N   SER H  18      42.619 -35.059  62.158  1.00 67.77           N  
+ATOM  16111  CA  SER H  18      42.136 -33.890  62.877  1.00 65.91           C  
+ATOM  16112  C   SER H  18      42.748 -32.620  62.300  1.00 64.48           C  
+ATOM  16113  O   SER H  18      43.781 -32.651  61.627  1.00 66.18           O  
+ATOM  16114  CB  SER H  18      42.460 -34.000  64.371  1.00 68.84           C  
+ATOM  16115  OG  SER H  18      41.910 -35.190  64.908  1.00 71.28           O  
+ATOM  16116  N   VAL H  19      42.091 -31.491  62.579  1.00 63.76           N  
+ATOM  16117  CA  VAL H  19      42.531 -30.181  62.116  1.00 64.52           C  
+ATOM  16118  C   VAL H  19      42.452 -29.213  63.289  1.00 62.18           C  
+ATOM  16119  O   VAL H  19      41.679 -29.405  64.228  1.00 65.81           O  
+ATOM  16120  CB  VAL H  19      41.686 -29.647  60.934  1.00 66.31           C  
+ATOM  16121  CG1 VAL H  19      42.466 -28.604  60.136  1.00 64.17           C  
+ATOM  16122  CG2 VAL H  19      41.195 -30.779  60.044  1.00 68.41           C  
+ATOM  16123  N   LYS H  20      43.250 -28.148  63.214  1.00 59.56           N  
+ATOM  16124  CA  LYS H  20      43.252 -27.102  64.236  1.00 59.11           C  
+ATOM  16125  C   LYS H  20      43.409 -25.757  63.537  1.00 60.12           C  
+ATOM  16126  O   LYS H  20      44.475 -25.460  62.989  1.00 65.68           O  
+ATOM  16127  CB  LYS H  20      44.365 -27.322  65.262  1.00 67.24           C  
+ATOM  16128  CG  LYS H  20      43.954 -27.005  66.693  1.00 65.82           C  
+ATOM  16129  CD  LYS H  20      45.153 -26.956  67.631  1.00 70.67           C  
+ATOM  16130  CE  LYS H  20      44.713 -26.869  69.087  1.00 71.07           C  
+ATOM  16131  NZ  LYS H  20      45.860 -26.613  70.001  1.00 69.82           N  
+ATOM  16132  N   MET H  21      42.353 -24.949  63.562  1.00 59.36           N  
+ATOM  16133  CA  MET H  21      42.327 -23.635  62.941  1.00 59.01           C  
+ATOM  16134  C   MET H  21      42.514 -22.547  63.991  1.00 55.90           C  
+ATOM  16135  O   MET H  21      42.137 -22.710  65.154  1.00 57.76           O  
+ATOM  16136  CB  MET H  21      41.000 -23.412  62.213  1.00 55.80           C  
+ATOM  16137  CG  MET H  21      40.678 -24.458  61.165  1.00 56.45           C  
+ATOM  16138  SD  MET H  21      38.979 -24.325  60.579  1.00 63.03           S  
+ATOM  16139  CE  MET H  21      38.886 -25.752  59.501  1.00 60.43           C  
+ATOM  16140  N   SER H  22      43.096 -21.429  63.568  1.00 52.51           N  
+ATOM  16141  CA  SER H  22      43.373 -20.311  64.455  1.00 52.34           C  
+ATOM  16142  C   SER H  22      42.579 -19.084  64.024  1.00 53.84           C  
+ATOM  16143  O   SER H  22      42.165 -18.956  62.869  1.00 57.48           O  
+ATOM  16144  CB  SER H  22      44.871 -19.981  64.485  1.00 52.28           C  
+ATOM  16145  OG  SER H  22      45.301 -19.441  63.248  1.00 59.16           O  
+ATOM  16146  N   CYS H  23      42.371 -18.180  64.981  1.00 55.25           N  
+ATOM  16147  CA  CYS H  23      41.690 -16.911  64.725  1.00 55.86           C  
+ATOM  16148  C   CYS H  23      42.307 -15.888  65.675  1.00 56.41           C  
+ATOM  16149  O   CYS H  23      41.961 -15.855  66.859  1.00 57.71           O  
+ATOM  16150  CB  CYS H  23      40.187 -17.050  64.936  1.00 54.95           C  
+ATOM  16151  SG  CYS H  23      39.211 -15.521  64.860  1.00 59.14           S  
+ATOM  16152  N   LYS H  24      43.237 -15.085  65.163  1.00 52.96           N  
+ATOM  16153  CA  LYS H  24      43.917 -14.078  65.965  1.00 54.12           C  
+ATOM  16154  C   LYS H  24      43.132 -12.775  65.892  1.00 54.51           C  
+ATOM  16155  O   LYS H  24      42.911 -12.237  64.801  1.00 55.03           O  
+ATOM  16156  CB  LYS H  24      45.352 -13.875  65.481  1.00 59.43           C  
+ATOM  16157  CG  LYS H  24      46.266 -13.223  66.509  1.00 62.60           C  
+ATOM  16158  CD  LYS H  24      47.471 -12.565  65.855  1.00 64.05           C  
+ATOM  16159  CE  LYS H  24      48.434 -12.022  66.900  1.00 68.45           C  
+ATOM  16160  NZ  LYS H  24      47.762 -11.090  67.848  1.00 66.85           N  
+ATOM  16161  N   ALA H  25      42.704 -12.282  67.049  1.00 55.87           N  
+ATOM  16162  CA  ALA H  25      41.945 -11.046  67.156  1.00 54.62           C  
+ATOM  16163  C   ALA H  25      42.860  -9.880  67.507  1.00 53.68           C  
+ATOM  16164  O   ALA H  25      43.884 -10.047  68.174  1.00 56.77           O  
+ATOM  16165  CB  ALA H  25      40.841 -11.174  68.208  1.00 53.25           C  
+ATOM  16166  N   SER H  26      42.477  -8.692  67.045  1.00 52.88           N  
+ATOM  16167  CA  SER H  26      43.234  -7.483  67.338  1.00 53.63           C  
+ATOM  16168  C   SER H  26      42.322  -6.278  67.167  1.00 59.29           C  
+ATOM  16169  O   SER H  26      41.333  -6.323  66.430  1.00 60.09           O  
+ATOM  16170  CB  SER H  26      44.470  -7.361  66.439  1.00 57.29           C  
+ATOM  16171  OG  SER H  26      44.109  -7.360  65.068  1.00 61.71           O  
+ATOM  16172  N   GLY H  27      42.670  -5.199  67.862  1.00 64.28           N  
+ATOM  16173  CA  GLY H  27      41.929  -3.958  67.784  1.00 61.19           C  
+ATOM  16174  C   GLY H  27      40.897  -3.732  68.866  1.00 61.45           C  
+ATOM  16175  O   GLY H  27      40.147  -2.752  68.780  1.00 61.09           O  
+ATOM  16176  N   TYR H  28      40.833  -4.596  69.876  1.00 57.29           N  
+ATOM  16177  CA  TYR H  28      39.873  -4.442  70.962  1.00 61.64           C  
+ATOM  16178  C   TYR H  28      40.312  -5.314  72.130  1.00 62.49           C  
+ATOM  16179  O   TYR H  28      41.233  -6.127  72.015  1.00 63.66           O  
+ATOM  16180  CB  TYR H  28      38.455  -4.800  70.508  1.00 63.10           C  
+ATOM  16181  CG  TYR H  28      38.271  -6.267  70.207  1.00 58.41           C  
+ATOM  16182  CD1 TYR H  28      38.667  -6.797  68.987  1.00 54.81           C  
+ATOM  16183  CD2 TYR H  28      37.711  -7.124  71.143  1.00 54.18           C  
+ATOM  16184  CE1 TYR H  28      38.507  -8.134  68.707  1.00 52.43           C  
+ATOM  16185  CE2 TYR H  28      37.547  -8.463  70.873  1.00 52.84           C  
+ATOM  16186  CZ  TYR H  28      37.947  -8.961  69.653  1.00 51.26           C  
+ATOM  16187  OH  TYR H  28      37.785 -10.292  69.377  1.00 48.55           O  
+ATOM  16188  N   THR H  29      39.630  -5.139  73.260  1.00 61.88           N  
+ATOM  16189  CA  THR H  29      39.898  -5.943  74.449  1.00 64.62           C  
+ATOM  16190  C   THR H  29      39.447  -7.376  74.196  1.00 64.47           C  
+ATOM  16191  O   THR H  29      38.247  -7.670  74.202  1.00 67.17           O  
+ATOM  16192  CB  THR H  29      39.195  -5.349  75.665  1.00 71.05           C  
+ATOM  16193  OG1 THR H  29      37.788  -5.251  75.408  1.00 88.78           O  
+ATOM  16194  CG2 THR H  29      39.748  -3.965  75.974  1.00 67.74           C  
+ATOM  16195  N   PHE H  30      40.415  -8.270  73.980  1.00 62.85           N  
+ATOM  16196  CA  PHE H  30      40.112  -9.630  73.547  1.00 62.65           C  
+ATOM  16197  C   PHE H  30      39.274 -10.390  74.570  1.00 64.29           C  
+ATOM  16198  O   PHE H  30      38.502 -11.282  74.198  1.00 64.13           O  
+ATOM  16199  CB  PHE H  30      41.420 -10.372  73.260  1.00 61.24           C  
+ATOM  16200  CG  PHE H  30      41.242 -11.824  72.921  1.00 60.63           C  
+ATOM  16201  CD1 PHE H  30      40.719 -12.204  71.697  1.00 59.59           C  
+ATOM  16202  CD2 PHE H  30      41.615 -12.809  73.820  1.00 62.13           C  
+ATOM  16203  CE1 PHE H  30      40.561 -13.540  71.379  1.00 60.43           C  
+ATOM  16204  CE2 PHE H  30      41.461 -14.146  73.508  1.00 61.66           C  
+ATOM  16205  CZ  PHE H  30      40.933 -14.512  72.287  1.00 61.14           C  
+ATOM  16206  N   SER H  35      39.402 -10.055  75.853  1.00 69.97           N  
+ATOM  16207  CA  SER H  35      38.778 -10.833  76.916  1.00 70.77           C  
+ATOM  16208  C   SER H  35      37.335 -10.434  77.205  1.00 70.78           C  
+ATOM  16209  O   SER H  35      36.669 -11.120  77.988  1.00 69.39           O  
+ATOM  16210  CB  SER H  35      39.601 -10.713  78.204  1.00 75.11           C  
+ATOM  16211  OG  SER H  35      39.755  -9.357  78.586  1.00 87.27           O  
+ATOM  16212  N   ASP H  36      36.834  -9.357  76.602  1.00 70.60           N  
+ATOM  16213  CA  ASP H  36      35.516  -8.827  76.931  1.00 70.80           C  
+ATOM  16214  C   ASP H  36      34.431  -9.232  75.941  1.00 66.31           C  
+ATOM  16215  O   ASP H  36      33.266  -8.876  76.146  1.00 67.84           O  
+ATOM  16216  CB  ASP H  36      35.572  -7.298  77.027  1.00 74.35           C  
+ATOM  16217  CG  ASP H  36      36.432  -6.816  78.180  1.00 81.44           C  
+ATOM  16218  OD1 ASP H  36      36.929  -7.665  78.950  1.00 84.32           O  
+ATOM  16219  OD2 ASP H  36      36.609  -5.587  78.316  1.00 81.15           O  
+ATOM  16220  N   TYR H  37      34.773  -9.961  74.881  1.00 64.27           N  
+ATOM  16221  CA  TYR H  37      33.823 -10.307  73.833  1.00 56.94           C  
+ATOM  16222  C   TYR H  37      33.808 -11.811  73.604  1.00 55.77           C  
+ATOM  16223  O   TYR H  37      34.860 -12.456  73.590  1.00 54.81           O  
+ATOM  16224  CB  TYR H  37      34.169  -9.596  72.522  1.00 55.16           C  
+ATOM  16225  CG  TYR H  37      33.962  -8.097  72.537  1.00 52.98           C  
+ATOM  16226  CD1 TYR H  37      34.942  -7.245  73.025  1.00 54.99           C  
+ATOM  16227  CD2 TYR H  37      32.795  -7.534  72.041  1.00 55.09           C  
+ATOM  16228  CE1 TYR H  37      34.760  -5.875  73.030  1.00 56.46           C  
+ATOM  16229  CE2 TYR H  37      32.603  -6.166  72.041  1.00 54.91           C  
+ATOM  16230  CZ  TYR H  37      33.588  -5.341  72.537  1.00 53.80           C  
+ATOM  16231  OH  TYR H  37      33.400  -3.978  72.539  1.00 65.76           O  
+ATOM  16232  N   TYR H  38      32.609 -12.362  73.416  1.00 56.67           N  
+ATOM  16233  CA  TYR H  38      32.468 -13.757  73.020  1.00 56.87           C  
+ATOM  16234  C   TYR H  38      33.115 -13.998  71.659  1.00 55.41           C  
+ATOM  16235  O   TYR H  38      33.297 -13.080  70.853  1.00 54.18           O  
+ATOM  16236  CB  TYR H  38      30.995 -14.160  72.955  1.00 54.77           C  
+ATOM  16237  CG  TYR H  38      30.384 -14.559  74.278  1.00 55.67           C  
+ATOM  16238  CD1 TYR H  38      30.468 -15.868  74.735  1.00 54.79           C  
+ATOM  16239  CD2 TYR H  38      29.700 -13.636  75.056  1.00 59.81           C  
+ATOM  16240  CE1 TYR H  38      29.904 -16.240  75.939  1.00 58.32           C  
+ATOM  16241  CE2 TYR H  38      29.130 -14.000  76.262  1.00 59.14           C  
+ATOM  16242  CZ  TYR H  38      29.235 -15.304  76.697  1.00 59.70           C  
+ATOM  16243  OH  TYR H  38      28.671 -15.674  77.896  1.00 60.84           O  
+ATOM  16244  N   MET H  39      33.461 -15.258  71.401  1.00 52.34           N  
+ATOM  16245  CA  MET H  39      33.991 -15.664  70.107  1.00 48.94           C  
+ATOM  16246  C   MET H  39      33.189 -16.856  69.614  1.00 51.28           C  
+ATOM  16247  O   MET H  39      33.168 -17.900  70.270  1.00 54.33           O  
+ATOM  16248  CB  MET H  39      35.474 -16.020  70.210  1.00 51.20           C  
+ATOM  16249  CG  MET H  39      36.232 -15.687  68.958  1.00 56.51           C  
+ATOM  16250  SD  MET H  39      36.052 -13.927  68.626  1.00 58.11           S  
+ATOM  16251  CE  MET H  39      37.601 -13.323  69.284  1.00 65.86           C  
+ATOM  16252  N   HIS H  40      32.545 -16.713  68.460  1.00 50.17           N  
+ATOM  16253  CA  HIS H  40      31.712 -17.765  67.903  1.00 47.67           C  
+ATOM  16254  C   HIS H  40      32.354 -18.327  66.644  1.00 49.11           C  
+ATOM  16255  O   HIS H  40      33.111 -17.640  65.951  1.00 49.02           O  
+ATOM  16256  CB  HIS H  40      30.307 -17.245  67.582  1.00 48.37           C  
+ATOM  16257  CG  HIS H  40      29.656 -16.522  68.721  1.00 50.87           C  
+ATOM  16258  ND1 HIS H  40      28.719 -17.113  69.541  1.00 50.01           N  
+ATOM  16259  CD2 HIS H  40      29.808 -15.256  69.175  1.00 51.48           C  
+ATOM  16260  CE1 HIS H  40      28.322 -16.241  70.452  1.00 53.63           C  
+ATOM  16261  NE2 HIS H  40      28.968 -15.107  70.251  1.00 51.52           N  
+ATOM  16262  N   TRP H  41      32.037 -19.582  66.348  1.00 48.81           N  
+ATOM  16263  CA  TRP H  41      32.485 -20.228  65.124  1.00 49.06           C  
+ATOM  16264  C   TRP H  41      31.277 -20.610  64.282  1.00 50.32           C  
+ATOM  16265  O   TRP H  41      30.255 -21.060  64.811  1.00 48.19           O  
+ATOM  16266  CB  TRP H  41      33.346 -21.458  65.429  1.00 51.70           C  
+ATOM  16267  CG  TRP H  41      34.734 -21.097  65.868  1.00 52.05           C  
+ATOM  16268  CD1 TRP H  41      35.159 -20.885  67.147  1.00 54.39           C  
+ATOM  16269  CD2 TRP H  41      35.874 -20.882  65.027  1.00 55.17           C  
+ATOM  16270  NE1 TRP H  41      36.494 -20.562  67.156  1.00 56.33           N  
+ATOM  16271  CE2 TRP H  41      36.957 -20.552  65.866  1.00 56.23           C  
+ATOM  16272  CE3 TRP H  41      36.086 -20.940  63.645  1.00 53.56           C  
+ATOM  16273  CZ2 TRP H  41      38.231 -20.283  65.371  1.00 55.83           C  
+ATOM  16274  CZ3 TRP H  41      37.351 -20.674  63.156  1.00 51.28           C  
+ATOM  16275  CH2 TRP H  41      38.407 -20.350  64.016  1.00 54.93           C  
+ATOM  16276  N   VAL H  42      31.398 -20.421  62.969  1.00 51.40           N  
+ATOM  16277  CA  VAL H  42      30.301 -20.641  62.035  1.00 50.42           C  
+ATOM  16278  C   VAL H  42      30.813 -21.475  60.870  1.00 49.27           C  
+ATOM  16279  O   VAL H  42      31.962 -21.341  60.442  1.00 51.10           O  
+ATOM  16280  CB  VAL H  42      29.699 -19.306  61.528  1.00 45.74           C  
+ATOM  16281  CG1 VAL H  42      28.489 -19.556  60.641  1.00 48.81           C  
+ATOM  16282  CG2 VAL H  42      29.321 -18.403  62.694  1.00 47.64           C  
+ATOM  16283  N   LYS H  43      29.946 -22.343  60.358  1.00 50.71           N  
+ATOM  16284  CA  LYS H  43      30.260 -23.213  59.234  1.00 53.11           C  
+ATOM  16285  C   LYS H  43      29.385 -22.835  58.049  1.00 56.34           C  
+ATOM  16286  O   LYS H  43      28.168 -22.679  58.198  1.00 56.26           O  
+ATOM  16287  CB  LYS H  43      30.046 -24.682  59.614  1.00 54.89           C  
+ATOM  16288  CG  LYS H  43      30.259 -25.677  58.488  1.00 54.74           C  
+ATOM  16289  CD  LYS H  43      29.843 -27.075  58.924  1.00 55.61           C  
+ATOM  16290  CE  LYS H  43      30.138 -28.111  57.853  1.00 59.50           C  
+ATOM  16291  NZ  LYS H  43      29.733 -29.478  58.279  1.00 62.73           N  
+ATOM  16292  N   GLN H  44      30.001 -22.685  56.878  1.00 67.06           N  
+ATOM  16293  CA  GLN H  44      29.290 -22.432  55.627  1.00 69.97           C  
+ATOM  16294  C   GLN H  44      29.616 -23.616  54.723  1.00 86.44           C  
+ATOM  16295  O   GLN H  44      30.711 -23.690  54.159  1.00 86.67           O  
+ATOM  16296  CB  GLN H  44      29.703 -21.096  55.015  1.00 65.51           C  
+ATOM  16297  CG  GLN H  44      28.753 -20.573  53.952  1.00 75.24           C  
+ATOM  16298  CD  GLN H  44      29.062 -19.146  53.542  1.00 66.28           C  
+ATOM  16299  OE1 GLN H  44      28.176 -18.291  53.513  1.00 61.79           O  
+ATOM  16300  NE2 GLN H  44      30.323 -18.881  53.224  1.00 61.84           N  
+ATOM  16301  N   SER H  45      28.675 -24.553  54.616  1.00 95.21           N  
+ATOM  16302  CA  SER H  45      28.866 -25.769  53.831  1.00111.73           C  
+ATOM  16303  C   SER H  45      28.611 -25.496  52.354  1.00136.94           C  
+ATOM  16304  O   SER H  45      27.460 -25.320  51.940  1.00140.97           O  
+ATOM  16305  CB  SER H  45      27.945 -26.872  54.345  1.00105.19           C  
+ATOM  16306  OG  SER H  45      26.588 -26.584  54.052  1.00114.92           O  
+ATOM  16307  N   HIS H  46      29.683 -25.497  51.557  1.00147.56           N  
+ATOM  16308  CA  HIS H  46      29.596 -25.289  50.111  1.00162.05           C  
+ATOM  16309  C   HIS H  46      28.796 -24.024  49.811  1.00184.31           C  
+ATOM  16310  O   HIS H  46      27.811 -24.041  49.069  1.00192.34           O  
+ATOM  16311  CB  HIS H  46      28.985 -26.517  49.428  1.00161.89           C  
+ATOM  16312  CG  HIS H  46      29.270 -26.610  47.960  1.00168.40           C  
+ATOM  16313  ND1 HIS H  46      29.589 -25.513  47.189  1.00171.16           N  
+ATOM  16314  CD2 HIS H  46      29.285 -27.674  47.123  1.00168.81           C  
+ATOM  16315  CE1 HIS H  46      29.787 -25.897  45.940  1.00164.57           C  
+ATOM  16316  NE2 HIS H  46      29.609 -27.205  45.873  1.00164.74           N  
+ATOM  16317  N   GLY H  47      29.278 -22.902  50.342  1.00226.48           N  
+ATOM  16318  CA  GLY H  47      28.448 -21.710  50.419  1.00225.63           C  
+ATOM  16319  C   GLY H  47      27.129 -22.054  51.084  1.00225.62           C  
+ATOM  16320  O   GLY H  47      27.101 -22.609  52.188  1.00226.49           O  
+ATOM  16321  N   LYS H  48      26.021 -21.705  50.431  1.00153.11           N  
+ATOM  16322  CA  LYS H  48      24.690 -22.046  50.925  1.00133.16           C  
+ATOM  16323  C   LYS H  48      24.409 -21.557  52.344  1.00111.71           C  
+ATOM  16324  O   LYS H  48      24.446 -20.353  52.620  1.00 99.86           O  
+ATOM  16325  CB  LYS H  48      24.484 -23.563  50.874  1.00132.94           C  
+ATOM  16326  CG  LYS H  48      24.652 -24.186  49.503  1.00141.96           C  
+ATOM  16327  CD  LYS H  48      25.055 -25.644  49.636  1.00136.33           C  
+ATOM  16328  CE  LYS H  48      24.091 -26.400  50.535  1.00119.54           C  
+ATOM  16329  NZ  LYS H  48      24.744 -27.575  51.173  1.00108.70           N  
+ATOM  16330  N   SER H  49      24.142 -22.500  53.246  1.00105.09           N  
+ATOM  16331  CA  SER H  49      23.663 -22.231  54.595  1.00 88.94           C  
+ATOM  16332  C   SER H  49      24.787 -21.978  55.595  1.00 77.37           C  
+ATOM  16333  O   SER H  49      25.913 -22.459  55.442  1.00 77.06           O  
+ATOM  16334  CB  SER H  49      22.806 -23.397  55.092  1.00 85.76           C  
+ATOM  16335  OG  SER H  49      23.592 -24.561  55.285  1.00 83.11           O  
+ATOM  16336  N   LEU H  50      24.455 -21.204  56.628  1.00 67.83           N  
+ATOM  16337  CA  LEU H  50      25.352 -20.868  57.729  1.00 59.43           C  
+ATOM  16338  C   LEU H  50      24.911 -21.646  58.963  1.00 54.85           C  
+ATOM  16339  O   LEU H  50      23.754 -21.540  59.383  1.00 55.03           O  
+ATOM  16340  CB  LEU H  50      25.336 -19.366  58.015  1.00 54.16           C  
+ATOM  16341  CG  LEU H  50      25.876 -18.419  56.945  1.00 54.52           C  
+ATOM  16342  CD1 LEU H  50      25.646 -16.971  57.350  1.00 49.59           C  
+ATOM  16343  CD2 LEU H  50      27.352 -18.678  56.718  1.00 56.14           C  
+ATOM  16344  N   GLU H  51      25.825 -22.425  59.538  1.00 52.65           N  
+ATOM  16345  CA  GLU H  51      25.553 -23.208  60.739  1.00 51.39           C  
+ATOM  16346  C   GLU H  51      26.424 -22.709  61.881  1.00 52.96           C  
+ATOM  16347  O   GLU H  51      27.656 -22.762  61.793  1.00 50.87           O  
+ATOM  16348  CB  GLU H  51      25.815 -24.698  60.512  1.00 50.40           C  
+ATOM  16349  CG  GLU H  51      24.853 -25.391  59.572  1.00 57.65           C  
+ATOM  16350  CD  GLU H  51      25.107 -26.885  59.501  1.00 67.72           C  
+ATOM  16351  OE1 GLU H  51      24.849 -27.579  60.508  1.00 73.18           O  
+ATOM  16352  OE2 GLU H  51      25.578 -27.363  58.448  1.00 70.24           O  
+ATOM  16353  N   TRP H  52      25.787 -22.211  62.940  1.00 51.21           N  
+ATOM  16354  CA  TRP H  52      26.514 -21.933  64.170  1.00 53.34           C  
+ATOM  16355  C   TRP H  52      27.173 -23.211  64.677  1.00 54.57           C  
+ATOM  16356  O   TRP H  52      26.646 -24.315  64.518  1.00 55.70           O  
+ATOM  16357  CB  TRP H  52      25.566 -21.364  65.227  1.00 53.70           C  
+ATOM  16358  CG  TRP H  52      26.230 -20.894  66.489  1.00 53.02           C  
+ATOM  16359  CD1 TRP H  52      27.140 -19.885  66.612  1.00 52.47           C  
+ATOM  16360  CD2 TRP H  52      26.016 -21.403  67.812  1.00 53.90           C  
+ATOM  16361  NE1 TRP H  52      27.513 -19.740  67.928  1.00 50.81           N  
+ATOM  16362  CE2 TRP H  52      26.837 -20.661  68.684  1.00 52.81           C  
+ATOM  16363  CE3 TRP H  52      25.214 -22.419  68.342  1.00 56.67           C  
+ATOM  16364  CZ2 TRP H  52      26.878 -20.901  70.056  1.00 56.73           C  
+ATOM  16365  CZ3 TRP H  52      25.256 -22.656  69.704  1.00 57.69           C  
+ATOM  16366  CH2 TRP H  52      26.083 -21.901  70.545  1.00 57.88           C  
+ATOM  16367  N   ILE H  53      28.333 -23.054  65.310  1.00 51.47           N  
+ATOM  16368  CA  ILE H  53      29.101 -24.170  65.844  1.00 55.33           C  
+ATOM  16369  C   ILE H  53      29.201 -24.095  67.362  1.00 55.21           C  
+ATOM  16370  O   ILE H  53      28.890 -25.061  68.066  1.00 53.83           O  
+ATOM  16371  CB  ILE H  53      30.508 -24.241  65.212  1.00 52.91           C  
+ATOM  16372  CG1 ILE H  53      30.411 -24.590  63.727  1.00 56.25           C  
+ATOM  16373  CG2 ILE H  53      31.372 -25.244  65.958  1.00 53.67           C  
+ATOM  16374  CD1 ILE H  53      31.687 -24.324  62.955  1.00 54.75           C  
+ATOM  16375  N   GLY H  54      29.627 -22.954  67.881  1.00 52.03           N  
+ATOM  16376  CA  GLY H  54      29.767 -22.799  69.311  1.00 55.71           C  
+ATOM  16377  C   GLY H  54      30.389 -21.466  69.644  1.00 56.39           C  
+ATOM  16378  O   GLY H  54      30.878 -20.735  68.775  1.00 53.43           O  
+ATOM  16379  N   TYR H  55      30.351 -21.156  70.935  1.00 58.08           N  
+ATOM  16380  CA  TYR H  55      30.914 -19.930  71.468  1.00 55.79           C  
+ATOM  16381  C   TYR H  55      31.992 -20.264  72.488  1.00 59.69           C  
+ATOM  16382  O   TYR H  55      32.072 -21.382  73.005  1.00 59.58           O  
+ATOM  16383  CB  TYR H  55      29.838 -19.046  72.120  1.00 56.97           C  
+ATOM  16384  CG  TYR H  55      29.250 -19.615  73.397  1.00 61.85           C  
+ATOM  16385  CD1 TYR H  55      28.136 -20.443  73.365  1.00 64.18           C  
+ATOM  16386  CD2 TYR H  55      29.811 -19.322  74.635  1.00 59.56           C  
+ATOM  16387  CE1 TYR H  55      27.600 -20.965  74.530  1.00 64.70           C  
+ATOM  16388  CE2 TYR H  55      29.284 -19.838  75.801  1.00 61.04           C  
+ATOM  16389  CZ  TYR H  55      28.178 -20.658  75.744  1.00 65.51           C  
+ATOM  16390  OH  TYR H  55      27.650 -21.173  76.905  1.00 73.90           O  
+ATOM  16391  N   ILE H  56      32.827 -19.271  72.765  1.00 55.82           N  
+ATOM  16392  CA  ILE H  56      33.829 -19.368  73.819  1.00 58.50           C  
+ATOM  16393  C   ILE H  56      34.052 -17.976  74.389  1.00 60.29           C  
+ATOM  16394  O   ILE H  56      34.147 -16.991  73.647  1.00 54.66           O  
+ATOM  16395  CB  ILE H  56      35.152 -19.989  73.323  1.00 59.19           C  
+ATOM  16396  CG1 ILE H  56      36.134 -20.120  74.489  1.00 60.99           C  
+ATOM  16397  CG2 ILE H  56      35.746 -19.184  72.176  1.00 54.61           C  
+ATOM  16398  CD1 ILE H  56      37.356 -20.921  74.168  1.00 58.66           C  
+ATOM  16399  N   TYR H  57      34.093 -17.893  75.716  1.00 62.94           N  
+ATOM  16400  CA  TYR H  57      34.378 -16.645  76.398  1.00 62.28           C  
+ATOM  16401  C   TYR H  57      35.858 -16.634  76.746  1.00 64.75           C  
+ATOM  16402  O   TYR H  57      36.300 -17.473  77.547  1.00 70.14           O  
+ATOM  16403  CB  TYR H  57      33.522 -16.519  77.656  1.00 62.29           C  
+ATOM  16404  CG  TYR H  57      33.459 -15.130  78.248  1.00 65.67           C  
+ATOM  16405  CD1 TYR H  57      33.018 -14.054  77.488  1.00 63.22           C  
+ATOM  16406  CD2 TYR H  57      33.799 -14.900  79.573  1.00 73.18           C  
+ATOM  16407  CE1 TYR H  57      32.943 -12.783  78.023  1.00 65.47           C  
+ATOM  16408  CE2 TYR H  57      33.725 -13.631  80.119  1.00 74.09           C  
+ATOM  16409  CZ  TYR H  57      33.298 -12.578  79.339  1.00 72.47           C  
+ATOM  16410  OH  TYR H  57      33.224 -11.314  79.877  1.00 78.55           O  
+ATOM  16411  N   PRO H  58      36.661 -15.740  76.162  1.00 64.68           N  
+ATOM  16412  CA  PRO H  58      38.120 -15.812  76.358  1.00 67.52           C  
+ATOM  16413  C   PRO H  58      38.555 -15.769  77.813  1.00 72.73           C  
+ATOM  16414  O   PRO H  58      39.627 -16.291  78.144  1.00 74.20           O  
+ATOM  16415  CB  PRO H  58      38.632 -14.592  75.581  1.00 65.76           C  
+ATOM  16416  CG  PRO H  58      37.590 -14.351  74.541  1.00 63.42           C  
+ATOM  16417  CD  PRO H  58      36.282 -14.701  75.192  1.00 62.86           C  
+ATOM  16418  N   ASP H  59      37.764 -15.145  78.689  1.00 74.75           N  
+ATOM  16419  CA  ASP H  59      38.124 -15.073  80.102  1.00 75.81           C  
+ATOM  16420  C   ASP H  59      38.248 -16.459  80.728  1.00 77.92           C  
+ATOM  16421  O   ASP H  59      39.099 -16.680  81.597  1.00 81.88           O  
+ATOM  16422  CB  ASP H  59      37.081 -14.247  80.855  1.00 75.33           C  
+ATOM  16423  CG  ASP H  59      37.659 -13.523  82.050  1.00 84.54           C  
+ATOM  16424  OD1 ASP H  59      38.892 -13.572  82.238  1.00 87.05           O  
+ATOM  16425  OD2 ASP H  59      36.877 -12.908  82.807  1.00 96.05           O  
+ATOM  16426  N   ASN H  62      37.413 -17.404  80.300  1.00 76.59           N  
+ATOM  16427  CA  ASN H  62      37.465 -18.770  80.811  1.00 74.51           C  
+ATOM  16428  C   ASN H  62      37.182 -19.822  79.740  1.00 76.52           C  
+ATOM  16429  O   ASN H  62      38.116 -20.431  79.209  1.00 78.43           O  
+ATOM  16430  CB  ASN H  62      36.526 -18.914  82.014  1.00 70.52           C  
+ATOM  16431  CG  ASN H  62      35.246 -18.123  81.858  1.00 73.78           C  
+ATOM  16432  OD1 ASN H  62      35.241 -16.901  82.022  1.00 73.38           O  
+ATOM  16433  ND2 ASN H  62      34.152 -18.810  81.564  1.00 73.70           N  
+ATOM  16434  N   GLY H  63      35.913 -20.055  79.422  1.00 71.78           N  
+ATOM  16435  CA  GLY H  63      35.559 -21.118  78.508  1.00 67.45           C  
+ATOM  16436  C   GLY H  63      34.159 -20.949  77.957  1.00 68.64           C  
+ATOM  16437  O   GLY H  63      33.540 -19.892  78.095  1.00 66.65           O  
+ATOM  16438  N   GLY H  64      33.676 -22.002  77.307  1.00 67.72           N  
+ATOM  16439  CA  GLY H  64      32.361 -21.947  76.700  1.00 65.75           C  
+ATOM  16440  C   GLY H  64      31.901 -23.303  76.210  1.00 69.95           C  
+ATOM  16441  O   GLY H  64      32.536 -24.328  76.462  1.00 68.45           O  
+ATOM  16442  N   ASN H  65      30.770 -23.285  75.500  1.00 73.87           N  
+ATOM  16443  CA  ASN H  65      30.114 -24.481  74.982  1.00 83.43           C  
+ATOM  16444  C   ASN H  65      29.529 -24.158  73.609  1.00 76.62           C  
+ATOM  16445  O   ASN H  65      29.630 -23.027  73.126  1.00 70.73           O  
+ATOM  16446  CB  ASN H  65      29.042 -24.955  75.977  1.00100.02           C  
+ATOM  16447  CG  ASN H  65      28.349 -26.230  75.543  1.00117.93           C  
+ATOM  16448  OD1 ASN H  65      28.897 -27.016  74.772  1.00133.27           O  
+ATOM  16449  ND2 ASN H  65      27.129 -26.435  76.029  1.00115.92           N  
+ATOM  16450  N   GLY H  66      28.944 -25.162  72.950  1.00 76.99           N  
+ATOM  16451  CA  GLY H  66      28.339 -24.917  71.655  1.00 70.64           C  
+ATOM  16452  C   GLY H  66      27.199 -25.820  71.223  1.00 72.90           C  
+ATOM  16453  O   GLY H  66      26.651 -26.589  72.019  1.00 83.97           O  
+ATOM  16454  N   TYR H  67      26.841 -25.713  69.942  1.00 72.57           N  
+ATOM  16455  CA  TYR H  67      25.763 -26.498  69.347  1.00 76.70           C  
+ATOM  16456  C   TYR H  67      25.955 -27.993  69.570  1.00 81.85           C  
+ATOM  16457  O   TYR H  67      27.069 -28.516  69.492  1.00 85.17           O  
+ATOM  16458  CB  TYR H  67      25.675 -26.189  67.847  1.00 74.79           C  
+ATOM  16459  CG  TYR H  67      24.311 -26.393  67.208  1.00 80.73           C  
+ATOM  16460  CD1 TYR H  67      23.292 -27.060  67.875  1.00 89.70           C  
+ATOM  16461  CD2 TYR H  67      24.038 -25.887  65.944  1.00 80.67           C  
+ATOM  16462  CE1 TYR H  67      22.054 -27.250  67.290  1.00101.38           C  
+ATOM  16463  CE2 TYR H  67      22.797 -26.060  65.354  1.00101.29           C  
+ATOM  16464  CZ  TYR H  67      21.809 -26.740  66.034  1.00116.02           C  
+ATOM  16465  OH  TYR H  67      20.574 -26.915  65.451  1.00117.81           O  
+ATOM  16466  N   ASN H  68      24.841 -28.676  69.854  1.00 82.25           N  
+ATOM  16467  CA  ASN H  68      24.863 -30.125  70.022  1.00 87.20           C  
+ATOM  16468  C   ASN H  68      25.332 -30.814  68.748  1.00 85.94           C  
+ATOM  16469  O   ASN H  68      26.026 -31.836  68.809  1.00 86.78           O  
+ATOM  16470  CB  ASN H  68      23.480 -30.634  70.431  1.00 93.70           C  
+ATOM  16471  CG  ASN H  68      23.348 -30.826  71.931  1.00102.79           C  
+ATOM  16472  OD1 ASN H  68      23.802 -31.829  72.481  1.00101.97           O  
+ATOM  16473  ND2 ASN H  68      22.714 -29.868  72.598  1.00 99.98           N  
+ATOM  16474  N   GLN H  69      24.940 -30.288  67.582  1.00 86.16           N  
+ATOM  16475  CA  GLN H  69      25.347 -30.914  66.328  1.00 87.31           C  
+ATOM  16476  C   GLN H  69      26.862 -30.943  66.195  1.00 82.48           C  
+ATOM  16477  O   GLN H  69      27.412 -31.848  65.558  1.00 80.29           O  
+ATOM  16478  CB  GLN H  69      24.751 -30.168  65.134  1.00 93.97           C  
+ATOM  16479  CG  GLN H  69      23.292 -30.451  64.837  1.00106.75           C  
+ATOM  16480  CD  GLN H  69      22.894 -29.971  63.452  1.00128.57           C  
+ATOM  16481  OE1 GLN H  69      23.740 -29.821  62.569  1.00123.71           O  
+ATOM  16482  NE2 GLN H  69      21.604 -29.724  63.257  1.00120.14           N  
+ATOM  16483  N   LYS H  70      27.549 -29.966  66.784  1.00 81.83           N  
+ATOM  16484  CA  LYS H  70      29.001 -29.903  66.748  1.00 83.85           C  
+ATOM  16485  C   LYS H  70      29.640 -30.350  68.057  1.00 87.71           C  
+ATOM  16486  O   LYS H  70      30.836 -30.123  68.257  1.00 88.81           O  
+ATOM  16487  CB  LYS H  70      29.458 -28.488  66.390  1.00 75.88           C  
+ATOM  16488  CG  LYS H  70      28.857 -27.979  65.092  1.00 66.27           C  
+ATOM  16489  CD  LYS H  70      29.556 -28.592  63.890  1.00 61.79           C  
+ATOM  16490  CE  LYS H  70      29.075 -27.964  62.595  1.00 59.73           C  
+ATOM  16491  NZ  LYS H  70      27.590 -27.994  62.493  1.00 70.71           N  
+ATOM  16492  N   PHE H  71      28.870 -30.970  68.956  1.00 91.85           N  
+ATOM  16493  CA  PHE H  71      29.444 -31.468  70.202  1.00 99.78           C  
+ATOM  16494  C   PHE H  71      30.541 -32.483  69.912  1.00105.53           C  
+ATOM  16495  O   PHE H  71      31.638 -32.414  70.479  1.00102.98           O  
+ATOM  16496  CB  PHE H  71      28.352 -32.076  71.083  1.00102.67           C  
+ATOM  16497  CG  PHE H  71      28.132 -31.338  72.374  1.00105.98           C  
+ATOM  16498  CD1 PHE H  71      29.199 -30.784  73.063  1.00114.51           C  
+ATOM  16499  CD2 PHE H  71      26.857 -31.194  72.895  1.00104.79           C  
+ATOM  16500  CE1 PHE H  71      28.997 -30.104  74.251  1.00118.85           C  
+ATOM  16501  CE2 PHE H  71      26.648 -30.515  74.081  1.00109.08           C  
+ATOM  16502  CZ  PHE H  71      27.720 -29.970  74.760  1.00115.48           C  
+ATOM  16503  N   LYS H  72      30.257 -33.435  69.029  1.00126.47           N  
+ATOM  16504  CA  LYS H  72      31.224 -34.447  68.623  1.00130.47           C  
+ATOM  16505  C   LYS H  72      31.948 -33.921  67.390  1.00124.33           C  
+ATOM  16506  O   LYS H  72      31.363 -33.840  66.305  1.00126.48           O  
+ATOM  16507  CB  LYS H  72      30.534 -35.776  68.334  1.00154.14           C  
+ATOM  16508  CG  LYS H  72      29.739 -36.332  69.502  1.00163.85           C  
+ATOM  16509  CD  LYS H  72      29.005 -37.604  69.109  1.00177.33           C  
+ATOM  16510  CE  LYS H  72      29.971 -38.678  68.636  1.00181.66           C  
+ATOM  16511  NZ  LYS H  72      29.265 -39.934  68.264  1.00181.20           N  
+ATOM  16512  N   GLY H  74      33.213 -33.551  67.556  1.00105.89           N  
+ATOM  16513  CA  GLY H  74      33.996 -33.048  66.447  1.00 96.59           C  
+ATOM  16514  C   GLY H  74      34.636 -31.714  66.763  1.00 87.85           C  
+ATOM  16515  O   GLY H  74      35.845 -31.541  66.581  1.00 83.48           O  
+ATOM  16516  N   LYS H  75      33.840 -30.763  67.244  1.00 83.29           N  
+ATOM  16517  CA  LYS H  75      34.325 -29.412  67.476  1.00 76.81           C  
+ATOM  16518  C   LYS H  75      34.846 -29.285  68.901  1.00 76.79           C  
+ATOM  16519  O   LYS H  75      34.245 -29.805  69.845  1.00 81.39           O  
+ATOM  16520  CB  LYS H  75      33.212 -28.392  67.229  1.00 75.02           C  
+ATOM  16521  N   ALA H  76      35.967 -28.582  69.049  1.00 70.09           N  
+ATOM  16522  CA  ALA H  76      36.523 -28.265  70.363  1.00 64.44           C  
+ATOM  16523  C   ALA H  76      37.146 -26.878  70.298  1.00 63.05           C  
+ATOM  16524  O   ALA H  76      38.143 -26.680  69.599  1.00 63.13           O  
+ATOM  16525  CB  ALA H  76      37.551 -29.309  70.799  1.00 57.97           C  
+ATOM  16526  N   THR H  77      36.562 -25.919  71.008  1.00 60.09           N  
+ATOM  16527  CA  THR H  77      37.029 -24.541  70.969  1.00 61.52           C  
+ATOM  16528  C   THR H  77      37.851 -24.233  72.213  1.00 60.97           C  
+ATOM  16529  O   THR H  77      37.477 -24.609  73.328  1.00 61.72           O  
+ATOM  16530  CB  THR H  77      35.852 -23.567  70.867  1.00 64.75           C  
+ATOM  16531  OG1 THR H  77      34.878 -23.886  71.868  1.00 69.86           O  
+ATOM  16532  CG2 THR H  77      35.202 -23.654  69.493  1.00 59.61           C  
+ATOM  16533  N   LEU H  78      38.973 -23.541  72.015  1.00 63.20           N  
+ATOM  16534  CA  LEU H  78      39.865 -23.157  73.098  1.00 62.85           C  
+ATOM  16535  C   LEU H  78      40.411 -21.770  72.792  1.00 61.10           C  
+ATOM  16536  O   LEU H  78      40.200 -21.225  71.707  1.00 60.93           O  
+ATOM  16537  CB  LEU H  78      40.996 -24.179  73.284  1.00 58.70           C  
+ATOM  16538  CG  LEU H  78      42.008 -24.351  72.149  1.00 70.15           C  
+ATOM  16539  CD1 LEU H  78      43.283 -23.565  72.431  1.00 74.74           C  
+ATOM  16540  CD2 LEU H  78      42.317 -25.823  71.918  1.00 79.87           C  
+ATOM  16541  N   THR H  79      41.128 -21.194  73.753  1.00 61.07           N  
+ATOM  16542  CA  THR H  79      41.598 -19.826  73.596  1.00 62.04           C  
+ATOM  16543  C   THR H  79      42.963 -19.662  74.246  1.00 64.04           C  
+ATOM  16544  O   THR H  79      43.367 -20.450  75.105  1.00 65.84           O  
+ATOM  16545  CB  THR H  79      40.609 -18.818  74.194  1.00 63.17           C  
+ATOM  16546  OG1 THR H  79      41.144 -17.494  74.076  1.00 70.38           O  
+ATOM  16547  CG2 THR H  79      40.354 -19.129  75.660  1.00 63.97           C  
+ATOM  16548  N   VAL H  80      43.670 -18.619  73.814  1.00 62.93           N  
+ATOM  16549  CA  VAL H  80      44.946 -18.212  74.393  1.00 65.53           C  
+ATOM  16550  C   VAL H  80      44.928 -16.691  74.476  1.00 68.49           C  
+ATOM  16551  O   VAL H  80      44.935 -16.008  73.442  1.00 67.98           O  
+ATOM  16552  CB  VAL H  80      46.158 -18.691  73.578  1.00 66.33           C  
+ATOM  16553  CG1 VAL H  80      47.445 -18.148  74.184  1.00 67.15           C  
+ATOM  16554  CG2 VAL H  80      46.204 -20.211  73.521  1.00 69.22           C  
+ATOM  16555  N   ASP H  81      44.883 -16.161  75.702  1.00 70.54           N  
+ATOM  16556  CA  ASP H  81      44.879 -14.716  75.903  1.00 68.97           C  
+ATOM  16557  C   ASP H  81      46.225 -14.104  75.541  1.00 72.01           C  
+ATOM  16558  O   ASP H  81      46.280 -12.949  75.103  1.00 69.90           O  
+ATOM  16559  CB  ASP H  81      44.511 -14.384  77.350  1.00 72.85           C  
+ATOM  16560  CG  ASP H  81      43.222 -15.050  77.793  1.00 79.37           C  
+ATOM  16561  OD1 ASP H  81      42.635 -15.806  76.991  1.00 90.22           O  
+ATOM  16562  OD2 ASP H  81      42.793 -14.815  78.944  1.00 76.27           O  
+ATOM  16563  N   LYS H  82      47.314 -14.853  75.749  1.00 73.88           N  
+ATOM  16564  CA  LYS H  82      48.654 -14.348  75.465  1.00 75.29           C  
+ATOM  16565  C   LYS H  82      48.774 -13.826  74.041  1.00 76.91           C  
+ATOM  16566  O   LYS H  82      49.347 -12.756  73.806  1.00 79.03           O  
+ATOM  16567  CB  LYS H  82      49.673 -15.469  75.656  1.00 79.27           C  
+ATOM  16568  CG  LYS H  82      51.116 -15.035  75.500  1.00 89.94           C  
+ATOM  16569  CD  LYS H  82      52.031 -16.242  75.551  1.00108.77           C  
+ATOM  16570  CE  LYS H  82      51.696 -17.170  74.385  1.00102.47           C  
+ATOM  16571  NZ  LYS H  82      52.795 -18.109  74.036  1.00101.59           N  
+ATOM  16572  N   SER H  83      48.228 -14.565  73.081  1.00 73.71           N  
+ATOM  16573  CA  SER H  83      48.256 -14.187  71.677  1.00 68.51           C  
+ATOM  16574  C   SER H  83      46.930 -13.630  71.186  1.00 67.40           C  
+ATOM  16575  O   SER H  83      46.822 -13.287  70.004  1.00 66.88           O  
+ATOM  16576  CB  SER H  83      48.661 -15.391  70.820  1.00 67.28           C  
+ATOM  16577  OG  SER H  83      47.814 -16.500  71.070  1.00 63.96           O  
+ATOM  16578  N   SER H  84      45.929 -13.530  72.061  1.00 65.74           N  
+ATOM  16579  CA  SER H  84      44.590 -13.085  71.682  1.00 64.00           C  
+ATOM  16580  C   SER H  84      44.058 -13.938  70.534  1.00 61.21           C  
+ATOM  16581  O   SER H  84      43.538 -13.435  69.536  1.00 60.12           O  
+ATOM  16582  CB  SER H  84      44.584 -11.599  71.312  1.00 60.47           C  
+ATOM  16583  OG  SER H  84      45.006 -10.795  72.398  1.00 67.33           O  
+ATOM  16584  N   SER H  85      44.202 -15.255  70.680  1.00 59.03           N  
+ATOM  16585  CA  SER H  85      43.900 -16.180  69.596  1.00 57.08           C  
+ATOM  16586  C   SER H  85      42.917 -17.241  70.060  1.00 57.44           C  
+ATOM  16587  O   SER H  85      43.150 -17.915  71.068  1.00 59.05           O  
+ATOM  16588  CB  SER H  85      45.178 -16.845  69.074  1.00 56.60           C  
+ATOM  16589  OG  SER H  85      46.034 -15.892  68.470  1.00 61.14           O  
+ATOM  16590  N   THR H  86      41.833 -17.402  69.308  1.00 55.97           N  
+ATOM  16591  CA  THR H  86      40.874 -18.476  69.527  1.00 57.47           C  
+ATOM  16592  C   THR H  86      41.204 -19.622  68.578  1.00 56.94           C  
+ATOM  16593  O   THR H  86      41.285 -19.422  67.361  1.00 55.87           O  
+ATOM  16594  CB  THR H  86      39.441 -17.991  69.306  1.00 56.80           C  
+ATOM  16595  OG1 THR H  86      39.175 -16.870  70.160  1.00 56.10           O  
+ATOM  16596  CG2 THR H  86      38.451 -19.104  69.616  1.00 52.78           C  
+ATOM  16597  N   VAL H  87      41.411 -20.810  69.134  1.00 58.96           N  
+ATOM  16598  CA  VAL H  87      41.766 -21.987  68.355  1.00 58.50           C  
+ATOM  16599  C   VAL H  87      40.573 -22.933  68.355  1.00 59.67           C  
+ATOM  16600  O   VAL H  87      39.765 -22.951  69.291  1.00 62.53           O  
+ATOM  16601  CB  VAL H  87      43.035 -22.669  68.913  1.00 62.25           C  
+ATOM  16602  CG1 VAL H  87      43.590 -23.666  67.917  1.00 63.42           C  
+ATOM  16603  CG2 VAL H  87      44.086 -21.626  69.266  1.00 60.70           C  
+ATOM  16604  N   TYR H  88      40.459 -23.720  67.289  1.00 61.44           N  
+ATOM  16605  CA  TYR H  88      39.259 -24.515  67.052  1.00 63.28           C  
+ATOM  16606  C   TYR H  88      39.656 -25.815  66.370  1.00 60.62           C  
+ATOM  16607  O   TYR H  88      40.214 -25.789  65.271  1.00 61.35           O  
+ATOM  16608  CB  TYR H  88      38.275 -23.709  66.200  1.00 61.29           C  
+ATOM  16609  CG  TYR H  88      37.074 -24.458  65.689  1.00 62.26           C  
+ATOM  16610  CD1 TYR H  88      36.409 -25.377  66.485  1.00 68.02           C  
+ATOM  16611  CD2 TYR H  88      36.584 -24.218  64.413  1.00 61.75           C  
+ATOM  16612  CE1 TYR H  88      35.308 -26.051  66.015  1.00 71.60           C  
+ATOM  16613  CE2 TYR H  88      35.481 -24.885  63.937  1.00 62.21           C  
+ATOM  16614  CZ  TYR H  88      34.845 -25.799  64.743  1.00 67.02           C  
+ATOM  16615  OH  TYR H  88      33.745 -26.473  64.268  1.00 91.17           O  
+ATOM  16616  N   MET H  89      39.366 -26.946  67.009  1.00 62.22           N  
+ATOM  16617  CA  MET H  89      39.845 -28.245  66.560  1.00 62.77           C  
+ATOM  16618  C   MET H  89      38.692 -29.121  66.089  1.00 69.98           C  
+ATOM  16619  O   MET H  89      37.627 -29.160  66.715  1.00 72.35           O  
+ATOM  16620  CB  MET H  89      40.609 -28.963  67.679  1.00 65.09           C  
+ATOM  16621  CG  MET H  89      41.173 -30.319  67.275  1.00 70.24           C  
+ATOM  16622  SD  MET H  89      42.197 -31.084  68.545  1.00 94.92           S  
+ATOM  16623  CE  MET H  89      43.761 -31.211  67.682  1.00 82.80           C  
+ATOM  16624  N   GLU H  90      38.929 -29.825  64.984  1.00 70.91           N  
+ATOM  16625  CA  GLU H  90      37.995 -30.779  64.402  1.00 73.00           C  
+ATOM  16626  C   GLU H  90      38.589 -32.179  64.457  1.00 72.87           C  
+ATOM  16627  O   GLU H  90      39.718 -32.395  64.002  1.00 70.92           O  
+ATOM  16628  CB  GLU H  90      37.660 -30.429  62.949  1.00 73.46           C  
+ATOM  16629  CG  GLU H  90      37.020 -29.074  62.733  1.00 75.03           C  
+ATOM  16630  CD  GLU H  90      35.562 -29.064  63.142  1.00 85.27           C  
+ATOM  16631  OE1 GLU H  90      34.892 -28.035  62.931  1.00 97.88           O  
+ATOM  16632  OE2 GLU H  90      35.076 -30.102  63.641  1.00101.18           O  
+ATOM  16633  N   LEU H  91      37.828 -33.123  65.003  1.00 76.68           N  
+ATOM  16634  CA  LEU H  91      38.256 -34.507  65.112  1.00 77.50           C  
+ATOM  16635  C   LEU H  91      37.536 -35.319  64.035  1.00 79.50           C  
+ATOM  16636  O   LEU H  91      36.778 -34.769  63.232  1.00 82.28           O  
+ATOM  16637  CB  LEU H  91      37.999 -35.051  66.520  1.00 83.41           C  
+ATOM  16638  CG  LEU H  91      38.787 -34.384  67.655  1.00 86.60           C  
+ATOM  16639  CD1 LEU H  91      38.360 -34.929  69.010  1.00 82.06           C  
+ATOM  16640  CD2 LEU H  91      40.288 -34.542  67.465  1.00 83.61           C  
+ATOM  16641  N   ARG H  92      37.735 -36.644  64.065  1.00 81.86           N  
+ATOM  16642  CA  ARG H  92      37.277 -37.611  63.060  1.00 85.63           C  
+ATOM  16643  C   ARG H  92      36.634 -36.993  61.821  1.00 87.86           C  
+ATOM  16644  O   ARG H  92      35.419 -37.099  61.621  1.00 90.54           O  
+ATOM  16645  CB  ARG H  92      36.274 -38.582  63.689  1.00 86.66           C  
+ATOM  16646  CG  ARG H  92      36.779 -39.336  64.905  1.00 93.56           C  
+ATOM  16647  CD  ARG H  92      37.939 -40.252  64.557  1.00 98.24           C  
+ATOM  16648  NE  ARG H  92      38.096 -41.320  65.540  1.00104.31           N  
+ATOM  16649  CZ  ARG H  92      38.702 -41.175  66.714  1.00107.68           C  
+ATOM  16650  NH1 ARG H  92      39.210 -40.000  67.062  1.00106.46           N  
+ATOM  16651  NH2 ARG H  92      38.796 -42.205  67.543  1.00109.96           N  
+ATOM  16652  N   SER H  93      37.448 -36.338  60.996  1.00 83.88           N  
+ATOM  16653  CA  SER H  93      36.959 -35.670  59.796  1.00 83.57           C  
+ATOM  16654  C   SER H  93      36.382 -36.661  58.787  1.00 86.70           C  
+ATOM  16655  O   SER H  93      36.853 -37.793  58.649  1.00 85.23           O  
+ATOM  16656  CB  SER H  93      38.087 -34.863  59.151  1.00 77.54           C  
+ATOM  16657  OG  SER H  93      38.372 -33.695  59.901  1.00 69.47           O  
+ATOM  16658  N   LEU H  94      35.345 -36.214  58.079  1.00 88.53           N  
+ATOM  16659  CA  LEU H  94      34.669 -36.953  57.018  1.00 90.68           C  
+ATOM  16660  C   LEU H  94      34.540 -36.034  55.808  1.00 94.37           C  
+ATOM  16661  O   LEU H  94      34.995 -34.886  55.822  1.00 91.32           O  
+ATOM  16662  CB  LEU H  94      33.290 -37.467  57.455  1.00 92.69           C  
+ATOM  16663  CG  LEU H  94      33.189 -38.370  58.682  1.00102.24           C  
+ATOM  16664  CD1 LEU H  94      31.733 -38.512  59.094  1.00105.78           C  
+ATOM  16665  CD2 LEU H  94      33.804 -39.730  58.401  1.00106.05           C  
+ATOM  16666  N   THR H  95      33.914 -36.544  54.748  1.00 97.74           N  
+ATOM  16667  CA  THR H  95      33.611 -35.716  53.585  1.00 93.59           C  
+ATOM  16668  C   THR H  95      32.469 -34.736  53.830  1.00 95.01           C  
+ATOM  16669  O   THR H  95      32.046 -34.067  52.882  1.00 99.75           O  
+ATOM  16670  CB  THR H  95      33.273 -36.596  52.380  1.00 91.17           C  
+ATOM  16671  OG1 THR H  95      32.023 -37.257  52.605  1.00 95.49           O  
+ATOM  16672  CG2 THR H  95      34.358 -37.637  52.168  1.00 91.51           C  
+ATOM  16673  N   SER H  96      31.914 -34.680  55.041  1.00 94.04           N  
+ATOM  16674  CA  SER H  96      30.908 -33.681  55.382  1.00 92.71           C  
+ATOM  16675  C   SER H  96      31.468 -32.493  56.157  1.00 90.44           C  
+ATOM  16676  O   SER H  96      31.035 -31.359  55.930  1.00 91.36           O  
+ATOM  16677  CB  SER H  96      29.775 -34.324  56.191  1.00 91.22           C  
+ATOM  16678  OG  SER H  96      29.051 -35.255  55.405  1.00 94.71           O  
+ATOM  16679  N   GLU H  97      32.419 -32.718  57.070  1.00 97.13           N  
+ATOM  16680  CA  GLU H  97      33.061 -31.604  57.762  1.00 94.75           C  
+ATOM  16681  C   GLU H  97      33.982 -30.809  56.852  1.00 92.53           C  
+ATOM  16682  O   GLU H  97      34.390 -29.701  57.220  1.00 84.26           O  
+ATOM  16683  CB  GLU H  97      33.866 -32.142  58.949  1.00 85.54           C  
+ATOM  16684  CG  GLU H  97      33.028 -32.864  59.976  1.00 91.39           C  
+ATOM  16685  CD  GLU H  97      32.931 -34.335  59.646  1.00104.16           C  
+ATOM  16686  OE1 GLU H  97      33.198 -34.666  58.476  1.00117.00           O  
+ATOM  16687  OE2 GLU H  97      32.586 -35.149  60.527  1.00112.87           O  
+ATOM  16688  N   ASP H  98      34.323 -31.352  55.684  1.00100.07           N  
+ATOM  16689  CA  ASP H  98      35.270 -30.693  54.792  1.00105.17           C  
+ATOM  16690  C   ASP H  98      34.614 -29.562  54.009  1.00143.72           C  
+ATOM  16691  O   ASP H  98      34.982 -28.395  54.166  1.00143.23           O  
+ATOM  16692  CB  ASP H  98      35.924 -31.718  53.858  1.00 98.82           C  
+ATOM  16693  CG  ASP H  98      34.950 -32.377  52.913  1.00103.41           C  
+ATOM  16694  OD1 ASP H  98      33.739 -32.143  53.052  1.00110.34           O  
+ATOM  16695  OD2 ASP H  98      35.409 -33.129  52.022  1.00102.78           O  
+ATOM  16696  N   SER H  99      33.636 -29.898  53.159  1.00155.58           N  
+ATOM  16697  CA  SER H  99      32.958 -28.969  52.259  1.00158.87           C  
+ATOM  16698  C   SER H  99      32.454 -27.750  53.011  1.00150.58           C  
+ATOM  16699  O   SER H  99      31.254 -27.460  52.996  1.00154.03           O  
+ATOM  16700  CB  SER H  99      31.794 -29.675  51.559  1.00164.07           C  
+ATOM  16701  OG  SER H  99      31.146 -28.819  50.631  1.00164.85           O  
+ATOM  16702  N   ALA H 100      33.359 -27.056  53.697  1.00108.31           N  
+ATOM  16703  CA  ALA H 100      32.983 -25.944  54.547  1.00 87.66           C  
+ATOM  16704  C   ALA H 100      34.057 -24.865  54.595  1.00 67.86           C  
+ATOM  16705  O   ALA H 100      35.268 -25.151  54.629  1.00 60.05           O  
+ATOM  16706  CB  ALA H 100      32.676 -26.429  55.964  1.00 83.41           C  
+ATOM  16707  N   LEU H 101      33.580 -23.626  54.596  1.00 63.77           N  
+ATOM  16708  CA  LEU H 101      34.368 -22.456  54.946  1.00 53.27           C  
+ATOM  16709  C   LEU H 101      33.992 -22.099  56.379  1.00 55.45           C  
+ATOM  16710  O   LEU H 101      32.809 -21.917  56.689  1.00 57.28           O  
+ATOM  16711  CB  LEU H 101      34.081 -21.288  54.001  1.00 47.21           C  
+ATOM  16712  CG  LEU H 101      34.776 -19.959  54.300  1.00 46.18           C  
+ATOM  16713  CD1 LEU H 101      36.267 -20.070  54.081  1.00 48.54           C  
+ATOM  16714  CD2 LEU H 101      34.195 -18.855  53.437  1.00 45.17           C  
+ATOM  16715  N   TYR H 102      34.988 -22.028  57.252  1.00 51.87           N  
+ATOM  16716  CA  TYR H 102      34.767 -21.835  58.679  1.00 49.02           C  
+ATOM  16717  C   TYR H 102      35.136 -20.407  59.054  1.00 48.21           C  
+ATOM  16718  O   TYR H 102      36.274 -19.976  58.836  1.00 49.26           O  
+ATOM  16719  CB  TYR H 102      35.572 -22.845  59.496  1.00 48.39           C  
+ATOM  16720  CG  TYR H 102      35.066 -24.264  59.361  1.00 52.57           C  
+ATOM  16721  CD1 TYR H 102      35.572 -25.113  58.386  1.00 54.32           C  
+ATOM  16722  CD2 TYR H 102      34.075 -24.751  60.204  1.00 56.18           C  
+ATOM  16723  CE1 TYR H 102      35.114 -26.411  58.262  1.00 59.41           C  
+ATOM  16724  CE2 TYR H 102      33.607 -26.046  60.084  1.00 58.27           C  
+ATOM  16725  CZ  TYR H 102      34.127 -26.871  59.110  1.00 59.95           C  
+ATOM  16726  OH  TYR H 102      33.664 -28.161  58.987  1.00 61.29           O  
+ATOM  16727  N   TYR H 103      34.167 -19.681  59.600  1.00 47.42           N  
+ATOM  16728  CA  TYR H 103      34.344 -18.311  60.050  1.00 49.11           C  
+ATOM  16729  C   TYR H 103      34.482 -18.263  61.566  1.00 48.80           C  
+ATOM  16730  O   TYR H 103      33.881 -19.063  62.289  1.00 47.80           O  
+ATOM  16731  CB  TYR H 103      33.152 -17.439  59.647  1.00 47.23           C  
+ATOM  16732  CG  TYR H 103      33.046 -17.097  58.182  1.00 49.03           C  
+ATOM  16733  CD1 TYR H 103      33.870 -16.135  57.612  1.00 48.87           C  
+ATOM  16734  CD2 TYR H 103      32.091 -17.703  57.376  1.00 48.07           C  
+ATOM  16735  CE1 TYR H 103      33.763 -15.808  56.275  1.00 48.71           C  
+ATOM  16736  CE2 TYR H 103      31.976 -17.381  56.039  1.00 49.69           C  
+ATOM  16737  CZ  TYR H 103      32.814 -16.431  55.493  1.00 49.89           C  
+ATOM  16738  OH  TYR H 103      32.705 -16.104  54.161  1.00 50.28           O  
+ATOM  16739  N   CYS H 104      35.270 -17.303  62.041  1.00 47.96           N  
+ATOM  16740  CA  CYS H 104      35.231 -16.876  63.430  1.00 49.10           C  
+ATOM  16741  C   CYS H 104      34.650 -15.470  63.487  1.00 50.72           C  
+ATOM  16742  O   CYS H 104      35.021 -14.602  62.690  1.00 51.34           O  
+ATOM  16743  CB  CYS H 104      36.621 -16.915  64.080  1.00 49.40           C  
+ATOM  16744  SG  CYS H 104      37.878 -15.829  63.354  1.00 73.74           S  
+ATOM  16745  N   ALA H 105      33.732 -15.254  64.424  1.00 49.45           N  
+ATOM  16746  CA  ALA H 105      33.030 -13.987  64.550  1.00 47.30           C  
+ATOM  16747  C   ALA H 105      33.015 -13.548  66.007  1.00 52.95           C  
+ATOM  16748  O   ALA H 105      33.189 -14.352  66.926  1.00 52.50           O  
+ATOM  16749  CB  ALA H 105      31.597 -14.081  64.009  1.00 45.39           C  
+ATOM  16750  N   ARG H 106      32.806 -12.251  66.206  1.00 52.22           N  
+ATOM  16751  CA  ARG H 106      32.796 -11.648  67.533  1.00 51.42           C  
+ATOM  16752  C   ARG H 106      31.379 -11.273  67.946  1.00 55.62           C  
+ATOM  16753  O   ARG H 106      30.665 -10.602  67.194  1.00 56.61           O  
+ATOM  16754  CB  ARG H 106      33.689 -10.407  67.576  1.00 53.07           C  
+ATOM  16755  CG  ARG H 106      33.929  -9.895  68.983  1.00 51.64           C  
+ATOM  16756  CD  ARG H 106      34.595  -8.533  68.986  1.00 50.38           C  
+ATOM  16757  NE  ARG H 106      33.668  -7.461  68.640  1.00 47.88           N  
+ATOM  16758  CZ  ARG H 106      33.958  -6.169  68.738  1.00 50.08           C  
+ATOM  16759  NH1 ARG H 106      35.150  -5.787  69.176  1.00 51.48           N  
+ATOM  16760  NH2 ARG H 106      33.057  -5.257  68.402  1.00 52.64           N  
+ATOM  16761  N   GLY H 107      30.977 -11.717  69.137  1.00 54.57           N  
+ATOM  16762  CA  GLY H 107      29.713 -11.285  69.704  1.00 50.18           C  
+ATOM  16763  C   GLY H 107      29.796  -9.877  70.268  1.00 55.71           C  
+ATOM  16764  O   GLY H 107      30.862  -9.390  70.638  1.00 60.89           O  
+ATOM  16765  N   THR H 108      28.643  -9.213  70.324  1.00 58.12           N  
+ATOM  16766  CA  THR H 108      28.565  -7.830  70.777  1.00 60.47           C  
+ATOM  16767  C   THR H 108      28.886  -7.703  72.269  1.00 64.87           C  
+ATOM  16768  O   THR H 108      28.983  -8.688  73.007  1.00 65.54           O  
+ATOM  16769  CB  THR H 108      27.183  -7.252  70.489  1.00 59.61           C  
+ATOM  16770  OG1 THR H 108      26.174  -8.115  71.027  1.00 62.55           O  
+ATOM  16771  CG2 THR H 108      26.991  -7.122  69.002  1.00 55.98           C  
+ATOM  16772  N   TYR H 109      29.058  -6.447  72.699  1.00 64.34           N  
+ATOM  16773  CA  TYR H 109      29.520  -6.149  74.053  1.00 62.34           C  
+ATOM  16774  C   TYR H 109      28.568  -6.716  75.100  1.00 64.27           C  
+ATOM  16775  O   TYR H 109      28.939  -7.600  75.881  1.00 66.70           O  
+ATOM  16776  CB  TYR H 109      29.674  -4.637  74.225  1.00 61.69           C  
+ATOM  16777  CG  TYR H 109      30.447  -4.229  75.460  1.00 71.87           C  
+ATOM  16778  CD1 TYR H 109      31.589  -4.916  75.850  1.00 75.93           C  
+ATOM  16779  CD2 TYR H 109      30.030  -3.156  76.237  1.00 73.59           C  
+ATOM  16780  CE1 TYR H 109      32.298  -4.542  76.978  1.00 77.07           C  
+ATOM  16781  CE2 TYR H 109      30.729  -2.777  77.366  1.00 74.16           C  
+ATOM  16782  CZ  TYR H 109      31.861  -3.473  77.732  1.00 76.19           C  
+ATOM  16783  OH  TYR H 109      32.558  -3.095  78.857  1.00 74.99           O  
+ATOM  16784  N   TYR H 110      27.331  -6.206  75.137  1.00 65.64           N  
+ATOM  16785  CA  TYR H 110      26.343  -6.725  76.080  1.00 64.49           C  
+ATOM  16786  C   TYR H 110      26.098  -8.200  75.819  1.00 62.94           C  
+ATOM  16787  O   TYR H 110      25.701  -8.944  76.723  1.00 61.11           O  
+ATOM  16788  CB  TYR H 110      25.006  -5.991  75.944  1.00 58.37           C  
+ATOM  16789  CG  TYR H 110      25.057  -4.488  75.786  1.00 58.36           C  
+ATOM  16790  CD1 TYR H 110      26.058  -3.723  76.371  1.00 61.14           C  
+ATOM  16791  CD2 TYR H 110      24.094  -3.837  75.027  1.00 57.55           C  
+ATOM  16792  CE1 TYR H 110      26.089  -2.347  76.206  1.00 61.37           C  
+ATOM  16793  CE2 TYR H 110      24.116  -2.470  74.857  1.00 61.83           C  
+ATOM  16794  CZ  TYR H 110      25.114  -1.728  75.447  1.00 60.18           C  
+ATOM  16795  OH  TYR H 110      25.133  -0.364  75.275  1.00 61.57           O  
+ATOM  16796  N   ASP H 111      26.318  -8.612  74.569  1.00 71.67           N  
+ATOM  16797  CA  ASP H 111      26.049  -9.918  73.985  1.00 76.64           C  
+ATOM  16798  C   ASP H 111      24.553 -10.049  73.744  1.00 88.99           C  
+ATOM  16799  O   ASP H 111      23.826 -10.626  74.557  1.00 75.09           O  
+ATOM  16800  CB  ASP H 111      26.566 -11.063  74.857  1.00 75.07           C  
+ATOM  16801  CG  ASP H 111      26.604 -12.384  74.114  1.00 76.01           C  
+ATOM  16802  OD1 ASP H 111      27.131 -12.414  72.981  1.00 72.72           O  
+ATOM  16803  OD2 ASP H 111      26.103 -13.391  74.657  1.00 81.12           O  
+ATOM  16804  N   GLY H 112      24.097  -9.508  72.617  1.00112.19           N  
+ATOM  16805  CA  GLY H 112      22.782  -9.759  72.078  1.00112.48           C  
+ATOM  16806  C   GLY H 112      22.687 -11.055  71.323  1.00110.62           C  
+ATOM  16807  O   GLY H 112      21.616 -11.395  70.813  1.00110.23           O  
+ATOM  16808  N   SER H 113      23.817 -11.757  71.214  1.00 97.98           N  
+ATOM  16809  CA  SER H 113      24.011 -13.056  70.576  1.00 80.78           C  
+ATOM  16810  C   SER H 113      24.161 -12.939  69.065  1.00 70.57           C  
+ATOM  16811  O   SER H 113      24.198 -13.969  68.376  1.00 66.94           O  
+ATOM  16812  CB  SER H 113      22.883 -14.036  70.905  1.00 82.66           C  
+ATOM  16813  OG  SER H 113      22.855 -14.314  72.294  1.00 94.87           O  
+ATOM  16814  N   TYR H 114      24.249 -11.728  68.527  1.00 63.70           N  
+ATOM  16815  CA  TYR H 114      24.538 -11.516  67.118  1.00 57.98           C  
+ATOM  16816  C   TYR H 114      25.987 -11.066  66.951  1.00 57.15           C  
+ATOM  16817  O   TYR H 114      26.631 -10.604  67.896  1.00 59.87           O  
+ATOM  16818  CB  TYR H 114      23.564 -10.502  66.512  1.00 55.39           C  
+ATOM  16819  CG  TYR H 114      23.583  -9.137  67.155  1.00 54.62           C  
+ATOM  16820  CD1 TYR H 114      22.858  -8.881  68.312  1.00 59.37           C  
+ATOM  16821  CD2 TYR H 114      24.282  -8.089  66.576  1.00 53.11           C  
+ATOM  16822  CE1 TYR H 114      22.863  -7.629  68.896  1.00 57.53           C  
+ATOM  16823  CE2 TYR H 114      24.285  -6.833  67.145  1.00 56.29           C  
+ATOM  16824  CZ  TYR H 114      23.579  -6.608  68.308  1.00 56.65           C  
+ATOM  16825  OH  TYR H 114      23.585  -5.358  68.880  1.00 56.30           O  
+ATOM  16826  N   PHE H 115      26.497 -11.209  65.731  1.00 53.49           N  
+ATOM  16827  CA  PHE H 115      27.925 -11.098  65.456  1.00 51.05           C  
+ATOM  16828  C   PHE H 115      28.187  -9.863  64.602  1.00 51.85           C  
+ATOM  16829  O   PHE H 115      27.616  -9.723  63.516  1.00 54.66           O  
+ATOM  16830  CB  PHE H 115      28.433 -12.358  64.753  1.00 47.75           C  
+ATOM  16831  CG  PHE H 115      27.823 -13.633  65.277  1.00 49.58           C  
+ATOM  16832  CD1 PHE H 115      27.709 -13.862  66.640  1.00 50.95           C  
+ATOM  16833  CD2 PHE H 115      27.342 -14.593  64.402  1.00 50.54           C  
+ATOM  16834  CE1 PHE H 115      27.139 -15.028  67.117  1.00 51.58           C  
+ATOM  16835  CE2 PHE H 115      26.772 -15.762  64.875  1.00 48.29           C  
+ATOM  16836  CZ  PHE H 115      26.671 -15.979  66.233  1.00 48.70           C  
+ATOM  16837  N   ASP H 116      29.058  -8.977  65.090  1.00 51.14           N  
+ATOM  16838  CA  ASP H 116      29.309  -7.698  64.440  1.00 52.31           C  
+ATOM  16839  C   ASP H 116      30.621  -7.653  63.665  1.00 50.86           C  
+ATOM  16840  O   ASP H 116      30.807  -6.742  62.852  1.00 54.84           O  
+ATOM  16841  CB  ASP H 116      29.283  -6.561  65.473  1.00 55.27           C  
+ATOM  16842  CG  ASP H 116      30.283  -6.764  66.598  1.00 55.25           C  
+ATOM  16843  OD1 ASP H 116      30.928  -7.832  66.648  1.00 52.03           O  
+ATOM  16844  OD2 ASP H 116      30.421  -5.850  67.439  1.00 55.84           O  
+ATOM  16845  N   TYR H 117      31.530  -8.598  63.895  1.00 50.38           N  
+ATOM  16846  CA  TYR H 117      32.784  -8.664  63.158  1.00 50.38           C  
+ATOM  16847  C   TYR H 117      33.059 -10.110  62.778  1.00 51.37           C  
+ATOM  16848  O   TYR H 117      32.827 -11.023  63.575  1.00 49.94           O  
+ATOM  16849  CB  TYR H 117      33.957  -8.097  63.971  1.00 53.47           C  
+ATOM  16850  CG  TYR H 117      33.977  -6.587  64.043  1.00 56.92           C  
+ATOM  16851  CD1 TYR H 117      34.584  -5.833  63.048  1.00 58.44           C  
+ATOM  16852  CD2 TYR H 117      33.392  -5.915  65.109  1.00 57.05           C  
+ATOM  16853  CE1 TYR H 117      34.605  -4.452  63.108  1.00 61.22           C  
+ATOM  16854  CE2 TYR H 117      33.409  -4.534  65.178  1.00 58.13           C  
+ATOM  16855  CZ  TYR H 117      34.016  -3.808  64.176  1.00 62.85           C  
+ATOM  16856  OH  TYR H 117      34.035  -2.434  64.241  1.00 67.36           O  
+ATOM  16857  N   TRP H 118      33.564 -10.308  61.561  1.00 49.31           N  
+ATOM  16858  CA  TRP H 118      33.789 -11.633  61.004  1.00 44.60           C  
+ATOM  16859  C   TRP H 118      35.204 -11.737  60.454  1.00 49.10           C  
+ATOM  16860  O   TRP H 118      35.775 -10.754  59.975  1.00 53.03           O  
+ATOM  16861  CB  TRP H 118      32.784 -11.948  59.885  1.00 46.33           C  
+ATOM  16862  CG  TRP H 118      31.358 -12.018  60.338  1.00 46.10           C  
+ATOM  16863  CD1 TRP H 118      30.592 -10.988  60.803  1.00 47.13           C  
+ATOM  16864  CD2 TRP H 118      30.517 -13.178  60.348  1.00 42.80           C  
+ATOM  16865  NE1 TRP H 118      29.332 -11.438  61.115  1.00 45.82           N  
+ATOM  16866  CE2 TRP H 118      29.260 -12.779  60.843  1.00 44.62           C  
+ATOM  16867  CE3 TRP H 118      30.708 -14.516  59.992  1.00 42.51           C  
+ATOM  16868  CZ2 TRP H 118      28.199 -13.669  60.990  1.00 46.77           C  
+ATOM  16869  CZ3 TRP H 118      29.653 -15.399  60.139  1.00 44.49           C  
+ATOM  16870  CH2 TRP H 118      28.415 -14.972  60.633  1.00 45.80           C  
+ATOM  16871  N   GLY H 119      35.763 -12.944  60.527  1.00 49.09           N  
+ATOM  16872  CA  GLY H 119      37.029 -13.233  59.889  1.00 48.32           C  
+ATOM  16873  C   GLY H 119      36.875 -13.455  58.396  1.00 47.96           C  
+ATOM  16874  O   GLY H 119      35.780 -13.412  57.834  1.00 46.03           O  
+ATOM  16875  N   GLN H 120      38.010 -13.704  57.738  1.00 52.26           N  
+ATOM  16876  CA  GLN H 120      37.987 -13.943  56.300  1.00 47.79           C  
+ATOM  16877  C   GLN H 120      37.593 -15.371  55.952  1.00 43.89           C  
+ATOM  16878  O   GLN H 120      37.218 -15.634  54.805  1.00 47.49           O  
+ATOM  16879  CB  GLN H 120      39.347 -13.619  55.673  1.00 44.25           C  
+ATOM  16880  CG  GLN H 120      40.411 -14.698  55.839  1.00 45.42           C  
+ATOM  16881  CD  GLN H 120      41.113 -14.655  57.182  1.00 54.15           C  
+ATOM  16882  OE1 GLN H 120      40.565 -14.171  58.174  1.00 54.90           O  
+ATOM  16883  NE2 GLN H 120      42.339 -15.161  57.219  1.00 55.22           N  
+ATOM  16884  N   GLY H 121      37.671 -16.288  56.902  1.00 46.68           N  
+ATOM  16885  CA  GLY H 121      37.256 -17.660  56.692  1.00 48.04           C  
+ATOM  16886  C   GLY H 121      38.415 -18.568  56.326  1.00 45.42           C  
+ATOM  16887  O   GLY H 121      39.379 -18.164  55.667  1.00 50.31           O  
+ATOM  16888  N   THR H 122      38.322 -19.821  56.765  1.00 43.24           N  
+ATOM  16889  CA  THR H 122      39.294 -20.856  56.439  1.00 48.81           C  
+ATOM  16890  C   THR H 122      38.596 -21.967  55.668  1.00 49.61           C  
+ATOM  16891  O   THR H 122      37.575 -22.489  56.121  1.00 50.80           O  
+ATOM  16892  CB  THR H 122      39.945 -21.419  57.708  1.00 51.91           C  
+ATOM  16893  OG1 THR H 122      40.793 -20.425  58.297  1.00 52.12           O  
+ATOM  16894  CG2 THR H 122      40.764 -22.660  57.388  1.00 51.56           C  
+ATOM  16895  N   THR H 123      39.142 -22.329  54.510  1.00 50.65           N  
+ATOM  16896  CA  THR H 123      38.577 -23.398  53.695  1.00 52.22           C  
+ATOM  16897  C   THR H 123      39.164 -24.732  54.142  1.00 52.93           C  
+ATOM  16898  O   THR H 123      40.394 -24.899  54.171  1.00 53.30           O  
+ATOM  16899  CB  THR H 123      38.848 -23.169  52.208  1.00 52.42           C  
+ATOM  16900  OG1 THR H 123      40.247 -22.947  52.002  1.00 70.97           O  
+ATOM  16901  CG2 THR H 123      38.071 -21.971  51.692  1.00 46.96           C  
+ATOM  16902  N   LEU H 124      38.294 -25.676  54.505  1.00 56.47           N  
+ATOM  16903  CA  LEU H 124      38.751 -27.003  54.892  1.00 59.59           C  
+ATOM  16904  C   LEU H 124      38.432 -27.995  53.782  1.00 62.43           C  
+ATOM  16905  O   LEU H 124      37.365 -27.927  53.166  1.00 71.94           O  
+ATOM  16906  CB  LEU H 124      38.116 -27.453  56.210  1.00 63.06           C  
+ATOM  16907  CG  LEU H 124      38.504 -28.863  56.662  1.00 64.32           C  
+ATOM  16908  CD1 LEU H 124      40.007 -28.946  56.878  1.00 57.26           C  
+ATOM  16909  CD2 LEU H 124      37.758 -29.259  57.924  1.00 66.97           C  
+ATOM  16910  N   THR H 125      39.373 -28.896  53.505  1.00 61.09           N  
+ATOM  16911  CA  THR H 125      39.174 -29.946  52.512  1.00 64.62           C  
+ATOM  16912  C   THR H 125      39.690 -31.253  53.090  1.00 63.74           C  
+ATOM  16913  O   THR H 125      40.868 -31.352  53.445  1.00 63.73           O  
+ATOM  16914  CB  THR H 125      39.893 -29.617  51.199  1.00 59.48           C  
+ATOM  16915  OG1 THR H 125      39.673 -28.242  50.861  1.00 55.69           O  
+ATOM  16916  CG2 THR H 125      39.370 -30.497  50.074  1.00 53.11           C  
+ATOM  16917  N   VAL H 126      38.811 -32.243  53.193  1.00 65.23           N  
+ATOM  16918  CA  VAL H 126      39.145 -33.562  53.714  1.00 71.44           C  
+ATOM  16919  C   VAL H 126      39.002 -34.558  52.574  1.00 72.06           C  
+ATOM  16920  O   VAL H 126      37.885 -34.879  52.149  1.00 75.31           O  
+ATOM  16921  CB  VAL H 126      38.263 -33.951  54.908  1.00 75.32           C  
+ATOM  16922  CG1 VAL H 126      38.563 -35.366  55.352  1.00 75.03           C  
+ATOM  16923  CG2 VAL H 126      38.465 -32.975  56.059  1.00 74.61           C  
+ATOM  16924  N   SER H 127      40.135 -35.040  52.072  1.00 67.86           N  
+ATOM  16925  CA  SER H 127      40.150 -35.998  50.979  1.00 73.40           C  
+ATOM  16926  C   SER H 127      41.396 -36.858  51.102  1.00 74.49           C  
+ATOM  16927  O   SER H 127      42.454 -36.374  51.513  1.00 72.62           O  
+ATOM  16928  CB  SER H 127      40.123 -35.295  49.616  1.00 72.15           C  
+ATOM  16929  OG  SER H 127      40.221 -36.230  48.556  1.00 71.01           O  
+ATOM  16930  N   SER H 128      41.263 -38.138  50.748  1.00 76.34           N  
+ATOM  16931  CA  SER H 128      42.424 -39.016  50.713  1.00 76.79           C  
+ATOM  16932  C   SER H 128      43.403 -38.632  49.614  1.00 77.88           C  
+ATOM  16933  O   SER H 128      44.536 -39.124  49.616  1.00 83.46           O  
+ATOM  16934  CB  SER H 128      41.984 -40.470  50.534  1.00 76.71           C  
+ATOM  16935  OG  SER H 128      41.229 -40.915  51.647  1.00 79.32           O  
+ATOM  16936  N   ALA H 129      42.994 -37.771  48.685  1.00 77.14           N  
+ATOM  16937  CA  ALA H 129      43.881 -37.314  47.630  1.00 76.09           C  
+ATOM  16938  C   ALA H 129      44.993 -36.443  48.208  1.00 74.81           C  
+ATOM  16939  O   ALA H 129      44.893 -35.908  49.315  1.00 76.21           O  
+ATOM  16940  CB  ALA H 129      43.099 -36.537  46.571  1.00 74.17           C  
+ATOM  16941  N   SER H 130      46.061 -36.301  47.434  1.00 72.11           N  
+ATOM  16942  CA  SER H 130      47.219 -35.521  47.836  1.00 71.81           C  
+ATOM  16943  C   SER H 130      47.198 -34.149  47.172  1.00 67.15           C  
+ATOM  16944  O   SER H 130      46.455 -33.894  46.222  1.00 66.29           O  
+ATOM  16945  CB  SER H 130      48.513 -36.264  47.492  1.00 75.13           C  
+ATOM  16946  OG  SER H 130      48.567 -36.579  46.111  1.00 83.01           O  
+ATOM  16947  N   THR H 131      48.029 -33.257  47.700  1.00 63.55           N  
+ATOM  16948  CA  THR H 131      48.112 -31.901  47.184  1.00 61.49           C  
+ATOM  16949  C   THR H 131      48.713 -31.903  45.781  1.00 63.55           C  
+ATOM  16950  O   THR H 131      49.561 -32.735  45.445  1.00 68.91           O  
+ATOM  16951  CB  THR H 131      48.953 -31.034  48.123  1.00 63.97           C  
+ATOM  16952  OG1 THR H 131      48.416 -31.109  49.449  1.00 74.35           O  
+ATOM  16953  CG2 THR H 131      48.932 -29.585  47.680  1.00 58.49           C  
+ATOM  16954  N   LYS H 132      48.263 -30.958  44.957  1.00 63.13           N  
+ATOM  16955  CA  LYS H 132      48.754 -30.814  43.591  1.00 64.07           C  
+ATOM  16956  C   LYS H 132      48.842 -29.333  43.265  1.00 61.83           C  
+ATOM  16957  O   LYS H 132      47.841 -28.615  43.350  1.00 60.77           O  
+ATOM  16958  CB  LYS H 132      47.837 -31.532  42.594  1.00 63.42           C  
+ATOM  16959  CG  LYS H 132      48.169 -31.272  41.130  1.00 67.42           C  
+ATOM  16960  CD  LYS H 132      49.591 -31.688  40.790  1.00 73.86           C  
+ATOM  16961  CE  LYS H 132      49.839 -31.627  39.290  1.00 73.27           C  
+ATOM  16962  NZ  LYS H 132      49.626 -30.258  38.740  1.00 72.64           N  
+ATOM  16963  N   GLY H 133      50.038 -28.880  42.898  1.00 57.78           N  
+ATOM  16964  CA  GLY H 133      50.246 -27.506  42.516  1.00 56.83           C  
+ATOM  16965  C   GLY H 133      49.668 -27.219  41.147  1.00 61.91           C  
+ATOM  16966  O   GLY H 133      49.456 -28.124  40.334  1.00 63.02           O  
+ATOM  16967  N   PRO H 134      49.402 -25.948  40.863  1.00 61.14           N  
+ATOM  16968  CA  PRO H 134      48.780 -25.585  39.590  1.00 56.59           C  
+ATOM  16969  C   PRO H 134      49.790 -25.284  38.495  1.00 51.85           C  
+ATOM  16970  O   PRO H 134      50.895 -24.796  38.735  1.00 53.45           O  
+ATOM  16971  CB  PRO H 134      47.982 -24.325  39.954  1.00 54.16           C  
+ATOM  16972  CG  PRO H 134      48.679 -23.749  41.176  1.00 54.39           C  
+ATOM  16973  CD  PRO H 134      49.664 -24.767  41.700  1.00 55.17           C  
+ATOM  16974  N   SER H 135      49.382 -25.589  37.267  1.00 55.43           N  
+ATOM  16975  CA  SER H 135      50.127 -25.217  36.072  1.00 51.93           C  
+ATOM  16976  C   SER H 135      49.505 -23.948  35.506  1.00 53.73           C  
+ATOM  16977  O   SER H 135      48.307 -23.921  35.207  1.00 56.86           O  
+ATOM  16978  CB  SER H 135      50.104 -26.342  35.037  1.00 48.02           C  
+ATOM  16979  OG  SER H 135      50.700 -27.521  35.549  1.00 48.63           O  
+ATOM  16980  N   VAL H 136      50.309 -22.901  35.366  1.00 52.16           N  
+ATOM  16981  CA  VAL H 136      49.825 -21.595  34.938  1.00 51.58           C  
+ATOM  16982  C   VAL H 136      50.295 -21.366  33.509  1.00 52.99           C  
+ATOM  16983  O   VAL H 136      51.495 -21.205  33.257  1.00 60.68           O  
+ATOM  16984  CB  VAL H 136      50.307 -20.474  35.868  1.00 52.21           C  
+ATOM  16985  CG1 VAL H 136      49.819 -19.125  35.363  1.00 53.43           C  
+ATOM  16986  CG2 VAL H 136      49.827 -20.725  37.288  1.00 51.81           C  
+ATOM  16987  N   PHE H 137      49.352 -21.345  32.577  1.00 54.10           N  
+ATOM  16988  CA  PHE H 137      49.637 -21.050  31.183  1.00 50.34           C  
+ATOM  16989  C   PHE H 137      49.032 -19.709  30.790  1.00 49.88           C  
+ATOM  16990  O   PHE H 137      48.071 -19.244  31.410  1.00 51.26           O  
+ATOM  16991  CB  PHE H 137      49.092 -22.152  30.265  1.00 50.12           C  
+ATOM  16992  CG  PHE H 137      49.556 -23.531  30.632  1.00 51.06           C  
+ATOM  16993  CD1 PHE H 137      50.875 -23.904  30.437  1.00 49.63           C  
+ATOM  16994  CD2 PHE H 137      48.674 -24.458  31.160  1.00 52.03           C  
+ATOM  16995  CE1 PHE H 137      51.307 -25.174  30.770  1.00 52.89           C  
+ATOM  16996  CE2 PHE H 137      49.100 -25.730  31.494  1.00 52.96           C  
+ATOM  16997  CZ  PHE H 137      50.418 -26.088  31.299  1.00 50.89           C  
+ATOM  16998  N   PRO H 138      49.579 -19.046  29.776  1.00 50.14           N  
+ATOM  16999  CA  PRO H 138      49.020 -17.761  29.354  1.00 49.60           C  
+ATOM  17000  C   PRO H 138      47.915 -17.911  28.321  1.00 52.14           C  
+ATOM  17001  O   PRO H 138      47.851 -18.878  27.560  1.00 59.04           O  
+ATOM  17002  CB  PRO H 138      50.236 -17.046  28.750  1.00 50.03           C  
+ATOM  17003  CG  PRO H 138      51.052 -18.154  28.181  1.00 51.57           C  
+ATOM  17004  CD  PRO H 138      50.841 -19.354  29.078  1.00 53.55           C  
+ATOM  17005  N   LEU H 139      47.029 -16.920  28.315  1.00 50.78           N  
+ATOM  17006  CA  LEU H 139      46.001 -16.742  27.298  1.00 48.85           C  
+ATOM  17007  C   LEU H 139      46.370 -15.419  26.647  1.00 53.39           C  
+ATOM  17008  O   LEU H 139      45.962 -14.353  27.117  1.00 53.25           O  
+ATOM  17009  CB  LEU H 139      44.595 -16.720  27.895  1.00 43.56           C  
+ATOM  17010  CG  LEU H 139      44.180 -17.932  28.728  1.00 45.85           C  
+ATOM  17011  CD1 LEU H 139      42.810 -17.712  29.347  1.00 46.59           C  
+ATOM  17012  CD2 LEU H 139      44.190 -19.190  27.875  1.00 45.65           C  
+ATOM  17013  N   ALA H 140      47.165 -15.501  25.586  1.00 51.11           N  
+ATOM  17014  CA  ALA H 140      47.805 -14.346  24.978  1.00 53.19           C  
+ATOM  17015  C   ALA H 140      46.797 -13.545  24.159  1.00 57.45           C  
+ATOM  17016  O   ALA H 140      45.898 -14.121  23.542  1.00 58.29           O  
+ATOM  17017  CB  ALA H 140      48.961 -14.788  24.085  1.00 57.91           C  
+ATOM  17018  N   PRO H 141      46.922 -12.220  24.140  1.00 59.51           N  
+ATOM  17019  CA  PRO H 141      46.005 -11.414  23.328  1.00 67.26           C  
+ATOM  17020  C   PRO H 141      46.341 -11.508  21.849  1.00 81.26           C  
+ATOM  17021  O   PRO H 141      47.317 -10.915  21.379  1.00 87.39           O  
+ATOM  17022  CB  PRO H 141      46.212  -9.996  23.872  1.00 65.65           C  
+ATOM  17023  CG  PRO H 141      47.616  -9.999  24.380  1.00 63.16           C  
+ATOM  17024  CD  PRO H 141      47.864 -11.388  24.911  1.00 59.37           C  
+ATOM  17025  N   SER H 142      45.534 -12.263  21.110  1.00 93.65           N  
+ATOM  17026  CA  SER H 142      45.716 -12.376  19.671  1.00109.91           C  
+ATOM  17027  C   SER H 142      45.408 -11.040  19.011  1.00134.96           C  
+ATOM  17028  O   SER H 142      44.343 -10.458  19.238  1.00139.24           O  
+ATOM  17029  CB  SER H 142      44.818 -13.473  19.103  1.00116.52           C  
+ATOM  17030  OG  SER H 142      45.018 -14.700  19.782  1.00103.19           O  
+ATOM  17031  N   SER H 143      46.353 -10.544  18.205  1.00164.24           N  
+ATOM  17032  CA  SER H 143      46.159  -9.258  17.542  1.00167.25           C  
+ATOM  17033  C   SER H 143      44.893  -9.249  16.698  1.00167.26           C  
+ATOM  17034  O   SER H 143      44.295  -8.187  16.487  1.00170.38           O  
+ATOM  17035  CB  SER H 143      47.377  -8.921  16.681  1.00170.35           C  
+ATOM  17036  OG  SER H 143      48.540  -8.775  17.476  1.00169.67           O  
+ATOM  17037  N   LYS H 144      44.469 -10.414  16.207  1.00164.14           N  
+ATOM  17038  CA  LYS H 144      43.197 -10.504  15.503  1.00164.24           C  
+ATOM  17039  C   LYS H 144      42.025 -10.572  16.474  1.00165.69           C  
+ATOM  17040  O   LYS H 144      40.931 -10.094  16.154  1.00169.51           O  
+ATOM  17041  CB  LYS H 144      43.187 -11.722  14.579  1.00157.48           C  
+ATOM  17042  N   SER H 145      42.234 -11.149  17.657  1.00158.28           N  
+ATOM  17043  CA  SER H 145      41.180 -11.279  18.663  1.00160.98           C  
+ATOM  17044  C   SER H 145      41.204 -10.089  19.625  1.00167.44           C  
+ATOM  17045  O   SER H 145      41.345 -10.225  20.840  1.00153.95           O  
+ATOM  17046  CB  SER H 145      41.323 -12.599  19.411  1.00142.69           C  
+ATOM  17047  OG  SER H 145      41.312 -13.699  18.517  1.00129.11           O  
+ATOM  17048  N   THR H 146      41.071  -8.897  19.045  1.00179.24           N  
+ATOM  17049  CA  THR H 146      40.966  -7.651  19.798  1.00175.09           C  
+ATOM  17050  C   THR H 146      39.676  -6.961  19.375  1.00174.15           C  
+ATOM  17051  O   THR H 146      39.546  -6.534  18.223  1.00177.81           O  
+ATOM  17052  CB  THR H 146      42.174  -6.744  19.556  1.00180.69           C  
+ATOM  17053  OG1 THR H 146      42.203  -6.336  18.182  1.00182.75           O  
+ATOM  17054  CG2 THR H 146      43.470  -7.469  19.890  1.00181.39           C  
+ATOM  17055  N   SER H 147      38.722  -6.861  20.298  1.00147.50           N  
+ATOM  17056  CA  SER H 147      37.442  -6.222  20.012  1.00135.99           C  
+ATOM  17057  C   SER H 147      37.630  -4.710  20.027  1.00132.72           C  
+ATOM  17058  O   SER H 147      37.775  -4.106  21.095  1.00124.37           O  
+ATOM  17059  CB  SER H 147      36.385  -6.656  21.023  1.00117.57           C  
+ATOM  17060  OG  SER H 147      36.099  -8.038  20.898  1.00102.87           O  
+ATOM  17061  N   GLY H 148      37.623  -4.099  18.844  1.00144.53           N  
+ATOM  17062  CA  GLY H 148      37.836  -2.671  18.719  1.00137.23           C  
+ATOM  17063  C   GLY H 148      39.150  -2.217  19.319  1.00134.65           C  
+ATOM  17064  O   GLY H 148      40.221  -2.674  18.907  1.00136.07           O  
+ATOM  17065  N   GLY H 149      39.080  -1.316  20.294  1.00108.28           N  
+ATOM  17066  CA  GLY H 149      40.239  -0.795  20.984  1.00 98.95           C  
+ATOM  17067  C   GLY H 149      40.621  -1.522  22.252  1.00 94.62           C  
+ATOM  17068  O   GLY H 149      41.575  -1.118  22.923  1.00 85.70           O  
+ATOM  17069  N   THR H 150      39.906  -2.588  22.604  1.00 98.52           N  
+ATOM  17070  CA  THR H 150      40.154  -3.345  23.822  1.00 87.75           C  
+ATOM  17071  C   THR H 150      40.521  -4.783  23.483  1.00 88.53           C  
+ATOM  17072  O   THR H 150      39.902  -5.407  22.616  1.00100.56           O  
+ATOM  17073  CB  THR H 150      38.931  -3.329  24.747  1.00 86.72           C  
+ATOM  17074  OG1 THR H 150      37.813  -3.924  24.076  1.00 92.82           O  
+ATOM  17075  CG2 THR H 150      38.581  -1.902  25.142  1.00 85.04           C  
+ATOM  17076  N   ALA H 151      41.532  -5.298  24.176  1.00 76.91           N  
+ATOM  17077  CA  ALA H 151      42.027  -6.653  23.994  1.00 77.43           C  
+ATOM  17078  C   ALA H 151      41.926  -7.413  25.308  1.00 66.16           C  
+ATOM  17079  O   ALA H 151      42.147  -6.848  26.385  1.00 63.11           O  
+ATOM  17080  CB  ALA H 151      43.477  -6.654  23.500  1.00 78.40           C  
+ATOM  17081  N   ALA H 152      41.594  -8.697  25.213  1.00 62.01           N  
+ATOM  17082  CA  ALA H 152      41.452  -9.565  26.371  1.00 53.69           C  
+ATOM  17083  C   ALA H 152      42.647 -10.504  26.464  1.00 55.14           C  
+ATOM  17084  O   ALA H 152      43.114 -11.034  25.452  1.00 55.84           O  
+ATOM  17085  CB  ALA H 152      40.155 -10.376  26.293  1.00 51.76           C  
+ATOM  17086  N   LEU H 153      43.141 -10.696  27.685  1.00 55.15           N  
+ATOM  17087  CA  LEU H 153      44.275 -11.575  27.934  1.00 53.23           C  
+ATOM  17088  C   LEU H 153      44.136 -12.147  29.335  1.00 52.84           C  
+ATOM  17089  O   LEU H 153      43.565 -11.508  30.219  1.00 51.38           O  
+ATOM  17090  CB  LEU H 153      45.609 -10.833  27.786  1.00 53.75           C  
+ATOM  17091  CG  LEU H 153      45.857  -9.666  28.748  1.00 51.40           C  
+ATOM  17092  CD1 LEU H 153      46.730 -10.090  29.924  1.00 53.78           C  
+ATOM  17093  CD2 LEU H 153      46.471  -8.483  28.016  1.00 56.16           C  
+ATOM  17094  N   GLY H 154      44.669 -13.344  29.543  1.00 53.14           N  
+ATOM  17095  CA  GLY H 154      44.435 -13.975  30.821  1.00 48.38           C  
+ATOM  17096  C   GLY H 154      45.423 -15.067  31.160  1.00 50.48           C  
+ATOM  17097  O   GLY H 154      46.475 -15.206  30.536  1.00 50.49           O  
+ATOM  17098  N   CYS H 155      45.053 -15.847  32.171  1.00 52.69           N  
+ATOM  17099  CA  CYS H 155      45.873 -16.938  32.676  1.00 52.29           C  
+ATOM  17100  C   CYS H 155      44.991 -18.136  32.981  1.00 49.49           C  
+ATOM  17101  O   CYS H 155      43.938 -17.997  33.612  1.00 48.10           O  
+ATOM  17102  CB  CYS H 155      46.648 -16.521  33.932  1.00 52.42           C  
+ATOM  17103  SG  CYS H 155      48.139 -15.569  33.584  1.00 84.90           S  
+ATOM  17104  N   LEU H 156      45.429 -19.305  32.524  1.00 48.44           N  
+ATOM  17105  CA  LEU H 156      44.755 -20.569  32.782  1.00 49.31           C  
+ATOM  17106  C   LEU H 156      45.502 -21.275  33.906  1.00 50.45           C  
+ATOM  17107  O   LEU H 156      46.674 -21.639  33.750  1.00 52.19           O  
+ATOM  17108  CB  LEU H 156      44.717 -21.434  31.525  1.00 46.74           C  
+ATOM  17109  CG  LEU H 156      44.115 -22.831  31.686  1.00 50.56           C  
+ATOM  17110  CD1 LEU H 156      42.628 -22.756  31.992  1.00 45.35           C  
+ATOM  17111  CD2 LEU H 156      44.373 -23.665  30.445  1.00 52.49           C  
+ATOM  17112  N   VAL H 157      44.828 -21.448  35.038  1.00 47.87           N  
+ATOM  17113  CA  VAL H 157      45.380 -22.122  36.205  1.00 46.86           C  
+ATOM  17114  C   VAL H 157      44.780 -23.524  36.210  1.00 49.53           C  
+ATOM  17115  O   VAL H 157      43.652 -23.724  36.670  1.00 54.17           O  
+ATOM  17116  CB  VAL H 157      45.064 -21.357  37.494  1.00 47.43           C  
+ATOM  17117  CG1 VAL H 157      45.689 -22.037  38.695  1.00 50.78           C  
+ATOM  17118  CG2 VAL H 157      45.529 -19.910  37.387  1.00 45.04           C  
+ATOM  17119  N   LYS H 158      45.530 -24.503  35.703  1.00 51.42           N  
+ATOM  17120  CA  LYS H 158      45.012 -25.841  35.461  1.00 57.62           C  
+ATOM  17121  C   LYS H 158      45.621 -26.864  36.412  1.00 55.01           C  
+ATOM  17122  O   LYS H 158      46.740 -26.700  36.906  1.00 53.90           O  
+ATOM  17123  CB  LYS H 158      45.266 -26.291  34.011  1.00 58.65           C  
+ATOM  17124  CG  LYS H 158      44.323 -27.413  33.573  1.00 61.84           C  
+ATOM  17125  CD  LYS H 158      44.657 -28.044  32.236  1.00 56.19           C  
+ATOM  17126  CE  LYS H 158      43.931 -29.377  32.091  1.00 58.79           C  
+ATOM  17127  NZ  LYS H 158      44.832 -30.531  31.831  1.00 61.37           N  
+ATOM  17128  N   ASP H 159      44.844 -27.919  36.663  1.00 57.08           N  
+ATOM  17129  CA  ASP H 159      45.293 -29.106  37.377  1.00 60.14           C  
+ATOM  17130  C   ASP H 159      45.892 -28.776  38.736  1.00 62.34           C  
+ATOM  17131  O   ASP H 159      47.116 -28.786  38.897  1.00 66.15           O  
+ATOM  17132  CB  ASP H 159      46.308 -29.875  36.529  1.00 63.92           C  
+ATOM  17133  CG  ASP H 159      45.723 -30.363  35.215  1.00 66.22           C  
+ATOM  17134  OD1 ASP H 159      44.553 -30.806  35.207  1.00 67.81           O  
+ATOM  17135  OD2 ASP H 159      46.437 -30.316  34.192  1.00 72.90           O  
+ATOM  17136  N   TYR H 160      45.044 -28.475  39.714  1.00 58.01           N  
+ATOM  17137  CA  TYR H 160      45.501 -28.266  41.077  1.00 57.20           C  
+ATOM  17138  C   TYR H 160      44.465 -28.818  42.043  1.00 60.00           C  
+ATOM  17139  O   TYR H 160      43.308 -29.050  41.683  1.00 60.26           O  
+ATOM  17140  CB  TYR H 160      45.772 -26.784  41.373  1.00 55.54           C  
+ATOM  17141  CG  TYR H 160      44.537 -25.913  41.415  1.00 55.88           C  
+ATOM  17142  CD1 TYR H 160      43.802 -25.773  42.586  1.00 53.89           C  
+ATOM  17143  CD2 TYR H 160      44.115 -25.219  40.290  1.00 56.15           C  
+ATOM  17144  CE1 TYR H 160      42.675 -24.980  42.632  1.00 52.54           C  
+ATOM  17145  CE2 TYR H 160      42.990 -24.418  40.327  1.00 55.89           C  
+ATOM  17146  CZ  TYR H 160      42.276 -24.301  41.502  1.00 53.03           C  
+ATOM  17147  OH  TYR H 160      41.154 -23.507  41.546  1.00 51.71           O  
+ATOM  17148  N   PHE H 161      44.902 -29.023  43.287  1.00 58.82           N  
+ATOM  17149  CA  PHE H 161      44.041 -29.542  44.337  1.00 55.69           C  
+ATOM  17150  C   PHE H 161      44.719 -29.290  45.671  1.00 56.51           C  
+ATOM  17151  O   PHE H 161      45.939 -29.483  45.771  1.00 59.99           O  
+ATOM  17152  CB  PHE H 161      43.775 -31.040  44.152  1.00 56.79           C  
+ATOM  17153  CG  PHE H 161      42.791 -31.609  45.134  1.00 59.37           C  
+ATOM  17154  CD1 PHE H 161      43.222 -32.158  46.331  1.00 59.05           C  
+ATOM  17155  CD2 PHE H 161      41.434 -31.596  44.859  1.00 59.75           C  
+ATOM  17156  CE1 PHE H 161      42.317 -32.681  47.235  1.00 59.56           C  
+ATOM  17157  CE2 PHE H 161      40.525 -32.118  45.758  1.00 61.94           C  
+ATOM  17158  CZ  PHE H 161      40.968 -32.661  46.948  1.00 62.54           C  
+ATOM  17159  N   PRO H 162      43.984 -28.865  46.708  1.00 57.52           N  
+ATOM  17160  CA  PRO H 162      42.559 -28.528  46.657  1.00 57.35           C  
+ATOM  17161  C   PRO H 162      42.314 -27.037  46.453  1.00 54.36           C  
+ATOM  17162  O   PRO H 162      43.225 -26.301  46.074  1.00 52.84           O  
+ATOM  17163  CB  PRO H 162      42.066 -28.967  48.031  1.00 56.30           C  
+ATOM  17164  CG  PRO H 162      43.231 -28.653  48.924  1.00 54.92           C  
+ATOM  17165  CD  PRO H 162      44.486 -28.866  48.093  1.00 55.82           C  
+ATOM  17166  N   GLU H 163      41.081 -26.604  46.702  1.00 53.48           N  
+ATOM  17167  CA  GLU H 163      40.780 -25.186  46.753  1.00 51.41           C  
+ATOM  17168  C   GLU H 163      41.374 -24.582  48.025  1.00 52.82           C  
+ATOM  17169  O   GLU H 163      41.620 -25.293  49.003  1.00 54.71           O  
+ATOM  17170  CB  GLU H 163      39.268 -24.965  46.711  1.00 53.32           C  
+ATOM  17171  CG  GLU H 163      38.630 -25.150  45.338  1.00 54.84           C  
+ATOM  17172  CD  GLU H 163      38.764 -23.922  44.451  1.00 54.26           C  
+ATOM  17173  OE1 GLU H 163      39.894 -23.415  44.286  1.00 51.37           O  
+ATOM  17174  OE2 GLU H 163      37.732 -23.457  43.923  1.00 55.77           O  
+ATOM  17175  N   PRO H 164      41.617 -23.261  48.042  1.00 49.97           N  
+ATOM  17176  CA  PRO H 164      41.404 -22.284  46.977  1.00 50.73           C  
+ATOM  17177  C   PRO H 164      42.689 -21.852  46.280  1.00 52.27           C  
+ATOM  17178  O   PRO H 164      43.764 -22.385  46.553  1.00 51.69           O  
+ATOM  17179  CB  PRO H 164      40.786 -21.105  47.729  1.00 51.44           C  
+ATOM  17180  CG  PRO H 164      41.349 -21.226  49.154  1.00 47.45           C  
+ATOM  17181  CD  PRO H 164      42.015 -22.582  49.283  1.00 46.17           C  
+ATOM  17182  N   VAL H 165      42.557 -20.888  45.375  1.00 53.71           N  
+ATOM  17183  CA  VAL H 165      43.685 -20.274  44.687  1.00 50.74           C  
+ATOM  17184  C   VAL H 165      43.456 -18.771  44.653  1.00 53.67           C  
+ATOM  17185  O   VAL H 165      42.336 -18.310  44.411  1.00 57.62           O  
+ATOM  17186  CB  VAL H 165      43.861 -20.846  43.264  1.00 53.71           C  
+ATOM  17187  CG1 VAL H 165      44.698 -19.919  42.405  1.00 57.51           C  
+ATOM  17188  CG2 VAL H 165      44.517 -22.211  43.328  1.00 52.04           C  
+ATOM  17189  N   THR H 166      44.516 -18.005  44.896  1.00 55.76           N  
+ATOM  17190  CA  THR H 166      44.449 -16.549  44.884  1.00 57.77           C  
+ATOM  17191  C   THR H 166      45.112 -16.046  43.610  1.00 54.55           C  
+ATOM  17192  O   THR H 166      46.309 -16.265  43.403  1.00 56.32           O  
+ATOM  17193  CB  THR H 166      45.128 -15.951  46.115  1.00 57.57           C  
+ATOM  17194  OG1 THR H 166      44.487 -16.438  47.300  1.00 69.58           O  
+ATOM  17195  CG2 THR H 166      45.040 -14.432  46.082  1.00 59.77           C  
+ATOM  17196  N   VAL H 167      44.337 -15.380  42.758  1.00 47.37           N  
+ATOM  17197  CA  VAL H 167      44.832 -14.839  41.499  1.00 48.95           C  
+ATOM  17198  C   VAL H 167      44.759 -13.321  41.565  1.00 49.21           C  
+ATOM  17199  O   VAL H 167      43.723 -12.756  41.937  1.00 50.86           O  
+ATOM  17200  CB  VAL H 167      44.038 -15.378  40.297  1.00 47.60           C  
+ATOM  17201  CG1 VAL H 167      44.554 -14.762  39.005  1.00 44.61           C  
+ATOM  17202  CG2 VAL H 167      44.125 -16.896  40.242  1.00 44.62           C  
+ATOM  17203  N   SER H 168      45.859 -12.666  41.206  1.00 49.68           N  
+ATOM  17204  CA  SER H 168      45.947 -11.216  41.146  1.00 51.24           C  
+ATOM  17205  C   SER H 168      46.604 -10.815  39.833  1.00 51.28           C  
+ATOM  17206  O   SER H 168      47.155 -11.649  39.112  1.00 51.86           O  
+ATOM  17207  CB  SER H 168      46.737 -10.654  42.336  1.00 53.85           C  
+ATOM  17208  OG  SER H 168      46.971  -9.266  42.185  1.00 61.70           O  
+ATOM  17209  N   TRP H 169      46.551  -9.522  39.524  1.00 50.51           N  
+ATOM  17210  CA  TRP H 169      47.170  -8.985  38.318  1.00 51.85           C  
+ATOM  17211  C   TRP H 169      48.022  -7.785  38.698  1.00 53.68           C  
+ATOM  17212  O   TRP H 169      47.525  -6.843  39.325  1.00 54.96           O  
+ATOM  17213  CB  TRP H 169      46.118  -8.599  37.273  1.00 55.10           C  
+ATOM  17214  CG  TRP H 169      45.525  -9.784  36.575  1.00 50.79           C  
+ATOM  17215  CD1 TRP H 169      44.418 -10.487  36.949  1.00 51.46           C  
+ATOM  17216  CD2 TRP H 169      46.025 -10.422  35.393  1.00 51.54           C  
+ATOM  17217  NE1 TRP H 169      44.189 -11.515  36.067  1.00 50.21           N  
+ATOM  17218  CE2 TRP H 169      45.163 -11.498  35.104  1.00 50.17           C  
+ATOM  17219  CE3 TRP H 169      47.114 -10.185  34.549  1.00 53.08           C  
+ATOM  17220  CZ2 TRP H 169      45.355 -12.335  34.006  1.00 51.54           C  
+ATOM  17221  CZ3 TRP H 169      47.304 -11.017  33.460  1.00 56.36           C  
+ATOM  17222  CH2 TRP H 169      46.428 -12.078  33.198  1.00 54.16           C  
+ATOM  17223  N   ASN H 170      49.303  -7.829  38.324  1.00 53.54           N  
+ATOM  17224  CA  ASN H 170      50.267  -6.777  38.654  1.00 53.72           C  
+ATOM  17225  C   ASN H 170      50.361  -6.571  40.164  1.00 55.16           C  
+ATOM  17226  O   ASN H 170      50.446  -5.441  40.651  1.00 54.31           O  
+ATOM  17227  CB  ASN H 170      49.923  -5.465  37.944  1.00 51.10           C  
+ATOM  17228  CG  ASN H 170      50.123  -5.545  36.444  1.00 57.51           C  
+ATOM  17229  OD1 ASN H 170      50.365  -6.620  35.894  1.00 57.33           O  
+ATOM  17230  ND2 ASN H 170      50.018  -4.404  35.771  1.00 62.19           N  
+ATOM  17231  N   SER H 171      50.338  -7.679  40.910  1.00 52.99           N  
+ATOM  17232  CA  SER H 171      50.454  -7.664  42.369  1.00 55.11           C  
+ATOM  17233  C   SER H 171      49.355  -6.826  43.017  1.00 56.18           C  
+ATOM  17234  O   SER H 171      49.544  -6.264  44.098  1.00 61.75           O  
+ATOM  17235  CB  SER H 171      51.836  -7.173  42.813  1.00 56.11           C  
+ATOM  17236  OG  SER H 171      52.856  -8.047  42.363  1.00 56.49           O  
+ATOM  17237  N   GLY H 172      48.199  -6.734  42.362  1.00 56.60           N  
+ATOM  17238  CA  GLY H 172      47.073  -5.984  42.873  1.00 56.88           C  
+ATOM  17239  C   GLY H 172      46.870  -4.628  42.233  1.00 57.39           C  
+ATOM  17240  O   GLY H 172      45.818  -4.013  42.447  1.00 60.27           O  
+ATOM  17241  N   ALA H 173      47.842  -4.143  41.457  1.00 56.01           N  
+ATOM  17242  CA  ALA H 173      47.715  -2.834  40.827  1.00 57.48           C  
+ATOM  17243  C   ALA H 173      46.672  -2.818  39.718  1.00 58.91           C  
+ATOM  17244  O   ALA H 173      46.177  -1.741  39.367  1.00 61.80           O  
+ATOM  17245  CB  ALA H 173      49.067  -2.382  40.274  1.00 54.91           C  
+ATOM  17246  N   LEU H 174      46.333  -3.976  39.157  1.00 55.97           N  
+ATOM  17247  CA  LEU H 174      45.357  -4.083  38.077  1.00 58.67           C  
+ATOM  17248  C   LEU H 174      44.102  -4.750  38.629  1.00 61.71           C  
+ATOM  17249  O   LEU H 174      44.124  -5.936  38.976  1.00 63.12           O  
+ATOM  17250  CB  LEU H 174      45.933  -4.871  36.903  1.00 55.55           C  
+ATOM  17251  CG  LEU H 174      45.078  -4.950  35.638  1.00 52.20           C  
+ATOM  17252  CD1 LEU H 174      44.846  -3.561  35.068  1.00 51.27           C  
+ATOM  17253  CD2 LEU H 174      45.731  -5.854  34.607  1.00 52.00           C  
+ATOM  17254  N   THR H 175      43.012  -3.987  38.714  1.00 62.68           N  
+ATOM  17255  CA  THR H 175      41.757  -4.509  39.244  1.00 62.74           C  
+ATOM  17256  C   THR H 175      40.603  -4.247  38.283  1.00 65.49           C  
+ATOM  17257  O   THR H 175      39.642  -5.021  38.232  1.00 68.49           O  
+ATOM  17258  CB  THR H 175      41.449  -3.890  40.611  1.00 59.53           C  
+ATOM  17259  OG1 THR H 175      41.414  -2.462  40.495  1.00 63.65           O  
+ATOM  17260  CG2 THR H 175      42.507  -4.287  41.633  1.00 54.91           C  
+ATOM  17261  N   SER H 176      40.688  -3.155  37.527  1.00 64.08           N  
+ATOM  17262  CA  SER H 176      39.623  -2.793  36.600  1.00 60.32           C  
+ATOM  17263  C   SER H 176      39.547  -3.786  35.445  1.00 63.35           C  
+ATOM  17264  O   SER H 176      40.542  -4.033  34.756  1.00 63.13           O  
+ATOM  17265  CB  SER H 176      39.848  -1.379  36.068  1.00 67.42           C  
+ATOM  17266  OG  SER H 176      38.959  -1.087  35.005  1.00 91.04           O  
+ATOM  17267  N   GLY H 177      38.362  -4.357  35.237  1.00 58.53           N  
+ATOM  17268  CA  GLY H 177      38.135  -5.249  34.119  1.00 54.87           C  
+ATOM  17269  C   GLY H 177      38.582  -6.677  34.322  1.00 53.69           C  
+ATOM  17270  O   GLY H 177      38.594  -7.448  33.356  1.00 56.43           O  
+ATOM  17271  N   VAL H 178      38.947  -7.057  35.537  1.00 50.59           N  
+ATOM  17272  CA  VAL H 178      39.416  -8.407  35.825  1.00 50.30           C  
+ATOM  17273  C   VAL H 178      38.214  -9.303  36.084  1.00 51.52           C  
+ATOM  17274  O   VAL H 178      37.216  -8.877  36.677  1.00 52.30           O  
+ATOM  17275  CB  VAL H 178      40.382  -8.404  37.026  1.00 49.93           C  
+ATOM  17276  CG1 VAL H 178      40.961  -9.795  37.260  1.00 43.95           C  
+ATOM  17277  CG2 VAL H 178      41.488  -7.383  36.817  1.00 53.06           C  
+ATOM  17278  N   HIS H 179      38.305 -10.552  35.631  1.00 46.88           N  
+ATOM  17279  CA  HIS H 179      37.268 -11.552  35.863  1.00 47.54           C  
+ATOM  17280  C   HIS H 179      37.966 -12.871  36.154  1.00 46.68           C  
+ATOM  17281  O   HIS H 179      38.555 -13.473  35.251  1.00 46.99           O  
+ATOM  17282  CB  HIS H 179      36.340 -11.687  34.656  1.00 47.46           C  
+ATOM  17283  CG  HIS H 179      35.532 -10.460  34.372  1.00 49.66           C  
+ATOM  17284  ND1 HIS H 179      34.419 -10.113  35.107  1.00 47.78           N  
+ATOM  17285  CD2 HIS H 179      35.669  -9.503  33.423  1.00 51.17           C  
+ATOM  17286  CE1 HIS H 179      33.910  -8.992  34.629  1.00 50.29           C  
+ATOM  17287  NE2 HIS H 179      34.649  -8.601  33.607  1.00 49.28           N  
+ATOM  17288  N   THR H 180      37.911 -13.314  37.405  1.00 44.57           N  
+ATOM  17289  CA  THR H 180      38.433 -14.617  37.794  1.00 45.15           C  
+ATOM  17290  C   THR H 180      37.255 -15.570  37.935  1.00 43.35           C  
+ATOM  17291  O   THR H 180      36.389 -15.371  38.794  1.00 48.38           O  
+ATOM  17292  CB  THR H 180      39.226 -14.534  39.099  1.00 46.40           C  
+ATOM  17293  OG1 THR H 180      40.267 -13.559  38.967  1.00 45.19           O  
+ATOM  17294  CG2 THR H 180      39.846 -15.885  39.430  1.00 44.16           C  
+ATOM  17295  N   PHE H 181      37.227 -16.594  37.101  1.00 42.29           N  
+ATOM  17296  CA  PHE H 181      36.060 -17.455  37.061  1.00 43.85           C  
+ATOM  17297  C   PHE H 181      36.111 -18.476  38.192  1.00 43.92           C  
+ATOM  17298  O   PHE H 181      37.194 -18.884  38.621  1.00 43.71           O  
+ATOM  17299  CB  PHE H 181      35.973 -18.171  35.717  1.00 45.33           C  
+ATOM  17300  CG  PHE H 181      35.753 -17.246  34.557  1.00 45.41           C  
+ATOM  17301  CD1 PHE H 181      36.816 -16.588  33.961  1.00 45.95           C  
+ATOM  17302  CD2 PHE H 181      34.478 -17.030  34.065  1.00 45.45           C  
+ATOM  17303  CE1 PHE H 181      36.610 -15.733  32.897  1.00 46.79           C  
+ATOM  17304  CE2 PHE H 181      34.265 -16.176  33.002  1.00 45.75           C  
+ATOM  17305  CZ  PHE H 181      35.331 -15.528  32.418  1.00 48.91           C  
+ATOM  17306  N   PRO H 182      34.951 -18.887  38.702  1.00 45.57           N  
+ATOM  17307  CA  PRO H 182      34.934 -19.924  39.738  1.00 45.92           C  
+ATOM  17308  C   PRO H 182      35.606 -21.189  39.237  1.00 44.65           C  
+ATOM  17309  O   PRO H 182      35.497 -21.551  38.063  1.00 44.83           O  
+ATOM  17310  CB  PRO H 182      33.440 -20.143  39.998  1.00 45.15           C  
+ATOM  17311  CG  PRO H 182      32.792 -18.874  39.568  1.00 44.37           C  
+ATOM  17312  CD  PRO H 182      33.603 -18.371  38.411  1.00 44.05           C  
+ATOM  17313  N   ALA H 183      36.311 -21.859  40.139  1.00 48.76           N  
+ATOM  17314  CA  ALA H 183      37.009 -23.073  39.756  1.00 52.06           C  
+ATOM  17315  C   ALA H 183      36.002 -24.148  39.382  1.00 49.58           C  
+ATOM  17316  O   ALA H 183      34.925 -24.250  39.975  1.00 52.64           O  
+ATOM  17317  CB  ALA H 183      37.905 -23.560  40.894  1.00 51.45           C  
+ATOM  17318  N   VAL H 184      36.360 -24.953  38.392  1.00 48.25           N  
+ATOM  17319  CA  VAL H 184      35.551 -26.081  37.961  1.00 49.76           C  
+ATOM  17320  C   VAL H 184      36.329 -27.337  38.299  1.00 54.82           C  
+ATOM  17321  O   VAL H 184      37.520 -27.441  37.980  1.00 55.35           O  
+ATOM  17322  CB  VAL H 184      35.233 -26.019  36.457  1.00 55.38           C  
+ATOM  17323  CG1 VAL H 184      34.321 -27.172  36.060  1.00 57.63           C  
+ATOM  17324  CG2 VAL H 184      34.600 -24.684  36.104  1.00 51.62           C  
+ATOM  17325  N   LEU H 185      35.666 -28.288  38.942  1.00 58.00           N  
+ATOM  17326  CA  LEU H 185      36.333 -29.535  39.273  1.00 64.28           C  
+ATOM  17327  C   LEU H 185      36.392 -30.338  37.987  1.00 65.30           C  
+ATOM  17328  O   LEU H 185      35.363 -30.811  37.492  1.00 62.59           O  
+ATOM  17329  CB  LEU H 185      35.589 -30.281  40.378  1.00 63.41           C  
+ATOM  17330  CG  LEU H 185      36.274 -31.493  41.020  1.00 66.36           C  
+ATOM  17331  CD1 LEU H 185      35.947 -31.559  42.499  1.00 73.81           C  
+ATOM  17332  CD2 LEU H 185      35.846 -32.786  40.348  1.00 71.11           C  
+ATOM  17333  N   GLN H 186      37.593 -30.484  37.436  1.00 70.07           N  
+ATOM  17334  CA  GLN H 186      37.707 -31.243  36.210  1.00 74.73           C  
+ATOM  17335  C   GLN H 186      37.419 -32.701  36.525  1.00 81.96           C  
+ATOM  17336  O   GLN H 186      37.374 -33.113  37.688  1.00 80.79           O  
+ATOM  17337  CB  GLN H 186      39.100 -31.095  35.597  1.00 67.66           C  
+ATOM  17338  CG  GLN H 186      39.531 -29.666  35.309  1.00 62.49           C  
+ATOM  17339  CD  GLN H 186      40.993 -29.576  34.908  1.00 63.22           C  
+ATOM  17340  OE1 GLN H 186      41.334 -28.979  33.888  1.00 67.00           O  
+ATOM  17341  NE2 GLN H 186      41.864 -30.183  35.707  1.00 65.88           N  
+ATOM  17342  N   SER H 187      37.214 -33.494  35.479  1.00 87.29           N  
+ATOM  17343  CA  SER H 187      36.946 -34.903  35.718  1.00 96.54           C  
+ATOM  17344  C   SER H 187      38.065 -35.551  36.520  1.00102.65           C  
+ATOM  17345  O   SER H 187      37.812 -36.491  37.280  1.00108.69           O  
+ATOM  17346  CB  SER H 187      36.736 -35.635  34.393  1.00105.69           C  
+ATOM  17347  OG  SER H 187      37.881 -35.533  33.566  1.00114.94           O  
+ATOM  17348  N   SER H 188      39.292 -35.019  36.431  1.00 99.41           N  
+ATOM  17349  CA  SER H 188      40.491 -35.596  37.058  1.00 99.30           C  
+ATOM  17350  C   SER H 188      40.551 -35.413  38.536  1.00 92.41           C  
+ATOM  17351  O   SER H 188      41.592 -35.744  39.121  1.00 91.38           O  
+ATOM  17352  CB  SER H 188      41.745 -34.998  36.418  1.00100.38           C  
+ATOM  17353  OG  SER H 188      41.797 -33.594  36.607  1.00 86.45           O  
+ATOM  17354  N   GLY H 189      39.514 -34.904  39.190  1.00 86.76           N  
+ATOM  17355  CA  GLY H 189      39.604 -34.625  40.603  1.00 81.81           C  
+ATOM  17356  C   GLY H 189      40.435 -33.411  40.932  1.00 77.69           C  
+ATOM  17357  O   GLY H 189      40.519 -33.035  42.107  1.00 76.66           O  
+ATOM  17358  N   LEU H 190      41.057 -32.795  39.934  1.00 73.84           N  
+ATOM  17359  CA  LEU H 190      41.832 -31.580  40.097  1.00 67.10           C  
+ATOM  17360  C   LEU H 190      40.987 -30.393  39.658  1.00 64.74           C  
+ATOM  17361  O   LEU H 190      40.061 -30.523  38.854  1.00 64.22           O  
+ATOM  17362  CB  LEU H 190      43.123 -31.642  39.277  1.00 69.06           C  
+ATOM  17363  CG  LEU H 190      44.070 -32.811  39.558  1.00 71.25           C  
+ATOM  17364  CD1 LEU H 190      45.255 -32.784  38.604  1.00 71.35           C  
+ATOM  17365  CD2 LEU H 190      44.539 -32.789  41.003  1.00 68.49           C  
+ATOM  17366  N   TYR H 191      41.319 -29.228  40.192  1.00 62.97           N  
+ATOM  17367  CA  TYR H 191      40.591 -28.012  39.876  1.00 60.32           C  
+ATOM  17368  C   TYR H 191      41.308 -27.233  38.781  1.00 58.64           C  
+ATOM  17369  O   TYR H 191      42.499 -27.425  38.522  1.00 57.65           O  
+ATOM  17370  CB  TYR H 191      40.415 -27.147  41.126  1.00 57.46           C  
+ATOM  17371  CG  TYR H 191      39.424 -27.714  42.117  1.00 60.03           C  
+ATOM  17372  CD1 TYR H 191      38.063 -27.472  41.982  1.00 59.59           C  
+ATOM  17373  CD2 TYR H 191      39.846 -28.501  43.180  1.00 61.21           C  
+ATOM  17374  CE1 TYR H 191      37.152 -27.989  42.884  1.00 61.53           C  
+ATOM  17375  CE2 TYR H 191      38.942 -29.024  44.086  1.00 60.84           C  
+ATOM  17376  CZ  TYR H 191      37.596 -28.764  43.933  1.00 63.33           C  
+ATOM  17377  OH  TYR H 191      36.692 -29.282  44.832  1.00 64.19           O  
+ATOM  17378  N   SER H 192      40.557 -26.348  38.134  1.00 57.79           N  
+ATOM  17379  CA  SER H 192      41.091 -25.522  37.062  1.00 53.77           C  
+ATOM  17380  C   SER H 192      40.197 -24.304  36.903  1.00 50.60           C  
+ATOM  17381  O   SER H 192      38.980 -24.395  37.078  1.00 54.41           O  
+ATOM  17382  CB  SER H 192      41.176 -26.298  35.744  1.00 54.00           C  
+ATOM  17383  OG  SER H 192      41.535 -25.446  34.672  1.00 52.60           O  
+ATOM  17384  N   LEU H 193      40.809 -23.169  36.583  1.00 44.94           N  
+ATOM  17385  CA  LEU H 193      40.061 -21.938  36.388  1.00 48.73           C  
+ATOM  17386  C   LEU H 193      40.814 -21.054  35.406  1.00 48.71           C  
+ATOM  17387  O   LEU H 193      41.936 -21.356  34.993  1.00 50.71           O  
+ATOM  17388  CB  LEU H 193      39.808 -21.221  37.725  1.00 44.94           C  
+ATOM  17389  CG  LEU H 193      40.961 -20.631  38.549  1.00 48.19           C  
+ATOM  17390  CD1 LEU H 193      41.387 -19.246  38.067  1.00 44.00           C  
+ATOM  17391  CD2 LEU H 193      40.584 -20.591  40.025  1.00 44.34           C  
+ATOM  17392  N   SER H 194      40.169 -19.959  35.022  1.00 48.59           N  
+ATOM  17393  CA  SER H 194      40.767 -18.963  34.150  1.00 45.76           C  
+ATOM  17394  C   SER H 194      40.523 -17.584  34.741  1.00 45.73           C  
+ATOM  17395  O   SER H 194      39.486 -17.330  35.359  1.00 47.96           O  
+ATOM  17396  CB  SER H 194      40.193 -19.038  32.728  1.00 50.25           C  
+ATOM  17397  OG  SER H 194      40.399 -20.320  32.162  1.00 49.79           O  
+ATOM  17398  N   SER H 195      41.498 -16.699  34.561  1.00 42.60           N  
+ATOM  17399  CA  SER H 195      41.382 -15.313  34.997  1.00 45.97           C  
+ATOM  17400  C   SER H 195      41.719 -14.414  33.820  1.00 44.09           C  
+ATOM  17401  O   SER H 195      42.857 -14.418  33.347  1.00 45.89           O  
+ATOM  17402  CB  SER H 195      42.305 -15.023  36.183  1.00 44.66           C  
+ATOM  17403  OG  SER H 195      42.207 -13.669  36.588  1.00 43.03           O  
+ATOM  17404  N   VAL H 196      40.737 -13.649  33.354  1.00 39.11           N  
+ATOM  17405  CA  VAL H 196      40.900 -12.808  32.178  1.00 43.21           C  
+ATOM  17406  C   VAL H 196      40.850 -11.345  32.597  1.00 43.25           C  
+ATOM  17407  O   VAL H 196      40.362 -10.991  33.673  1.00 43.36           O  
+ATOM  17408  CB  VAL H 196      39.832 -13.108  31.107  1.00 44.88           C  
+ATOM  17409  CG1 VAL H 196      39.941 -14.550  30.639  1.00 43.44           C  
+ATOM  17410  CG2 VAL H 196      38.442 -12.828  31.657  1.00 43.30           C  
+ATOM  17411  N   VAL H 197      41.361 -10.484  31.719  1.00 43.25           N  
+ATOM  17412  CA  VAL H 197      41.385  -9.039  31.925  1.00 46.33           C  
+ATOM  17413  C   VAL H 197      41.303  -8.374  30.559  1.00 53.07           C  
+ATOM  17414  O   VAL H 197      41.933  -8.825  29.596  1.00 54.69           O  
+ATOM  17415  CB  VAL H 197      42.662  -8.562  32.662  1.00 50.69           C  
+ATOM  17416  CG1 VAL H 197      42.658  -7.047  32.818  1.00 51.91           C  
+ATOM  17417  CG2 VAL H 197      42.822  -9.219  34.021  1.00 53.37           C  
+ATOM  17418  N   THR H 198      40.528  -7.297  30.479  1.00 53.98           N  
+ATOM  17419  CA  THR H 198      40.448  -6.480  29.278  1.00 57.64           C  
+ATOM  17420  C   THR H 198      41.243  -5.197  29.487  1.00 58.28           C  
+ATOM  17421  O   THR H 198      41.139  -4.556  30.538  1.00 57.13           O  
+ATOM  17422  CB  THR H 198      38.996  -6.147  28.931  1.00 54.70           C  
+ATOM  17423  OG1 THR H 198      38.389  -5.446  30.024  1.00 56.42           O  
+ATOM  17424  CG2 THR H 198      38.213  -7.421  28.657  1.00 49.98           C  
+ATOM  17425  N   VAL H 199      42.033  -4.831  28.485  1.00 61.49           N  
+ATOM  17426  CA  VAL H 199      42.913  -3.663  28.569  1.00 64.00           C  
+ATOM  17427  C   VAL H 199      42.909  -2.943  27.231  1.00 71.85           C  
+ATOM  17428  O   VAL H 199      42.568  -3.525  26.192  1.00 71.22           O  
+ATOM  17429  CB  VAL H 199      44.357  -4.051  28.955  1.00 59.92           C  
+ATOM  17430  CG1 VAL H 199      44.401  -4.699  30.330  1.00 59.48           C  
+ATOM  17431  CG2 VAL H 199      44.955  -4.978  27.910  1.00 61.82           C  
+ATOM  17432  N   PRO H 200      43.277  -1.662  27.224  1.00 71.41           N  
+ATOM  17433  CA  PRO H 200      43.454  -0.964  25.945  1.00 72.91           C  
+ATOM  17434  C   PRO H 200      44.532  -1.635  25.104  1.00 77.02           C  
+ATOM  17435  O   PRO H 200      45.642  -1.893  25.576  1.00 75.92           O  
+ATOM  17436  CB  PRO H 200      43.855   0.457  26.363  1.00 75.07           C  
+ATOM  17437  CG  PRO H 200      44.281   0.344  27.794  1.00 83.25           C  
+ATOM  17438  CD  PRO H 200      43.457  -0.757  28.372  1.00 71.51           C  
+ATOM  17439  N   SER H 201      44.184  -1.930  23.849  1.00 82.05           N  
+ATOM  17440  CA  SER H 201      45.095  -2.658  22.969  1.00 80.26           C  
+ATOM  17441  C   SER H 201      46.396  -1.894  22.755  1.00 82.81           C  
+ATOM  17442  O   SER H 201      47.472  -2.498  22.670  1.00 82.37           O  
+ATOM  17443  CB  SER H 201      44.412  -2.947  21.632  1.00 84.23           C  
+ATOM  17444  OG  SER H 201      43.979  -1.750  21.011  1.00 96.11           O  
+ATOM  17445  N   SER H 202      46.318  -0.564  22.664  1.00 85.68           N  
+ATOM  17446  CA  SER H 202      47.510   0.246  22.438  1.00 87.74           C  
+ATOM  17447  C   SER H 202      48.560   0.066  23.528  1.00 87.49           C  
+ATOM  17448  O   SER H 202      49.740   0.341  23.286  1.00 94.08           O  
+ATOM  17449  CB  SER H 202      47.123   1.722  22.327  1.00 93.30           C  
+ATOM  17450  OG  SER H 202      46.552   2.191  23.537  1.00 92.37           O  
+ATOM  17451  N   SER H 203      48.163  -0.384  24.716  1.00 84.18           N  
+ATOM  17452  CA  SER H 203      49.090  -0.597  25.820  1.00 83.41           C  
+ATOM  17453  C   SER H 203      49.766  -1.963  25.780  1.00 82.21           C  
+ATOM  17454  O   SER H 203      50.612  -2.240  26.636  1.00 81.11           O  
+ATOM  17455  CB  SER H 203      48.367  -0.422  27.160  1.00 78.61           C  
+ATOM  17456  OG  SER H 203      47.403  -1.441  27.357  1.00 76.32           O  
+ATOM  17457  N   LEU H 204      49.411  -2.822  24.818  1.00 80.01           N  
+ATOM  17458  CA  LEU H 204      49.999  -4.159  24.765  1.00 80.53           C  
+ATOM  17459  C   LEU H 204      51.508  -4.113  24.565  1.00 85.40           C  
+ATOM  17460  O   LEU H 204      52.224  -4.997  25.049  1.00 87.22           O  
+ATOM  17461  CB  LEU H 204      49.343  -4.982  23.656  1.00 78.69           C  
+ATOM  17462  CG  LEU H 204      47.896  -5.417  23.886  1.00 75.06           C  
+ATOM  17463  CD1 LEU H 204      47.365  -6.179  22.681  1.00 77.52           C  
+ATOM  17464  CD2 LEU H 204      47.787  -6.259  25.148  1.00 71.34           C  
+ATOM  17465  N   GLY H 205      52.011  -3.101  23.859  1.00 84.53           N  
+ATOM  17466  CA  GLY H 205      53.437  -2.970  23.640  1.00 82.66           C  
+ATOM  17467  C   GLY H 205      54.171  -2.105  24.636  1.00 83.29           C  
+ATOM  17468  O   GLY H 205      55.404  -2.132  24.678  1.00 86.71           O  
+ATOM  17469  N   THR H 206      53.444  -1.340  25.449  1.00 84.11           N  
+ATOM  17470  CA  THR H 206      54.041  -0.420  26.409  1.00 86.94           C  
+ATOM  17471  C   THR H 206      53.904  -0.870  27.853  1.00 85.90           C  
+ATOM  17472  O   THR H 206      54.788  -0.580  28.662  1.00 82.21           O  
+ATOM  17473  CB  THR H 206      53.419   0.975  26.269  1.00 90.68           C  
+ATOM  17474  OG1 THR H 206      52.015   0.904  26.551  1.00 95.94           O  
+ATOM  17475  CG2 THR H 206      53.618   1.507  24.859  1.00 92.22           C  
+ATOM  17476  N   GLN H 207      52.827  -1.570  28.194  1.00 91.44           N  
+ATOM  17477  CA  GLN H 207      52.548  -1.986  29.560  1.00 82.93           C  
+ATOM  17478  C   GLN H 207      52.763  -3.487  29.696  1.00 78.37           C  
+ATOM  17479  O   GLN H 207      52.480  -4.253  28.769  1.00 78.12           O  
+ATOM  17480  CB  GLN H 207      51.111  -1.625  29.955  1.00 78.37           C  
+ATOM  17481  CG  GLN H 207      50.718  -2.006  31.378  1.00 78.76           C  
+ATOM  17482  CD  GLN H 207      51.444  -1.195  32.432  1.00 88.86           C  
+ATOM  17483  OE1 GLN H 207      52.241  -1.731  33.203  1.00 90.07           O  
+ATOM  17484  NE2 GLN H 207      51.164   0.102  32.479  1.00 89.71           N  
+ATOM  17485  N   THR H 208      53.268  -3.899  30.854  1.00 74.91           N  
+ATOM  17486  CA  THR H 208      53.526  -5.300  31.144  1.00 74.65           C  
+ATOM  17487  C   THR H 208      52.434  -5.831  32.062  1.00 71.59           C  
+ATOM  17488  O   THR H 208      52.036  -5.165  33.022  1.00 72.88           O  
+ATOM  17489  CB  THR H 208      54.899  -5.479  31.799  1.00 72.99           C  
+ATOM  17490  OG1 THR H 208      55.918  -4.999  30.914  1.00 83.69           O  
+ATOM  17491  CG2 THR H 208      55.162  -6.941  32.108  1.00 68.27           C  
+ATOM  17492  N   TYR H 209      51.955  -7.036  31.763  1.00 67.73           N  
+ATOM  17493  CA  TYR H 209      50.888  -7.669  32.527  1.00 61.26           C  
+ATOM  17494  C   TYR H 209      51.382  -9.014  33.032  1.00 60.53           C  
+ATOM  17495  O   TYR H 209      51.758  -9.881  32.235  1.00 60.57           O  
+ATOM  17496  CB  TYR H 209      49.627  -7.842  31.677  1.00 59.52           C  
+ATOM  17497  CG  TYR H 209      49.047  -6.544  31.168  1.00 62.88           C  
+ATOM  17498  CD1 TYR H 209      48.274  -5.738  31.993  1.00 62.99           C  
+ATOM  17499  CD2 TYR H 209      49.264  -6.127  29.861  1.00 65.66           C  
+ATOM  17500  CE1 TYR H 209      47.740  -4.550  31.535  1.00 62.40           C  
+ATOM  17501  CE2 TYR H 209      48.731  -4.940  29.392  1.00 66.42           C  
+ATOM  17502  CZ  TYR H 209      47.970  -4.156  30.234  1.00 65.88           C  
+ATOM  17503  OH  TYR H 209      47.437  -2.974  29.775  1.00 70.77           O  
+ATOM  17504  N   ILE H 210      51.378  -9.186  34.350  1.00 59.19           N  
+ATOM  17505  CA  ILE H 210      51.756 -10.437  34.991  1.00 57.63           C  
+ATOM  17506  C   ILE H 210      50.599 -10.872  35.874  1.00 55.96           C  
+ATOM  17507  O   ILE H 210      50.051 -10.062  36.631  1.00 55.96           O  
+ATOM  17508  CB  ILE H 210      53.042 -10.301  35.828  1.00 54.98           C  
+ATOM  17509  CG1 ILE H 210      54.173  -9.684  35.007  1.00 58.15           C  
+ATOM  17510  CG2 ILE H 210      53.467 -11.656  36.379  1.00 54.83           C  
+ATOM  17511  CD1 ILE H 210      54.428  -8.232  35.347  1.00 62.85           C  
+ATOM  17512  N   CYS H 211      50.230 -12.142  35.778  1.00 54.27           N  
+ATOM  17513  CA  CYS H 211      49.238 -12.723  36.667  1.00 55.05           C  
+ATOM  17514  C   CYS H 211      49.968 -13.467  37.776  1.00 56.72           C  
+ATOM  17515  O   CYS H 211      50.911 -14.222  37.513  1.00 58.15           O  
+ATOM  17516  CB  CYS H 211      48.284 -13.649  35.908  1.00 53.63           C  
+ATOM  17517  SG  CYS H 211      48.973 -15.237  35.404  1.00 64.14           S  
+ATOM  17518  N   ASN H 212      49.552 -13.222  39.012  1.00 54.77           N  
+ATOM  17519  CA  ASN H 212      50.177 -13.795  40.195  1.00 54.99           C  
+ATOM  17520  C   ASN H 212      49.214 -14.823  40.770  1.00 54.20           C  
+ATOM  17521  O   ASN H 212      48.139 -14.467  41.263  1.00 53.60           O  
+ATOM  17522  CB  ASN H 212      50.505 -12.709  41.217  1.00 55.78           C  
+ATOM  17523  CG  ASN H 212      50.991 -11.428  40.568  1.00 55.32           C  
+ATOM  17524  OD1 ASN H 212      50.305 -10.406  40.596  1.00 53.71           O  
+ATOM  17525  ND2 ASN H 212      52.177 -11.478  39.974  1.00 56.78           N  
+ATOM  17526  N   VAL H 213      49.595 -16.090  40.688  1.00 54.82           N  
+ATOM  17527  CA  VAL H 213      48.809 -17.196  41.216  1.00 53.39           C  
+ATOM  17528  C   VAL H 213      49.454 -17.662  42.511  1.00 53.64           C  
+ATOM  17529  O   VAL H 213      50.685 -17.729  42.619  1.00 54.62           O  
+ATOM  17530  CB  VAL H 213      48.717 -18.340  40.188  1.00 51.35           C  
+ATOM  17531  CG1 VAL H 213      47.862 -19.478  40.718  1.00 50.82           C  
+ATOM  17532  CG2 VAL H 213      48.163 -17.817  38.873  1.00 47.96           C  
+ATOM  17533  N   ASN H 214      48.626 -17.973  43.504  1.00 59.61           N  
+ATOM  17534  CA  ASN H 214      49.118 -18.418  44.801  1.00 58.22           C  
+ATOM  17535  C   ASN H 214      48.240 -19.558  45.286  1.00 55.01           C  
+ATOM  17536  O   ASN H 214      47.039 -19.369  45.509  1.00 58.69           O  
+ATOM  17537  CB  ASN H 214      49.124 -17.268  45.813  1.00 60.50           C  
+ATOM  17538  CG  ASN H 214      49.818 -17.636  47.109  1.00 72.01           C  
+ATOM  17539  OD1 ASN H 214      50.714 -18.480  47.128  1.00 72.87           O  
+ATOM  17540  ND2 ASN H 214      49.406 -17.003  48.201  1.00 86.27           N  
+ATOM  17541  N   HIS H 215      48.839 -20.737  45.429  1.00 51.59           N  
+ATOM  17542  CA  HIS H 215      48.176 -21.929  45.950  1.00 53.85           C  
+ATOM  17543  C   HIS H 215      48.926 -22.329  47.217  1.00 55.69           C  
+ATOM  17544  O   HIS H 215      50.000 -22.935  47.148  1.00 56.72           O  
+ATOM  17545  CB  HIS H 215      48.166 -23.047  44.910  1.00 51.12           C  
+ATOM  17546  CG  HIS H 215      47.366 -24.245  45.314  1.00 51.55           C  
+ATOM  17547  ND1 HIS H 215      47.931 -25.487  45.505  1.00 54.28           N  
+ATOM  17548  CD2 HIS H 215      46.042 -24.394  45.558  1.00 49.98           C  
+ATOM  17549  CE1 HIS H 215      46.991 -26.349  45.851  1.00 52.75           C  
+ATOM  17550  NE2 HIS H 215      45.836 -25.711  45.890  1.00 50.69           N  
+ATOM  17551  N   LYS H 216      48.359 -21.987  48.371  1.00 56.49           N  
+ATOM  17552  CA  LYS H 216      49.006 -22.190  49.663  1.00 57.35           C  
+ATOM  17553  C   LYS H 216      49.094 -23.658  50.086  1.00 54.97           C  
+ATOM  17554  O   LYS H 216      50.114 -24.052  50.666  1.00 53.85           O  
+ATOM  17555  CB  LYS H 216      48.293 -21.367  50.740  1.00 51.74           C  
+ATOM  17556  CG  LYS H 216      48.435 -19.866  50.536  1.00 55.95           C  
+ATOM  17557  CD  LYS H 216      47.976 -19.080  51.752  1.00 63.76           C  
+ATOM  17558  CE  LYS H 216      48.240 -17.593  51.568  1.00 72.03           C  
+ATOM  17559  NZ  LYS H 216      47.860 -16.801  52.769  1.00 80.19           N  
+ATOM  17560  N   PRO H 217      48.070 -24.493  49.855  1.00 51.85           N  
+ATOM  17561  CA  PRO H 217      48.220 -25.922  50.188  1.00 50.38           C  
+ATOM  17562  C   PRO H 217      49.444 -26.580  49.568  1.00 53.75           C  
+ATOM  17563  O   PRO H 217      50.030 -27.481  50.182  1.00 53.49           O  
+ATOM  17564  CB  PRO H 217      46.920 -26.539  49.656  1.00 50.41           C  
+ATOM  17565  CG  PRO H 217      45.934 -25.449  49.762  1.00 51.34           C  
+ATOM  17566  CD  PRO H 217      46.681 -24.181  49.461  1.00 50.77           C  
+ATOM  17567  N   SER H 218      49.848 -26.161  48.372  1.00 56.23           N  
+ATOM  17568  CA  SER H 218      51.031 -26.692  47.711  1.00 55.65           C  
+ATOM  17569  C   SER H 218      52.262 -25.814  47.883  1.00 54.32           C  
+ATOM  17570  O   SER H 218      53.338 -26.190  47.406  1.00 53.93           O  
+ATOM  17571  CB  SER H 218      50.755 -26.896  46.218  1.00 57.55           C  
+ATOM  17572  OG  SER H 218      50.573 -25.654  45.560  1.00 55.90           O  
+ATOM  17573  N   ASN H 219      52.130 -24.657  48.536  1.00 55.06           N  
+ATOM  17574  CA  ASN H 219      53.241 -23.718  48.700  1.00 59.81           C  
+ATOM  17575  C   ASN H 219      53.753 -23.266  47.336  1.00 62.76           C  
+ATOM  17576  O   ASN H 219      54.958 -23.225  47.077  1.00 64.86           O  
+ATOM  17577  CB  ASN H 219      54.366 -24.321  49.549  1.00 67.33           C  
+ATOM  17578  CG  ASN H 219      55.421 -23.302  49.932  1.00 77.56           C  
+ATOM  17579  OD1 ASN H 219      56.543 -23.333  49.425  1.00 74.24           O  
+ATOM  17580  ND2 ASN H 219      55.058 -22.379  50.813  1.00 83.94           N  
+ATOM  17581  N   THR H 220      52.820 -22.938  46.448  1.00 61.23           N  
+ATOM  17582  CA  THR H 220      53.128 -22.533  45.085  1.00 55.54           C  
+ATOM  17583  C   THR H 220      52.847 -21.045  44.923  1.00 57.56           C  
+ATOM  17584  O   THR H 220      51.705 -20.604  45.086  1.00 59.39           O  
+ATOM  17585  CB  THR H 220      52.301 -23.348  44.092  1.00 55.74           C  
+ATOM  17586  OG1 THR H 220      52.425 -24.742  44.399  1.00 56.23           O  
+ATOM  17587  CG2 THR H 220      52.782 -23.115  42.684  1.00 63.42           C  
+ATOM  17588  N   LYS H 221      53.887 -20.276  44.611  1.00 59.44           N  
+ATOM  17589  CA  LYS H 221      53.779 -18.837  44.384  1.00 61.34           C  
+ATOM  17590  C   LYS H 221      54.295 -18.574  42.970  1.00 60.70           C  
+ATOM  17591  O   LYS H 221      55.494 -18.370  42.765  1.00 61.95           O  
+ATOM  17592  CB  LYS H 221      54.562 -18.055  45.447  1.00 66.68           C  
+ATOM  17593  CG  LYS H 221      53.828 -16.844  46.006  1.00 68.35           C  
+ATOM  17594  CD  LYS H 221      54.523 -16.287  47.244  1.00 70.55           C  
+ATOM  17595  CE  LYS H 221      54.393 -17.231  48.433  1.00 76.83           C  
+ATOM  17596  NZ  LYS H 221      55.096 -16.713  49.643  1.00 72.17           N  
+ATOM  17597  N   VAL H 222      53.387 -18.573  41.995  1.00 58.73           N  
+ATOM  17598  CA  VAL H 222      53.742 -18.469  40.585  1.00 58.32           C  
+ATOM  17599  C   VAL H 222      53.423 -17.071  40.075  1.00 57.12           C  
+ATOM  17600  O   VAL H 222      52.447 -16.438  40.488  1.00 57.93           O  
+ATOM  17601  CB  VAL H 222      53.012 -19.543  39.746  1.00 56.33           C  
+ATOM  17602  CG1 VAL H 222      53.250 -19.343  38.258  1.00 57.59           C  
+ATOM  17603  CG2 VAL H 222      53.487 -20.917  40.143  1.00 59.35           C  
+ATOM  17604  N   ASP H 223      54.266 -16.592  39.165  1.00 54.39           N  
+ATOM  17605  CA  ASP H 223      54.017 -15.380  38.404  1.00 55.80           C  
+ATOM  17606  C   ASP H 223      54.178 -15.718  36.930  1.00 56.23           C  
+ATOM  17607  O   ASP H 223      55.100 -16.446  36.554  1.00 56.03           O  
+ATOM  17608  CB  ASP H 223      54.974 -14.251  38.801  1.00 53.28           C  
+ATOM  17609  CG  ASP H 223      54.861 -13.880  40.266  1.00 58.19           C  
+ATOM  17610  OD1 ASP H 223      53.724 -13.820  40.779  1.00 57.30           O  
+ATOM  17611  OD2 ASP H 223      55.910 -13.648  40.903  1.00 57.84           O  
+ATOM  17612  N   LYS H 224      53.263 -15.226  36.100  1.00 57.90           N  
+ATOM  17613  CA  LYS H 224      53.290 -15.543  34.676  1.00 57.95           C  
+ATOM  17614  C   LYS H 224      53.060 -14.271  33.879  1.00 57.47           C  
+ATOM  17615  O   LYS H 224      52.038 -13.603  34.055  1.00 58.21           O  
+ATOM  17616  CB  LYS H 224      52.244 -16.602  34.317  1.00 55.69           C  
+ATOM  17617  CG  LYS H 224      52.480 -17.251  32.961  1.00 57.34           C  
+ATOM  17618  CD  LYS H 224      53.563 -18.315  33.039  1.00 60.83           C  
+ATOM  17619  CE  LYS H 224      53.896 -18.870  31.663  1.00 64.73           C  
+ATOM  17620  NZ  LYS H 224      54.805 -20.047  31.743  1.00 71.11           N  
+ATOM  17621  N   LYS H 225      54.012 -13.938  33.014  1.00 58.30           N  
+ATOM  17622  CA  LYS H 225      53.855 -12.807  32.114  1.00 57.80           C  
+ATOM  17623  C   LYS H 225      53.059 -13.234  30.889  1.00 58.14           C  
+ATOM  17624  O   LYS H 225      53.300 -14.300  30.316  1.00 59.24           O  
+ATOM  17625  CB  LYS H 225      55.222 -12.268  31.692  1.00 59.02           C  
+ATOM  17626  CG  LYS H 225      55.170 -11.007  30.846  1.00 62.22           C  
+ATOM  17627  CD  LYS H 225      56.566 -10.564  30.432  1.00 69.97           C  
+ATOM  17628  CE  LYS H 225      56.538  -9.224  29.714  1.00 68.08           C  
+ATOM  17629  NZ  LYS H 225      55.206  -8.921  29.128  1.00 71.69           N  
+ATOM  17630  N   VAL H 226      52.101 -12.402  30.495  1.00 57.60           N  
+ATOM  17631  CA  VAL H 226      51.242 -12.674  29.348  1.00 58.35           C  
+ATOM  17632  C   VAL H 226      51.594 -11.667  28.263  1.00 59.57           C  
+ATOM  17633  O   VAL H 226      51.347 -10.464  28.414  1.00 58.65           O  
+ATOM  17634  CB  VAL H 226      49.756 -12.601  29.720  1.00 56.44           C  
+ATOM  17635  CG1 VAL H 226      48.890 -12.948  28.518  1.00 55.48           C  
+ATOM  17636  CG2 VAL H 226      49.459 -13.529  30.889  1.00 52.78           C  
+ATOM  17637  N   GLU H 227      52.169 -12.157  27.166  1.00 59.58           N  
+ATOM  17638  CA  GLU H 227      52.626 -11.327  26.065  1.00 59.95           C  
+ATOM  17639  C   GLU H 227      51.842 -11.638  24.796  1.00 62.79           C  
+ATOM  17640  O   GLU H 227      51.378 -12.768  24.612  1.00 63.99           O  
+ATOM  17641  CB  GLU H 227      54.119 -11.547  25.793  1.00 65.26           C  
+ATOM  17642  CG  GLU H 227      55.017 -11.270  26.980  1.00 67.23           C  
+ATOM  17643  CD  GLU H 227      56.463 -11.628  26.710  1.00 74.69           C  
+ATOM  17644  OE1 GLU H 227      57.264 -10.706  26.448  1.00 78.64           O  
+ATOM  17645  OE2 GLU H 227      56.793 -12.832  26.739  1.00 78.62           O  
+ATOM  17646  N   PRO H 228      51.675 -10.661  23.904  1.00 65.22           N  
+ATOM  17647  CA  PRO H 228      51.095 -10.955  22.583  1.00 67.75           C  
+ATOM  17648  C   PRO H 228      52.032 -11.857  21.791  1.00 69.98           C  
+ATOM  17649  O   PRO H 228      53.177 -11.492  21.517  1.00 72.99           O  
+ATOM  17650  CB  PRO H 228      50.952  -9.571  21.940  1.00 65.61           C  
+ATOM  17651  CG  PRO H 228      51.952  -8.718  22.655  1.00 65.02           C  
+ATOM  17652  CD  PRO H 228      51.980  -9.230  24.066  1.00 64.70           C  
+ATOM  17653  N   LYS H 229      51.545 -13.044  21.437  1.00 73.25           N  
+ATOM  17654  CA  LYS H 229      52.379 -14.026  20.755  1.00 82.60           C  
+ATOM  17655  C   LYS H 229      52.753 -13.546  19.356  1.00 91.71           C  
+ATOM  17656  O   LYS H 229      51.879 -13.320  18.512  1.00 99.76           O  
+ATOM  17657  CB  LYS H 229      51.655 -15.368  20.681  1.00 84.31           C  
+ATOM  17658  CG  LYS H 229      52.582 -16.568  20.585  1.00 86.01           C  
+ATOM  17659  CD  LYS H 229      51.800 -17.871  20.610  1.00 92.27           C  
+ATOM  17660  CE  LYS H 229      52.720 -19.073  20.470  1.00 85.51           C  
+ATOM  17661  NZ  LYS H 229      52.057 -20.196  19.751  1.00 83.42           N  
+ATOM  17662  N   SER H 230      54.052 -13.393  19.119  1.00 92.72           N  
+ATOM  17663  CA  SER H 230      54.576 -12.914  17.849  1.00103.52           C  
+ATOM  17664  C   SER H 230      54.696 -14.067  16.853  1.00108.69           C  
+ATOM  17665  O   SER H 230      54.687 -15.245  17.220  1.00107.17           O  
+ATOM  17666  CB  SER H 230      55.933 -12.237  18.043  1.00105.81           C  
+ATOM  17667  OG  SER H 230      56.490 -11.852  16.798  1.00110.40           O  
+ATOM  17668  N   CYS H 231      54.811 -13.713  15.577  1.00110.57           N  
+ATOM  17669  CA  CYS H 231      54.931 -14.713  14.522  1.00116.12           C  
+ATOM  17670  C   CYS H 231      56.398 -15.003  14.215  1.00116.16           C  
+ATOM  17671  O   CYS H 231      57.134 -14.126  13.763  1.00114.55           O  
+ATOM  17672  CB  CYS H 231      54.214 -14.252  13.252  1.00116.44           C  
+ATOM  17673  SG  CYS H 231      52.458 -13.890  13.468  1.00120.50           S  
+ATOM  17674  N   ASP L   1      15.373 -26.939  68.731  1.00 81.60           N  
+ATOM  17675  CA  ASP L   1      15.991 -25.855  67.978  1.00 77.10           C  
+ATOM  17676  C   ASP L   1      14.927 -24.977  67.325  1.00 71.51           C  
+ATOM  17677  O   ASP L   1      13.839 -25.449  66.996  1.00 75.98           O  
+ATOM  17678  CB  ASP L   1      16.939 -26.414  66.916  1.00 83.19           C  
+ATOM  17679  CG  ASP L   1      18.065 -27.234  67.514  1.00 96.49           C  
+ATOM  17680  OD1 ASP L   1      18.074 -27.425  68.749  1.00 91.18           O  
+ATOM  17681  OD2 ASP L   1      18.941 -27.689  66.750  1.00109.31           O  
+ATOM  17682  N   ILE L   2      15.246 -23.700  67.141  1.00 61.79           N  
+ATOM  17683  CA  ILE L   2      14.370 -22.757  66.455  1.00 58.10           C  
+ATOM  17684  C   ILE L   2      14.792 -22.685  64.995  1.00 56.46           C  
+ATOM  17685  O   ILE L   2      15.933 -22.318  64.688  1.00 53.61           O  
+ATOM  17686  CB  ILE L   2      14.414 -21.370  67.114  1.00 55.87           C  
+ATOM  17687  CG1 ILE L   2      13.753 -21.417  68.492  1.00 59.12           C  
+ATOM  17688  CG2 ILE L   2      13.729 -20.338  66.229  1.00 51.77           C  
+ATOM  17689  CD1 ILE L   2      13.849 -20.119  69.261  1.00 53.45           C  
+ATOM  17690  N   VAL L   3      13.879 -23.035  64.095  1.00 55.41           N  
+ATOM  17691  CA  VAL L   3      14.170 -23.086  62.667  1.00 54.71           C  
+ATOM  17692  C   VAL L   3      13.792 -21.754  62.033  1.00 53.57           C  
+ATOM  17693  O   VAL L   3      12.653 -21.289  62.170  1.00 53.99           O  
+ATOM  17694  CB  VAL L   3      13.423 -24.248  61.993  1.00 52.06           C  
+ATOM  17695  CG1 VAL L   3      13.563 -24.162  60.482  1.00 51.30           C  
+ATOM  17696  CG2 VAL L   3      13.951 -25.580  62.502  1.00 55.93           C  
+ATOM  17697  N   MET L   4      14.745 -21.140  61.338  1.00 51.71           N  
+ATOM  17698  CA  MET L   4      14.507 -19.918  60.583  1.00 54.25           C  
+ATOM  17699  C   MET L   4      14.371 -20.268  59.107  1.00 55.34           C  
+ATOM  17700  O   MET L   4      15.238 -20.945  58.543  1.00 61.63           O  
+ATOM  17701  CB  MET L   4      15.645 -18.917  60.788  1.00 52.52           C  
+ATOM  17702  CG  MET L   4      15.963 -18.621  62.245  1.00 50.46           C  
+ATOM  17703  SD  MET L   4      14.547 -17.982  63.155  1.00 54.10           S  
+ATOM  17704  CE  MET L   4      14.458 -16.312  62.518  1.00 45.02           C  
+ATOM  17705  N   THR L   5      13.285 -19.810  58.487  1.00 54.50           N  
+ATOM  17706  CA  THR L   5      12.974 -20.146  57.104  1.00 55.29           C  
+ATOM  17707  C   THR L   5      12.779 -18.863  56.315  1.00 56.83           C  
+ATOM  17708  O   THR L   5      11.924 -18.041  56.664  1.00 56.22           O  
+ATOM  17709  CB  THR L   5      11.721 -21.022  57.015  1.00 53.60           C  
+ATOM  17710  OG1 THR L   5      11.876 -22.167  57.862  1.00 59.20           O  
+ATOM  17711  CG2 THR L   5      11.493 -21.484  55.584  1.00 55.05           C  
+ATOM  17712  N   GLN L   6      13.571 -18.689  55.264  1.00 56.67           N  
+ATOM  17713  CA  GLN L   6      13.416 -17.571  54.345  1.00 58.98           C  
+ATOM  17714  C   GLN L   6      12.619 -18.059  53.142  1.00 65.75           C  
+ATOM  17715  O   GLN L   6      13.001 -19.041  52.496  1.00 65.11           O  
+ATOM  17716  CB  GLN L   6      14.776 -17.010  53.931  1.00 52.00           C  
+ATOM  17717  CG  GLN L   6      15.531 -16.377  55.092  1.00 52.16           C  
+ATOM  17718  CD  GLN L   6      16.866 -15.788  54.688  1.00 50.46           C  
+ATOM  17719  OE1 GLN L   6      17.891 -16.062  55.314  1.00 49.42           O  
+ATOM  17720  NE2 GLN L   6      16.862 -14.969  53.644  1.00 51.53           N  
+ATOM  17721  N   SER L   7      11.504 -17.378  52.860  1.00 76.53           N  
+ATOM  17722  CA  SER L   7      10.534 -17.883  51.892  1.00 82.04           C  
+ATOM  17723  C   SER L   7      11.168 -18.099  50.524  1.00 79.98           C  
+ATOM  17724  O   SER L   7      11.012 -19.164  49.915  1.00 83.58           O  
+ATOM  17725  CB  SER L   7       9.351 -16.920  51.789  1.00 89.15           C  
+ATOM  17726  OG  SER L   7       9.781 -15.630  51.390  1.00 91.16           O  
+ATOM  17727  N   HIS L   8      11.890 -17.103  50.025  1.00 73.75           N  
+ATOM  17728  CA  HIS L   8      12.450 -17.146  48.684  1.00 67.21           C  
+ATOM  17729  C   HIS L   8      13.956 -17.343  48.760  1.00 61.07           C  
+ATOM  17730  O   HIS L   8      14.646 -16.636  49.502  1.00 60.99           O  
+ATOM  17731  CB  HIS L   8      12.114 -15.867  47.915  1.00 67.97           C  
+ATOM  17732  CG  HIS L   8      10.646 -15.658  47.714  1.00 72.21           C  
+ATOM  17733  ND1 HIS L   8       9.912 -14.765  48.464  1.00 88.02           N  
+ATOM  17734  CD2 HIS L   8       9.773 -16.235  46.855  1.00 73.56           C  
+ATOM  17735  CE1 HIS L   8       8.651 -14.796  48.073  1.00 75.67           C  
+ATOM  17736  NE2 HIS L   8       8.540 -15.680  47.098  1.00 75.95           N  
+ATOM  17737  N   LYS L   9      14.455 -18.308  47.988  1.00 59.90           N  
+ATOM  17738  CA  LYS L   9      15.887 -18.565  47.897  1.00 54.43           C  
+ATOM  17739  C   LYS L   9      16.568 -17.623  46.912  1.00 53.32           C  
+ATOM  17740  O   LYS L   9      17.756 -17.321  47.068  1.00 49.26           O  
+ATOM  17741  CB  LYS L   9      16.158 -20.020  47.484  1.00 53.87           C  
+ATOM  17742  CG  LYS L   9      15.357 -20.555  46.269  1.00 82.77           C  
+ATOM  17743  CD  LYS L   9      13.863 -20.783  46.532  1.00 74.87           C  
+ATOM  17744  CE  LYS L   9      13.120 -21.175  45.269  1.00 57.14           C  
+ATOM  17745  NZ  LYS L   9      12.805 -19.965  44.464  1.00 49.36           N  
+ATOM  17746  N   PHE L  10      15.842 -17.170  45.892  1.00 54.78           N  
+ATOM  17747  CA  PHE L  10      16.351 -16.221  44.913  1.00 50.52           C  
+ATOM  17748  C   PHE L  10      15.328 -15.114  44.714  1.00 47.53           C  
+ATOM  17749  O   PHE L  10      14.119 -15.364  44.733  1.00 53.63           O  
+ATOM  17750  CB  PHE L  10      16.657 -16.895  43.569  1.00 50.87           C  
+ATOM  17751  CG  PHE L  10      17.691 -17.979  43.654  1.00 51.24           C  
+ATOM  17752  CD1 PHE L  10      19.041 -17.670  43.644  1.00 54.73           C  
+ATOM  17753  CD2 PHE L  10      17.315 -19.309  43.732  1.00 50.21           C  
+ATOM  17754  CE1 PHE L  10      19.996 -18.667  43.721  1.00 55.65           C  
+ATOM  17755  CE2 PHE L  10      18.263 -20.310  43.809  1.00 50.44           C  
+ATOM  17756  CZ  PHE L  10      19.605 -19.989  43.803  1.00 51.79           C  
+ATOM  17757  N   MET L  11      15.818 -13.892  44.528  1.00 43.94           N  
+ATOM  17758  CA  MET L  11      14.964 -12.747  44.253  1.00 45.04           C  
+ATOM  17759  C   MET L  11      15.610 -11.883  43.182  1.00 48.62           C  
+ATOM  17760  O   MET L  11      16.817 -11.629  43.222  1.00 49.23           O  
+ATOM  17761  CB  MET L  11      14.711 -11.906  45.511  1.00 45.72           C  
+ATOM  17762  CG  MET L  11      13.640 -12.457  46.438  1.00 51.38           C  
+ATOM  17763  SD  MET L  11      13.041 -11.201  47.587  1.00 64.21           S  
+ATOM  17764  CE  MET L  11      11.942 -12.169  48.616  1.00 62.15           C  
+ATOM  17765  N   SER L  12      14.799 -11.430  42.232  1.00 50.24           N  
+ATOM  17766  CA  SER L  12      15.251 -10.564  41.155  1.00 49.85           C  
+ATOM  17767  C   SER L  12      14.631  -9.186  41.325  1.00 48.11           C  
+ATOM  17768  O   SER L  12      13.459  -9.065  41.696  1.00 50.14           O  
+ATOM  17769  CB  SER L  12      14.879 -11.145  39.789  1.00 53.16           C  
+ATOM  17770  OG  SER L  12      15.114 -10.208  38.752  1.00 65.20           O  
+ATOM  17771  N   THR L  13      15.421  -8.148  41.060  1.00 46.29           N  
+ATOM  17772  CA  THR L  13      14.939  -6.786  41.225  1.00 46.46           C  
+ATOM  17773  C   THR L  13      15.673  -5.853  40.276  1.00 45.27           C  
+ATOM  17774  O   THR L  13      16.782  -6.140  39.816  1.00 47.02           O  
+ATOM  17775  CB  THR L  13      15.112  -6.297  42.663  1.00 48.46           C  
+ATOM  17776  OG1 THR L  13      14.406  -5.061  42.835  1.00 51.70           O  
+ATOM  17777  CG2 THR L  13      16.584  -6.078  42.983  1.00 47.65           C  
+ATOM  17778  N   LEU L  14      15.025  -4.733  39.981  1.00 45.03           N  
+ATOM  17779  CA  LEU L  14      15.622  -3.671  39.191  1.00 46.43           C  
+ATOM  17780  C   LEU L  14      16.348  -2.689  40.103  1.00 46.88           C  
+ATOM  17781  O   LEU L  14      16.032  -2.563  41.289  1.00 46.11           O  
+ATOM  17782  CB  LEU L  14      14.548  -2.945  38.379  1.00 43.24           C  
+ATOM  17783  CG  LEU L  14      13.736  -3.838  37.437  1.00 39.87           C  
+ATOM  17784  CD1 LEU L  14      12.510  -3.107  36.916  1.00 40.26           C  
+ATOM  17785  CD2 LEU L  14      14.597  -4.333  36.288  1.00 48.66           C  
+ATOM  17786  N   VAL L  15      17.336  -1.994  39.537  1.00 44.92           N  
+ATOM  17787  CA  VAL L  15      18.054  -0.974  40.290  1.00 44.83           C  
+ATOM  17788  C   VAL L  15      17.131   0.209  40.548  1.00 45.72           C  
+ATOM  17789  O   VAL L  15      16.389   0.648  39.660  1.00 44.56           O  
+ATOM  17790  CB  VAL L  15      19.325  -0.548  39.536  1.00 39.24           C  
+ATOM  17791  CG1 VAL L  15      19.915   0.717  40.139  1.00 39.90           C  
+ATOM  17792  CG2 VAL L  15      20.350  -1.675  39.554  1.00 41.67           C  
+ATOM  17793  N   GLY L  16      17.170   0.732  41.773  1.00 46.39           N  
+ATOM  17794  CA  GLY L  16      16.269   1.788  42.179  1.00 48.25           C  
+ATOM  17795  C   GLY L  16      14.923   1.317  42.677  1.00 49.95           C  
+ATOM  17796  O   GLY L  16      14.097   2.152  43.068  1.00 50.61           O  
+ATOM  17797  N   ASP L  17      14.675   0.013  42.674  1.00 50.13           N  
+ATOM  17798  CA  ASP L  17      13.404  -0.551  43.092  1.00 50.19           C  
+ATOM  17799  C   ASP L  17      13.488  -0.959  44.564  1.00 53.89           C  
+ATOM  17800  O   ASP L  17      14.561  -0.963  45.172  1.00 54.97           O  
+ATOM  17801  CB  ASP L  17      13.062  -1.752  42.206  1.00 50.49           C  
+ATOM  17802  CG  ASP L  17      11.581  -1.866  41.907  1.00 52.99           C  
+ATOM  17803  OD1 ASP L  17      10.785  -1.092  42.478  1.00 61.32           O  
+ATOM  17804  OD2 ASP L  17      11.218  -2.727  41.076  1.00 51.92           O  
+ATOM  17805  N   ARG L  18      12.340  -1.300  45.140  1.00 53.35           N  
+ATOM  17806  CA  ARG L  18      12.295  -1.793  46.509  1.00 52.40           C  
+ATOM  17807  C   ARG L  18      12.375  -3.317  46.527  1.00 51.36           C  
+ATOM  17808  O   ARG L  18      12.008  -3.993  45.564  1.00 51.93           O  
+ATOM  17809  CB  ARG L  18      11.027  -1.321  47.224  1.00 65.52           C  
+ATOM  17810  CG  ARG L  18      10.950   0.185  47.430  1.00 82.16           C  
+ATOM  17811  CD  ARG L  18       9.728   0.574  48.242  1.00 94.55           C  
+ATOM  17812  NE  ARG L  18       9.691  -0.076  49.550  1.00 97.52           N  
+ATOM  17813  CZ  ARG L  18       8.637  -0.044  50.358  1.00110.63           C  
+ATOM  17814  NH1 ARG L  18       7.545   0.610  49.987  1.00108.23           N  
+ATOM  17815  NH2 ARG L  18       8.670  -0.660  51.531  1.00 98.39           N  
+ATOM  17816  N   VAL L  19      12.839  -3.854  47.655  1.00 49.61           N  
+ATOM  17817  CA  VAL L  19      12.897  -5.301  47.864  1.00 50.74           C  
+ATOM  17818  C   VAL L  19      12.614  -5.582  49.330  1.00 49.39           C  
+ATOM  17819  O   VAL L  19      13.093  -4.871  50.217  1.00 46.53           O  
+ATOM  17820  CB  VAL L  19      14.266  -5.906  47.467  1.00 48.24           C  
+ATOM  17821  CG1 VAL L  19      14.317  -7.393  47.799  1.00 51.26           C  
+ATOM  17822  CG2 VAL L  19      14.542  -5.718  46.007  1.00 48.62           C  
+ATOM  17823  N   SER L  20      11.828  -6.626  49.580  1.00 48.55           N  
+ATOM  17824  CA  SER L  20      11.484  -7.033  50.938  1.00 51.28           C  
+ATOM  17825  C   SER L  20      11.616  -8.547  51.028  1.00 55.01           C  
+ATOM  17826  O   SER L  20      10.826  -9.281  50.427  1.00 55.24           O  
+ATOM  17827  CB  SER L  20      10.073  -6.583  51.312  1.00 48.65           C  
+ATOM  17828  OG  SER L  20       9.976  -5.170  51.332  1.00 49.55           O  
+ATOM  17829  N   ILE L  21      12.610  -9.003  51.775  1.00 52.04           N  
+ATOM  17830  CA  ILE L  21      12.822 -10.418  52.044  1.00 52.06           C  
+ATOM  17831  C   ILE L  21      12.151 -10.754  53.365  1.00 52.29           C  
+ATOM  17832  O   ILE L  21      12.263 -10.005  54.343  1.00 51.83           O  
+ATOM  17833  CB  ILE L  21      14.326 -10.749  52.082  1.00 53.21           C  
+ATOM  17834  CG1 ILE L  21      15.018 -10.247  50.813  1.00 55.59           C  
+ATOM  17835  CG2 ILE L  21      14.544 -12.244  52.260  1.00 53.16           C  
+ATOM  17836  CD1 ILE L  21      16.528 -10.338  50.867  1.00 50.13           C  
+ATOM  17837  N   THR L  22      11.454 -11.884  53.404  1.00 51.63           N  
+ATOM  17838  CA  THR L  22      10.734 -12.303  54.595  1.00 52.99           C  
+ATOM  17839  C   THR L  22      11.449 -13.474  55.252  1.00 54.32           C  
+ATOM  17840  O   THR L  22      12.151 -14.248  54.595  1.00 54.89           O  
+ATOM  17841  CB  THR L  22       9.288 -12.698  54.271  1.00 53.71           C  
+ATOM  17842  OG1 THR L  22       9.278 -13.905  53.501  1.00 54.14           O  
+ATOM  17843  CG2 THR L  22       8.596 -11.592  53.488  1.00 58.38           C  
+ATOM  17844  N   CYS L  23      11.261 -13.590  56.563  1.00 55.00           N  
+ATOM  17845  CA  CYS L  23      11.900 -14.635  57.347  1.00 52.28           C  
+ATOM  17846  C   CYS L  23      10.965 -15.003  58.487  1.00 53.26           C  
+ATOM  17847  O   CYS L  23      10.512 -14.129  59.237  1.00 58.68           O  
+ATOM  17848  CB  CYS L  23      13.266 -14.168  57.867  1.00 53.07           C  
+ATOM  17849  SG  CYS L  23      14.059 -15.192  59.131  1.00 60.82           S  
+ATOM  17850  N   LYS L  24      10.661 -16.294  58.596  1.00 52.06           N  
+ATOM  17851  CA  LYS L  24       9.710 -16.801  59.571  1.00 54.99           C  
+ATOM  17852  C   LYS L  24      10.415 -17.747  60.531  1.00 56.67           C  
+ATOM  17853  O   LYS L  24      11.230 -18.578  60.118  1.00 56.16           O  
+ATOM  17854  CB  LYS L  24       8.543 -17.520  58.886  1.00 56.84           C  
+ATOM  17855  CG  LYS L  24       7.335 -17.716  59.785  1.00 66.65           C  
+ATOM  17856  CD  LYS L  24       6.193 -18.398  59.052  1.00 73.92           C  
+ATOM  17857  CE  LYS L  24       4.975 -18.529  59.952  1.00 80.12           C  
+ATOM  17858  NZ  LYS L  24       5.319 -19.159  61.258  1.00 77.97           N  
+ATOM  17859  N   ALA L  25      10.093 -17.619  61.813  1.00 56.39           N  
+ATOM  17860  CA  ALA L  25      10.674 -18.455  62.851  1.00 53.10           C  
+ATOM  17861  C   ALA L  25       9.675 -19.526  63.263  1.00 53.64           C  
+ATOM  17862  O   ALA L  25       8.465 -19.283  63.296  1.00 59.11           O  
+ATOM  17863  CB  ALA L  25      11.078 -17.616  64.065  1.00 52.77           C  
+ATOM  17864  N   SER L  26      10.190 -20.718  63.572  1.00 50.76           N  
+ATOM  17865  CA  SER L  26       9.322 -21.813  63.987  1.00 52.87           C  
+ATOM  17866  C   SER L  26       8.673 -21.549  65.337  1.00 57.95           C  
+ATOM  17867  O   SER L  26       7.607 -22.105  65.619  1.00 64.05           O  
+ATOM  17868  CB  SER L  26      10.114 -23.120  64.034  1.00 54.68           C  
+ATOM  17869  OG  SER L  26      11.154 -23.046  64.992  1.00 58.38           O  
+ATOM  17870  N   GLN L  27       9.289 -20.717  66.171  1.00 56.69           N  
+ATOM  17871  CA  GLN L  27       8.757 -20.352  67.473  1.00 54.76           C  
+ATOM  17872  C   GLN L  27       8.876 -18.845  67.649  1.00 53.97           C  
+ATOM  17873  O   GLN L  27       9.512 -18.152  66.850  1.00 55.01           O  
+ATOM  17874  CB  GLN L  27       9.489 -21.084  68.606  1.00 56.38           C  
+ATOM  17875  CG  GLN L  27       9.263 -22.583  68.620  1.00 62.81           C  
+ATOM  17876  CD  GLN L  27      10.266 -23.313  69.489  1.00 67.63           C  
+ATOM  17877  OE1 GLN L  27      10.530 -22.912  70.623  1.00 65.92           O  
+ATOM  17878  NE2 GLN L  27      10.830 -24.393  68.962  1.00 72.39           N  
+ATOM  17879  N   ASP L  28       8.248 -18.335  68.703  1.00 56.53           N  
+ATOM  17880  CA  ASP L  28       8.359 -16.917  69.009  1.00 56.97           C  
+ATOM  17881  C   ASP L  28       9.783 -16.594  69.441  1.00 56.12           C  
+ATOM  17882  O   ASP L  28      10.332 -17.234  70.342  1.00 59.65           O  
+ATOM  17883  CB  ASP L  28       7.365 -16.526  70.104  1.00 58.76           C  
+ATOM  17884  CG  ASP L  28       7.237 -15.017  70.273  1.00 62.40           C  
+ATOM  17885  OD1 ASP L  28       8.273 -14.321  70.338  1.00 60.62           O  
+ATOM  17886  OD2 ASP L  28       6.092 -14.524  70.340  1.00 76.91           O  
+ATOM  17887  N   VAL L  29      10.378 -15.595  68.795  1.00 52.88           N  
+ATOM  17888  CA  VAL L  29      11.723 -15.134  69.106  1.00 51.80           C  
+ATOM  17889  C   VAL L  29      11.724 -13.643  69.434  1.00 51.49           C  
+ATOM  17890  O   VAL L  29      12.748 -12.977  69.308  1.00 49.31           O  
+ATOM  17891  CB  VAL L  29      12.704 -15.456  67.960  1.00 50.27           C  
+ATOM  17892  CG1 VAL L  29      12.833 -16.958  67.768  1.00 51.66           C  
+ATOM  17893  CG2 VAL L  29      12.254 -14.792  66.668  1.00 50.37           C  
+ATOM  17894  N   SER L  36      10.573 -13.127  69.875  1.00 52.18           N  
+ATOM  17895  CA  SER L  36      10.393 -11.724  70.228  1.00 49.51           C  
+ATOM  17896  C   SER L  36      10.827 -10.821  69.081  1.00 49.80           C  
+ATOM  17897  O   SER L  36      10.526 -11.095  67.915  1.00 51.58           O  
+ATOM  17898  CB  SER L  36      11.161 -11.384  71.508  1.00 51.44           C  
+ATOM  17899  OG  SER L  36      10.991 -10.021  71.855  1.00 53.08           O  
+ATOM  17900  N   THR L  37      11.544  -9.747  69.402  1.00 46.32           N  
+ATOM  17901  CA  THR L  37      12.068  -8.827  68.404  1.00 47.40           C  
+ATOM  17902  C   THR L  37      13.566  -8.996  68.191  1.00 48.98           C  
+ATOM  17903  O   THR L  37      14.217  -8.086  67.672  1.00 47.10           O  
+ATOM  17904  CB  THR L  37      11.754  -7.383  68.801  1.00 45.22           C  
+ATOM  17905  OG1 THR L  37      12.327  -7.105  70.085  1.00 48.17           O  
+ATOM  17906  CG2 THR L  37      10.250  -7.169  68.869  1.00 43.62           C  
+ATOM  17907  N   THR L  38      14.129 -10.137  68.586  1.00 46.83           N  
+ATOM  17908  CA  THR L  38      15.573 -10.350  68.525  1.00 47.46           C  
+ATOM  17909  C   THR L  38      15.908 -11.184  67.290  1.00 48.63           C  
+ATOM  17910  O   THR L  38      16.130 -12.393  67.357  1.00 45.93           O  
+ATOM  17911  CB  THR L  38      16.066 -11.005  69.810  1.00 48.29           C  
+ATOM  17912  OG1 THR L  38      15.337 -12.215  70.040  1.00 49.68           O  
+ATOM  17913  CG2 THR L  38      15.851 -10.067  70.986  1.00 48.45           C  
+ATOM  17914  N   VAL L  39      15.949 -10.509  66.142  1.00 49.20           N  
+ATOM  17915  CA  VAL L  39      16.357 -11.106  64.875  1.00 47.27           C  
+ATOM  17916  C   VAL L  39      17.307 -10.143  64.176  1.00 48.90           C  
+ATOM  17917  O   VAL L  39      17.032  -8.941  64.095  1.00 48.78           O  
+ATOM  17918  CB  VAL L  39      15.148 -11.429  63.976  1.00 48.36           C  
+ATOM  17919  CG1 VAL L  39      15.606 -11.821  62.582  1.00 48.30           C  
+ATOM  17920  CG2 VAL L  39      14.328 -12.549  64.585  1.00 50.34           C  
+ATOM  17921  N   ALA L  40      18.417 -10.672  63.672  1.00 48.05           N  
+ATOM  17922  CA  ALA L  40      19.435  -9.904  62.976  1.00 46.96           C  
+ATOM  17923  C   ALA L  40      19.464 -10.282  61.500  1.00 47.67           C  
+ATOM  17924  O   ALA L  40      19.049 -11.372  61.104  1.00 47.70           O  
+ATOM  17925  CB  ALA L  40      20.815 -10.133  63.603  1.00 48.92           C  
+ATOM  17926  N   TRP L  41      19.970  -9.356  60.691  1.00 48.55           N  
+ATOM  17927  CA  TRP L  41      20.090  -9.528  59.251  1.00 47.41           C  
+ATOM  17928  C   TRP L  41      21.517  -9.230  58.819  1.00 49.34           C  
+ATOM  17929  O   TRP L  41      22.045  -8.149  59.113  1.00 51.83           O  
+ATOM  17930  CB  TRP L  41      19.116  -8.619  58.496  1.00 49.25           C  
+ATOM  17931  CG  TRP L  41      17.687  -9.033  58.621  1.00 47.06           C  
+ATOM  17932  CD1 TRP L  41      16.796  -8.636  59.575  1.00 42.39           C  
+ATOM  17933  CD2 TRP L  41      16.984  -9.942  57.768  1.00 46.34           C  
+ATOM  17934  NE1 TRP L  41      15.578  -9.233  59.362  1.00 43.99           N  
+ATOM  17935  CE2 TRP L  41      15.667 -10.040  58.259  1.00 47.25           C  
+ATOM  17936  CE3 TRP L  41      17.337 -10.676  56.632  1.00 43.54           C  
+ATOM  17937  CZ2 TRP L  41      14.704 -10.844  57.654  1.00 48.25           C  
+ATOM  17938  CZ3 TRP L  41      16.381 -11.474  56.033  1.00 47.76           C  
+ATOM  17939  CH2 TRP L  41      15.080 -11.551  56.544  1.00 49.05           C  
+ATOM  17940  N   TYR L  42      22.118 -10.192  58.117  1.00 48.16           N  
+ATOM  17941  CA  TYR L  42      23.474 -10.115  57.593  1.00 55.15           C  
+ATOM  17942  C   TYR L  42      23.456 -10.081  56.069  1.00 47.64           C  
+ATOM  17943  O   TYR L  42      22.560 -10.640  55.428  1.00 48.14           O  
+ATOM  17944  CB  TYR L  42      24.318 -11.314  58.041  1.00 47.75           C  
+ATOM  17945  CG  TYR L  42      24.430 -11.506  59.533  1.00 50.98           C  
+ATOM  17946  CD1 TYR L  42      25.429 -10.874  60.260  1.00 48.33           C  
+ATOM  17947  CD2 TYR L  42      23.549 -12.334  60.214  1.00 50.79           C  
+ATOM  17948  CE1 TYR L  42      25.540 -11.052  61.623  1.00 49.21           C  
+ATOM  17949  CE2 TYR L  42      23.652 -12.518  61.579  1.00 49.01           C  
+ATOM  17950  CZ  TYR L  42      24.650 -11.874  62.278  1.00 49.47           C  
+ATOM  17951  OH  TYR L  42      24.759 -12.052  63.638  1.00 50.49           O  
+ATOM  17952  N   GLN L  43      24.480  -9.448  55.499  1.00 49.73           N  
+ATOM  17953  CA  GLN L  43      24.658  -9.324  54.056  1.00 57.04           C  
+ATOM  17954  C   GLN L  43      26.016  -9.900  53.681  1.00 43.68           C  
+ATOM  17955  O   GLN L  43      27.043  -9.462  54.211  1.00 45.11           O  
+ATOM  17956  CB  GLN L  43      24.556  -7.860  53.622  1.00 42.01           C  
+ATOM  17957  CG  GLN L  43      24.926  -7.595  52.174  1.00 43.79           C  
+ATOM  17958  CD  GLN L  43      25.137  -6.118  51.891  1.00 44.17           C  
+ATOM  17959  OE1 GLN L  43      25.807  -5.419  52.651  1.00 43.94           O  
+ATOM  17960  NE2 GLN L  43      24.558  -5.636  50.797  1.00 44.50           N  
+ATOM  17961  N   GLN L  44      26.028 -10.875  52.771  1.00 43.84           N  
+ATOM  17962  CA  GLN L  44      27.261 -11.504  52.306  1.00 41.52           C  
+ATOM  17963  C   GLN L  44      27.385 -11.289  50.804  1.00 42.16           C  
+ATOM  17964  O   GLN L  44      26.648 -11.901  50.023  1.00 43.13           O  
+ATOM  17965  CB  GLN L  44      27.279 -12.994  52.641  1.00 36.09           C  
+ATOM  17966  CG  GLN L  44      28.557 -13.700  52.221  1.00 39.16           C  
+ATOM  17967  CD  GLN L  44      28.584 -15.157  52.634  1.00 43.89           C  
+ATOM  17968  OE1 GLN L  44      29.625 -15.684  53.025  1.00 45.86           O  
+ATOM  17969  NE2 GLN L  44      27.437 -15.821  52.538  1.00 42.70           N  
+ATOM  17970  N   LYS L  45      28.299 -10.410  50.404  1.00 39.92           N  
+ATOM  17971  CA  LYS L  45      28.557 -10.167  48.995  1.00 41.60           C  
+ATOM  17972  C   LYS L  45      29.489 -11.240  48.434  1.00 43.17           C  
+ATOM  17973  O   LYS L  45      30.144 -11.960  49.192  1.00 40.93           O  
+ATOM  17974  CB  LYS L  45      29.138  -8.767  48.812  1.00 36.21           C  
+ATOM  17975  CG  LYS L  45      28.172  -7.671  49.241  1.00 35.77           C  
+ATOM  17976  CD  LYS L  45      28.678  -6.282  48.896  1.00 32.25           C  
+ATOM  17977  CE  LYS L  45      27.673  -5.223  49.324  1.00 32.25           C  
+ATOM  17978  NZ  LYS L  45      28.059  -3.859  48.868  1.00 35.73           N  
+ATOM  17979  N   PRO L  46      29.550 -11.384  47.108  1.00 43.77           N  
+ATOM  17980  CA  PRO L  46      30.397 -12.432  46.517  1.00 45.84           C  
+ATOM  17981  C   PRO L  46      31.855 -12.302  46.934  1.00 45.29           C  
+ATOM  17982  O   PRO L  46      32.466 -11.238  46.809  1.00 44.69           O  
+ATOM  17983  CB  PRO L  46      30.220 -12.221  45.009  1.00 48.16           C  
+ATOM  17984  CG  PRO L  46      28.893 -11.571  44.877  1.00 49.96           C  
+ATOM  17985  CD  PRO L  46      28.737 -10.699  46.086  1.00 44.95           C  
+ATOM  17986  N   GLY L  47      32.409 -13.406  47.435  1.00 40.57           N  
+ATOM  17987  CA  GLY L  47      33.799 -13.457  47.839  1.00 41.02           C  
+ATOM  17988  C   GLY L  47      34.121 -12.759  49.139  1.00 44.16           C  
+ATOM  17989  O   GLY L  47      35.302 -12.570  49.447  1.00 43.13           O  
+ATOM  17990  N   GLN L  48      33.114 -12.377  49.916  1.00 43.24           N  
+ATOM  17991  CA  GLN L  48      33.310 -11.672  51.172  1.00 40.63           C  
+ATOM  17992  C   GLN L  48      32.664 -12.445  52.315  1.00 46.20           C  
+ATOM  17993  O   GLN L  48      31.945 -13.427  52.112  1.00 47.27           O  
+ATOM  17994  CB  GLN L  48      32.738 -10.251  51.100  1.00 38.05           C  
+ATOM  17995  CG  GLN L  48      33.433  -9.351  50.093  1.00 37.26           C  
+ATOM  17996  CD  GLN L  48      32.884  -7.938  50.103  1.00 38.15           C  
+ATOM  17997  OE1 GLN L  48      32.082  -7.579  50.965  1.00 35.69           O  
+ATOM  17998  NE2 GLN L  48      33.312  -7.129  49.140  1.00 36.81           N  
+ATOM  17999  N   SER L  49      32.934 -11.984  53.530  1.00 47.89           N  
+ATOM  18000  CA  SER L  49      32.340 -12.532  54.737  1.00 48.52           C  
+ATOM  18001  C   SER L  49      30.995 -11.873  55.010  1.00 48.18           C  
+ATOM  18002  O   SER L  49      30.713 -10.783  54.501  1.00 55.53           O  
+ATOM  18003  CB  SER L  49      33.279 -12.318  55.922  1.00 50.57           C  
+ATOM  18004  OG  SER L  49      34.566 -12.847  55.655  1.00 65.23           O  
+ATOM  18005  N   PRO L  50      30.128 -12.519  55.791  1.00 47.43           N  
+ATOM  18006  CA  PRO L  50      28.852 -11.885  56.141  1.00 43.89           C  
+ATOM  18007  C   PRO L  50      29.076 -10.579  56.888  1.00 44.54           C  
+ATOM  18008  O   PRO L  50      29.942 -10.479  57.759  1.00 46.32           O  
+ATOM  18009  CB  PRO L  50      28.165 -12.931  57.025  1.00 44.83           C  
+ATOM  18010  CG  PRO L  50      28.776 -14.227  56.617  1.00 45.18           C  
+ATOM  18011  CD  PRO L  50      30.200 -13.913  56.263  1.00 45.59           C  
+ATOM  18012  N   LYS L  51      28.281  -9.573  56.538  1.00 43.57           N  
+ATOM  18013  CA  LYS L  51      28.342  -8.260  57.167  1.00 43.12           C  
+ATOM  18014  C   LYS L  51      27.048  -8.015  57.929  1.00 47.75           C  
+ATOM  18015  O   LYS L  51      25.961  -8.068  57.343  1.00 49.64           O  
+ATOM  18016  CB  LYS L  51      28.569  -7.164  56.126  1.00 44.79           C  
+ATOM  18017  CG  LYS L  51      28.720  -5.772  56.718  1.00 47.88           C  
+ATOM  18018  CD  LYS L  51      28.608  -4.699  55.646  1.00 45.38           C  
+ATOM  18019  CE  LYS L  51      28.576  -3.309  56.261  1.00 49.81           C  
+ATOM  18020  NZ  LYS L  51      28.327  -2.254  55.240  1.00 45.65           N  
+ATOM  18021  N   LEU L  52      27.168  -7.745  59.226  1.00 48.86           N  
+ATOM  18022  CA  LEU L  52      26.002  -7.445  60.046  1.00 47.09           C  
+ATOM  18023  C   LEU L  52      25.380  -6.127  59.605  1.00 48.10           C  
+ATOM  18024  O   LEU L  52      26.026  -5.076  59.663  1.00 49.30           O  
+ATOM  18025  CB  LEU L  52      26.391  -7.384  61.520  1.00 50.18           C  
+ATOM  18026  CG  LEU L  52      25.290  -6.909  62.471  1.00 50.99           C  
+ATOM  18027  CD1 LEU L  52      24.168  -7.933  62.567  1.00 50.53           C  
+ATOM  18028  CD2 LEU L  52      25.863  -6.604  63.843  1.00 53.78           C  
+ATOM  18029  N   LEU L  53      24.124  -6.182  59.168  1.00 49.34           N  
+ATOM  18030  CA  LEU L  53      23.390  -4.983  58.785  1.00 50.72           C  
+ATOM  18031  C   LEU L  53      22.382  -4.543  59.832  1.00 53.40           C  
+ATOM  18032  O   LEU L  53      22.296  -3.349  60.134  1.00 55.45           O  
+ATOM  18033  CB  LEU L  53      22.657  -5.197  57.457  1.00 51.12           C  
+ATOM  18034  CG  LEU L  53      23.480  -5.283  56.174  1.00 49.33           C  
+ATOM  18035  CD1 LEU L  53      22.552  -5.251  54.969  1.00 49.05           C  
+ATOM  18036  CD2 LEU L  53      24.496  -4.155  56.107  1.00 50.88           C  
+ATOM  18037  N   ILE L  54      21.612  -5.470  60.396  1.00 51.69           N  
+ATOM  18038  CA  ILE L  54      20.529  -5.106  61.306  1.00 51.06           C  
+ATOM  18039  C   ILE L  54      20.539  -6.047  62.501  1.00 49.58           C  
+ATOM  18040  O   ILE L  54      20.841  -7.234  62.360  1.00 49.34           O  
+ATOM  18041  CB  ILE L  54      19.170  -5.134  60.574  1.00 50.74           C  
+ATOM  18042  CG1 ILE L  54      19.036  -3.904  59.679  1.00 50.13           C  
+ATOM  18043  CG2 ILE L  54      18.003  -5.204  61.552  1.00 49.07           C  
+ATOM  18044  CD1 ILE L  54      17.882  -3.979  58.732  1.00 53.75           C  
+ATOM  18045  N   TYR L  55      20.217  -5.516  63.680  1.00 51.06           N  
+ATOM  18046  CA  TYR L  55      20.030  -6.328  64.871  1.00 49.78           C  
+ATOM  18047  C   TYR L  55      18.740  -5.911  65.560  1.00 49.42           C  
+ATOM  18048  O   TYR L  55      18.228  -4.809  65.346  1.00 47.23           O  
+ATOM  18049  CB  TYR L  55      21.202  -6.194  65.851  1.00 48.14           C  
+ATOM  18050  CG  TYR L  55      21.318  -4.829  66.493  1.00 50.60           C  
+ATOM  18051  CD1 TYR L  55      21.996  -3.796  65.861  1.00 51.68           C  
+ATOM  18052  CD2 TYR L  55      20.754  -4.577  67.739  1.00 50.15           C  
+ATOM  18053  CE1 TYR L  55      22.103  -2.547  66.449  1.00 53.53           C  
+ATOM  18054  CE2 TYR L  55      20.856  -3.335  68.334  1.00 49.17           C  
+ATOM  18055  CZ  TYR L  55      21.531  -2.324  67.685  1.00 51.76           C  
+ATOM  18056  OH  TYR L  55      21.634  -1.086  68.276  1.00 51.51           O  
+ATOM  18057  N   SER L  56      18.226  -6.808  66.403  1.00 51.50           N  
+ATOM  18058  CA  SER L  56      16.998  -6.562  67.162  1.00 50.75           C  
+ATOM  18059  C   SER L  56      15.856  -6.126  66.246  1.00 51.33           C  
+ATOM  18060  O   SER L  56      15.131  -5.169  66.532  1.00 55.12           O  
+ATOM  18061  CB  SER L  56      17.237  -5.541  68.277  1.00 49.26           C  
+ATOM  18062  OG  SER L  56      17.955  -6.122  69.353  1.00 49.36           O  
+ATOM  18063  N   ALA L  57      15.728  -6.822  65.114  1.00 48.06           N  
+ATOM  18064  CA  ALA L  57      14.615  -6.705  64.172  1.00 45.95           C  
+ATOM  18065  C   ALA L  57      14.621  -5.404  63.376  1.00 49.04           C  
+ATOM  18066  O   ALA L  57      14.468  -5.433  62.151  1.00 48.13           O  
+ATOM  18067  CB  ALA L  57      13.272  -6.861  64.894  1.00 49.25           C  
+ATOM  18068  N   SER L  65      14.798  -4.260  64.042  1.00 47.81           N  
+ATOM  18069  CA  SER L  65      14.669  -2.974  63.370  1.00 47.21           C  
+ATOM  18070  C   SER L  65      15.834  -2.021  63.598  1.00 48.24           C  
+ATOM  18071  O   SER L  65      15.836  -0.930  63.018  1.00 48.53           O  
+ATOM  18072  CB  SER L  65      13.369  -2.276  63.797  1.00 46.96           C  
+ATOM  18073  OG  SER L  65      13.427  -1.878  65.156  1.00 56.05           O  
+ATOM  18074  N   TYR L  66      16.816  -2.387  64.416  1.00 51.17           N  
+ATOM  18075  CA  TYR L  66      17.927  -1.499  64.730  1.00 54.33           C  
+ATOM  18076  C   TYR L  66      19.051  -1.675  63.717  1.00 54.02           C  
+ATOM  18077  O   TYR L  66      19.491  -2.799  63.454  1.00 51.99           O  
+ATOM  18078  CB  TYR L  66      18.435  -1.764  66.146  1.00 51.10           C  
+ATOM  18079  CG  TYR L  66      17.456  -1.335  67.211  1.00 56.49           C  
+ATOM  18080  CD1 TYR L  66      16.472  -2.204  67.666  1.00 54.88           C  
+ATOM  18081  CD2 TYR L  66      17.505  -0.059  67.753  1.00 59.97           C  
+ATOM  18082  CE1 TYR L  66      15.570  -1.815  68.635  1.00 59.49           C  
+ATOM  18083  CE2 TYR L  66      16.608   0.338  68.721  1.00 63.73           C  
+ATOM  18084  CZ  TYR L  66      15.644  -0.543  69.159  1.00 63.35           C  
+ATOM  18085  OH  TYR L  66      14.750  -0.145  70.123  1.00 63.47           O  
+ATOM  18086  N   ARG L  67      19.508  -0.560  63.150  1.00 53.60           N  
+ATOM  18087  CA  ARG L  67      20.573  -0.574  62.157  1.00 54.52           C  
+ATOM  18088  C   ARG L  67      21.932  -0.541  62.842  1.00 53.77           C  
+ATOM  18089  O   ARG L  67      22.161   0.271  63.744  1.00 54.03           O  
+ATOM  18090  CB  ARG L  67      20.455   0.618  61.207  1.00 58.06           C  
+ATOM  18091  CG  ARG L  67      19.590   0.385  59.985  1.00 60.04           C  
+ATOM  18092  CD  ARG L  67      19.914   1.409  58.906  1.00 64.82           C  
+ATOM  18093  NE  ARG L  67      19.674   2.784  59.334  1.00 72.58           N  
+ATOM  18094  CZ  ARG L  67      18.512   3.416  59.203  1.00 77.43           C  
+ATOM  18095  NH1 ARG L  67      17.475   2.799  58.654  1.00 66.39           N  
+ATOM  18096  NH2 ARG L  67      18.387   4.669  59.621  1.00 88.70           N  
+ATOM  18097  N   TYR L  68      22.827  -1.424  62.410  1.00 52.39           N  
+ATOM  18098  CA  TYR L  68      24.191  -1.409  62.908  1.00 54.45           C  
+ATOM  18099  C   TYR L  68      24.898  -0.135  62.450  1.00 56.61           C  
+ATOM  18100  O   TYR L  68      24.484   0.527  61.495  1.00 59.07           O  
+ATOM  18101  CB  TYR L  68      24.948  -2.650  62.433  1.00 55.29           C  
+ATOM  18102  CG  TYR L  68      26.332  -2.791  63.020  1.00 55.53           C  
+ATOM  18103  CD1 TYR L  68      26.512  -3.156  64.348  1.00 55.25           C  
+ATOM  18104  CD2 TYR L  68      27.461  -2.564  62.245  1.00 57.20           C  
+ATOM  18105  CE1 TYR L  68      27.777  -3.286  64.887  1.00 60.08           C  
+ATOM  18106  CE2 TYR L  68      28.730  -2.692  62.775  1.00 59.59           C  
+ATOM  18107  CZ  TYR L  68      28.882  -3.054  64.096  1.00 58.92           C  
+ATOM  18108  OH  TYR L  68      30.145  -3.182  64.625  1.00 62.85           O  
+ATOM  18109  N   THR L  69      25.967   0.216  63.161  1.00 57.46           N  
+ATOM  18110  CA  THR L  69      26.694   1.443  62.862  1.00 59.11           C  
+ATOM  18111  C   THR L  69      27.238   1.415  61.438  1.00 60.73           C  
+ATOM  18112  O   THR L  69      27.740   0.392  60.965  1.00 64.43           O  
+ATOM  18113  CB  THR L  69      27.839   1.627  63.862  1.00 62.79           C  
+ATOM  18114  OG1 THR L  69      27.317   1.609  65.197  1.00 68.69           O  
+ATOM  18115  CG2 THR L  69      28.556   2.949  63.627  1.00 65.99           C  
+ATOM  18116  N   GLY L  70      27.142   2.556  60.754  1.00 60.06           N  
+ATOM  18117  CA  GLY L  70      27.648   2.690  59.403  1.00 61.67           C  
+ATOM  18118  C   GLY L  70      26.768   2.126  58.310  1.00 61.94           C  
+ATOM  18119  O   GLY L  70      27.127   2.239  57.131  1.00 65.05           O  
+ATOM  18120  N   VAL L  71      25.634   1.530  58.649  1.00 61.96           N  
+ATOM  18121  CA  VAL L  71      24.748   0.951  57.637  1.00 60.03           C  
+ATOM  18122  C   VAL L  71      23.924   2.070  56.999  1.00 60.00           C  
+ATOM  18123  O   VAL L  71      23.413   2.939  57.722  1.00 62.82           O  
+ATOM  18124  CB  VAL L  71      23.846  -0.112  58.260  1.00 59.68           C  
+ATOM  18125  CG1 VAL L  71      22.842  -0.631  57.245  1.00 58.33           C  
+ATOM  18126  CG2 VAL L  71      24.686  -1.256  58.812  1.00 55.30           C  
+ATOM  18127  N   PRO L  72      23.795   2.094  55.672  1.00 62.01           N  
+ATOM  18128  CA  PRO L  72      22.981   3.129  55.022  1.00 61.48           C  
+ATOM  18129  C   PRO L  72      21.530   3.084  55.476  1.00 64.60           C  
+ATOM  18130  O   PRO L  72      21.023   2.059  55.937  1.00 63.25           O  
+ATOM  18131  CB  PRO L  72      23.106   2.795  53.530  1.00 60.31           C  
+ATOM  18132  CG  PRO L  72      24.377   2.030  53.420  1.00 59.16           C  
+ATOM  18133  CD  PRO L  72      24.496   1.246  54.693  1.00 57.94           C  
+ATOM  18134  N   ASP L  74      20.854   4.228  55.332  1.00 68.49           N  
+ATOM  18135  CA  ASP L  74      19.474   4.350  55.790  1.00 68.89           C  
+ATOM  18136  C   ASP L  74      18.502   3.531  54.951  1.00 65.16           C  
+ATOM  18137  O   ASP L  74      17.409   3.211  55.430  1.00 69.64           O  
+ATOM  18138  CB  ASP L  74      19.041   5.818  55.770  1.00 72.27           C  
+ATOM  18139  CG  ASP L  74      20.011   6.725  56.500  1.00 80.33           C  
+ATOM  18140  OD1 ASP L  74      21.189   6.792  56.090  1.00 85.83           O  
+ATOM  18141  OD2 ASP L  74      19.594   7.375  57.481  1.00 88.66           O  
+ATOM  18142  N   ARG L  75      18.868   3.190  53.716  1.00 61.66           N  
+ATOM  18143  CA  ARG L  75      17.985   2.441  52.830  1.00 57.58           C  
+ATOM  18144  C   ARG L  75      17.779   0.994  53.268  1.00 55.51           C  
+ATOM  18145  O   ARG L  75      16.872   0.334  52.747  1.00 53.47           O  
+ATOM  18146  CB  ARG L  75      18.522   2.524  51.399  1.00 57.14           C  
+ATOM  18147  CG  ARG L  75      19.963   2.079  51.237  1.00 57.85           C  
+ATOM  18148  CD  ARG L  75      20.438   2.308  49.811  1.00 58.85           C  
+ATOM  18149  NE  ARG L  75      21.846   1.965  49.640  1.00 60.65           N  
+ATOM  18150  CZ  ARG L  75      22.288   0.734  49.417  1.00 58.19           C  
+ATOM  18151  NH1 ARG L  75      21.425  -0.268  49.336  1.00 56.77           N  
+ATOM  18152  NH2 ARG L  75      23.586   0.505  49.275  1.00 54.82           N  
+ATOM  18153  N   PHE L  76      18.587   0.487  54.196  1.00 53.72           N  
+ATOM  18154  CA  PHE L  76      18.372  -0.833  54.775  1.00 51.98           C  
+ATOM  18155  C   PHE L  76      17.524  -0.694  56.033  1.00 51.68           C  
+ATOM  18156  O   PHE L  76      17.876   0.064  56.942  1.00 55.41           O  
+ATOM  18157  CB  PHE L  76      19.702  -1.510  55.110  1.00 52.22           C  
+ATOM  18158  CG  PHE L  76      20.605  -1.707  53.926  1.00 53.45           C  
+ATOM  18159  CD1 PHE L  76      20.407  -2.768  53.058  1.00 50.68           C  
+ATOM  18160  CD2 PHE L  76      21.659  -0.841  53.687  1.00 56.02           C  
+ATOM  18161  CE1 PHE L  76      21.237  -2.958  51.971  1.00 50.37           C  
+ATOM  18162  CE2 PHE L  76      22.494  -1.025  52.601  1.00 55.93           C  
+ATOM  18163  CZ  PHE L  76      22.283  -2.087  51.743  1.00 53.29           C  
+ATOM  18164  N   THR L  77      16.407  -1.419  56.086  1.00 48.23           N  
+ATOM  18165  CA  THR L  77      15.508  -1.363  57.230  1.00 46.49           C  
+ATOM  18166  C   THR L  77      15.037  -2.769  57.574  1.00 45.54           C  
+ATOM  18167  O   THR L  77      15.178  -3.708  56.788  1.00 43.93           O  
+ATOM  18168  CB  THR L  77      14.295  -0.459  56.963  1.00 47.24           C  
+ATOM  18169  OG1 THR L  77      13.614  -0.904  55.783  1.00 52.44           O  
+ATOM  18170  CG2 THR L  77      14.722   0.993  56.789  1.00 51.50           C  
+ATOM  18171  N   GLY L  78      14.478  -2.905  58.767  1.00 48.90           N  
+ATOM  18172  CA  GLY L  78      13.959  -4.184  59.218  1.00 47.56           C  
+ATOM  18173  C   GLY L  78      12.728  -3.982  60.070  1.00 43.76           C  
+ATOM  18174  O   GLY L  78      12.559  -2.940  60.711  1.00 44.37           O  
+ATOM  18175  N   SER L  79      11.852  -4.983  60.061  1.00 43.85           N  
+ATOM  18176  CA  SER L  79      10.647  -4.943  60.877  1.00 46.39           C  
+ATOM  18177  C   SER L  79      10.247  -6.366  61.236  1.00 49.51           C  
+ATOM  18178  O   SER L  79      10.791  -7.338  60.707  1.00 51.70           O  
+ATOM  18179  CB  SER L  79       9.500  -4.227  60.157  1.00 42.81           C  
+ATOM  18180  OG  SER L  79       8.997  -5.016  59.092  1.00 49.77           O  
+ATOM  18181  N   GLY L  80       9.285  -6.478  62.138  1.00 47.77           N  
+ATOM  18182  CA  GLY L  80       8.717  -7.759  62.513  1.00 50.30           C  
+ATOM  18183  C   GLY L  80       8.862  -8.039  63.997  1.00 50.57           C  
+ATOM  18184  O   GLY L  80       9.541  -7.333  64.740  1.00 49.62           O  
+ATOM  18185  N   SER L  83       8.205  -9.123  64.407  1.00 53.79           N  
+ATOM  18186  CA  SER L  83       8.172  -9.532  65.807  1.00 51.77           C  
+ATOM  18187  C   SER L  83       7.474 -10.879  65.904  1.00 51.84           C  
+ATOM  18188  O   SER L  83       6.680 -11.251  65.036  1.00 53.48           O  
+ATOM  18189  CB  SER L  83       7.460  -8.501  66.692  1.00 49.19           C  
+ATOM  18190  OG  SER L  83       6.095  -8.375  66.335  1.00 57.73           O  
+ATOM  18191  N   GLY L  84       7.779 -11.603  66.977  1.00 49.27           N  
+ATOM  18192  CA  GLY L  84       7.186 -12.907  67.188  1.00 56.40           C  
+ATOM  18193  C   GLY L  84       7.708 -13.951  66.226  1.00 58.88           C  
+ATOM  18194  O   GLY L  84       8.734 -14.587  66.485  1.00 60.34           O  
+ATOM  18195  N   THR L  85       7.010 -14.137  65.107  1.00 56.33           N  
+ATOM  18196  CA  THR L  85       7.367 -15.155  64.130  1.00 58.67           C  
+ATOM  18197  C   THR L  85       7.720 -14.597  62.760  1.00 60.88           C  
+ATOM  18198  O   THR L  85       8.489 -15.231  62.036  1.00 59.96           O  
+ATOM  18199  CB  THR L  85       6.219 -16.163  63.960  1.00 61.85           C  
+ATOM  18200  OG1 THR L  85       4.966 -15.506  64.188  1.00 66.43           O  
+ATOM  18201  CG2 THR L  85       6.366 -17.301  64.958  1.00 58.09           C  
+ATOM  18202  N   ASP L  86       7.186 -13.438  62.384  1.00 59.43           N  
+ATOM  18203  CA  ASP L  86       7.370 -12.877  61.053  1.00 56.76           C  
+ATOM  18204  C   ASP L  86       8.305 -11.677  61.116  1.00 54.87           C  
+ATOM  18205  O   ASP L  86       8.146 -10.806  61.982  1.00 56.30           O  
+ATOM  18206  CB  ASP L  86       6.024 -12.466  60.452  1.00 65.84           C  
+ATOM  18207  CG  ASP L  86       5.017 -13.600  60.446  1.00 70.45           C  
+ATOM  18208  OD1 ASP L  86       5.438 -14.769  60.317  1.00 69.29           O  
+ATOM  18209  OD2 ASP L  86       3.806 -13.324  60.576  1.00 74.61           O  
+ATOM  18210  N   PHE L  87       9.269 -11.630  60.191  1.00 53.44           N  
+ATOM  18211  CA  PHE L  87      10.219 -10.531  60.103  1.00 52.24           C  
+ATOM  18212  C   PHE L  87      10.503 -10.237  58.637  1.00 51.51           C  
+ATOM  18213  O   PHE L  87      10.400 -11.121  57.783  1.00 50.17           O  
+ATOM  18214  CB  PHE L  87      11.524 -10.852  60.846  1.00 51.16           C  
+ATOM  18215  CG  PHE L  87      11.321 -11.231  62.286  1.00 52.94           C  
+ATOM  18216  CD1 PHE L  87      11.048 -12.542  62.642  1.00 52.29           C  
+ATOM  18217  CD2 PHE L  87      11.398 -10.274  63.283  1.00 51.85           C  
+ATOM  18218  CE1 PHE L  87      10.854 -12.890  63.962  1.00 51.94           C  
+ATOM  18219  CE2 PHE L  87      11.211 -10.617  64.605  1.00 49.97           C  
+ATOM  18220  CZ  PHE L  87      10.934 -11.926  64.945  1.00 52.14           C  
+ATOM  18221  N   THR L  88      10.862  -8.987  58.349  1.00 49.05           N  
+ATOM  18222  CA  THR L  88      11.052  -8.536  56.974  1.00 47.80           C  
+ATOM  18223  C   THR L  88      12.204  -7.545  56.904  1.00 47.54           C  
+ATOM  18224  O   THR L  88      12.202  -6.532  57.612  1.00 44.60           O  
+ATOM  18225  CB  THR L  88       9.774  -7.902  56.415  1.00 51.49           C  
+ATOM  18226  OG1 THR L  88       8.705  -8.855  56.463  1.00 59.17           O  
+ATOM  18227  CG2 THR L  88       9.988  -7.469  54.973  1.00 52.67           C  
+ATOM  18228  N   PHE L  89      13.180  -7.849  56.052  1.00 48.45           N  
+ATOM  18229  CA  PHE L  89      14.299  -6.965  55.749  1.00 47.01           C  
+ATOM  18230  C   PHE L  89      14.021  -6.272  54.423  1.00 44.32           C  
+ATOM  18231  O   PHE L  89      13.620  -6.922  53.454  1.00 48.61           O  
+ATOM  18232  CB  PHE L  89      15.603  -7.764  55.685  1.00 45.14           C  
+ATOM  18233  CG  PHE L  89      16.751  -7.028  55.056  1.00 45.10           C  
+ATOM  18234  CD1 PHE L  89      17.576  -6.221  55.823  1.00 46.08           C  
+ATOM  18235  CD2 PHE L  89      17.032  -7.175  53.706  1.00 46.34           C  
+ATOM  18236  CE1 PHE L  89      18.641  -5.553  55.250  1.00 46.25           C  
+ATOM  18237  CE2 PHE L  89      18.095  -6.509  53.128  1.00 44.91           C  
+ATOM  18238  CZ  PHE L  89      18.901  -5.698  53.900  1.00 46.82           C  
+ATOM  18239  N   THR L  90      14.235  -4.960  54.370  1.00 42.12           N  
+ATOM  18240  CA  THR L  90      13.797  -4.171  53.226  1.00 46.50           C  
+ATOM  18241  C   THR L  90      14.901  -3.239  52.750  1.00 50.22           C  
+ATOM  18242  O   THR L  90      15.532  -2.545  53.555  1.00 49.80           O  
+ATOM  18243  CB  THR L  90      12.538  -3.364  53.572  1.00 43.58           C  
+ATOM  18244  OG1 THR L  90      11.457  -4.263  53.847  1.00 50.63           O  
+ATOM  18245  CG2 THR L  90      12.143  -2.455  52.418  1.00 47.39           C  
+ATOM  18246  N   ILE L  91      15.125  -3.231  51.439  1.00 46.88           N  
+ATOM  18247  CA  ILE L  91      15.952  -2.236  50.767  1.00 48.11           C  
+ATOM  18248  C   ILE L  91      15.014  -1.308  50.006  1.00 48.09           C  
+ATOM  18249  O   ILE L  91      14.253  -1.757  49.138  1.00 52.60           O  
+ATOM  18250  CB  ILE L  91      16.980  -2.884  49.827  1.00 48.02           C  
+ATOM  18251  CG1 ILE L  91      17.802  -3.933  50.578  1.00 45.65           C  
+ATOM  18252  CG2 ILE L  91      17.883  -1.825  49.211  1.00 45.29           C  
+ATOM  18253  CD1 ILE L  91      18.767  -4.698  49.697  1.00 44.73           C  
+ATOM  18254  N   SER L  92      15.066  -0.015  50.338  1.00 46.85           N  
+ATOM  18255  CA  SER L  92      14.135   0.953  49.767  1.00 52.28           C  
+ATOM  18256  C   SER L  92      14.511   1.367  48.350  1.00 56.27           C  
+ATOM  18257  O   SER L  92      13.626   1.677  47.547  1.00 60.68           O  
+ATOM  18258  CB  SER L  92      14.049   2.188  50.665  1.00 49.72           C  
+ATOM  18259  OG  SER L  92      15.269   2.907  50.655  1.00 52.86           O  
+ATOM  18260  N   SER L  93      15.803   1.414  48.029  1.00 51.19           N  
+ATOM  18261  CA  SER L  93      16.254   1.799  46.688  1.00 49.85           C  
+ATOM  18262  C   SER L  93      17.494   0.963  46.376  1.00 51.51           C  
+ATOM  18263  O   SER L  93      18.618   1.352  46.707  1.00 55.50           O  
+ATOM  18264  CB  SER L  93      16.533   3.293  46.600  1.00 51.86           C  
+ATOM  18265  OG  SER L  93      16.884   3.668  45.280  1.00 57.01           O  
+ATOM  18266  N   VAL L  94      17.276  -0.192  45.742  1.00 46.16           N  
+ATOM  18267  CA  VAL L  94      18.369  -1.112  45.455  1.00 45.87           C  
+ATOM  18268  C   VAL L  94      19.389  -0.449  44.542  1.00 52.12           C  
+ATOM  18269  O   VAL L  94      19.037   0.290  43.613  1.00 52.78           O  
+ATOM  18270  CB  VAL L  94      17.815  -2.404  44.831  1.00 45.66           C  
+ATOM  18271  CG1 VAL L  94      18.942  -3.338  44.421  1.00 47.32           C  
+ATOM  18272  CG2 VAL L  94      16.890  -3.096  45.807  1.00 49.39           C  
+ATOM  18273  N   GLN L  95      20.668  -0.709  44.804  1.00 52.04           N  
+ATOM  18274  CA  GLN L  95      21.743  -0.195  43.973  1.00 51.35           C  
+ATOM  18275  C   GLN L  95      22.524  -1.379  43.420  1.00 53.32           C  
+ATOM  18276  O   GLN L  95      22.367  -2.516  43.874  1.00 52.47           O  
+ATOM  18277  CB  GLN L  95      22.679   0.732  44.759  1.00 54.21           C  
+ATOM  18278  CG  GLN L  95      21.969   1.925  45.385  1.00 55.88           C  
+ATOM  18279  CD  GLN L  95      22.900   2.798  46.202  1.00 60.86           C  
+ATOM  18280  OE1 GLN L  95      24.122   2.655  46.134  1.00 69.49           O  
+ATOM  18281  NE2 GLN L  95      22.321   3.664  47.034  1.00 57.85           N  
+ATOM  18282  N   ALA L  96      23.357  -1.098  42.415  1.00 53.09           N  
+ATOM  18283  CA  ALA L  96      24.076  -2.159  41.716  1.00 53.03           C  
+ATOM  18284  C   ALA L  96      24.899  -3.018  42.673  1.00 53.51           C  
+ATOM  18285  O   ALA L  96      24.928  -4.248  42.545  1.00 52.14           O  
+ATOM  18286  CB  ALA L  96      24.965  -1.553  40.630  1.00 55.12           C  
+ATOM  18287  N   GLU L  97      25.580  -2.392  43.633  1.00 53.37           N  
+ATOM  18288  CA  GLU L  97      26.441  -3.132  44.550  1.00 55.65           C  
+ATOM  18289  C   GLU L  97      25.667  -3.942  45.582  1.00 54.16           C  
+ATOM  18290  O   GLU L  97      26.286  -4.712  46.325  1.00 50.59           O  
+ATOM  18291  CB  GLU L  97      27.392  -2.171  45.267  1.00 55.71           C  
+ATOM  18292  CG  GLU L  97      26.692  -1.083  46.067  1.00 59.20           C  
+ATOM  18293  CD  GLU L  97      26.443   0.174  45.255  1.00 66.80           C  
+ATOM  18294  OE1 GLU L  97      26.417   0.087  44.008  1.00 62.97           O  
+ATOM  18295  OE2 GLU L  97      26.274   1.251  45.864  1.00 78.18           O  
+ATOM  18296  N   ASP L  98      24.343  -3.796  45.649  1.00 52.08           N  
+ATOM  18297  CA  ASP L  98      23.557  -4.473  46.673  1.00 48.60           C  
+ATOM  18298  C   ASP L  98      23.347  -5.957  46.405  1.00 47.91           C  
+ATOM  18299  O   ASP L  98      22.774  -6.642  47.260  1.00 46.28           O  
+ATOM  18300  CB  ASP L  98      22.193  -3.796  46.819  1.00 49.73           C  
+ATOM  18301  CG  ASP L  98      22.292  -2.413  47.420  1.00 52.84           C  
+ATOM  18302  OD1 ASP L  98      23.267  -2.153  48.157  1.00 56.19           O  
+ATOM  18303  OD2 ASP L  98      21.395  -1.584  47.159  1.00 50.60           O  
+ATOM  18304  N   LEU L  99      23.777  -6.472  45.254  1.00 46.32           N  
+ATOM  18305  CA  LEU L  99      23.643  -7.900  44.996  1.00 45.93           C  
+ATOM  18306  C   LEU L  99      24.483  -8.695  45.989  1.00 45.71           C  
+ATOM  18307  O   LEU L  99      25.688  -8.462  46.133  1.00 45.50           O  
+ATOM  18308  CB  LEU L  99      24.032  -8.228  43.550  1.00 44.83           C  
+ATOM  18309  CG  LEU L  99      25.461  -8.056  43.032  1.00 49.86           C  
+ATOM  18310  CD1 LEU L  99      26.229  -9.369  43.111  1.00 45.30           C  
+ATOM  18311  CD2 LEU L  99      25.436  -7.532  41.606  1.00 54.38           C  
+ATOM  18312  N   ALA L 100      23.833  -9.633  46.678  1.00 43.70           N  
+ATOM  18313  CA  ALA L 100      24.450 -10.411  47.746  1.00 42.30           C  
+ATOM  18314  C   ALA L 100      23.460 -11.438  48.274  1.00 42.14           C  
+ATOM  18315  O   ALA L 100      22.300 -11.459  47.851  1.00 43.97           O  
+ATOM  18316  CB  ALA L 100      24.917  -9.500  48.885  1.00 43.63           C  
+ATOM  18317  N   VAL L 101      23.887 -12.277  49.211  1.00 41.89           N  
+ATOM  18318  CA  VAL L 101      22.988 -13.190  49.903  1.00 43.29           C  
+ATOM  18319  C   VAL L 101      22.670 -12.598  51.268  1.00 43.74           C  
+ATOM  18320  O   VAL L 101      23.579 -12.249  52.032  1.00 42.03           O  
+ATOM  18321  CB  VAL L 101      23.601 -14.594  50.035  1.00 44.05           C  
+ATOM  18322  CG1 VAL L 101      22.580 -15.560  50.615  1.00 45.69           C  
+ATOM  18323  CG2 VAL L 101      24.097 -15.084  48.686  1.00 43.73           C  
+ATOM  18324  N   TYR L 102      21.383 -12.471  51.569  1.00 44.35           N  
+ATOM  18325  CA  TYR L 102      20.921 -11.879  52.815  1.00 48.30           C  
+ATOM  18326  C   TYR L 102      20.396 -12.976  53.730  1.00 47.59           C  
+ATOM  18327  O   TYR L 102      19.553 -13.785  53.321  1.00 46.46           O  
+ATOM  18328  CB  TYR L 102      19.844 -10.825  52.552  1.00 45.40           C  
+ATOM  18329  CG  TYR L 102      20.370  -9.614  51.813  1.00 44.16           C  
+ATOM  18330  CD1 TYR L 102      20.867  -8.517  52.504  1.00 44.27           C  
+ATOM  18331  CD2 TYR L 102      20.381  -9.574  50.425  1.00 42.28           C  
+ATOM  18332  CE1 TYR L 102      21.353  -7.410  51.834  1.00 44.03           C  
+ATOM  18333  CE2 TYR L 102      20.866  -8.471  49.746  1.00 43.78           C  
+ATOM  18334  CZ  TYR L 102      21.351  -7.392  50.455  1.00 44.00           C  
+ATOM  18335  OH  TYR L 102      21.834  -6.292  49.784  1.00 47.49           O  
+ATOM  18336  N   TYR L 103      20.915 -13.011  54.955  1.00 58.24           N  
+ATOM  18337  CA  TYR L 103      20.563 -14.025  55.937  1.00 46.05           C  
+ATOM  18338  C   TYR L 103      19.850 -13.388  57.122  1.00 50.52           C  
+ATOM  18339  O   TYR L 103      20.184 -12.271  57.530  1.00 48.31           O  
+ATOM  18340  CB  TYR L 103      21.805 -14.765  56.447  1.00 46.51           C  
+ATOM  18341  CG  TYR L 103      22.574 -15.539  55.401  1.00 50.44           C  
+ATOM  18342  CD1 TYR L 103      23.553 -14.924  54.632  1.00 50.12           C  
+ATOM  18343  CD2 TYR L 103      22.336 -16.892  55.198  1.00 52.17           C  
+ATOM  18344  CE1 TYR L 103      24.266 -15.633  53.683  1.00 47.21           C  
+ATOM  18345  CE2 TYR L 103      23.043 -17.609  54.249  1.00 50.97           C  
+ATOM  18346  CZ  TYR L 103      24.005 -16.974  53.495  1.00 48.75           C  
+ATOM  18347  OH  TYR L 103      24.711 -17.682  52.551  1.00 59.05           O  
+ATOM  18348  N   CYS L 104      18.876 -14.104  57.674  1.00 46.99           N  
+ATOM  18349  CA  CYS L 104      18.297 -13.769  58.966  1.00 47.11           C  
+ATOM  18350  C   CYS L 104      18.809 -14.755  60.006  1.00 47.73           C  
+ATOM  18351  O   CYS L 104      18.998 -15.940  59.714  1.00 43.68           O  
+ATOM  18352  CB  CYS L 104      16.762 -13.782  58.932  1.00 49.72           C  
+ATOM  18353  SG  CYS L 104      15.991 -15.364  58.505  1.00 52.84           S  
+ATOM  18354  N   GLN L 105      19.045 -14.253  61.214  1.00 49.18           N  
+ATOM  18355  CA  GLN L 105      19.535 -15.061  62.320  1.00 49.43           C  
+ATOM  18356  C   GLN L 105      18.751 -14.698  63.568  1.00 48.87           C  
+ATOM  18357  O   GLN L 105      18.640 -13.518  63.909  1.00 49.40           O  
+ATOM  18358  CB  GLN L 105      21.034 -14.834  62.557  1.00 50.22           C  
+ATOM  18359  CG  GLN L 105      21.615 -15.636  63.715  1.00 49.32           C  
+ATOM  18360  CD  GLN L 105      22.286 -14.758  64.757  1.00 51.24           C  
+ATOM  18361  OE1 GLN L 105      22.895 -13.740  64.430  1.00 51.33           O  
+ATOM  18362  NE2 GLN L 105      22.177 -15.152  66.022  1.00 52.19           N  
+ATOM  18363  N   GLN L 106      18.210 -15.701  64.248  1.00 49.65           N  
+ATOM  18364  CA  GLN L 106      17.559 -15.453  65.526  1.00 48.04           C  
+ATOM  18365  C   GLN L 106      18.626 -15.356  66.611  1.00 50.90           C  
+ATOM  18366  O   GLN L 106      19.378 -16.307  66.846  1.00 50.64           O  
+ATOM  18367  CB  GLN L 106      16.521 -16.536  65.833  1.00 45.55           C  
+ATOM  18368  CG  GLN L 106      17.042 -17.956  66.015  1.00 46.69           C  
+ATOM  18369  CD  GLN L 106      17.352 -18.285  67.466  1.00 51.02           C  
+ATOM  18370  OE1 GLN L 106      17.083 -17.489  68.367  1.00 45.24           O  
+ATOM  18371  NE2 GLN L 106      17.929 -19.459  67.696  1.00 50.02           N  
+ATOM  18372  N   HIS L 107      18.748 -14.182  67.214  1.00 53.04           N  
+ATOM  18373  CA  HIS L 107      19.618 -14.017  68.377  1.00 54.31           C  
+ATOM  18374  C   HIS L 107      18.796 -13.956  69.657  1.00 55.09           C  
+ATOM  18375  O   HIS L 107      18.916 -13.044  70.469  1.00 55.50           O  
+ATOM  18376  CB  HIS L 107      20.516 -12.792  68.210  1.00 57.43           C  
+ATOM  18377  CG  HIS L 107      19.783 -11.489  68.116  1.00 53.23           C  
+ATOM  18378  ND1 HIS L 107      19.646 -10.633  69.187  1.00 57.30           N  
+ATOM  18379  CD2 HIS L 107      19.181 -10.879  67.068  1.00 51.77           C  
+ATOM  18380  CE1 HIS L 107      18.976  -9.559  68.807  1.00 53.85           C  
+ATOM  18381  NE2 HIS L 107      18.681  -9.684  67.526  1.00 51.08           N  
+ATOM  18382  N   TYR L 108      17.934 -14.959  69.827  1.00 53.36           N  
+ATOM  18383  CA  TYR L 108      17.005 -15.053  70.946  1.00 53.04           C  
+ATOM  18384  C   TYR L 108      17.385 -16.141  71.939  1.00 50.93           C  
+ATOM  18385  O   TYR L 108      17.345 -15.912  73.151  1.00 53.34           O  
+ATOM  18386  CB  TYR L 108      15.582 -15.300  70.420  1.00 53.47           C  
+ATOM  18387  CG  TYR L 108      14.523 -15.439  71.494  1.00 52.04           C  
+ATOM  18388  CD1 TYR L 108      13.958 -14.318  72.089  1.00 50.25           C  
+ATOM  18389  CD2 TYR L 108      14.074 -16.691  71.899  1.00 51.14           C  
+ATOM  18390  CE1 TYR L 108      12.986 -14.438  73.066  1.00 50.94           C  
+ATOM  18391  CE2 TYR L 108      13.102 -16.821  72.876  1.00 52.00           C  
+ATOM  18392  CZ  TYR L 108      12.562 -15.691  73.455  1.00 53.32           C  
+ATOM  18393  OH  TYR L 108      11.594 -15.815  74.427  1.00 49.51           O  
+ATOM  18394  N   SER L 109      17.746 -17.330  71.459  1.00 52.40           N  
+ATOM  18395  CA  SER L 109      18.069 -18.443  72.340  1.00 54.55           C  
+ATOM  18396  C   SER L 109      19.171 -19.286  71.709  1.00 56.23           C  
+ATOM  18397  O   SER L 109      19.629 -19.020  70.594  1.00 57.10           O  
+ATOM  18398  CB  SER L 109      16.825 -19.288  72.633  1.00 54.55           C  
+ATOM  18399  OG  SER L 109      16.344 -19.911  71.455  1.00 55.31           O  
+ATOM  18400  N   ILE L 114      19.590 -20.315  72.441  1.00 55.82           N  
+ATOM  18401  CA  ILE L 114      20.626 -21.250  72.006  1.00 54.70           C  
+ATOM  18402  C   ILE L 114      19.944 -22.570  71.661  1.00 54.38           C  
+ATOM  18403  O   ILE L 114      19.029 -22.994  72.381  1.00 58.21           O  
+ATOM  18404  CB  ILE L 114      21.708 -21.422  73.088  1.00 56.69           C  
+ATOM  18405  CG1 ILE L 114      22.598 -20.182  73.151  1.00 56.51           C  
+ATOM  18406  CG2 ILE L 114      22.561 -22.662  72.855  1.00 56.75           C  
+ATOM  18407  CD1 ILE L 114      23.693 -20.263  74.186  1.00 58.03           C  
+ATOM  18408  N   PRO L 115      20.341 -23.256  70.577  1.00 57.32           N  
+ATOM  18409  CA  PRO L 115      21.412 -22.896  69.638  1.00 56.83           C  
+ATOM  18410  C   PRO L 115      21.066 -21.746  68.701  1.00 54.44           C  
+ATOM  18411  O   PRO L 115      19.906 -21.566  68.332  1.00 52.04           O  
+ATOM  18412  CB  PRO L 115      21.614 -24.181  68.839  1.00 63.99           C  
+ATOM  18413  CG  PRO L 115      20.284 -24.840  68.870  1.00 70.64           C  
+ATOM  18414  CD  PRO L 115      19.705 -24.535  70.216  1.00 64.25           C  
+ATOM  18415  N   ARG L 116      22.085 -20.980  68.321  1.00 54.42           N  
+ATOM  18416  CA  ARG L 116      21.897 -19.905  67.359  1.00 52.65           C  
+ATOM  18417  C   ARG L 116      21.672 -20.499  65.975  1.00 50.25           C  
+ATOM  18418  O   ARG L 116      22.442 -21.350  65.521  1.00 51.99           O  
+ATOM  18419  CB  ARG L 116      23.113 -18.984  67.352  1.00 51.99           C  
+ATOM  18420  CG  ARG L 116      23.626 -18.639  68.738  1.00 58.09           C  
+ATOM  18421  CD  ARG L 116      23.254 -17.224  69.131  1.00 62.66           C  
+ATOM  18422  NE  ARG L 116      22.373 -17.193  70.294  1.00 66.19           N  
+ATOM  18423  CZ  ARG L 116      22.798 -17.195  71.553  1.00 71.58           C  
+ATOM  18424  NH1 ARG L 116      24.098 -17.228  71.817  1.00 75.09           N  
+ATOM  18425  NH2 ARG L 116      21.924 -17.149  72.548  1.00 64.59           N  
+ATOM  18426  N   THR L 117      20.610 -20.063  65.307  1.00 45.43           N  
+ATOM  18427  CA  THR L 117      20.247 -20.608  64.008  1.00 47.31           C  
+ATOM  18428  C   THR L 117      20.062 -19.482  63.003  1.00 48.29           C  
+ATOM  18429  O   THR L 117      19.485 -18.438  63.322  1.00 44.79           O  
+ATOM  18430  CB  THR L 117      18.971 -21.451  64.090  1.00 46.72           C  
+ATOM  18431  OG1 THR L 117      17.919 -20.678  64.679  1.00 50.32           O  
+ATOM  18432  CG2 THR L 117      19.209 -22.700  64.925  1.00 49.96           C  
+ATOM  18433  N   PHE L 118      20.553 -19.708  61.789  1.00 50.64           N  
+ATOM  18434  CA  PHE L 118      20.422 -18.766  60.689  1.00 48.84           C  
+ATOM  18435  C   PHE L 118      19.292 -19.197  59.762  1.00 47.77           C  
+ATOM  18436  O   PHE L 118      18.736 -20.292  59.876  1.00 51.05           O  
+ATOM  18437  CB  PHE L 118      21.732 -18.666  59.899  1.00 47.90           C  
+ATOM  18438  CG  PHE L 118      22.854 -18.012  60.651  1.00 50.14           C  
+ATOM  18439  CD1 PHE L 118      23.617 -18.734  61.553  1.00 49.58           C  
+ATOM  18440  CD2 PHE L 118      23.157 -16.676  60.442  1.00 50.52           C  
+ATOM  18441  CE1 PHE L 118      24.654 -18.133  62.241  1.00 48.45           C  
+ATOM  18442  CE2 PHE L 118      24.192 -16.070  61.128  1.00 47.24           C  
+ATOM  18443  CZ  PHE L 118      24.941 -16.799  62.027  1.00 45.06           C  
+ATOM  18444  N   GLY L 119      18.953 -18.309  58.832  1.00 50.20           N  
+ATOM  18445  CA  GLY L 119      18.045 -18.663  57.764  1.00 52.39           C  
+ATOM  18446  C   GLY L 119      18.775 -19.285  56.588  1.00 52.22           C  
+ATOM  18447  O   GLY L 119      20.003 -19.357  56.552  1.00 56.13           O  
+ATOM  18448  N   GLY L 120      17.993 -19.743  55.610  1.00 52.90           N  
+ATOM  18449  CA  GLY L 120      18.582 -20.338  54.424  1.00 65.13           C  
+ATOM  18450  C   GLY L 120      19.310 -19.349  53.539  1.00 50.42           C  
+ATOM  18451  O   GLY L 120      20.200 -19.748  52.782  1.00 53.54           O  
+ATOM  18452  N   GLY L 121      18.956 -18.074  53.621  1.00 46.94           N  
+ATOM  18453  CA  GLY L 121      19.553 -17.047  52.798  1.00 44.99           C  
+ATOM  18454  C   GLY L 121      18.713 -16.744  51.568  1.00 49.48           C  
+ATOM  18455  O   GLY L 121      17.939 -17.571  51.080  1.00 50.05           O  
+ATOM  18456  N   THR L 122      18.878 -15.527  51.057  1.00 48.49           N  
+ATOM  18457  CA  THR L 122      18.170 -15.091  49.856  1.00 48.90           C  
+ATOM  18458  C   THR L 122      19.152 -14.319  48.987  1.00 45.96           C  
+ATOM  18459  O   THR L 122      19.636 -13.259  49.394  1.00 43.83           O  
+ATOM  18460  CB  THR L 122      16.954 -14.230  50.202  1.00 47.23           C  
+ATOM  18461  OG1 THR L 122      16.056 -14.980  51.029  1.00 48.19           O  
+ATOM  18462  CG2 THR L 122      16.228 -13.800  48.935  1.00 47.48           C  
+ATOM  18463  N   LYS L 123      19.478 -14.870  47.820  1.00 43.15           N  
+ATOM  18464  CA  LYS L 123      20.347 -14.186  46.870  1.00 45.00           C  
+ATOM  18465  C   LYS L 123      19.543 -13.133  46.119  1.00 46.08           C  
+ATOM  18466  O   LYS L 123      18.513 -13.447  45.512  1.00 49.04           O  
+ATOM  18467  CB  LYS L 123      20.975 -15.179  45.894  1.00 50.06           C  
+ATOM  18468  CG  LYS L 123      21.919 -14.530  44.888  1.00 54.52           C  
+ATOM  18469  CD  LYS L 123      22.337 -15.501  43.794  1.00 59.31           C  
+ATOM  18470  CE  LYS L 123      23.421 -16.450  44.274  1.00 66.49           C  
+ATOM  18471  NZ  LYS L 123      24.700 -15.734  44.539  1.00 70.44           N  
+ATOM  18472  N   LEU L 124      20.012 -11.891  46.152  1.00 42.98           N  
+ATOM  18473  CA  LEU L 124      19.333 -10.779  45.498  1.00 44.08           C  
+ATOM  18474  C   LEU L 124      20.031 -10.545  44.164  1.00 47.92           C  
+ATOM  18475  O   LEU L 124      21.103  -9.939  44.107  1.00 47.98           O  
+ATOM  18476  CB  LEU L 124      19.361  -9.534  46.378  1.00 43.29           C  
+ATOM  18477  CG  LEU L 124      18.682  -8.285  45.817  1.00 45.11           C  
+ATOM  18478  CD1 LEU L 124      17.202  -8.546  45.611  1.00 46.54           C  
+ATOM  18479  CD2 LEU L 124      18.898  -7.097  46.741  1.00 44.82           C  
+ATOM  18480  N   GLU L 125      19.415 -11.032  43.092  1.00 51.07           N  
+ATOM  18481  CA  GLU L 125      19.910 -10.824  41.740  1.00 51.45           C  
+ATOM  18482  C   GLU L 125      19.329  -9.539  41.162  1.00 50.67           C  
+ATOM  18483  O   GLU L 125      18.219  -9.126  41.507  1.00 51.48           O  
+ATOM  18484  CB  GLU L 125      19.556 -12.025  40.863  1.00 56.02           C  
+ATOM  18485  CG  GLU L 125      20.109 -13.334  41.413  1.00 65.49           C  
+ATOM  18486  CD  GLU L 125      19.456 -14.560  40.804  1.00 86.81           C  
+ATOM  18487  OE1 GLU L 125      18.440 -14.404  40.095  1.00 95.79           O  
+ATOM  18488  OE2 GLU L 125      19.945 -15.682  41.057  1.00 94.73           O  
+ATOM  18489  N   ILE L 126      20.097  -8.905  40.281  1.00 47.90           N  
+ATOM  18490  CA  ILE L 126      19.715  -7.641  39.665  1.00 48.62           C  
+ATOM  18491  C   ILE L 126      19.344  -7.877  38.208  1.00 50.17           C  
+ATOM  18492  O   ILE L 126      20.101  -8.508  37.460  1.00 52.55           O  
+ATOM  18493  CB  ILE L 126      20.841  -6.601  39.786  1.00 47.05           C  
+ATOM  18494  CG1 ILE L 126      21.007  -6.181  41.246  1.00 48.07           C  
+ATOM  18495  CG2 ILE L 126      20.562  -5.395  38.907  1.00 45.33           C  
+ATOM  18496  CD1 ILE L 126      22.101  -5.177  41.463  1.00 51.55           C  
+ATOM  18497  N   LYS L 127      18.180  -7.370  37.812  1.00 48.18           N  
+ATOM  18498  CA  LYS L 127      17.717  -7.425  36.435  1.00 50.96           C  
+ATOM  18499  C   LYS L 127      18.066  -6.117  35.737  1.00 49.95           C  
+ATOM  18500  O   LYS L 127      17.896  -5.034  36.306  1.00 46.61           O  
+ATOM  18501  CB  LYS L 127      16.207  -7.671  36.375  1.00 51.47           C  
+ATOM  18502  CG  LYS L 127      15.643  -7.794  34.969  1.00 57.18           C  
+ATOM  18503  CD  LYS L 127      16.006  -9.129  34.337  1.00 58.42           C  
+ATOM  18504  CE  LYS L 127      15.372  -9.282  32.962  1.00 56.81           C  
+ATOM  18505  NZ  LYS L 127      15.745 -10.573  32.317  1.00 58.23           N  
+ATOM  18506  N   ARG L 128      18.557  -6.220  34.505  1.00 51.59           N  
+ATOM  18507  CA  ARG L 128      18.960  -5.047  33.744  1.00 50.42           C  
+ATOM  18508  C   ARG L 128      18.673  -5.292  32.269  1.00 47.28           C  
+ATOM  18509  O   ARG L 128      18.186  -6.357  31.878  1.00 49.01           O  
+ATOM  18510  CB  ARG L 128      20.438  -4.719  33.969  1.00 47.74           C  
+ATOM  18511  CG  ARG L 128      21.375  -5.888  33.725  1.00 50.56           C  
+ATOM  18512  CD  ARG L 128      22.702  -5.397  33.181  1.00 50.22           C  
+ATOM  18513  NE  ARG L 128      22.536  -4.773  31.872  1.00 47.10           N  
+ATOM  18514  CZ  ARG L 128      23.464  -4.038  31.270  1.00 47.23           C  
+ATOM  18515  NH1 ARG L 128      24.629  -3.824  31.864  1.00 50.24           N  
+ATOM  18516  NH2 ARG L 128      23.224  -3.511  30.077  1.00 42.55           N  
+ATOM  18517  N   THR L 129      18.979  -4.289  31.450  1.00 45.60           N  
+ATOM  18518  CA  THR L 129      18.764  -4.399  30.017  1.00 46.40           C  
+ATOM  18519  C   THR L 129      19.684  -5.456  29.414  1.00 47.44           C  
+ATOM  18520  O   THR L 129      20.715  -5.826  29.985  1.00 50.22           O  
+ATOM  18521  CB  THR L 129      19.001  -3.055  29.328  1.00 44.79           C  
+ATOM  18522  OG1 THR L 129      20.337  -2.611  29.592  1.00 44.95           O  
+ATOM  18523  CG2 THR L 129      18.015  -2.015  29.836  1.00 43.64           C  
+ATOM  18524  N   VAL L 130      19.290  -5.947  28.238  1.00 46.78           N  
+ATOM  18525  CA  VAL L 130      20.078  -6.965  27.557  1.00 45.01           C  
+ATOM  18526  C   VAL L 130      21.428  -6.394  27.146  1.00 47.11           C  
+ATOM  18527  O   VAL L 130      21.538  -5.234  26.728  1.00 47.82           O  
+ATOM  18528  CB  VAL L 130      19.308  -7.507  26.342  1.00 48.12           C  
+ATOM  18529  CG1 VAL L 130      20.088  -8.618  25.679  1.00 49.04           C  
+ATOM  18530  CG2 VAL L 130      17.932  -7.997  26.763  1.00 55.70           C  
+ATOM  18531  N   ALA L 131      22.467  -7.216  27.270  1.00 45.78           N  
+ATOM  18532  CA  ALA L 131      23.816  -6.849  26.861  1.00 41.74           C  
+ATOM  18533  C   ALA L 131      24.427  -8.045  26.151  1.00 42.34           C  
+ATOM  18534  O   ALA L 131      24.598  -9.105  26.760  1.00 42.25           O  
+ATOM  18535  CB  ALA L 131      24.675  -6.434  28.059  1.00 42.68           C  
+ATOM  18536  N   ALA L 132      24.724  -7.889  24.865  1.00 40.10           N  
+ATOM  18537  CA  ALA L 132      25.334  -8.972  24.115  1.00 40.97           C  
+ATOM  18538  C   ALA L 132      26.763  -9.211  24.602  1.00 43.22           C  
+ATOM  18539  O   ALA L 132      27.466  -8.269  24.979  1.00 40.92           O  
+ATOM  18540  CB  ALA L 132      25.335  -8.656  22.623  1.00 44.93           C  
+ATOM  18541  N   PRO L 133      27.216 -10.461  24.607  1.00 43.44           N  
+ATOM  18542  CA  PRO L 133      28.580 -10.747  25.056  1.00 44.96           C  
+ATOM  18543  C   PRO L 133      29.618 -10.359  24.018  1.00 45.54           C  
+ATOM  18544  O   PRO L 133      29.378 -10.407  22.810  1.00 44.74           O  
+ATOM  18545  CB  PRO L 133      28.569 -12.265  25.268  1.00 47.70           C  
+ATOM  18546  CG  PRO L 133      27.541 -12.759  24.310  1.00 41.80           C  
+ATOM  18547  CD  PRO L 133      26.481 -11.688  24.250  1.00 42.61           C  
+ATOM  18548  N   SER L 134      30.787  -9.962  24.512  1.00 48.50           N  
+ATOM  18549  CA  SER L 134      31.960  -9.797  23.662  1.00 43.57           C  
+ATOM  18550  C   SER L 134      32.719 -11.117  23.659  1.00 46.46           C  
+ATOM  18551  O   SER L 134      33.118 -11.605  24.720  1.00 49.57           O  
+ATOM  18552  CB  SER L 134      32.844  -8.656  24.161  1.00 46.07           C  
+ATOM  18553  OG  SER L 134      32.195  -7.406  24.007  1.00 48.05           O  
+ATOM  18554  N   VAL L 135      32.905 -11.702  22.480  1.00 43.73           N  
+ATOM  18555  CA  VAL L 135      33.455 -13.047  22.362  1.00 42.91           C  
+ATOM  18556  C   VAL L 135      34.923 -12.957  21.971  1.00 48.39           C  
+ATOM  18557  O   VAL L 135      35.291 -12.209  21.057  1.00 53.30           O  
+ATOM  18558  CB  VAL L 135      32.662 -13.889  21.349  1.00 44.78           C  
+ATOM  18559  CG1 VAL L 135      33.070 -15.351  21.447  1.00 44.91           C  
+ATOM  18560  CG2 VAL L 135      31.171 -13.736  21.592  1.00 41.90           C  
+ATOM  18561  N   PHE L 136      35.758 -13.719  22.673  1.00 49.63           N  
+ATOM  18562  CA  PHE L 136      37.180 -13.838  22.387  1.00 47.34           C  
+ATOM  18563  C   PHE L 136      37.552 -15.312  22.415  1.00 49.36           C  
+ATOM  18564  O   PHE L 136      36.895 -16.113  23.082  1.00 51.18           O  
+ATOM  18565  CB  PHE L 136      38.037 -13.076  23.408  1.00 44.03           C  
+ATOM  18566  CG  PHE L 136      37.635 -11.642  23.597  1.00 50.71           C  
+ATOM  18567  CD1 PHE L 136      36.617 -11.304  24.474  1.00 50.72           C  
+ATOM  18568  CD2 PHE L 136      38.284 -10.629  22.913  1.00 60.41           C  
+ATOM  18569  CE1 PHE L 136      36.246  -9.986  24.655  1.00 52.92           C  
+ATOM  18570  CE2 PHE L 136      37.920  -9.308  23.092  1.00 70.81           C  
+ATOM  18571  CZ  PHE L 136      36.899  -8.987  23.964  1.00 60.29           C  
+ATOM  18572  N   ILE L 137      38.600 -15.677  21.684  1.00 55.11           N  
+ATOM  18573  CA  ILE L 137      39.072 -17.056  21.664  1.00 52.71           C  
+ATOM  18574  C   ILE L 137      40.585 -17.061  21.844  1.00 54.17           C  
+ATOM  18575  O   ILE L 137      41.295 -16.248  21.240  1.00 57.50           O  
+ATOM  18576  CB  ILE L 137      38.653 -17.800  20.378  1.00 50.37           C  
+ATOM  18577  CG1 ILE L 137      38.981 -19.291  20.498  1.00 49.40           C  
+ATOM  18578  CG2 ILE L 137      39.297 -17.185  19.140  1.00 50.67           C  
+ATOM  18579  CD1 ILE L 137      38.325 -20.150  19.440  1.00 50.50           C  
+ATOM  18580  N   PHE L 138      41.067 -17.952  22.706  1.00 50.88           N  
+ATOM  18581  CA  PHE L 138      42.483 -18.091  23.012  1.00 48.58           C  
+ATOM  18582  C   PHE L 138      42.930 -19.509  22.687  1.00 46.62           C  
+ATOM  18583  O   PHE L 138      42.371 -20.474  23.244  1.00 48.67           O  
+ATOM  18584  CB  PHE L 138      42.766 -17.775  24.483  1.00 46.46           C  
+ATOM  18585  CG  PHE L 138      42.286 -16.423  24.919  1.00 47.09           C  
+ATOM  18586  CD1 PHE L 138      43.016 -15.286  24.618  1.00 46.37           C  
+ATOM  18587  CD2 PHE L 138      41.113 -16.289  25.643  1.00 47.67           C  
+ATOM  18588  CE1 PHE L 138      42.581 -14.040  25.022  1.00 49.83           C  
+ATOM  18589  CE2 PHE L 138      40.672 -15.044  26.051  1.00 46.92           C  
+ATOM  18590  CZ  PHE L 138      41.407 -13.918  25.740  1.00 48.03           C  
+ATOM  18591  N   PRO L 139      43.904 -19.683  21.800  1.00 47.58           N  
+ATOM  18592  CA  PRO L 139      44.450 -21.014  21.535  1.00 49.32           C  
+ATOM  18593  C   PRO L 139      45.376 -21.443  22.658  1.00 49.79           C  
+ATOM  18594  O   PRO L 139      45.792 -20.612  23.479  1.00 49.43           O  
+ATOM  18595  CB  PRO L 139      45.220 -20.816  20.220  1.00 47.61           C  
+ATOM  18596  CG  PRO L 139      45.632 -19.387  20.254  1.00 49.40           C  
+ATOM  18597  CD  PRO L 139      44.517 -18.649  20.947  1.00 50.26           C  
+ATOM  18598  N   PRO L 140      45.727 -22.726  22.731  1.00 48.25           N  
+ATOM  18599  CA  PRO L 140      46.635 -23.172  23.790  1.00 48.43           C  
+ATOM  18600  C   PRO L 140      48.048 -22.659  23.569  1.00 51.93           C  
+ATOM  18601  O   PRO L 140      48.504 -22.483  22.436  1.00 58.96           O  
+ATOM  18602  CB  PRO L 140      46.578 -24.700  23.689  1.00 48.58           C  
+ATOM  18603  CG  PRO L 140      46.207 -24.964  22.277  1.00 48.42           C  
+ATOM  18604  CD  PRO L 140      45.290 -23.843  21.874  1.00 49.35           C  
+ATOM  18605  N   SER L 141      48.739 -22.408  24.676  1.00 54.43           N  
+ATOM  18606  CA  SER L 141      50.129 -21.991  24.604  1.00 60.34           C  
+ATOM  18607  C   SER L 141      51.006 -23.166  24.187  1.00 63.21           C  
+ATOM  18608  O   SER L 141      50.674 -24.331  24.422  1.00 60.49           O  
+ATOM  18609  CB  SER L 141      50.590 -21.436  25.952  1.00 63.18           C  
+ATOM  18610  OG  SER L 141      50.561 -22.439  26.953  1.00 61.58           O  
+ATOM  18611  N   ASP L 142      52.135 -22.849  23.545  1.00 66.39           N  
+ATOM  18612  CA  ASP L 142      53.060 -23.897  23.125  1.00 68.27           C  
+ATOM  18613  C   ASP L 142      53.580 -24.692  24.315  1.00 69.16           C  
+ATOM  18614  O   ASP L 142      53.877 -25.886  24.183  1.00 69.60           O  
+ATOM  18615  CB  ASP L 142      54.222 -23.290  22.338  1.00 74.32           C  
+ATOM  18616  CG  ASP L 142      53.777 -22.669  21.027  1.00 74.98           C  
+ATOM  18617  OD1 ASP L 142      52.782 -23.151  20.446  1.00 73.85           O  
+ATOM  18618  OD2 ASP L 142      54.422 -21.698  20.578  1.00 78.84           O  
+ATOM  18619  N   GLU L 143      53.681 -24.054  25.483  1.00 69.05           N  
+ATOM  18620  CA  GLU L 143      54.110 -24.756  26.687  1.00 69.98           C  
+ATOM  18621  C   GLU L 143      53.140 -25.879  27.030  1.00 67.80           C  
+ATOM  18622  O   GLU L 143      53.543 -27.035  27.220  1.00 70.37           O  
+ATOM  18623  CB  GLU L 143      54.217 -23.770  27.853  1.00 72.37           C  
+ATOM  18624  CG  GLU L 143      55.153 -22.585  27.624  1.00 98.20           C  
+ATOM  18625  CD  GLU L 143      54.494 -21.437  26.870  1.00 85.94           C  
+ATOM  18626  OE1 GLU L 143      53.775 -21.698  25.883  1.00 74.29           O  
+ATOM  18627  OE2 GLU L 143      54.690 -20.270  27.272  1.00 81.64           O  
+ATOM  18628  N   GLN L 144      51.849 -25.552  27.109  1.00 64.63           N  
+ATOM  18629  CA  GLN L 144      50.841 -26.561  27.409  1.00 61.00           C  
+ATOM  18630  C   GLN L 144      50.796 -27.635  26.329  1.00 64.78           C  
+ATOM  18631  O   GLN L 144      50.604 -28.819  26.630  1.00 65.06           O  
+ATOM  18632  CB  GLN L 144      49.474 -25.897  27.567  1.00 57.67           C  
+ATOM  18633  CG  GLN L 144      48.395 -26.830  28.077  1.00 57.76           C  
+ATOM  18634  CD  GLN L 144      47.007 -26.238  27.954  1.00 58.98           C  
+ATOM  18635  OE1 GLN L 144      46.043 -26.786  28.486  1.00 60.12           O  
+ATOM  18636  NE2 GLN L 144      46.898 -25.116  27.250  1.00 53.83           N  
+ATOM  18637  N   LEU L 145      50.975 -27.241  25.065  1.00 64.70           N  
+ATOM  18638  CA  LEU L 145      51.013 -28.219  23.982  1.00 64.73           C  
+ATOM  18639  C   LEU L 145      52.132 -29.229  24.190  1.00 66.04           C  
+ATOM  18640  O   LEU L 145      51.907 -30.444  24.138  1.00 63.94           O  
+ATOM  18641  CB  LEU L 145      51.185 -27.511  22.638  1.00 61.45           C  
+ATOM  18642  CG  LEU L 145      49.936 -26.862  22.053  1.00 60.66           C  
+ATOM  18643  CD1 LEU L 145      50.293 -25.975  20.871  1.00 59.82           C  
+ATOM  18644  CD2 LEU L 145      48.965 -27.947  21.646  1.00 59.16           C  
+ATOM  18645  N   LYS L 146      53.352 -28.741  24.423  1.00 67.02           N  
+ATOM  18646  CA  LYS L 146      54.461 -29.644  24.706  1.00 68.10           C  
+ATOM  18647  C   LYS L 146      54.200 -30.484  25.949  1.00 71.08           C  
+ATOM  18648  O   LYS L 146      54.687 -31.617  26.043  1.00 70.50           O  
+ATOM  18649  CB  LYS L 146      55.762 -28.855  24.830  1.00 73.35           C  
+ATOM  18650  CG  LYS L 146      56.188 -28.224  23.511  1.00 83.55           C  
+ATOM  18651  CD  LYS L 146      57.521 -27.513  23.630  1.00104.42           C  
+ATOM  18652  CE  LYS L 146      57.908 -26.828  22.334  1.00 94.74           C  
+ATOM  18653  NZ  LYS L 146      56.798 -25.982  21.819  1.00 89.54           N  
+ATOM  18654  N   SER L 147      53.437 -29.953  26.911  1.00 68.97           N  
+ATOM  18655  CA  SER L 147      53.073 -30.749  28.080  1.00 66.85           C  
+ATOM  18656  C   SER L 147      52.223 -31.957  27.699  1.00 65.34           C  
+ATOM  18657  O   SER L 147      52.228 -32.966  28.413  1.00 70.88           O  
+ATOM  18658  CB  SER L 147      52.338 -29.881  29.102  1.00 70.32           C  
+ATOM  18659  OG  SER L 147      50.970 -29.737  28.761  1.00 70.67           O  
+ATOM  18660  N   GLY L 148      51.488 -31.876  26.590  1.00 62.76           N  
+ATOM  18661  CA  GLY L 148      50.700 -33.000  26.122  1.00 61.99           C  
+ATOM  18662  C   GLY L 148      49.201 -32.780  26.120  1.00 57.37           C  
+ATOM  18663  O   GLY L 148      48.434 -33.723  25.900  1.00 53.96           O  
+ATOM  18664  N   THR L 149      48.767 -31.545  26.360  1.00 58.30           N  
+ATOM  18665  CA  THR L 149      47.351 -31.217  26.411  1.00 57.79           C  
+ATOM  18666  C   THR L 149      47.147 -29.850  25.771  1.00 58.57           C  
+ATOM  18667  O   THR L 149      48.060 -29.022  25.742  1.00 60.42           O  
+ATOM  18668  CB  THR L 149      46.836 -31.238  27.865  1.00 57.81           C  
+ATOM  18669  OG1 THR L 149      47.076 -32.530  28.434  1.00 59.18           O  
+ATOM  18670  CG2 THR L 149      45.341 -30.955  27.938  1.00 53.33           C  
+ATOM  18671  N   ALA L 150      45.944 -29.620  25.250  1.00 54.24           N  
+ATOM  18672  CA  ALA L 150      45.584 -28.355  24.628  1.00 54.05           C  
+ATOM  18673  C   ALA L 150      44.273 -27.875  25.226  1.00 53.75           C  
+ATOM  18674  O   ALA L 150      43.279 -28.610  25.221  1.00 53.64           O  
+ATOM  18675  CB  ALA L 150      45.458 -28.494  23.108  1.00 56.22           C  
+ATOM  18676  N   SER L 151      44.271 -26.649  25.739  1.00 50.60           N  
+ATOM  18677  CA  SER L 151      43.071 -26.033  26.293  1.00 48.99           C  
+ATOM  18678  C   SER L 151      42.771 -24.781  25.484  1.00 48.62           C  
+ATOM  18679  O   SER L 151      43.526 -23.804  25.536  1.00 46.46           O  
+ATOM  18680  CB  SER L 151      43.244 -25.702  27.773  1.00 56.97           C  
+ATOM  18681  OG  SER L 151      43.299 -26.878  28.563  1.00 56.52           O  
+ATOM  18682  N   VAL L 152      41.673 -24.815  24.738  1.00 50.21           N  
+ATOM  18683  CA  VAL L 152      41.204 -23.671  23.969  1.00 49.47           C  
+ATOM  18684  C   VAL L 152      40.130 -22.977  24.790  1.00 45.65           C  
+ATOM  18685  O   VAL L 152      39.225 -23.633  25.318  1.00 44.34           O  
+ATOM  18686  CB  VAL L 152      40.655 -24.106  22.600  1.00 44.25           C  
+ATOM  18687  CG1 VAL L 152      40.454 -22.899  21.702  1.00 44.84           C  
+ATOM  18688  CG2 VAL L 152      41.582 -25.125  21.956  1.00 45.43           C  
+ATOM  18689  N   VAL L 153      40.224 -21.657  24.911  1.00 44.59           N  
+ATOM  18690  CA  VAL L 153      39.326 -20.911  25.783  1.00 47.62           C  
+ATOM  18691  C   VAL L 153      38.458 -19.992  24.939  1.00 49.29           C  
+ATOM  18692  O   VAL L 153      38.945 -19.339  24.012  1.00 50.03           O  
+ATOM  18693  CB  VAL L 153      40.102 -20.110  26.851  1.00 47.73           C  
+ATOM  18694  CG1 VAL L 153      39.141 -19.387  27.779  1.00 45.72           C  
+ATOM  18695  CG2 VAL L 153      40.998 -21.041  27.654  1.00 45.39           C  
+ATOM  18696  N   CYS L 154      37.168 -19.952  25.257  1.00 47.47           N  
+ATOM  18697  CA  CYS L 154      36.223 -19.035  24.636  1.00 49.63           C  
+ATOM  18698  C   CYS L 154      35.653 -18.169  25.748  1.00 50.24           C  
+ATOM  18699  O   CYS L 154      35.072 -18.689  26.706  1.00 50.75           O  
+ATOM  18700  CB  CYS L 154      35.117 -19.792  23.896  1.00 51.73           C  
+ATOM  18701  SG  CYS L 154      33.994 -18.780  22.886  1.00 58.88           S  
+ATOM  18702  N   LEU L 155      35.828 -16.859  25.623  1.00 48.56           N  
+ATOM  18703  CA  LEU L 155      35.462 -15.905  26.659  1.00 50.07           C  
+ATOM  18704  C   LEU L 155      34.291 -15.061  26.176  1.00 49.36           C  
+ATOM  18705  O   LEU L 155      34.387 -14.397  25.138  1.00 47.79           O  
+ATOM  18706  CB  LEU L 155      36.652 -15.016  27.022  1.00 48.70           C  
+ATOM  18707  CG  LEU L 155      36.357 -13.778  27.872  1.00 48.49           C  
+ATOM  18708  CD1 LEU L 155      35.827 -14.175  29.237  1.00 42.84           C  
+ATOM  18709  CD2 LEU L 155      37.597 -12.909  28.008  1.00 45.84           C  
+ATOM  18710  N   LEU L 156      33.196 -15.094  26.930  1.00 47.48           N  
+ATOM  18711  CA  LEU L 156      32.057 -14.209  26.738  1.00 47.04           C  
+ATOM  18712  C   LEU L 156      32.129 -13.147  27.826  1.00 48.50           C  
+ATOM  18713  O   LEU L 156      32.129 -13.475  29.018  1.00 45.32           O  
+ATOM  18714  CB  LEU L 156      30.734 -14.972  26.820  1.00 45.71           C  
+ATOM  18715  CG  LEU L 156      30.307 -15.993  25.758  1.00 44.02           C  
+ATOM  18716  CD1 LEU L 156      31.270 -17.167  25.631  1.00 48.02           C  
+ATOM  18717  CD2 LEU L 156      28.912 -16.495  26.082  1.00 43.37           C  
+ATOM  18718  N   ASN L 157      32.199 -11.884  27.422  1.00 48.62           N  
+ATOM  18719  CA  ASN L 157      32.518 -10.798  28.334  1.00 51.54           C  
+ATOM  18720  C   ASN L 157      31.346  -9.834  28.433  1.00 51.60           C  
+ATOM  18721  O   ASN L 157      30.808  -9.393  27.409  1.00 49.63           O  
+ATOM  18722  CB  ASN L 157      33.772 -10.054  27.866  1.00 50.35           C  
+ATOM  18723  CG  ASN L 157      34.510  -9.384  29.005  1.00 52.88           C  
+ATOM  18724  OD1 ASN L 157      34.640  -9.946  30.092  1.00 54.01           O  
+ATOM  18725  ND2 ASN L 157      34.993  -8.171  28.763  1.00 56.07           N  
+ATOM  18726  N   ASN L 158      30.964  -9.523  29.673  1.00 46.60           N  
+ATOM  18727  CA  ASN L 158      30.021  -8.459  30.018  1.00 47.74           C  
+ATOM  18728  C   ASN L 158      28.710  -8.590  29.238  1.00 47.25           C  
+ATOM  18729  O   ASN L 158      28.381  -7.784  28.369  1.00 48.18           O  
+ATOM  18730  CB  ASN L 158      30.669  -7.090  29.798  1.00 49.14           C  
+ATOM  18731  CG  ASN L 158      31.910  -6.894  30.649  1.00 49.25           C  
+ATOM  18732  OD1 ASN L 158      32.968  -6.516  30.147  1.00 51.58           O  
+ATOM  18733  ND2 ASN L 158      31.784  -7.153  31.946  1.00 54.75           N  
+ATOM  18734  N   PHE L 159      27.959  -9.633  29.587  1.00 46.23           N  
+ATOM  18735  CA  PHE L 159      26.663  -9.881  28.975  1.00 43.76           C  
+ATOM  18736  C   PHE L 159      25.595 -10.063  30.045  1.00 47.35           C  
+ATOM  18737  O   PHE L 159      25.884 -10.378  31.202  1.00 47.29           O  
+ATOM  18738  CB  PHE L 159      26.690 -11.109  28.052  1.00 44.07           C  
+ATOM  18739  CG  PHE L 159      27.014 -12.398  28.750  1.00 45.21           C  
+ATOM  18740  CD1 PHE L 159      28.328 -12.797  28.926  1.00 47.52           C  
+ATOM  18741  CD2 PHE L 159      26.002 -13.226  29.206  1.00 45.54           C  
+ATOM  18742  CE1 PHE L 159      28.626 -13.989  29.561  1.00 46.36           C  
+ATOM  18743  CE2 PHE L 159      26.292 -14.418  29.841  1.00 45.80           C  
+ATOM  18744  CZ  PHE L 159      27.606 -14.801  30.018  1.00 46.40           C  
+ATOM  18745  N   TYR L 160      24.343  -9.858  29.630  1.00 48.35           N  
+ATOM  18746  CA  TYR L 160      23.162 -10.072  30.446  1.00 46.68           C  
+ATOM  18747  C   TYR L 160      22.019 -10.349  29.482  1.00 48.68           C  
+ATOM  18748  O   TYR L 160      21.915  -9.664  28.454  1.00 49.02           O  
+ATOM  18749  CB  TYR L 160      22.827  -8.871  31.339  1.00 47.46           C  
+ATOM  18750  CG  TYR L 160      21.775  -9.182  32.378  1.00 51.07           C  
+ATOM  18751  CD1 TYR L 160      22.129  -9.723  33.606  1.00 54.62           C  
+ATOM  18752  CD2 TYR L 160      20.429  -8.946  32.130  1.00 49.47           C  
+ATOM  18753  CE1 TYR L 160      21.175 -10.021  34.558  1.00 56.71           C  
+ATOM  18754  CE2 TYR L 160      19.466  -9.241  33.077  1.00 49.94           C  
+ATOM  18755  CZ  TYR L 160      19.847  -9.778  34.290  1.00 55.35           C  
+ATOM  18756  OH  TYR L 160      18.903 -10.077  35.243  1.00 59.85           O  
+ATOM  18757  N   PRO L 161      21.140 -11.323  29.778  1.00 48.68           N  
+ATOM  18758  CA  PRO L 161      21.097 -12.151  30.991  1.00 49.11           C  
+ATOM  18759  C   PRO L 161      22.178 -13.226  31.091  1.00 50.78           C  
+ATOM  18760  O   PRO L 161      23.050 -13.336  30.231  1.00 48.99           O  
+ATOM  18761  CB  PRO L 161      19.715 -12.804  30.911  1.00 48.92           C  
+ATOM  18762  CG  PRO L 161      19.423 -12.868  29.462  1.00 47.37           C  
+ATOM  18763  CD  PRO L 161      20.019 -11.626  28.871  1.00 46.94           C  
+ATOM  18764  N   ARG L 162      22.085 -14.022  32.159  1.00 54.96           N  
+ATOM  18765  CA  ARG L 162      23.128 -14.988  32.486  1.00 51.01           C  
+ATOM  18766  C   ARG L 162      23.197 -16.126  31.474  1.00 52.65           C  
+ATOM  18767  O   ARG L 162      24.269 -16.706  31.269  1.00 53.82           O  
+ATOM  18768  CB  ARG L 162      22.883 -15.537  33.891  1.00 54.25           C  
+ATOM  18769  CG  ARG L 162      24.000 -16.387  34.462  1.00 59.33           C  
+ATOM  18770  CD  ARG L 162      23.615 -16.906  35.839  1.00 66.34           C  
+ATOM  18771  NE  ARG L 162      24.723 -17.578  36.510  1.00 79.09           N  
+ATOM  18772  CZ  ARG L 162      25.027 -18.861  36.347  1.00 76.62           C  
+ATOM  18773  NH1 ARG L 162      24.309 -19.617  35.527  1.00 72.56           N  
+ATOM  18774  NH2 ARG L 162      26.052 -19.389  37.002  1.00 78.09           N  
+ATOM  18775  N   GLU L 163      22.078 -16.455  30.835  1.00 51.64           N  
+ATOM  18776  CA  GLU L 163      21.991 -17.643  29.994  1.00 52.69           C  
+ATOM  18777  C   GLU L 163      22.557 -17.358  28.608  1.00 51.68           C  
+ATOM  18778  O   GLU L 163      22.030 -16.514  27.876  1.00 56.16           O  
+ATOM  18779  CB  GLU L 163      20.544 -18.124  29.899  1.00 54.66           C  
+ATOM  18780  CG  GLU L 163      19.968 -18.664  31.205  1.00 59.32           C  
+ATOM  18781  CD  GLU L 163      19.694 -17.578  32.229  1.00 61.32           C  
+ATOM  18782  OE1 GLU L 163      19.469 -16.418  31.822  1.00 59.91           O  
+ATOM  18783  OE2 GLU L 163      19.710 -17.883  33.440  1.00 72.98           O  
+ATOM  18784  N   ALA L 164      23.629 -18.062  28.251  1.00 47.52           N  
+ATOM  18785  CA  ALA L 164      24.225 -17.963  26.925  1.00 51.41           C  
+ATOM  18786  C   ALA L 164      24.778 -19.327  26.544  1.00 53.89           C  
+ATOM  18787  O   ALA L 164      25.474 -19.957  27.347  1.00 55.27           O  
+ATOM  18788  CB  ALA L 164      25.331 -16.904  26.888  1.00 48.51           C  
+ATOM  18789  N   LYS L 165      24.476 -19.779  25.329  1.00 50.99           N  
+ATOM  18790  CA  LYS L 165      24.887 -21.098  24.869  1.00 53.36           C  
+ATOM  18791  C   LYS L 165      26.141 -20.987  24.012  1.00 55.09           C  
+ATOM  18792  O   LYS L 165      26.266 -20.075  23.187  1.00 55.60           O  
+ATOM  18793  CB  LYS L 165      23.776 -21.778  24.067  1.00 57.74           C  
+ATOM  18794  CG  LYS L 165      22.480 -22.040  24.819  1.00 67.45           C  
+ATOM  18795  CD  LYS L 165      22.615 -23.193  25.798  1.00 74.45           C  
+ATOM  18796  CE  LYS L 165      21.256 -23.593  26.353  1.00 77.95           C  
+ATOM  18797  NZ  LYS L 165      21.319 -24.855  27.140  1.00 89.31           N  
+ATOM  18798  N   VAL L 166      27.068 -21.922  24.214  1.00 53.76           N  
+ATOM  18799  CA  VAL L 166      28.342 -21.953  23.505  1.00 51.24           C  
+ATOM  18800  C   VAL L 166      28.542 -23.349  22.932  1.00 52.83           C  
+ATOM  18801  O   VAL L 166      28.448 -24.342  23.662  1.00 53.91           O  
+ATOM  18802  CB  VAL L 166      29.522 -21.578  24.423  1.00 50.34           C  
+ATOM  18803  CG1 VAL L 166      30.817 -21.525  23.628  1.00 53.53           C  
+ATOM  18804  CG2 VAL L 166      29.264 -20.247  25.112  1.00 50.50           C  
+ATOM  18805  N   GLN L 167      28.818 -23.423  21.633  1.00 53.00           N  
+ATOM  18806  CA  GLN L 167      29.116 -24.677  20.956  1.00 56.49           C  
+ATOM  18807  C   GLN L 167      30.523 -24.614  20.382  1.00 55.12           C  
+ATOM  18808  O   GLN L 167      30.968 -23.557  19.928  1.00 52.76           O  
+ATOM  18809  CB  GLN L 167      28.117 -24.964  19.828  1.00 62.21           C  
+ATOM  18810  CG  GLN L 167      26.758 -25.460  20.285  1.00 70.25           C  
+ATOM  18811  CD  GLN L 167      25.828 -25.737  19.119  1.00 76.42           C  
+ATOM  18812  OE1 GLN L 167      25.940 -25.119  18.060  1.00 76.48           O  
+ATOM  18813  NE2 GLN L 167      24.905 -26.674  19.307  1.00 78.79           N  
+ATOM  18814  N   TRP L 168      31.221 -25.744  20.402  1.00 55.81           N  
+ATOM  18815  CA  TRP L 168      32.573 -25.837  19.867  1.00 54.45           C  
+ATOM  18816  C   TRP L 168      32.538 -26.570  18.533  1.00 55.44           C  
+ATOM  18817  O   TRP L 168      31.883 -27.611  18.409  1.00 56.06           O  
+ATOM  18818  CB  TRP L 168      33.505 -26.548  20.848  1.00 53.14           C  
+ATOM  18819  CG  TRP L 168      33.970 -25.667  21.966  1.00 52.76           C  
+ATOM  18820  CD1 TRP L 168      33.462 -25.610  23.230  1.00 50.00           C  
+ATOM  18821  CD2 TRP L 168      35.037 -24.712  21.918  1.00 52.63           C  
+ATOM  18822  NE1 TRP L 168      34.146 -24.679  23.973  1.00 48.10           N  
+ATOM  18823  CE2 TRP L 168      35.119 -24.114  23.191  1.00 50.14           C  
+ATOM  18824  CE3 TRP L 168      35.931 -24.305  20.923  1.00 50.40           C  
+ATOM  18825  CZ2 TRP L 168      36.059 -23.132  23.496  1.00 47.86           C  
+ATOM  18826  CZ3 TRP L 168      36.864 -23.329  21.227  1.00 49.28           C  
+ATOM  18827  CH2 TRP L 168      36.920 -22.754  22.502  1.00 49.87           C  
+ATOM  18828  N   LYS L 169      33.241 -26.024  17.543  1.00 55.92           N  
+ATOM  18829  CA  LYS L 169      33.326 -26.615  16.215  1.00 55.68           C  
+ATOM  18830  C   LYS L 169      34.792 -26.733  15.832  1.00 57.11           C  
+ATOM  18831  O   LYS L 169      35.514 -25.730  15.795  1.00 58.05           O  
+ATOM  18832  CB  LYS L 169      32.556 -25.779  15.188  1.00 58.02           C  
+ATOM  18833  CG  LYS L 169      31.047 -25.912  15.305  1.00 61.60           C  
+ATOM  18834  CD  LYS L 169      30.325 -24.902  14.431  1.00 67.46           C  
+ATOM  18835  CE  LYS L 169      28.823 -25.140  14.450  1.00 67.38           C  
+ATOM  18836  NZ  LYS L 169      28.452 -26.423  13.793  1.00 77.11           N  
+ATOM  18837  N   VAL L 170      35.226 -27.956  15.551  1.00 57.69           N  
+ATOM  18838  CA  VAL L 170      36.580 -28.246  15.100  1.00 58.75           C  
+ATOM  18839  C   VAL L 170      36.472 -28.791  13.683  1.00 58.30           C  
+ATOM  18840  O   VAL L 170      36.028 -29.930  13.484  1.00 57.31           O  
+ATOM  18841  CB  VAL L 170      37.288 -29.246  16.021  1.00 58.27           C  
+ATOM  18842  CG1 VAL L 170      38.695 -29.501  15.539  1.00 60.97           C  
+ATOM  18843  CG2 VAL L 170      37.293 -28.740  17.454  1.00 55.49           C  
+ATOM  18844  N   ASP L 171      36.872 -27.982  12.699  1.00 60.27           N  
+ATOM  18845  CA  ASP L 171      36.732 -28.334  11.283  1.00 59.10           C  
+ATOM  18846  C   ASP L 171      35.268 -28.598  10.937  1.00 62.14           C  
+ATOM  18847  O   ASP L 171      34.927 -29.569  10.258  1.00 64.84           O  
+ATOM  18848  CB  ASP L 171      37.619 -29.524  10.912  1.00 57.97           C  
+ATOM  18849  CG  ASP L 171      39.095 -29.213  11.054  1.00 59.88           C  
+ATOM  18850  OD1 ASP L 171      39.427 -28.022  11.246  1.00 58.39           O  
+ATOM  18851  OD2 ASP L 171      39.923 -30.146  10.955  1.00 63.68           O  
+ATOM  18852  N   ASN L 172      34.398 -27.709  11.421  1.00 63.54           N  
+ATOM  18853  CA  ASN L 172      32.944 -27.739  11.273  1.00 62.98           C  
+ATOM  18854  C   ASN L 172      32.296 -28.925  11.981  1.00 63.46           C  
+ATOM  18855  O   ASN L 172      31.074 -29.095  11.879  1.00 73.87           O  
+ATOM  18856  CB  ASN L 172      32.503 -27.736   9.802  1.00 68.30           C  
+ATOM  18857  CG  ASN L 172      32.860 -26.446   9.092  1.00 71.10           C  
+ATOM  18858  OD1 ASN L 172      33.969 -26.295   8.580  1.00 71.43           O  
+ATOM  18859  ND2 ASN L 172      31.922 -25.506   9.062  1.00 74.28           N  
+ATOM  18860  N   ALA L 173      33.061 -29.747  12.693  1.00 62.89           N  
+ATOM  18861  CA  ALA L 173      32.509 -30.861  13.452  1.00 62.23           C  
+ATOM  18862  C   ALA L 173      32.114 -30.376  14.841  1.00 60.83           C  
+ATOM  18863  O   ALA L 173      32.949 -29.839  15.578  1.00 58.97           O  
+ATOM  18864  CB  ALA L 173      33.517 -32.006  13.544  1.00 58.42           C  
+ATOM  18865  N   LEU L 174      30.844 -30.559  15.194  1.00 63.69           N  
+ATOM  18866  CA  LEU L 174      30.356 -30.117  16.494  1.00 62.12           C  
+ATOM  18867  C   LEU L 174      30.938 -30.985  17.603  1.00 60.59           C  
+ATOM  18868  O   LEU L 174      30.950 -32.216  17.503  1.00 58.40           O  
+ATOM  18869  CB  LEU L 174      28.830 -30.162  16.529  1.00 64.12           C  
+ATOM  18870  CG  LEU L 174      28.167 -29.737  17.842  1.00 66.45           C  
+ATOM  18871  CD1 LEU L 174      28.532 -28.301  18.190  1.00 68.77           C  
+ATOM  18872  CD2 LEU L 174      26.657 -29.905  17.762  1.00 66.54           C  
+ATOM  18873  N   GLN L 175      31.424 -30.341  18.659  1.00 61.13           N  
+ATOM  18874  CA  GLN L 175      32.005 -31.029  19.801  1.00 60.36           C  
+ATOM  18875  C   GLN L 175      30.971 -31.173  20.911  1.00 61.17           C  
+ATOM  18876  O   GLN L 175      30.057 -30.355  21.044  1.00 61.57           O  
+ATOM  18877  CB  GLN L 175      33.231 -30.278  20.324  1.00 58.08           C  
+ATOM  18878  CG  GLN L 175      34.303 -30.033  19.273  1.00 59.49           C  
+ATOM  18879  CD  GLN L 175      34.934 -31.317  18.770  1.00 59.66           C  
+ATOM  18880  OE1 GLN L 175      35.440 -32.122  19.553  1.00 59.98           O  
+ATOM  18881  NE2 GLN L 175      34.906 -31.516  17.457  1.00 58.25           N  
+ATOM  18882  N   SER L 176      31.127 -32.224  21.714  1.00 64.70           N  
+ATOM  18883  CA  SER L 176      30.214 -32.482  22.818  1.00 65.92           C  
+ATOM  18884  C   SER L 176      30.910 -33.359  23.849  1.00 64.80           C  
+ATOM  18885  O   SER L 176      31.587 -34.327  23.492  1.00 65.05           O  
+ATOM  18886  CB  SER L 176      28.924 -33.153  22.333  1.00 65.52           C  
+ATOM  18887  OG  SER L 176      29.191 -34.426  21.772  1.00 70.54           O  
+ATOM  18888  N   GLY L 177      30.738 -33.014  25.123  1.00 66.87           N  
+ATOM  18889  CA  GLY L 177      31.298 -33.798  26.204  1.00 70.97           C  
+ATOM  18890  C   GLY L 177      32.776 -33.604  26.446  1.00 69.63           C  
+ATOM  18891  O   GLY L 177      33.379 -34.404  27.170  1.00 69.23           O  
+ATOM  18892  N   ASN L 178      33.381 -32.566  25.865  1.00 68.29           N  
+ATOM  18893  CA  ASN L 178      34.804 -32.295  26.033  1.00 61.77           C  
+ATOM  18894  C   ASN L 178      35.064 -30.826  26.347  1.00 57.78           C  
+ATOM  18895  O   ASN L 178      36.161 -30.324  26.082  1.00 54.87           O  
+ATOM  18896  CB  ASN L 178      35.584 -32.726  24.787  1.00 64.31           C  
+ATOM  18897  CG  ASN L 178      35.072 -32.068  23.522  1.00 63.72           C  
+ATOM  18898  OD1 ASN L 178      33.964 -31.530  23.491  1.00 64.46           O  
+ATOM  18899  ND2 ASN L 178      35.873 -32.116  22.464  1.00 62.82           N  
+ATOM  18900  N   SER L 179      34.076 -30.130  26.907  1.00 60.25           N  
+ATOM  18901  CA  SER L 179      34.203 -28.723  27.253  1.00 57.36           C  
+ATOM  18902  C   SER L 179      33.537 -28.470  28.597  1.00 58.72           C  
+ATOM  18903  O   SER L 179      32.621 -29.191  29.000  1.00 62.88           O  
+ATOM  18904  CB  SER L 179      33.581 -27.819  26.181  1.00 54.63           C  
+ATOM  18905  OG  SER L 179      32.210 -28.127  25.992  1.00 57.87           O  
+ATOM  18906  N   GLN L 180      34.012 -27.437  29.288  1.00 55.95           N  
+ATOM  18907  CA  GLN L 180      33.484 -27.057  30.593  1.00 56.64           C  
+ATOM  18908  C   GLN L 180      33.259 -25.553  30.651  1.00 52.94           C  
+ATOM  18909  O   GLN L 180      34.094 -24.774  30.186  1.00 49.44           O  
+ATOM  18910  CB  GLN L 180      34.424 -27.481  31.729  1.00 59.15           C  
+ATOM  18911  CG  GLN L 180      34.454 -28.977  31.992  1.00 71.39           C  
+ATOM  18912  CD  GLN L 180      35.321 -29.339  33.181  1.00 72.68           C  
+ATOM  18913  OE1 GLN L 180      34.930 -30.144  34.027  1.00 72.52           O  
+ATOM  18914  NE2 GLN L 180      36.509 -28.748  33.250  1.00 70.60           N  
+ATOM  18915  N   GLU L 181      32.135 -25.150  31.239  1.00 55.41           N  
+ATOM  18916  CA  GLU L 181      31.758 -23.748  31.338  1.00 53.14           C  
+ATOM  18917  C   GLU L 181      31.895 -23.259  32.774  1.00 49.63           C  
+ATOM  18918  O   GLU L 181      31.745 -24.027  33.729  1.00 51.19           O  
+ATOM  18919  CB  GLU L 181      30.321 -23.521  30.858  1.00 54.51           C  
+ATOM  18920  CG  GLU L 181      30.125 -23.652  29.358  1.00 59.33           C  
+ATOM  18921  CD  GLU L 181      28.729 -23.250  28.921  1.00 74.33           C  
+ATOM  18922  OE1 GLU L 181      27.920 -22.869  29.794  1.00 84.72           O  
+ATOM  18923  OE2 GLU L 181      28.440 -23.314  27.707  1.00 80.59           O  
+ATOM  18924  N   SER L 182      32.188 -21.968  32.912  1.00 45.01           N  
+ATOM  18925  CA  SER L 182      32.273 -21.329  34.219  1.00 49.26           C  
+ATOM  18926  C   SER L 182      31.784 -19.894  34.100  1.00 49.01           C  
+ATOM  18927  O   SER L 182      32.267 -19.146  33.245  1.00 48.29           O  
+ATOM  18928  CB  SER L 182      33.707 -21.362  34.760  1.00 50.32           C  
+ATOM  18929  OG  SER L 182      33.785 -20.753  36.037  1.00 48.09           O  
+ATOM  18930  N   VAL L 183      30.843 -19.511  34.960  1.00 47.66           N  
+ATOM  18931  CA  VAL L 183      30.217 -18.195  34.915  1.00 46.71           C  
+ATOM  18932  C   VAL L 183      30.590 -17.435  36.179  1.00 44.99           C  
+ATOM  18933  O   VAL L 183      30.625 -18.009  37.273  1.00 50.19           O  
+ATOM  18934  CB  VAL L 183      28.682 -18.301  34.779  1.00 48.92           C  
+ATOM  18935  CG1 VAL L 183      28.046 -16.918  34.714  1.00 51.47           C  
+ATOM  18936  CG2 VAL L 183      28.309 -19.115  33.555  1.00 52.85           C  
+ATOM  18937  N   THR L 184      30.859 -16.140  36.028  1.00 42.00           N  
+ATOM  18938  CA  THR L 184      31.209 -15.301  37.161  1.00 44.03           C  
+ATOM  18939  C   THR L 184      29.957 -14.900  37.934  1.00 46.14           C  
+ATOM  18940  O   THR L 184      28.822 -15.113  37.498  1.00 47.27           O  
+ATOM  18941  CB  THR L 184      31.950 -14.042  36.706  1.00 44.50           C  
+ATOM  18942  OG1 THR L 184      31.060 -13.205  35.955  1.00 45.79           O  
+ATOM  18943  CG2 THR L 184      33.147 -14.397  35.850  1.00 45.48           C  
+ATOM  18944  N   GLU L 185      30.176 -14.307  39.102  1.00 49.54           N  
+ATOM  18945  CA  GLU L 185      29.081 -13.700  39.835  1.00 50.29           C  
+ATOM  18946  C   GLU L 185      28.698 -12.378  39.179  1.00 48.97           C  
+ATOM  18947  O   GLU L 185      29.483 -11.768  38.447  1.00 46.23           O  
+ATOM  18948  CB  GLU L 185      29.469 -13.473  41.296  1.00 50.61           C  
+ATOM  18949  CG  GLU L 185      29.424 -14.723  42.162  1.00 55.92           C  
+ATOM  18950  CD  GLU L 185      28.010 -15.192  42.444  1.00 66.59           C  
+ATOM  18951  OE1 GLU L 185      27.851 -16.309  42.982  1.00 70.64           O  
+ATOM  18952  OE2 GLU L 185      27.059 -14.448  42.126  1.00 67.80           O  
+ATOM  18953  N   GLN L 186      27.466 -11.946  39.435  1.00 50.90           N  
+ATOM  18954  CA  GLN L 186      26.969 -10.715  38.837  1.00 50.31           C  
+ATOM  18955  C   GLN L 186      27.833  -9.533  39.261  1.00 48.16           C  
+ATOM  18956  O   GLN L 186      28.147  -9.369  40.443  1.00 50.98           O  
+ATOM  18957  CB  GLN L 186      25.510 -10.486  39.232  1.00 53.61           C  
+ATOM  18958  CG  GLN L 186      24.760  -9.562  38.287  1.00 51.64           C  
+ATOM  18959  CD  GLN L 186      23.264  -9.574  38.528  1.00 54.71           C  
+ATOM  18960  OE1 GLN L 186      22.782 -10.174  39.489  1.00 56.88           O  
+ATOM  18961  NE2 GLN L 186      22.520  -8.915  37.648  1.00 55.89           N  
+ATOM  18962  N   ASP L 187      28.227  -8.718  38.287  1.00 47.00           N  
+ATOM  18963  CA  ASP L 187      29.094  -7.582  38.565  1.00 47.22           C  
+ATOM  18964  C   ASP L 187      28.367  -6.549  39.417  1.00 52.09           C  
+ATOM  18965  O   ASP L 187      27.188  -6.256  39.199  1.00 52.76           O  
+ATOM  18966  CB  ASP L 187      29.566  -6.951  37.258  1.00 49.37           C  
+ATOM  18967  CG  ASP L 187      30.661  -5.924  37.465  1.00 54.33           C  
+ATOM  18968  OD1 ASP L 187      31.824  -6.326  37.679  1.00 56.48           O  
+ATOM  18969  OD2 ASP L 187      30.357  -4.713  37.411  1.00 51.33           O  
+ATOM  18970  N   SER L 188      29.082  -5.993  40.395  1.00 55.04           N  
+ATOM  18971  CA  SER L 188      28.489  -5.038  41.322  1.00 54.36           C  
+ATOM  18972  C   SER L 188      28.338  -3.636  40.743  1.00 55.55           C  
+ATOM  18973  O   SER L 188      27.752  -2.776  41.408  1.00 55.24           O  
+ATOM  18974  CB  SER L 188      29.324  -4.977  42.604  1.00 59.92           C  
+ATOM  18975  OG  SER L 188      30.646  -4.546  42.333  1.00 62.58           O  
+ATOM  18976  N   LYS L 189      28.864  -3.374  39.547  1.00 56.82           N  
+ATOM  18977  CA  LYS L 189      28.785  -2.056  38.925  1.00 55.17           C  
+ATOM  18978  C   LYS L 189      27.816  -2.001  37.753  1.00 53.74           C  
+ATOM  18979  O   LYS L 189      26.930  -1.142  37.728  1.00 58.65           O  
+ATOM  18980  CB  LYS L 189      30.176  -1.570  38.477  1.00 58.87           C  
+ATOM  18981  CG  LYS L 189      31.063  -0.956  39.578  1.00 65.57           C  
+ATOM  18982  CD  LYS L 189      31.124  -1.765  40.864  1.00 80.30           C  
+ATOM  18983  CE  LYS L 189      31.840  -1.004  41.969  1.00 78.78           C  
+ATOM  18984  NZ  LYS L 189      31.722  -1.695  43.284  1.00 79.07           N  
+ATOM  18985  N   ASP L 190      27.955  -2.897  36.775  1.00 53.24           N  
+ATOM  18986  CA  ASP L 190      27.096  -2.896  35.597  1.00 51.61           C  
+ATOM  18987  C   ASP L 190      26.128  -4.071  35.553  1.00 50.20           C  
+ATOM  18988  O   ASP L 190      25.383  -4.203  34.576  1.00 51.45           O  
+ATOM  18989  CB  ASP L 190      27.946  -2.865  34.317  1.00 51.94           C  
+ATOM  18990  CG  ASP L 190      28.912  -4.033  34.217  1.00 51.87           C  
+ATOM  18991  OD1 ASP L 190      28.849  -4.944  35.065  1.00 53.47           O  
+ATOM  18992  OD2 ASP L 190      29.743  -4.039  33.285  1.00 52.90           O  
+ATOM  18993  N   SER L 191      26.136  -4.936  36.571  1.00 48.37           N  
+ATOM  18994  CA  SER L 191      25.166  -6.024  36.712  1.00 48.19           C  
+ATOM  18995  C   SER L 191      25.258  -7.047  35.582  1.00 47.44           C  
+ATOM  18996  O   SER L 191      24.256  -7.668  35.216  1.00 50.38           O  
+ATOM  18997  CB  SER L 191      23.736  -5.481  36.816  1.00 47.87           C  
+ATOM  18998  OG  SER L 191      23.630  -4.518  37.849  1.00 51.92           O  
+ATOM  18999  N   THR L 192      26.447  -7.245  35.021  1.00 47.04           N  
+ATOM  19000  CA  THR L 192      26.621  -8.178  33.919  1.00 48.47           C  
+ATOM  19001  C   THR L 192      27.279  -9.467  34.407  1.00 47.87           C  
+ATOM  19002  O   THR L 192      27.655  -9.609  35.573  1.00 49.39           O  
+ATOM  19003  CB  THR L 192      27.444  -7.543  32.796  1.00 46.43           C  
+ATOM  19004  OG1 THR L 192      28.763  -7.249  33.274  1.00 48.30           O  
+ATOM  19005  CG2 THR L 192      26.787  -6.262  32.316  1.00 47.53           C  
+ATOM  19006  N   TYR L 193      27.422 -10.419  33.488  1.00 44.38           N  
+ATOM  19007  CA  TYR L 193      28.067 -11.696  33.751  1.00 45.64           C  
+ATOM  19008  C   TYR L 193      29.171 -11.928  32.728  1.00 47.78           C  
+ATOM  19009  O   TYR L 193      29.254 -11.249  31.702  1.00 48.13           O  
+ATOM  19010  CB  TYR L 193      27.065 -12.859  33.712  1.00 45.42           C  
+ATOM  19011  CG  TYR L 193      25.966 -12.776  34.746  1.00 51.33           C  
+ATOM  19012  CD1 TYR L 193      26.151 -13.283  36.025  1.00 52.23           C  
+ATOM  19013  CD2 TYR L 193      24.739 -12.204  34.439  1.00 50.74           C  
+ATOM  19014  CE1 TYR L 193      25.147 -13.215  36.972  1.00 54.19           C  
+ATOM  19015  CE2 TYR L 193      23.730 -12.132  35.380  1.00 53.75           C  
+ATOM  19016  CZ  TYR L 193      23.939 -12.637  36.644  1.00 57.90           C  
+ATOM  19017  OH  TYR L 193      22.935 -12.566  37.583  1.00 65.17           O  
+ATOM  19018  N   SER L 194      30.026 -12.904  33.024  1.00 45.56           N  
+ATOM  19019  CA  SER L 194      31.056 -13.350  32.098  1.00 44.27           C  
+ATOM  19020  C   SER L 194      31.146 -14.868  32.154  1.00 45.66           C  
+ATOM  19021  O   SER L 194      30.927 -15.480  33.203  1.00 47.89           O  
+ATOM  19022  CB  SER L 194      32.419 -12.722  32.414  1.00 46.99           C  
+ATOM  19023  OG  SER L 194      32.408 -11.329  32.154  1.00 49.06           O  
+ATOM  19024  N   LEU L 195      31.468 -15.469  31.012  1.00 46.67           N  
+ATOM  19025  CA  LEU L 195      31.501 -16.916  30.864  1.00 46.78           C  
+ATOM  19026  C   LEU L 195      32.808 -17.336  30.212  1.00 48.82           C  
+ATOM  19027  O   LEU L 195      33.330 -16.641  29.338  1.00 49.19           O  
+ATOM  19028  CB  LEU L 195      30.309 -17.410  30.025  1.00 46.01           C  
+ATOM  19029  CG  LEU L 195      30.274 -18.872  29.565  1.00 49.23           C  
+ATOM  19030  CD1 LEU L 195      30.371 -19.838  30.732  1.00 56.87           C  
+ATOM  19031  CD2 LEU L 195      29.015 -19.143  28.759  1.00 54.63           C  
+ATOM  19032  N   SER L 196      33.338 -18.474  30.651  1.00 45.23           N  
+ATOM  19033  CA  SER L 196      34.538 -19.059  30.070  1.00 46.09           C  
+ATOM  19034  C   SER L 196      34.247 -20.515  29.748  1.00 48.02           C  
+ATOM  19035  O   SER L 196      33.862 -21.282  30.636  1.00 53.66           O  
+ATOM  19036  CB  SER L 196      35.731 -18.945  31.023  1.00 48.52           C  
+ATOM  19037  OG  SER L 196      35.685 -19.952  32.020  1.00 54.34           O  
+ATOM  19038  N   SER L 197      34.415 -20.887  28.483  1.00 48.09           N  
+ATOM  19039  CA  SER L 197      34.238 -22.261  28.031  1.00 48.21           C  
+ATOM  19040  C   SER L 197      35.596 -22.806  27.611  1.00 47.43           C  
+ATOM  19041  O   SER L 197      36.226 -22.273  26.692  1.00 48.01           O  
+ATOM  19042  CB  SER L 197      33.241 -22.338  26.875  1.00 45.72           C  
+ATOM  19043  OG  SER L 197      32.849 -23.678  26.628  1.00 44.44           O  
+ATOM  19044  N   THR L 198      36.041 -23.861  28.282  1.00 46.42           N  
+ATOM  19045  CA  THR L 198      37.342 -24.466  28.035  1.00 46.89           C  
+ATOM  19046  C   THR L 198      37.140 -25.804  27.341  1.00 49.56           C  
+ATOM  19047  O   THR L 198      36.474 -26.694  27.883  1.00 52.12           O  
+ATOM  19048  CB  THR L 198      38.124 -24.647  29.336  1.00 47.11           C  
+ATOM  19049  OG1 THR L 198      38.217 -23.390  30.018  1.00 50.70           O  
+ATOM  19050  CG2 THR L 198      39.527 -25.163  29.043  1.00 45.67           C  
+ATOM  19051  N   LEU L 199      37.693 -25.925  26.136  1.00 48.72           N  
+ATOM  19052  CA  LEU L 199      37.717 -27.166  25.376  1.00 50.58           C  
+ATOM  19053  C   LEU L 199      39.078 -27.819  25.576  1.00 52.16           C  
+ATOM  19054  O   LEU L 199      40.111 -27.210  25.274  1.00 52.50           O  
+ATOM  19055  CB  LEU L 199      37.463 -26.892  23.893  1.00 50.88           C  
+ATOM  19056  CG  LEU L 199      37.523 -28.079  22.931  1.00 54.32           C  
+ATOM  19057  CD1 LEU L 199      36.266 -28.915  23.055  1.00 53.87           C  
+ATOM  19058  CD2 LEU L 199      37.722 -27.608  21.498  1.00 56.27           C  
+ATOM  19059  N   THR L 200      39.082 -29.050  26.078  1.00 51.36           N  
+ATOM  19060  CA  THR L 200      40.310 -29.751  26.427  1.00 52.97           C  
+ATOM  19061  C   THR L 200      40.507 -30.934  25.491  1.00 55.22           C  
+ATOM  19062  O   THR L 200      39.612 -31.774  25.347  1.00 56.20           O  
+ATOM  19063  CB  THR L 200      40.273 -30.225  27.882  1.00 52.15           C  
+ATOM  19064  OG1 THR L 200      40.250 -29.088  28.755  1.00 49.32           O  
+ATOM  19065  CG2 THR L 200      41.503 -31.064  28.197  1.00 51.30           C  
+ATOM  19066  N   LEU L 201      41.678 -30.997  24.859  1.00 56.76           N  
+ATOM  19067  CA  LEU L 201      42.024 -32.078  23.949  1.00 58.63           C  
+ATOM  19068  C   LEU L 201      43.451 -32.526  24.230  1.00 58.72           C  
+ATOM  19069  O   LEU L 201      44.194 -31.882  24.973  1.00 56.59           O  
+ATOM  19070  CB  LEU L 201      41.885 -31.645  22.482  1.00 58.56           C  
+ATOM  19071  CG  LEU L 201      40.526 -31.120  22.016  1.00 54.10           C  
+ATOM  19072  CD1 LEU L 201      40.634 -30.527  20.620  1.00 54.78           C  
+ATOM  19073  CD2 LEU L 201      39.485 -32.225  22.052  1.00 62.81           C  
+ATOM  19074  N   SER L 202      43.833 -33.643  23.622  1.00 65.21           N  
+ATOM  19075  CA  SER L 202      45.215 -34.094  23.648  1.00 64.06           C  
+ATOM  19076  C   SER L 202      46.001 -33.432  22.521  1.00 65.00           C  
+ATOM  19077  O   SER L 202      45.435 -32.967  21.529  1.00 67.04           O  
+ATOM  19078  CB  SER L 202      45.293 -35.616  23.522  1.00 72.21           C  
+ATOM  19079  OG  SER L 202      44.764 -36.054  22.283  1.00 73.91           O  
+ATOM  19080  N   LYS L 203      47.325 -33.374  22.698  1.00 64.01           N  
+ATOM  19081  CA  LYS L 203      48.185 -32.813  21.660  1.00 64.61           C  
+ATOM  19082  C   LYS L 203      47.973 -33.517  20.325  1.00 69.29           C  
+ATOM  19083  O   LYS L 203      47.974 -32.876  19.268  1.00 70.43           O  
+ATOM  19084  CB  LYS L 203      49.652 -32.906  22.081  1.00 63.75           C  
+ATOM  19085  CG  LYS L 203      50.623 -32.323  21.066  1.00 68.20           C  
+ATOM  19086  CD  LYS L 203      52.061 -32.393  21.555  1.00 66.76           C  
+ATOM  19087  CE  LYS L 203      53.018 -31.799  20.534  1.00 69.45           C  
+ATOM  19088  NZ  LYS L 203      54.429 -31.809  21.009  1.00 70.40           N  
+ATOM  19089  N   ALA L 204      47.775 -34.836  20.357  1.00 69.98           N  
+ATOM  19090  CA  ALA L 204      47.493 -35.583  19.135  1.00 74.37           C  
+ATOM  19091  C   ALA L 204      46.198 -35.105  18.486  1.00 76.28           C  
+ATOM  19092  O   ALA L 204      46.183 -34.695  17.319  1.00 76.76           O  
+ATOM  19093  CB  ALA L 204      47.428 -37.080  19.443  1.00 78.39           C  
+ATOM  19094  N   ASP L 205      45.093 -35.157  19.237  1.00 74.74           N  
+ATOM  19095  CA  ASP L 205      43.805 -34.736  18.693  1.00 75.94           C  
+ATOM  19096  C   ASP L 205      43.806 -33.262  18.313  1.00 70.53           C  
+ATOM  19097  O   ASP L 205      43.124 -32.868  17.360  1.00 67.82           O  
+ATOM  19098  CB  ASP L 205      42.690 -35.021  19.699  1.00 77.35           C  
+ATOM  19099  CG  ASP L 205      42.470 -36.503  19.923  1.00 88.59           C  
+ATOM  19100  OD1 ASP L 205      43.262 -37.310  19.392  1.00 89.15           O  
+ATOM  19101  OD2 ASP L 205      41.505 -36.861  20.629  1.00115.26           O  
+ATOM  19102  N   TYR L 206      44.557 -32.433  19.040  1.00 68.63           N  
+ATOM  19103  CA  TYR L 206      44.605 -31.014  18.708  1.00 64.46           C  
+ATOM  19104  C   TYR L 206      45.341 -30.787  17.394  1.00 65.08           C  
+ATOM  19105  O   TYR L 206      44.845 -30.084  16.506  1.00 65.22           O  
+ATOM  19106  CB  TYR L 206      45.259 -30.219  19.836  1.00 60.27           C  
+ATOM  19107  CG  TYR L 206      45.396 -28.746  19.521  1.00 56.84           C  
+ATOM  19108  CD1 TYR L 206      44.289 -27.908  19.535  1.00 54.64           C  
+ATOM  19109  CD2 TYR L 206      46.627 -28.197  19.194  1.00 59.00           C  
+ATOM  19110  CE1 TYR L 206      44.407 -26.562  19.244  1.00 52.93           C  
+ATOM  19111  CE2 TYR L 206      46.756 -26.852  18.905  1.00 58.21           C  
+ATOM  19112  CZ  TYR L 206      45.643 -26.040  18.929  1.00 55.04           C  
+ATOM  19113  OH  TYR L 206      45.766 -24.700  18.638  1.00 54.86           O  
+ATOM  19114  N   GLU L 207      46.532 -31.373  17.254  1.00 67.60           N  
+ATOM  19115  CA  GLU L 207      47.303 -31.242  16.024  1.00 69.05           C  
+ATOM  19116  C   GLU L 207      46.694 -32.004  14.854  1.00 69.28           C  
+ATOM  19117  O   GLU L 207      47.140 -31.811  13.718  1.00 67.60           O  
+ATOM  19118  CB  GLU L 207      48.737 -31.720  16.257  1.00 71.51           C  
+ATOM  19119  CG  GLU L 207      49.513 -30.889  17.262  1.00 72.09           C  
+ATOM  19120  CD  GLU L 207      50.903 -31.433  17.517  1.00 83.05           C  
+ATOM  19121  OE1 GLU L 207      51.149 -32.614  17.192  1.00 85.26           O  
+ATOM  19122  OE2 GLU L 207      51.750 -30.680  18.040  1.00 93.65           O  
+ATOM  19123  N   LYS L 208      45.696 -32.857  15.096  1.00 71.86           N  
+ATOM  19124  CA  LYS L 208      45.061 -33.570  13.995  1.00 68.25           C  
+ATOM  19125  C   LYS L 208      44.153 -32.675  13.160  1.00 69.08           C  
+ATOM  19126  O   LYS L 208      43.905 -32.989  11.991  1.00 75.85           O  
+ATOM  19127  CB  LYS L 208      44.262 -34.761  14.530  1.00 74.12           C  
+ATOM  19128  CG  LYS L 208      44.372 -36.013  13.675  1.00 80.77           C  
+ATOM  19129  CD  LYS L 208      43.691 -37.204  14.331  1.00 85.07           C  
+ATOM  19130  CE  LYS L 208      44.452 -37.667  15.563  1.00 93.81           C  
+ATOM  19131  NZ  LYS L 208      43.807 -38.847  16.205  1.00 98.19           N  
+ATOM  19132  N   HIS L 209      43.668 -31.570  13.716  1.00 64.84           N  
+ATOM  19133  CA  HIS L 209      42.749 -30.684  13.017  1.00 62.94           C  
+ATOM  19134  C   HIS L 209      43.325 -29.275  12.937  1.00 62.28           C  
+ATOM  19135  O   HIS L 209      44.363 -28.965  13.528  1.00 63.80           O  
+ATOM  19136  CB  HIS L 209      41.377 -30.676  13.697  1.00 63.10           C  
+ATOM  19137  CG  HIS L 209      40.721 -32.021  13.734  1.00 65.96           C  
+ATOM  19138  ND1 HIS L 209      39.951 -32.501  12.697  1.00 68.41           N  
+ATOM  19139  CD2 HIS L 209      40.722 -32.990  14.681  1.00 65.75           C  
+ATOM  19140  CE1 HIS L 209      39.506 -33.707  13.002  1.00 69.80           C  
+ATOM  19141  NE2 HIS L 209      39.958 -34.027  14.201  1.00 69.54           N  
+ATOM  19142  N   LYS L 210      42.627 -28.415  12.194  1.00 59.74           N  
+ATOM  19143  CA  LYS L 210      43.131 -27.089  11.851  1.00 60.38           C  
+ATOM  19144  C   LYS L 210      42.292 -25.952  12.414  1.00 59.02           C  
+ATOM  19145  O   LYS L 210      42.829 -25.084  13.113  1.00 56.91           O  
+ATOM  19146  CB  LYS L 210      43.226 -26.952  10.321  1.00 64.94           C  
+ATOM  19147  CG  LYS L 210      44.170 -27.942   9.651  1.00 64.91           C  
+ATOM  19148  CD  LYS L 210      45.623 -27.659   9.997  1.00 67.49           C  
+ATOM  19149  CE  LYS L 210      46.557 -28.551   9.189  1.00 72.54           C  
+ATOM  19150  NZ  LYS L 210      47.997 -28.207   9.373  1.00 73.42           N  
+ATOM  19151  N   VAL L 211      40.992 -25.924  12.132  1.00 60.20           N  
+ATOM  19152  CA  VAL L 211      40.145 -24.787  12.482  1.00 59.20           C  
+ATOM  19153  C   VAL L 211      39.458 -25.063  13.810  1.00 56.17           C  
+ATOM  19154  O   VAL L 211      38.874 -26.136  14.007  1.00 52.83           O  
+ATOM  19155  CB  VAL L 211      39.108 -24.515  11.379  1.00 56.39           C  
+ATOM  19156  CG1 VAL L 211      38.307 -23.259  11.696  1.00 52.40           C  
+ATOM  19157  CG2 VAL L 211      39.784 -24.397  10.026  1.00 61.37           C  
+ATOM  19158  N   TYR L 212      39.513 -24.091  14.721  1.00 56.43           N  
+ATOM  19159  CA  TYR L 212      38.855 -24.198  16.019  1.00 54.78           C  
+ATOM  19160  C   TYR L 212      37.999 -22.961  16.228  1.00 53.64           C  
+ATOM  19161  O   TYR L 212      38.507 -21.838  16.156  1.00 54.39           O  
+ATOM  19162  CB  TYR L 212      39.877 -24.350  17.149  1.00 53.00           C  
+ATOM  19163  CG  TYR L 212      40.618 -25.665  17.117  1.00 54.71           C  
+ATOM  19164  CD1 TYR L 212      41.695 -25.857  16.261  1.00 53.31           C  
+ATOM  19165  CD2 TYR L 212      40.235 -26.717  17.936  1.00 55.25           C  
+ATOM  19166  CE1 TYR L 212      42.369 -27.060  16.225  1.00 55.65           C  
+ATOM  19167  CE2 TYR L 212      40.904 -27.923  17.908  1.00 58.10           C  
+ATOM  19168  CZ  TYR L 212      41.969 -28.088  17.050  1.00 59.35           C  
+ATOM  19169  OH  TYR L 212      42.637 -29.287  17.018  1.00 62.23           O  
+ATOM  19170  N   ALA L 213      36.711 -23.164  16.498  1.00 52.19           N  
+ATOM  19171  CA  ALA L 213      35.772 -22.061  16.610  1.00 52.25           C  
+ATOM  19172  C   ALA L 213      34.808 -22.315  17.756  1.00 52.11           C  
+ATOM  19173  O   ALA L 213      34.473 -23.461  18.066  1.00 50.47           O  
+ATOM  19174  CB  ALA L 213      34.977 -21.863  15.312  1.00 48.78           C  
+ATOM  19175  N   CYS L 214      34.367 -21.231  18.385  1.00 48.78           N  
+ATOM  19176  CA  CYS L 214      33.236 -21.274  19.298  1.00 51.70           C  
+ATOM  19177  C   CYS L 214      32.125 -20.393  18.749  1.00 52.58           C  
+ATOM  19178  O   CYS L 214      32.364 -19.243  18.358  1.00 52.11           O  
+ATOM  19179  CB  CYS L 214      33.616 -20.854  20.727  1.00 51.94           C  
+ATOM  19180  SG  CYS L 214      34.443 -19.264  20.960  1.00 66.95           S  
+ATOM  19181  N   GLU L 215      30.922 -20.957  18.701  1.00 53.06           N  
+ATOM  19182  CA  GLU L 215      29.716 -20.281  18.247  1.00 53.96           C  
+ATOM  19183  C   GLU L 215      28.868 -19.981  19.474  1.00 55.74           C  
+ATOM  19184  O   GLU L 215      28.528 -20.892  20.237  1.00 55.10           O  
+ATOM  19185  CB  GLU L 215      28.951 -21.152  17.250  1.00 58.13           C  
+ATOM  19186  CG  GLU L 215      27.801 -20.458  16.540  1.00 63.59           C  
+ATOM  19187  CD  GLU L 215      27.141 -21.348  15.502  1.00 77.38           C  
+ATOM  19188  OE1 GLU L 215      27.135 -22.583  15.694  1.00 78.21           O  
+ATOM  19189  OE2 GLU L 215      26.628 -20.815  14.495  1.00 92.20           O  
+ATOM  19190  N   VAL L 216      28.534 -18.709  19.662  1.00 52.34           N  
+ATOM  19191  CA  VAL L 216      27.841 -18.228  20.848  1.00 52.36           C  
+ATOM  19192  C   VAL L 216      26.472 -17.721  20.430  1.00 52.90           C  
+ATOM  19193  O   VAL L 216      26.353 -16.967  19.455  1.00 51.21           O  
+ATOM  19194  CB  VAL L 216      28.638 -17.117  21.555  1.00 50.66           C  
+ATOM  19195  CG1 VAL L 216      27.823 -16.515  22.686  1.00 47.95           C  
+ATOM  19196  CG2 VAL L 216      29.962 -17.659  22.070  1.00 52.17           C  
+ATOM  19197  N   THR L 217      25.443 -18.148  21.155  1.00 52.31           N  
+ATOM  19198  CA  THR L 217      24.103 -17.605  21.006  1.00 51.97           C  
+ATOM  19199  C   THR L 217      23.618 -17.063  22.344  1.00 50.16           C  
+ATOM  19200  O   THR L 217      23.897 -17.640  23.403  1.00 53.53           O  
+ATOM  19201  CB  THR L 217      23.123 -18.646  20.466  1.00 55.76           C  
+ATOM  19202  OG1 THR L 217      21.790 -18.151  20.615  1.00 67.74           O  
+ATOM  19203  CG2 THR L 217      23.256 -19.953  21.208  1.00 54.14           C  
+ATOM  19204  N   HIS L 218      22.898 -15.945  22.285  1.00 47.39           N  
+ATOM  19205  CA  HIS L 218      22.460 -15.233  23.475  1.00 49.71           C  
+ATOM  19206  C   HIS L 218      21.171 -14.486  23.159  1.00 51.15           C  
+ATOM  19207  O   HIS L 218      20.843 -14.238  21.996  1.00 50.13           O  
+ATOM  19208  CB  HIS L 218      23.542 -14.263  23.968  1.00 47.06           C  
+ATOM  19209  CG  HIS L 218      23.188 -13.549  25.234  1.00 45.63           C  
+ATOM  19210  ND1 HIS L 218      22.918 -12.198  25.273  1.00 44.90           N  
+ATOM  19211  CD2 HIS L 218      23.060 -13.995  26.506  1.00 48.27           C  
+ATOM  19212  CE1 HIS L 218      22.639 -11.843  26.514  1.00 45.67           C  
+ATOM  19213  NE2 HIS L 218      22.718 -12.914  27.282  1.00 46.76           N  
+ATOM  19214  N   GLN L 219      20.433 -14.145  24.221  1.00 50.00           N  
+ATOM  19215  CA  GLN L 219      19.185 -13.403  24.063  1.00 50.02           C  
+ATOM  19216  C   GLN L 219      19.398 -12.089  23.318  1.00 51.52           C  
+ATOM  19217  O   GLN L 219      18.481 -11.599  22.648  1.00 50.25           O  
+ATOM  19218  CB  GLN L 219      18.561 -13.145  25.437  1.00 48.92           C  
+ATOM  19219  CG  GLN L 219      17.247 -12.378  25.409  1.00 51.57           C  
+ATOM  19220  CD  GLN L 219      16.623 -12.237  26.786  1.00 49.00           C  
+ATOM  19221  OE1 GLN L 219      16.756 -13.119  27.634  1.00 40.07           O  
+ATOM  19222  NE2 GLN L 219      15.944 -11.118  27.017  1.00 44.64           N  
+ATOM  19223  N   GLY L 220      20.593 -11.515  23.408  1.00 51.78           N  
+ATOM  19224  CA  GLY L 220      20.907 -10.264  22.754  1.00 53.09           C  
+ATOM  19225  C   GLY L 220      21.602 -10.380  21.417  1.00 53.39           C  
+ATOM  19226  O   GLY L 220      22.105  -9.369  20.911  1.00 57.42           O  
+ATOM  19227  N   LEU L 221      21.650 -11.570  20.826  1.00 49.62           N  
+ATOM  19228  CA  LEU L 221      22.294 -11.786  19.536  1.00 48.65           C  
+ATOM  19229  C   LEU L 221      21.227 -12.215  18.539  1.00 49.54           C  
+ATOM  19230  O   LEU L 221      20.679 -13.318  18.646  1.00 49.65           O  
+ATOM  19231  CB  LEU L 221      23.399 -12.836  19.646  1.00 49.29           C  
+ATOM  19232  CG  LEU L 221      24.588 -12.481  20.541  1.00 43.26           C  
+ATOM  19233  CD1 LEU L 221      25.550 -13.653  20.649  1.00 43.23           C  
+ATOM  19234  CD2 LEU L 221      25.301 -11.247  20.017  1.00 39.58           C  
+ATOM  19235  N   SER L 222      20.935 -11.346  17.569  1.00 50.79           N  
+ATOM  19236  CA  SER L 222      19.972 -11.670  16.524  1.00 49.96           C  
+ATOM  19237  C   SER L 222      20.441 -12.809  15.630  1.00 47.68           C  
+ATOM  19238  O   SER L 222      19.634 -13.346  14.863  1.00 50.08           O  
+ATOM  19239  CB  SER L 222      19.682 -10.430  15.676  1.00 45.98           C  
+ATOM  19240  OG  SER L 222      20.846  -9.995  14.996  1.00 57.19           O  
+ATOM  19241  N   SER L 223      21.714 -13.180  15.707  1.00 47.41           N  
+ATOM  19242  CA  SER L 223      22.262 -14.311  14.973  1.00 49.96           C  
+ATOM  19243  C   SER L 223      23.512 -14.783  15.702  1.00 48.38           C  
+ATOM  19244  O   SER L 223      24.129 -14.007  16.442  1.00 49.35           O  
+ATOM  19245  CB  SER L 223      22.586 -13.925  13.519  1.00 50.35           C  
+ATOM  19246  OG  SER L 223      23.449 -12.803  13.467  1.00 50.78           O  
+ATOM  19247  N   PRO L 224      23.902 -16.048  15.529  1.00 45.48           N  
+ATOM  19248  CA  PRO L 224      25.060 -16.567  16.268  1.00 48.26           C  
+ATOM  19249  C   PRO L 224      26.338 -15.803  15.950  1.00 49.52           C  
+ATOM  19250  O   PRO L 224      26.546 -15.330  14.830  1.00 51.21           O  
+ATOM  19251  CB  PRO L 224      25.154 -18.026  15.803  1.00 49.35           C  
+ATOM  19252  CG  PRO L 224      23.787 -18.362  15.321  1.00 49.80           C  
+ATOM  19253  CD  PRO L 224      23.235 -17.098  14.740  1.00 49.05           C  
+ATOM  19254  N   VAL L 225      27.196 -15.682  16.960  1.00 48.28           N  
+ATOM  19255  CA  VAL L 225      28.490 -15.017  16.833  1.00 47.05           C  
+ATOM  19256  C   VAL L 225      29.573 -16.082  16.922  1.00 49.66           C  
+ATOM  19257  O   VAL L 225      29.707 -16.754  17.950  1.00 52.09           O  
+ATOM  19258  CB  VAL L 225      28.685 -13.940  17.911  1.00 44.64           C  
+ATOM  19259  CG1 VAL L 225      30.137 -13.487  17.950  1.00 43.60           C  
+ATOM  19260  CG2 VAL L 225      27.762 -12.761  17.654  1.00 44.26           C  
+ATOM  19261  N   THR L 226      30.346 -16.240  15.853  1.00 50.34           N  
+ATOM  19262  CA  THR L 226      31.382 -17.261  15.781  1.00 50.06           C  
+ATOM  19263  C   THR L 226      32.758 -16.614  15.836  1.00 50.68           C  
+ATOM  19264  O   THR L 226      33.042 -15.684  15.074  1.00 51.01           O  
+ATOM  19265  CB  THR L 226      31.246 -18.095  14.506  1.00 52.77           C  
+ATOM  19266  OG1 THR L 226      29.917 -18.629  14.419  1.00 54.44           O  
+ATOM  19267  CG2 THR L 226      32.247 -19.241  14.513  1.00 49.19           C  
+ATOM  19268  N   LYS L 227      33.602 -17.099  16.745  1.00 51.44           N  
+ATOM  19269  CA  LYS L 227      34.998 -16.684  16.827  1.00 48.91           C  
+ATOM  19270  C   LYS L 227      35.882 -17.901  16.598  1.00 53.20           C  
+ATOM  19271  O   LYS L 227      35.722 -18.921  17.276  1.00 53.60           O  
+ATOM  19272  CB  LYS L 227      35.311 -16.034  18.178  1.00 51.58           C  
+ATOM  19273  CG  LYS L 227      34.743 -14.630  18.340  1.00 50.88           C  
+ATOM  19274  CD  LYS L 227      35.513 -13.612  17.513  1.00 53.69           C  
+ATOM  19275  CE  LYS L 227      35.067 -12.192  17.833  1.00 53.75           C  
+ATOM  19276  NZ  LYS L 227      35.752 -11.179  16.982  1.00 60.12           N  
+ATOM  19277  N   SER L 228      36.817 -17.792  15.652  1.00 53.45           N  
+ATOM  19278  CA  SER L 228      37.581 -18.942  15.184  1.00 52.96           C  
+ATOM  19279  C   SER L 228      39.054 -18.582  15.031  1.00 57.94           C  
+ATOM  19280  O   SER L 228      39.439 -17.410  15.035  1.00 58.84           O  
+ATOM  19281  CB  SER L 228      37.037 -19.463  13.849  1.00 54.79           C  
+ATOM  19282  OG  SER L 228      37.215 -18.510  12.815  1.00 60.82           O  
+ATOM  19283  N   PHE L 229      39.879 -19.621  14.899  1.00 58.24           N  
+ATOM  19284  CA  PHE L 229      41.292 -19.460  14.585  1.00 55.10           C  
+ATOM  19285  C   PHE L 229      41.815 -20.719  13.904  1.00 59.96           C  
+ATOM  19286  O   PHE L 229      41.315 -21.827  14.133  1.00 59.15           O  
+ATOM  19287  CB  PHE L 229      42.132 -19.146  15.834  1.00 51.94           C  
+ATOM  19288  CG  PHE L 229      42.317 -20.316  16.764  1.00 55.12           C  
+ATOM  19289  CD1 PHE L 229      43.374 -21.201  16.593  1.00 50.94           C  
+ATOM  19290  CD2 PHE L 229      41.450 -20.519  17.823  1.00 55.25           C  
+ATOM  19291  CE1 PHE L 229      43.547 -22.274  17.448  1.00 52.21           C  
+ATOM  19292  CE2 PHE L 229      41.621 -21.587  18.683  1.00 51.50           C  
+ATOM  19293  CZ  PHE L 229      42.670 -22.466  18.496  1.00 51.19           C  
+ATOM  19294  N   ASN L 230      42.827 -20.532  13.057  1.00 59.95           N  
+ATOM  19295  CA  ASN L 230      43.565 -21.629  12.441  1.00 59.40           C  
+ATOM  19296  C   ASN L 230      44.832 -21.942  13.225  1.00 58.47           C  
+ATOM  19297  O   ASN L 230      45.606 -21.038  13.558  1.00 59.73           O  
+ATOM  19298  CB  ASN L 230      43.923 -21.302  10.988  1.00 67.10           C  
+ATOM  19299  CG  ASN L 230      42.748 -21.465  10.047  1.00 72.47           C  
+ATOM  19300  OD1 ASN L 230      42.317 -22.588   9.773  1.00 79.08           O  
+ATOM  19301  ND2 ASN L 230      42.211 -20.353   9.561  1.00 78.33           N  
+ATOM  19302  N   ARG L 231      45.035 -23.229  13.511  1.00 58.90           N  
+ATOM  19303  CA  ARG L 231      46.204 -23.743  14.220  1.00 60.71           C  
+ATOM  19304  C   ARG L 231      47.515 -23.406  13.507  1.00 70.64           C  
+ATOM  19305  O   ARG L 231      48.097 -24.263  12.832  1.00 76.87           O  
+ATOM  19306  CB  ARG L 231      46.063 -25.256  14.419  1.00 60.29           C  
+ATOM  19307  CG  ARG L 231      47.247 -25.926  15.096  1.00 65.56           C  
+ATOM  19308  CD  ARG L 231      46.925 -27.353  15.481  1.00 63.19           C  
+ATOM  19309  NE  ARG L 231      46.709 -28.243  14.342  1.00 66.57           N  
+ATOM  19310  CZ  ARG L 231      47.672 -28.722  13.563  1.00 68.38           C  
+ATOM  19311  NH1 ARG L 231      48.935 -28.393  13.790  1.00 70.83           N  
+ATOM  19312  NH2 ARG L 231      47.366 -29.542  12.564  1.00 69.92           N  
+ATOM  19313  N   GLY L 232      47.968 -22.159  13.597  1.00 71.30           N  
+ATOM  19314  CA  GLY L 232      49.243 -21.822  12.993  1.00 70.42           C  
+ATOM  19315  C   GLY L 232      49.394 -20.388  12.537  1.00 79.71           C  
+ATOM  19316  O   GLY L 232      50.231 -20.099  11.677  1.00 93.91           O  
+ATOM  19317  N   GLU L 233      48.606 -19.479  13.099  1.00 79.19           N  
+ATOM  19318  CA  GLU L 233      48.672 -18.078  12.697  1.00 81.25           C  
+ATOM  19319  C   GLU L 233      48.665 -17.141  13.900  1.00 84.57           C  
+ATOM  19320  O   GLU L 233      48.769 -15.922  13.750  1.00 85.03           O  
+ATOM  19321  CB  GLU L 233      47.508 -17.742  11.762  1.00 80.77           C  
+ATOM  19322  CG  GLU L 233      47.433 -18.625  10.525  1.00 75.53           C  
+ATOM  19323  CD  GLU L 233      46.226 -18.326   9.662  1.00 71.40           C  
+ATOM  19324  OE1 GLU L 233      45.500 -17.357   9.967  1.00 68.80           O  
+ATOM  19325  OE2 GLU L 233      46.003 -19.061   8.677  1.00 70.88           O  
diff --git a/content/data/protein/benchbb_antibody_targets/variant_candidates.csv b/content/data/protein/benchbb_antibody_targets/variant_candidates.csv
new file mode 100644
index 0000000..47beae9
--- /dev/null
+++ b/content/data/protein/benchbb_antibody_targets/variant_candidates.csv
@@ -0,0 +1,401 @@
+heavy,light,global_score,score,mutations,seq_recovery,target,heavy_cdr1,heavy_cdr2,heavy_cdr3,light_cdr1,light_cdr2,light_cdr3
+EVQLVESGGGLVQPGGSLRLSCAASGFTIYSSGIHWVRQAPGKGLEWVASIYSSYGSTSYADSVKGRFTISADTSKNTAYLQMNSLRAEDTAVYYCARQYSWHFSYMYHPYNGMDVWGQGTLVTVSSASTKGPSVFPLAPSSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,QMTQSPSSLSASVGDRVTITCRASQSVSSAVAWYQQKPGKAPKLLIYSASSLYSGVPSRFSGSRSGTDFTLTISSLQPEDFATYYCQQSTRSNSWTFGQGTKVEIKRTVAAPSVFIFPPSDSQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGEC,1.0192559957504272,1.084834098815918,24,0.9455782312925172,MBP,GFTIYSS,YSSYGS,QYSWHFSYMYHPYNGMDV,RASQSVSSAVA,SASSLYS,QQSTRSNSWT
+EVQLVESGGGLVQPGGSLRLSCAASGFTLSYSSIHWVRQAPGKGLEWVASIYSYSGSTSYADSVKGRFTISADTSKNTAYLQMNSLRAEDTAVYYCAREYFPYSSYVWLPFTGLDYWGQGTLVTVSSASTKGPSVFPLAPSSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,QMTQSPSSLSASVGDRVTITCRASQSISSAVAWYQQKPGKAPKLLIYSASSLYSGVPSRFSGSRSGTDFTLTISSLQPEDFATYYCQTSSDTSLLTFGQGTKVEIKRTVAAPSVFIFPPSDSQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGEC,1.010960817337036,1.0183231830596924,15,0.9659863945578232,MBP,GFTLSYS,YSYSGS,EYFPYSSYVWLPFTGLDY,RASQSISSAVA,SASSLYS,QTSSDTSLLT
+EVQLVESGGGLVQPGGSLRLSCAASGFNLSYSSIHWVRQAPGKGLEWVASIYSSYGYTSYADSVKGRFTISADTSKNTAYLQMNSLRAEDTAVYYCAREYHSWYSWNYFPWNGLDYWGQGTLVTVSSASTKGPSVFPLAPSSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,QMTQSPSSLSASVGDRVTITCRASRSVSSAVAWYQQKPGKAPKLLIYSASSLYSGVPSRFSGSRSGTDFTLTISSLQPEDFATYYCQLWSTRTLYYFGQGTKVEIKRTVAAPSVFIFPPSDSQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGEC,1.0020612478256226,0.9469642043113708,19,0.9569160997732428,MBP,GFNLSYS,YSSYGY,EYHSWYSWNYFPWNGLDY,RASRSVSSAVA,SASSLYS,QLWSTRTLYY
+EVQLVESGGGLVQPGGSLRLSCAASGFTISYSSIHWVRQAPGKGLEWVASIYSYYSSTSYADSVKGRFTISADTSKNTAYLQMNSLRAEDTAVYYCAREYIYWWSEVSYPRIGLDVWGQGTLVTVSSASTKGPSVFPLAPSSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,QMTQSPSSLSASVGDRVTITCRASSSISSAVAWYQQKPGKAPKLLIYSASSLYSGVPSRFSGSRSGTDFTLTISSLQPEDFATYYCQQSSLSSSQYFGQGTKVEIKRTVAAPSVFIFPPSDSQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGEC,1.004913091659546,0.9698311686515808,21,0.9523809523809524,MBP,GFTISYS,YSYYSS,EYIYWWSEVSYPRIGLDV,RASSSISSAVA,SASSLYS,QQSSLSSSQY
+EVQLVESGGGLVQPGGSLRLSCAASGFTISYSSIHWVRQAPGKGLEWVASIYSSSGSTSYADSVKGRFTISADTSKNTAYLQMNSLRAEDTAVYYCAREFHEYWGSAYYPADGMDYWGQGTLVTVSSASTKGPSVFPLAPSSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,QMTQSPSSLSASVGDRVTITCRASQSVSNAVAWYQQKPGKAPKLLIYSASSLYSGVPSRFSGSRSGTDFTLTISSLQPEDFATYYCQQYTLRSAVAFGQGTKVEIKRTVAAPSVFIFPPSDSQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGEC,1.0027015209197998,0.952097713947296,23,0.947845804988662,MBP,GFTISYS,YSSSGS,EFHEYWGSAYYPADGMDY,RASQSVSNAVA,SASSLYS,QQYTLRSAVA
+EVQLVESGGGLVQPGGSLRLSCAASGFTISYSSIHWVRQAPGKGLEWVASIYSYSGYTSYADSVKGRFTISADTSKNTAYLQMNSLRAEDTAVYYCAREYSSWDSISFYPFDGLDVWGQGTLVTVSSASTKGPSVFPLAPSSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,QMTQSPSSLSASVGDRVTITCRASESISNAVAWYQQKPGKAPKLLIYSASSLYSGVPSRFSGSRSGTDFTLTISSLQPEDFATYYCQQSSFSASVAFGQGTKVEIKRTVAAPSVFIFPPSDSQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGEC,1.01186203956604,1.025549054145813,23,0.947845804988662,MBP,GFTISYS,YSYSGY,EYSSWDSISFYPFDGLDV,RASESISNAVA,SASSLYS,QQSSFSASVA
+EVQLVESGGGLVQPGGSLRLSCAASGFTLSGSSIHWVRQAPGKGLEWVASIYSYYGSTSYADSVKGRFTISADTSKNTAYLQMNSLRAEDTAVYYCAREFTPRFGWNHYPRDGLDYWGQGTLVTVSSASTKGPSVFPLAPSSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,QMTQSPSSLSASVGDRVTITCRASQSVSNAVAWYQQKPGKAPKLLIYSASSLYSGVPSRFSGSRSGTDFTLTISSLQPEDFATYYCQQWSPATLYTFGQGTKVEIKRTVAAPSVFIFPPSDSQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGEC,1.0027073621749878,0.9521441459655762,19,0.9569160997732428,MBP,GFTLSGS,YSYYGS,EFTPRFGWNHYPRDGLDY,RASQSVSNAVA,SASSLYS,QQWSPATLYT
+EVQLVESGGGLVQPGGSLRLSCAASGFPLSSSSIHWVRQAPGKGLEWVASIYSYYGSTSYADSVKGRFTISADTSKNTAYLQMNSLRAEDTAVYYCAREYFYSYGWSYYPPNGLDYWGQGTLVTVSSASTKGPSVFPLAPSSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,QMTQSPSSLSASVGDRVTITCRASQSISSAVAWYQQKPGKAPKLLIYSASSLYSGVPSRFSGSRSGTDFTLTISSLQPEDFATYYCQQSSNGFSSTFGQGTKVEIKRTVAAPSVFIFPPSDSQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGEC,0.998208224773407,0.9160703420639038,18,0.9591836734693876,MBP,GFPLSSS,YSYYGS,EYFYSYGWSYYPPNGLDY,RASQSISSAVA,SASSLYS,QQSSNGFSST
+EVQLVESGGGLVQPGGSLRLSCAASGFTISSSSIHWVRQAPGKGLEWVASIYSYYGYTSYADSVKGRFTISADTSKNTAYLQMNSLRAEDTAVYYCARQYSSSWSYTYYPAVGMDYWGQGTLVTVSSASTKGPSVFPLAPSSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,QMTQSPSSLSASVGDRVTITCRASQSISSAVAWYQQKPGKAPKLLIYSASSLYSGVPSRFSGSRSGTDFTLTISSLQPEDFATYYCQQHTGGYSYTFGQGTKVEIKRTVAAPSVFIFPPSDSQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGEC,0.9893659949302672,0.8451711535453796,19,0.9569160997732428,MBP,GFTISSS,YSYYGY,QYSSSWSYTYYPAVGMDY,RASQSISSAVA,SASSLYS,QQHTGGYSYT
+EVQLVESGGGLVQPGGSLRLSCAASGFTIDYSSIHWVRQAPGKGLEWVASIYSYYGSTSYADSVKGRFTISADTSKNTAYLQMNSLRAEDTAVYYCARSYSWSSGWNFYPKDGLDYWGQGTLVTVSSASTKGPSVFPLAPSSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,QMTQSPSSLSASVGDRVTITCRASQSISNNVAWYQQKPGKAPKLLIYSASSLYSGVPSRFSGSRSGTDFTLTISSLQPEDFATYYCQQSTWSNLRSFGQGTKVEIKRTVAAPSVFIFPPSDSQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGEC,1.0028432607650757,0.9532354474067688,26,0.9410430839002268,MBP,GFTIDYS,YSYYGS,SYSWSSGWNFYPKDGLDY,RASQSISNNVA,SASSLYS,QQSTWSNLRS
+EVQLVESGGGLVQPGGSLRLSCAASGFTLSGNSIHWVRQAPGKGLEWVASIYSYYGSTSYADSVKGRFTISADTSKNTAYLQMNSLRAEDTAVYYCARQYYWSWSWQYYPHNGMDYWGQGTLVTVSSASTKGPSVFPLAPSSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,QMTQSPSSLSASVGDRVTITCRASQSVSSAVAWYQQKPGKAPKLLIYSASSLYSGVPSRFSGSRSGTDFTLTISSLQPEDFATYYCQQSTLYSHYYFGQGTKVEIKRTVAAPSVFIFPPSDSQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGEC,0.991991937160492,0.866226077079773,21,0.9523809523809524,MBP,GFTLSGN,YSYYGS,QYYWSWSWQYYPHNGMDY,RASQSVSSAVA,SASSLYS,QQSTLYSHYY
+EVQLVESGGGLVQPGGSLRLSCAASGFTLVYSSIHWVRQAPGKGLEWVASIYSYYGSTSYADSVKGRFTISADTSKNTAYLQMNSLRAEDTAVYYCARQYYIWWGWSWYPGNGMDVWGQGTLVTVSSASTKGPSVFPLAPSSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,QMTQSPSSLSASVGDRVTITCRASQSVSNAVAWYQQKPGKAPKLLIYSASSLYSGVPSRFSGSRSGTDFTLTISSLQPEDFATYYCQQSTSGETSTFGQGTKVEIKRTVAAPSVFIFPPSDSQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGEC,0.9894440770149232,0.8457981944084167,22,0.9501133786848072,MBP,GFTLVYS,YSYYGS,QYYIWWGWSWYPGNGMDV,RASQSVSNAVA,SASSLYS,QQSTSGETST
+EVQLVESGGGLVQPGGSLRLSCAASGFTLSSSSIHWVRQAPGKGLEWVASIYSYYSYTSYADSVKGRFTISADTSKNTAYLQMNSLRAEDTAVYYCAREYSWWWGSSHYPFVGMDVWGQGTLVTVSSASTKGPSVFPLAPSSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,QMTQSPSSLSASVGDRVTITCRASQSVSSAVAWYQQKPGKAPKLLIYSASSLYSGVPSRFSGSRSGTDFTLTISSLQPEDFATYYCQLSSNGNTKTFGQGTKVEIKRTVAAPSVFIFPPSDSQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGEC,0.9923021197319032,0.8687132000923157,20,0.9546485260770976,MBP,GFTLSSS,YSYYSY,EYSWWWGSSHYPFVGMDV,RASQSVSSAVA,SASSLYS,QLSSNGNTKT
+EVQLVESGGGLVQPGGSLRLSCAASGFTLSSSSIHWVRQAPGKGLEWVASIYSYYGYTSYADSVKGRFTISADTSKNTAYLQMNSLRAEDTAVYYCARQYSWSWGSHWYPAIGLDYWGQGTLVTVSSASTKGPSVFPLAPSSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,QMTQSPSSLSASVGDRVTITCRASSSVSNAVAWYQQKPGKAPKLLIYSASSLYSGVPSRFSGSRSGTDFTLTISSLQPEDFATYYCQQWTGGSSYTFGQGTKVEIKRTVAAPSVFIFPPSDSQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGEC,0.985416829586029,0.8135067224502563,21,0.9523809523809524,MBP,GFTLSSS,YSYYGY,QYSWSWGSHWYPAIGLDY,RASSSVSNAVA,SASSLYS,QQWTGGSSYT
+EVQLVESGGGLVQPGGSLRLSCAASGFTLSWSSIHWVRQAPGKGLEWVASIFSSYGSTSYADSVKGRFTISADTSKNTAYLQMNSLRAEDTAVYYCAREYHQSDGFGYYPDYGLDYWGQGTLVTVSSASTKGPSVFPLAPSSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,QMTQSPSSLSASVGDRVTITCRASQSVSNAVAWYQQKPGKAPKLLIYSASSLYSGVPSRFSGSRSGTDFTLTISSLQPEDFATYYCQQHTIGNTLTFGQGTKVEIKRTVAAPSVFIFPPSDSQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGEC,1.0168535709381104,1.065571904182434,21,0.9523809523809524,MBP,GFTLSWS,FSSYGS,EYHQSDGFGYYPDYGLDY,RASQSVSNAVA,SASSLYS,QQHTIGNTLT
+EVQLVESGGGLVQPGGSLRLSCAASGFNLSYSGIHWVRQAPGKGLEWVASIYSYYGSTSYADSVKGRFTISADTSKNTAYLQMNSLRAEDTAVYYCARRYYYYDSWNYYPYVGLDYWGQGTLVTVSSASTKGPSVFPLAPSSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,QMTQSPSSLSASVGDRVTITCRASQSISSAVAWYQQKPGKAPKLLIYSASSLYSGVPSRFSGSRSGTDFTLTISSLQPEDFATYYCQQSTNGSTITFGQGTKVEIKRTVAAPSVFIFPPSDSQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGEC,0.9876716136932372,0.8315854072570801,19,0.9569160997732428,MBP,GFNLSYS,YSYYGS,RYYYYDSWNYYPYVGLDY,RASQSISSAVA,SASSLYS,QQSTNGSTIT
+EVQLVESGGGLVQPGGSLRLSCAASGFTLSSSSIHWVRQAPGKGLEWVASIYSYYGSTSYADSVKGRFTISADTSKNTAYLQMNSLRAEDTAVYYCAREYLYWYSWNYLPKVGLDYWGQGTLVTVSSASTKGPSVFPLAPSSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,QMTQSPSSLSASVGDRVTITCRASQSVSSAVAWYQQKPGKAPKLLIYSASSLYSGVPSRFSGSRSGTDFTLTISSLQPEDFATYYCQQYSNNGLVTFGQGTKVEIKRTVAAPSVFIFPPSDSQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGEC,0.9804670810699464,0.7738190293312073,15,0.9659863945578232,MBP,GFTLSSS,YSYYGS,EYLYWYSWNYLPKVGLDY,RASQSVSSAVA,SASSLYS,QQYSNNGLVT
+EVQLVESGGGLVQPGGSLRLSCAASGFTISSSSIHWVRQAPGKGLEWVASIYSSYGSTSYADSVKGRFTISADTSKNTAYLQMNSLRAEDTAVYYCAREFHYEWSPNYYPRYGLDVWGQGTLVTVSSASTKGPSVFPLAPSSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,QMTQSPSSLSASVGDRVTITCRASQSVSSAVAWYQQKPGKAPKLLIYSASSLYSGVPSRFSGSRSGTDFTLTISSLQPEDFATYYCQISTLDSSYTFGQGTKVEIKRTVAAPSVFIFPPSDSQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGEC,0.988442599773407,0.8377680778503418,19,0.9569160997732428,MBP,GFTISSS,YSSYGS,EFHYEWSPNYYPRYGLDV,RASQSVSSAVA,SASSLYS,QISTLDSSYT
+EVQLVESGGGLVQPGGSLRLSCAASGFTIKSNSIHWVRQAPGKGLEWVASIYSYSSSTSYADSVKGRFTISADTSKNTAYLQMNSLRAEDTAVYYCARLYHWYWSYNYYPKKGMDVWGQGTLVTVSSASTKGPSVFPLAPSSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,QMTQSPSSLSASVGDRVTITCRASQSVSSAVAWYQQKPGKAPKLLIYSASSLYSGVPSRFSGSRSGTDFTLTISSLQPEDFATYYCQQWTDYNLVTFGQGTKVEIKRTVAAPSVFIFPPSDSQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGEC,1.005170464515686,0.9718940854072572,21,0.9523809523809524,MBP,GFTIKSN,YSYSSS,LYHWYWSYNYYPKKGMDV,RASQSVSSAVA,SASSLYS,QQWTDYNLVT
+EVQLVESGGGLVQPGGSLRLSCAASGFTLDSSSIHWVRQAPGKGLEWVASIYSYYGSTSYADSVKGRFTISADTSKNTAYLQMNSLRAEDTAVYYCAREYHPSWSHSYFPANGLDYWGQGTLVTVSSASTKGPSVFPLAPSSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,QMTQSPSSLSASVGDRVTITCRASQSVSNAVAWYQQKPGKAPKLLIYSASSLYSGVPSRFSGSRSGTDFTLTISSLQPEDFATYYCQIWTLSSSFTFGQGTKVEIKRTVAAPSVFIFPPSDSQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGEC,0.9885980486869812,0.8390139937400818,17,0.9614512471655328,MBP,GFTLDSS,YSYYGS,EYHPSWSHSYFPANGLDY,RASQSVSNAVA,SASSLYS,QIWTLSSSFT
+EVQLVESGGGLVQPGGSLRLSCAASGFTLSSSSIHWVRQAPGKGLEWVASIYSYSSSTSYADSVKGRFTISADTSKNTAYLQMNSLRAEDTAVYYCARAWYPWSGWSYYPRNGLDYWGQGTLVTVSSASTKGPSVFPLAPSSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,QMTQSPSSLSASVGDRVTITCRASQSISSAVAWYQQKPGKAPKLLIYSASSLYSGVPSRFSGSRSGTDFTLTISSLQPEDFATYYCQQSTYGHLRHFGQGTKVEIKRTVAAPSVFIFPPSDSQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGEC,0.9978383779525756,0.9131040573120116,22,0.9501133786848072,MBP,GFTLSSS,YSYSSS,AWYPWSGWSYYPRNGLDY,RASQSISSAVA,SASSLYS,QQSTYGHLRH
+EVQLVESGGGLVQPGGSLRLSCAASGFTISTSSIHWVRQAPGKGLEWVASIYSYYSSTSYADSVKGRFTISADTSKNTAYLQMNSLRAEDTAVYYCAREFYWSDSGSYYPAVGMDVWGQGTLVTVSSASTKGPSVFPLAPSSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,QMTQSPSSLSASVGDRVTITCRASQSISSAVAWYQQKPGKAPKLLIYSASSLYSGVPSRFSGSRSGTDFTLTISSLQPEDFATYYCQQSSGGGAVTFGQGTKVEIKRTVAAPSVFIFPPSDSQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGEC,0.99013352394104,0.8513261675834656,22,0.9501133786848072,MBP,GFTISTS,YSYYSS,EFYWSDSGSYYPAVGMDV,RASQSISSAVA,SASSLYS,QQSSGGGAVT
+EVQLVESGGGLVQPGGSLRLSCAASGFTLSSSSIHWVRQAPGKGLEWVASIYSYYGSTSYADSVKGRFTISADTSKNTAYLQMNSLRAEDTAVYYCARSYVYYSTWNYYPKDGLDYWGQGTLVTVSSASTKGPSVFPLAPSSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,QMTQSPSSLSASVGDRVTITCRASQSISSAVAWYQQKPGKAPKLLIYSASSLYSGVPSRFSGSRSGTDFTLTISSLQPEDFATYYCQQALSDLSYIFGQGTKVEIKRTVAAPSVFIFPPSDSQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGEC,1.0011374950408936,0.9395564198493958,20,0.9546485260770976,MBP,GFTLSSS,YSYYGS,SYVYYSTWNYYPKDGLDY,RASQSISSAVA,SASSLYS,QQALSDLSYI
+EVQLVESGGGLVQPGGSLRLSCAASGFTISYYSIHWVRQAPGKGLEWVASIYSYYGSTSYADSVKGRFTISADTSKNTAYLQMNSLRAEDTAVYYCARRYWPHYSWQWYPANGLDVWGQGTLVTVSSASTKGPSVFPLAPSSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,QMTQSPSSLSASVGDRVTITCRASQSVSSSVAWYQQKPGKAPKLLIYSASSLYSGVPSRFSGSRSGTDFTLTISSLQPEDFATYYCQLATYLNLATFGQGTKVEIKRTVAAPSVFIFPPSDSQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGEC,1.011204957962036,1.0202807188034058,22,0.9501133786848072,MBP,GFTISYY,YSYYGS,RYWPHYSWQWYPANGLDV,RASQSVSSSVA,SASSLYS,QLATYLNLAT
+EVQLVESGGGLVQPGGSLRLSCAASGFTIFRASIHWVRQAPGKGLEWVASIYSYGGSTSYADSVKGRFTISADTSKNTAYLQMNSLRAEDTAVYYCAREYYLWHGWNYYPRQGMDYWGQGTLVTVSSASTKGPSVFPLAPSSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,QMTQSPSSLSASVGDRVTITCRASQSVSSAVAWYQQKPGKAPKLLIYSASSLYSGVPSRFSGSRSGTDFTLTISSLQPEDFATYYCQQFSQLNSYNFGQGTKVEIKRTVAAPSVFIFPPSDSQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGEC,1.0241092443466189,1.1237494945526123,24,0.9455782312925172,MBP,GFTIFRA,YSYGGS,EYYLWHGWNYYPRQGMDY,RASQSVSSAVA,SASSLYS,QQFSQLNSYN
+EVQLVESGGGLVQPGGSLRLSCAASGFTLSSSSIHWVRQAPGKGLEWVASIYSYYGSTSYADSVKGRFTISADTSKNTAYLQMNSLRAEDTAVYYCAREAYDWYTSAWYPRVGLDVWGQGTLVTVSSASTKGPSVFPLAPSSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,QMTQSPSSLSASVGDRVTITCRASQSISYAVAWYQQKPGKAPKLLIYSASSLYSGVPSRFSGSRSGTDFTLTISSLQPEDFATYYCQQWSDGDNITFGQGTKVEIKRTVAAPSVFIFPPSDSQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGEC,1.0086361169815063,0.9996834993362428,19,0.9569160997732428,MBP,GFTLSSS,YSYYGS,EAYDWYTSAWYPRVGLDV,RASQSISYAVA,SASSLYS,QQWSDGDNIT
+EVQLVESGGGLVQPGGSLRLSCAASGFTIKTSSIHWVRQAPGKGLEWVASIYSYSSSTSYADSVKGRFTISADTSKNTAYLQMNSLRAEDTAVYYCAREYDHTDGWNYYPYNGLDVWGQGTLVTVSSASTKGPSVFPLAPSSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,QMTQSPSSLSASVGDRVTITCRASQSVSSAVAWYQQKPGKAPKLLIYSASSLYSGVPSRFSGSRSGTDFTLTISSLQPEDFATYYCQQSSSSNLITFGQGTKVEIKRTVAAPSVFIFPPSDSQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGEC,0.9844682812690736,0.8059006929397583,23,0.947845804988662,MBP,GFTIKTS,YSYSSS,EYDHTDGWNYYPYNGLDV,RASQSVSSAVA,SASSLYS,QQSSSSNLIT
+EVQLVESGGGLVQPGGSLRLSCAASGFTISVSSIHWVRQAPGKGLEWVASIYSYYGSTSYADSVKGRFTISADTSKNTAYLQMNSLRAEDTAVYYCAREYYYSWSWGFAPAVGLDYWGQGTLVTVSSASTKGPSVFPLAPSSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,QMTQSPSSLSASVGDRVTITCRASSSISSAVAWYQQKPGKAPKLLIYSASSLYSGVPSRFSGSRSGTDFTLTISSLQPEDFATYYCQQSTDSGLSTFGQGTKVEIKRTVAAPSVFIFPPSDSQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGEC,0.9904292225837708,0.8536962866783142,19,0.9569160997732428,MBP,GFTISVS,YSYYGS,EYYYSWSWGFAPAVGLDY,RASSSISSAVA,SASSLYS,QQSTDSGLST
+EVQLVESGGGLVQPGGSLRLSCAASGFTLSSYSIHWVRQAPGKGLEWVASIYSSYGSTSYADSVKGRFTISADTSKNTAYLQMNSLRAEDTAVYYCAREYYSHFGYSYYPRVGLDYWGQGTLVTVSSASTKGPSVFPLAPSSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,QMTQSPSSLSASVGDRVTITCRASQSISSAVAWYQQKPGKAPKLLIYSASSLYSGVPSRFSGSRSGTDFTLTISSLQPEDFATYYCQQSTTSGTYTFGQGTKVEIKRTVAAPSVFIFPPSDSQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGEC,0.9844751954078674,0.8059561848640442,17,0.9614512471655328,MBP,GFTLSSY,YSSYGS,EYYSHFGYSYYPRVGLDY,RASQSISSAVA,SASSLYS,QQSTTSGTYT
+EVQLVESGGGLVQPGGSLRLSCAASGFTISSSSIHWVRQAPGKGLEWVASIYSYYGSTSYADSVKGRFTISADTSKNTAYLQMNSLRAEDTAVYYCAREYTYSSGYSYYPGDGMDYWGQGTLVTVSSASTKGPSVFPLAPSSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,QMTQSPSSLSASVGDRVTITCRASQSISNAVAWYQQKPGKAPKLLIYSASSLYSGVPSRFSGSRSGTDFTLTISSLQPEDFATYYCQQWTPGSSGVFGQGTKVEIKRTVAAPSVFIFPPSDSQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGEC,0.990504801273346,0.854302167892456,22,0.9501133786848072,MBP,GFTISSS,YSYYGS,EYTYSSGYSYYPGDGMDY,RASQSISNAVA,SASSLYS,QQWTPGSSGV
+EVQLVESGGGLVQPGGSLRLSCAASGFTIRFSSIHWVRQAPGKGLEWVASIYSYYSSTSYADSVKGRFTISADTSKNTAYLQMNSLRAEDTAVYYCAKEYYYWYSKQYYPKDGLDVWGQGTLVTVSSASTKGPSVFPLAPSSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,QMTQSPSSLSASVGDRVTITCRASQSISSAVAWYQQKPGKAPKLLIYSASSLYSGVPSRFSGSRSGTDFTLTISSLQPEDFATYYCQQYSWTETRTFGQGTKVEIKRTVAAPSVFIFPPSDSQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGEC,1.0112380981445312,1.0205453634262085,23,0.947845804988662,MBP,GFTIRFS,YSYYSS,EYYYWYSKQYYPKDGLDV,RASQSISSAVA,SASSLYS,QQYSWTETRT
+EVQLVESGGGLVQPGGSLRLSCAASGFTISSSSIHWVRQAPGKGLEWVASIYSYYGSTSYADSVKGRFTISADTSKNTAYLQMNSLRAEDTAVYYCAREHSWWDGWNWFPHAGLDVWGQGTLVTVSSASTKGPSVFPLAPSSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,QMTQSPSSLSASVGDRVTITCRASQSISNAVAWYQQKPGKAPKLLIYSASSLYSGVPSRFSGSRSGTDFTLTISSLQPEDFATYYCQIHTAESSGTFGQGTKVEIKRTVAAPSVFIFPPSDSQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGEC,1.008108377456665,0.995451033115387,24,0.9455782312925172,MBP,GFTISSS,YSYYGS,EHSWWDGWNWFPHAGLDV,RASQSISNAVA,SASSLYS,QIHTAESSGT
+EVQLVESGGGLVQPGGSLRLSCAASGFTLRSSSIHWVRQAPGKGLEWVASIYSYSGSTSYADSVKGRFTISADTSKNTAYLQMNSLRAEDTAVYYCAREFESWSGYSYFPNVGMDYWGQGTLVTVSSASTKGPSVFPLAPSSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,QMTQSPSSLSASVGDRVTITCRASQSVSNAVAWYQQKPGKAPKLLIYSASSLYSGVPSRFSGSRSGTDFTLTISSLQPEDFATYYCQRFSIHDLRTFGQGTKVEIKRTVAAPSVFIFPPSDSQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGEC,1.0068137645721436,0.985070526599884,19,0.9569160997732428,MBP,GFTLRSS,YSYSGS,EFESWSGYSYFPNVGMDY,RASQSVSNAVA,SASSLYS,QRFSIHDLRT
+EVQLVESGGGLVQPGGSLRLSCAASGFTIFTSSIHWVRQAPGKGLEWVASIYSYYGSTSYADSVKGRFTISADTSKNTAYLQMNSLRAEDTAVYYCAREYHYYYSFNYYPGVGLDYWGQGTLVTVSSASTKGPSVFPLAPSSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,QMTQSPSSLSASVGDRVTITCRASSSVTNAVAWYQQKPGKAPKLLIYSASSLYSGVPSRFSGSRSGTDFTLTISSLQPEDFATYYCQLYSPSSLRTFGQGTKVEIKRTVAAPSVFIFPPSDSQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGEC,0.9953746199607848,0.8933499455451965,20,0.9546485260770976,MBP,GFTIFTS,YSYYGS,EYHYYYSFNYYPGVGLDY,RASSSVTNAVA,SASSLYS,QLYSPSSLRT
+EVQLVESGGGLVQPGGSLRLSCAASGFTLSSSSIHWVRQAPGKGLEWVASIYSYYYSTSYADSVKGRFTISADTSKNTAYLQMNSLRAEDTAVYYCAREYHYWWGYTWEPKNGLDVWGQGTLVTVSSASTKGPSVFPLAPSSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,QMTQSPSSLSASVGDRVTITCRASQSVSNAVAWYQQKPGKAPKLLIYSASSLYSGVPSRFSGSRSGTDFTLTISSLQPEDFATYYCQRATFRSLSIFGQGTKVEIKRTVAAPSVFIFPPSDSQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGEC,1.002877116203308,0.9535061120986938,18,0.9591836734693876,MBP,GFTLSSS,YSYYYS,EYHYWWGYTWEPKNGLDV,RASQSVSNAVA,SASSLYS,QRATFRSLSI
+EVQLVESGGGLVQPGGSLRLSCAASGFTIVRSSIHWVRQAPGKGLEWVASIYSYYGSTSYADSVKGRFTISADTSKNTAYLQMNSLRAEDTAVYYCAREWYPSYSWAFFPRNGLDYWGQGTLVTVSSASTKGPSVFPLAPSSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,QMTQSPSSLSASVGDRVTITCRASQSVTSAVAWYQQKPGKAPKLLIYSASSLYSGVPSRFSGSRSGTDFTLTISSLQPEDFATYYCQRSSSLDSITFGQGTKVEIKRTVAAPSVFIFPPSDSQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGEC,1.005480170249939,0.974377989768982,22,0.9501133786848072,MBP,GFTIVRS,YSYYGS,EWYPSYSWAFFPRNGLDY,RASQSVTSAVA,SASSLYS,QRSSSLDSIT
+EVQLVESGGGLVQPGGSLRLSCAASGFTLSTSSIHWVRQAPGKGLEWVASIYSYYGSTSYADSVKGRFTISADTSKNTAYLQMNSLRAEDTAVYYCAREYYPWDSFNFYPKVGMDYWGQGTLVTVSSASTKGPSVFPLAPSSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,QMTQSPSSLSASVGDRVTITCRASSSISNAVAWYQQKPGKAPKLLIYSASSLYSGVPSRFSGSRSGTDFTLTISSLQPEDFATYYCQQHTSGSLYDFGQGTKVEIKRTVAAPSVFIFPPSDSQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGEC,0.9892622828483582,0.8443406820297241,22,0.9501133786848072,MBP,GFTLSTS,YSYYGS,EYYPWDSFNFYPKVGMDY,RASSSISNAVA,SASSLYS,QQHTSGSLYD
+EVQLVESGGGLVQPGGSLRLSCAASGFTLYSSSIHWVRQAPGKGLEWVASIYSYYGSTSYADSVKGRFTISADTSKNTAYLQMNSLRAEDTAVYYCARQHYYWYDWGHYPWVGMDVWGQGTLVTVSSASTKGPSVFPLAPSSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,QMTQSPSSLSASVGDRVTITCRASSSISSAVAWYQQKPGKAPKLLIYSASSLYSGVPSRFSGSRSGTDFTLTISSLQPEDFATYYCQQASLSSRFTFGQGTKVEIKRTVAAPSVFIFPPSDSQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGEC,1.0001286268234253,0.9314683675765992,22,0.9501133786848072,MBP,GFTLYSS,YSYYGS,QHYYWYDWGHYPWVGMDV,RASSSISSAVA,SASSLYS,QQASLSSRFT
+EVQLVESGGGLVQPGGSLRLSCAASGFTLYYASIHWVRQAPGKGLEWVASIYSSYGSTSYADSVKGRFTISADTSKNTAYLQMNSLRAEDTAVYYCAREYYWHWSGQDYPKYGLDYWGQGTLVTVSSASTKGPSVFPLAPSSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,QMTQSPSSLSASVGDRVTITCRASRSISSAVAWYQQKPGKAPKLLIYSASSLYSGVPSRFSGSRSGTDFTLTISSLQPEDFATYYCQQYTGDNLYAFGQGTKVEIKRTVAAPSVFIFPPSDSQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGEC,1.0137765407562256,1.0408991575241089,23,0.947845804988662,MBP,GFTLYYA,YSSYGS,EYYWHWSGQDYPKYGLDY,RASRSISSAVA,SASSLYS,QQYTGDNLYA
+EVQLVESGGGLVQPGGSLRLSCAASGFTLGNASIHWVRQAPGKGLEWVASIYSYYSSTSYADSVKGRFTISADTSKNTAYLQMNSLRAEDTAVYYCARQHSYWSGWYWFPKNGLDVWGQGTLVTVSSASTKGPSVFPLAPSSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,QMTQSPSSLSASVGDRVTITCRASSSITNAVAWYQQKPGKAPKLLIYSASSLYSGVPSRFSGSRSGTDFTLTISSLQPEDFATYYCQQSSGSSLIAFGQGTKVEIKRTVAAPSVFIFPPSDSQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGEC,1.0210306644439695,1.099064588546753,28,0.9365079365079364,MBP,GFTLGNA,YSYYSS,QHSYWSGWYWFPKNGLDV,RASSSITNAVA,SASSLYS,QQSSGSSLIA
+EVQLVESGGGLVQPGGSLRLSCAASGFTLYGSSIHWVRQAPGKGLEWVASIYSYSSSTSYADSVKGRFTISADTSKNTAYLQMNSLRAEDTAVYYCAREWHYYDSWNYYPFGGLDYWGQGTLVTVSSASTKGPSVFPLAPSSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,QMTQSPSSLSASVGDRVTITCRASQSISSAVAWYQQKPGKAPKLLIYSASSLYSGVPSRFSGSRSGTDFTLTISSLQPEDFATYYCQQSSYSSAYTFGQGTKVEIKRTVAAPSVFIFPPSDSQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGEC,0.9927591681480408,0.8723782896995544,21,0.9523809523809524,MBP,GFTLYGS,YSYSSS,EWHYYDSWNYYPFGGLDY,RASQSISSAVA,SASSLYS,QQSSYSSAYT
+EVQLVESGGGLVQPGGSLRLSCAASGFTLIYSSIHWVRQAPGKGLEWVASIYSYYGSTSYADSVKGRFTISADTSKNTAYLQMNSLRAEDTAVYYCAREHNHWDSWNYFPWTGLDYWGQGTLVTVSSASTKGPSVFPLAPSSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,QMTQSPSSLSASVGDRVTITCRASQSVSSAVAWYQQKPGKAPKLLIYSASSLYSGVPSRFSGSRSGTDFTLTISSLQPEDFATYYCQQWRTDNLRTFGQGTKVEIKRTVAAPSVFIFPPSDSQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGEC,1.0008389949798584,0.937164306640625,20,0.9546485260770976,MBP,GFTLIYS,YSYYGS,EHNHWDSWNYFPWTGLDY,RASQSVSSAVA,SASSLYS,QQWRTDNLRT
+EVQLVESGGGLVQPGGSLRLSCAASGFTISYSSIHWVRQAPGKGLEWVASIYSYYSSTSYADSVKGRFTISADTSKNTAYLQMNSLRAEDTAVYYCAREYLYWYSWWFFPRDGLDYWGQGTLVTVSSASTKGPSVFPLAPSSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,QMTQSPSSLSASVGDRVTITCRASQSISSAVAWYQQKPGKAPKLLIYSASSLYSGVPSRFSGSRSGTDFTLTISSLQPEDFATYYCQQSRFQSLVSFGQGTKVEIKRTVAAPSVFIFPPSDSQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGEC,1.0008095502853394,0.9369276762008668,21,0.9523809523809524,MBP,GFTISYS,YSYYSS,EYLYWYSWWFFPRDGLDY,RASQSISSAVA,SASSLYS,QQSRFQSLVS
+EVQLVESGGGLVQPGGSLRLSCAASGFTLINSSIHWVRQAPGKGLEWVASIYSYYSYTSYADSVKGRFTISADTSKNTAYLQMNSLRAEDTAVYYCAREYDGWWSFNYYPKDGLDYWGQGTLVTVSSASTKGPSVFPLAPSSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,QMTQSPSSLSASVGDRVTITCRASQNISSAVAWYQQKPGKAPKLLIYSASSLYSGVPSRFSGSRSGTDFTLTISSLQPEDFATYYCQLDTKNGTRTFGQGTKVEIKRTVAAPSVFIFPPSDSQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGEC,1.0183171033859253,1.077305793762207,24,0.9455782312925172,MBP,GFTLINS,YSYYSY,EYDGWWSFNYYPKDGLDY,RASQNISSAVA,SASSLYS,QLDTKNGTRT
+EVQLVESGGGLVQPGGSLRLSCAASGFTISSSSIHWVRQAPGKGLEWVASIYSSYGSTSYADSVKGRFTISADTSKNTAYLQMNSLRAEDTAVYYCAREYNRYWSTNWYPYDGMDYWGQGTLVTVSSASTKGPSVFPLAPSSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,QMTQSPSSLSASVGDRVTITCRASQSVTSAVAWYQQKPGKAPKLLIYSASSLYSGVPSRFSGSRSGTDFTLTISSLQPEDFATYYCQRHSAGSLFTFGQGTKVEIKRTVAAPSVFIFPPSDSQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGEC,0.99620920419693,0.900041401386261,18,0.9591836734693876,MBP,GFTISSS,YSSYGS,EYNRYWSTNWYPYDGMDY,RASQSVTSAVA,SASSLYS,QRHSAGSLFT
+EVQLVESGGGLVQPGGSLRLSCAASGFTISSSSIHWVRQAPGKGLEWVASIYSYSGSTSYADSVKGRFTISADTSKNTAYLQMNSLRAEDTAVYYCARNYYWSWGSNYYPRNGLDVWGQGTLVTVSSASTKGPSVFPLAPSSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,QMTQSPSSLSASVGDRVTITCRASQSVSNAVAWYQQKPGKAPKLLIYSASSLYSGVPSRFSGSRSGTDFTLTISSLQPEDFATYYCQQSTLESYYTFGQGTKVEIKRTVAAPSVFIFPPSDSQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGEC,0.9840742945671082,0.8027423620223999,21,0.9523809523809524,MBP,GFTISSS,YSYSGS,NYYWSWGSNYYPRNGLDV,RASQSVSNAVA,SASSLYS,QQSTLESYYT
+EVQLVESGGGLVQPGGSLRLSCAASGFTLSRSSIHWVRQAPGKGLEWVASIYSYYSSTSYADSVKGRFTISADTSKNTAYLQMNSLRAEDTAVYYCAREYYDSYGWSYYPGNGLDYWGQGTLVTVSSASTKGPSVFPLAPSSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,QMTQSPSSLSASVGDRVTITCRASSSVSNAVAWYQQKPGKAPKLLIYSASSLYSGVPSRFSGSRSGTDFTLTISSLQPEDFATYYCQLSTISGLITFGQGTKVEIKRTVAAPSVFIFPPSDSQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGEC,0.9872736930847168,0.8283945322036743,22,0.9501133786848072,MBP,GFTLSRS,YSYYSS,EYYDSYGWSYYPGNGLDY,RASSSVSNAVA,SASSLYS,QLSTISGLIT
+EVQLVESGGGLVQPGGSLRLSCAASGFTLISSSIHWVRQAPGKGLEWVASIYSSSSSTSYADSVKGRFTISADTSKNTAYLQMNSLRAEDTAVYYCARVYYWWYGWNFYPNVGLDYWGQGTLVTVSSASTKGPSVFPLAPSSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,QMTQSPSSLSASVGDRVTITCRASSAVSSAVAWYQQKPGKAPKLLIYSASSLYSGVPSRFSGSRSGTDFTLTISSLQPEDFATYYCQISSFSDSHTFGQGTKVEIKRTVAAPSVFIFPPSDSQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGEC,1.012384057044983,1.02973473072052,25,0.943310657596372,MBP,GFTLISS,YSSSSS,VYYWWYGWNFYPNVGLDY,RASSAVSSAVA,SASSLYS,QISSFSDSHT
+EVQLVESGGGLVQPGGSLRLSCAASGFTLSTASIHWVRQAPGKGLEWVASIYSSYGSTSYADSVKGRFTISADTSKNTAYLQMNSLRAEDTAVYYCAREYYYSYSWNYYPAVGLDVWGQGTLVTVSSASTKGPSVFPLAPSSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,QMTQSPSSLSASVGDRVTITCRASQSVSSAVAWYQQKPGKAPKLLIYSASSLYSGVPSRFSGSRSGTDFTLTISSLQPEDFATYYCQLSSLGSLYYFGQGTKVEIKRTVAAPSVFIFPPSDSQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGEC,0.9778867363929749,0.7531282305717468,20,0.9546485260770976,MBP,GFTLSTA,YSSYGS,EYYYSYSWNYYPAVGLDV,RASQSVSSAVA,SASSLYS,QLSSLGSLYY
+EVQLVESGGGLVQPGGSLRLSCAASGFTLSSSSIHWVRQAPGKGLEWVASIYSYYGSTSYADSVKGRFTISADTSKNTAYLQMNSLRAEDTAVYYCARERYHWYSSNYYAFYGMDYWGQGTLVTVSSASTKGPSVFPLAPSSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,QMTQSPSSLSASVGDRVTITCRASQSVSNAVAWYQQKPGKAPKLLIYSASSLYSGVPSRFSGSRSGTDFTLTISSLQPEDFATYYCQQSSTSNLKTFGQGTKVEIKRTVAAPSVFIFPPSDSQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGEC,0.9981183409690856,0.9153487682342528,20,0.9546485260770976,MBP,GFTLSSS,YSYYGS,ERYHWYSSNYYAFYGMDY,RASQSVSNAVA,SASSLYS,QQSSTSNLKT
+EVQLVESGGGLVQPGGSLRLSCAASGFTLGSSSIHWVRQAPGKGLEWVASIYSYYGSTSYADSVKGRFTISADTSKNTAYLQMNSLRAEDTAVYYCAREHYWWWSYNYFPKDGLDVWGQGTLVTVSSASTKGPSVFPLAPSSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,QMTQSPSSLSASVGDRVTITCRASQSISNAVAWYQQKPGKAPKLLIYSASSLYSGVPSRFSGSRSGTDFTLTISSLQPEDFATYYCQISSNYGLLAFGQGTKVEIKRTVAAPSVFIFPPSDSQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGEC,0.992023468017578,0.8664801716804504,20,0.9546485260770976,MBP,GFTLGSS,YSYYGS,EHYWWWSYNYFPKDGLDV,RASQSISNAVA,SASSLYS,QISSNYGLLA
+EVQLVESGGGLVQPGGSLRLSCAASGFNLYSSSIHWVRQAPGKGLEWVASIYSYYGYTSYADSVKGRFTISADTSKNTAYLQMNSLRAEDTAVYYCAREHHWWSAWSYYPYDGLDYWGQGTLVTVSSASTKGPSVFPLAPSSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,QMTQSPSSLSASVGDRVTITCRASSSVSNAVAWYQQKPGKAPKLLIYSASSLYSGVPSRFSGSRSGTDFTLTISSLQPEDFATYYCQQSSTRDLYTFGQGTKVEIKRTVAAPSVFIFPPSDSQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGEC,0.9883428812026978,0.836968183517456,19,0.9569160997732428,MBP,GFNLYSS,YSYYGY,EHHWWSAWSYYPYDGLDY,RASSSVSNAVA,SASSLYS,QQSSTRDLYT
+EVQLVESGGGLVQPGGSLRLSCAASGFTLSSSNIHWVRQAPGKGLEWVASIYSYSSSTSYADSVKGRFTISADTSKNTAYLQMNSLRAEDTAVYYCARDYYYWYSWAYHPKNGLDVWGQGTLVTVSSASTKGPSVFPLAPSSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,QMTQSPSSLSASVGDRVTITCRASQSVSNAVAWYQQKPGKAPKLLIYSASSLYSGVPSRFSGSRSGTDFTLTISSLQPEDFATYYCQQSTPGDSITFGQGTKVEIKRTVAAPSVFIFPPSDSQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGEC,0.9967578053474426,0.904439389705658,24,0.9455782312925172,MBP,GFTLSSS,YSYSSS,DYYYWYSWAYHPKNGLDV,RASQSVSNAVA,SASSLYS,QQSTPGDSIT
+EVQLVESGGGLVQPGGSLRLSCAASGFTLRSSSIHWVRQAPGKGLEWVASIYSSYSSTSYADSVKGRFTISADTSKNTAYLQMNSLRAEDTAVYYCAREYHYWWNSNYYPRNGLDVWGQGTLVTVSSASTKGPSVFPLAPSSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,QMTQSPSSLSASVGDRVTITCRASSSISNAVAWYQQKPGKAPKLLIYSASSLYSGVPSRFSGSRSGTDFTLTISSLQPEDFATYYCQQSSPGNLTTFGQGTKVEIKRTVAAPSVFIFPPSDSQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGEC,0.9881519675254822,0.8354378342628479,21,0.9523809523809524,MBP,GFTLRSS,YSSYSS,EYHYWWNSNYYPRNGLDV,RASSSISNAVA,SASSLYS,QQSSPGNLTT
+EVQLVESGGGLVQPGGSLRLSCAASGFTISSSSIHWVRQAPGKGLEWVASIYSYSSSTSYADSVKGRFTISADTSKNTAYLQMNSLRAEDTAVYYCARQYYWWWGFVYYPRVGMDVWGQGTLVTVSSASTKGPSVFPLAPSSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,QMTQSPSSLSASVGDRVTITCRASQSISSAVAWYQQKPGKAPKLLIYSASSLYSGVPSRFSGSRSGTDFTLTISSLQPEDFATYYCQQFTSFDLATFGQGTKVEIKRTVAAPSVFIFPPSDSQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGEC,0.9930790662765504,0.8749434947967529,22,0.9501133786848072,MBP,GFTISSS,YSYSSS,QYYWWWGFVYYPRVGMDV,RASQSISSAVA,SASSLYS,QQFTSFDLAT
+EVQLVESGGGLVQPGGSLRLSCAASGFTLSTSSIHWVRQAPGKGLEWVASIYSYYGSTSYADSVKGRFTISADTSKNTAYLQMNSLRAEDTAVYYCAREYYYYSSYSYYPYVGMDVWGQGTLVTVSSASTKGPSVFPLAPSSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,QMTQSPSSLSASVGDRVTITCRASQSVSNAVAWYQQKPGKAPKLLIYSASSLYSGVPSRFSGSRSGTDFTLTISSLQPEDFATYYCQQYSGMSLGTFGQGTKVEIKRTVAAPSVFIFPPSDSQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGEC,0.9841399788856506,0.8032680749893188,16,0.963718820861678,MBP,GFTLSTS,YSYYGS,EYYYYSSYSYYPYVGMDV,RASQSVSNAVA,SASSLYS,QQYSGMSLGT
+EVQLVESGGGLVQPGGSLRLSCAASGFTISSSSIHWVRQAPGKGLEWVASIYSYYGSTSYADSVKGRFTISADTSKNTAYLQMNSLRAEDTAVYYCAREYDYNWGYNYYPYVGMDYWGQGTLVTVSSASTKGPSVFPLAPSSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,QMTQSPSSLSASVGDRVTITCRASQSISSAVAWYQQKPGKAPKLLIYSASSLYSGVPSRFSGSRSGTDFTLTISSLQPEDFATYYCQQYSYGYLFDFGQGTKVEIKRTVAAPSVFIFPPSDSQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGEC,0.9855232238769532,0.8143597841262817,18,0.9591836734693876,MBP,GFTISSS,YSYYGS,EYDYNWGYNYYPYVGMDY,RASQSISSAVA,SASSLYS,QQYSYGYLFD
+EVQLVESGGGLVQPGGSLRLSCAASGFTLSNSSIHWVRQAPGKGLEWVASIYSYYGYTSYADSVKGRFTISADTSKNTAYLQMNSLRAEDTAVYYCAREYWWRYSFNYHPADGMDYWGQGTLVTVSSASTKGPSVFPLAPSSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,QMTQSPSSLSASVGDRVTITCRASQSVSSAVAWYQQKPGKAPKLLIYSASSLYSGVPSRFSGSRSGTDFTLTISSLQPEDFATYYCQLWTYRSLYTFGQGTKVEIKRTVAAPSVFIFPPSDSQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGEC,0.989630937576294,0.8472959995269775,21,0.9523809523809524,MBP,GFTLSNS,YSYYGY,EYWWRYSFNYHPADGMDY,RASQSVSSAVA,SASSLYS,QLWTYRSLYT
+EVQLVESGGGLVQPGGSLRLSCAASGFTLSYSSIHWVRQAPGKGLEWVASIYSSYGSTSYADSVKGRFTISADTSKNTAYLQMNSLRAEDTAVYYCAREYYYSWSWSYYPANGMDVWGQGTLVTVSSASTKGPSVFPLAPSSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,QMTQSPSSLSASVGDRVTITCRASQSVSSAVAWYQQKPGKAPKLLIYSASSLYSGVPSRFSGSRSGTDFTLTISSLQPEDFATYYCQVYSHRALFTFGQGTKVEIKRTVAAPSVFIFPPSDSQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGEC,0.9837926626205444,0.8004831075668335,18,0.9591836734693876,MBP,GFTLSYS,YSSYGS,EYYYSWSWSYYPANGMDV,RASQSVSSAVA,SASSLYS,QVYSHRALFT
+EVQLVESGGGLVQPGGSLRLSCAASGFTLSYSSIHWVRQAPGKGLEWVASIYSYYGSTSYADSVKGRFTISADTSKNTAYLQMNSLRAEDTAVYYCAREYHFRWRWNYYPSVGLDYWGQGTLVTVSSASTKGPSVFPLAPSSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,QMTQSPSSLSASVGDRVTITCRASQSISSAVAWYQQKPGKAPKLLIYSASSLYSGVPSRFSGSRSGTDFTLTISSLQPEDFATYYCQQSTSSNLVTFGQGTKVEIKRTVAAPSVFIFPPSDSQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGEC,0.9784518480300904,0.7576595544815063,17,0.9614512471655328,MBP,GFTLSYS,YSYYGS,EYHFRWRWNYYPSVGLDY,RASQSISSAVA,SASSLYS,QQSTSSNLVT
+EVQLVESGGGLVQPGGSLRLSCAASGFTLYSSSIHWVRQAPGKGLEWVASIYSSYGYTSYADSVKGRFTISADTSKNTAYLQMNSLRAEDTAVYYCARLYYSYSSWSYYPSTGLDYWGQGTLVTVSSASTKGPSVFPLAPSSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,QMTQSPSSLSASVGDRVTITCRASQSISFAVAWYQQKPGKAPKLLIYSASSLYSGVPSRFSGSRSGTDFTLTISSLQPEDFATYYCQQSSFYYSRAFGQGTKVEIKRTVAAPSVFIFPPSDSQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGEC,1.014354228973389,1.0455310344696045,21,0.9523809523809524,MBP,GFTLYSS,YSSYGY,LYYSYSSWSYYPSTGLDY,RASQSISFAVA,SASSLYS,QQSSFYYSRA
+EVQLVESGGGLVQPGGSLRLSCAASGFTLKSSSIHWVRQAPGKGLEWVASIYSSYGYTSYADSVKGRFTISADTSKNTAYLQMNSLRAEDTAVYYCARTFHWSWSWYWYPNTGMDYWGQGTLVTVSSASTKGPSVFPLAPSSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,QMTQSPSSLSASVGDRVTITCRASQSVSSAVAWYQQKPGKAPKLLIYSASSLYSGVPSRFSGSRSGTDFTLTISSLQPEDFATYYCQQSTRLAAVTFGQGTKVEIKRTVAAPSVFIFPPSDSQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGEC,1.0072195529937744,0.9883242249488832,20,0.9546485260770976,MBP,GFTLKSS,YSSYGY,TFHWSWSWYWYPNTGMDY,RASQSVSSAVA,SASSLYS,QQSTRLAAVT
+EVQLVESGGGLVQPGGSLRLSCAASGFTISNSSIHWVRQAPGKGLEWVASIYSYYGYTSYADSVKGRFTISADTSKNTAYLQMNSLRAEDTAVYYCAREYNHWYSWSHYPHVGLDVWGQGTLVTVSSASTKGPSVFPLAPSSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,QMTQSPSSLSASVGDRVTITCRASQSISSAVAWYQQKPGKAPKLLIYSASSLYSGVPSRFSGSRSGTDFTLTISSLQPEDFATYYCQRSTSGSLLTFGQGTKVEIKRTVAAPSVFIFPPSDSQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGEC,0.987590491771698,0.8309347629547119,20,0.9546485260770976,MBP,GFTISNS,YSYYGY,EYNHWYSWSHYPHVGLDV,RASQSISSAVA,SASSLYS,QRSTSGSLLT
+EVQLVESGGGLVQPGGSLRLSCAASGFTINHSSIHWVRQAPGKGLEWVASIYSYYGYTSYADSVKGRFTISADTSKNTAYLQMNSLRAEDTAVYYCAREYYWYYSYSFTSNDGLDYWGQGTLVTVSSASTKGPSVFPLAPSSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,QMTQSPSSLSASVGDRVTITCRASQSISSAVAWYQQKPGKAPKLLIYSASSLYSGVPSRFSGSRSGTDFTLTISSLQPEDFATYYCQRYSLHNLRTFGQGTKVEIKRTVAAPSVFIFPPSDSQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGEC,1.008313775062561,0.997097909450531,19,0.9569160997732428,MBP,GFTINHS,YSYYGY,EYYWYYSYSFTSNDGLDY,RASQSISSAVA,SASSLYS,QRYSLHNLRT
+EVQLVESGGGLVQPGGSLRLSCAASGFTIFSSSIHWVRQAPGKGLEWVASIYSSYGSTSYADSVKGRFTISADTSKNTAYLQMNSLRAEDTAVYYCAREYYYDWSYNYYPKTGLDVWGQGTLVTVSSASTKGPSVFPLAPSSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,QMTQSPSSLSASVGDRVTITCRASQSVSAAVAWYQQKPGKAPKLLIYSASSLYSGVPSRFSGSRSGTDFTLTISSLQPEDFATYYCQQSSFAYDWTFGQGTKVEIKRTVAAPSVFIFPPSDSQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGEC,0.999948024749756,0.9300197958946228,20,0.9546485260770976,MBP,GFTIFSS,YSSYGS,EYYYDWSYNYYPKTGLDV,RASQSVSAAVA,SASSLYS,QQSSFAYDWT
+EVQLVESGGGLVQPGGSLRLSCAASGFNIGSSSIHWVRQAPGKGLEWVASIYSSYGSTSYADSVKGRFTISADTSKNTAYLQMNSLRAEDTAVYYCAREWNRSWGWNFYPGVGFDVWGQGTLVTVSSASTKGPSVFPLAPSSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,QMTQSPSSLSASVGDRVTITCRASQSVSNAVAWYQQKPGKAPKLLIYSASSLYSGVPSRFSGSRSGTDFTLTISSLQPEDFATYYCQQSTGSNNRTFGQGTKVEIKRTVAAPSVFIFPPSDSQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGEC,1.0034220218658447,0.9578746557235718,23,0.947845804988662,MBP,GFNIGSS,YSSYGS,EWNRSWGWNFYPGVGFDV,RASQSVSNAVA,SASSLYS,QQSTGSNNRT
+EVQLVESGGGLVQPGGSLRLSCAASGFTLESSSIHWVRQAPGKGLEWVASIYSYYGSTSYADSVKGRFTISADTSKNTAYLQMNSLRAEDTAVYYCAREYHYAWRSNYYPKVGLDVWGQGTLVTVSSASTKGPSVFPLAPSSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,QMTQSPSSLSASVGDRVTITCRASQSISSAVAWYQQKPGKAPKLLIYSASSLYSGVPSRFSGSRSGTDFTLTISSLQPEDFATYYCQQYTSSNTYTFGQGTKVEIKRTVAAPSVFIFPPSDSQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGEC,0.9858098030090332,0.8166565895080566,19,0.9569160997732428,MBP,GFTLESS,YSYYGS,EYHYAWRSNYYPKVGLDV,RASQSISSAVA,SASSLYS,QQYTSSNTYT
+EVQLVESGGGLVQPGGSLRLSCAASGFTLITSSIHWVRQAPGKGLEWVASIYSYYGSTSYADSVKGRFTISADTSKNTAYLQMNSLRAEDTAVYYCAREWYYYDSYAYYPNVGLDVWGQGTLVTVSSASTKGPSVFPLAPSSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,QMTQSPSSLSASVGDRVTITCRASGSISNAVAWYQQKPGKAPKLLIYSASSLYSGVPSRFSGSRSGTDFTLTISSLQPEDFATYYCQQYTFSGLITFGQGTKVEIKRTVAAPSVFIFPPSDSQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGEC,0.99858158826828,0.9190632700920104,21,0.9523809523809524,MBP,GFTLITS,YSYYGS,EWYYYDSYAYYPNVGLDV,RASGSISNAVA,SASSLYS,QQYTFSGLIT
+EVQLVESGGGLVQPGGSLRLSCAASGFTLSDSSIHWVRQAPGKGLEWVASIYSYYDSTSYADSVKGRFTISADTSKNTAYLQMNSLRAEDTAVYYCARHYYHEWSPQYYPRVGLDVWGQGTLVTVSSASTKGPSVFPLAPSSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,QMTQSPSSLSASVGDRVTITCRASQSVSNAVAWYQQKPGKAPKLLIYSASSLYSGVPSRFSGSRSGTDFTLTISSLQPEDFATYYCQQWTYSALRTFGQGTKVEIKRTVAAPSVFIFPPSDSQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGEC,1.0022318363189695,0.9483325481414796,18,0.9591836734693876,MBP,GFTLSDS,YSYYDS,HYYHEWSPQYYPRVGLDV,RASQSVSNAVA,SASSLYS,QQWTYSALRT
+EVQLVESGGGLVQPGGSLRLSCAASGFTLFNSSIHWVRQAPGKGLEWVASIYSYSGYTSYADSVKGRFTISADTSKNTAYLQMNSLRAEDTAVYYCAREYHSSYSWAYQPANGLDVWGQGTLVTVSSASTKGPSVFPLAPSSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,QMTQSPSSLSASVGDRVTITCRASQSVSCAVAWYQQKPGKAPKLLIYSASSLYSGVPSRFSGSRSGTDFTLTISSLQPEDFATYYCQQSSESNLSTFGQGTKVEIKRTVAAPSVFIFPPSDSQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGEC,1.003950834274292,0.9621153473854064,20,0.9546485260770976,MBP,GFTLFNS,YSYSGY,EYHSSYSWAYQPANGLDV,RASQSVSCAVA,SASSLYS,QQSSESNLST
+EVQLVESGGGLVQPGGSLRLSCAASGFTLSYSSIHWVRQAPGKGLEWVASIYSYYGYTSYADSVKGRFTISADTSKNTAYLQMNSLRAEDTAVYYCAREYNWYWGWNYYPRGGMDYWGQGTLVTVSSASTKGPSVFPLAPSSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,QMTQSPSSLSASVGDRVTITCRASQSVSSAVAWYQQKPGKAPKLLIYSASSLYSGVPSRFSGSRSGTDFTLTISSLQPEDFATYYCHQSTSSGLNTFGQGTKVEIKRTVAAPSVFIFPPSDSQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGEC,0.981899082660675,0.7853003740310669,19,0.9569160997732428,MBP,GFTLSYS,YSYYGY,EYNWYWGWNYYPRGGMDY,RASQSVSSAVA,SASSLYS,HQSTSSGLNT
+EVQLVESGGGLVQPGGSLRLSCAASGFTLRSSSIHWVRQAPGKGLEWVASIYSSYGYTSYADSVKGRFTISADTSKNTAYLQMNSLRAEDTAVYYCAREYEWAYSWTYLPAVGLDVWGQGTLVTVSSASTKGPSVFPLAPSSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,QMTQSPSSLSASVGDRVTITCRASSSVSSAVAWYQQKPGKAPKLLIYSASSLYSGVPSRFSGSRSGTDFTLTISSLQPEDFATYYCQQYTIGDLVTFGQGTKVEIKRTVAAPSVFIFPPSDSQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGEC,1.0024278163909912,0.9499040246009828,21,0.9523809523809524,MBP,GFTLRSS,YSSYGY,EYEWAYSWTYLPAVGLDV,RASSSVSSAVA,SASSLYS,QQYTIGDLVT
+EVQLVESGGGLVQPGGSLRLSCAASGFTISYSSIHWVRQAPGKGLEWVASIYSYYGSTSYADSVKGRFTISADTSKNTAYLQMNSLRAEDTAVYYCARNLKYSDDWTWYPNVGLDYWGQGTLVTVSSASTKGPSVFPLAPSSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,QMTQSPSSLSASVGDRVTITCRASQNVSSWVAWYQQKPGKAPKLLIYSASSLYSGVPSRFSGSRSGTDFTLTISSLQPEDFATYYCQQSTSSNNYTFGQGTKVEIKRTVAAPSVFIFPPSDSQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGEC,1.0254989862442017,1.1348923444747925,23,0.947845804988662,MBP,GFTISYS,YSYYGS,NLKYSDDWTWYPNVGLDY,RASQNVSSWVA,SASSLYS,QQSTSSNNYT
+EVQLVESGGGLVQPGGSLRLSCAASGFTLGYSSIHWVRQAPGKGLEWVASIYSYSGSTSYADSVKGRFTISADTSKNTAYLQMNSLRAEDTAVYYCAREYSSWWGFNNYPKVGMDVWGQGTLVTVSSASTKGPSVFPLAPSSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,QMTQSPSSLSASVGDRVTITCRASQSISSAVAWYQQKPGKAPKLLIYSASSLYSGVPSRFSGSRSGTDFTLTISSLQPEDFATYYCQIASSSSTGTFGQGTKVEIKRTVAAPSVFIFPPSDSQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGEC,0.9999677538871764,0.930178165435791,21,0.9523809523809524,MBP,GFTLGYS,YSYSGS,EYSSWWGFNNYPKVGMDV,RASQSISSAVA,SASSLYS,QIASSSSTGT
+EVQLVESGGGLVQPGGSLRLSCAASGFTLSSSSIHWVRQAPGKGLEWVASIYSYSGSTSYADSVKGRFTISADTSKNTAYLQMNSLRAEDTAVYYCAREYVSAWSWYYYPYNGLDVWGQGTLVTVSSASTKGPSVFPLAPSSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,QMTQSPSSLSASVGDRVTITCRASQSVSSAVAWYQQKPGKAPKLLIYSASSLYSGVPSRFSGSRSGTDFTLTISSLQPEDFATYYCQRWLLSGDRTFGQGTKVEIKRTVAAPSVFIFPPSDSQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGEC,0.9927208423614502,0.8720712065696716,18,0.9591836734693876,MBP,GFTLSSS,YSYSGS,EYVSAWSWYYYPYNGLDV,RASQSVSSAVA,SASSLYS,QRWLLSGDRT
+EVQLVESGGGLVQPGGSLRLSCAASGFTLSSSSIHWVRQAPGKGLEWVASIYSYYGSTSYADSVKGRFTISADTSKNTAYLQMNSLRAEDTAVYYCAREYVSSWSTNYYPYQGMDVWGQGTLVTVSSASTKGPSVFPLAPSSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,QMTQSPSSLSASVGDRVTITCRASQSISSAVAWYQQKPGKAPKLLIYSASSLYSGVPSRFSGSRSGTDFTLTISSLQPEDFATYYCQLSSLGGLYTFGQGTKVEIKRTVAAPSVFIFPPSDSQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGEC,0.9804665446281432,0.7738133072853088,17,0.9614512471655328,MBP,GFTLSSS,YSYYGS,EYVSSWSTNYYPYQGMDV,RASQSISSAVA,SASSLYS,QLSSLGGLYT
+EVQLVESGGGLVQPGGSLRLSCAASGFTLYSSSIHWVRQAPGKGLEWVASIYSSYGYTSYADSVKGRFTISADTSKNTAYLQMNSLRAEDTAVYYCARQYYSWYGHSYYPSYGLDYWGQGTLVTVSSASTKGPSVFPLAPSSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,QMTQSPSSLSASVGDRVTITCRASQSVSNAVAWYQQKPGKAPKLLIYSASSLYSGVPSRFSGSRSGTDFTLTISSLQPEDFATYYCQLSSDLSSRTFGQGTKVEIKRTVAAPSVFIFPPSDSQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGEC,0.9936383366584778,0.879427433013916,22,0.9501133786848072,MBP,GFTLYSS,YSSYGY,QYYSWYGHSYYPSYGLDY,RASQSVSNAVA,SASSLYS,QLSSDLSSRT
+EVQLVESGGGLVQPGGSLRLSCAASGFTLISSSIHWVRQAPGKGLEWVASIYSYYGYTSYADSVKGRFTISADTSKNTAYLQMNSLRAEDTAVYYCARQYHWHWSHNWYPKNGMDYWGQGTLVTVSSASTKGPSVFPLAPSSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,QMTQSPSSLSASVGDRVTITCRASQSISNAVAWYQQKPGKAPKLLIYSASSLYSGVPSRFSGSRSGTDFTLTISSLQPEDFATYYCQQWSLSGSLTFGQGTKVEIKRTVAAPSVFIFPPSDSQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGEC,0.9875284433364868,0.8304376006126404,18,0.9591836734693876,MBP,GFTLISS,YSYYGY,QYHWHWSHNWYPKNGMDY,RASQSISNAVA,SASSLYS,QQWSLSGSLT
+EVQLVESGGGLVQPGGSLRLSCAASGFTISSSSIHWVRQAPGKGLEWVASIYSYYGSTSYADSVKGRFTISADTSKNTAYLQMNSLRAEDTAVYYCAREYYFWWSWNYYPRNGLDYWGQGTLVTVSSASTKGPSVFPLAPSSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,QMTQSPSSLSASVGDRVTITCRASSSVSNAVAWYQQKPGKAPKLLIYSASSLYSGVPSRFSGSRSGTDFTLTISSLQPEDFATYYCQQSSLGGLYAFGQGTKVEIKRTVAAPSVFIFPPSDSQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGEC,0.9686464667320251,0.6790387034416199,17,0.9614512471655328,MBP,GFTISSS,YSYYGS,EYYFWWSWNYYPRNGLDY,RASSSVSNAVA,SASSLYS,QQSSLGGLYA
+EVQLVESGGGLVQPGGSLRLSCAASGFTLSYSSIHWVRQAPGKGLEWVASIYSYYGSTSYADSVKGRFTISADTSKNTAYLQMNSLRAEDTAVYYCAREYFWGWGDTYYPRNGLDVWGQGTLVTVSSASTKGPSVFPLAPSSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,QMTQSPSSLSASVGDRVTITCRASQSVSSAVAWYQQKPGKAPKLLIYSASSLYSGVPSRFSGSRSGTDFTLTISSLQPEDFATYYCQQSSFSGTTTFGQGTKVEIKRTVAAPSVFIFPPSDSQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGEC,0.9900843501091005,0.8509308695793152,18,0.9591836734693876,MBP,GFTLSYS,YSYYGS,EYFWGWGDTYYPRNGLDV,RASQSVSSAVA,SASSLYS,QQSSFSGTTT
+EVQLVESGGGLVQPGGSLRLSCAASGFTLSYSSIHWVRQAPGKGLEWVASIYSYSSSTSYADSVKGRFTISADTSKNTAYLQMNSLRAEDTAVYYCARQWHWHYGWNYYPYDGMDYWGQGTLVTVSSASTKGPSVFPLAPSSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,QMTQSPSSLSASVGDRVTITCRASQSISSAVAWYQQKPGKAPKLLIYSASSLYSGVPSRFSGSRSGTDFTLTISSLQPEDFATYYCQVATLSSSFAFGQGTKVEIKRTVAAPSVFIFPPSDSQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGEC,0.9983718395233154,0.9173812866210938,25,0.943310657596372,MBP,GFTLSYS,YSYSSS,QWHWHYGWNYYPYDGMDY,RASQSISSAVA,SASSLYS,QVATLSSSFA
+EVQLVESGGGLVQPGGSLRLSCAASGFTIYSSSIHWVRQAPGKGLEWVASIYSYYGYTSYADSVKGRFTISADTSKNTAYLQMNSLRAEDTAVYYCARDWSYWYGWQWFPADGMDVWGQGTLVTVSSASTKGPSVFPLAPSSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,QMTQSPSSLSASVGDRVTITCRASQSVSSAVAWYQQKPGKAPKLLIYSASSLYSGVPSRFSGSRSGTDFTLTISSLQPEDFATYYCQQHSLSTQASFGQGTKVEIKRTVAAPSVFIFPPSDSQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGEC,1.014692783355713,1.0482460260391235,24,0.9455782312925172,MBP,GFTIYSS,YSYYGY,DWSYWYGWQWFPADGMDV,RASQSVSSAVA,SASSLYS,QQHSLSTQAS
+EVQLVESGGGLVQPGGSLRLSCAASGFTLSSNSIHWVRQAPGKGLEWVASIYSYSGSTSYADSVKGRFTISADTSKNTAYLQMNSLRAEDTAVYYCAREYPYWWSSNYYPAIGLDYWGQGTLVTVSSASTKGPSVFPLAPSSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,QMTQSPSSLSASVGDRVTITCRASQSISAAVAWYQQKPGKAPKLLIYSASSLYSGVPSRFSGSRSGTDFTLTISSLQPEDFATYYCQISSSSYLLHFGQGTKVEIKRTVAAPSVFIFPPSDSQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGEC,1.0069303512573242,0.9860060214996338,20,0.9546485260770976,MBP,GFTLSSN,YSYSGS,EYPYWWSSNYYPAIGLDY,RASQSISAAVA,SASSLYS,QISSSSYLLH
+EVQLVESGGGLVQPGGSLRLSCAASGFTLSSSSIHWVRQAPGKGLEWVASIYSYYGSTSYADSVKGRFTISADTSKNTAYLQMNSLRAEDTAVYYCAREYNWWWSWNYYPKVGFDVWGQGTLVTVSSASTKGPSVFPLAPSSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,QMTQSPSSLSASVGDRVTITCRASQSVSSAVAWYQQKPGKAPKLLIYSASSLYSGVPSRFSGSRSGTDFTLTISSLQPEDFATYYCQQSTSLGSSTFGQGTKVEIKRTVAAPSVFIFPPSDSQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGEC,0.972345530986786,0.7086983919143677,18,0.9591836734693876,MBP,GFTLSSS,YSYYGS,EYNWWWSWNYYPKVGFDV,RASQSVSSAVA,SASSLYS,QQSTSLGSST
+EVQLVESGGGLVQPGGSLRLSCAASGFTLSTNSIHWVRQAPGKGLEWVASIYSYYGSTSYADSVKGRFTISADTSKNTAYLQMNSLRAEDTAVYYCAREYNWSWDWNYFPEVGLDSWGQGTLVTVSSASTKGPSVFPLAPSSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,QMTQSPSSLSASVGDRVTITCRASQSISSAVAWYQQKPGKAPKLLIYSASSLYSGVPSRFSGSRSGTDFTLTISSLQPEDFATYYCQQSSYSDLIAFGQGTKVEIKRTVAAPSVFIFPPSDSQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGEC,1.002528429031372,0.950709879398346,20,0.9546485260770976,MBP,GFTLSTN,YSYYGS,EYNWSWDWNYFPEVGLDS,RASQSISSAVA,SASSLYS,QQSSYSDLIA
+EVQLVESGGGLVQPGGSLRLSCAASGFTLYTSSIHWVRQAPGKGLEWVASIYSFSSYTSYADSVKGRFTISADTSKNTAYLQMNSLRAEDTAVYYCAREYIKRWDWNYYSKDGLDYWGQGTLVTVSSASTKGPSVFPLAPSSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,QMTQSPSSLSASVGDRVTITCRASQSVSNAVAWYQQKPGKAPKLLIYSASSLYSGVPSRFSGSRSGTDFTLTISSLQPEDFATYYCQQSLLGGLIYFGQGTKVEIKRTVAAPSVFIFPPSDSQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGEC,1.0213441848754885,1.1015784740447998,25,0.943310657596372,MBP,GFTLYTS,YSFSSY,EYIKRWDWNYYSKDGLDY,RASQSVSNAVA,SASSLYS,QQSLLGGLIY
+EVQLVESGGGLVQPGGSLRLSCAASGFTLARSSIHWVRQAPGKGLEWVASIYSSYGYTSYADSVKGRFTISADTSKNTAYLQMNSLRAEDTAVYYCAREFYWFYGPHTYPNIGMDVWGQGTLVTVSSASTKGPSVFPLAPSSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,QMTQSPSSLSASVGDRVTITCRASQSISSAVAWYQQKPGKAPKLLIYSASSLYSGVPSRFSGSRSGTDFTLTISSLQPEDFATYYCQRWSGEGLVTFGQGTKVEIKRTVAAPSVFIFPPSDSQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGEC,1.0166597366333008,1.064017653465271,26,0.9410430839002268,MBP,GFTLARS,YSSYGY,EFYWFYGPHTYPNIGMDV,RASQSISSAVA,SASSLYS,QRWSGEGLVT
+EVQLVESGGGLVQPGGSLRLSCAASGFTLYSSNIHWVRQAPGKGLEWVASIYSYYGSTSYADSVKGRFTISADTSKNTAYLQMNSLRAEDTAVYYCAREYYTHWSYNYYPRNGLDVWGQGTLVTVSSASTKGPSVFPLAPSSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,QMTQSPSSLSASVGDRVTITCRASSSISNAVAWYQQKPGKAPKLLIYSASSLYSGVPSRFSGSRSGTDFTLTISSLQPEDFATYYCQLSTLSNSLTFGQGTKVEIKRTVAAPSVFIFPPSDSQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGEC,0.9923502206802368,0.8690990209579468,20,0.9546485260770976,MBP,GFTLYSS,YSYYGS,EYYTHWSYNYYPRNGLDV,RASSSISNAVA,SASSLYS,QLSTLSNSLT
+EVQLVESGGGLVQPGGSLRLSCAASGFTLSSSNIHWVRQAPGKGLEWVASIYSYYGSTSYADSVKGRFTISADTSKNTAYLQMNSLRAEDTAVYYCARDYYYHWSFNWFPKGGMDYWGQGTLVTVSSASTKGPSVFPLAPSSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,QMTQSPSSLSASVGDRVTITCRASQSISSAVAWYQQKPGKAPKLLIYSASSLYSGVPSRFSGSRSGTDFTLTISSLQPEDFATYYCQQHTTRGLVTFGQGTKVEIKRTVAAPSVFIFPPSDSQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGEC,1.002804160118103,0.9529207944869996,19,0.9569160997732428,MBP,GFTLSSS,YSYYGS,DYYYHWSFNWFPKGGMDY,RASQSISSAVA,SASSLYS,QQHTTRGLVT
+EVQLVESGGGLVQPGGSLRLSCAASGFTIKSSSIHWVRQAPGKGLEWVASIYSYYGSTSYADSVKGRFTISADTSKNTAYLQMNSLRAEDTAVYYCARSYWWYWGWSWYPYVGLDYWGQGTLVTVSSASTKGPSVFPLAPSSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,QMTQSPSSLSASVGDRVTITCRASSSVSSAVAWYQQKPGKAPKLLIYSASSLYSGVPSRFSGSRSGTDFTLTISSLQPEDFATYYCQQFSTSLSYIFGQGTKVEIKRTVAAPSVFIFPPSDSQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGEC,0.994409680366516,0.8856126070022583,18,0.9591836734693876,MBP,GFTIKSS,YSYYGS,SYWWYWGWSWYPYVGLDY,RASSSVSSAVA,SASSLYS,QQFSTSLSYI
+EVQLVESGGGLVQPGGSLRLSCAASGFTLNYYSIHWVRQAPGKGLEWVASIYSYYGYTSYADSVKGRFTISADTSKNTAYLQMNSLRAEDTAVYYCAREYHYWWSWNWYPKDGMDYWGQGTLVTVSSASTKGPSVFPLAPSSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,QMTQSPSSLSASVGDRVTITCRASSSVSSAVAWYQQKPGKAPKLLIYSASSLYSGVPSRFSGSRSGTDFTLTISSLQPEDFATYYCQQASFLSYYTFGQGTKVEIKRTVAAPSVFIFPPSDSQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGEC,0.9891663193702698,0.8435705304145813,19,0.9569160997732428,MBP,GFTLNYY,YSYYGY,EYHYWWSWNWYPKDGMDY,RASSSVSSAVA,SASSLYS,QQASFLSYYT
+EVQLVESGGGLVQPGGSLRLSCAASGFTLKTSSIHWVRQAPGKGLEWVASIYSYYGSTSYADSVKGRFTISADTSKNTAYLQMNSLRAEDTAVYYCAREYHWDWSWHYYPADGLDYWGQGTLVTVSSASTKGPSVFPLAPSSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,QMTQSPSSLSASVGDRVTITCRASQSVSAAVAWYQQKPGKAPKLLIYSASSLYSGVPSRFSGSRSGTDFTLTISSLQPEDFATYYCQLSTDSSLRTFGQGTKVEIKRTVAAPSVFIFPPSDSQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGEC,0.9826322197914124,0.7911791205406189,19,0.9569160997732428,MBP,GFTLKTS,YSYYGS,EYHWDWSWHYYPADGLDY,RASQSVSAAVA,SASSLYS,QLSTDSSLRT
+EVQLVESGGGLVQPGGSLRLSCAASGFTIYSTSIHWVRQAPGKGLEWVASIYSYYGSTSYADSVKGRFTISADTSKNTAYLQMNSLRAEDTAVYYCAREYYYYHSWQYYPKYGLDVWGQGTLVTVSSASTKGPSVFPLAPSSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,QMTQSPSSLSASVGDRVTITCRASQSVSSAVAWYQQKPGKAPKLLIYSASSLYSGVPSRFSGSRSGTDFTLTISSLQPEDFATYYCQQWSLGSLRIFGQGTKVEIKRTVAAPSVFIFPPSDSQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGEC,0.987589955329895,0.830930769443512,19,0.9569160997732428,MBP,GFTIYST,YSYYGS,EYYYYHSWQYYPKYGLDV,RASQSVSSAVA,SASSLYS,QQWSLGSLRI
+EVQLVESGGGLVQPGGSLRLSCAASGFTISYASIHWVRQAPGKGLEWVASIYGYYSSTSYADSVKGRFTISADTSKNTAYLQMNSLRAEDTAVYYCAREHYHWFSWNYYPWNGLDYWGQGTLVTVSSASTKGPSVFPLAPSSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,QMTQSPSSLSASVGDRVTITCRASSSVSSAVAWYQQKPGKAPKLLIYSASSLYSGVPSRFSGSRSGTDFTLTISSLQPEDFATYYCQQHSSSSLLTFGQGTKVEIKRTVAAPSVFIFPPSDSQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGEC,1.0014272928237915,0.9418818950653076,22,0.9501133786848072,MBP,GFTISYA,YGYYSS,EHYHWFSWNYYPWNGLDY,RASSSVSSAVA,SASSLYS,QQHSSSSLLT
+EVQLVESGGGLVQPGGSLRLSCAASGFTLKNSSIHWVRQAPGKGLEWVASIYSYYSSTSYADSVKGRFTISADTSKNTAYLQMNSLRAEDTAVYYCAREYVWWYSWAYYPSVGMDVWGQGTLVTVSSASTKGPSVFPLAPSSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,QMTQSPSSLSASVGDRVTITCRASQSVSNAVAWYQQKPGKAPKLLIYSASSLYSGVPSRFSGSRSGTDFTLTISSLQPEDFATYYCQQWTISNTLTFGQGTKVEIKRTVAAPSVFIFPPSDSQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGEC,0.992074191570282,0.8668862581253052,22,0.9501133786848072,MBP,GFTLKNS,YSYYSS,EYVWWYSWAYYPSVGMDV,RASQSVSNAVA,SASSLYS,QQWTISNTLT
+EVQLVESGGGLVQPGGSLRLSCAASGFTLRSYSIHWVRQAPGKGLEWVASIYSYYGSTSYADSVKGRFTISADTSKNTAYLQMNSLRAEDTAVYYCARQYYYWYGWWYFPGVGLDVWGQGTLVTVSSASTKGPSVFPLAPSSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,QMTQSPSSLSASVGDRVTITCRASRSVSSAVAWYQQKPGKAPKLLIYSASSLYSGVPSRFSGSRSGTDFTLTISSLQPEDFATYYCQQSTYEGLLTFGQGTKVEIKRTVAAPSVFIFPPSDSQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGEC,0.9930269122123718,0.8745262026786804,21,0.9523809523809524,MBP,GFTLRSY,YSYYGS,QYYYWYGWWYFPGVGLDV,RASRSVSSAVA,SASSLYS,QQSTYEGLLT
+EVQLVESGGGLVQPGGSLRLSCAASGFTLSGSSIHWVRQAPGKGLEWVASIYSYYGSTSYADSVKGRFTISADTSKNTAYLQMNSLRAEDTAVYYCARQYYSWWSGHSYPDDGLDVWGQGTLVTVSSASTKGPSVFPLAPSSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,QMTQSPSSLSASVGDRVTITCRASQSISAAVAWYQQKPGKAPKLLIYSASSLYSGVPSRFSGSRSGTDFTLTISSLQPEDFATYYCQQSTYTTTFTFGQGTKVEIKRTVAAPSVFIFPPSDSQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGEC,1.00702702999115,0.986780881881714,20,0.9546485260770976,MBP,GFTLSGS,YSYYGS,QYYSWWSGHSYPDDGLDV,RASQSISAAVA,SASSLYS,QQSTYTTTFT
+EVQLVESGGGLVQPGGSLRLSCAASGFTLISSSIHWVRQAPGKGLEWVASIYSYSSYTSYADSVKGRFTISADTSKNTAYLQMNSLRAEDTAVYYCARNYYDSWADDYYPNVGLDYWGQGTLVTVSSASTKGPSVFPLAPSSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,QMTQSPSSLSASVGDRVTITCRASQSISSAVAWYQQKPGKAPKLLIYSASSLYSGVPSRFSGSRSGTDFTLTISSLQPEDFATYYCQISSPLYLITFGQGTKVEIKRTVAAPSVFIFPPSDSQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGEC,1.0170544385910034,1.0671826601028442,22,0.9501133786848072,MBP,GFTLISS,YSYSSY,NYYDSWADDYYPNVGLDY,RASQSISSAVA,SASSLYS,QISSPLYLIT
+EVQLVESGGGLVQPGGSLRLSCAASGFTLSTSSIHWVRQAPGKGLEWVASIYSSYSSTSYADSVKGRFTISADTSKNTAYLQMNSLRAEDTAVYYCAREYSRSWGGNYYPNNGMDYWGQGTLVTVSSASTKGPSVFPLAPSSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,QMTQSPSSLSASVGDRVTITCRASQSVSSAVAWYQQKPGKAPKLLIYSASSLYSGVPSRFSGSRSGTDFTLTISSLQPEDFATYYCQQSSFSGLWTFGQGTKVEIKRTVAAPSVFIFPPSDSQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGEC,0.9855782389640808,0.8148009777069092,20,0.9546485260770976,MBP,GFTLSTS,YSSYSS,EYSRSWGGNYYPNNGMDY,RASQSVSSAVA,SASSLYS,QQSSFSGLWT
+EVQLVESGGGLVQPGGSLRLSCAASGFTLSSSSIHWVRQAPGKGLEWVASIYSYYGSTSYADSVKGRFTISADTSKNTAYLQMNSLRAEDTAVYYCAREYHWYWSYAYYPYDGLDVWGQGTLVTVSSASTKGPSVFPLAPSSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,QMTQSPSSLSASVGDRVTITCRASQSISSAVAWYQQKPGKAPKLLIYSASSLYSGVPSRFSGSRSGTDFTLTISSLQPEDFATYYCQLSSIGDLTNFGQGTKVEIKRTVAAPSVFIFPPSDSQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGEC,0.9855982661247252,0.8149614334106445,16,0.963718820861678,MBP,GFTLSSS,YSYYGS,EYHWYWSYAYYPYDGLDV,RASQSISSAVA,SASSLYS,QLSSIGDLTN
+QVQLVQSGAEVKKPGASVKVSCKASGYTFTSYWMHWVRQAPGQGLEWIGEINPGLGNTNYNEKFKSKATMTVDTSTNTAYMELSSLRSEDTAVYYCASFDYDRGGDDFDYWGQGTLVTVSSASTKGPSVFPLAPSGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,DIQMTQSPSSLSASVGDRVTITCSASSNVNYMYWYQQKPGKAPKLLIYDTSNLASGVPSRFSGSGSGTDYTFTISSLQPEDIATYYCQSFSSYLWTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRG,1.2303688526153564,0.9667661786079408,17,0.9601873536299764,EGFR,GYTFTSY,NPGLGN,FDYDRGGDDFDY,SASSNVNYMY,DTSNLAS,QSFSSYLWT
+QVQLVQSGAEVKKPGASVKVSCKASGYTFTNYWMHWVRQAPGQGLEWIGEIDPNDGGINYNEKFKSKATMTVDTSTNTAYMELSSLRSEDTAVYYCASYDIARDRDRYDHWGQGTLVTVSSASTKGPSVFPLAPSGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,DIQMTQSPSSLSASVGDRVTITCSASQSVGYMYWYQQKPGKAPKLLIYDTSNLASGVPSRFSGSGSGTDYTFTISSLQPEDIATYYCQVWSSHEVAFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRG,1.250996470451355,1.1541697978973389,24,0.9437939110070258,EGFR,GYTFTNY,DPNDGG,YDIARDRDRYDH,SASQSVGYMY,DTSNLAS,QVWSSHEVA
+QVQLVQSGAEVKKPGASVKVSCKASGYTFTTYWMHWVRQAPGQGLEWIGELDPNNGGINYNEKFKSKATMTVDTSTNTAYMELSSLRSEDTAVYYCASLDIYRSGDSYDYWGQGTLVTVSSASTKGPSVFPLAPSGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,DIQMTQSPSSLSASVGDRVTITCSASSSVRHMYWYQQKPGKAPKLLIYWTSNLASGVPSRFSGSGSGTDYTFTISSLQPEDIATYYCAVWDSHHYTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRG,1.2294187545776367,0.9581345319747924,23,0.9461358313817332,EGFR,GYTFTTY,DPNNGG,LDIYRSGDSYDY,SASSSVRHMY,WTSNLAS,AVWDSHHYT
+QVQLVQSGAEVKKPGASVKVSCKASGYSFTDYWMHWVRQAPGQGLEWIGELLPSSGNINYNEKFKSKATMTVDTSTNTAYMELSSLRSEDTAVYYCAAFGTGRDGNRMDYWGQGTLVTVSSASTKGPSVFPLAPSGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,DIQMTQSPSSLSASVGDRVTITCSASQSVSYMYWYQQKPGKAPKLLIYLTSNLASGVPSRFSGSGSGTDYTFTISSLQPEDIATYYCAVWSSYVLTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRG,1.24736487865448,1.121176838874817,26,0.9391100702576112,EGFR,GYSFTDY,LPSSGN,FGTGRDGNRMDY,SASQSVSYMY,LTSNLAS,AVWSSYVLT
+QVQLVQSGAEVKKPGASVKVSCKASGYTFTNYWMHWVRQAPGQGLEWIGELNPGNGNVNYNEKFKSKATMTVDTSTNTAYMELSSLRSEDTAVYYCAAFDYDRDGDSFDYWGQGTLVTVSSASTKGPSVFPLAPSGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,DIQMTQSPSSLSASVGDRVTITCSASSSVSYMYWYQQKPGKAPKLLIYDASNLASGVPSRFSGSGSGTDYTFTISSLQPEDIATYYCQQWNSHLATFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRG,1.2105714082717896,0.7869043350219727,17,0.9601873536299764,EGFR,GYTFTNY,NPGNGN,FDYDRDGDSFDY,SASSSVSYMY,DASNLAS,QQWNSHLAT
+QVQLVQSGAEVKKPGASVKVSCKASGYAFTSYWMHWVRQAPGQGLEWIGEIDPSNGNVNYNEKFKSKATMTVDTSTNTAYMELSSLRSEDTAVYYCAAYGVDRDGDAYDSWGQGTLVTVSSASTKGPSVFPLAPSGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,DIQMTQSPSSLSASVGDRVTITCSASSSVNYMYWYQQKPGKAPKLLIYSTSNLASGVPSRFSGSGSGTDYTFTISSLQPEDIATYYCQQWNTDLWTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRG,1.2299703359603882,0.9631453156471252,23,0.9461358313817332,EGFR,GYAFTSY,DPSNGN,YGVDRDGDAYDS,SASSSVNYMY,STSNLAS,QQWNTDLWT
+QVQLVQSGAEVKKPGASVKVSCKASGYTFTSSWMHWVRQAPGQGLEWIGEINPGNGGINYNEKFKSKATMTVDTSTNTAYMELSSLRSEDTAVYYCAAYDIDRDGNRYDYWGQGTLVTVSSASTKGPSVFPLAPSGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,DIQMTQSPSSLSASVGDRVTITCSASSSVRYMYWYQQKPGKAPKLLIYSTSNLASGVPSRFSGSGSGTDYTFTISSLQPEDIATYYCQVWSSYLYAFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRG,1.2066831588745115,0.7515782117843628,20,0.9531615925058547,EGFR,GYTFTSS,NPGNGG,YDIDRDGNRYDY,SASSSVRYMY,STSNLAS,QVWSSYLYA
+QVQLVQSGAEVKKPGASVKVSCKASGYSFTDYWMHWVRQAPGQGLEWIGEINPGVGDVNYNEKFKSKATMTVDTSTNTAYMELSSLRSEDTAVYYCASYGIYRDGVAYDYWGQGTLVTVSSASTKGPSVFPLAPSGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,DIQMTQSPSSLSASVGDRVTITCSASSSVSYMYWYQQKPGKAPKLLIYRTSNLASGVPSRFSGSGSGTDYTFTISSLQPEDIATYYCQVWSSHYWTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRG,1.2284431457519531,0.9492701888084412,22,0.9484777517564404,EGFR,GYSFTDY,NPGVGD,YGIYRDGVAYDY,SASSSVSYMY,RTSNLAS,QVWSSHYWT
+QVQLVQSGAEVKKPGASVKVSCKASGYSFTSNFMHWVRQAPGQGLEWIGELNPGNGNTNYNEKFKSKATMTVDTSTNTAYMELSSLRSEDTAVYYCAAYGYYRSGNSYDYWGQGTLVTVSSASTKGPSVFPLAPSGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,DIQMTQSPSSLSASVGDRVTITCSASSSVTYMYWYQQKPGKAPKLLIYSTSNLASGVPSRFSGSGSGTDYTFTISSLQPEDIATYYCQQWSSHLYTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRG,1.215135097503662,0.8283642530441284,18,0.9578454332552692,EGFR,GYSFTSN,NPGNGN,YGYYRSGNSYDY,SASSSVTYMY,STSNLAS,QQWSSHLYT
+QVQLVQSGAEVKKPGASVKVSCKASGYTFTDYWMHWVRQAPGQGLEWIGELNPNNGNINYNEKFKSKATMTVDTSTNTAYMELSSLRSEDTAVYYCASFGIGRRGDAFDYWGQGTLVTVSSASTKGPSVFPLAPSGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,DIQMTQSPSSLSASVGDRVTITCSASSSVSYMYWYQQKPGKAPKLLIYSVSNLASGVPSRFSGSGSGTDYTFTISSLQPEDIATYYCQQWNSHIWTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRG,1.2105894088745115,0.7870678901672363,19,0.955503512880562,EGFR,GYTFTDY,NPNNGN,FGIGRRGDAFDY,SASSSVSYMY,SVSNLAS,QQWNSHIWT
+QVQLVQSGAEVKKPGASVKVSCKASGYTFTSYWMHWVRQAPGQGLEWIGEINPGNGYTNYNEKFKSKATMTVDTSTNTAYMELSSLRSEDTAVYYCANFGYGRSGDEYDYWGQGTLVTVSSASTKGPSVFPLAPSGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,DIQMTQSPSSLSASVGDRVTITCSASSSVSYMYWYQQKPGKAPKLLIYGTSNLASGVPSRFSGSGSGTDYTFTISSLQPEDIATYYCQVYNSNLWTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRG,1.2206112146377563,0.8781168460845947,21,0.9508196721311476,EGFR,GYTFTSY,NPGNGY,FGYGRSGDEYDY,SASSSVSYMY,GTSNLAS,QVYNSNLWT
+QVQLVQSGAEVKKPGASVKVSCKASGYTFTSYWMHWVRQAPGQGLEWIGEINPGNGNINYNEKFKSKATMTVDTSTNTAYMELSSLRSEDTAVYYCASFGIGRSGEATDYWGQGTLVTVSSASTKGPSVFPLAPSGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,DIQMTQSPSSLSASVGDRVTITCSASSRVSYMYWYQQKPGKAPKLLIYDTSNLASGVPSRFSGSGSGTDYTFTISSLQPEDIATYYCQTWNSYHFTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRG,1.2183998823165894,0.8580273389816284,20,0.9531615925058547,EGFR,GYTFTSY,NPGNGN,FGIGRSGEATDY,SASSRVSYMY,DTSNLAS,QTWNSYHFT
+QVQLVQSGAEVKKPGASVKVSCKASGYTFTDYYMHWVRQAPGQGLEWIGEILPGNGKVNYNEKFKSKATMTVDTSTNTAYMELSSLRSEDTAVYYCASFGYGRGGDTVDYWGQGTLVTVSSASTKGPSVFPLAPSGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,DIQMTQSPSSLSASVGDRVTITCSASSSVSYMYWYQQKPGKAPKLLIYDTSNLASGVPSRFSGSGSGTDYTFTISSLQPEDIATYYCQVYDSNAFTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRG,1.232324242591858,0.9845300316810608,22,0.9484777517564404,EGFR,GYTFTDY,LPGNGK,FGYGRGGDTVDY,SASSSVSYMY,DTSNLAS,QVYDSNAFT
+QVQLVQSGAEVKKPGASVKVSCKASGYTFTSYWMHWVRQAPGQGLEWIGELNPGNGRTNYNEKFKSKATMTVDTSTNTAYMELSSLRSEDTAVYYCASFGVDRDGNYFDFWGQGTLVTVSSASTKGPSVFPLAPSGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,DIQMTQSPSSLSASVGDRVTITCSASSGVNYMYWYQQKPGKAPKLLIYSTSNLASGVPSRFSGSGSGTDYTFTISSLQPEDIATYYCQQWSIGFRTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRG,1.230705976486206,0.969829559326172,17,0.9601873536299764,EGFR,GYTFTSY,NPGNGR,FGVDRDGNYFDF,SASSGVNYMY,STSNLAS,QQWSIGFRT
+QVQLVQSGAEVKKPGASVKVSCKASGYTFTDYWMHWVRQAPGQGLEWIGEINPGNGDINYNEKFKSKATMTVDTSTNTAYMELSSLRSEDTAVYYCASLGYMRDGYSYDYWGQGTLVTVSSASTKGPSVFPLAPSGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,DIQMTQSPSSLSASVGDRVTITCSASSGVSYMYWYQQKPGKAPKLLIYSTSNLASGVPSRFSGSGSGTDYTFTISSLQPEDIATYYCAQRNYHTYTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRG,1.226693868637085,0.9333776235580444,23,0.9461358313817332,EGFR,GYTFTDY,NPGNGD,LGYMRDGYSYDY,SASSGVSYMY,STSNLAS,AQRNYHTYT
+QVQLVQSGAEVKKPGASVKVSCKASGYTFTSYWMHWVRQAPGQGLEWIGELAPGNGGINYNEKFKSKATMTVDTSTNTAYMELSSLRSEDTAVYYCAAHGIDIDGDAYDYWGQGTLVTVSSASTKGPSVFPLAPSGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,DIQMTQSPSSLSASVGDRVTITCSASSSVNYMYWYQQKPGKAPKLLIYDTSNLASGVPSRFSGSGSGTDYTFTISSLQPEDIATYYCQVWSGYQYAFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRG,1.2231303453445437,0.9010034799575806,22,0.9484777517564404,EGFR,GYTFTSY,APGNGG,HGIDIDGDAYDY,SASSSVNYMY,DTSNLAS,QVWSGYQYA
+QVQLVQSGAEVKKPGASVKVSCKASGYTFTTYWMHWVRQAPGQGLEWIGELNPGSGGINYNEKFKSKATMTVDTSTNTAYMELSSLRSEDTAVYYCASWGRGRDGNYIDYWGQGTLVTVSSASTKGPSVFPLAPSGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,DIQMTQSPSSLSASVGDRVTITCSASSGVGYMYWYQQKPGKAPKLLIYSTSNLASGVPSRFSGSGSGTDYTFTISSLQPEDIATYYCQVWDSSAYTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRG,1.229456067085266,0.95847350358963,23,0.9461358313817332,EGFR,GYTFTTY,NPGSGG,WGRGRDGNYIDY,SASSGVGYMY,STSNLAS,QVWDSSAYT
+QVQLVQSGAEVKKPGASVKVSCKASGYTFTSYWMHWVRQAPGQGLEWIGELNPGGGEINYNEKFKSKATMTVDTSTNTAYMELSSLRSEDTAVYYCAAYGYGRDGDSFDYWGQGTLVTVSSASTKGPSVFPLAPSGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,DIQMTQSPSSLSASVGDRVTITCSASSSVGHMYWYQQKPGKAPKLLIYDTSNLASGVPSRFSGSGSGTDYTFTISSLQPEDIATYYCQQWHTHQYTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRG,1.222293496131897,0.8933996558189392,20,0.9531615925058547,EGFR,GYTFTSY,NPGGGE,YGYGRDGDSFDY,SASSSVGHMY,DTSNLAS,QQWHTHQYT
+QVQLVQSGAEVKKPGASVKVSCKASGYTFTSYWMHWVRQAPGQGLEWIGELDPNNGGINYNEKFKSKATMTVDTSTNTAYMELSSLRSEDTAVYYCATFGIKRSGDAADYWGQGTLVTVSSASTKGPSVFPLAPSGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,DIQMTQSPSSLSASVGDRVTITCSASSSVSYMYWYQQKPGKAPKLLIYDTSNLASGVPSRFSGSGSGTDYTFTISSLQPEDIATYYCQQWDRYTYTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRG,1.222219467163086,0.8927274942398071,22,0.9484777517564404,EGFR,GYTFTSY,DPNNGG,FGIKRSGDAADY,SASSSVSYMY,DTSNLAS,QQWDRYTYT
+QVQLVQSGAEVKKPGASVKVSCKASGYTFTSYWMHWVRQAPGQGLEWIGELNPSDGGTNYNEKFKSKATMTVDTSTNTAYMELSSLRSEDTAVYYCASWGIGRDGDAYDYWGQGTLVTVSSASTKGPSVFPLAPSGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,DIQMTQSPSSLSASVGDRVTITCSASSSVKYMYWYQQKPGKAPKLLIYLTSNLASGVPSRFSGSGSGTDYTFTISSLQPEDIATYYCQQFSSHVYTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRG,1.213668704032898,0.8150425553321838,18,0.9578454332552692,EGFR,GYTFTSY,NPSDGG,WGIGRDGDAYDY,SASSSVKYMY,LTSNLAS,QQFSSHVYT
+QVQLVQSGAEVKKPGASVKVSCKASGYTFTNYWMHWVRQAPGQGLEWIGEINPGNGDVNYNEKFKSKATMTVDTSTNTAYMELSSLRSEDTAVYYCASYGYGRYGNAYDYWGQGTLVTVSSASTKGPSVFPLAPSGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,DIQMTQSPSSLSASVGDRVTITCSASSGVSYMYWYQQKPGKAPKLLIYYTSNLASGVPSRFSGSGSGTDYTFTISSLQPEDIATYYCQQWSSNAYTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRG,1.2078676223754885,0.7623398900032043,20,0.9531615925058547,EGFR,GYTFTNY,NPGNGD,YGYGRYGNAYDY,SASSGVSYMY,YTSNLAS,QQWSSNAYT
+QVQLVQSGAEVKKPGASVKVSCKASGYTFISYWMHWVRQAPGQGLEWIGEINPSNGSTNYNEKFKSKATMTVDTSTNTAYMELSSLRSEDTAVYYCASYGIGRSGESFDYWGQGTLVTVSSASTKGPSVFPLAPSGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,DIQMTQSPSSLSASVGDRVTITCSASSTVSYMYWYQQKPGKAPKLLIYDTSNLASGVPSRFSGSGSGTDYTFTISSLQPEDIATYYCAQWDTHKGAFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRG,1.236736536026001,1.024616837501526,20,0.9531615925058547,EGFR,GYTFISY,NPSNGS,YGIGRSGESFDY,SASSTVSYMY,DTSNLAS,AQWDTHKGA
+QVQLVQSGAEVKKPGASVKVSCKASGYTFTGYWMHWVRQAPGQGLEWIGEILPGNGNTNYNEKFKSKATMTVDTSTNTAYMELSSLRSEDTAVYYCAARDFARDGNRVDYWGQGTLVTVSSASTKGPSVFPLAPSGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,DIQMTQSPSSLSASVGDRVTITCSASSSVRYMYWYQQKPGKAPKLLIYDASNLASGVPSRFSGSGSGTDYTFTISSLQPEDIATYYCQQWSRHRFAFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRG,1.2402323484420776,1.0563757419586182,19,0.955503512880562,EGFR,GYTFTGY,LPGNGN,RDFARDGNRVDY,SASSSVRYMY,DASNLAS,QQWSRHRFA
+QVQLVQSGAEVKKPGASVKVSCKASGYAFTTYWMHWVRQAPGQGLEWIGELNPGNGNINYNEKFKSKATMTVDTSTNTAYMELSSLRSEDTAVYYCASWGRRYDGNAYDYWGQGTLVTVSSASTKGPSVFPLAPSGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,DIQMTQSPSSLSASVGDRVTITCSASSGVSYMYWYQQKPGKAPKLLIYDTSNLASGVPSRFSGSGSGTDYTFTISSLQPEDIATYYCQAYNSYAFTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRG,1.2359527349472046,1.0174964666366575,22,0.9484777517564404,EGFR,GYAFTTY,NPGNGN,WGRRYDGNAYDY,SASSGVSYMY,DTSNLAS,QAYNSYAFT
+QVQLVQSGAEVKKPGASVKVSCKASGYSFTSYYMHWVRQAPGQGLEWIGELNPSNGDVNYNEKFKSKATMTVDTSTNTAYMELSSLRSEDTAVYYCASYGYARSGDRYDYWGQGTLVTVSSASTKGPSVFPLAPSGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,DIQMTQSPSSLSASVGDRVTITCSASSSVNYMYWYQQKPGKAPKLLIYSTSNLASGVPSRFSGSGSGTDYTFTISSLQPEDIATYYCQQWTSHAYTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRG,1.2162210941314695,0.8382322192192078,19,0.955503512880562,EGFR,GYSFTSY,NPSNGD,YGYARSGDRYDY,SASSSVNYMY,STSNLAS,QQWTSHAYT
+QVQLVQSGAEVKKPGASVKVSCKASGYTFTGHWMHWVRQAPGQGLEWIGELNPGNGGTNYNEKFKSKATMTVDTSTNTAYMELSSLRSEDTAVYYCASFGVSRDGYAYDYWGQGTLVTVSSASTKGPSVFPLAPSGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,DIQMTQSPSSLSASVGDRVTITCSASGGVSYMYWYQQKPGKAPKLLIYLVSNLASGVPSRFSGSGSGTDYTFTISSLQPEDIATYYCQQWSSNEFTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRG,1.2297329902648926,0.9609879851341248,20,0.9531615925058547,EGFR,GYTFTGH,NPGNGG,FGVSRDGYAYDY,SASGGVSYMY,LVSNLAS,QQWSSNEFT
+QVQLVQSGAEVKKPGASVKVSCKASGYAFTDYWMHWVRQAPGQGLEWIGELNPGNGNINYNEKFKSKATMTVDTSTNTAYMELSSLRSEDTAVYYCASYGYATDGNSFDYWGQGTLVTVSSASTKGPSVFPLAPSGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,DIQMTQSPSSLSASVGDRVTITCSASQSVTYMYWYQQKPGKAPKLLIYDTSNLASGVPSRFSGSGSGTDYTFTISSLQPEDIATYYCQVWSSYLYTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRG,1.2203863859176636,0.8760732412338257,19,0.955503512880562,EGFR,GYAFTDY,NPGNGN,YGYATDGNSFDY,SASQSVTYMY,DTSNLAS,QVWSSYLYT
+QVQLVQSGAEVKKPGASVKVSCKASGYTFTTYWMHWVRQAPGQGLEWIGEIDPSNGDTNYNEKFKSKATMTVDTSTNTAYMELSSLRSEDTAVYYCAAFAITRDNRRYDYWGQGTLVTVSSASTKGPSVFPLAPSGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,DIQMTQSPSSLSASVGDRVTITCSASSSVRYMYWYQQKPGKAPKLLIYLTSNLASGVPSRFSGSGSGTDYTFTISSLQPEDIATYYCAFWDYGQFAFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRG,1.267971754074097,1.3083919286727903,24,0.9437939110070258,EGFR,GYTFTTY,DPSNGD,FAITRDNRRYDY,SASSSVRYMY,LTSNLAS,AFWDYGQFA
+QVQLVQSGAEVKKPGASVKVSCKASGYTFTSYWMHWVRQAPGQGLEWIGEINPNNGYTNYNEKFKSKATMTVDTSTNTAYMELSSLRSEDTAVYYCASFGYGRSGEANDYWGQGTLVTVSSASTKGPSVFPLAPSGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,DIQMTQSPSSLSASVGDRVTITCSASSDVSYMYWYQQKPGKAPKLLIYDTSNLASGVPSRFSGSGSGTDYTFTISSLQPEDIATYYCQQWSTYYATFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRG,1.2242774963378906,0.9114245772361756,18,0.9578454332552692,EGFR,GYTFTSY,NPNNGY,FGYGRSGEANDY,SASSDVSYMY,DTSNLAS,QQWSTYYAT
+QVQLVQSGAEVKKPGASVKVSCKASGYTFTSYWMHWVRQAPGQGLEWIGELNPGNGGINYNEKFKSKATMTVDTSTNTAYMELSSLRSEDTAVYYCASHGIEITGTRYDYWGQGTLVTVSSASTKGPSVFPLAPSGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,DIQMTQSPSSLSASVGDRVTITCSASSSVKYMYWYQQKPGKAPKLLIYSTSNLASGVPSRFSGSGSGTDYTFTISSLQPEDIATYYCAVWSSHLWTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRG,1.220175862312317,0.8741608262062073,20,0.9531615925058547,EGFR,GYTFTSY,NPGNGG,HGIEITGTRYDY,SASSSVKYMY,STSNLAS,AVWSSHLWT
+QVQLVQSGAEVKKPGASVKVSCKASGYTFIDYWMHWVRQAPGQGLEWIGELNPGNGEINYNEKFKSKATMTVDTSTNTAYMELSSLRSEDTAVYYCASFGRYRSGNRYDYWGQGTLVTVSSASTKGPSVFPLAPSGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,DIQMTQSPSSLSASVGDRVTITCSASSGVSYMYWYQQKPGKAPKLLIYSTSNLASGVPSRFSGSGSGTDYTFTISSLQPEDIATYYCQQFSSHAYTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRG,1.2148276567459106,0.8255720138549805,22,0.9484777517564404,EGFR,GYTFIDY,NPGNGE,FGRYRSGNRYDY,SASSGVSYMY,STSNLAS,QQFSSHAYT
+QVQLVQSGAEVKKPGASVKVSCKASGYSFTSYWMHWVRQAPGQGLEWIGEINPGSGGVNYNEKFKSKATMTVDTSTNTAYMELSSLRSEDTAVYYCASYGYGLLGDYVDYWGQGTLVTVSSASTKGPSVFPLAPSGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,DIQMTQSPSSLSASVGDRVTITCSASSSVSYMYWYQQKPGKAPKLLIYWTSNLASGVPSRFSGSGSGTDYTFTISSLQPEDIATYYCQVFSSYLFTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRG,1.2352296113967896,1.0109270811080933,20,0.9531615925058547,EGFR,GYSFTSY,NPGSGG,YGYGLLGDYVDY,SASSSVSYMY,WTSNLAS,QVFSSYLFT
+QVQLVQSGAEVKKPGASVKVSCKASGYTFTNYWMHWVRQAPGQGLEWIGEINPGNGHINYNEKFKSKATMTVDTSTNTAYMELSSLRSEDTAVYYCARIGYDRSGSRYDYWGQGTLVTVSSASTKGPSVFPLAPSGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,DIQMTQSPSSLSASVGDRVTITCSASSSVRYMYWYQQKPGKAPKLLIYDTSNLASGVPSRFSGSGSGTDYTFTISSLQPEDIATYYCAQWSTHLYSFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRG,1.2297779321670532,0.9613968133926392,20,0.9531615925058547,EGFR,GYTFTNY,NPGNGH,IGYDRSGSRYDY,SASSSVRYMY,DTSNLAS,AQWSTHLYS
+QVQLVQSGAEVKKPGASVKVSCKASGYTFTSYWMHWVRQAPGQGLEWIGELLPGGGGINYNEKFKSKATMTVDTSTNTAYMELSSLRSEDTAVYYCASFDYGYDGDKYDYWGQGTLVTVSSASTKGPSVFPLAPSGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,DIQMTQSPSSLSASVGDRVTITCSASSGVSYMYWYQQKPGKAPKLLIYRTSNLASGVPSRFSGSGSGTDYTFTISSLQPEDIATYYCQQWNSYAWAFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRG,1.2233885526657104,0.9033486247062684,21,0.9508196721311476,EGFR,GYTFTSY,LPGGGG,FDYGYDGDKYDY,SASSGVSYMY,RTSNLAS,QQWNSYAWA
+QVQLVQSGAEVKKPGASVKVSCKASGYTFISSWMHWVRQAPGQGLEWIGEINPGSGGINYNEKFKSKATMTVDTSTNTAYMELSSLRSEDTAVYYCASFGIYVDGDAFDAWGQGTLVTVSSASTKGPSVFPLAPSGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,DIQMTQSPSSLSASVGDRVTITCSASSSVDYMYWYQQKPGKAPKLLIYGTSNLASGVPSRFSGSGSGTDYTFTISSLQPEDIATYYCQVWSNYIYTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRG,1.237897515296936,1.0351642370224,22,0.9484777517564404,EGFR,GYTFISS,NPGSGG,FGIYVDGDAFDA,SASSSVDYMY,GTSNLAS,QVWSNYIYT
+QVQLVQSGAEVKKPGASVKVSCKASGYTFTSYYMHWVRQAPGQGLEWIGEINPGNGGTNYNEKFKSKATMTVDTSTNTAYMELSSLRSEDTAVYYCASYDIGYNENAYDAWGQGTLVTVSSASTKGPSVFPLAPSGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,DIQMTQSPSSLSASVGDRVTITCSASSSVRYMYWYQQKPGKAPKLLIYDTSNLASGVPSRFSGSGSGTDYTFTISSLQPEDIATYYCQHWDSYTWSFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRG,1.2513341903686523,1.157237529754639,21,0.9508196721311476,EGFR,GYTFTSY,NPGNGG,YDIGYNENAYDA,SASSSVRYMY,DTSNLAS,QHWDSYTWS
+QVQLVQSGAEVKKPGASVKVSCKASGYTFTDFWMHWVRQAPGQGLEWIGELNPGNGNTNYNEKFKSKATMTVDTSTNTAYMELSSLRSEDTAVYYCASFGLGLDGTAVDYWGQGTLVTVSSASTKGPSVFPLAPSGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,DIQMTQSPSSLSASVGDRVTITCSASSSVNWMYWYQQKPGKAPKLLIYSTSNLASGVPSRFSGSGSGTDYTFTISSLQPEDIATYYCHQWSSYLYTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRG,1.2313292026519775,0.9754917621612548,21,0.9508196721311476,EGFR,GYTFTDF,NPGNGN,FGLGLDGTAVDY,SASSSVNWMY,STSNLAS,HQWSSYLYT
+QVQLVQSGAEVKKPGASVKVSCKASGYTFTAYYMHWVRQAPGQGLEWIGELNPNNGDINYNEKFKSKATMTVDTSTNTAYMELSSLRSEDTAVYYCAAVDIGIDGNAYDYWGQGTLVTVSSASTKGPSVFPLAPSGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,DIQMTQSPSSLSASVGDRVTITCSASSSVSYMYWYQQKPGKAPKLLIYSTSNLASGVPSRFSGSGSGTDYTFTISSLQPEDIATYYCAQFSSHIYTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRG,1.2274609804153442,0.9403480291366576,21,0.9508196721311476,EGFR,GYTFTAY,NPNNGD,VDIGIDGNAYDY,SASSSVSYMY,STSNLAS,AQFSSHIYT
+QVQLVQSGAEVKKPGASVKVSCKASGYTFTNNWMHWVRQAPGQGLEWIGELDPGNGGINYNEKFKSKATMTVDTSTNTAYMELSSLRSEDTAVYYCASFGIGISYNPYDSWGQGTLVTVSSASTKGPSVFPLAPSGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,DIQMTQSPSSLSASVGDRVTITCSASSGVSYMYWYQQKPGKAPKLLIYDTSNLASGVPSRFSGSGSGTDYTFTISSLQPEDIATYYCQVWDTHQYTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRG,1.235527753829956,1.013635516166687,25,0.9414519906323184,EGFR,GYTFTNN,DPGNGG,FGIGISYNPYDS,SASSGVSYMY,DTSNLAS,QVWDTHQYT
+QVQLVQSGAEVKKPGASVKVSCKASGYTFTNHWMHWVRQAPGQGLEWIGEINPGNGDTNYNEKFKSKATMTVDTSTNTAYMELSSLRSEDTAVYYCAAMGRGRDGTRYDYWGQGTLVTVSSASTKGPSVFPLAPSGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,DIQMTQSPSSLSASVGDRVTITCSASSFVSYMYWYQQKPGKAPKLLIYDTSNLASGVPSRFSGSGSGTDYTFTISSLQPEDIATYYCAQWSYYRYTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRG,1.233640193939209,0.996485948562622,21,0.9508196721311476,EGFR,GYTFTNH,NPGNGD,MGRGRDGTRYDY,SASSFVSYMY,DTSNLAS,AQWSYYRYT
+QVQLVQSGAEVKKPGASVKVSCKASGYSFISYWMHWVRQAPGQGLEWIGELNPGNGNVNYNEKFKSKATMTVDTSTNTAYMELSSLRSEDTAVYYCASEGIGRSGEAYDYWGQGTLVTVSSASTKGPSVFPLAPSGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,DIQMTQSPSSLSASVGDRVTITCSASGSVNYMYWYQQKPGKAPKLLIYDTSNLASGVPSRFSGSGSGTDYTFTISSLQPEDIATYYCQQYTYSLWTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRG,1.2317101955413818,0.9789518117904664,24,0.9437939110070258,EGFR,GYSFISY,NPGNGN,EGIGRSGEAYDY,SASGSVNYMY,DTSNLAS,QQYTYSLWT
+QVQLVQSGAEVKKPGASVKVSCKASGYTFTSYWMHWVRQAPGQGLEWIGEINPGNGGVNYNEKFKSKATMTVDTSTNTAYMELSSLRSEDTAVYYCAAWGIGRSGDPYDYWGQGTLVTVSSASTKGPSVFPLAPSGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,DIQMTQSPSSLSASVGDRVTITCSASSYVRYMYWYQQKPGKAPKLLIYRTSNLASGVPSRFSGSGSGTDYTFTISSLQPEDIATYYCQQFENHEGTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRG,1.2378638982772827,1.034859538078308,23,0.9461358313817332,EGFR,GYTFTSY,NPGNGG,WGIGRSGDPYDY,SASSYVRYMY,RTSNLAS,QQFENHEGT
+QVQLVQSGAEVKKPGASVKVSCKASGYTFTSYWMHWVRQAPGQGLEWIGELNIANGGVNYNEKFKSKATMTVDTSTNTAYMELSSLRSEDTAVYYCAAYDIGRSGEAYDYWGQGTLVTVSSASTKGPSVFPLAPSGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,DIQMTQSPSSLSASVGDRVTITCSASSSVSYMYWYQQKPGKAPKLLIYSTSNLASGVPSRFSGSGSGTDYTFTISSLQPEDIATYYCQVWSSYLYAFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRG,1.2245999574661257,0.9143531322479248,22,0.9484777517564404,EGFR,GYTFTSY,NIANGG,YDIGRSGEAYDY,SASSSVSYMY,STSNLAS,QVWSSYLYA
+QVQLVQSGAEVKKPGASVKVSCKASGYTFINYWMHWVRQAPGQGLEWIGEINPGGGDTNYNEKFKSKATMTVDTSTNTAYMELSSLRSEDTAVYYCAAFGYGRDGNAYDYWGQGTLVTVSSASTKGPSVFPLAPSGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,DIQMTQSPSSLSASVGDRVTITCSASSSVSYMYWYQQKPGKAPKLLIYGASNLASGVPSRFSGSGSGTDYTFTISSLQPEDIATYYCQNWTSYIYTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRG,1.2251113653182983,0.919001579284668,23,0.9461358313817332,EGFR,GYTFINY,NPGGGD,FGYGRDGNAYDY,SASSSVSYMY,GASNLAS,QNWTSYIYT
+QVQLVQSGAEVKKPGASVKVSCKASGYTFTDYWMHWVRQAPGQGLEWIGEINPGNGDTNYNEKFKSKATMTVDTSTNTAYMELSSLRSEDTAVYYCASWGYGRSGTRYDYWGQGTLVTVSSASTKGPSVFPLAPSGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,DIQMTQSPSSLSASVGDRVTITCSASSRVYYMYWYQQKPGKAPKLLIYSTSNLASGVPSRFSGSGSGTDYTFTISSLQPEDIATYYCQQWSYNLFTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRG,1.22100830078125,0.881725013256073,19,0.955503512880562,EGFR,GYTFTDY,NPGNGD,WGYGRSGTRYDY,SASSRVYYMY,STSNLAS,QQWSYNLFT
+QVQLVQSGAEVKKPGASVKVSCKASGYTFTNYWMHWVRQAPGQGLEWIGEINPSNGGINYNEKFKSKATMTVDTSTNTAYMELSSLRSEDTAVYYCAAFDIDRDGNRYDYWGQGTLVTVSSASTKGPSVFPLAPSGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,DIQMTQSPSSLSASVGDRVTITCSASSSVRYMYWYQQKPGKAPKLLIYDTSNLASGVPSRFSGSGSGTDYTFTISSLQPEDIATYYCQQWSTFAYTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRG,1.2106515169143677,0.7876309156417847,18,0.9578454332552692,EGFR,GYTFTNY,NPSNGG,FDIDRDGNRYDY,SASSSVRYMY,DTSNLAS,QQWSTFAYT
+QVQLVQSGAEVKKPGASVKVSCKASGYTFISYWMHWVRQAPGQGLEWIGELNPGNGSINYNEKFKSKATMTVDTSTNTAYMELSSLRSEDTAVYYCATSDYGIDGTALDYWGQGTLVTVSSASTKGPSVFPLAPSGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,DIQMTQSPSSLSASVGDRVTITCSASGSVSYMYWYQQKPGKAPKLLIYDTSNLASGVPSRFSGSGSGTDYTFTISSLQPEDIATYYCQNWSTHTFTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRG,1.2414346933364868,1.0672988891601562,19,0.955503512880562,EGFR,GYTFISY,NPGNGS,SDYGIDGTALDY,SASGSVSYMY,DTSNLAS,QNWSTHTFT
+QVQLVQSGAEVKKPGASVKVSCKASGYTFTNHWMHWVRQAPGQGLEWIGELNPGNGNINYNEKFKSKATMTVDTSTNTAYMELSSLRSEDTAVYYCASYGWGRDGDAYDYWGQGTLVTVSSASTKGPSVFPLAPSGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,DIQMTQSPSSLSASVGDRVTITCSASSDVGYMYWYQQKPGKAPKLLIYSTSNLASGVPSRFSGSGSGTDYTFTISSLQPEDIATYYCQQWSNSVFTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRG,1.224115967750549,0.9099576473236084,20,0.9531615925058547,EGFR,GYTFTNH,NPGNGN,YGWGRDGDAYDY,SASSDVGYMY,STSNLAS,QQWSNSVFT
+QVQLVQSGAEVKKPGASVKVSCKASGYTFTSYWMHWVRQAPGQGLEWIGELNPGNGGTNYNEKFKSKATMTVDTSTNTAYMELSSLRSEDTAVYYCASTGVYRDGNAVDYWGQGTLVTVSSASTKGPSVFPLAPSGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,DIQMTQSPSSLSASVGDRVTITCSASSSVDYMYWYQQKPGKAPKLLIYDTSNLASGVPSRFSGSGSGTDYTFTISSLQPEDIATYYCQVWNTHLYTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRG,1.2117414474487305,0.7975331544876099,19,0.955503512880562,EGFR,GYTFTSY,NPGNGG,TGVYRDGNAVDY,SASSSVDYMY,DTSNLAS,QVWNTHLYT
+QVQLVQSGAEVKKPGASVKVSCKASGYTFTTYWMHWVRQAPGQGLEWIGELNPSNGGINYNEKFKSKATMTVDTSTNTAYMELSSLRSEDTAVYYCASYAVDRDGDAYDYWGQGTLVTVSSASTKGPSVFPLAPSGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,DIQMTQSPSSLSASVGDRVTITCSASSSVAYMYWYQQKPGKAPKLLIYATSNLASGVPSRFSGSGSGTDYTFTISSLQPEDIATYYCQQWSSDHYAFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRG,1.2256098985671997,0.923530340194702,19,0.955503512880562,EGFR,GYTFTTY,NPSNGG,YAVDRDGDAYDY,SASSSVAYMY,ATSNLAS,QQWSSDHYA
+QVQLVQSGAEVKKPGASVKVSCKASGYTFISYWMHWVRQAPGQGLEWIGELNPGNGGTNYNEKFKSKATMTVDTSTNTAYMELSSLRSEDTAVYYCASFGYGRDGSNVDYWGQGTLVTVSSASTKGPSVFPLAPSGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,DIQMTQSPSSLSASVGDRVTITCSASSGVSYMYWYQQKPGKAPKLLIYSTSNLASGVPSRFSGSGSGTDYTFTISSLQPEDIATYYCQVWSRHRWAFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRG,1.217544436454773,0.8502554297447205,21,0.9508196721311476,EGFR,GYTFISY,NPGNGG,FGYGRDGSNVDY,SASSGVSYMY,STSNLAS,QVWSRHRWA
+QVQLVQSGAEVKKPGASVKVSCKASGYTFTNYWMHWVRQAPGQGLEWIGEINPGNGYVNYNEKFKSKATMTVDTSTNTAYMELSSLRSEDTAVYYCASYGYDRDGDAYDYWGQGTLVTVSSASTKGPSVFPLAPSGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,DIQMTQSPSSLSASVGDRVTITCSASSVVSYMYWYQQKPGKAPKLLIYDTSNLASGVPSRFSGSGSGTDYTFTISSLQPEDIATYYCAQWDTHQYAFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRG,1.2147929668426514,0.825257420539856,21,0.9508196721311476,EGFR,GYTFTNY,NPGNGY,YGYDRDGDAYDY,SASSVVSYMY,DTSNLAS,AQWDTHQYA
+QVQLVQSGAEVKKPGASVKVSCKASGYTFTNYWMHWVRQAPGQGLEWIGEINPGNGGINYNEKFKSKATMTVDTSTNTAYMELSSLRSEDTAVYYCASLGYDYSGNAYDYWGQGTLVTVSSASTKGPSVFPLAPSGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,DIQMTQSPSSLSASVGDRVTITCSASSGVSYMYWYQQKPGKAPKLLIYSTSNLASGVPSRFSGSGSGTDYTFTISSLQPEDIATYYCQQWDSGLYVFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRG,1.215062975883484,0.8277100920677185,20,0.9531615925058547,EGFR,GYTFTNY,NPGNGG,LGYDYSGNAYDY,SASSGVSYMY,STSNLAS,QQWDSGLYV
+QVQLVQSGAEVKKPGASVKVSCKASGYTFTASWMHWVRQAPGQGLEWIGEINPGNGNINYNEKFKSKATMTVDTSTNTAYMELSSLRSEDTAVYYCAAFGYGRDGDSFDYWGQGTLVTVSSASTKGPSVFPLAPSGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,DIQMTQSPSSLSASVGDRVTITCSASSNVVYMYWYQQKPGKAPKLLIYSTSNLASGVPSRFSGSGSGTDYTFTISSLQPEDIATYYCQVWSSHVYTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRG,1.2176032066345217,0.8507883548736572,20,0.9531615925058547,EGFR,GYTFTAS,NPGNGN,FGYGRDGDSFDY,SASSNVVYMY,STSNLAS,QVWSSHVYT
+QVQLVQSGAEVKKPGASVKVSCKASGYTFTSSWMHWVRQAPGQGLEWIGELNPGNGGINYNEKFKSKATMTVDTSTNTAYMELSSLRSEDTAVYYCASFDYYIDGDSVDYWGQGTLVTVSSASTKGPSVFPLAPSGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,DIQMTQSPSSLSASVGDRVTITCSASGSVSYMYWYQQKPGKAPKLLIYDTSNLASGVPSRFSGSGSGTDYTFTISSLQPEDIATYYCQVWSSYLGTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRG,1.2148281335830688,0.8255768418312073,18,0.9578454332552692,EGFR,GYTFTSS,NPGNGG,FDYYIDGDSVDY,SASGSVSYMY,DTSNLAS,QVWSSYLGT
+QVQLVQSGAEVKKPGASVKVSCKASGYTFIGYWMHWVRQAPGQGLEWIGEINPGSGDVNYNEKFKSKATMTVDTSTNTAYMELSSLRSEDTAVYYCAAFGYHYSGDSFDYWGQGTLVTVSSASTKGPSVFPLAPSGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,DIQMTQSPSSLSASVGDRVTITCSASGNVRYMYWYQQKPGKAPKLLIYNTSNLASGVPSRFSGSGSGTDYTFTISSLQPEDIATYYCAVWSSNLFAFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRG,1.2446976900100708,1.0969446897506714,24,0.9437939110070258,EGFR,GYTFIGY,NPGSGD,FGYHYSGDSFDY,SASGNVRYMY,NTSNLAS,AVWSSNLFA
+QVQLVQSGAEVKKPGASVKVSCKASGYTFTGYWMHWVRQAPGQGLEWIGEINPGNGNINYNEKFKSKATMTVDTSTNTAYMELSSLRSEDTAVYYCASYGYGRSGDSYDYWGQGTLVTVSSASTKGPSVFPLAPSGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,DIQMTQSPSSLSASVGDRVTITCSASSSVSYMYWYQQKPGKAPKLLIYGTSNLASGVPSRFSGSGSGTDYTFTISSLQPEDIATYYCQQWSSYVYTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRG,1.1975855827331543,0.6689258217811584,19,0.955503512880562,EGFR,GYTFTGY,NPGNGN,YGYGRSGDSYDY,SASSSVSYMY,GTSNLAS,QQWSSYVYT
+QVQLVQSGAEVKKPGASVKVSCKASGYTFTDYWMHWVRQAPGQGLEWIGELHPSSGSVNYNEKFKSKATMTVDTSTNTAYMELSSLRSEDTAVYYCASFGVDVSGNVYDYWGQGTLVTVSSASTKGPSVFPLAPSGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,DIQMTQSPSSLSASVGDRVTITCSASSGVSYMYWYQQKPGKAPKLLIYGTSNLASGVPSRFSGSGSGTDYTFTISSLQPEDIATYYCQQWNSHAYTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRG,1.2400305271148682,1.0545436143875122,21,0.9508196721311476,EGFR,GYTFTDY,HPSSGS,FGVDVSGNVYDY,SASSGVSYMY,GTSNLAS,QQWNSHAYT
+QVQLVQSGAEVKKPGASVKVSCKASGYTFTNNWMHWVRQAPGQGLEWIGELNPGNGDVNYNEKFKSKATMTVDTSTNTAYMELSSLRSEDTAVYYCAAYGYDRDGEAYDYWGQGTLVTVSSASTKGPSVFPLAPSGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,DIQMTQSPSSLSASVGDRVTITCSASSDVDYMYWYQQKPGKAPKLLIYNVSNLASGVPSRFSGSGSGTDYTFTISSLQPEDIATYYCQVFSTHHYTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRG,1.232690453529358,0.9878576397895812,23,0.9461358313817332,EGFR,GYTFTNN,NPGNGD,YGYDRDGEAYDY,SASSDVDYMY,NVSNLAS,QVFSTHHYT
+QVQLVQSGAEVKKPGASVKVSCKASGYTFTTYWMHWVRQAPGQGLEWIGEINPGNGDINYNEKFKSKATMTVDTSTNTAYMELSSLRSEDTAVYYCASEGYGRNGDVFDYWGQGTLVTVSSASTKGPSVFPLAPSGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,DIQMTQSPSSLSASVGDRVTITCSASSSVNYMYWYQQKPGKAPKLLIYRTSNLASGVPSRFSGSGSGTDYTFTISSLQPEDIATYYCQVWSSHVYTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRG,1.2136939764022827,0.815272331237793,18,0.9578454332552692,EGFR,GYTFTTY,NPGNGD,EGYGRNGDVFDY,SASSSVNYMY,RTSNLAS,QVWSSHVYT
+QVQLVQSGAEVKKPGASVKVSCKASGYTFTSYWMHWVRQAPGQGLEWIGELNPGNGNTNYNEKFKSKATMTVDTSTNTAYMELSSLRSEDTAVYYCASLGIGRTGDRYDYWGQGTLVTVSSASTKGPSVFPLAPSGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,DIQMTQSPSSLSASVGDRVTITCSASGSVWYMYWYQQKPGKAPKLLIYRTSNLASGVPSRFSGSGSGTDYTFTISSLQPEDIATYYCQVWSRNVFAFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRG,1.2276666164398191,0.9422147870063782,21,0.9508196721311476,EGFR,GYTFTSY,NPGNGN,LGIGRTGDRYDY,SASGSVWYMY,RTSNLAS,QVWSRNVFA
+QVQLVQSGAEVKKPGASVKVSCKASGYTFTSYWMHWVRQAPGQGLEWIGEINPGNGGINYNEKFKSKATMTVDTSTNTAYMELSSLRSEDTAVYYCAAFDIHRGGDAYDYWGQGTLVTVSSASTKGPSVFPLAPSGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,DIQMTQSPSSLSASVGDRVTITCSASSSVNYMYWYQQKPGKAPKLLIYDVSNLASGVPSRFSGSGSGTDYTFTISSLQPEDIATYYCQQWNRGQFTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRG,1.217153787612915,0.8467064499855042,20,0.9531615925058547,EGFR,GYTFTSY,NPGNGG,FDIHRGGDAYDY,SASSSVNYMY,DVSNLAS,QQWNRGQFT
+QVQLVQSGAEVKKPGASVKVSCKASGYTFTDSWMHWVRQAPGQGLEWIGEINPGNGGVNYNEKFKSKATMTVDTSTNTAYMELSSLRSEDTAVYYCASYGRARGGDVYDYWGQGTLVTVSSASTKGPSVFPLAPSGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,DIQMTQSPSSLSASVGDRVTITCSASSSVSYMYWYQQKPGKAPKLLIYSTSNLASGVPSRFSGSGSGTDYTFTISSLQPEDIATYYCQVWSSHRWTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRG,1.2161625623703003,0.8376986980438232,20,0.9531615925058547,EGFR,GYTFTDS,NPGNGG,YGRARGGDVYDY,SASSSVSYMY,STSNLAS,QVWSSHRWT
+QVQLVQSGAEVKKPGASVKVSCKASGYTFTSYWMHWVRQAPGQGLEWIGELNPSNGDTNYNEKFKSKATMTVDTSTNTAYMELSSLRSEDTAVYYCASFGIGLDGEAFDYWGQGTLVTVSSASTKGPSVFPLAPSGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,DIQMTQSPSSLSASVGDRVTITCSASSGVSYMYWYQQKPGKAPKLLIYDVSNLASGVPSRFSGSGSGTDYTFTISSLQPEDIATYYCEQWSNGLYAFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRG,1.2197864055633545,0.8706227540969849,20,0.9531615925058547,EGFR,GYTFTSY,NPSNGD,FGIGLDGEAFDY,SASSGVSYMY,DVSNLAS,EQWSNGLYA
+QVQLVQSGAEVKKPGASVKVSCKASGYTFTTYWMHWVRQAPGQGLEWIGEINPGGGGTNYNEKFKSKATMTVDTSTNTAYMELSSLRSEDTAVYYCAAHGHERDGNAYDYWGQGTLVTVSSASTKGPSVFPLAPSGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,DIQMTQSPSSLSASVGDRVTITCSASSSVSFMYWYQQKPGKAPKLLIYDASNLASGVPSRFSGSGSGTDYTFTISSLQPEDIATYYCAQWSSHHYTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRG,1.231895089149475,0.980632185935974,22,0.9484777517564404,EGFR,GYTFTTY,NPGGGG,HGHERDGNAYDY,SASSSVSFMY,DASNLAS,AQWSSHHYT
+QVQLVQSGAEVKKPGASVKVSCKASGYTFTSYWMHWVRQAPGQGLEWIGEINPGNGGVNYNEKFKSKATMTVDTSTNTAYMELSSLRSEDTAVYYCASYGYGRDGTAFDYWGQGTLVTVSSASTKGPSVFPLAPSGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,DIQMTQSPSSLSASVGDRVTITCSASSSVTYMYWYQQKPGKAPKLLIYDTSNLASGVPSRFSGSGSGTDYTFTISSLQPEDIATYYCQHWDRHTYTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRG,1.2062373161315918,0.747529149055481,17,0.9601873536299764,EGFR,GYTFTSY,NPGNGG,YGYGRDGTAFDY,SASSSVTYMY,DTSNLAS,QHWDRHTYT
+QVQLVQSGAEVKKPGASVKVSCKASGYTFTDYWMHWVRQAPGQGLEWIGELNPGNGDTNYNEKFKSKATMTVDTSTNTAYMELSSLRSEDTAVYYCAAFGYRRSGDRYDYWGQGTLVTVSSASTKGPSVFPLAPSGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,DIQMTQSPSSLSASVGDRVTITCSASSNVSYMYWYQQKPGKAPKLLIYDTSNLASGVPSRFSGSGSGTDYTFTISSLQPEDIATYYCQHWSSNLYTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRG,1.2057173252105713,0.7428048253059387,20,0.9531615925058547,EGFR,GYTFTDY,NPGNGD,FGYRRSGDRYDY,SASSNVSYMY,DTSNLAS,QHWSSNLYT
+QVQLVQSGAEVKKPGASVKVSCKASGYTFTNFWMHWVRQAPGQGLEWIGEINPGNGMINYNEKFKSKATMTVDTSTNTAYMELSSLRSEDTAVYYCATYGYGRDGTPVDYWGQGTLVTVSSASTKGPSVFPLAPSGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,DIQMTQSPSSLSASVGDRVTITCSASQSVNYMYWYQQKPGKAPKLLIYDTSNLASGVPSRFSGSGSGTDYTFTISSLQPEDIATYYCQTWNSHRYTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRG,1.232148289680481,0.982932448387146,21,0.9508196721311476,EGFR,GYTFTNF,NPGNGM,YGYGRDGTPVDY,SASQSVNYMY,DTSNLAS,QTWNSHRYT
+QVQLVQSGAEVKKPGASVKVSCKASGYSFTDYWMHWVRQAPGQGLEWIGEINPGNGDINYNEKFKSKATMTVDTSTNTAYMELSSLRSEDTAVYYCAAEGYGRDGDAFDYWGQGTLVTVSSASTKGPSVFPLAPSGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,DIQMTQSPSSLSASVGDRVTITCSASSSVNFMYWYQQKPGKAPKLLIYRTSNLASGVPSRFSGSGSGTDYTFTISSLQPEDIATYYCQTFSGYLHTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRG,1.2370249032974243,1.0272386074066162,24,0.9437939110070258,EGFR,GYSFTDY,NPGNGD,EGYGRDGDAFDY,SASSSVNFMY,RTSNLAS,QTFSGYLHT
+QVQLVQSGAEVKKPGASVKVSCKASGYTFTSYWMHWVRQAPGQGLEWIGELNPGNGNINYNEKFKSKATMTVDTSTNTAYMELSSLRSEDTAVYYCAAYGFLRDGDVYDYWGQGTLVTVSSASTKGPSVFPLAPSGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,DIQMTQSPSSLSASVGDRVTITCSASSGVNYMYWYQQKPGKAPKLLIYGTSNLASGVPSRFSGSGSGTDYTFTISSLQPEDIATYYCQVYNNRVLTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRG,1.2314975261688232,0.9770195484161376,25,0.9414519906323184,EGFR,GYTFTSY,NPGNGN,YGFLRDGDVYDY,SASSGVNYMY,GTSNLAS,QVYNNRVLT
+QVQLVQSGAEVKKPGASVKVSCKASGYTFTDYWMHWVRQAPGQGLEWIGELNPGNGYINYNEKFKSKATMTVDTSTNTAYMELSSLRSEDTAVYYCASWGYGRTGNYFDYWGQGTLVTVSSASTKGPSVFPLAPSGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,DIQMTQSPSSLSASVGDRVTITCSASSSVSYMYWYQQKPGKAPKLLIYETSNLASGVPSRFSGSGSGTDYTFTISSLQPEDIATYYCAQYSSHLYAFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRG,1.218530774116516,0.8592156767845154,19,0.955503512880562,EGFR,GYTFTDY,NPGNGY,WGYGRTGNYFDY,SASSSVSYMY,ETSNLAS,AQYSSHLYA
+QVQLVQSGAEVKKPGASVKVSCKASGYKFTSYWMHWVRQAPGQGLEWIGEINPGVGSINYNEKFKSKATMTVDTSTNTAYMELSSLRSEDTAVYYCAAVGRGRGGDSYDYWGQGTLVTVSSASTKGPSVFPLAPSGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,DIQMTQSPSSLSASVGDRVTITCSASSTVSYMYWYQQKPGKAPKLLIYDTSNLASGVPSRFSGSGSGTDYTFTISSLQPEDIATYYCQQWDTHIYTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRG,1.2409207820892334,1.0626314878463743,22,0.9484777517564404,EGFR,GYKFTSY,NPGVGS,VGRGRGGDSYDY,SASSTVSYMY,DTSNLAS,QQWDTHIYT
+QVQLVQSGAEVKKPGASVKVSCKASGYTFTTYWMHWVRQAPGQGLEWIGELNPSNGNINYNEKFKSKATMTVDTSTNTAYMELSSLRSEDTAVYYCAAFGIYIDGDGYDYWGQGTLVTVSSASTKGPSVFPLAPSGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,DIQMTQSPSSLSASVGDRVTITCSASSSVSYMYWYQQKPGKAPKLLIYGTSNLASGVPSRFSGSGSGTDYTFTISSLQPEDIATYYCGHWSSYLWTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRG,1.2229076623916626,0.8989788889884949,22,0.9484777517564404,EGFR,GYTFTTY,NPSNGN,FGIYIDGDGYDY,SASSSVSYMY,GTSNLAS,GHWSSYLWT
+QVQLVQSGAEVKKPGASVKVSCKASGYTFTSYWMHWVRQAPGQGLEWIGELNPNNGGVNYNEKFKSKATMTVDTSTNTAYMELSSLRSEDTAVYYCAALGYGRDGDSYDYWGQGTLVTVSSASTKGPSVFPLAPSGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,DIQMTQSPSSLSASVGDRVTITCSASSNVSCMYWYQQKPGKAPKLLIYSTSNLASGVPSRFSGSGSGTDYTFTISSLQPEDIATYYCAQWSSNLATFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRG,1.2263513803482056,0.9302666187286376,22,0.9484777517564404,EGFR,GYTFTSY,NPNNGG,LGYGRDGDSYDY,SASSNVSCMY,STSNLAS,AQWSSNLAT
+QVQLVQSGAEVKKPGASVKVSCKASGYTFTDYWMHWVRQAPGQGLEWIGEIDPGGGGTNYNEKFKSKATMTVDTSTNTAYMELSSLRSEDTAVYYCAAYARGRSGNRCDYWGQGTLVTVSSASTKGPSVFPLAPSGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,DIQMTQSPSSLSASVGDRVTITCSASSGVNYMYWYQQKPGKAPKLLIYDTSNLASGVPSRFSGSGSGTDYTFTISSLQPEDIATYYCQVWDFNVWTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRG,1.242259502410889,1.0747939348220823,25,0.9414519906323184,EGFR,GYTFTDY,DPGGGG,YARGRSGNRCDY,SASSGVNYMY,DTSNLAS,QVWDFNVWT
+QVQLVQSGAEVKKPGASVKVSCKASGYTFTDYWMHWVRQAPGQGLEWIGELHPNVGRTNYNEKFKSKATMTVDTSTNTAYMELSSLRSEDTAVYYCAAFDYDRSGNSVDYWGQGTLVTVSSASTKGPSVFPLAPSGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,DIQMTQSPSSLSASVGDRVTITCSASSDVTYMYWYQQKPGKAPKLLIYDTSNLASGVPSRFSGSGSGTDYTFTISSLQPEDIATYYCQQWDSGVYTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRG,1.237701177597046,1.0333806276321411,18,0.9578454332552692,EGFR,GYTFTDY,HPNVGR,FDYDRSGNSVDY,SASSDVTYMY,DTSNLAS,QQWDSGVYT
+QVQLVQSGAEVKKPGASVKVSCKASGYTFTDYWMHWVRQAPGQGLEWIGELDPNNGDVNYNEKFKSKATMTVDTSTNTAYMELSSLRSEDTAVYYCASVGYYLSGDAVDYWGQGTLVTVSSASTKGPSVFPLAPSGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,DIQMTQSPSSLSASVGDRVTITCSASGSVSRMYWYQQKPGKAPKLLIYDTSNLASGVPSRFSGSGSGTDYTFTISSLQPEDIATYYCQQWSNHVFTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRG,1.2333208322525024,0.9935838580131532,20,0.9531615925058547,EGFR,GYTFTDY,DPNNGD,VGYYLSGDAVDY,SASGSVSRMY,DTSNLAS,QQWSNHVFT
+QVQLVQSGAEVKKPGASVKVSCKASGYTFTGYWMHWVRQAPGQGLEWIGELNPGNGGTNYNEKFKSKATMTVDTSTNTAYMELSSLRSEDTAVYYCASYDWDRTGEAYDYWGQGTLVTVSSASTKGPSVFPLAPSGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,DIQMTQSPSSLSASVGDRVTITCSASSSVNYMYWYQQKPGKAPKLLIYDTSNLASGVPSRFSGSGSGTDYTFTISSLQPEDIATYYCQQWSSHTYTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRG,1.2089381217956543,0.7720648646354675,15,0.9648711943793912,EGFR,GYTFTGY,NPGNGG,YDWDRTGEAYDY,SASSSVNYMY,DTSNLAS,QQWSSHTYT
+QVQLVQSGAEVKKPGASVKVSCKASGYTFTSYWMHWVRQAPGQGLEWIGELNPNNGRTNYNEKFKSKATMTVDTSTNTAYMELSSLRSEDTAVYYCAAFDYGRDGYALDYWGQGTLVTVSSASTKGPSVFPLAPSGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,DIQMTQSPSSLSASVGDRVTITCSASSAVRYMYWYQQKPGKAPKLLIYDTNNLASGVPSRFSGSGSGTDYTFTISSLQPEDIATYYCQVWTIFIATFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRG,1.2492058277130127,1.1379011869430542,19,0.955503512880562,EGFR,GYTFTSY,NPNNGR,FDYGRDGYALDY,SASSAVRYMY,DTNNLAS,QVWTIFIAT
+QVQLVQSGAEVKKPGASVKVSCKASGYTFTDYWMHWVRQAPGQGLEWIGEINPSDGGINYNEKFKSKATMTVDTSTNTAYMELSSLRSEDTAVYYCATFGIGRGGNSLDYWGQGTLVTVSSASTKGPSVFPLAPSGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,DIQMTQSPSSLSASVGDRVTITCSASSSVSYMYWYQQKPGKAPKLLIYSTSNLASGVPSRFSGSGSGTDYTFTISSLQPEDIATYYCQVWTSHHWAFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRG,1.2242635488510132,0.911300003528595,23,0.9461358313817332,EGFR,GYTFTDY,NPSDGG,FGIGRGGNSLDY,SASSSVSYMY,STSNLAS,QVWTSHHWA
+QVQLVQSGAEVKKPGASVKVSCKASGYTFTGYWMHWVRQAPGQGLEWIGEINPGNGNTNYNEKFKSKATMTVDTSTNTAYMELSSLRSEDTAVYYCAAWGIHRDGYAYDYWGQGTLVTVSSASTKGPSVFPLAPSGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,DIQMTQSPSSLSASVGDRVTITCSASRSVDYMYWYQQKPGKAPKLLIYRTSNLASGVPSRFSGSGSGTDYTFTISSLQPEDIATYYCQQWSSHHYTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRG,1.2244956493377686,0.9134061932563782,20,0.9531615925058547,EGFR,GYTFTGY,NPGNGN,WGIHRDGYAYDY,SASRSVDYMY,RTSNLAS,QQWSSHHYT
+QVQLVQSGAEVKKPGASVKVSCKASGYTFTSYWMHWVRQAPGQGLEWIGELNPNNGGTNYNEKFKSKATMTVDTSTNTAYMELSSLRSEDTAVYYCASFGYGRSGEAYDYWGQGTLVTVSSASTKGPSVFPLAPSGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,DIQMTQSPSSLSASVGDRVTITCSASGSVSYMYWYQQKPGKAPKLLIYDTSNLASGVPSRFSGSGSGTDYTFTISSLQPEDIATYYCQVWSSNVFAFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRG,1.203925609588623,0.7265263199806213,18,0.9578454332552692,EGFR,GYTFTSY,NPNNGG,FGYGRSGEAYDY,SASGSVSYMY,DTSNLAS,QVWSSNVFA
+QVQLVQSGAEVKKPGASVKVSCKASGYTFTAYWMHWVRQAPGQGLEWIGEINPGNDDVNYNEKFKSKATMTVDTSTNTAYMELSSLRSEDTAVYYCAAFGRGRYGDRYDYWGQGTLVTVSSASTKGPSVFPLAPSGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,DIQMTQSPSSLSASVGDRVTITCSASSSVKYMYWYQQKPGKAPKLLIYSTSNLASGVPSRFSGSGSGTDYTFTISSLQPEDIATYYCAQWSYHLYAFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRG,1.2304147481918335,0.9671834707260132,24,0.9437939110070258,EGFR,GYTFTAY,NPGNDD,FGRGRYGDRYDY,SASSSVKYMY,STSNLAS,AQWSYHLYA
+QVQLVQSGAEVKKPGASVKVSCKASGYTFTSDWMHWVRQAPGQGLEWIGELNPSNGGTNYNEKFKSKATMTVDTSTNTAYMELSSLRSEDTAVYYCASYGYNRSGDRYDSWGQGTLVTVSSASTKGPSVFPLAPSGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,DIQMTQSPSSLSASVGDRVTITCSASSSVTYMYWYQQKPGKAPKLLIYGTSNLASGVPSRFSGSGSGTDYTFTISSLQPEDIATYYCQHWTSYLFTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRG,1.2268381118774414,0.9346882700920104,17,0.9601873536299764,EGFR,GYTFTSD,NPSNGG,YGYNRSGDRYDS,SASSSVTYMY,GTSNLAS,QHWTSYLFT
+QVQLVQSGAEVKKPGASVKVSCKASGYTFTDYWMHWVRQAPGQGLEWIGELNPGNGRINYNEKFKSKATMTVDTSTNTAYMELSSLRSEDTAVYYCAAYGFGIYGDAVDYWGQGTLVTVSSASTKGPSVFPLAPSGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,DIQMTQSPSSLSASVGDRVTITCSASSSVSYMYWYQQKPGKAPKLLIYDTSNLASGVPSRFSGSGSGTDYTFTISSLQPEDIATYYCQQWDSHLSTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRG,1.2178162336349487,0.8527237772941589,19,0.955503512880562,EGFR,GYTFTDY,NPGNGR,YGFGIYGDAVDY,SASSSVSYMY,DTSNLAS,QQWDSHLST
+QVQLVQSGAEVKKPGASVKVSCKASGYTFTGYWMHWVRQAPGQGLEWIGELNPGNGGVNYNEKFKSKATMTVDTSTNTAYMELSSLRSEDTAVYYCARFDYARDGTAFDYWGQGTLVTVSSASTKGPSVFPLAPSGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,DIQMTQSPSSLSASVGDRVTITCSASSSVRYMYWYQQKPGKAPKLLIYDTSNLASGVPSRFSGSGSGTDYTFTISSLQPEDIATYYCQHWSSYAATFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRG,1.2207635641098022,0.879500150680542,18,0.9578454332552692,EGFR,GYTFTGY,NPGNGG,FDYARDGTAFDY,SASSSVRYMY,DTSNLAS,QHWSSYAAT
+QVQLVQSGAEVKKPGASVKVSCKASGYTFTSSWMHWVRQAPGQGLEWIGEINPGNGDTNYNEKFKSKATMTVDTSTNTAYMELSSLRSEDTAVYYCAALGLHDDWEAYDYWGQGTLVTVSSASTKGPSVFPLAPSGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,DIQMTQSPSSLSASVGDRVTITCSASSGVSYMYWYQQKPGKAPKLLIYRTSNLASGVPSRFSGSGSGTDYTFTISSLQPEDIATYYCQQYDNHLWTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRG,1.2504336833953855,1.149056077003479,23,0.9461358313817332,EGFR,GYTFTSS,NPGNGD,LGLHDDWEAYDY,SASSGVSYMY,RTSNLAS,QQYDNHLWT
+QVQLVQSGAEVKKPGASVKVSCKASGYTFTSYWMHWVRQAPGQGLEWIGEINPSNGNVNYNEKFKSKATMTVDTSTNTAYMELSSLRSEDTAVYYCASYGYDRSGDVYDYWGQGTLVTVSSASTKGPSVFPLAPSGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,DIQMTQSPSSLSASVGDRVTITCSASSSVNYMYWYQQKPGKAPKLLIYSTSNLASGVPSRFSGSGSGTDYTFTISSLQPEDIATYYCQQYGNTIWAFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRG,1.2306289672851562,0.9691293835639954,19,0.955503512880562,EGFR,GYTFTSY,NPSNGN,YGYDRSGDVYDY,SASSSVNYMY,STSNLAS,QQYGNTIWA
+QVQLVQSGAEVKKPGASVKVSCKASGYTFTSYWMHWVRQAPGQGLEWIGELNPGNGNINYNEKFKSKATMTVDTSTNTAYMELSSLRSEDTAVYYCASFGWGRYGDSFDYWGQGTLVTVSSASTKGPSVFPLAPSGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,DIQMTQSPSSLSASVGDRVTITCSASSSVSFMYWYQQKPGKAPKLLIYDTSNLASGVPSRFSGSGSGTDYTFTISSLQPEDIATYYCQQWSSNLLTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRG,1.2118691205978394,0.7986935377120972,18,0.9578454332552692,EGFR,GYTFTSY,NPGNGN,FGWGRYGDSFDY,SASSSVSFMY,DTSNLAS,QQWSSNLLT
+QVQLVQSGAEVKKPGASVKVSCKASGYTFTSYWMHWVRQAPGQGLEWIGEINPGNGDTNYNEKFKSKATMTVDTSTNTAYMELSSLRSEDTAVYYCASLGYGYDGDAFDYWGQGTLVTVSSASTKGPSVFPLAPSGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,DIQMTQSPSSLSASVGDRVTITCSASSSVSYMYWYQQKPGKAPKLLIYDTSNLASGVPSRFSGSGSGTDYTFTISSLQPEDIATYYCQHWDTNTYTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRG,1.2063937187194824,0.748949408531189,17,0.9601873536299764,EGFR,GYTFTSY,NPGNGD,LGYGYDGDAFDY,SASSSVSYMY,DTSNLAS,QHWDTNTYT
+QVQLVQSGAEVKKPGASVKVSCKASGYTFTNYWMHWVRQAPGQGLEWIGELNPSNGRINYNEKFKSKATMTVDTSTNTAYMELSSLRSEDTAVYYCAAFSIGLDGDRVDYWGQGTLVTVSSASTKGPSVFPLAPSGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,DIQMTQSPSSLSASVGDRVTITCSASSSVSHMYWYQQKPGKAPKLLIYDTSNLASGVPSRFSGSGSGTDYTFTISSLQPEDIATYYCQQWSTHLWTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRG,1.2201679944992063,0.8740891814231873,19,0.955503512880562,EGFR,GYTFTNY,NPSNGR,FSIGLDGDRVDY,SASSSVSHMY,DTSNLAS,QQWSTHLWT
+QVQLVQSGAEVKKPGASVKVSCKASGYSFTSYWMHWVRQAPGQGLEWIGEINPGNGGTNYNEKFKSKATMTVDTSTNTAYMELSSLRSEDTAVYYCASHDITRSGDKFDYWGQGTLVTVSSASTKGPSVFPLAPSGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,DIQMTQSPSSLSASVGDRVTITCSASSSVNYMYWYQQKPGKAPKLLIYDTSNLASGVPSRFSGSGSGTDYTFTISSLQPEDIATYYCAQWNSHVYTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRG,1.2206506729125977,0.8784747123718262,17,0.9601873536299764,EGFR,GYSFTSY,NPGNGG,HDITRSGDKFDY,SASSSVNYMY,DTSNLAS,AQWNSHVYT
+QVQLVQSGAEVKKPGASVKVSCKASGYTFTDYWMHWVRQAPGQGLEWIGELSPGNGNVNYNEKFKSKATMTVDTSTNTAYMELSSLRSEDTAVYYCATLGYGRDGNAFDHWGQGTLVTVSSASTKGPSVFPLAPSGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,DIQMTQSPSSLSASVGDRVTITCSASSSVNYMYWYQQKPGKAPKLLIYDTSNLASGVPSRFSGSGSGTDYTFTISSLQPEDIATYYCQSWSSHVYAFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRG,1.2262523174285889,0.9293661117553712,21,0.9508196721311476,EGFR,GYTFTDY,SPGNGN,LGYGRDGNAFDH,SASSSVNYMY,DTSNLAS,QSWSSHVYA
+QVQLVQSGAEVKKPGASVKVSCKASGYTFSTYWMHWVRQAPGQGLEWIGEINPSNGRTNYNEKFKSKATMTVDTSTNTAYMELSSLRSEDTAVYYCGSFAVGRSGNGYDYWGQGTLVTVSSASTKGPSVFPLAPSGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,DIQMTQSPSSLSASVGDRVTITCSASSGVSYMYWYQQKPGKAPKLLIYRVSNLASGVPSRFSGSGSGTDYTFTISSLQPEDIATYYCQTYDSSLFGFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRG,1.2684783935546875,1.3129949569702148,24,0.9437939110070258,EGFR,GYTFSTY,NPSNGR,FAVGRSGNGYDY,SASSGVSYMY,RVSNLAS,QTYDSSLFG
+QVQLVQSGAEVKKPGASVKVSCKASGYTFTNYWMHWVRQAPGQGLEWIGELDPGNGDVNYNEKFKSKATMTVDTSTNTAYMELSSLRSEDTAVYYCAAYGIDRDGDSYDYWGQGTLVTVSSASTKGPSVFPLAPSGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,DIQMTQSPSSLSASVGDRVTITCSASSAVIYMYWYQQKPGKAPKLLIYAVSNLASGVPSRFSGSGSGTDYTFTISSLQPEDIATYYCQHWSSYQFTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRG,1.2302675247192385,0.965845227241516,23,0.9461358313817332,EGFR,GYTFTNY,DPGNGD,YGIDRDGDSYDY,SASSAVIYMY,AVSNLAS,QHWSSYQFT
+QVQLVQSGAEVKKPGASVKVSCKASGYTFTSNWMHWVRQAPGQGLEWIGEINPGNGGINYNEKFKSKATMTVDTSTNTAYMELSSLRSEDTAVYYCAAYGYTRGGNAYDYWGQGTLVTVSSASTKGPSVFPLAPSGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,DIQMTQSPSSLSASVGDRVTITCSASGSVSYMYWYQQKPGKAPKLLIYDVSNLASGVPSRFSGSGSGTDYTFTISSLQPEDIATYYCQVWNSRQYTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRG,1.218250393867493,0.8566685318946838,22,0.9484777517564404,EGFR,GYTFTSN,NPGNGG,YGYTRGGNAYDY,SASGSVSYMY,DVSNLAS,QVWNSRQYT
+QVQLVQSGAEVKKPGASVKVSCKASGYTFIDYFMHWVRQAPGQGLEWIGEILPSNGGINYNEKFKSKATMTVDTSTNTAYMELSSLRSEDTAVYYCASYGYNRTGYAVDYWGQGTLVTVSSASTKGPSVFPLAPSGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,DIQMTQSPSSLSASVGDRVTITCSASSGVSYMYWYQQKPGKAPKLLIYYVSNLASGVPSRFSGSGSGTDYTFTISSLQPEDIATYYCQHWSSNAYTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRG,1.2427369356155396,1.0791314840316772,24,0.9437939110070258,EGFR,GYTFIDY,LPSNGG,YGYNRTGYAVDY,SASSGVSYMY,YVSNLAS,QHWSSNAYT
+QVQLVQSGAEVKKPGASVKVSCKASGYTFTDYWMHWVRQAPGQGLEWIGELNPGNGGINYNEKFKSKATMTVDTSTNTAYMELSSLRSEDTAVYYCAAEGYYRDRTRYDYWGQGTLVTVSSASTKGPSVFPLAPSGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,DIQMTQSPSSLSASVGDRVTITCSASSSVNYMYWYQQKPGKAPKLLIYDTSNLASGVPSRFSGSGSGTDYTFTISSLQPEDIATYYCQVWNSHLFTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRG,1.2129266262054443,0.8083020448684692,20,0.9531615925058547,EGFR,GYTFTDY,NPGNGG,EGYYRDRTRYDY,SASSSVNYMY,DTSNLAS,QVWNSHLFT
+QVQLVQSGAEVKKPGASVKVSCKASGYTFTTYWMHWVRQAPGQGLEWIGEIDPGSGGINYNEKFKSKATMTVDTSTNTAYMELSSLRSEDTAVYYCASFGYDRSGNSYDYWGQGTLVTVSSASTKGPSVFPLAPSGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,DIQMTQSPSSLSASVGDRVTITCSASSSVIYMYWYQQKPGKAPKLLIYDTSNLASGVPSRFSGSGSGTDYTFTISSLQPEDIATYYCQHWNSHLLAFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRG,1.2202823162078855,0.8751272559165955,21,0.9508196721311476,EGFR,GYTFTTY,DPGSGG,FGYDRSGNSYDY,SASSSVIYMY,DTSNLAS,QHWNSHLLA
+QVQLVQSGAEVKKPGASVKVSCKASGYTFTDYWMHWVRQAPGQGLEWIGELNPGNGGTNYNEKFKSKATMTVDTSTNTAYMELSSLRSEDTAVYYCASFGYDRDGNAIDYWGQGTLVTVSSASTKGPSVFPLAPSGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,DIQMTQSPSSLSASVGDRVTITCSASSGVSYMYWYQQKPGKAPKLLIYSTSNLASGVPSRFSGSGSGTDYTFTISSLQPEDIATYYCQQYSRYSFAFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRG,1.2160701751708984,0.8368608355522156,20,0.9531615925058547,EGFR,GYTFTDY,NPGNGG,FGYDRDGNAIDY,SASSGVSYMY,STSNLAS,QQYSRYSFA
+EVQLVESGGGLVQPGGSLRLSCAASGFTFSDYGMSWVRQAPGKGLEWVANIKQDGSEKYYVDSVKGRFTISRDNAKNSLYLQMNSLRAEDTAVYYCARQGGSFGEEGLDYWGQGTLVTVSSASTKGPSVFPLAPTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,IVLTQSPGTLSLSPGERATLSCRASQSISGNYLAWYQQKPGQAPRLLIYDASSRATGIPDRFSGSGSGTDFTLTISRLEPEDFAVYYCQQYGSSPFTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,0.9277501106262208,0.4542151987552643,13,0.9695550351288056,PDL1,GFTFSDY,KQDGSE,QGGSFGEEGLDY,RASQSISGNYLA,DASSRAT,QQYGSSPFT
+EVQLVESGGGLVQPGGSLRLSCAASGFTFSNYGMSWVRQAPGKGLEWVANIKQDGSEKYYVDSVKGRFTISRDNAKNSLYLQMNSLRAEDTAVYYCARHGGPFGEGGFESWGQGTLVTVSSASTKGPSVFPLAPTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,IVLTQSPGTLSLSPGERATLSCRASQSVTSNFLAWYQQKPGQAPRLLIYGASSRATGIPDRFSGSGSGTDFTLTISRLEPEDFAVYYCQQYGSSPLTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,0.942989945411682,0.5870193243026733,15,0.9648711943793912,PDL1,GFTFSNY,KQDGSE,HGGPFGEGGFES,RASQSVTSNFLA,GASSRAT,QQYGSSPLT
+EVQLVESGGGLVQPGGSLRLSCAASGFTFSSYGMSWVRQAPGKGLEWVANIKQDGSEKYYVDSVKGRFTISRDNAKNSLYLQMNSLRAEDTAVYYCAREGGPFGEYALESWGQGTLVTVSSASTKGPSVFPLAPTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,IVLTQSPGTLSLSPGERATLSCRASQSILGNYLAWYQQKPGQAPRLLIYGASSRATGIPDRFSGSGSGTDFTLTISRLEPEDFAVYYCQQYGESPLTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,0.9385042786598206,0.5479297637939453,16,0.9625292740046838,PDL1,GFTFSSY,KQDGSE,EGGPFGEYALES,RASQSILGNYLA,GASSRAT,QQYGESPLT
+EVQLVESGGGLVQPGGSLRLSCAASGFTFRGYYMSWVRQAPGKGLEWVANIKQDGSEKYYVDSVKGRFTISRDNAKNSLYLQMNSLRAEDTAVYYCAREGGDFGQEGFDSWGQGTLVTVSSASTKGPSVFPLAPTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,IVLTQSPGTLSLSPGERATLSCRASESISGNYLAWYQQKPGQAPRLLIYGASSRATGIPDRFSGSGSGTDFTLTISRLEPEDFAVYYCQQYGSSPYTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,0.9374423027038574,0.5386755466461182,16,0.9625292740046838,PDL1,GFTFRGY,KQDGSE,EGGDFGQEGFDS,RASESISGNYLA,GASSRAT,QQYGSSPYT
+EVQLVESGGGLVQPGGSLRLSCAASGFTFSNYAMSWVRQAPGKGLEWVANIKQDGSEQYYVDSVKGRFTISRDNAKNSLYLQMNSLRAEDTAVYYCARAGGSFGERGFAYWGQGTLVTVSSASTKGPSVFPLAPTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,IVLTQSPGTLSLSPGERATLSCRASQSVVGNYLAWYQQKPGQAPRLLIYGASSRATGIPDRFSGSGSGTDFTLTISRLEPEDFAVYYCQQYGGSPITFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,0.9524890184402466,0.6697967052459717,16,0.9625292740046838,PDL1,GFTFSNY,KQDGSE,AGGSFGERGFAY,RASQSVVGNYLA,GASSRAT,QQYGGSPIT
+EVQLVESGGGLVQPGGSLRLSCAASGFSFSNHGMSWVRQAPGKGLEWVANIKQDGSEKYYVDSVKGRFTISRDNAKNSLYLQMNSLRAEDTAVYYCAREGGPFGENGFQSWGQGTLVTVSSASTKGPSVFPLAPTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,IVLTQSPGTLSLSPGERATLSCRASQSVGGNYLAWYQQKPGQAPRLLIYGASSRATGIPDRFSGSGSGTDFTLTISRLEPEDFAVYYCQQYGNRPNTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,0.9693748354911804,0.8169453144073486,17,0.9601873536299764,PDL1,GFSFSNH,KQDGSE,EGGPFGENGFQS,RASQSVGGNYLA,GASSRAT,QQYGNRPNT
+EVQLVESGGGLVQPGGSLRLSCAASGFTFSNYAMSWVRQAPGKGLEWVANIKQDGSEKYYVDSVKGRFTISRDNAKNSLYLQMNSLRAEDTAVYYCAREGGYWGQRGLDYWGQGTLVTVSSASTKGPSVFPLAPTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,IVLTQSPGTLSLSPGERATLSCRASQSISGNYLAWYQQKPGQAPRLLIYGASSRATGIPDRFSGSGSGTDFTLTISRLEPEDFAVYYCQQYGGSPFTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,0.9367794990539552,0.532899796962738,16,0.9625292740046838,PDL1,GFTFSNY,KQDGSE,EGGYWGQRGLDY,RASQSISGNYLA,GASSRAT,QQYGGSPFT
+EVQLVESGGGLVQPGGSLRLSCAASGFTFSSYWMSWVRQAPGKGLEWVANIKQDGSEKYYVDSVKGRFTISRDNAKNSLYLQMNSLRAEDTAVYYCARDGGFYGQESFEYWGQGTLVTVSSASTKGPSVFPLAPTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,IVLTQSPGTLSLSPGERATLSCRASQSIGGNYLAWYQQKPGQAPRLLIYGASSRATGIPDRFSGSGSGTDFTLTISRLEPEDFAVYYCQQYGSSPFTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,0.9363639950752258,0.5292788743972778,16,0.9625292740046838,PDL1,GFTFSSY,KQDGSE,DGGFYGQESFEY,RASQSIGGNYLA,GASSRAT,QQYGSSPFT
+EVQLVESGGGLVQPGGSLRLSCAASGFTFSNYWMSWVRQAPGKGLEWVANIKQDGSEKYYVDSVKGRFTISRDNAKNSLYLQMNSLRAEDTAVYYCAREGGNFGEEGLDYWGQGTLVTVSSASTKGPSVFPLAPTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,IVLTQSPGTLSLSPGERATLSCRASGSVGGNFLAWYQQKPGQAPRLLIYGASSRATGIPDRFSGSGSGTDFTLTISRLEPEDFAVYYCQQYGSSPYTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,0.931248426437378,0.4847002625465393,14,0.9672131147540984,PDL1,GFTFSNY,KQDGSE,EGGNFGEEGLDY,RASGSVGGNFLA,GASSRAT,QQYGSSPYT
+EVQLVESGGGLVQPGGSLRLSCAASGFTFSDHGMSWVRQAPGKGLEWVANIKQDGSEKYYVDSVKGRFTISRDNAKNSLYLQMNSLRAEDTAVYYCAREGGPYGEGGFAYWGQGTLVTVSSASTKGPSVFPLAPTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,IVLTQSPGTLSLSPGERATLSCRASQSVGGNFLAWYQQKPGQAPRLLIYGASSRATGIPDRFSGSGSGTDFTLTISRLEPEDFAVYYCQQYGSSPRTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,0.9448333382606506,0.603083074092865,16,0.9625292740046838,PDL1,GFTFSDH,KQDGSE,EGGPYGEGGFAY,RASQSVGGNFLA,GASSRAT,QQYGSSPRT
+EVQLVESGGGLVQPGGSLRLSCAASGFTFSSYEMSWVRQAPGKGLEWVANISQDGSEKYYVDSVKGRFTISRDNAKNSLYLQMNSLRAEDTAVYYCAREGGPFGERAFEYWGQGTLVTVSSASTKGPSVFPLAPTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,IVLTQSPGTLSLSPGERATLSCRASQSINGNYLAWYQQKPGQAPRLLIYGASSRATGIPDRFSGSGSGTDFTLTISRLEPEDFAVYYCQQYGSYPLTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,0.942602813243866,0.5836453437805176,14,0.9672131147540984,PDL1,GFTFSSY,SQDGSE,EGGPFGERAFEY,RASQSINGNYLA,GASSRAT,QQYGSYPLT
+EVQLVESGGGLVQPGGSLRLSCAASGFTFSSYVMSWVRQAPGKGLEWVANIKQDGSERYYVDSVKGRFTISRDNAKNSLYLQMNSLRAEDTAVYYCAREGGSFGQGGFESWGQGTLVTVSSASTKGPSVFPLAPTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,IVLTQSPGTLSLSPGERATLSCRASQSVSGTYLAWYQQKPGQAPRLLIYDASSRATGIPDRFSGSGSGTDFTLTISRLEPEDFAVYYCQQYGSSPYTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,0.9426997303962708,0.5844898819923401,14,0.9672131147540984,PDL1,GFTFSSY,KQDGSE,EGGSFGQGGFES,RASQSVSGTYLA,DASSRAT,QQYGSSPYT
+EVQLVESGGGLVQPGGSLRLSCAASGFTFSSYIMSWVRQAPGKGLEWVANIKQDGSEKYYVDSVKGRFTISRDNAKNSLYLQMNSLRAEDTAVYYCAREGGPFGERGFEYWGQGTLVTVSSASTKGPSVFPLAPTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,IVLTQSPGTLSLSPGERATLSCRASQSISGNLLAWYQQKPGQAPRLLIYGASSRATGIPDRFSGSGSGTDFTLTISRLEPEDFAVYYCQQYGRSPRTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,0.9282290935516356,0.458389014005661,15,0.9648711943793912,PDL1,GFTFSSY,KQDGSE,EGGPFGERGFEY,RASQSISGNLLA,GASSRAT,QQYGRSPRT
+EVQLVESGGGLVQPGGSLRLSCAASGFTFSNYEMSWVRQAPGKGLEWVANIKQDGSEKYYVDSVKGRFTISRDNAKNSLYLQMNSLRAEDTAVYYCARAGGYFGERGFDSWGQGTLVTVSSASTKGPSVFPLAPTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,IVLTQSPGTLSLSPGERATLSCRASESISGNYLAWYQQKPGQAPRLLIYGASSRATGIPDRFSGSGSGTDFTLTISRLEPEDFAVYYCQQYGSFPYTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,0.9345300793647766,0.5132971405982971,15,0.9648711943793912,PDL1,GFTFSNY,KQDGSE,AGGYFGERGFDS,RASESISGNYLA,GASSRAT,QQYGSFPYT
+EVQLVESGGGLVQPGGSLRLSCAASGFTFSDYGMSWVRQAPGKGLEWVANIKQDGSEKYYVDSVKGRFTISRDNAKNSLYLQMNSLRAEDTAVYYCARLGGNFGELGFDYWGQGTLVTVSSASTKGPSVFPLAPTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,IVLTQSPGTLSLSPGERATLSCRASQSISGNYLAWYQQKPGQAPRLLIYGASSRATGIPDRFSGSGSGTDFTLTISRLEPEDFAVYYCQQYGSLPLTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,0.9264923930168152,0.4432544410228729,11,0.97423887587822,PDL1,GFTFSDY,KQDGSE,LGGNFGELGFDY,RASQSISGNYLA,GASSRAT,QQYGSLPLT
+EVQLVESGGGLVQPGGSLRLSCAASGFTFSNYGMSWVRQAPGKGLEWVANIKQDGTEKYYVDSVKGRFTISRDNAKNSLYLQMNSLRAEDTAVYYCARLGGDFGQLGLEYWGQGTLVTVSSASTKGPSVFPLAPTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,IVLTQSPGTLSLSPGERATLSCRASQSVSGNFLAWYQQKPGQAPRLLIYGASSRATGIPDRFSGSGSGTDFTLTISRLEPEDFAVYYCQQYGGSPRTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,0.9420182704925536,0.5785517692565918,17,0.9601873536299764,PDL1,GFTFSNY,KQDGTE,LGGDFGQLGLEY,RASQSVSGNFLA,GASSRAT,QQYGGSPRT
+EVQLVESGGGLVQPGGSLRLSCAASGFTFSSYWMSWVRQAPGKGLEWVANIKQDGSEKYYVDSVKGRFTISRDNAKNSLYLQMNSLRAEDTAVYYCAREGGSFGEEGMDYWGQGTLVTVSSASTKGPSVFPLAPTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,IVLTQSPGTLSLSPGERATLSCRASHSIGGNYLAWYQQKPGQAPRLLIYGASSRATGIPDRFSGSGSGTDFTLTISRLEPEDFAVYYCQQYGSSPYTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,0.9277827143669128,0.454499214887619,14,0.9672131147540984,PDL1,GFTFSSY,KQDGSE,EGGSFGEEGMDY,RASHSIGGNYLA,GASSRAT,QQYGSSPYT
+EVQLVESGGGLVQPGGSLRLSCAASGFTFSDYVMSWVRQAPGKGLEWVANIKQDGSEKYYVDSVKGRFTISRDNAKNSLYLQMNSLRAEDTAVYYCARAGGSFGEEGFDSWGQGTLVTVSSASTKGPSVFPLAPTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,IVLTQSPGTLSLSPGERATLSCRASQSLLGNYLAWYQQKPGQAPRLLIYGASSRATGIPDRFSGSGSGTDFTLTISRLEPEDFAVYYCQQYGSSPLTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,0.93329119682312,0.5025017261505127,15,0.9648711943793912,PDL1,GFTFSDY,KQDGSE,AGGSFGEEGFDS,RASQSLLGNYLA,GASSRAT,QQYGSSPLT
+EVQLVESGGGLVQPGGSLRLSCAASGFTFSSYWMSWVRQAPGKGLEWVANIKQDGSEKYYVDSVKGRFTISRDNAKNSLYLQMNSLRAEDTAVYYCAIEGGYFGELGFDYWGQGTLVTVSSASTKGPSVFPLAPTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,IVLTQSPGTLSLSPGERATLSCRASQSISGNLLAWYQQKPGQAPRLLIYGASSRATGIPDRFSGSGSGTDFTLTISRLEPEDFAVYYCQQYGGSPLTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,0.93217670917511,0.4927899539470672,13,0.9695550351288056,PDL1,GFTFSSY,KQDGSE,EGGYFGELGFDY,RASQSISGNLLA,GASSRAT,QQYGGSPLT
+EVQLVESGGGLVQPGGSLRLSCAASGFTFSNYIMSWVRQAPGKGLEWVANIKQDGSEKYYVDSVKGRFTISRDNAKNSLYLQMNSLRAEDTAVYYCAREGGPFGERGLEYWGQGTLVTVSSASTKGPSVFPLAPTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,IVLTQSPGTLSLSPGERATLSCRASQSIDGDYLAWYQQKPGQAPRLLIYDTSSRATGIPDRFSGSGSGTDFTLTISRLEPEDFAVYYCQQYGGSPRTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,0.9510189890861512,0.6569870710372925,16,0.9625292740046838,PDL1,GFTFSNY,KQDGSE,EGGPFGERGLEY,RASQSIDGDYLA,DTSSRAT,QQYGGSPRT
+EVQLVESGGGLVQPGGSLRLSCAASGFTFSDYWMSWVRQAPGKGLEWVANIKQDGSEKYYVDSVKGRFTISRDNAKNSLYLQMNSLRAEDTAVYYCAREGGPFGEEGFDYWGQGTLVTVSSASTKGPSVFPLAPTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,IVLTQSPGTLSLSPGERATLSCRASESVSGNYLAWYQQKPGQAPRLLIYDASSRATGIPDRFSGSGSGTDFTLTISRLEPEDFAVYYCQQYGISPNTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,0.9388287663459778,0.550757646560669,11,0.97423887587822,PDL1,GFTFSDY,KQDGSE,EGGPFGEEGFDY,RASESVSGNYLA,DASSRAT,QQYGISPNT
+EVQLVESGGGLVQPGGSLRLSCAASGFTFSSYGMSWVRQAPGKGLEWVANIKQDGSEKYYVDSVKGRFTISRDNAKNSLYLQMNSLRAEDTAVYYCAREGGSFGEESFEYWGQGTLVTVSSASTKGPSVFPLAPTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,IVLTQSPGTLSLSPGERATLSCRASQSIGGNYLAWYQQKPGQAPRLLIYGASSRATGIPDRFSGSGSGTDFTLTISRLEPEDFAVYYCQQYGSSPYTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,0.9191292524337769,0.3790901601314544,14,0.9672131147540984,PDL1,GFTFSSY,KQDGSE,EGGSFGEESFEY,RASQSIGGNYLA,GASSRAT,QQYGSSPYT
+EVQLVESGGGLVQPGGSLRLSCAASGFTFSNYDMSWVRQAPGKGLEWVANIKQDGSEKYYVDSVKGRFTISRDNAKNSLYLQMNSLRAEDTAVYYCARLGGSFGEESFDYWGQGTLVTVSSASTKGPSVFPLAPTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,IVLTQSPGTLSLSPGERATLSCRASQSIGGNYLAWYQQKPGQAPRLLIYGASSRATGIPDRFSGSGSGTDFTLTISRLEPEDFAVYYCQQYGSSPWTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,0.9289068579673768,0.4642952978610992,13,0.9695550351288056,PDL1,GFTFSNY,KQDGSE,LGGSFGEESFDY,RASQSIGGNYLA,GASSRAT,QQYGSSPWT
+EVQLVESGGGLVQPGGSLRLSCAASGFTFSSYRMSWVRQAPGKGLEWVANIKQDGSEKYYVDSVKGRFTISRDNAKNSLYLQMNSLRAEDTAVYYCAREGGDDGQEGFDYWGQGTLVTVSSASTKGPSVFPLAPTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,IVLTQSPGTLSLSPGERATLSCRASQSISGNYLAWYQQKPGQAPRLLIYDASSRATGIPDRFSGSGSGTDFTLTISRLEPEDFAVYYCQQYGNPPWTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,0.9510776996612548,0.6574985980987549,13,0.9695550351288056,PDL1,GFTFSSY,KQDGSE,EGGDDGQEGFDY,RASQSISGNYLA,DASSRAT,QQYGNPPWT
+EVQLVESGGGLVQPGGSLRLSCAASGFTFSDYAMSWVRQAPGKGLEWVANIKQDGSETYYVDSVKGRFTISRDNAKNSLYLQMNSLRAEDTAVYYCAREGGDFGQYGFEYWGQGTLVTVSSASTKGPSVFPLAPTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,IVLTQSPGTLSLSPGERATLSCRASQSVGGNFLAWYQQKPGQAPRLLIYDASSRATGIPDRFSGSGSGTDFTLTISRLEPEDFAVYYCQQYGTSPFTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,0.9442850947380066,0.5983056426048279,16,0.9625292740046838,PDL1,GFTFSDY,KQDGSE,EGGDFGQYGFEY,RASQSVGGNFLA,DASSRAT,QQYGTSPFT
+EVQLVESGGGLVQPGGSLRLSCAASGFTFSTYWMSWVRQAPGKGLEWVANIKQDGSQTYYVDSVKGRFTISRDNAKNSLYLQMNSLRAEDTAVYYCAREGGDFGEESFEYWGQGTLVTVSSASTKGPSVFPLAPTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,IVLTQSPGTLSLSPGERATLSCRASHSIGGNYLAWYQQKPGQAPRLLIYGASSRATGIPDRFSGSGSGTDFTLTISRLEPEDFAVYYCQQYGSSPWTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,0.951545238494873,0.661573052406311,15,0.9648711943793912,PDL1,GFTFSTY,KQDGSQ,EGGDFGEESFEY,RASHSIGGNYLA,GASSRAT,QQYGSSPWT
+EVQLVESGGGLVQPGGSLRLSCAASGFTFSNYKMSWVRQAPGKGLEWVANIKQDGSEKYYVDSVKGRFTISRDNAKNSLYLQMNSLRAEDTAVYYCARAGGDFGERGFDYWGQGTLVTVSSASTKGPSVFPLAPTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,IVLTQSPGTLSLSPGERATLSCRASQSVNGNFLAWYQQKPGQAPRLLIYSASSRATGIPDRFSGSGSGTDFTLTISRLEPEDFAVYYCQQYGSLPYTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,0.9500703811645508,0.6487209796905518,13,0.9695550351288056,PDL1,GFTFSNY,KQDGSE,AGGDFGERGFDY,RASQSVNGNFLA,SASSRAT,QQYGSLPYT
+EVQLVESGGGLVQPGGSLRLSCAASGFTFSSYTMSWVRQAPGKGLEWVANIKQDGSEKYYVDSVKGRFTISRDNAKNSLYLQMNSLRAEDTAVYYCAREGGDFGEEAFESWGQGTLVTVSSASTKGPSVFPLAPTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,IVLTQSPGTLSLSPGERATLSCRASQSVGGNYLAWYQQKPGQAPRLLIYGASSRATGIPDRFSGSGSGTDFTLTISRLEPEDFAVYYCQQYGSLPLTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,0.9290751218795776,0.4657613933086395,12,0.9718969555035128,PDL1,GFTFSSY,KQDGSE,EGGDFGEEAFES,RASQSVGGNYLA,GASSRAT,QQYGSLPLT
+EVQLVESGGGLVQPGGSLRLSCAASGFTFSSYGMSWVRQAPGKGLEWVANIKQDGSEKYYVDSVKGRFTISRDNAKNSLYLQMNSLRAEDTAVYYCAREGGWFGEEGFDYWGQGTLVTVSSASTKGPSVFPLAPTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,IVLTQSPGTLSLSPGERATLSCRASQTISGNYLAWYQQKPGQAPRLLIYGASSRATGIPDRFSGSGSGTDFTLTISRLEPEDFAVYYCQQYGSSPLTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,0.9211175441741944,0.3964168727397918,11,0.97423887587822,PDL1,GFTFSSY,KQDGSE,EGGWFGEEGFDY,RASQTISGNYLA,GASSRAT,QQYGSSPLT
+EVQLVESGGGLVQPGGSLRLSCAASGFTFSSYYMSWVRQAPGKGLEWVANIKQDGSEKYYVDSVKGRFTISRDNAKNSLYLQMNSLRAEDTAVYYCAREGGDFGQEAFEFWGQGTLVTVSSASTKGPSVFPLAPTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,IVLTQSPGTLSLSPGERATLSCRASQSIDGTYLAWYQQKPGQAPRLLIYDASSRATGIPDRFSGSGSGTDFTLTISRLEPEDFAVYYCQQHGSSPYTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,0.9507431387901306,0.6545827388763428,15,0.9648711943793912,PDL1,GFTFSSY,KQDGSE,EGGDFGQEAFEF,RASQSIDGTYLA,DASSRAT,QQHGSSPYT
+EVQLVESGGGLVQPGGSLRLSCAASGFTFSDYVMSWVRQAPGKGLEWVANIKQDGSERYYVDSVKGRFTISRDNAKNSLYLQMNSLRAEDTAVYYCARAGGNWGEEGFDYWGQGTLVTVSSASTKGPSVFPLAPTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,IVLTQSPGTLSLSPGERATLSCRASQSVGGNYLAWYQQKPGQAPRLLIYGASSRATGIPDRFSGSGSGTDFTLTISRLEPEDFAVYYCQQYGSSPLTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,0.9375403523445128,0.5395300984382629,15,0.9648711943793912,PDL1,GFTFSDY,KQDGSE,AGGNWGEEGFDY,RASQSVGGNYLA,GASSRAT,QQYGSSPLT
+EVQLVESGGGLVQPGGSLRLSCAASGFTFSNYVMSWVRQAPGKGLEWVANIKQDGSEKYYVDSVKGRFTISRDNAKNSLYLQMNSLRAEDTAVYYCARDGGDFGEESFESWGQGTLVTVSSASTKGPSVFPLAPTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,IVLTQSPGTLSLSPGERATLSCRASQSVSGNYLAWYQQKPGQAPRLLIYGASSRATGIPDRFSGSGSGTDFTLTISRLEPEDFAVYYCQQHGSSPRTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,0.9302322268486024,0.4758450388908386,15,0.9648711943793912,PDL1,GFTFSNY,KQDGSE,DGGDFGEESFES,RASQSVSGNYLA,GASSRAT,QQHGSSPRT
+EVQLVESGGGLVQPGGSLRLSCAASGFTFSNYWMSWVRQAPGKGLEWVANIKQDGSEKYYVDSVKGRFTISRDNAKNSLYLQMNSLRAEDTAVYYCAREGGSFGEYGLEYWGQGTLVTVSSASTKGPSVFPLAPTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,IVLTQSPGTLSLSPGERATLSCRASQSIRGNYLAWYQQKPGQAPRLLIYGASSRATGIPDRFSGSGSGTDFTLTISRLEPEDFAVYYCQQYGSSPCTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,0.9328020811080932,0.4982386529445648,14,0.9672131147540984,PDL1,GFTFSNY,KQDGSE,EGGSFGEYGLEY,RASQSIRGNYLA,GASSRAT,QQYGSSPCT
+EVQLVESGGGLVQPGGSLRLSCAASGFTFSRYDMSWVRQAPGKGLEWVANIKQDGSEKYYVDSVKGRFTISRDNAKNSLYLQMNSLRAEDTAVYYCAREGGNFGQEGFDYWGQGTLVTVSSASTKGPSVFPLAPTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,IVLTQSPGTLSLSPGERATLSCRASQSVGGNLLAWYQQKPGQAPRLLIYGASSRATGIPDRFSGSGSGTDFTLTISRLEPEDFAVYYCQQYGSSPYTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,0.9322208762168884,0.4931749105453491,13,0.9695550351288056,PDL1,GFTFSRY,KQDGSE,EGGNFGQEGFDY,RASQSVGGNLLA,GASSRAT,QQYGSSPYT
+EVQLVESGGGLVQPGGSLRLSCAASGFTFSNYVMSWVRQAPGKGLEWVANIKQDGSEKYYVDSVKGRFTISRDNAKNSLYLQMNSLRAEDTAVYYCARDGGYYGELGMEYWGQGTLVTVSSASTKGPSVFPLAPTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,IVLTQSPGTLSLSPGERATLSCRASQSISKNYLAWYQQKPGQAPRLLIYGASSRATGIPDRFSGSGSGTDFTLTISRLEPEDFAVYYCQQYGSTPRTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,0.9510404467582704,0.6571729183197021,15,0.9648711943793912,PDL1,GFTFSNY,KQDGSE,DGGYYGELGMEY,RASQSISKNYLA,GASSRAT,QQYGSTPRT
+EVQLVESGGGLVQPGGSLRLSCAASGFTFSSYYMSWVRQAPGKGLEWVANIKQDGSEKYYVDSVKGRFTISRDNAKNSLYLQMNSLRAEDTAVYYCAREGGYFGELAFEYWGQGTLVTVSSASTKGPSVFPLAPTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,IVLTQSPGTLSLSPGERATLSCRASQSVSGNYLAWYQQKPGQAPRLLIYGASSRATGIPDRFSGSGSGTDFTLTISRLEPEDFAVYYCQQYGSSPLTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,0.9233952760696412,0.4162657856941223,10,0.9765807962529274,PDL1,GFTFSSY,KQDGSE,EGGYFGELAFEY,RASQSVSGNYLA,GASSRAT,QQYGSSPLT
+EVQLVESGGGLVQPGGSLRLSCAASGFTFSNYFMSWVRQAPGKGLEWVANIRQDGSEKYYVDSVKGRFTISRDNAKNSLYLQMNSLRAEDTAVYYCAREGGSYGEEGFDSWGQGTLVTVSSASTKGPSVFPLAPTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,IVLTQSPGTLSLSPGERATLSCRASQSIGGNYLAWYQQKPGQAPRLLIYDASSRATGIPDRFSGSGSGTDFTLTISRLEPEDFAVYYCQQYGRSPYTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,0.9413108229637146,0.5723870992660522,16,0.9625292740046838,PDL1,GFTFSNY,RQDGSE,EGGSYGEEGFDS,RASQSIGGNYLA,DASSRAT,QQYGRSPYT
+EVQLVESGGGLVQPGGSLRLSCAASGFTFSNYWMSWVRQAPGKGLEWVANIKQDGSQKYYVDSVKGRFTISRDNAKNSLYLQMNSLRAEDTAVYYCARAGGAFGERGFDYWGQGTLVTVSSASTKGPSVFPLAPTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,IVLTQSPGTLSLSPGERATLSCRASQDVSGNYLAWYQQKPGQAPRLLIYDASSRATGIPDRFSGSGSGTDFTLTISRLEPEDFAVYYCQQYGSLPYTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,0.9453620314598083,0.60769122838974,10,0.9765807962529274,PDL1,GFTFSNY,KQDGSQ,AGGAFGERGFDY,RASQDVSGNYLA,DASSRAT,QQYGSLPYT
+EVQLVESGGGLVQPGGSLRLSCAASGFTFSSYGMSWVRQAPGKGLEWVANIKQDGSETYYVDSVKGRFTISRDNAKNSLYLQMNSLRAEDTAVYYCAREGGEFGEYAFDYWGQGTLVTVSSASTKGPSVFPLAPTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,IVLTQSPGTLSLSPGERATLSCRASQSVRGNLLAWYQQKPGQAPRLLIYGASSRATGIPDRFSGSGSGTDFTLTISRLEPEDFAVYYCQQHGSSPRTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,0.9470134973526,0.6220811605453491,14,0.9672131147540984,PDL1,GFTFSSY,KQDGSE,EGGEFGEYAFDY,RASQSVRGNLLA,GASSRAT,QQHGSSPRT
+EVQLVESGGGLVQPGGSLRLSCAASGFTFSNYWMSWVRQAPGKGLEWVANIKQDGSERYYVDSVKGRFTISRDNAKNSLYLQMNSLRAEDTAVYYCARLGGHFGQDGFDYWGQGTLVTVSSASTKGPSVFPLAPTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,IVLTQSPGTLSLSPGERATLSCRASQSVSGNYLAWYQQKPGQAPRLLIYGASSRATGIPDRFSGSGSGTDFTLTISRLEPEDFAVYYCQQYGSSPLTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,0.9354921579360962,0.5216812491416931,13,0.9695550351288056,PDL1,GFTFSNY,KQDGSE,LGGHFGQDGFDY,RASQSVSGNYLA,GASSRAT,QQYGSSPLT
+EVQLVESGGGLVQPGGSLRLSCAASGFTFSSYVMSWVRQAPGKGLEWVANINQDGSEKYYVDSVKGRFTISRDNAKNSLYLQMNSLRAEDTAVYYCAREGGAFGEDGLEYWGQGTLVTVSSASTKGPSVFPLAPTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,IVLTQSPGTLSLSPGERATLSCRASQSVGSNYLAWYQQKPGQAPRLLIYDASSRATGIPDRFSGSGSGTDFTLTISRLEPEDFAVYYCQQYGSSPYTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,0.9392017126083374,0.5540074706077576,13,0.9695550351288056,PDL1,GFTFSSY,NQDGSE,EGGAFGEDGLEY,RASQSVGSNYLA,DASSRAT,QQYGSSPYT
+EVQLVESGGGLVQPGGSLRLSCAASGFTFSGHWMSWVRQAPGKGLEWVANIKQDGSEKYYVDSVKGRFTISRDNAKNSLYLQMNSLRAEDTAVYYCAREGGPFGEDGFESWGQGTLVTVSSASTKGPSVFPLAPTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,IVLTQSPGTLSLSPGERATLSCRASQSIIGNYLAWYQQKPGQAPRLLIYDASSRATGIPDRFSGSGSGTDFTLTISRLEPEDFAVYYCQQYGSSPYTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,0.9387665390968324,0.5502152442932129,14,0.9672131147540984,PDL1,GFTFSGH,KQDGSE,EGGPFGEDGFES,RASQSIIGNYLA,DASSRAT,QQYGSSPYT
+EVQLVESGGGLVQPGGSLRLSCAASGFTFSTYGMSWVRQAPGKGLEWVANIKQDGSEKYYVDSVKGRFTISRDNAKNSLYLQMNSLRAEDTAVYYCARLGGSFGEEGLDYWGQGTLVTVSSASTKGPSVFPLAPTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,IVLTQSPGTLSLSPGERATLSCRASQSVSGNLLAWYQQKPGQAPRLLIYGASSRATGIPDRFSGSGSGTDFTLTISRLEPEDFAVYYCQQYGSSPYTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,0.9293396472930908,0.4680670201778412,14,0.9672131147540984,PDL1,GFTFSTY,KQDGSE,LGGSFGEEGLDY,RASQSVSGNLLA,GASSRAT,QQYGSSPYT
+EVQLVESGGGLVQPGGSLRLSCAASGFTFSNYWMSWVRQAPGKGLEWVANIKQDGSEKYYVDSVKGRFTISRDNAKNSLYLQMNSLRAEDTAVYYCARDGGWFGEEGFEYWGQGTLVTVSSASTKGPSVFPLAPTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,IVLTQSPGTLSLSPGERATLSCRASQSIRGNYLAWYQQKPGQAPRLLIYDASSRATGIPDRFSGSGSGTDFTLTISRLEPEDFAVYYCQQYGSSPYTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,0.9247821569442748,0.4283521175384521,12,0.9718969555035128,PDL1,GFTFSNY,KQDGSE,DGGWFGEEGFEY,RASQSIRGNYLA,DASSRAT,QQYGSSPYT
+EVQLVESGGGLVQPGGSLRLSCAASGFTFSNYWMSWVRQAPGKGLEWVANIKQDGSEKYYVDSVKGRFTISRDNAKNSLYLQMNSLRAEDTAVYYCAREGGYFGERGFESWGQGTLVTVSSASTKGPSVFPLAPTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,IVLTQSPGTLSLSPGERATLSCRASQSIGGNYLAWYQQKPGQAPRLLIYRASSRATGIPDRFSGSGSGTDFTLTISRLEPEDFAVYYCQQYGSSPYTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,0.9276535511016846,0.4533733129501343,14,0.9672131147540984,PDL1,GFTFSNY,KQDGSE,EGGYFGERGFES,RASQSIGGNYLA,RASSRAT,QQYGSSPYT
+EVQLVESGGGLVQPGGSLRLSCAASGFTFSSHWMSWVRQAPGKGLEWVANIKQDGSEQYYVDSVKGRFTISRDNAKNSLYLQMNSLRAEDTAVYYCAREGGPFGEEGMDSWGQGTLVTVSSASTKGPSVFPLAPTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,IVLTQSPGTLSLSPGERATLSCRASQSISSNYLAWYQQKPGQAPRLLIYGASSRATGIPDRFSGSGSGTDFTLTISRLEPEDFAVYYCQQYGSSPLTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,0.9383997917175292,0.547019898891449,14,0.9672131147540984,PDL1,GFTFSSH,KQDGSE,EGGPFGEEGMDS,RASQSISSNYLA,GASSRAT,QQYGSSPLT
+EVQLVESGGGLVQPGGSLRLSCAASGFTFSDYWMSWVRQAPGKGLEWVANIKQDGSEKYYVDSVKGRFTISRDNAKNSLYLQMNSLRAEDTAVYYCAREGGSFGELGLDYWGQGTLVTVSSASTKGPSVFPLAPTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,IVLTQSPGTLSLSPGERATLSCRASQRVGGNHLAWYQQKPGQAPRLLIYGASSRATGIPDRFSGSGSGTDFTLTISRLEPEDFAVYYCQQYGSSPYTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,0.93359637260437,0.5051616430282593,11,0.97423887587822,PDL1,GFTFSDY,KQDGSE,EGGSFGELGLDY,RASQRVGGNHLA,GASSRAT,QQYGSSPYT
+EVQLVESGGGLVQPGGSLRLSCAASGFTFSNYVMSWVRQAPGKGLEWVANIKQDGSEKYYVDSVKGRFTISRDNAKNSLYLQMNSLRAEDTAVYYCARLGGAYGDDGFDYWGQGTLVTVSSASTKGPSVFPLAPTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,IVLTQSPGTLSLSPGERATLSCRASESIGSNFLAWYQQKPGQAPRLLIYDASSRATGIPDRFSGSGSGTDFTLTISRLEPEDFAVYYCQQYGRSPHTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,0.9599415063858032,0.7347396016120911,17,0.9601873536299764,PDL1,GFTFSNY,KQDGSE,LGGAYGDDGFDY,RASESIGSNFLA,DASSRAT,QQYGRSPHT
+EVQLVESGGGLVQPGGSLRLSCAASGFTFSSYWMSWVRQAPGKGLEWVANIKQDGSEKYYVDSVKGRFTISRDNAKNSLYLQMNSLRAEDTAVYYCAREGGPYGELGFDYWGQGTLVTVSSASTKGPSVFPLAPTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,IVLTQSPGTLSLSPGERATLSCRASQSVGGNYLAWYQQKPGQAPRLLIYDASSRATGIPDRFSGSGSGTDFTLTISRLEPEDFAVYYCQQFGSSPYTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,0.9291338324546814,0.4662734568119049,11,0.97423887587822,PDL1,GFTFSSY,KQDGSE,EGGPYGELGFDY,RASQSVGGNYLA,DASSRAT,QQFGSSPYT
+EVQLVESGGGLVQPGGSLRLSCAASGFTFSSYWMSWVRQAPGKGLEWVANIKQDGSEKYYVDSVKGRFTISRDNAKNSLYLQMNSLRAEDTAVYYCAREGGYFGEEGMESWGQGTLVTVSSASTKGPSVFPLAPTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,IVLTQSPGTLSLSPGERATLSCRASQSIRGNFLAWYQQKPGQAPRLLIYDASSRATGIPDRFSGSGSGTDFTLTISRLEPEDFAVYYCQQYGSSPYTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,0.9272058606147766,0.4494723081588745,15,0.9648711943793912,PDL1,GFTFSSY,KQDGSE,EGGYFGEEGMES,RASQSIRGNFLA,DASSRAT,QQYGSSPYT
+EVQLVESGGGLVQPGGSLRLSCAASGFTFSSYVMSWVRQAPGKGLEWVANIKQDGSEKYYVDSVKGRFTISRDNAKNSLYLQMNSLRAEDTAVYYCAREGGDFGEYALDYWGQGTLVTVSSASTKGPSVFPLAPTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,IVLTQSPGTLSLSPGERATLSCRASQRVIGAYLAWYQQKPGQAPRLLIYGASSRATGIPDRFSGSGSGTDFTLTISRLEPEDFAVYYCQQYGSSPYTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,0.9514458775520324,0.6607064008712769,11,0.97423887587822,PDL1,GFTFSSY,KQDGSE,EGGDFGEYALDY,RASQRVIGAYLA,GASSRAT,QQYGSSPYT
+EVQLVESGGGLVQPGGSLRLSCAASGFTFSDYWMSWVRQAPGKGLEWVANIKQDGSEKYYVDSVKGRFTISRDNAKNSLYLQMNSLRAEDTAVYYCAREGGDFGEQGFDYWGQGTLVTVSSASTKGPSVFPLAPTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,IVLTQSPGTLSLSPGERATLSCRASQSVSGNYLAWYQQKPGQAPRLLIYGASSRATGIPDRFSGSGSGTDFTLTISRLEPEDFAVYYCQQYGSSPRTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,0.9191747307777404,0.3794867098331451,10,0.9765807962529274,PDL1,GFTFSDY,KQDGSE,EGGDFGEQGFDY,RASQSVSGNYLA,GASSRAT,QQYGSSPRT
+EVQLVESGGGLVQPGGSLRLSCAASGFTFSRYWMSWVRQAPGKGLEWVANIKQDGSEKYYVDSVKGRFTISRDNAKNSLYLQMNSLRAEDTAVYYCAREGGSYGEKSFESWGQGTLVTVSSASTKGPSVFPLAPTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,IVLTQSPGTLSLSPGERATLSCRASQSILGNYLAWYQQKPGQAPRLLIYGASSRATGIPDRFSGSGSGTDFTLTISRLEPEDFAVYYCQQYGSSPYTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,0.936225950717926,0.5280758142471313,14,0.9672131147540984,PDL1,GFTFSRY,KQDGSE,EGGSYGEKSFES,RASQSILGNYLA,GASSRAT,QQYGSSPYT
+EVQLVESGGGLVQPGGSLRLSCAASGFTFSNYWMSWVRQAPGKGLEWVANIKQDGSEKYYVDSVKGRFTISRDNAKNSLYLQMNSLRAEDTAVYYCAREGGNFGQRGFEYWGQGTLVTVSSASTKGPSVFPLAPTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,IVLTQSPGTLSLSPGERATLSCRASQSISGNYLAWYQQKPGQAPRLLIYDASSRATGIPDRFSGSGSGTDFTLTISRLEPEDFAVYYCQQYGGLPYTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,0.9285788536071776,0.461436927318573,12,0.9718969555035128,PDL1,GFTFSNY,KQDGSE,EGGNFGQRGFEY,RASQSISGNYLA,DASSRAT,QQYGGLPYT
+EVQLVESGGGLVQPGGSLRLSCAASGFTFSDYHMSWVRQAPGKGLEWVANIKQDGSEKYYVDSVKGRFTISRDNAKNSLYLQMNSLRAEDTAVYYCARLGGPFGEQGFDYWGQGTLVTVSSASTKGPSVFPLAPTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,IVLTQSPGTLSLSPGERATLSCRASQTISGNFLAWYQQKPGQAPRLLIYGASSRATGIPDRFSGSGSGTDFTLTISRLEPEDFAVYYCQQYGTSPYTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,0.9387040734291076,0.5496708154678345,15,0.9648711943793912,PDL1,GFTFSDY,KQDGSE,LGGPFGEQGFDY,RASQTISGNFLA,GASSRAT,QQYGTSPYT
+EVQLVESGGGLVQPGGSLRLSCAASGFTFSSYHMSWVRQAPGKGLEWVANIKQDGSEKYYVDSVKGRFTISRDNAKNSLYLQMNSLRAEDTAVYYCAREGGSFGERGFEYWGQGTLVTVSSASTKGPSVFPLAPTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,IVLTQSPGTLSLSPGERATLSCRASQTIGGNLLAWYQQKPGQAPRLLIYDASSRATGIPDRFSGSGSGTDFTLTISRLEPEDFAVYYCQQYGGSPWTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,0.93743097782135,0.5385766625404358,14,0.9672131147540984,PDL1,GFTFSSY,KQDGSE,EGGSFGERGFEY,RASQTIGGNLLA,DASSRAT,QQYGGSPWT
+EVQLVESGGGLVQPGGSLRLSCAASGFTFNDYEMSWVRQAPGKGLEWVANIKQDGSEKYYVDSVKGRFTISRDNAKNSLYLQMNSLRAEDTAVYYCAREGGNFGEEGFDYWGQGTLVTVSSASTKGPSVFPLAPTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,IVLTQSPGTLSLSPGERATLSCRASQSISGNLLAWYQQKPGQAPRLLIYDASSRATGIPDRFSGSGSGTDFTLTISRLEPEDFAVYYCQQYGSSPYTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,0.9322282671928406,0.4932393133640289,13,0.9695550351288056,PDL1,GFTFNDY,KQDGSE,EGGNFGEEGFDY,RASQSISGNLLA,DASSRAT,QQYGSSPYT
+EVQLVESGGGLVQPGGSLRLSCAASGFTFSDYVMSWVRQAPGKGLEWVANIKQDGSEKYYVDSVKGRFTISRDNAKNSLYLQMNSLRAEDTAVYYCAREGGDFGDEGFDYWGQGTLVTVSSASTKGPSVFPLAPTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,IVLTQSPGTLSLSPGERATLSCRASQSIGGNYLAWYQQKPGQAPRLLIYDASSRATGIPDRFSGSGSGTDFTLTISRLEPEDFAVYYCQQYGSSPYTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,0.9233911037445068,0.4162294566631317,13,0.9695550351288056,PDL1,GFTFSDY,KQDGSE,EGGDFGDEGFDY,RASQSIGGNYLA,DASSRAT,QQYGSSPYT
+EVQLVESGGGLVQPGGSLRLSCAASGFTFSSYDMSWVRQAPGKGLEWVANIKQDGSEQYYVDSVKGRFTISRDNAKNSLYLQMNSLRAEDTAVYYCARAGGPFGEEGFESWGQGTLVTVSSASTKGPSVFPLAPTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,IVLTQSPGTLSLSPGERATLSCRASQSVNGNYLAWYQQKPGQAPRLLIYGASSRATGIPDRFSGSGSGTDFTLTISRLEPEDFAVYYCQQYGSSPRTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,0.9361504316329956,0.5274176001548767,16,0.9625292740046838,PDL1,GFTFSSY,KQDGSE,AGGPFGEEGFES,RASQSVNGNYLA,GASSRAT,QQYGSSPRT
+EVQLVESGGGLVQPGGSLRLSCAASGFTFSSYWMSWVRQAPGKGLEWVANIKQDGSEKYYVDSVKGRFTISRDNAKNSLYLQMNSLRAEDTAVYYCARDGGPYGENGFDYWGQGTLVTVSSASTKGPSVFPLAPTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,IVLTQSPGTLSLSPGERATLSCRASQSIGGNYLAWYQQKPGQAPRLLIYGASSRATGIPDRFSGSGSGTDFTLTISRLEPEDFAVYYCQQYGSSPYTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,0.927778661251068,0.4544638693332672,14,0.9672131147540984,PDL1,GFTFSSY,KQDGSE,DGGPYGENGFDY,RASQSIGGNYLA,GASSRAT,QQYGSSPYT
+EVQLVESGGGLVQPGGSLRLSCAASGFTFSNYVMSWVRQAPGKGLEWVANIKQDGSEKYYVDSVKGRFTISRDNAKNSLYLQMNSLRAEDTAVYYCAREGGSFGQEGMQAWGQGTLVTVSSASTKGPSVFPLAPTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,IVLTQSPGTLSLSPGERATLSCRASQTISGSLLAWYQQKPGQAPRLLIYGASSRATGIPDRFSGSGSGTDFTLTISRLEPEDFAVYYCQQYGSSPWTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,0.9496782422065736,0.6453028917312622,15,0.9648711943793912,PDL1,GFTFSNY,KQDGSE,EGGSFGQEGMQA,RASQTISGSLLA,GASSRAT,QQYGSSPWT
+EVQLVESGGGLVQPGGSLRLSCAASGFTFSDYNMSWVRQAPGKGLEWVANIKQDGSEKYYVDSVKGRFTISRDNAKNSLYLQMNSLRAEDTAVYYCAREGGPFGEEGLEYWGQGTLVTVSSASTKGPSVFPLAPTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,IVLTQSPGTLSLSPGERATLSCRASRSITGNFLAWYQQKPGQAPRLLIYGASSRATGIPDRFSGSGSGTDFTLTISRLEPEDFAVYYCQQYGSSPVTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,0.9474397301673888,0.6257953643798828,17,0.9601873536299764,PDL1,GFTFSDY,KQDGSE,EGGPFGEEGLEY,RASRSITGNFLA,GASSRAT,QQYGSSPVT
+EVQLVESGGGLVQPGGSLRLSCAASGFTFSSYGMSWVRQAPGKGLEWVANIKQDGSEKYYVDSVKGRFTISRDNAKNSLYLQMNSLRAEDTAVYYCARAGGPFGEEGFEYWGQGTLVTVSSASTKGPSVFPLAPTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,IVLTQSPGTLSLSPGERATLSCRASQSVSGNFLAWYQQKPGQAPRLLIYAASSRATGIPDRFSGSGSGTDFTLTISRLEPEDFAVYYCQQYGSSPYTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,0.9263423681259156,0.4419474601745605,14,0.9672131147540984,PDL1,GFTFSSY,KQDGSE,AGGPFGEEGFEY,RASQSVSGNFLA,AASSRAT,QQYGSSPYT
+EVQLVESGGGLVQPGGSLRLSCAASGFTFSNYWMSWVRQAPGKGLEWVANIKQDGSEKYYVDSVKGRFTISRDNAKNSLYLQMNSLRAEDTAVYYCARGGGPFGEGAFESWGQGTLVTVSSASTKGPSVFPLAPTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,IVLTQSPGTLSLSPGERATLSCRASQSVSGNFLAWYQQKPGQAPRLLIYGASSRATGIPDRFSGSGSGTDFTLTISRLEPEDFAVYYCQQYGGLPYTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,0.943719208240509,0.593374490737915,13,0.9695550351288056,PDL1,GFTFSNY,KQDGSE,GGGPFGEGAFES,RASQSVSGNFLA,GASSRAT,QQYGGLPYT
+EVQLVESGGGLVQPGGSLRLSCAASGFTFSTYFMSWVRQAPGKGLEWVANIKQDGSEKYYVDSVKGRFTISRDNAKNSLYLQMNSLRAEDTAVYYCAREGGAFGEEGFDSWGQGTLVTVSSASTKGPSVFPLAPTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,IVLTQSPGTLSLSPGERATLSCRASQSISGNLLAWYQQKPGQAPRLLIYDASSRATGIPDRFSGSGSGTDFTLTISRLEPEDFAVYYCQQYGSSPFTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,0.935439109802246,0.5212191939353943,13,0.9695550351288056,PDL1,GFTFSTY,KQDGSE,EGGAFGEEGFDS,RASQSISGNLLA,DASSRAT,QQYGSSPFT
+EVQLVESGGGLVQPGGSLRLSCAASGFTFSSYNMSWVRQAPGKGLEWVANIKQDGSEKYYVDSVKGRFTISRDNAKNSLYLQMNSLRAEDTAVYYCARAGGSFGEEGFASWGQGTLVTVSSASTKGPSVFPLAPTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,IVLTQSPGTLSLSPGERATLSCRASQSISNNYLAWYQQKPGQAPRLLIYGASSRATGIPDRFSGSGSGTDFTLTISRLEPEDFAVYYCQQFGASPRTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,0.9537138938903807,0.6804702281951904,17,0.9601873536299764,PDL1,GFTFSSY,KQDGSE,AGGSFGEEGFAS,RASQSISNNYLA,GASSRAT,QQFGASPRT
+EVQLVESGGGLVQPGGSLRLSCAASGFTFSSYWMSWVRQAPGKGLEWVANIKQDGSEEYYVDSVKGRFTISRDNAKNSLYLQMNSLRAEDTAVYYCARDGGSFGEEGFDYWGQGTLVTVSSASTKGPSVFPLAPTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,IVLTQSPGTLSLSPGERATLSCRASQSVNGSYLAWYQQKPGQAPRLLIYGASSRATGIPDRFSGSGSGTDFTLTISRLEPEDFAVYYCQQYGSSPYTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,0.936428725719452,0.5298429727554321,12,0.9718969555035128,PDL1,GFTFSSY,KQDGSE,DGGSFGEEGFDY,RASQSVNGSYLA,GASSRAT,QQYGSSPYT
+EVQLVESGGGLVQPGGSLRLSCAASGFTFSDYWMSWVRQAPGKGLEWVANISQDGSEKYYVDSVKGRFTISRDNAKNSLYLQMNSLRAEDTAVYYCAREGGPFGQRGFESWGQGTLVTVSSASTKGPSVFPLAPTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,IVLTQSPGTLSLSPGERATLSCRASQSIGSNYLAWYQQKPGQAPRLLIYGASSRATGIPDRFSGSGSGTDFTLTISRLEPEDFAVYYCQQYGSLPYTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,0.9375718235969543,0.5398039817810059,14,0.9672131147540984,PDL1,GFTFSDY,SQDGSE,EGGPFGQRGFES,RASQSIGSNYLA,GASSRAT,QQYGSLPYT
+EVQLVESGGGLVQPGGSLRLSCAASGFTFSNYGMSWVRQAPGKGLEWVANIKQDGSEKYYVDSVKGRFTISRDNAKNSLYLQMNSLRAEDTAVYYCAREGGDFGEEAFEYWGQGTLVTVSSASTKGPSVFPLAPTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,IVLTQSPGTLSLSPGERATLSCRASQSVSGNYLAWYQQKPGQAPRLLIYGASSRATGIPDRFSGSGSGTDFTLTISRLEPEDFAVYYCQQYGSWPNTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,0.9334378838539124,0.5037800073623657,11,0.97423887587822,PDL1,GFTFSNY,KQDGSE,EGGDFGEEAFEY,RASQSVSGNYLA,GASSRAT,QQYGSWPNT
+EVQLVESGGGLVQPGGSLRLSCAASGFTFSNYGMSWVRQAPGKGLEWVANIKQDGSEKYYVDSVKGRFTISRDNAKNSLYLQMNSLRAEDTAVYYCAREGGDFGERGLDSWGQGTLVTVSSASTKGPSVFPLAPTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,IVLTQSPGTLSLSPGERATLSCRASQVIQGNHLAWYQQKPGQAPRLLIYGASSRATGIPDRFSGSGSGTDFTLTISRLEPEDFAVYYCQQYGSSPWTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,0.9474713802337646,0.6260718107223511,15,0.9648711943793912,PDL1,GFTFSNY,KQDGSE,EGGDFGERGLDS,RASQVIQGNHLA,GASSRAT,QQYGSSPWT
+EVQLVESGGGLVQPGGSLRLSCAASGFTFSSYWMSWVRQAPGKGLEWVANIKQDGSEKYYVDSVKGRFTISRDNAKNSLYLQMNSLRAEDTAVYYCARLGGSFGQRGFEYWGQGTLVTVSSASTKGPSVFPLAPTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,IVLTQSPGTLSLSPGERATLSCRASQSISGNYLAWYQQKPGQAPRLLIYGASSRATGIPDRFSGSGSGTDFTLTISRLEPEDFAVYYCQQYGSSPRTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,0.9218833446502686,0.4030900597572326,14,0.9672131147540984,PDL1,GFTFSSY,KQDGSE,LGGSFGQRGFEY,RASQSISGNYLA,GASSRAT,QQYGSSPRT
+EVQLVESGGGLVQPGGSLRLSCAASGFTFSSYDMSWVRQAPGKGLEWVANIKQDGSEKYYVDSVKGRFTISRDNAKNSLYLQMNSLRAEDTAVYYCAREGGSFGEHSFDSWGQGTLVTVSSASTKGPSVFPLAPTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,IVLTQSPGTLSLSPGERATLSCRASQTVSGNYLAWYQQKPGQAPRLLIYAASSRATGIPDRFSGSGSGTDFTLTISRLEPEDFAVYYCQQYGSSPRTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,0.939697265625,0.5583257079124451,12,0.9718969555035128,PDL1,GFTFSSY,KQDGSE,EGGSFGEHSFDS,RASQTVSGNYLA,AASSRAT,QQYGSSPRT
+EVQLVESGGGLVQPGGSLRLSCAASGFTFSSYNMSWVRQAPGKGLEWVANIKQDGSEKYYVDSVKGRFTISRDNAKNSLYLQMNSLRAEDTAVYYCAREGGSYGEEGFEYWGQGTLVTVSSASTKGPSVFPLAPTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,IVLTQSPGTLSLSPGERATLSCRASDSVSGNYLAWYQQKPGQAPRLLIYDASSRATGIPDRFSGSGSGTDFTLTISRLEPEDFAVYYCQQYGSSPFTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,0.9376022815704346,0.5400699377059937,13,0.9695550351288056,PDL1,GFTFSSY,KQDGSE,EGGSYGEEGFEY,RASDSVSGNYLA,DASSRAT,QQYGSSPFT
+EVQLVESGGGLVQPGGSLRLSCAASGFTFSSYWMSWVRQAPGKGLEWVANIKQDGSEKYYVDSVKGRFTISRDNAKNSLYLQMNSLRAEDTAVYYCSRGGGPFGQYGFDYWGQGTLVTVSSASTKGPSVFPLAPTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,IVLTQSPGTLSLSPGERATLSCRASQSVSGNYLAWYQQKPGQAPRLLIYGASSRATGIPDRFSGSGSGTDFTLTISRLEPEDFAVYYCQQYGNSPYTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,0.9447990655899048,0.6027840375900269,14,0.9672131147540984,PDL1,GFTFSSY,KQDGSE,GGGPFGQYGFDY,RASQSVSGNYLA,GASSRAT,QQYGNSPYT
+EVQLVESGGGLVQPGGSLRLSCAASGFTFSSNIMSWVRQAPGKGLEWVANIKQDGSEQYYVDSVKGRFTISRDNAKNSLYLQMNSLRAEDTAVYYCAREGGPFGELGFEFWGQGTLVTVSSASTKGPSVFPLAPTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,IVLTQSPGTLSLSPGERATLSCRASQSISGNYLAWYQQKPGQAPRLLIYGASSRATGIPDRFSGSGSGTDFTLTISRLEPEDFAVYYCQQYGSLPRTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,0.9500384330749512,0.6484423279762268,14,0.9672131147540984,PDL1,GFTFSSN,KQDGSE,EGGPFGELGFEF,RASQSISGNYLA,GASSRAT,QQYGSLPRT
+EVQLVESGGGLVQPGGSLRLSCAASGFTFSNYWMSWVRQAPGKGLEWVANIKQDGSEKYYVDSVKGRFTISRDNAKNSLYLQMNSLRAEDTAVYYCAREGGWYGEEGFDSWGQGTLVTVSSASTKGPSVFPLAPTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,IVLTQSPGTLSLSPGERATLSCRASQSIIGNYLAWYQQKPGQAPRLLIYGASSRATGIPDRFSGSGSGTDFTLTISRLEPEDFAVYYCQQYGNSPLTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,0.9299612045288086,0.4734832942485809,14,0.9672131147540984,PDL1,GFTFSNY,KQDGSE,EGGWYGEEGFDS,RASQSIIGNYLA,GASSRAT,QQYGNSPLT
+EVQLVESGGGLVQPGGSLRLSCAASGFTFSSYGMSWVRQAPGKGLEWVANIKQDGSEKYYVDSVKGRFTISRDNAKNSLYLQMNSLRAEDTAVYYCAREGGYFGEEGFEYWGQGTLVTVSSASTKGPSVFPLAPTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,IVLTQSPGTLSLSPGERATLSCRASQSIGGNRLAWYQQKPGQAPRLLIYGASSRATGIPDRFSGSGSGTDFTLTISRLEPEDFAVYYCQQYGSLPWTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,0.933988392353058,0.5085768699645996,13,0.9695550351288056,PDL1,GFTFSSY,KQDGSE,EGGYFGEEGFEY,RASQSIGGNRLA,GASSRAT,QQYGSLPWT
+EVQLVESGGGLVQPGGSLRLSCAASGFTFSSYDMSWVRQAPGKGLEWVANIKQDGSEKYYVDSVKGRFTISRDNAKNSLYLQMNSLRAEDTAVYYCARAGGPFGELGFEYWGQGTLVTVSSASTKGPSVFPLAPTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,IVLTQSPGTLSLSPGERATLSCRASQSISSNYLAWYQQKPGQAPRLLIYDASSRATGIPDRFSGSGSGTDFTLTISRLEPEDFAVYYCQQYGSSPFTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,0.9327576160430908,0.4978514015674591,11,0.97423887587822,PDL1,GFTFSSY,KQDGSE,AGGPFGELGFEY,RASQSISSNYLA,DASSRAT,QQYGSSPFT
+EVQLVESGGGLVQPGGSLRLSCAASGFTFSNYVMSWVRQAPGKGLEWVANIKQDGSEKYYVDSVKGRFTISRDNAKNSLYLQMNSLRAEDTAVYYCARAGGPFGEYGFEYWGQGTLVTVSSASTKGPSVFPLAPTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,IVLTQSPGTLSLSPGERATLSCRASQSIRGNYLAWYQQKPGQAPRLLIYGASSRATGIPDRFSGSGSGTDFTLTISRLEPEDFAVYYCQQYGSSPYTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,0.9253499507904052,0.4332993030548095,15,0.9648711943793912,PDL1,GFTFSNY,KQDGSE,AGGPFGEYGFEY,RASQSIRGNYLA,GASSRAT,QQYGSSPYT
+EVQLVESGGGLVQPGGSLRLSCAASGFTFSNYVMSWVRQAPGKGLEWVANIKQDGSEKYYVDSVKGRFTISRDNAKNSLYLQMNSLRAEDTAVYYCARGGGPFGQEGFESWGQGTLVTVSSASTKGPSVFPLAPTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,IVLTQSPGTLSLSPGERATLSCRASQSVGGNFLAWYQQKPGQAPRLLIYGASSRATGIPDRFSGSGSGTDFTLTISRLEPEDFAVYYCQQYGGSPFTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,0.9381591081619264,0.5449223518371582,18,0.9578454332552692,PDL1,GFTFSNY,KQDGSE,GGGPFGQEGFES,RASQSVGGNFLA,GASSRAT,QQYGGSPFT
+EVQLVESGGGLVQPGGSLRLSCAASGFTFSDYGMSWVRQAPGKGLEWVANIRQDGSEKYYVDSVKGRFTISRDNAKNSLYLQMNSLRAEDTAVYYCARLGGWFGEDGFDYWGQGTLVTVSSASTKGPSVFPLAPTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,IVLTQSPGTLSLSPGERATLSCRASQSVGGNYLAWYQQKPGQAPRLLIYGASSRATGIPDRFSGSGSGTDFTLTISRLEPEDFAVYYCQQYGSSPWTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,0.9385185837745668,0.5480539798736572,12,0.9718969555035128,PDL1,GFTFSDY,RQDGSE,LGGWFGEDGFDY,RASQSVGGNYLA,GASSRAT,QQYGSSPWT
+EVQLVESGGGLVQPGGSLRLSCAASGFTFSSYTMSWVRQAPGKGLEWVANIKQDGSEKYYVDSVKGRFTISRDNAKNSLYLQMNSLRAEDTAVYYCAREGGSFGEEGFEYWGQGTLVTVSSASTKGPSVFPLAPTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,IVLTQSPGTLSLSPGERATLSCRASESISGNYLAWYQQKPGQAPRLLIYGTSSRATGIPDRFSGSGSGTDFTLTISRLEPEDFAVYYCQQYGGSPYTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,0.9324446320533752,0.4951248168945312,16,0.9625292740046838,PDL1,GFTFSSY,KQDGSE,EGGSFGEEGFEY,RASESISGNYLA,GTSSRAT,QQYGGSPYT
+EVQLVESGGGLVQPGGSLRLSCAASGFTFSSFLMSWVRQAPGKGLEWVANIKQDGSEKYYVDSVKGRFTISRDNAKNSLYLQMNSLRAEDTAVYYCAREGGSFGEMGFDYWGQGTLVTVSSASTKGPSVFPLAPTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,IVLTQSPGTLSLSPGERATLSCRASQSVSGNYLAWYQQKPGQAPRLLIYGASSRATGIPDRFSGSGSGTDFTLTISRLEPEDFAVYYCQQYGSSPRTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,0.9344661235809326,0.512739896774292,12,0.9718969555035128,PDL1,GFTFSSF,KQDGSE,EGGSFGEMGFDY,RASQSVSGNYLA,GASSRAT,QQYGSSPRT
+EVQLVESGGGLVQPGGSLRLSCAASGFTFSSYGMSWVRQAPGKGLEWVANIKQDGSEKYYVDSVKGRFTISRDNAKNSLYLQMNSLRAEDTAVYYCAREGGPFGEEGFAYWGQGTLVTVSSASTKGPSVFPLAPTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,IVLTQSPGTLSLSPGERATLSCRASQSIPGNYLAWYQQKPGQAPRLLIYDASSRATGIPDRFSGSGSGTDFTLTISRLEPEDFAVYYCQQYGGSPYTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,0.9299893975257874,0.4737293720245361,14,0.9672131147540984,PDL1,GFTFSSY,KQDGSE,EGGPFGEEGFAY,RASQSIPGNYLA,DASSRAT,QQYGGSPYT
+EVQLVESGGGLVQPGGSLRLSCAASGFTFSRYWMSWVRQAPGKGLEWVANIKQDGSEKYYVDSVKGRFTISRDNAKNSLYLQMNSLRAEDTAVYYCARAGGDFGEEAFESWGQGTLVTVSSASTKGPSVFPLAPTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,IVLTQSPGTLSLSPGERATLSCRASQSVSGNYLAWYQQKPGQAPRLLIYGAASRATGIPDRFSGSGSGTDFTLTISRLEPEDFAVYYCQQYGSSPYTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,0.941094696521759,0.5705031752586365,12,0.9718969555035128,PDL1,GFTFSRY,KQDGSE,AGGDFGEEAFES,RASQSVSGNYLA,GAASRAT,QQYGSSPYT
+EVQLVESGGGLVQPGGSLRLSCAASGFTFSNYYMSWVRQAPGKGLEWVANIKQDGSEKYYVDSVKGRFTISRDNAKNSLYLQMNSLRAEDTAVYYCARQGGNFGQAGLESWGQGTLVTVSSASTKGPSVFPLAPTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,IVLTQSPGTLSLSPGERATLSCRASQEVSGNFLAWYQQKPGQAPRLLIYDASSRATGIPDRFSGSGSGTDFTLTISRLEPEDFAVYYCQQYGSNPYTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,0.9661409258842468,0.788763701915741,16,0.9625292740046838,PDL1,GFTFSNY,KQDGSE,QGGNFGQAGLES,RASQEVSGNFLA,DASSRAT,QQYGSNPYT
+EVQLVESGGGLVQPGGSLRLSCAASGFTFSDYWMSWVRQAPGKGLEWVANIKQDGSEKYYVDSVKGRFTISRDNAKNSLYLQMNSLRAEDTAVYYCAREGGDFGERGFDSWGQGTLVTVSSASTKGPSVFPLAPTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,IVLTQSPGTLSLSPGERATLSCRASQSISGNYLAWYQQKPGQAPRLLIYGASSRATGIPDRFSGSGSGTDFTLTISRLEPEDFAVYYCQQYGRSPYTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,0.9196507334709167,0.3836343586444855,13,0.9695550351288056,PDL1,GFTFSDY,KQDGSE,EGGDFGERGFDS,RASQSISGNYLA,GASSRAT,QQYGRSPYT
+EVQLVESGGGLVQPGGSLRLSCAASGFTFSSYWMSWVRQAPGKGLEWVANIKQDGSEKYYVDSVKGRFTISRDNAKNSLYLQMNSLRAEDTAVYYCARLGGSFGEESFDYWGQGTLVTVSSASTKGPSVFPLAPTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,IVLTQSPGTLSLSPGERATLSCRASQGIIGNFLAWYQQKPGQAPRLLIYGASSRATGIPDRFSGSGSGTDFTLTISRLEPEDFAVYYCQQYGNSPLTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,0.9388949275016784,0.5513337254524231,15,0.9648711943793912,PDL1,GFTFSSY,KQDGSE,LGGSFGEESFDY,RASQGIIGNFLA,GASSRAT,QQYGNSPLT
+EVQLVESGGGLVQPGGSLRLSCAASGFTFNNYWMSWVRQAPGKGLEWVANIKQDGSEKYYVDSVKGRFTISRDNAKNSLYLQMNSLRAEDTAVYYCAREGGDFGEEGFAYWGQGTLVTVSSASTKGPSVFPLAPTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,IVLTQSPGTLSLSPGERATLSCRASESITGNYLAWYQQKPGQAPRLLIYGASSRATGIPDRFSGSGSGTDFTLTISRLEPEDFAVYYCQQYGSSPLTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,0.935904860496521,0.5252779722213745,15,0.9648711943793912,PDL1,GFTFNNY,KQDGSE,EGGDFGEEGFAY,RASESITGNYLA,GASSRAT,QQYGSSPLT
+EVQLVESGGGLVQPGGSLRLSCAASGFTFSNYWMSWVRQAPGKGLEWVANIKQDGSEKYYVDSVKGRFTISRDNAKNSLYLQMNSLRAEDTAVYYCAREGGDFGDLGFDYWGQGTLVTVSSASTKGPSVFPLAPTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,IVLTQSPGTLSLSPGERATLSCRASERISGNLLAWYQQKPGQAPRLLIYNASSRATGIPDRFSGSGSGTDFTLTISRLEPEDFAVYYCQQYGSSPYTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,0.9427923560142516,0.5852980613708496,12,0.9718969555035128,PDL1,GFTFSNY,KQDGSE,EGGDFGDLGFDY,RASERISGNLLA,NASSRAT,QQYGSSPYT
+EVQLVESGGGLVQPGGSLRLSCAASGFTFSSYGMSWVRQAPGKGLEWVANIKQDGSEKYYVDSVKGRFTISRDNAKNSLYLQMNSLRAEDTAVYYCARNGGYFGEDGFDYWGQGTLVTVSSASTKGPSVFPLAPTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,IVLTQSPGTLSLSPGERATLSCRASEAIKGNYLAWYQQKPGQAPRLLIYGASSRATGIPDRFSGSGSGTDFTLTISRLEPEDFAVYYCQQYGSSPYTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,0.9489656090736388,0.6390925645828247,15,0.9648711943793912,PDL1,GFTFSSY,KQDGSE,NGGYFGEDGFDY,RASEAIKGNYLA,GASSRAT,QQYGSSPYT
+EVQLVESGGGLVQPGGSLRLSCAASGFTFSSYVMSWVRQAPGKGLEWVANIKQDGSEQYYVDSVKGRFTISRDNAKNSLYLQMNSLRAEDTAVYYCARDGGNFGEEGFDSWGQGTLVTVSSASTKGPSVFPLAPTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,IVLTQSPGTLSLSPGERATLSCRASQSVKGNYLAWYQQKPGQAPRLLIYGASSRATGIPDRFSGSGSGTDFTLTISRLEPEDFAVYYCQQYGSFPRTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,0.9443975687026978,0.599284827709198,15,0.9648711943793912,PDL1,GFTFSSY,KQDGSE,DGGNFGEEGFDS,RASQSVKGNYLA,GASSRAT,QQYGSFPRT
+EVQLVESGGGLVQPGGSLRLSCAASGFTFSNYEMSWVRQAPGKGLEWVANIKQDGSEKYYVDSVKGRFTISRDNAKNSLYLQMNSLRAEDTAVYYCAREGGSFGEEAFDYWGQGTLVTVSSASTKGPSVFPLAPTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,IVLTQSPGTLSLSPGERATLSCRASQSISGNYLAWYQQKPGQAPRLLIYGASSRATGIPDRFSGSGSGTDFTLTISRLEPEDFAVYYCQQHGESPYTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,0.9322124719619752,0.4931013286113739,13,0.9695550351288056,PDL1,GFTFSNY,KQDGSE,EGGSFGEEAFDY,RASQSISGNYLA,GASSRAT,QQHGESPYT
+EVQLVESGGGLVQPGGSLRLSCAASGFTFSNYWMSWVRQAPGKGLEWVANIKQDGSEKYYVDSVKGRFTISRDNAKNSLYLQMNSLRAEDTAVYYCARDGGDFGEYSFEYWGQGTLVTVSSASTKGPSVFPLAPTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,IVLTQSPGTLSLSPGERATLSCRASKTVIGNFLAWYQQKPGQAPRLLIYGASSRATGIPDRFSGSGSGTDFTLTISRLEPEDFAVYYCQQYGSSPLTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,0.945350170135498,0.6075868010520935,15,0.9648711943793912,PDL1,GFTFSNY,KQDGSE,DGGDFGEYSFEY,RASKTVIGNFLA,GASSRAT,QQYGSSPLT
+EVQLVESGGGLVQPGGSLRLSCAASGFTFSDYEMSWVRQAPGKGLEWVANIKQDGSEQYYVDSVKGRFTISRDNAKNSLYLQMNSLRAEDTAVYYCARHGGDFGELGFDSWGQGTLVTVSSASTKGPSVFPLAPTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,IVLTQSPGTLSLSPGERATLSCRASQSIRGNYLAWYQQKPGQAPRLLIYDASSRATGIPDRFSGSGSGTDFTLTISRLEPEDFAVYYCQQYGSSPFTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,0.941209614276886,0.571505606174469,14,0.9672131147540984,PDL1,GFTFSDY,KQDGSE,HGGDFGELGFDS,RASQSIRGNYLA,DASSRAT,QQYGSSPFT
+EVQLVESGGGLVQPGGSLRLSCAASGFTFSDYWMSWVRQAPGKGLEWVANIKQDGSEKYYVDSVKGRFTISRDNAKNSLYLQMNSLRAEDTAVYYCAREGGSYGELGLEYWGQGTLVTVSSASTKGPSVFPLAPTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,IVLTQSPGTLSLSPGERATLSCRASQSVSGNYLAWYQQKPGQAPRLLIYAASSRATGIPDRFSGSGSGTDFTLTISRLEPEDFAVYYCQQHGGSPRTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,0.9381495714187622,0.5448392629623413,14,0.9672131147540984,PDL1,GFTFSDY,KQDGSE,EGGSYGELGLEY,RASQSVSGNYLA,AASSRAT,QQHGGSPRT
+EVQLVESGGGLVQPGGSLRLSCAASGFTFSDYWMSWVRQAPGKGLEWVANIKQDGSEKYYVDSVKGRFTISRDNAKNSLYLQMNSLRAEDTAVYYCAREGGDFGERGFEYWGQGTLVTVSSASTKGPSVFPLAPTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,IVLTQSPGTLSLSPGERATLSCRASQSISGNYLAWYQQKPGQAPRLLIYGASSRATGIPDRFSGSGSGTDFTLTISRLEPEDFAVYYCQQYGSSPYTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,0.914540708065033,0.339104562997818,12,0.9718969555035128,PDL1,GFTFSDY,KQDGSE,EGGDFGERGFEY,RASQSISGNYLA,GASSRAT,QQYGSSPYT
+EVQLVESGGGLVQPGGSLRLSCAASGFTFSSYNMSWVRQAPGKGLEWVANIKQDGSEKYYVDSVKGRFTISRDNAKNSLYLQMNSLRAEDTAVYYCARDGGYFGEKGLDSWGQGTLVTVSSASTKGPSVFPLAPTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,IVLTQSPGTLSLSPGERATLSCRASQSIGSNYLAWYQQKPGQAPRLLIYNASSRATGIPDRFSGSGSGTDFTLTISRLEPEDFAVYYCQQYGSSPRTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,0.9487968683242798,0.6376227736473083,15,0.9648711943793912,PDL1,GFTFSSY,KQDGSE,DGGYFGEKGLDS,RASQSIGSNYLA,NASSRAT,QQYGSSPRT
+EVQLVESGGGLVQPGGSLRLSCAASGFTFSNYWMSWVRQAPGKGLEWVANIKQDGSEQYYVDSVKGRFTISRDNAKNSLYLQMNSLRAEDTAVYYCAREGGPFGGKGFDSWGQGTLVTVSSASTKGPSVFPLAPTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,IVLTQSPGTLSLSPGERATLSCRASQAVPGNYLAWYQQKPGQAPRLLIYHASSRATGIPDRFSGSGSGTDFTLTISRLEPEDFAVYYCQQYGSSPLTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,0.961734414100647,0.7503636479377747,14,0.9672131147540984,PDL1,GFTFSNY,KQDGSE,EGGPFGGKGFDS,RASQAVPGNYLA,HASSRAT,QQYGSSPLT
+EVQLVESGGGLVQPGGSLRLSCAASGFTFSDYVMSWVRQAPGKGLEWVANIKQDGSEKYYVDSVKGRFTISRDNAKNSLYLQMNSLRAEDTAVYYCAREGGSFGQEGYDYWGQGTLVTVSSASTKGPSVFPLAPTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPK,IVLTQSPGTLSLSPGERATLSCRASQSIDGNLLAWYQQKPGQAPRLLIYGASSRATGIPDRFSGSGSGTDFTLTISRLEPEDFAVYYCQQYGNSPRTFGQGTKVEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,0.9391339421272278,0.5534167885780334,17,0.9601873536299764,PDL1,GFTFSDY,KQDGSE,EGGSFGQEGYDY,RASQSIDGNLLA,GASSRAT,QQYGNSPRT
+EVQLQQSGPELVKPGASVKMSCKASGYTFTNYYMHWVKQSHGKSLEWIGYINPGDGGSGYNQKFKGKATLTVDKSSSTVYMELRSLTSEDSALYYCARGSFYYGGYFDYWGQGTTLTVSSASTKGPSVFPLAPSSKSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,DIVMTQSHKFMSTLVGDRVSITCKASQDVGTAVAWYQQKPGQSPKLLIYSASYRYTGVPDRFTGSGSGTDFTFTISSVQAEDLAVYYCQQHYSTPLTFGGGTKLEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,1.2310150861740112,0.3291322290897369,14,0.9678899082568808,IL-7RALPHA,GYTFTNY,NPGDGG,GSFYYGGYFDY,KASQDVGTAVA,SASYRYT,QQHYSTPLT
+EVQLQQSGPELVKPGASVKMSCKASGYTFTSYYMHWVKQSHGKSLEWIGYINPNNGGSGYNQKFKGKATLTVDKSSSTVYMELRSLTSEDSALYYCARGYYYSYGYFDYWGQGTTLTVSSASTKGPSVFPLAPSSKSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,DIVMTQSHKFMSTLVGDRVSITCKASQNVGTAVAWYQQKPGQSPKLLIYSASYRYTGVPDRFTGSGSGTDFTFTISSVQAEDLAVYYCQQHYSTPLTFGGGTKLEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,1.2292543649673462,0.3127979636192322,14,0.9678899082568808,IL-7RALPHA,GYTFTSY,NPNNGG,GYYYSYGYFDY,KASQNVGTAVA,SASYRYT,QQHYSTPLT
+EVQLQQSGPELVKPGASVKMSCKASGYTFTDYYMHWVKQSHGKSLEWIGYINPGNGGSGYNQKFKGKATLTVDKSSSTVYMELRSLTSEDSALYYCARGTYLDGGYMDYWGQGTTLTVSSASTKGPSVFPLAPSSKSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,DIVMTQSHKFMSTLVGDRVSITCKASQNVGTAVAWYQQKPGQSPKLLIYSASYRYTGVPDRFTGSGSGTDFTFTISSVQAEDLAVYYCQQHYSTPRTFGGGTKLEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,1.2400001287460327,0.4124831855297088,11,0.9747706422018348,IL-7RALPHA,GYTFTDY,NPGNGG,GTYLDGGYMDY,KASQNVGTAVA,SASYRYT,QQHYSTPRT
+EVQLQQSGPELVKPGASVKMSCKASGYTFTSYYMHWVKQSHGKSLEWIGYINPRDGGSGYNQKFKGKATLTVDKSSSTVYMELRSLTSEDSALYYCARGYHYYGSYMDYWGQGTTLTVSSASTKGPSVFPLAPSSKSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,DIVMTQSHKFMSTLVGDRVSITCKASQDVGTAVAWYQQKPGQSPKLLIYSASYRYTGVPDRFTGSGSGTDFTFTISSVQAEDLAVYYCQQHYSTPLTFGGGTKLEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,1.243926763534546,0.4489079415798187,14,0.9678899082568808,IL-7RALPHA,GYTFTSY,NPRDGG,GYHYYGSYMDY,KASQDVGTAVA,SASYRYT,QQHYSTPLT
+EVQLQQSGPELVKPGASVKMSCKASGYTFSDYFMHWVKQSHGKSLEWIGYINPNDGGSGYNQKFKGKATLTVDKSSSTVYMELRSLTSEDSALYYCARGNYYDGGYFDYWGQGTTLTVSSASTKGPSVFPLAPSSKSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,DIVMTQSHKFMSTLVGDRVSITCKASQDVGTAVAWYQQKPGQSPKLLIYSASYRYTGVPDRFTGSGSGTDFTFTISSVQAEDLAVYYCQQHYSIPLTFGGGTKLEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,1.2410153150558472,0.4218997061252594,10,0.9770642201834864,IL-7RALPHA,GYTFSDY,NPNDGG,GNYYDGGYFDY,KASQDVGTAVA,SASYRYT,QQHYSIPLT
+EVQLQQSGPELVKPGASVKMSCKASGYTFTNYYMHWVKQSHGKSLEWIGYINPRSGGSGYNQKFKGKATLTVDKSSSTVYMELRSLTSEDSALYYCARGKYLYYGYLDYWGQGTTLTVSSASTKGPSVFPLAPSSKSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,DIVMTQSHKFMSTLVGDRVSITCKASQTVSTAVAWYQQKPGQSPKLLIYSASYRYTGVPDRFTGSGSGTDFTFTISSVQAEDLAVYYCQHHYSRPYTFGGGTKLEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,1.2785171270370483,0.76978999376297,17,0.9610091743119266,IL-7RALPHA,GYTFTNY,NPRSGG,GKYLYYGYLDY,KASQTVSTAVA,SASYRYT,QHHYSRPYT
+EVQLQQSGPELVKPGASVKMSCKASGYTFTDYYMHWVKQSHGKSLEWIGYINPSSGGNGYNQKFKGKATLTVDKSSSTVYMELRSLTSEDSALYYCARGYRYDGGFMDYWGQGTTLTVSSASTKGPSVFPLAPSSKSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,DIVMTQSHKFMSTLVGDRVSITCKASQNVSTAVAWYQQKPGQSPKLLIYSASYRYTGVPDRFTGSGSGTDFTFTISSVQAEDLAVYYCQQHYSTPITFGGGTKLEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,1.2622705698013306,0.6190768480300903,13,0.970183486238532,IL-7RALPHA,GYTFTDY,NPSSGG,GYRYDGGFMDY,KASQNVSTAVA,SASYRYT,QQHYSTPIT
+EVQLQQSGPELVKPGASVKMSCKASGYTFTDYFMHWVKQSHGKSLEWIGYINPGNGGSGYNQKFKGKATLTVDKSSSTVYMELRSLTSEDSALYYCARGIYYFGGYFDYWGQGTTLTVSSASTKGPSVFPLAPSSKSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,DIVMTQSHKFMSTLVGDRVSITCKASQDVGTAVAWYQQKPGQSPKLLIYSASYRYTGVPDRFTGSGSGTDFTFTISSVQAEDLAVYYCQQHYSTPLTFGGGTKLEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,1.2355306148529053,0.3710203468799591,12,0.9724770642201837,IL-7RALPHA,GYTFTDY,NPGNGG,GIYYFGGYFDY,KASQDVGTAVA,SASYRYT,QQHYSTPLT
+EVQLQQSGPELVKPGASVKMSCKASGYTFTDYYMHWVKQSHGKSLEWIGYINPNNGGSGYNQKFKGKATLTVDKSSSTVYMELRSLTSEDSALYYCARGVYYAGGYFDYWGQGTTLTVSSASTKGPSVFPLAPSSKSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,DIVMTQSHKFMSTLVGDRVSITCKASQDVGTAVAWYQQKPGQSPKLLIYSASYRYTGVPDRFTGSGSGTDFTFTISSVQAEDLAVYYCQHHYSTPLTFGGGTKLEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,1.2336841821670532,0.3538917899131775,12,0.9724770642201837,IL-7RALPHA,GYTFTDY,NPNNGG,GVYYAGGYFDY,KASQDVGTAVA,SASYRYT,QHHYSTPLT
+EVQLQQSGPELVKPGASVKMSCKASGYTFTDYYMHWVKQSHGKSLEWIGYIDPNNGGSGYNQKFKGKATLTVDKSSSTVYMELRSLTSEDSALYYCARGYYQYGSYFDYWGQGTTLTVSSASTKGPSVFPLAPSSKSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,DIVMTQSHKFMSTLVGDRVSITCKASQNVSTAVAWYQQKPGQSPKLLIYSASYRYTGVPDRFTGSGSGTDFTFTISSVQAEDLAVYYCQQHYSTPLTFGGGTKLEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,1.2471492290496826,0.4788025915622711,11,0.9747706422018348,IL-7RALPHA,GYTFTDY,DPNNGG,GYYQYGSYFDY,KASQNVSTAVA,SASYRYT,QQHYSTPLT
+EVQLQQSGPELVKPGASVKMSCKASGYSFTTYYMHWVKQSHGKSLEWIGYINPNSGGSGYNQKFKGKATLTVDKSSSTVYMELRSLTSEDSALYYCARGVHYSGGYFDYWGQGTTLTVSSASTKGPSVFPLAPSSKSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,DIVMTQSHKFMSTLVGDRVSITCKASQNVGTAVAWYQQKPGQSPKLLIYSASYRYTGVPDRFTGSGSGTDFTFTISSVQAEDLAVYYCQQHYATPRTFGGGTKLEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,1.2526477575302124,0.5298093557357788,16,0.963302752293578,IL-7RALPHA,GYSFTTY,NPNSGG,GVHYSGGYFDY,KASQNVGTAVA,SASYRYT,QQHYATPRT
+EVQLQQSGPELVKPGASVKMSCKASGYTFTDYYMHWVKQSHGKSLEWIGYIDPGNGGNGYNQKFKGKATLTVDKSSSTVYMELRSLTSEDSALYYCARGSYYTGGYFDYWGQGTTLTVSSASTKGPSVFPLAPSSKSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,DIVMTQSHKFMSTLVGDRVSITCKASQDVGTAVAWYQQKPGQSPKLLIYSASYRYTGVPDRFTGSGSGTDFTFTISSVQAEDLAVYYCQQHYSIPLTFGGGTKLEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,1.2385834455490112,0.3993417918682098,9,0.9793577981651376,IL-7RALPHA,GYTFTDY,DPGNGG,GSYYTGGYFDY,KASQDVGTAVA,SASYRYT,QQHYSIPLT
+EVQLQQSGPELVKPGASVKMSCKASGYTFTNYYMHWVKQSHGKSLEWIGYINPGNGGSGYNQKFKGKATLTVDKSSSTVYMELRSLTSEDSALYYCARGIYYTYGWFDFWGQGTTLTVSSASTKGPSVFPLAPSSKSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,DIVMTQSHKFMSTLVGDRVSITCKASQDVGTAVAWYQQKPGQSPKLLIYSASYRYTGVPDRFTGSGSGTDFTFTISSVQAEDLAVYYCQQHYATPLTFGGGTKLEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,1.25130295753479,0.5173349380493164,16,0.963302752293578,IL-7RALPHA,GYTFTNY,NPGNGG,GIYYTYGWFDF,KASQDVGTAVA,SASYRYT,QQHYATPLT
+EVQLQQSGPELVKPGASVKMSCKASGYTFSSYYMHWVKQSHGKSLEWIGYINPNDGGSGYNQKFKGKATLTVDKSSSTVYMELRSLTSEDSALYYCARGYLYTGGYFDYWGQGTTLTVSSASTKGPSVFPLAPSSKSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,DIVMTQSHKFMSTLVGDRVSITCKASQSVGTAVAWYQQKPGQSPKLLIYGASYRYTGVPDRFTGSGSGTDFTFTISSVQAEDLAVYYCQQHYSTPLTFGGGTKLEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,1.2528048753738403,0.5312668681144714,15,0.9655963302752294,IL-7RALPHA,GYTFSSY,NPNDGG,GYLYTGGYFDY,KASQSVGTAVA,GASYRYT,QQHYSTPLT
+EVQLQQSGPELVKPGASVKMSCKASGYSFSNFYMHWVKQSHGKSLEWIGYINPGNGGSGYNQKFKGKATLTVDKSSSTVYMELRSLTSEDSALYYCARGIFYTGGFMDYWGQGTTLTVSSASTKGPSVFPLAPSSKSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,DIVMTQSHKFMSTLVGDRVSITCKASQNVGTAVAWYQQKPGQSPKLLIYSASYRYTGVPDRFTGSGSGTDFTFTISSVQAEDLAVYYCQQHYSLPLTFGGGTKLEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,1.25628399848938,0.5635399222373962,17,0.9610091743119266,IL-7RALPHA,GYSFSNF,NPGNGG,GIFYTGGFMDY,KASQNVGTAVA,SASYRYT,QQHYSLPLT
+EVQLQQSGPELVKPGASVKMSCKASGYTFTNYYMHWVKQSHGKSLEWIGYIFPNDGGSGYNQKFKGKATLTVDKSSSTVYMELRSLTSEDSALYYCARGYYYGGGYFDYWGQGTTLTVSSASTKGPSVFPLAPSSKSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,DIVMTQSHKFMSTLVGDRVSITCKASQDVSTAVAWYQQKPGQSPKLLIYSASYRYTGVPDRFTGSGSGTDFTFTISSVQAEDLAVYYCQQHYSTPITFGGGTKLEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,1.249232530593872,0.4981283247470855,12,0.9724770642201837,IL-7RALPHA,GYTFTNY,FPNDGG,GYYYGGGYFDY,KASQDVSTAVA,SASYRYT,QQHYSTPIT
+EVQLQQSGPELVKPGASVKMSCKASGYTFTSYYMHWVKQSHGKSLEWIGYINPKSGGSGYNQKFKGKATLTVDKSSSTVYMELRSLTSEDSALYYCARGFFYSGGYFDYWGQGTTLTVSSASTKGPSVFPLAPSSKSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,DIVMTQSHKFMSTLVGDRVSITCKASQDVGTAVAWYQQKPGQSPKLLIYSASYRYTGVPDRFTGSGSGTDFTFTISSVQAEDLAVYYCQQHYSLPLTFGGGTKLEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,1.2400033473968506,0.4125131368637085,14,0.9678899082568808,IL-7RALPHA,GYTFTSY,NPKSGG,GFFYSGGYFDY,KASQDVGTAVA,SASYRYT,QQHYSLPLT
+EVQLQQSGPELVKPGASVKMSCKASGYTFTNYYMHWVKQSHGKSLEWIGYINPNNGGYGYNQKFKGKATLTVDKSSSTVYMELRSLTSEDSALYYCARGSYYYYGYFDYWGQGTTLTVSSASTKGPSVFPLAPSSKSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,DIVMTQSHKFMSTLVGDRVSITCKASDDVGTAVAWYQQKPGQSPKLLIYSASYRYTGVPDRFTGSGSGTDFTFTISSVQAEDLAVYYCQQHYSLPLTFGGGTKLEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,1.2517244815826416,0.521244466304779,14,0.9678899082568808,IL-7RALPHA,GYTFTNY,NPNNGG,GSYYYYGYFDY,KASDDVGTAVA,SASYRYT,QQHYSLPLT
+EVQLQQSGPELVKPGASVKMSCKASGYTFTNYYMHWVKQSHGKSLEWIGYINPNNGGSGYNQKFKGKATLTVDKSSSTVYMELRSLTSEDSALYYCARGEYYSGSYFDYWGQGTTLTVSSASTKGPSVFPLAPSSKSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,DIVMTQSHKFMSTLVGDRVSITCKASQDVGTAVAWYQQKPGQSPKLLIYSASYRYTGVPDRFTGSGSGTDFTFTISSVQAEDLAVYYCQQHYSTPLTFGGGTKLEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,1.2327557802200315,0.3452794849872589,11,0.9747706422018348,IL-7RALPHA,GYTFTNY,NPNNGG,GEYYSGSYFDY,KASQDVGTAVA,SASYRYT,QQHYSTPLT
+EVQLQQSGPELVKPGASVKMSCKASGYTFSDYFMHWVKQSHGKSLEWIGYINPRNGGSGYNQKFKGKATLTVDKSSSTVYMELRSLTSEDSALYYCARGTLYGGGYFDYWGQGTTLTVSSASTKGPSVFPLAPSSKSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,DIVMTQSHKFMSTLVGDRVSITCKASQDVGTAVAWYQQKPGQSPKLLIYSASYRYTGVPDRFTGSGSGTDFTFTISSVQAEDLAVYYCQQHYSTPLTFGGGTKLEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,1.2448551654815674,0.4575199782848358,11,0.9747706422018348,IL-7RALPHA,GYTFSDY,NPRNGG,GTLYGGGYFDY,KASQDVGTAVA,SASYRYT,QQHYSTPLT
+EVQLQQSGPELVKPGASVKMSCKASGYTFTSYYMHWVKQSHGKSLEWIGYINPGNGGSGYNQKFKGKATLTVDKSSSTVYMELRSLTSEDSALYYCARGNYYGGGYFDYWGQGTTLTVSSASTKGPSVFPLAPSSKSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,DIVMTQSHKFMSTLVGDRVSITCKASQDVGTAVAWYQQKPGQSPKLLIYSASYRYTGVPDRFTGSGSGTDFTFTISSVQAEDLAVYYCQQHYSTPLTFGGGTKLEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,1.2293931245803833,0.314085841178894,12,0.9724770642201837,IL-7RALPHA,GYTFTSY,NPGNGG,GNYYGGGYFDY,KASQDVGTAVA,SASYRYT,QQHYSTPLT
+EVQLQQSGPELVKPGASVKMSCKASGYTFTDYYMHWVKQSHGKSLEWIGYINPNDGGNGYNQKFKGKATLTVDKSSSTVYMELRSLTSEDSALYYCARGVTYYGSYFDYWGQGTTLTVSSASTKGPSVFPLAPSSKSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,DIVMTQSHKFMSTLVGDRVSITCKASQDVSTAVAWYQQKPGQSPKLLIYSASYRYTGVPDRFTGSGSGTDFTFTISSVQAEDLAVYYCQQHYSTPLTFGGGTKLEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,1.244161605834961,0.4510868191719055,10,0.9770642201834864,IL-7RALPHA,GYTFTDY,NPNDGG,GVTYYGSYFDY,KASQDVSTAVA,SASYRYT,QQHYSTPLT
+EVQLQQSGPELVKPGASVKMSCKASGYTFTNYYMHWVKQSHGKSLEWIGYINPNDGGSGYNQKFKGKATLTVDKSSSTVYMELRSLTSEDSALYYCARGGYHNGGFFDFWGQGTTLTVSSASTKGPSVFPLAPSSKSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,DIVMTQSHKFMSTLVGDRVSITCKASQDVGTAVAWYQQKPGQSPKLLIYSASYRYTGVPDRFTGSGSGTDFTFTISSVQAEDLAVYYCQQHYSTPLTFGGGTKLEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,1.253014087677002,0.5332080125808716,16,0.963302752293578,IL-7RALPHA,GYTFTNY,NPNDGG,GGYHNGGFFDF,KASQDVGTAVA,SASYRYT,QQHYSTPLT
+EVQLQQSGPELVKPGASVKMSCKASGYTFTNYYMHWVKQSHGKSLEWIGYIDPGNGGSGYNQKFKGKATLTVDKSSSTVYMELRSLTSEDSALYYCARGSYYGGSYMDYWGQGTTLTVSSASTKGPSVFPLAPSSKSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,DIVMTQSHKFMSTLVGDRVSITCKASQNVGTAVAWYQQKPGQSPKLLIYSASYRYTGVPDRFTGSGSGTDFTFTISSVQAEDLAVYYCQQHYSTPRTFGGGTKLEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,1.2444888353347778,0.4541209936141968,12,0.9724770642201837,IL-7RALPHA,GYTFTNY,DPGNGG,GSYYGGSYMDY,KASQNVGTAVA,SASYRYT,QQHYSTPRT
+EVQLQQSGPELVKPGASVKMSCKASGYTFTNYYMHWVKQSHGKSLEWIGYINPNNGGSGYNQKFKGKATLTVDKSSSTVYMELRSLTSEDSALYYCARGAYYGGGFFDYWGQGTTLTVSSASTKGPSVFPLAPSSKSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,DIVMTQSHKFMSTLVGDRVSITCKASQNVGTAVAWYQQKPGQSPKLLIYSASYRYTGVPDRFTGSGSGTDFTFTISSVQAEDLAVYYCQQHYSLPRTFGGGTKLEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,1.2381552457809448,0.3953673541545868,13,0.970183486238532,IL-7RALPHA,GYTFTNY,NPNNGG,GAYYGGGFFDY,KASQNVGTAVA,SASYRYT,QQHYSLPRT
+EVQLQQSGPELVKPGASVKMSCKASGYTFISYYMHWVKQSHGKSLEWIGYINPNDGGSGYNQKFKGKATLTVDKSSSTVYMELRSLTSEDSALYYCARGTYYGGGYFDYWGQGTTLTVSSASTKGPSVFPLAPSSKSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,DIVMTQSHKFMSTLVGDRVSITCKASQNIGTAVAWYQQKPGQSPKLLIYSASYRYTGVPDRFTGSGSGTDFTFTISSVQAEDLAVYYCQQHYSLPLTFGGGTKLEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,1.2475392818450928,0.4824201166629791,14,0.9678899082568808,IL-7RALPHA,GYTFISY,NPNDGG,GTYYGGGYFDY,KASQNIGTAVA,SASYRYT,QQHYSLPLT
+EVQLQQSGPELVKPGASVKMSCKASGYTFTSYYMHWVKQSHGKSLEWIGYINPGNGGSGYNQKFKGKATLTVDKSSSTVYMELRSLTSEDSALYYCARGTFYTYAYFDYWGQGTTLTVSSASTKGPSVFPLAPSSKSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,DIVMTQSHKFMSTLVGDRVSITCKASQDVGTAVAWYQQKPGQSPKLLIYSASYRYTGVPDRFTGSGSGTDFTFTISSVQAEDLAVYYCQQHHSTPLTFGGGTKLEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,1.2503178119659424,0.5081951022148132,14,0.9678899082568808,IL-7RALPHA,GYTFTSY,NPGNGG,GTFYTYAYFDY,KASQDVGTAVA,SASYRYT,QQHHSTPLT
+EVQLQQSGPELVKPGASVKMSCKASGYTFTSYYMHWVKQSHGKSLEWIGYINPTYGGSGYNQKFKGKATLTVDKSSSTVYMELRSLTSEDSALYYCVRGHYLSGGYMDYWGQGTTLTVSSASTKGPSVFPLAPSSKSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,DIVMTQSHKFMSTLVGDRVSITCKASQNVGTAVAWYQQKPGQSPKLLIYSASYRYTGVPDRFTGSGSGTDFTFTISSVQAEDLAVYYCQQHYSTPLTFGGGTKLEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,1.260189652442932,0.5997720956802368,17,0.9610091743119266,IL-7RALPHA,GYTFTSY,NPTYGG,GHYLSGGYMDY,KASQNVGTAVA,SASYRYT,QQHYSTPLT
+EVQLQQSGPELVKPGASVKMSCKASGYTFSNYYMHWVKQSHGKSLEWIGYINPNNGGSGYNQKFKGKATLTVDKSSSTVYMELRSLTSEDSALYYCARGAYYYGGYFDYWGQGTTLTVSSASTKGPSVFPLAPSSKSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,DIVMTQSHKFMSTLVGDRVSITCKASQNVGTAVAWYQQKPGQSPKLLIYSASYRYTGVPDRFTGSGSGTDFTFTISSVQAEDLAVYYCQQHYSRPLTFGGGTKLEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,1.2355589866638184,0.3712846040725708,12,0.9724770642201837,IL-7RALPHA,GYTFSNY,NPNNGG,GAYYYGGYFDY,KASQNVGTAVA,SASYRYT,QQHYSRPLT
+EVQLQQSGPELVKPGASVKMSCKASGYTFTDYFMHWVKQSHGKSLEWIGYINPNNGGSGYNQKFKGKATLTVDKSSSTVYMELRSLTSEDSALYYCARGVYYSGGYFDYWGQGTTLTVSSASTKGPSVFPLAPSSKSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,DIVMTQSHKFMSTLVGDRVSITCKASQDVGTAVAWYQQKPGQSPKLLIYSASYRYTGVPDRFTGSGSGTDFTFTISSVQAEDLAVYYCQQHYSTPLTFGGGTKLEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,1.2293694019317627,0.3138653039932251,12,0.9724770642201837,IL-7RALPHA,GYTFTDY,NPNNGG,GVYYSGGYFDY,KASQDVGTAVA,SASYRYT,QQHYSTPLT
+EVQLQQSGPELVKPGASVKMSCKASGYTFTSYYMHWVKQSHGKSLEWIGYINPNNGGSGYNQKFKGKATLTVDKSSSTVYMELRSLTSEDSALYYCARGVYYTWGYFDSWGQGTTLTVSSASTKGPSVFPLAPSSKSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,DIVMTQSHKFMSTLVGDRVSITCKASQNVGTAVAWYQQKPGQSPKLLIYSASYRYTGVPDRFTGSGSGTDFTFTISSVQAEDLAVYYCQQHYGTPLTFGGGTKLEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,1.2517569065093994,0.52154541015625,16,0.963302752293578,IL-7RALPHA,GYTFTSY,NPNNGG,GVYYTWGYFDS,KASQNVGTAVA,SASYRYT,QQHYGTPLT
+EVQLQQSGPELVKPGASVKMSCKASGYSFTTYYMHWVKQSHGKSLEWIGYINPGSGGNGYNQKFKGKATLTVDKSSSTVYMELRSLTSEDSALYYCARGSYYSGGYMDYWGQGTTLTVSSASTKGPSVFPLAPSSKSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,DIVMTQSHKFMSTLVGDRVSITCKASQNVGTAVAWYQQKPGQSPKLLIYSASYRYTGVPDRFTGSGSGTDFTFTISSVQAEDLAVYYCQQHYSIPLTFGGGTKLEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,1.2464637756347656,0.4724432229995727,14,0.9678899082568808,IL-7RALPHA,GYSFTTY,NPGSGG,GSYYSGGYMDY,KASQNVGTAVA,SASYRYT,QQHYSIPLT
+EVQLQQSGPELVKPGASVKMSCKASGYTFTNYYMHWVKQSHGKSLEWIGYINPNNGGSGYNQKFKGKATLTVDKSSSTVYMELRSLTSEDSALYYCARGYFYTGGYFDYWGQGTTLTVSSASTKGPSVFPLAPSSKSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,DIVMTQSHKFMSTLVGDRVSITCKASQDVGTAVAWYQQKPGQSPKLLIYSASYRYTGVPDRFTGSGSGTDFTFTISSVQAEDLAVYYCQQHYSSPLTFGGGTKLEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,1.2352083921432495,0.3680316507816314,13,0.970183486238532,IL-7RALPHA,GYTFTNY,NPNNGG,GYFYTGGYFDY,KASQDVGTAVA,SASYRYT,QQHYSSPLT
+EVQLQQSGPELVKPGASVKMSCKASGYTFTDYYMHWVKQSHGKSLEWIGYINPNNGGNGYNQKFKGKATLTVDKSSSTVYMELRSLTSEDSALYYCARGYYYHGGYYDYWGQGTTLTVSSASTKGPSVFPLAPSSKSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,DIVMTQSHKFMSTLVGDRVSITCKASQNVSTAVAWYQQKPGQSPKLLIYSASYRYTGVPDRFTGSGSGTDFTFTISSVQAEDLAVYYCQQHYSTPLTFGGGTKLEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,1.24028742313385,0.4151476919651031,11,0.9747706422018348,IL-7RALPHA,GYTFTDY,NPNNGG,GYYYHGGYYDY,KASQNVSTAVA,SASYRYT,QQHYSTPLT
+EVQLQQSGPELVKPGASVKMSCKASGYTFSDYYMHWVKQSHGKSLEWIGYINPGSGGSGYNQKFKGKATLTVDKSSSTVYMELRSLTSEDSALYYCARGTGYNGGFFDYWGQGTTLTVSSASTKGPSVFPLAPSSKSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,DIVMTQSHKFMSTLVGDRVSITCKASQDVGTAVAWYQQKPGQSPKLLIYSASYRYTGVPDRFTGSGSGTDFTFTISSVQAEDLAVYYCQHHYSLPLTFGGGTKLEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,1.2556397914886477,0.557565450668335,13,0.970183486238532,IL-7RALPHA,GYTFSDY,NPGSGG,GTGYNGGFFDY,KASQDVGTAVA,SASYRYT,QHHYSLPLT
+EVQLQQSGPELVKPGASVKMSCKASGYTFTNYYMHWVKQSHGKSLEWIGYINPSNGGSGYNQKFKGKATLTVDKSSSTVYMELRSLTSEDSALYYCARGVWLYGGYFDFWGQGTTLTVSSASTKGPSVFPLAPSSKSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,DIVMTQSHKFMSTLVGDRVSITCKASQNVGTAVAWYQQKPGQSPKLLIYSASYRYTGVPDRFTGSGSGTDFTFTISSVQAEDLAVYYCQQHYSLPLTFGGGTKLEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,1.2497142553329468,0.5025978684425354,16,0.963302752293578,IL-7RALPHA,GYTFTNY,NPSNGG,GVWLYGGYFDF,KASQNVGTAVA,SASYRYT,QQHYSLPLT
+EVQLQQSGPELVKPGASVKMSCKASGYTFTDYYMHWVKQSHGKSLEWIGYINPGDGGSGYNQKFKGKATLTVDKSSSTVYMELRSLTSEDSALYYCARGFYYYGNYFDYWGQGTTLTVSSASTKGPSVFPLAPSSKSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,DIVMTQSHKFMSTLVGDRVSITCKASQDVGTAVAWYQQKPGQSPKLLIYSASYRYTGVPDRFTGSGSGTDFTFTISSVQAEDLAVYYCQQHYSIPLTFGGGTKLEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,1.238661289215088,0.4000633358955383,11,0.9747706422018348,IL-7RALPHA,GYTFTDY,NPGDGG,GFYYYGNYFDY,KASQDVGTAVA,SASYRYT,QQHYSIPLT
+EVQLQQSGPELVKPGASVKMSCKASGFSFTTYYMHWVKQSHGKSLEWIGYIYPNDGGNGYNQKFKGKATLTVDKSSSTVYMELRSLTSEDSALYYCARGYRYYGSYFDYWGQGTTLTVSSASTKGPSVFPLAPSSKSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,DIVMTQSHKFMSTLVGDRVSITCKASQDVGTAVAWYQQKPGQSPKLLIYSASYRYTGVPDRFTGSGSGTDFTFTISSVQAEDLAVYYCQQHYGLPLTFGGGTKLEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,1.2715717554092407,0.7053595781326294,14,0.9678899082568808,IL-7RALPHA,GFSFTTY,YPNDGG,GYRYYGSYFDY,KASQDVGTAVA,SASYRYT,QQHYGLPLT
+EVQLQQSGPELVKPGASVKMSCKASGYTFTDYFMHWVKQSHGKSLEWIGYIYPSDGGSGYNQKFKGKATLTVDKSSSTVYMELRSLTSEDSALYYCARGYYYSYGYMDYWGQGTTLTVSSASTKGPSVFPLAPSSKSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,DIVMTQSHKFMSTLVGDRVSITCKASQDVGTAVAWYQQKPGQSPKLLIYSASYRYTGVPDRFTGSGSGTDFTFTISSVQAEDLAVYYCQQHYSLPLTFGGGTKLEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,1.2506260871887207,0.5110544562339783,14,0.9678899082568808,IL-7RALPHA,GYTFTDY,YPSDGG,GYYYSYGYMDY,KASQDVGTAVA,SASYRYT,QQHYSLPLT
+EVQLQQSGPELVKPGASVKMSCKASGYTFTTYYMHWVKQSHGKSLEWIGYINPNNGGTGYNQKFKGKATLTVDKSSSTVYMELRSLTSEDSALYYCARGHYYTGGYFDYWGQGTTLTVSSASTKGPSVFPLAPSSKSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,DIVMTQSHKFMSTLVGDRVSITCKASQDVGTAVAWYQQKPGQSPKLLIYSASYRYTGVPDRFTGSGSGTDFTFTISSVQAEDLAVYYCQQHYSTPVTFGGGTKLEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,1.2487887144088743,0.4940091073513031,12,0.9724770642201837,IL-7RALPHA,GYTFTTY,NPNNGG,GHYYTGGYFDY,KASQDVGTAVA,SASYRYT,QQHYSTPVT
+EVQLQQSGPELVKPGASVKMSCKASGYTFTTYFMHWVKQSHGKSLEWIGYINPGSGGSGYNQKFKGKATLTVDKSSSTVYMELRSLTSEDSALYYCARGAWYYMGFMDYWGQGTTLTVSSASTKGPSVFPLAPSSKSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,DIVMTQSHKFMSTLVGDRVSITCKASQNVGTAVAWYQQKPGQSPKLLIYSASYRYTGVPDRFTGSGSGTDFTFTISSVQAEDLAVYYCQQHYHTPYTFGGGTKLEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,1.2784712314605713,0.7693631649017334,20,0.9541284403669724,IL-7RALPHA,GYTFTTY,NPGSGG,GAWYYMGFMDY,KASQNVGTAVA,SASYRYT,QQHYHTPYT
+EVQLQQSGPELVKPGASVKMSCKASGYTFTEYYMHWVKQSHGKSLEWIGYINPGNGGSGYNQKFKGKATLTVDKSSSTVYMELRSLTSEDSALYYCARGYYYSGGYYDYWGQGTTLTVSSASTKGPSVFPLAPSSKSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,DIVMTQSHKFMSTLVGDRVSITCKASQDVGTAVAWYQQKPGQSPKLLIYSASYRYTGVPDRFTGSGSGTDFTFTISSVQAEDLAVYYCQQHYSTPLTFGGGTKLEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,1.236038088798523,0.375728577375412,13,0.970183486238532,IL-7RALPHA,GYTFTEY,NPGNGG,GYYYSGGYYDY,KASQDVGTAVA,SASYRYT,QQHYSTPLT
+EVQLQQSGPELVKPGASVKMSCKASGYTFTNYYMHWVKQSHGKSLEWIGYINPGNGGSGYNQKFKGKATLTVDKSSSTVYMELRSLTSEDSALYYCARGYWYFGGFFDYWGQGTTLTVSSASTKGPSVFPLAPSSKSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,DIVMTQSHKFMSTLVGDRVSITCKASQDVGTAVAWYQQKPGQSPKLLIYSASYRYTGVPDRFTGSGSGTDFTFTISSVQAEDLAVYYCQQHYSTPLTFGGGTKLEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,1.2367223501205444,0.3820761442184448,14,0.9678899082568808,IL-7RALPHA,GYTFTNY,NPGNGG,GYWYFGGFFDY,KASQDVGTAVA,SASYRYT,QQHYSTPLT
+EVQLQQSGPELVKPGASVKMSCKASGYTFTNYFMHWVKQSHGKSLEWIGYINPGNGGSGYNQKFKGKATLTVDKSSSTVYMELRSLTSEDSALYYCARGKYYTGGYFDYWGQGTTLTVSSASTKGPSVFPLAPSSKSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,DIVMTQSHKFMSTLVGDRVSITCKASQDVSTAVAWYQQKPGQSPKLLIYSASYRYTGVPDRFTGSGSGTDFTFTISSVQAEDLAVYYCQQHYSIPLTFGGGTKLEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,1.2412618398666382,0.4241881668567657,11,0.9747706422018348,IL-7RALPHA,GYTFTNY,NPGNGG,GKYYTGGYFDY,KASQDVSTAVA,SASYRYT,QQHYSIPLT
+EVQLQQSGPELVKPGASVKMSCKASGYTFTNYYMHWVKQSHGKSLEWIGYINPSNGGSGYNQKFKGKATLTVDKSSSTVYMELRSLTSEDSALYYCARGYYYTGGYFDYWGQGTTLTVSSASTKGPSVFPLAPSSKSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,DIVMTQSHKFMSTLVGDRVSITCKASQDVGTAVAWYQQKPGQSPKLLIYSASYRYTGVPDRFTGSGSGTDFTFTISSVQAEDLAVYYCQQHYSTPLTFGGGTKLEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,1.2288490533828735,0.3090393245220184,12,0.9724770642201837,IL-7RALPHA,GYTFTNY,NPSNGG,GYYYTGGYFDY,KASQDVGTAVA,SASYRYT,QQHYSTPLT
+EVQLQQSGPELVKPGASVKMSCKASGYTFINYYMHWVKQSHGKSLEWIGYLNPGSGGSGYNQKFKGKATLTVDKSSSTVYMELRSLTSEDSALYYCARGLYFTGGFFDYWGQGTTLTVSSASTKGPSVFPLAPSSKSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,DIVMTQSHKFMSTLVGDRVSITCKASQNVGTAVAWYQQKPGQSPKLLIYSASYRYTGVPDRFTGSGSGTDFTFTISSVQAEDLAVYYCQQHYSTPRTFGGGTKLEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,1.26574444770813,0.651301920413971,16,0.963302752293578,IL-7RALPHA,GYTFINY,NPGSGG,GLYFTGGFFDY,KASQNVGTAVA,SASYRYT,QQHYSTPRT
+EVQLQQSGPELVKPGASVKMSCKASGYTFTDYYMHWVKQSHGKSLEWIGYINPGNGGNGYNQKFKGKATLTVDKSSSTVYMELRSLTSEDSALYYCARGYYYYGAYMDYWGQGTTLTVSSASTKGPSVFPLAPSSKSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,DIVMTQSHKFMSTLVGDRVSITCKASQDVGTAVAWYQQKPGQSPKLLIYSASYRYTGVPDRFTGSGSGTDFTFTISSVQAEDLAVYYCQQHYSTPRTFGGGTKLEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,1.239783763885498,0.4104750156402588,10,0.9770642201834864,IL-7RALPHA,GYTFTDY,NPGNGG,GYYYYGAYMDY,KASQDVGTAVA,SASYRYT,QQHYSTPRT
+EVQLQQSGPELVKPGASVKMSCKASGYTFSNYYMHWVKQSHGKSLEWIGYINPNNGGGGYNQKFKGKATLTVDKSSSTVYMELRSLTSEDSALYYCARGYYYTGGYFDYWGQGTTLTVSSASTKGPSVFPLAPSSKSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,DIVMTQSHKFMSTLVGDRVSITCKASQDVGTAVAWYQQKPGQSPKLLIYSASYRYTGVPDRFTGSGSGTDFTFTISSVQAEDLAVYYCQQHYSLPLTFGGGTKLEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,1.2357641458511353,0.3731870055198669,11,0.9747706422018348,IL-7RALPHA,GYTFSNY,NPNNGG,GYYYTGGYFDY,KASQDVGTAVA,SASYRYT,QQHYSLPLT
+EVQLQQSGPELVKPGASVKMSCKASGYTFTSYYMHWVKQSHGKSLEWIGYINPNNGGSGYNQKFKGKATLTVDKSSSTVYMELRSLTSEDSALYYCARGVYYTGNYFDYWGQGTTLTVSSASTKGPSVFPLAPSSKSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,DIVMTQSHKFMSTLVGDRVSITCKASQDVGTAVAWYQQKPGQSPKLLIYSASYRYTGVPDRFTGSGSGTDFTFTISSVQAEDLAVYYCQQHYSLPLTFGGGTKLEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,1.2366728782653809,0.3816169500350952,12,0.9724770642201837,IL-7RALPHA,GYTFTSY,NPNNGG,GVYYTGNYFDY,KASQDVGTAVA,SASYRYT,QQHYSLPLT
+EVQLQQSGPELVKPGASVKMSCKASGYTFTNYYMHWVKQSHGKSLEWIGYINPGNGGSGYNQKFKGKATLTVDKSSSTVYMELRSLTSEDSALYYCARGYYYGGGYFDYWGQGTTLTVSSASTKGPSVFPLAPSSKSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,DIVMTQSHKFMSTLVGDRVSITCKASQNVGTAVAWYQQKPGQSPKLLIYSASYRYTGVPDRFTGSGSGTDFTFTISSVQAEDLAVYYCQQHYSTPRTFGGGTKLEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,1.23007071018219,0.3203722834587097,12,0.9724770642201837,IL-7RALPHA,GYTFTNY,NPGNGG,GYYYGGGYFDY,KASQNVGTAVA,SASYRYT,QQHYSTPRT
+EVQLQQSGPELVKPGASVKMSCKASGYTFSDYYMHWVKQSHGKSLEWIGYINPNYGGSGYNQKFKGKATLTVDKSSSTVYMELRSLTSEDSALYYCARGNYYSGAFFDYWGQGTTLTVSSASTKGPSVFPLAPSSKSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,DIVMTQSHKFMSTLVGDRVSITCKASQDIGTAVAWYQQKPGQSPKLLIYSASYRYTGVPDRFTGSGSGTDFTFTISSVQAEDLAVYYCQQHYAIPLTFGGGTKLEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,1.2617050409317017,0.6138306260108948,13,0.970183486238532,IL-7RALPHA,GYTFSDY,NPNYGG,GNYYSGAFFDY,KASQDIGTAVA,SASYRYT,QQHYAIPLT
+EVQLQQSGPELVKPGASVKMSCKASGYTFTSYYMHWVKQSHGKSLEWIGYIYPENGGSGYNQKFKGKATLTVDKSSSTVYMELRSLTSEDSALYYCARGDYYDGNYFDYWGQGTTLTVSSASTKGPSVFPLAPSSKSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,DIVMTQSHKFMSTLVGDRVSITCKASQDVGTAVAWYQQKPGQSPKLLIYSASYRYTGVPDRFTGSGSGTDFTFTISSVQAEDLAVYYCQQHYSTPLTFGGGTKLEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,1.2493960857391355,0.4996448159217834,10,0.9770642201834864,IL-7RALPHA,GYTFTSY,YPENGG,GDYYDGNYFDY,KASQDVGTAVA,SASYRYT,QQHYSTPLT
+EVQLQQSGPELVKPGASVKMSCKASGYTFTDYYMHWVKQSHGKSLEWIGYINPGNGGSGYNQKFKGKATLTVDKSSSTVYMELRSLTSEDSALYYCARGKYYSGGYMDYWGQGTTLTVSSASTKGPSVFPLAPSSKSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,DIVMTQSHKFMSTLVGDRVSITCKASQDVGTAVAWYQQKPGQSPKLLIYSASYRYTGVPDRFTGSGSGTDFTFTISSVQAEDLAVYYCQQHYSVPLTFGGGTKLEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,1.243139147758484,0.4416025578975677,12,0.9724770642201837,IL-7RALPHA,GYTFTDY,NPGNGG,GKYYSGGYMDY,KASQDVGTAVA,SASYRYT,QQHYSVPLT
+EVQLQQSGPELVKPGASVKMSCKASGYTFTNYYMHWVKQSHGKSLEWIGYINPNNGGSGYNQKFKGKATLTVDKSSSTVYMELRSLTSEDSALYYCARGSYYSFGYLDYWGQGTTLTVSSASTKGPSVFPLAPSSKSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,DIVMTQSHKFMSTLVGDRVSITCKASQDVSTAVAWYQQKPGQSPKLLIYSASYRYTGVPDRFTGSGSGTDFTFTISSVQAEDLAVYYCQQHYSTPRTFGGGTKLEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,1.24476158618927,0.4566521346569061,12,0.9724770642201837,IL-7RALPHA,GYTFTNY,NPNNGG,GSYYSFGYLDY,KASQDVSTAVA,SASYRYT,QQHYSTPRT
+EVQLQQSGPELVKPGASVKMSCKASGYTFTNYYMHWVKQSHGKSLEWIGYINPGNGGSGYNQKFKGKATLTVDKSSSTVYMELRSLTSEDSALYYCARGYLYTGGYFDYWGQGTTLTVSSASTKGPSVFPLAPSSKSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,DIVMTQSHKFMSTLVGDRVSITCKASQDVGTAVAWYQQKPGQSPKLLIYSASYRYTGVPDRFTGSGSGTDFTFTISSVQAEDLAVYYCQQHYSRPLTFGGGTKLEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,1.2359187602996826,0.3746217489242553,13,0.970183486238532,IL-7RALPHA,GYTFTNY,NPGNGG,GYLYTGGYFDY,KASQDVGTAVA,SASYRYT,QQHYSRPLT
+EVQLQQSGPELVKPGASVKMSCKASGYTFTDYFMHWVKQSHGKSLEWIGYINPNSGGSGYNQKFKGKATLTVDKSSSTVYMELRSLTSEDSALYYCARGTFYNYTFFDYWGQGTTLTVSSASTKGPSVFPLAPSSKSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,DIVMTQSHKFMSTLVGDRVSITCKASQDVSTAVAWYQQKPGQSPKLLIYSASYRYTGVPDRFTGSGSGTDFTFTISSVQAEDLAVYYCQQHYTTPLTFGGGTKLEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,1.265735149383545,0.6512159705162048,15,0.9655963302752294,IL-7RALPHA,GYTFTDY,NPNSGG,GTFYNYTFFDY,KASQDVSTAVA,SASYRYT,QQHYTTPLT
+EVQLQQSGPELVKPGASVKMSCKASGYTFTNYYMHWVKQSHGKSLEWIGYINPKNGGSGYNQKFKGKATLTVDKSSSTVYMELRSLTSEDSALYYCARGYTEYGGYFDYWGQGTTLTVSSASTKGPSVFPLAPSSKSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,DIVMTQSHKFMSTLVGDRVSITCKASQDVGTAVAWYQQKPGQSPKLLIYSASYRYTGVPDRFTGSGSGTDFTFTISSVQAEDLAVYYCQQHYSLPLTFGGGTKLEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,1.245223045349121,0.460932582616806,14,0.9678899082568808,IL-7RALPHA,GYTFTNY,NPKNGG,GYTEYGGYFDY,KASQDVGTAVA,SASYRYT,QQHYSLPLT
+EVQLQQSGPELVKPGASVKMSCKASGYTFTNYWMHWVKQSHGKSLEWIGYINPNDGGAGYNQKFKGKATLTVDKSSSTVYMELRSLTSEDSALYYCARGVFYSGGYFDYWGQGTTLTVSSASTKGPSVFPLAPSSKSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,DIVMTQSHKFMSTLVGDRVSITCKASQDVGTAVAWYQQKPGQSPKLLIYSASYRYTGVPDRFTGSGSGTDFTFTISSVQAEDLAVYYCQQHYSTPYTFGGGTKLEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,1.2496771812438965,0.5022531747817993,15,0.9655963302752294,IL-7RALPHA,GYTFTNY,NPNDGG,GVFYSGGYFDY,KASQDVGTAVA,SASYRYT,QQHYSTPYT
+EVQLQQSGPELVKPGASVKMSCKASGYTFTDYYMHWVKQSHGKSLEWIGYINPGYGGSGYNQKFKGKATLTVDKSSSTVYMELRSLTSEDSALYYCARGNTYDGGYFDYWGQGTTLTVSSASTKGPSVFPLAPSSKSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,DIVMTQSHKFMSTLVGDRVSITCKASQNVGTAVAWYQQKPGQSPKLLIYSASYRYTGVPDRFTGSGSGTDFTFTISSVQAEDLAVYYCQQHYSTPLTFGGGTKLEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,1.2422000169754028,0.4328892827033996,13,0.970183486238532,IL-7RALPHA,GYTFTDY,NPGYGG,GNTYDGGYFDY,KASQNVGTAVA,SASYRYT,QQHYSTPLT
+EVQLQQSGPELVKPGASVKMSCKASGYAFTDYYMHWVKQSHGKSLEWIGYINPNNGGNGYNQKFKGKATLTVDKSSSTVYMELRSLTSEDSALYYCARGVAYSGGYFDYWGQGTTLTVSSASTKGPSVFPLAPSSKSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,DIVMTQSHKFMSTLVGDRVSITCKASQNVSTAVAWYQQKPGQSPKLLIYSASYRYTGVPDRFTGSGSGTDFTFTISSVQAEDLAVYYCQQHYTTPLTFGGGTKLEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,1.2541182041168213,0.5434491038322449,13,0.970183486238532,IL-7RALPHA,GYAFTDY,NPNNGG,GVAYSGGYFDY,KASQNVSTAVA,SASYRYT,QQHYTTPLT
+EVQLQQSGPELVKPGASVKMSCKASGYTFTDYYMHWVKQSHGKSLEWIGYINPNNGGNGYNQKFKGKATLTVDKSSSTVYMELRSLTSEDSALYYCARGKFYSGSYMDSWGQGTTLTVSSASTKGPSVFPLAPSSKSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,DIVMTQSHKFMSTLVGDRVSITCKASQDVGTAVAWYQQKPGQSPKLLIYGASYRYTGVPDRFTGSGSGTDFTFTISSVQAEDLAVYYCQQHYSIPLTFGGGTKLEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,1.2610520124435425,0.6077712774276733,12,0.9724770642201837,IL-7RALPHA,GYTFTDY,NPNNGG,GKFYSGSYMDS,KASQDVGTAVA,GASYRYT,QQHYSIPLT
+EVQLQQSGPELVKPGASVKMSCKASGYTFTNYYMHWVKQSHGKSLEWIGYINPNNGGFGYNQKFKGKATLTVDKSSSTVYMELRSLTSEDSALYYCARGATFGGGYFDYWGQGTTLTVSSASTKGPSVFPLAPSSKSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,DIVMTQSHKFMSTLVGDRVSITCKASQNVGTAVAWYQQKPGQSPKLLIYSASYRYTGVPDRFTGSGSGTDFTFTISSVQAEDLAVYYCQQHYSTPRTFGGGTKLEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,1.2555419206619265,0.5566568374633789,14,0.9678899082568808,IL-7RALPHA,GYTFTNY,NPNNGG,GATFGGGYFDY,KASQNVGTAVA,SASYRYT,QQHYSTPRT
+EVQLQQSGPELVKPGASVKMSCKASGYTFTDYWMHWVKQSHGKSLEWIGYINPGNGGSGYNQKFKGKATLTVDKSSSTVYMELRSLTSEDSALYYCARGYYLSGGYMDYWGQGTTLTVSSASTKGPSVFPLAPSSKSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,DIVMTQSHKFMSTLVGDRVSITCKASQDVGTAVAWYQQKPGQSPKLLIYSASYRYTGVPDRFTGSGSGTDFTFTISSVQAEDLAVYYCQQHYSTPLTFGGGTKLEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,1.2383625507354736,0.3972912132740021,14,0.9678899082568808,IL-7RALPHA,GYTFTDY,NPGNGG,GYYLSGGYMDY,KASQDVGTAVA,SASYRYT,QQHYSTPLT
+EVQLQQSGPELVKPGASVKMSCKASGYTFTNYYMHWVKQSHGKSLEWIGYINPNNGGSGYNQKFKGKATLTVDKSSSTVYMELRSLTSEDSALYYCARGIYYDGGYFDYWGQGTTLTVSSASTKGPSVFPLAPSSKSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,DIVMTQSHKFMSTLVGDRVSITCKASQDVGTAVAWYQQKPGQSPKLLIYSASYRYTGVPDRFTGSGSGTDFTFTISSVQAEDLAVYYCQQHYSTPKTFGGGTKLEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,1.24352765083313,0.4452050924301147,11,0.9747706422018348,IL-7RALPHA,GYTFTNY,NPNNGG,GIYYDGGYFDY,KASQDVGTAVA,SASYRYT,QQHYSTPKT
+EVQLQQSGPELVKPGASVKMSCKASGYSFSNYYMHWVKQSHGKSLEWIGYINPRNGGGGYNQKFKGKATLTVDKSSSTVYMELRSLTSEDSALYYCARGYYYGGGFMDYWGQGTTLTVSSASTKGPSVFPLAPSSKSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,DIVMTQSHKFMSTLVGDRVSITCKASQDVGTAVAWYQQKPGQSPKLLIYSASYRYTGVPDRFTGSGSGTDFTFTISSVQAEDLAVYYCQQHYSIPLTFGGGTKLEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,1.2509329319000244,0.5139011144638062,13,0.970183486238532,IL-7RALPHA,GYSFSNY,NPRNGG,GYYYGGGFMDY,KASQDVGTAVA,SASYRYT,QQHYSIPLT
+EVQLQQSGPELVKPGASVKMSCKASGYTFTTYYMHWVKQSHGKSLEWIGYINPGDGGSGYNQKFKGKATLTVDKSSSTVYMELRSLTSEDSALYYCARGAYYYGGYFDYWGQGTTLTVSSASTKGPSVFPLAPSSKSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,DIVMTQSHKFMSTLVGDRVSITCKASQNVGTAVAWYQQKPGQSPKLLIYSASYRYTGVPDRFTGSGSGTDFTFTISSVQAEDLAVYYCQQHYSLPLTFGGGTKLEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,1.2343569993972778,0.3601335287094116,14,0.9678899082568808,IL-7RALPHA,GYTFTTY,NPGDGG,GAYYYGGYFDY,KASQNVGTAVA,SASYRYT,QQHYSLPLT
+EVQLQQSGPELVKPGASVKMSCKASGYTFTNYYMHWVKQSHGKSLEWIGYINPSNGGSGYNQKFKGKATLTVDKSSSTVYMELRSLTSEDSALYYCARGVYYSGGYFDYWGQGTTLTVSSASTKGPSVFPLAPSSKSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,DIVMTQSHKFMSTLVGDRVSITCKASQDVGTAVAWYQQKPGQSPKLLIYSASYRYTGVPDRFTGSGSGTDFTFTISSVQAEDLAVYYCQQHYRIPLTFGGGTKLEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,1.2419015169143677,0.4301210343837738,12,0.9724770642201837,IL-7RALPHA,GYTFTNY,NPSNGG,GVYYSGGYFDY,KASQDVGTAVA,SASYRYT,QQHYRIPLT
+EVQLQQSGPELVKPGASVKMSCKASGYTFTDYYMHWVKQSHGKSLEWIGYIDPGDGGSGYNQKFKGKATLTVDKSSSTVYMELRSLTSEDSALYYCARGYYYDGGYFDYWGQGTTLTVSSASTKGPSVFPLAPSSKSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,DIVMTQSHKFMSTLVGDRVSITCKASQNVGTAVAWYQQKPGQSPKLLIYSASYRYTGVPDRFTGSGSGTDFTFTISSVQAEDLAVYYCQQHYSIPLTFGGGTKLEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,1.2362308502197266,0.3775168359279632,11,0.9747706422018348,IL-7RALPHA,GYTFTDY,DPGDGG,GYYYDGGYFDY,KASQNVGTAVA,SASYRYT,QQHYSIPLT
+EVQLQQSGPELVKPGASVKMSCKASGYTFTSFYMHWVKQSHGKSLEWIGYINPSNGGGGYNQKFKGKATLTVDKSSSTVYMELRSLTSEDSALYYCARGYLYDYGYMDYWGQGTTLTVSSASTKGPSVFPLAPSSKSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,DIVMTQSHKFMSTLVGDRVSITCKASQDVGTAVAWYQQKPGQSPKLLIYSASYRYTGVPDRFTGSGSGTDFTFTISSVQAEDLAVYYCQQHYSTPRTFGGGTKLEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,1.2571237087249756,0.5713306069374084,14,0.9678899082568808,IL-7RALPHA,GYTFTSF,NPSNGG,GYLYDYGYMDY,KASQDVGTAVA,SASYRYT,QQHYSTPRT
+EVQLQQSGPELVKPGASVKMSCKASGYTFTTYYMHWVKQSHGKSLEWIGYINPNSGGSGYNQKFKGKATLTVDKSSSTVYMELRSLTSEDSALYYCARGNYFDGGWFDYWGQGTTLTVSSASTKGPSVFPLAPSSKSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,DIVMTQSHKFMSTLVGDRVSITCKASQNVGTAVAWYQQKPGQSPKLLIYSASYRYTGVPDRFTGSGSGTDFTFTISSVQAEDLAVYYCQQHYSTPLTFGGGTKLEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,1.246635913848877,0.4740402996540069,15,0.9655963302752294,IL-7RALPHA,GYTFTTY,NPNSGG,GNYFDGGWFDY,KASQNVGTAVA,SASYRYT,QQHYSTPLT
+EVQLQQSGPELVKPGASVKMSCKASGYTFTTYYMHWVKQSHGKSLEWIGYINPSSGGNGYNQKFKGKATLTVDKSSSTVYMELRSLTSEDSALYYCARGSYYSYGYFDDWGQGTTLTVSSASTKGPSVFPLAPSSKSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,DIVMTQSHKFMSTLVGDRVSITCKASQNVGTAVAWYQQKPGQSPKLLIYSASYRYTGVPDRFTGSGSGTDFTFTISSVQAEDLAVYYCQQHYSTPLTFGGGTKLEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,1.2569657564163208,0.5698647499084473,15,0.9655963302752294,IL-7RALPHA,GYTFTTY,NPSSGG,GSYYSYGYFDD,KASQNVGTAVA,SASYRYT,QQHYSTPLT
+EVQLQQSGPELVKPGASVKMSCKASGYSFSNYYMHWVKQSHGKSLEWIGYINPGNGGSGYNQKFKGKATLTVDKSSSTVYMELRSLTSEDSALYYCARGAFLTYGYFDYWGQGTTLTVSSASTKGPSVFPLAPSSKSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,DIVMTQSHKFMSTLVGDRVSITCKASQDVGTAVAWYQQKPGQSPKLLIYSASYRYTGVPDRFTGSGSGTDFTFTISSVQAEDLAVYYCQQHYSTPRTFGGGTKLEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,1.2494516372680664,0.5001601576805115,14,0.9678899082568808,IL-7RALPHA,GYSFSNY,NPGNGG,GAFLTYGYFDY,KASQDVGTAVA,SASYRYT,QQHYSTPRT
+EVQLQQSGPELVKPGASVKMSCKASGYTFSDYYMHWVKQSHGKSLEWIGYINPKSGGNGYNQKFKGKATLTVDKSSSTVYMELRSLTSEDSALYYCVRGYTYGGGYFDYWGQGTTLTVSSASTKGPSVFPLAPSSKSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,DIVMTQSHKFMSTLVGDRVSITCKASQDVGTAVAWYQQKPGQSPKLLIYSASYRYTGVPDRFTGSGSGTDFTFTISSVQAEDLAVYYCQQHYSTPLTFGGGTKLEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,1.2564053535461426,0.564667284488678,12,0.9724770642201837,IL-7RALPHA,GYTFSDY,NPKSGG,GYTYGGGYFDY,KASQDVGTAVA,SASYRYT,QQHYSTPLT
+EVQLQQSGPELVKPGASVKMSCKASGYTFTTYYMHWVKQSHGKSLEWIGYINPRNGGSGYNQKFKGKATLTVDKSSSTVYMELRSLTSEDSALYYCARGVYYSGGYFDYWGQGTTLTVSSASTKGPSVFPLAPSSKSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,DIVMTQSHKFMSTLVGDRVSITCKASQNVGTAVAWYQQKPGQSPKLLIYSAFYRYTGVPDRFTGSGSGTDFTFTISSVQAEDLAVYYCQQHYSDPLTFGGGTKLEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,1.2575922012329102,0.5756767392158508,14,0.9678899082568808,IL-7RALPHA,GYTFTTY,NPRNGG,GVYYSGGYFDY,KASQNVGTAVA,SAFYRYT,QQHYSDPLT
+EVQLQQSGPELVKPGASVKMSCKASGYTFTNYYMHWVKQSHGKSLEWIGYINPGDGGSGYNQKFKGKATLTVDKSSSTVYMELRSLTSEDSALYYCARGSYYGGSYFDFWGQGTTLTVSSASTKGPSVFPLAPSSKSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,DIVMTQSHKFMSTLVGDRVSITCKASQDVGTAVAWYQQKPGQSPKLLIYSASYRYTGVPDRFTGSGSGTDFTFTISSVQAEDLAVYYCQQHYSLPLTFGGGTKLEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,1.2423866987228394,0.434621661901474,13,0.970183486238532,IL-7RALPHA,GYTFTNY,NPGDGG,GSYYGGSYFDF,KASQDVGTAVA,SASYRYT,QQHYSLPLT
+EVQLQQSGPELVKPGASVKMSCKASGYTFTDYYMHWVKQSHGKSLEWIGYINPISGGNGYNQKFKGKATLTVDKSSSTVYMELRSLTSEDSALYYCARGSFYTGSYFDYWGQGTTLTVSSASTKGPSVFPLAPSSKSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,DIVMTQSHKFMSTLVGDRVSITCKASQDVGTAVAWYQQKPGQSPKLLIYSASYRYTGVPDRFTGSGSGTDFTFTISSVQAEDLAVYYCQQHYSTPLTFGGGTKLEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,1.2469804286956787,0.4772353172302246,11,0.9747706422018348,IL-7RALPHA,GYTFTDY,NPISGG,GSFYTGSYFDY,KASQDVGTAVA,SASYRYT,QQHYSTPLT
+EVQLQQSGPELVKPGASVKMSCKASGYTFSSYYMHWVKQSHGKSLEWIGYINPNDGGSGYNQKFKGKATLTVDKSSSTVYMELRSLTSEDSALYYCARGSYYSGGFLDYWGQGTTLTVSSASTKGPSVFPLAPSSKSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,DIVMTQSHKFMSTLVGDRVSITCKASQDVGTAVAWYQQKPGQSPKLLIYSASYRYTGVPDRFTGSGSGTDFTFTISSVQAEDLAVYYCQQHYSTPLTFGGGTKLEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,1.2421226501464844,0.4321722090244293,14,0.9678899082568808,IL-7RALPHA,GYTFSSY,NPNDGG,GSYYSGGFLDY,KASQDVGTAVA,SASYRYT,QQHYSTPLT
+EVQLQQSGPELVKPGASVKMSCKASGYTFTNYYMHWVKQSHGKSLEWIGYINPNDGGSGYNQKFKGKATLTVDKSSSTVYMELRSLTSEDSALYYCARGRYYDGGYFDYWGQGTTLTVSSASTKGPSVFPLAPSSKSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,DIVMTQSHKFMSTLVGDRVSITCKASQNVGTAVAWYQQKPGQSPKLLIYSASYRYTGVPDRFTGSGSGTDFTFTISSVQAEDLAVYYCQQHYSTPLTFGGGTKLEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,1.232608199119568,0.3439106345176697,13,0.970183486238532,IL-7RALPHA,GYTFTNY,NPNDGG,GRYYDGGYFDY,KASQNVGTAVA,SASYRYT,QQHYSTPLT
+EVQLQQSGPELVKPGASVKMSCKASGYTFTDYYMHWVKQSHGKSLEWIGYINPNNGGSGYNQKFKGKATLTVDKSSSTVYMELRSLTSEDSALYYCARGMYYYGGYFDYWGQGTTLTVSSASTKGPSVFPLAPSSKSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,DIVMTQSHKFMSTLVGDRVSITCKASQDVGTAVAWYQQKPGQSPKLLIYSASYRYTGVPDRFTGSGSGTDFTFTISSVQAEDLAVYYCQQHYSTPLTFGGGTKLEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,1.2308614253997805,0.3277064263820648,11,0.9747706422018348,IL-7RALPHA,GYTFTDY,NPNNGG,GMYYYGGYFDY,KASQDVGTAVA,SASYRYT,QQHYSTPLT
+EVQLQQSGPELVKPGASVKMSCKASGYTFTNYYMHWVKQSHGKSLEWIGYINPGNGGAGYNQKFKGKATLTVDKSSSTVYMELRSLTSEDSALYYCARGNYYHGGYFDYWGQGTTLTVSSASTKGPSVFPLAPSSKSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,DIVMTQSHKFMSTLVGDRVSITCKASQDVGTAVAWYQQKPGQSPKLLIYSASYRYTGVPDRFTGSGSGTDFTFTISSVQAEDLAVYYCQQHYSIPLTFGGGTKLEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,1.2410318851470947,0.422053188085556,11,0.9747706422018348,IL-7RALPHA,GYTFTNY,NPGNGG,GNYYHGGYFDY,KASQDVGTAVA,SASYRYT,QQHYSIPLT
+EVQLQQSGPELVKPGASVKMSCKASGYTFTNYYMHWVKQSHGKSLEWIGYIDPGNGGTGYNQKFKGKATLTVDKSSSTVYMELRSLTSEDSALYYCARGVYYFGGYFDYWGQGTTLTVSSASTKGPSVFPLAPSSKSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,DIVMTQSHKFMSTLVGDRVSITCKASQDVGTAVAWYQQKPGQSPKLLIYSASYRYTGVPDRFTGSGSGTDFTFTISSVQAEDLAVYYCQQHYSTPLTFGGGTKLEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,1.2401115894317627,0.4135175347328186,12,0.9724770642201837,IL-7RALPHA,GYTFTNY,DPGNGG,GVYYFGGYFDY,KASQDVGTAVA,SASYRYT,QQHYSTPLT
+EVQLQQSGPELVKPGASVKMSCKASGYTFIDYYMHWVKQSHGKSLEWIGYIYPGNGGSGYNQKFKGKATLTVDKSSSTVYMELRSLTSEDSALYYCARGYKYTFGYYDYWGQGTTLTVSSASTKGPSVFPLAPSSKSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,DIVMTQSHKFMSTLVGDRVSITCKASQNVGTAVAWYQQKPGQSPKLLIYSASYRYTGVPDRFTGSGSGTDFTFTISSVQAEDLAVYYCQQHYSLPLTFGGGTKLEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,1.2617121934890747,0.6138960719108582,14,0.9678899082568808,IL-7RALPHA,GYTFIDY,YPGNGG,GYKYTFGYYDY,KASQNVGTAVA,SASYRYT,QQHYSLPLT
+EVQLQQSGPELVKPGASVKMSCKASGYTFTNYYMHWVKQSHGKSLEWIGYINPYNGGSGYNQKFKGKATLTVDKSSSTVYMELRSLTSEDSALYYCARGFYYYGRYYDYWGQGTTLTVSSASTKGPSVFPLAPSSKSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,DIVMTQSHKFMSTLVGDRVSITCKASQDVGTAVAWYQQKPGQSPKLLIYSASYRYTGVPDRFTGSGSGTDFTFTISSVQAEDLAVYYCQQHYSIPLTFGGGTKLEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,1.2505128383636477,0.5100040435791016,12,0.9724770642201837,IL-7RALPHA,GYTFTNY,NPYNGG,GFYYYGRYYDY,KASQDVGTAVA,SASYRYT,QQHYSIPLT
+EVQLQQSGPELVKPGASVKMSCKASGYTFTSYYMHWVKQSHGKSLEWIGYINPNNGGYGYNQKFKGKATLTVDKSSSTVYMELRSLTSEDSALYYCARGRYYDGGFFDYWGQGTTLTVSSASTKGPSVFPLAPSSKSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,DIVMTQSHKFMSTLVGDRVSITCKASQDVGTAVAWYQQKPGQSPKLLIYSASYRYTGVPDRFTGSGSGTDFTFTISSVQAEDLAVYYCQQHYSTPLTFGGGTKLEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,1.2399060726165771,0.411609947681427,12,0.9724770642201837,IL-7RALPHA,GYTFTSY,NPNNGG,GRYYDGGFFDY,KASQDVGTAVA,SASYRYT,QQHYSTPLT
+EVQLQQSGPELVKPGASVKMSCKASGYTFTNYYMHWVKQSHGKSLEWIGYINPSNGGSGYNQKFKGKATLTVDKSSSTVYMELRSLTSEDSALYYCARGAYYSGGFFDYWGQGTTLTVSSASTKGPSVFPLAPSSKSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,DIVMTQSHKFMSTLVGDRVSITCKASQDVSTAVAWYQQKPGQSPKLLIYSASYRYTGVPDRFTGSGSGTDFTFTISSVQAEDLAVYYCQHHYSLPLTFGGGTKLEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,1.24586820602417,0.4669178128242492,13,0.970183486238532,IL-7RALPHA,GYTFTNY,NPSNGG,GAYYSGGFFDY,KASQDVSTAVA,SASYRYT,QHHYSLPLT
+EVQLQQSGPELVKPGASVKMSCKASGYTFTSYYMHWVKQSHGKSLEWIGYINPKDGGNGYNQKFKGKATLTVDKSSSTVYMELRSLTSEDSALYYCARGVYYDGGYFDYWGQGTTLTVSSASTKGPSVFPLAPSSKSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,DIVMTQSHKFMSTLVGDRVSITCKASQNVGTAVAWYQQKPGQSPKLLIYSASYRYTGVPDRFTGSGSGTDFTFTISSVQAEDLAVYYCQQHYATPLTFGGGTKLEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,1.2434853315353394,0.4448133707046509,13,0.970183486238532,IL-7RALPHA,GYTFTSY,NPKDGG,GVYYDGGYFDY,KASQNVGTAVA,SASYRYT,QQHYATPLT
+EVQLQQSGPELVKPGASVKMSCKASGYTFSDYYMHWVKQSHGKSLEWIGYIFPGDGGSGYNQKFKGKATLTVDKSSSTVYMELRSLTSEDSALYYCARGFYYSGGYMDYWGQGTTLTVSSASTKGPSVFPLAPSSKSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,DIVMTQSHKFMSTLVGDRVSITCKASQDVGTAVAWYQQKPGQSPKLLIYSASYRYTGVPDRFTGSGSGTDFTFTISSVQAEDLAVYYCQQHYSTPLTFGGGTKLEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,1.2469725608825684,0.477163165807724,12,0.9724770642201837,IL-7RALPHA,GYTFSDY,FPGDGG,GFYYSGGYMDY,KASQDVGTAVA,SASYRYT,QQHYSTPLT
+EVQLQQSGPELVKPGASVKMSCKASGYTFTDYYMHWVKQSHGKSLEWIGYIDPNNGGSGYNQKFKGKATLTVDKSSSTVYMELRSLTSEDSALYYCARGIYYFGGYFDYWGQGTTLTVSSASTKGPSVFPLAPSSKSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,DIVMTQSHKFMSTLVGDRVSITCKASQDVGTAVAWYQQKPGQSPKLLIYSASYRYTGVPDRFTGSGSGTDFTFTISSVQAEDLAVYYCQQHYSLPLTFGGGTKLEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,1.2387793064117432,0.4011570811271667,11,0.9747706422018348,IL-7RALPHA,GYTFTDY,DPNNGG,GIYYFGGYFDY,KASQDVGTAVA,SASYRYT,QQHYSLPLT
+EVQLQQSGPELVKPGASVKMSCKASGYTFTDYYMHWVKQSHGKSLEWIGYINPGSGGSGYNQKFKGKATLTVDKSSSTVYMELRSLTSEDSALYYCARGWYYSGGYFDYWGQGTTLTVSSASTKGPSVFPLAPSSKSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,DIVMTQSHKFMSTLVGDRVSITCKASQDVGTAVAWYQQKPGQSPKLLIYSASYRYTGVPDRFTGSGSGTDFTFTISSVQAEDLAVYYCQQHYTYPRTFGGGTKLEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,1.2496625185012815,0.5021159648895264,12,0.9724770642201837,IL-7RALPHA,GYTFTDY,NPGSGG,GWYYSGGYFDY,KASQDVGTAVA,SASYRYT,QQHYTYPRT
+EVQLQQSGPELVKPGASVKMSCKASGYSFTNYYMHWVKQSHGKSLEWIGYINPRSGGSGYNQKFKGKATLTVDKSSSTVYMELRSLTSEDSALYYCARGAYYYGGYFDYWGQGTTLTVSSASTKGPSVFPLAPSSKSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,DIVMTQSHKFMSTLVGDRVSITCKASQDVGTAVAWYQQKPGQSPKLLIYSASYRYTGVPDRFTGSGSGTDFTFTISSVQAEDLAVYYCQQHYDTPLTFGGGTKLEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,1.2436496019363403,0.4463362693786621,15,0.9655963302752294,IL-7RALPHA,GYSFTNY,NPRSGG,GAYYYGGYFDY,KASQDVGTAVA,SASYRYT,QQHYDTPLT
+EVQLQQSGPELVKPGASVKMSCKASGYTFTDYFMHWVKQSHGKSLEWIGYINPRNGGGGYNQKFKGKATLTVDKSSSTVYMELRSLTSEDSALYYCARGNYYYGGYFDYWGQGTTLTVSSASTKGPSVFPLAPSSKSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,DIVMTQSHKFMSTLVGDRVSITCKASQDVGTAVAWYQQKPGQSPKLLIYSASYRYTGVPDRFTGSGSGTDFTFTISSVQAEDLAVYYCQQHYSIPLTFGGGTKLEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,1.2416772842407229,0.4280402362346649,11,0.9747706422018348,IL-7RALPHA,GYTFTDY,NPRNGG,GNYYYGGYFDY,KASQDVGTAVA,SASYRYT,QQHYSIPLT
+EVQLQQSGPELVKPGASVKMSCKASGYTFTNYYMHWVKQSHGKSLEWIGYINPNNGGGGYNQKFKGKATLTVDKSSSTVYMELRSLTSEDSALYYCARGARYTYNYLDYWGQGTTLTVSSASTKGPSVFPLAPSSKSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,DIVMTQSHKFMSTLVGDRVSITCKASQDVSTAVAWYQQKPGQSPKLLIYSASYRYTGVPDRFTGSGSGTDFTFTISSVQAEDLAVYYCQQHYATPLTFGGGTKLEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,1.2656641006469729,0.6505557298660278,15,0.9655963302752294,IL-7RALPHA,GYTFTNY,NPNNGG,GARYTYNYLDY,KASQDVSTAVA,SASYRYT,QQHYATPLT
+EVQLQQSGPELVKPGASVKMSCKASGYSFSDFYMHWVKQSHGKSLEWIGYINPGNGGSGYNQKFKGKATLTVDKSSSTVYMELRSLTSEDSALYYCARGRYYYGGYFDYWGQGTTLTVSSASTKGPSVFPLAPSSKSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,DIVMTQSHKFMSTLVGDRVSITCKASQDVGTAVAWYQQKPGQSPKLLIYSASYRYTGVPDRFTGSGSGTDFTFTISSVQAEDLAVYYCQQHYSYPLTFGGGTKLEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,1.24778151512146,0.4846661388874054,12,0.9724770642201837,IL-7RALPHA,GYSFSDF,NPGNGG,GRYYYGGYFDY,KASQDVGTAVA,SASYRYT,QQHYSYPLT
+EVQLQQSGPELVKPGASVKMSCKASGYTFTNYYMHWVKQSHGKSLEWIGYINPNNGGGGYNQKFKGKATLTVDKSSSTVYMELRSLTSEDSALYYCARGKYYGGGYFDYWGQGTTLTVSSASTKGPSVFPLAPSSKSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,DIVMTQSHKFMSTLVGDRVSITCKASQDVGTAVAWYQQKPGQSPKLLIYSASYRYTGVPDRFTGSGSGTDFTFTISSVQAEDLAVYYCQQHNSYPRTFGGGTKLEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,1.2576175928115845,0.5759139657020569,12,0.9724770642201837,IL-7RALPHA,GYTFTNY,NPNNGG,GKYYGGGYFDY,KASQDVGTAVA,SASYRYT,QQHNSYPRT
+EVQLQQSGPELVKPGASVKMSCKASGYTFIDYYMHWVKQSHGKSLEWIGYINPKDGGSGYNQKFKGKATLTVDKSSSTVYMELRSLTSEDSALYYCARGSYYGGGYYDYWGQGTTLTVSSASTKGPSVFPLAPSSKSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,DIVMTQSHKFMSTLVGDRVSITCKASQDVGTAVAWYQQKPGQSPKLLIYSASYRYTGVPDRFTGSGSGTDFTFTISSVQAEDLAVYYCQQHYSTPRTFGGGTKLEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,1.2488888502120972,0.4949396550655365,12,0.9724770642201837,IL-7RALPHA,GYTFIDY,NPKDGG,GSYYGGGYYDY,KASQDVGTAVA,SASYRYT,QQHYSTPRT
+EVQLQQSGPELVKPGASVKMSCKASGYTFTDYYMHWVKQSHGKSLEWIGYINPNDGGSGYNQKFKGKATLTVDKSSSTVYMELRSLTSEDSALYYCARGYYQFGGYFDYWGQGTTLTVSSASTKGPSVFPLAPSSKSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,DIVMTQSHKFMSTLVGDRVSITCKASQDVGTAVAWYQQKPGQSPKLLIYSASYRYTGVPDRFTGSGSGTDFTFTISSVQAEDLAVYYCQQHYGTPITFGGGTKLEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,1.2534959316253662,0.537678062915802,14,0.9678899082568808,IL-7RALPHA,GYTFTDY,NPNDGG,GYYQFGGYFDY,KASQDVGTAVA,SASYRYT,QQHYGTPIT
+EVQLQQSGPELVKPGASVKMSCKASGYTFTNYYMHWVKQSHGKSLEWIGYINPNNGGSGYNQKFKGKATLTVDKSSSTVYMELRSLTSEDSALYYCARGGYYYGGYFDYWGQGTTLTVSSASTKGPSVFPLAPSSKSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,DIVMTQSHKFMSTLVGDRVSITCKASQNVGTAVAWYQQKPGQSPKLLIYSASYRYTGVPDRFTGSGSGTDFTFTISSVQAEDLAVYYCQQHYSTPLTFGGGTKLEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,1.2296048402786257,0.3160500228404999,13,0.970183486238532,IL-7RALPHA,GYTFTNY,NPNNGG,GGYYYGGYFDY,KASQNVGTAVA,SASYRYT,QQHYSTPLT
+EVQLQQSGPELVKPGASVKMSCKASGYTFTSYYMHWVKQSHGKSLEWIGYINPGSGGNGYNQKFKGKATLTVDKSSSTVYMELRSLTSEDSALYYCARGYFYSGGYFDYWGQGTTLTVSSASTKGPSVFPLAPSSKSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,DIVMTQSHKFMSTLVGDRVSITCKASQDVGTAVAWYQQKPGQSPKLLIYSASYRYTGVPDRFTGSGSGTDFTFTISSVQAEDLAVYYCQQHYAIPLTFGGGTKLEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,1.2424201965332031,0.4349325895309448,13,0.970183486238532,IL-7RALPHA,GYTFTSY,NPGSGG,GYFYSGGYFDY,KASQDVGTAVA,SASYRYT,QQHYAIPLT
+EVQLQQSGPELVKPGASVKMSCKASGYTFTSYYMHWVKQSHGKSLEWIGYINPGNGGSGYNQKFKGKATLTVDKSSSTVYMELRSLTSEDSALYYCARGALYYGGYFDYWGQGTTLTVSSASTKGPSVFPLAPSSKSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,DIVMTQSHKFMSTLVGDRVSITCKASQDVSTAVAWYQQKPGQSPKLLIYSASYRYTGVPDRFTGSGSGTDFTFTISSVQAEDLAVYYCQQHYSTPLTFGGGTKLEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,1.2357163429260254,0.3727434873580932,12,0.9724770642201837,IL-7RALPHA,GYTFTSY,NPGNGG,GALYYGGYFDY,KASQDVSTAVA,SASYRYT,QQHYSTPLT
+EVQLQQSGPELVKPGASVKMSCKASGYTFTDYFMHWVKQSHGKSLEWIGYINPNNGGYGYNQKFKGKATLTVDKSSSTVYMELRSLTSEDSALYYCARGAFYYGGYFDYWGQGTTLTVSSASTKGPSVFPLAPSSKSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQSSGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKVEPKSC,DIVMTQSHKFMSTLVGDRVSITCKASQDVGTAVAWYQQKPGQSPKLLIYSASYRYTGVPDRFTGSGSGTDFTFTISSVQAEDLAVYYCQQHYSTPRTFGGGTKLEIKRTVAAPSVFIFPPSDEQLKSGTASVVCLLNNFYPREAKVQWKVDNALQSGNSQESVTEQDSKDSTYSLSSTLTLSKADYEKHKVYACEVTHQGLSSPVTKSFNRGE,1.2419878244400024,0.4309210181236267,12,0.9724770642201837,IL-7RALPHA,GYTFTDY,NPNNGG,GAFYYGGYFDY,KASQDVGTAVA,SASYRYT,QQHYSTPRT
diff --git a/font/Geist-Regular.ttf b/font/Geist-Regular.ttf
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