diff --git a/BPA/Ch.10/js_ms.stan b/BPA/Ch.10/js_ms.stan
index 86a9f902..28e3b6bd 100644
--- a/BPA/Ch.10/js_ms.stan
+++ b/BPA/Ch.10/js_ms.stan
@@ -122,7 +122,6 @@ generated quantities {
   
   // Generate z[]
   // This code generates the posterior predictive distribution
-  // unconditioned on the observation
   for (i in 1 : M) {
     z[i, 1] = 1;
     for (t in 2 : n_occasions) {
diff --git a/BPA/Ch.10/js_rest_occ.stan b/BPA/Ch.10/js_rest_occ.stan
index f5d624c2..5afae102 100644
--- a/BPA/Ch.10/js_rest_occ.stan
+++ b/BPA/Ch.10/js_rest_occ.stan
@@ -213,7 +213,6 @@ generated quantities {
   
   // Generate z[]
   // This code generates the posterior predictive distribution
-  // unconditioned on the observation
   for (i in 1 : M) {
     int q = 1;
     real mu2;
diff --git a/BPA/Ch.10/js_super.stan b/BPA/Ch.10/js_super.stan
index 013d538f..6262713f 100644
--- a/BPA/Ch.10/js_super.stan
+++ b/BPA/Ch.10/js_super.stan
@@ -216,7 +216,6 @@ generated quantities {
   
   // Generate w[] and z[]
   // This code generates the posterior predictive distribution
-  // unconditioned on the observation
   for (i in 1 : M) {
     int q = 1;
     if (bernoulli_rng(psi)) {
diff --git a/BPA/Ch.10/js_super_indran.stan b/BPA/Ch.10/js_super_indran.stan
index 2ac5b1b5..270d25f5 100644
--- a/BPA/Ch.10/js_super_indran.stan
+++ b/BPA/Ch.10/js_super_indran.stan
@@ -227,7 +227,6 @@ generated quantities {
   
   // Generate w[] and z[]
   // This code generates the posterior predictive distribution
-  // unconditioned on the observation
   for (i in 1 : M) {
     int q = 1;
     if (bernoulli_rng(psi)) {
diff --git a/BPA/Ch.10/js_tempran.stan b/BPA/Ch.10/js_tempran.stan
index 07abf3d4..c22d667e 100644
--- a/BPA/Ch.10/js_tempran.stan
+++ b/BPA/Ch.10/js_tempran.stan
@@ -224,7 +224,6 @@ generated quantities {
   
   // Generate z[]
   // This code generates the posterior predictive distribution
-  // unconditioned on the observation
   for (i in 1 : M) {
     int q = 1;
     real mu2;