diff --git a/README.md b/README.md
index e70defe..8334339 100644
--- a/README.md
+++ b/README.md
@@ -11,13 +11,14 @@
 </p>
 
 
-| **UPDATES**                                                                                                                                                                                                                                                                  |
-|------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------|
-| 2024.12.26 : Changes to the "energy funciton" backend. forcefield, forgive factors, etc should all be parts of the energy function now, and not parts of a rotamer library  Checkout [Example_07](https://stolllab.github.io/chiLife/gallery/07-Custom_Energy_Function.html) |                                                                               
-| 2024.08.15 : chiLife 1.0 released!                                                                                                                                                                                                                                           |
-| 2024.08.15 : chiLife can now be used to create arbitrary peptides with natural and NCAAs. Checkout the `make_peptide` function.                                                                                                                                              |
-| 2024.08.15 : chiLife can make NCAA structures from smiles. Checkout `smiles2residue`. Note: Requires RDKit to be installed.                                                                                                                                                  | 
-| chiLife now supports arbitrary backbone attachments including DNA and RNA labels and more!                                                                                                                                                                                   | 
+| **UPDATES**                                                                                                                                                                                                                                                                     |
+|---------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------|
+| 2025.02.17 : Check out our new examples for trajectory analysis [Example_12](https://stolllab.github.io/chiLife/gallery/12-Analyzing_MD_Simulations.html) and using OpenMM for repacking [Example_13](https://stolllab.github.io/chiLife/gallery/07-Custom_Energy_Function.html). |
+| 2024.12.26 : Changes to the "energy funciton" backend. forcefield, forgive factors, etc should all be parts of the energy function now, and not parts of a rotamer library  Checkout [Example_07](https://stolllab.github.io/chiLife/gallery/13-OpenMM_Score_Function.html)    |                                                                               
+| 2024.08.15 : chiLife 1.0 released!                                                                                                                                                                                                                                              |
+| 2024.08.15 : chiLife can now be used to create arbitrary peptides with natural and NCAAs. Checkout the `make_peptide` function.                                                                                                                                                 |
+| 2024.08.15 : chiLife can make NCAA structures from smiles. Checkout `smiles2residue`. Note: Requires RDKit to be installed.                                                                                                                                                     | 
+| chiLife now supports arbitrary backbone attachments including DNA and RNA labels and more!                                                                                                                                                                                      | 
 
 
 
diff --git a/docs/source/examples.rst b/docs/source/examples.rst
index 91d3393..60e7f17 100644
--- a/docs/source/examples.rst
+++ b/docs/source/examples.rst
@@ -16,3 +16,5 @@ Examples
     gallery/09-Bifunctional_Labels.nblink
     gallery/10-Nucleic_acid_labels.nblink
     gallery/11-Arbitrary_molecular_labels.nblink
+    gallery/12-Analyzing_MD_Simulations.nblink
+    gallery/13-OpenMM_Score_Function.nblink
diff --git a/docs/source/gallery/12-Analyzing_MD_Simulations.nblink b/docs/source/gallery/12-Analyzing_MD_Simulations.nblink
new file mode 100644
index 00000000..5b6b29f
--- /dev/null
+++ b/docs/source/gallery/12-Analyzing_MD_Simulations.nblink
@@ -0,0 +1,3 @@
+{   
+"path": "../../../examples/12 - Analyzing MD simulations/12 - Analyzing MD Simulations.ipynb"
+}
diff --git a/docs/source/gallery/13-OpenMM_Score_Function.nblink b/docs/source/gallery/13-OpenMM_Score_Function.nblink
new file mode 100644
index 00000000..964103d
--- /dev/null
+++ b/docs/source/gallery/13-OpenMM_Score_Function.nblink
@@ -0,0 +1,3 @@
+{   
+"path": "../../../examples/13 - OpenMM score function/13 - OpenMM Score Function.ipynb"
+}
\ No newline at end of file
diff --git a/examples/12 - Analyzing MD simulations/.AR1A.xtc_offsets.lock b/examples/12 - Analyzing MD simulations/.AR1A.xtc_offsets.lock
new file mode 100644
index 00000000..e69de29
diff --git a/examples/12 - Analyzing MD simulations/.AR1A.xtc_offsets.npz b/examples/12 - Analyzing MD simulations/.AR1A.xtc_offsets.npz
new file mode 100644
index 00000000..d42e9cc
Binary files /dev/null and b/examples/12 - Analyzing MD simulations/.AR1A.xtc_offsets.npz differ
diff --git a/examples/12 - Analyzing MD simulations/12 - Analyzing MD Simulations.ipynb b/examples/12 - Analyzing MD simulations/12 - Analyzing MD Simulations.ipynb
new file mode 100644
index 00000000..cc98480
--- /dev/null
+++ b/examples/12 - Analyzing MD simulations/12 - Analyzing MD Simulations.ipynb	
@@ -0,0 +1,139 @@
+{
+ "cells": [
+  {
+   "cell_type": "markdown",
+   "id": "e61814d1b09f68d6",
+   "metadata": {},
+   "source": [
+    "# Analyzing MD simulations"
+   ]
+  },
+  {
+   "cell_type": "code",
+   "execution_count": 1,
+   "id": "635b8ce8-68d6-49e1-83ed-eda68ebba1e9",
+   "metadata": {
+    "jupyter": {
+     "is_executing": true
+    }
+   },
+   "outputs": [
+    {
+     "name": "stderr",
+     "output_type": "stream",
+     "text": [
+      "C:\\Program Files\\Python312\\Lib\\site-packages\\tqdm\\auto.py:21: TqdmWarning: IProgress not found. Please update jupyter and ipywidgets. See https://ipywidgets.readthedocs.io/en/stable/user_install.html\n",
+      "  from .autonotebook import tqdm as notebook_tqdm\n"
+     ]
+    }
+   ],
+   "source": [
+    "import numpy as np\n",
+    "import matplotlib.pyplot as plt\n",
+    "import chilife as xl "
+   ]
+  },
+  {
+   "cell_type": "code",
+   "execution_count": 2,
+   "id": "2531db84-2221-49a5-bd59-db9051c5bb79",
+   "metadata": {},
+   "outputs": [
+    {
+     "name": "stdout",
+     "output_type": "stream",
+     "text": [
+      "Rotamer ensemble with 237 members\n",
+      "  Name: 2CYR_from_traj\n",
+      "  Label: CYR\n",
+      "  Site: 2\n",
+      "  Dihedral definitions:\n",
+      "    ['N', 'CA', 'CB', 'SG']\n",
+      "    ['CA', 'CB', 'SG', 'S1L']\n",
+      "    ['CB', 'SG', 'S1L', 'C1L']\n",
+      "    ['SG', 'S1L', 'C1L', 'C1R']\n",
+      "    ['S1L', 'C1L', 'C1R', 'C2R']\n",
+      "  spin atoms:\n",
+      "    ['NN' 'ON']\n"
+     ]
+    }
+   ],
+   "source": [
+    "traj = xl.load_protein('AR1A.pdb', 'AR1A.xtc')\n",
+    "SL = xl.SpinLabel.from_trajectory(traj, 2, spin_atoms = ['NN', 'ON'], use_H=True)\n",
+    "print(SL)"
+   ]
+  },
+  {
+   "cell_type": "code",
+   "execution_count": 3,
+   "id": "48c7f84b-693e-4319-b074-2699ddee22ed",
+   "metadata": {},
+   "outputs": [
+    {
+     "data": {
+      "image/png": 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",
+      "text/plain": [
+       "<Figure size 1500x300 with 5 Axes>"
+      ]
+     },
+     "metadata": {},
+     "output_type": "display_data"
+    }
+   ],
+   "source": [
+    "fig, axs = plt.subplots(1, 5, figsize=(15,3), subplot_kw=dict(projection=\"polar\"))\n",
+    "\n",
+    "for i, ax in enumerate(axs):\n",
+    "    ax.hist(np.deg2rad(SL.dihedrals[:,i]), bins = np.linspace(-np.pi, np.pi, 37))\n",
+    "    ax.set_yticklabels([])\n",
+    "plt.tight_layout()\n",
+    "plt.show()\n"
+   ]
+  },
+  {
+   "cell_type": "code",
+   "execution_count": 4,
+   "id": "3c117cd4-724d-45bd-84b3-fb42f76f4151",
+   "metadata": {},
+   "outputs": [],
+   "source": [
+    "SL.to_rotlib('CYR', 'Cstom MTSL (R1) rotamer library', \"An MTSL/R1 rotamer library made with well tempered metadynamics\") "
+   ]
+  },
+  {
+   "cell_type": "code",
+   "execution_count": 5,
+   "id": "c0175707-43fb-4d45-9f5e-1d0fbaf75a45",
+   "metadata": {},
+   "outputs": [],
+   "source": [
+    "prot = xl.fetch('1ubq')\n",
+    "\n",
+    "SL = xl.SpinLabel('CYR', 28, prot)\n",
+    "xl.save(prot, SL)\n"
+   ]
+  }
+ ],
+ "metadata": {
+  "kernelspec": {
+   "display_name": " Python 3.12",
+   "language": "python",
+   "name": "python3"
+  },
+  "language_info": {
+   "codemirror_mode": {
+    "name": "ipython",
+    "version": 3
+   },
+   "file_extension": ".py",
+   "mimetype": "text/x-python",
+   "name": "python",
+   "nbconvert_exporter": "python",
+   "pygments_lexer": "ipython3",
+   "version": "3.12.3"
+  }
+ },
+ "nbformat": 4,
+ "nbformat_minor": 5
+}
diff --git a/examples/12 - Analyzing MD simulations/1ubq_A28CYR.pdb b/examples/12 - Analyzing MD simulations/1ubq_A28CYR.pdb
new file mode 100644
index 00000000..f7e0a71
--- /dev/null
+++ b/examples/12 - Analyzing MD simulations/1ubq_A28CYR.pdb	
@@ -0,0 +1,1259 @@
+HEADER 1ubq
+ATOM      1  N   MET A   1      27.340  24.430   2.614  1.00  1.00           N  
+ATOM      2  CA  MET A   1      26.266  25.413   2.842  1.00  1.00           C  
+ATOM      3  C   MET A   1      26.913  26.639   3.531  1.00  1.00           C  
+ATOM      4  O   MET A   1      27.886  26.463   4.263  1.00  1.00           O  
+ATOM      5  CB  MET A   1      25.112  24.880   3.649  1.00  1.00           C  
+ATOM      6  CG  MET A   1      25.353  24.860   5.134  1.00  1.00           C  
+ATOM      7  SD  MET A   1      23.930  23.959   5.904  1.00  1.00           S  
+ATOM      8  CE  MET A   1      24.447  23.984   7.620  1.00  1.00           C  
+ATOM      9  N   GLN A   2      26.335  27.770   3.258  1.00  1.00           N  
+ATOM     10  CA  GLN A   2      26.850  29.021   3.898  1.00  1.00           C  
+ATOM     11  C   GLN A   2      26.100  29.253   5.202  1.00  1.00           C  
+ATOM     12  O   GLN A   2      24.865  29.024   5.330  1.00  1.00           O  
+ATOM     13  CB  GLN A   2      26.733  30.148   2.905  1.00  1.00           C  
+ATOM     14  CG  GLN A   2      26.882  31.546   3.409  1.00  1.00           C  
+ATOM     15  CD  GLN A   2      26.786  32.562   2.270  1.00  1.00           C  
+ATOM     16 OE1  GLN A   2      27.783  33.160   1.870  1.00  1.00           O  
+ATOM     17 NE2  GLN A   2      25.562  32.733   1.806  1.00  1.00           N  
+ATOM     18  N   ILE A   3      26.849  29.656   6.217  1.00  1.00           N  
+ATOM     19  CA  ILE A   3      26.235  30.058   7.497  1.00  1.00           C  
+ATOM     20  C   ILE A   3      26.882  31.428   7.862  1.00  1.00           C  
+ATOM     21  O   ILE A   3      27.906  31.711   7.264  1.00  1.00           O  
+ATOM     22  CB  ILE A   3      26.344  29.050   8.645  1.00  1.00           C  
+ATOM     23 CG1  ILE A   3      27.810  28.748   8.999  1.00  1.00           C  
+ATOM     24 CG2  ILE A   3      25.491  27.771   8.287  1.00  1.00           C  
+ATOM     25 CD1  ILE A   3      27.967  28.087  10.417  1.00  1.00           C  
+ATOM     26  N   PHE A   4      26.214  32.097   8.771  1.00  1.00           N  
+ATOM     27  CA  PHE A   4      26.772  33.436   9.197  1.00  1.00           C  
+ATOM     28  C   PHE A   4      27.151  33.362  10.650  1.00  1.00           C  
+ATOM     29  O   PHE A   4      26.350  32.778  11.395  1.00  1.00           O  
+ATOM     30  CB  PHE A   4      25.695  34.498   8.946  1.00  1.00           C  
+ATOM     31  CG  PHE A   4      25.288  34.609   7.499  1.00  1.00           C  
+ATOM     32 CD1  PHE A   4      24.147  33.966   7.038  1.00  1.00           C  
+ATOM     33 CD2  PHE A   4      26.136  35.346   6.640  1.00  1.00           C  
+ATOM     34 CE1  PHE A   4      23.812  34.031   5.677  1.00  1.00           C  
+ATOM     35 CE2  PHE A   4      25.810  35.392   5.267  1.00  1.00           C  
+ATOM     36  CZ  PHE A   4      24.620  34.778   4.853  1.00  1.00           C  
+ATOM     37  N   VAL A   5      28.260  33.943  11.096  1.00  1.00           N  
+ATOM     38  CA  VAL A   5      28.605  33.965  12.503  1.00  1.00           C  
+ATOM     39  C   VAL A   5      28.638  35.461  12.900  1.00  1.00           C  
+ATOM     40  O   VAL A   5      29.522  36.103  12.320  1.00  1.00           O  
+ATOM     41  CB  VAL A   5      29.963  33.317  12.814  1.00  1.00           C  
+ATOM     42 CG1  VAL A   5      30.211  33.394  14.304  1.00  1.00           C  
+ATOM     43 CG2  VAL A   5      29.957  31.838  12.352  1.00  1.00           C  
+ATOM     44  N   LYS A   6      27.751  35.867  13.740  1.00  1.00           N  
+ATOM     45  CA  LYS A   6      27.691  37.315  14.143  1.00  1.00           C  
+ATOM     46  C   LYS A   6      28.469  37.475  15.420  1.00  1.00           C  
+ATOM     47  O   LYS A   6      28.213  36.753  16.411  1.00  1.00           O  
+ATOM     48  CB  LYS A   6      26.219  37.684  14.307  1.00  1.00           C  
+ATOM     49  CG  LYS A   6      25.884  39.139  14.615  1.00  1.00           C  
+ATOM     50  CD  LYS A   6      24.348  39.296  14.642  1.00  1.00           C  
+ATOM     51  CE  LYS A   6      23.865  40.723  14.749  1.00  1.00           C  
+ATOM     52  NZ  LYS A   6      22.375  40.720  14.907  1.00  1.00           N  
+ATOM     53  N   THR A   7      29.426  38.430  15.446  1.00  1.00           N  
+ATOM     54  CA  THR A   7      30.225  38.643  16.662  1.00  1.00           C  
+ATOM     55  C   THR A   7      29.664  39.839  17.434  1.00  1.00           C  
+ATOM     56  O   THR A   7      28.850  40.565  16.859  1.00  1.00           O  
+ATOM     57  CB  THR A   7      31.744  38.879  16.299  1.00  1.00           C  
+ATOM     58 OG1  THR A   7      31.737  40.257  15.824  1.00  1.00           O  
+ATOM     59 CG2  THR A   7      32.260  37.969  15.171  1.00  1.00           C  
+ATOM     60  N   LEU A   8      30.132  40.069  18.642  1.00  1.00           N  
+ATOM     61  CA  LEU A   8      29.607  41.180  19.467  1.00  1.00           C  
+ATOM     62  C   LEU A   8      30.075  42.538  18.984  1.00  1.00           C  
+ATOM     63  O   LEU A   8      29.586  43.570  19.483  1.00  1.00           O  
+ATOM     64  CB  LEU A   8      29.919  40.890  20.938  1.00  1.00           C  
+ATOM     65  CG  LEU A   8      29.183  39.722  21.581  1.00  1.00           C  
+ATOM     66 CD1  LEU A   8      29.308  39.750  23.095  1.00  1.00           C  
+ATOM     67 CD2  LEU A   8      27.700  39.721  21.228  1.00  1.00           C  
+ATOM     68  N   THR A   9      30.991  42.571  17.998  1.00  1.00           N  
+ATOM     69  CA  THR A   9      31.422  43.940  17.553  1.00  1.00           C  
+ATOM     70  C   THR A   9      30.755  44.351  16.277  1.00  1.00           C  
+ATOM     71  O   THR A   9      31.207  45.268  15.566  1.00  1.00           O  
+ATOM     72  CB  THR A   9      32.979  43.918  17.445  1.00  1.00           C  
+ATOM     73 OG1  THR A   9      33.174  43.067  16.265  1.00  1.00           O  
+ATOM     74 CG2  THR A   9      33.657  43.319  18.672  1.00  1.00           C  
+ATOM     75  N   GLY A  10      29.721  43.673  15.885  1.00  1.00           N  
+ATOM     76  CA  GLY A  10      28.978  43.960  14.678  1.00  1.00           C  
+ATOM     77  C   GLY A  10      29.604  43.507  13.393  1.00  1.00           C  
+ATOM     78  O   GLY A  10      29.219  43.981  12.301  1.00  1.00           O  
+ATOM     79  N   LYS A  11      30.563  42.623  13.495  1.00  1.00           N  
+ATOM     80  CA  LYS A  11      31.191  42.012  12.331  1.00  1.00           C  
+ATOM     81  C   LYS A  11      30.459  40.666  12.130  1.00  1.00           C  
+ATOM     82  O   LYS A  11      30.253  39.991  13.133  1.00  1.00           O  
+ATOM     83  CB  LYS A  11      32.672  41.717  12.505  1.00  1.00           C  
+ATOM     84  CG  LYS A  11      33.280  41.086  11.227  1.00  1.00           C  
+ATOM     85  CD  LYS A  11      34.762  40.799  11.470  1.00  1.00           C  
+ATOM     86  CE  LYS A  11      35.614  40.847  10.240  1.00  1.00           C  
+ATOM     87  NZ  LYS A  11      35.100  40.073   9.101  1.00  1.00           N  
+ATOM     88  N   THR A  12      30.163  40.338  10.886  1.00  1.00           N  
+ATOM     89  CA  THR A  12      29.542  39.020  10.653  1.00  1.00           C  
+ATOM     90  C   THR A  12      30.494  38.261   9.729  1.00  1.00           C  
+ATOM     91  O   THR A  12      30.849  38.850   8.706  1.00  1.00           O  
+ATOM     92  CB  THR A  12      28.113  39.049  10.015  1.00  1.00           C  
+ATOM     93 OG1  THR A  12      27.280  39.722  10.996  1.00  1.00           O  
+ATOM     94 CG2  THR A  12      27.588  37.635   9.715  1.00  1.00           C  
+ATOM     95  N   ILE A  13      30.795  37.015  10.095  1.00  1.00           N  
+ATOM     96  CA  ILE A  13      31.720  36.289   9.176  1.00  1.00           C  
+ATOM     97  C   ILE A  13      30.955  35.211   8.459  1.00  1.00           C  
+ATOM     98  O   ILE A  13      30.025  34.618   9.040  1.00  1.00           O  
+ATOM     99  CB  ILE A  13      32.995  35.883   9.934  1.00  1.00           C  
+ATOM    100 CG1  ILE A  13      33.306  34.381   9.840  1.00  1.00           C  
+ATOM    101 CG2  ILE A  13      33.109  36.381  11.435  1.00  1.00           C  
+ATOM    102 CD1  ILE A  13      34.535  34.028  10.720  1.00  1.00           C  
+ATOM    103  N   THR A  14      31.244  34.986   7.197  1.00  1.00           N  
+ATOM    104  CA  THR A  14      30.505  33.884   6.512  1.00  1.00           C  
+ATOM    105  C   THR A  14      31.409  32.680   6.446  1.00  1.00           C  
+ATOM    106  O   THR A  14      32.619  32.812   6.125  1.00  1.00           O  
+ATOM    107  CB  THR A  14      30.091  34.393   5.078  1.00  1.00           C  
+ATOM    108 OG1  THR A  14      31.440  34.513   4.487  1.00  1.00           O  
+ATOM    109 CG2  THR A  14      29.420  35.756   5.119  1.00  1.00           C  
+ATOM    110  N   LEU A  15      30.884  31.485   6.666  1.00  1.00           N  
+ATOM    111  CA  LEU A  15      31.677  30.275   6.639  1.00  1.00           C  
+ATOM    112  C   LEU A  15      31.022  29.288   5.665  1.00  1.00           C  
+ATOM    113  O   LEU A  15      29.809  29.395   5.545  1.00  1.00           O  
+ATOM    114  CB  LEU A  15      31.562  29.686   8.045  1.00  1.00           C  
+ATOM    115  CG  LEU A  15      32.631  29.444   9.060  1.00  1.00           C  
+ATOM    116 CD1  LEU A  15      33.814  30.390   9.030  1.00  1.00           C  
+ATOM    117 CD2  LEU A  15      31.945  29.449  10.436  1.00  1.00           C  
+ATOM    118  N   GLU A  16      31.834  28.412   5.125  1.00  1.00           N  
+ATOM    119  CA  GLU A  16      31.220  27.341   4.275  1.00  1.00           C  
+ATOM    120  C   GLU A  16      31.440  26.079   5.080  1.00  1.00           C  
+ATOM    121  O   GLU A  16      32.576  25.802   5.461  1.00  1.00           O  
+ATOM    122  CB  GLU A  16      31.827  27.262   2.894  1.00  1.00           C  
+ATOM    123  CG  GLU A  16      31.363  28.410   1.962  1.00  1.00           C  
+ATOM    124  CD  GLU A  16      31.671  28.291   0.498  1.00  1.00           C  
+ATOM    125 OE1  GLU A  16      30.869  28.621  -0.366  1.00  1.00           O  
+ATOM    126 OE2  GLU A  16      32.835  27.861   0.278  1.00  1.00           O  
+ATOM    127  N   VAL A  17      30.310  25.458   5.384  1.00  1.00           N  
+ATOM    128  CA  VAL A  17      30.288  24.245   6.193  1.00  1.00           C  
+ATOM    129  C   VAL A  17      29.279  23.227   5.641  1.00  1.00           C  
+ATOM    130  O   VAL A  17      28.478  23.522   4.725  1.00  1.00           O  
+ATOM    131  CB  VAL A  17      29.903  24.590   7.665  1.00  1.00           C  
+ATOM    132 CG1  VAL A  17      30.862  25.496   8.389  1.00  1.00           C  
+ATOM    133 CG2  VAL A  17      28.476  25.135   7.705  1.00  1.00           C  
+ATOM    134  N   GLU A  18      29.380  22.057   6.232  1.00  1.00           N  
+ATOM    135  CA  GLU A  18      28.468  20.940   5.980  1.00  1.00           C  
+ATOM    136  C   GLU A  18      27.819  20.609   7.316  1.00  1.00           C  
+ATOM    137  O   GLU A  18      28.449  20.674   8.360  1.00  1.00           O  
+ATOM    138  CB  GLU A  18      29.213  19.697   5.506  1.00  1.00           C  
+ATOM    139  CG  GLU A  18      29.728  19.755   4.060  1.00  1.00           C  
+ATOM    140  CD  GLU A  18      28.754  20.061   2.978  1.00  1.00           C  
+ATOM    141 OE1  GLU A  18      27.546  19.992   2.985  1.00  1.00           O  
+ATOM    142 OE2  GLU A  18      29.336  20.423   1.904  1.00  1.00           O  
+ATOM    143  N   PRO A  19      26.559  20.220   7.288  1.00  1.00           N  
+ATOM    144  CA  PRO A  19      25.829  19.825   8.494  1.00  1.00           C  
+ATOM    145  C   PRO A  19      26.541  18.732   9.251  1.00  1.00           C  
+ATOM    146  O   PRO A  19      26.333  18.536  10.457  1.00  1.00           O  
+ATOM    147  CB  PRO A  19      24.469  19.332   7.952  1.00  1.00           C  
+ATOM    148  CG  PRO A  19      24.299  20.134   6.704  1.00  1.00           C  
+ATOM    149  CD  PRO A  19      25.714  20.108   6.073  1.00  1.00           C  
+ATOM    150  N   SER A  20      27.361  17.959   8.559  1.00  1.00           N  
+ATOM    151  CA  SER A  20      28.054  16.835   9.210  1.00  1.00           C  
+ATOM    152  C   SER A  20      29.258  17.318   9.984  1.00  1.00           C  
+ATOM    153  O   SER A  20      29.930  16.477  10.606  1.00  1.00           O  
+ATOM    154  CB  SER A  20      28.523  15.820   8.182  1.00  1.00           C  
+ATOM    155  OG  SER A  20      28.946  16.445   6.967  1.00  1.00           O  
+ATOM    156  N   ASP A  21      29.599  18.599   9.828  1.00  1.00           N  
+ATOM    157  CA  ASP A  21      30.796  19.083  10.566  1.00  1.00           C  
+ATOM    158  C   ASP A  21      30.491  19.162  12.040  1.00  1.00           C  
+ATOM    159  O   ASP A  21      29.367  19.523  12.441  1.00  1.00           O  
+ATOM    160  CB  ASP A  21      31.155  20.515  10.048  1.00  1.00           C  
+ATOM    161  CG  ASP A  21      31.923  20.436   8.755  1.00  1.00           C  
+ATOM    162 OD1  ASP A  21      32.493  19.374   8.456  1.00  1.00           O  
+ATOM    163 OD2  ASP A  21      31.838  21.402   7.968  1.00  1.00           O  
+ATOM    164  N   THR A  22      31.510  18.936  12.852  1.00  1.00           N  
+ATOM    165  CA  THR A  22      31.398  19.064  14.286  1.00  1.00           C  
+ATOM    166  C   THR A  22      31.593  20.553  14.655  1.00  1.00           C  
+ATOM    167  O   THR A  22      32.159  21.311  13.861  1.00  1.00           O  
+ATOM    168  CB  THR A  22      32.492  18.193  14.995  1.00  1.00           C  
+ATOM    169 OG1  THR A  22      33.778  18.739  14.516  1.00  1.00           O  
+ATOM    170 CG2  THR A  22      32.352  16.700  14.630  1.00  1.00           C  
+ATOM    171  N   ILE A  23      31.113  20.863  15.860  1.00  1.00           N  
+ATOM    172  CA  ILE A  23      31.288  22.201  16.417  1.00  1.00           C  
+ATOM    173  C   ILE A  23      32.776  22.519  16.577  1.00  1.00           C  
+ATOM    174  O   ILE A  23      33.233  23.659  16.384  1.00  1.00           O  
+ATOM    175  CB  ILE A  23      30.520  22.300  17.764  1.00  1.00           C  
+ATOM    176 CG1  ILE A  23      29.006  22.043  17.442  1.00  1.00           C  
+ATOM    177 CG2  ILE A  23      30.832  23.699  18.358  1.00  1.00           C  
+ATOM    178 CD1  ILE A  23      28.407  22.948  16.366  1.00  1.00           C  
+ATOM    179  N   GLU A  24      33.548  21.526  16.950  1.00  1.00           N  
+ATOM    180  CA  GLU A  24      35.031  21.722  17.069  1.00  1.00           C  
+ATOM    181  C   GLU A  24      35.615  22.190  15.759  1.00  1.00           C  
+ATOM    182  O   GLU A  24      36.532  23.046  15.724  1.00  1.00           O  
+ATOM    183  CB  GLU A  24      35.667  20.383  17.447  1.00  1.00           C  
+ATOM    184  CG  GLU A  24      37.128  20.293  17.872  1.00  1.00           C  
+ATOM    185  CD  GLU A  24      37.561  18.851  18.082  1.00  1.00           C  
+ATOM    186 OE1  GLU A  24      37.758  18.024  17.195  1.00  1.00           O  
+ATOM    187 OE2  GLU A  24      37.628  18.599  19.313  1.00  1.00           O  
+ATOM    188  N   ASN A  25      35.139  21.624  14.662  1.00  1.00           N  
+ATOM    189  CA  ASN A  25      35.590  21.945  13.302  1.00  1.00           C  
+ATOM    190  C   ASN A  25      35.238  23.382  12.920  1.00  1.00           C  
+ATOM    191  O   ASN A  25      36.066  24.109  12.333  1.00  1.00           O  
+ATOM    192  CB  ASN A  25      35.064  20.957  12.255  1.00  1.00           C  
+ATOM    193  CG  ASN A  25      35.541  21.418  10.871  1.00  1.00           C  
+ATOM    194 OD1  ASN A  25      36.772  21.623  10.676  1.00  1.00           O  
+ATOM    195 ND2  ASN A  25      34.628  21.595   9.920  1.00  1.00           N  
+ATOM    196  N   VAL A  26      34.007  23.745  13.250  1.00  1.00           N  
+ATOM    197  CA  VAL A  26      33.533  25.097  12.978  1.00  1.00           C  
+ATOM    198  C   VAL A  26      34.441  26.099  13.684  1.00  1.00           C  
+ATOM    199  O   VAL A  26      34.883  27.090  13.093  1.00  1.00           O  
+ATOM    200  CB  VAL A  26      32.060  25.257  13.364  1.00  1.00           C  
+ATOM    201 CG1  VAL A  26      31.684  26.749  13.342  1.00  1.00           C  
+ATOM    202 CG2  VAL A  26      31.152  24.421  12.477  1.00  1.00           C  
+ATOM    203  N   LYS A  27      34.734  25.822  14.949  1.00  1.00           N  
+ATOM    204  CA  LYS A  27      35.596  26.715  15.736  1.00  1.00           C  
+ATOM    205  C   LYS A  27      36.975  26.826  15.107  1.00  1.00           C  
+ATOM    206  O   LYS A  27      37.579  27.926  15.159  1.00  1.00           O  
+ATOM    207  CB  LYS A  27      35.715  26.203  17.172  1.00  1.00           C  
+ATOM    208  CG  LYS A  27      34.343  26.445  17.898  1.00  1.00           C  
+ATOM    209  CD  LYS A  27      34.509  26.077  19.360  1.00  1.00           C  
+ATOM    210  CE  LYS A  27      33.206  26.311  20.122  1.00  1.00           C  
+ATOM    211  NZ  LYS A  27      33.455  25.910  21.546  1.00  1.00           N  
+ATOM    212  N   ALA A  28      37.499  25.743  14.571  1.00  1.00           N  
+ATOM    213  CA  ALA A  28      38.794  25.761  13.880  1.00  1.00           C  
+ATOM    214  C   ALA A  28      38.728  26.591  12.611  1.00  1.00           C  
+ATOM    215  O   ALA A  28      39.704  27.346  12.277  1.00  1.00           O  
+ATOM    216  CB  ALA A  28      39.285  24.336  13.566  1.00  1.00           C  
+ATOM    217  N   LYS A  29      37.633  26.543  11.867  1.00  1.00           N  
+ATOM    218  CA  LYS A  29      37.471  27.391  10.668  1.00  1.00           C  
+ATOM    219  C   LYS A  29      37.441  28.882  11.052  1.00  1.00           C  
+ATOM    220  O   LYS A  29      38.020  29.772  10.382  1.00  1.00           O  
+ATOM    221  CB  LYS A  29      36.193  27.058   9.911  1.00  1.00           C  
+ATOM    222  CG  LYS A  29      36.153  25.620   9.409  1.00  1.00           C  
+ATOM    223  CD  LYS A  29      34.758  25.280   8.900  1.00  1.00           C  
+ATOM    224  CE  LYS A  29      34.793  24.264   7.767  1.00  1.00           C  
+ATOM    225  NZ  LYS A  29      34.914  24.944   6.441  1.00  1.00           N  
+ATOM    226  N   ILE A  30      36.811  29.170  12.192  1.00  1.00           N  
+ATOM    227  CA  ILE A  30      36.731  30.570  12.645  1.00  1.00           C  
+ATOM    228  C   ILE A  30      38.148  30.981  13.069  1.00  1.00           C  
+ATOM    229  O   ILE A  30      38.544  32.150  12.856  1.00  1.00           O  
+ATOM    230  CB  ILE A  30      35.708  30.776  13.806  1.00  1.00           C  
+ATOM    231 CG1  ILE A  30      34.228  30.630  13.319  1.00  1.00           C  
+ATOM    232 CG2  ILE A  30      35.874  32.138  14.512  1.00  1.00           C  
+ATOM    233 CD1  ILE A  30      33.284  30.504  14.552  1.00  1.00           C  
+ATOM    234  N   GLN A  31      38.883  30.110  13.713  1.00  1.00           N  
+ATOM    235  CA  GLN A  31      40.269  30.508  14.115  1.00  1.00           C  
+ATOM    236  C   GLN A  31      41.092  30.808  12.851  1.00  1.00           C  
+ATOM    237  O   GLN A  31      41.828  31.808  12.681  1.00  1.00           O  
+ATOM    238  CB  GLN A  31      40.996  29.399  14.865  1.00  1.00           C  
+ATOM    239  CG  GLN A  31      42.445  29.848  15.182  1.00  1.00           C  
+ATOM    240  CD  GLN A  31      43.090  28.828  16.095  1.00  1.00           C  
+ATOM    241 OE1  GLN A  31      42.770  27.655  15.906  1.00  1.00           O  
+ATOM    242 NE2  GLN A  31      43.898  29.252  17.050  1.00  1.00           N  
+ATOM    243  N   ASP A  32      41.001  29.878  11.931  1.00  1.00           N  
+ATOM    244  CA  ASP A  32      41.718  30.022  10.643  1.00  1.00           C  
+ATOM    245  C   ASP A  32      41.399  31.338   9.967  1.00  1.00           C  
+ATOM    246  O   ASP A  32      42.260  32.036   9.381  1.00  1.00           O  
+ATOM    247  CB  ASP A  32      41.398  28.780   9.810  1.00  1.00           C  
+ATOM    248  CG  ASP A  32      42.626  28.557   8.928  1.00  1.00           C  
+ATOM    249 OD1  ASP A  32      43.666  28.262   9.539  1.00  1.00           O  
+ATOM    250 OD2  ASP A  32      42.430  28.812   7.728  1.00  1.00           O  
+ATOM    251  N   LYS A  33      40.117  31.750   9.988  1.00  1.00           N  
+ATOM    252  CA  LYS A  33      39.808  32.994   9.233  1.00  1.00           C  
+ATOM    253  C   LYS A  33      39.837  34.271   9.995  1.00  1.00           C  
+ATOM    254  O   LYS A  33      40.164  35.323   9.345  1.00  1.00           O  
+ATOM    255  CB  LYS A  33      38.615  32.801   8.320  1.00  1.00           C  
+ATOM    256  CG  LYS A  33      37.220  32.822   8.827  1.00  1.00           C  
+ATOM    257  CD  LYS A  33      36.351  33.613   7.838  1.00  1.00           C  
+ATOM    258  CE  LYS A  33      36.322  32.944   6.477  1.00  1.00           C  
+ATOM    259  NZ  LYS A  33      35.768  33.945   5.489  1.00  1.00           N  
+ATOM    260  N   GLU A  34      39.655  34.335  11.285  1.00  1.00           N  
+ATOM    261  CA  GLU A  34      39.676  35.547  12.072  1.00  1.00           C  
+ATOM    262  C   GLU A  34      40.675  35.527  13.200  1.00  1.00           C  
+ATOM    263  O   GLU A  34      40.814  36.528  13.911  1.00  1.00           O  
+ATOM    264  CB  GLU A  34      38.290  35.814  12.698  1.00  1.00           C  
+ATOM    265  CG  GLU A  34      37.156  35.985  11.688  1.00  1.00           C  
+ATOM    266  CD  GLU A  34      37.192  37.361  11.033  1.00  1.00           C  
+ATOM    267 OE1  GLU A  34      37.519  38.360  11.645  1.00  1.00           O  
+ATOM    268 OE2  GLU A  34      36.861  37.320   9.822  1.00  1.00           O  
+ATOM    269  N   GLY A  35      41.317  34.393  13.432  1.00  1.00           N  
+ATOM    270  CA  GLY A  35      42.345  34.269  14.431  1.00  1.00           C  
+ATOM    271  C   GLY A  35      41.949  34.076  15.842  1.00  1.00           C  
+ATOM    272  O   GLY A  35      42.829  34.000  16.739  1.00  1.00           O  
+ATOM    273  N   ILE A  36      40.642  33.916  16.112  1.00  1.00           N  
+ATOM    274  CA  ILE A  36      40.226  33.716  17.509  1.00  1.00           C  
+ATOM    275  C   ILE A  36      40.449  32.278  17.945  1.00  1.00           C  
+ATOM    276  O   ILE A  36      39.936  31.336  17.315  1.00  1.00           O  
+ATOM    277  CB  ILE A  36      38.693  34.106  17.595  1.00  1.00           C  
+ATOM    278 CG1  ILE A  36      38.471  35.546  17.045  1.00  1.00           C  
+ATOM    279 CG2  ILE A  36      38.146  33.932  19.027  1.00  1.00           C  
+ATOM    280 CD1  ILE A  36      36.958  35.746  16.680  1.00  1.00           C  
+ATOM    281  N   PRO A  37      41.189  32.085  19.031  1.00  1.00           N  
+ATOM    282  CA  PRO A  37      41.461  30.751  19.594  1.00  1.00           C  
+ATOM    283  C   PRO A  37      40.168  30.026  19.918  1.00  1.00           C  
+ATOM    284  O   PRO A  37      39.264  30.662  20.521  1.00  1.00           O  
+ATOM    285  CB  PRO A  37      42.195  31.142  20.913  1.00  1.00           C  
+ATOM    286  CG  PRO A  37      42.904  32.414  20.553  1.00  1.00           C  
+ATOM    287  CD  PRO A  37      41.822  33.188  19.813  1.00  1.00           C  
+ATOM    288  N   PRO A  38      40.059  28.758  19.607  1.00  1.00           N  
+ATOM    289  CA  PRO A  38      38.817  28.020  19.889  1.00  1.00           C  
+ATOM    290  C   PRO A  38      38.421  28.048  21.341  1.00  1.00           C  
+ATOM    291  O   PRO A  38      37.213  28.036  21.704  1.00  1.00           O  
+ATOM    292  CB  PRO A  38      39.090  26.629  19.325  1.00  1.00           C  
+ATOM    293  CG  PRO A  38      40.082  26.904  18.198  1.00  1.00           C  
+ATOM    294  CD  PRO A  38      41.035  27.909  18.879  1.00  1.00           C  
+ATOM    295  N   ASP A  39      39.374  28.090  22.240  1.00  1.00           N  
+ATOM    296  CA  ASP A  39      39.063  28.063  23.695  1.00  1.00           C  
+ATOM    297  C   ASP A  39      38.365  29.335  24.159  1.00  1.00           C  
+ATOM    298  O   ASP A  39      37.684  29.390  25.221  1.00  1.00           O  
+ATOM    299  CB  ASP A  39      40.340  27.692  24.468  1.00  1.00           C  
+ATOM    300  CG  ASP A  39      40.559  28.585  25.675  1.00  1.00           C  
+ATOM    301 OD1  ASP A  39      40.716  29.809  25.456  1.00  1.00           O  
+ATOM    302 OD2  ASP A  39      40.549  28.090  26.840  1.00  1.00           O  
+ATOM    303  N   GLN A  40      38.419  30.373  23.341  1.00  1.00           N  
+ATOM    304  CA  GLN A  40      37.738  31.637  23.712  1.00  1.00           C  
+ATOM    305  C   GLN A  40      36.334  31.742  23.087  1.00  1.00           C  
+ATOM    306  O   GLN A  40      35.574  32.618  23.483  1.00  1.00           O  
+ATOM    307  CB  GLN A  40      38.528  32.854  23.182  1.00  1.00           C  
+ATOM    308  CG  GLN A  40      39.919  32.854  23.840  1.00  1.00           C  
+ATOM    309  CD  GLN A  40      40.760  34.036  23.394  1.00  1.00           C  
+ATOM    310 OE1  GLN A  40      41.975  34.008  23.624  1.00  1.00           O  
+ATOM    311 NE2  GLN A  40      40.140  35.007  22.775  1.00  1.00           N  
+ATOM    312  N   GLN A  41      36.000  30.860  22.172  1.00  1.00           N  
+ATOM    313  CA  GLN A  41      34.738  30.875  21.473  1.00  1.00           C  
+ATOM    314  C   GLN A  41      33.589  30.189  22.181  1.00  1.00           C  
+ATOM    315  O   GLN A  41      33.580  29.009  22.499  1.00  1.00           O  
+ATOM    316  CB  GLN A  41      34.876  30.237  20.066  1.00  1.00           C  
+ATOM    317  CG  GLN A  41      36.012  30.860  19.221  1.00  1.00           C  
+ATOM    318  CD  GLN A  41      36.083  30.194  17.875  1.00  1.00           C  
+ATOM    319 OE1  GLN A  41      35.048  29.702  17.393  1.00  1.00           O  
+ATOM    320 NE2  GLN A  41      37.228  30.126  17.233  1.00  1.00           N  
+ATOM    321  N   ARG A  42      32.478  30.917  22.269  1.00  1.00           N  
+ATOM    322  CA  ARG A  42      31.200  30.329  22.780  1.00  1.00           C  
+ATOM    323  C   ARG A  42      30.210  30.509  21.650  1.00  1.00           C  
+ATOM    324  O   ARG A  42      29.978  31.726  21.269  1.00  1.00           O  
+ATOM    325  CB  ARG A  42      30.847  30.931  24.118  1.00  1.00           C  
+ATOM    326  CG  ARG A  42      29.412  30.796  24.598  1.00  1.00           C  
+ATOM    327  CD  ARG A  42      29.271  31.314  26.016  1.00  1.00           C  
+ATOM    328  NE  ARG A  42      27.875  31.317  26.443  1.00  1.00           N  
+ATOM    329  CZ  ARG A  42      27.132  32.423  26.574  1.00  1.00           C  
+ATOM    330 NH1  ARG A  42      27.630  33.656  26.461  1.00  1.00           N  
+ATOM    331 NH2  ARG A  42      25.810  32.299  26.732  1.00  1.00           N  
+ATOM    332  N   LEU A  43      29.694  29.436  21.054  1.00  1.00           N  
+ATOM    333  CA  LEU A  43      28.762  29.573  19.906  1.00  1.00           C  
+ATOM    334  C   LEU A  43      27.331  29.317  20.364  1.00  1.00           C  
+ATOM    335  O   LEU A  43      27.101  28.346  21.097  1.00  1.00           O  
+ATOM    336  CB  LEU A  43      29.151  28.655  18.755  1.00  1.00           C  
+ATOM    337  CG  LEU A  43      30.416  28.912  17.980  1.00  1.00           C  
+ATOM    338 CD1  LEU A  43      30.738  27.693  17.122  1.00  1.00           C  
+ATOM    339 CD2  LEU A  43      30.205  30.168  17.129  1.00  1.00           C  
+ATOM    340  N   ILE A  44      26.436  30.232  20.004  1.00  1.00           N  
+ATOM    341  CA  ILE A  44      25.034  30.170  20.401  1.00  1.00           C  
+ATOM    342  C   ILE A  44      24.101  30.149  19.196  1.00  1.00           C  
+ATOM    343  O   ILE A  44      24.196  30.948  18.287  1.00  1.00           O  
+ATOM    344  CB  ILE A  44      24.639  31.426  21.286  1.00  1.00           C  
+ATOM    345 CG1  ILE A  44      25.646  31.670  22.421  1.00  1.00           C  
+ATOM    346 CG2  ILE A  44      23.181  31.309  21.824  1.00  1.00           C  
+ATOM    347 CD1  ILE A  44      25.778  30.436  23.356  1.00  1.00           C  
+ATOM    348  N   PHE A  45      23.141  29.187  19.241  1.00  1.00           N  
+ATOM    349  CA  PHE A  45      22.126  29.062  18.183  1.00  1.00           C  
+ATOM    350  C   PHE A  45      20.835  28.629  18.904  1.00  1.00           C  
+ATOM    351  O   PHE A  45      20.821  27.734  19.749  1.00  1.00           O  
+ATOM    352  CB  PHE A  45      22.494  28.057  17.109  1.00  1.00           C  
+ATOM    353  CG  PHE A  45      21.447  27.869  16.026  1.00  1.00           C  
+ATOM    354 CD1  PHE A  45      21.325  28.813  15.005  1.00  1.00           C  
+ATOM    355 CD2  PHE A  45      20.638  26.735  16.053  1.00  1.00           C  
+ATOM    356 CE1  PHE A  45      20.369  28.648  14.001  1.00  1.00           C  
+ATOM    357 CE2  PHE A  45      19.677  26.539  15.051  1.00  1.00           C  
+ATOM    358  CZ  PHE A  45      19.593  27.465  14.021  1.00  1.00           C  
+ATOM    359  N   ALA A  46      19.810  29.378  18.578  1.00  1.00           N  
+ATOM    360  CA  ALA A  46      18.443  29.143  19.083  1.00  1.00           C  
+ATOM    361  C   ALA A  46      18.453  28.941  20.591  1.00  1.00           C  
+ATOM    362  O   ALA A  46      17.860  27.994  21.128  1.00  1.00           O  
+ATOM    363  CB  ALA A  46      17.864  27.977  18.346  1.00  1.00           C  
+ATOM    364  N   GLY A  47      19.172  29.808  21.243  1.00  1.00           N  
+ATOM    365  CA  GLY A  47      19.399  29.894  22.655  1.00  1.00           C  
+ATOM    366  C   GLY A  47      20.083  28.729  23.321  1.00  1.00           C  
+ATOM    367  O   GLY A  47      19.991  28.584  24.561  1.00  1.00           O  
+ATOM    368  N   LYS A  48      20.801  27.931  22.578  1.00  1.00           N  
+ATOM    369  CA  LYS A  48      21.550  26.796  23.133  1.00  1.00           C  
+ATOM    370  C   LYS A  48      23.046  27.087  22.913  1.00  1.00           C  
+ATOM    371  O   LYS A  48      23.383  27.627  21.870  1.00  1.00           O  
+ATOM    372  CB  LYS A  48      21.242  25.519  22.391  1.00  1.00           C  
+ATOM    373  CG  LYS A  48      19.762  25.077  22.455  1.00  1.00           C  
+ATOM    374  CD  LYS A  48      19.634  23.885  21.531  1.00  1.00           C  
+ATOM    375  CE  LYS A  48      18.791  24.221  20.313  1.00  1.00           C  
+ATOM    376  NZ  LYS A  48      17.440  24.655  20.827  1.00  1.00           N  
+ATOM    377  N   GLN A  49      23.880  26.727  23.851  1.00  1.00           N  
+ATOM    378  CA  GLN A  49      25.349  26.872  23.643  1.00  1.00           C  
+ATOM    379  C   GLN A  49      25.743  25.586  22.922  1.00  1.00           C  
+ATOM    380  O   GLN A  49      25.325  24.489  23.378  1.00  1.00           O  
+ATOM    381  CB  GLN A  49      26.070  27.025  24.960  1.00  1.00           C  
+ATOM    382  CG  GLN A  49      27.553  27.356  24.695  1.00  1.00           C  
+ATOM    383  CD  GLN A  49      28.262  27.576  26.020  1.00  1.00           C  
+ATOM    384 OE1  GLN A  49      29.189  26.840  26.335  1.00  1.00           O  
+ATOM    385 NE2  GLN A  49      27.777  28.585  26.739  1.00  1.00           N  
+ATOM    386  N   LEU A  50      26.465  25.689  21.833  1.00  1.00           N  
+ATOM    387  CA  LEU A  50      26.826  24.521  21.012  1.00  1.00           C  
+ATOM    388  C   LEU A  50      27.994  23.781  21.643  1.00  1.00           C  
+ATOM    389  O   LEU A  50      28.904  24.444  22.098  1.00  1.00           O  
+ATOM    390  CB  LEU A  50      27.043  24.992  19.571  1.00  1.00           C  
+ATOM    391  CG  LEU A  50      25.931  25.844  18.959  1.00  1.00           C  
+ATOM    392 CD1  LEU A  50      26.203  26.083  17.471  1.00  1.00           C  
+ATOM    393 CD2  LEU A  50      24.577  25.190  19.079  1.00  1.00           C  
+ATOM    394  N   GLU A  51      27.942  22.448  21.648  1.00  1.00           N  
+ATOM    395  CA  GLU A  51      29.015  21.657  22.288  1.00  1.00           C  
+ATOM    396  C   GLU A  51      29.942  21.106  21.240  1.00  1.00           C  
+ATOM    397  O   GLU A  51      29.470  20.677  20.190  1.00  1.00           O  
+ATOM    398  CB  GLU A  51      28.348  20.540  23.066  1.00  1.00           C  
+ATOM    399  CG  GLU A  51      29.247  19.456  23.705  1.00  1.00           C  
+ATOM    400  CD  GLU A  51      28.722  19.047  25.066  1.00  1.00           C  
+ATOM    401 OE1  GLU A  51      29.139  18.132  25.746  1.00  1.00           O  
+ATOM    402 OE2  GLU A  51      27.777  19.842  25.367  1.00  1.00           O  
+ATOM    403  N   ASP A  52      31.233  21.090  21.459  1.00  1.00           N  
+ATOM    404  CA  ASP A  52      32.262  20.670  20.514  1.00  1.00           C  
+ATOM    405  C   ASP A  52      32.128  19.364  19.750  1.00  1.00           C  
+ATOM    406  O   ASP A  52      32.546  19.317  18.558  1.00  1.00           O  
+ATOM    407  CB  ASP A  52      33.638  20.716  21.242  1.00  1.00           C  
+ATOM    408  CG  ASP A  52      34.174  22.129  21.354  1.00  1.00           C  
+ATOM    409 OD1  ASP A  52      35.252  22.322  21.958  1.00  1.00           O  
+ATOM    410 OD2  ASP A  52      33.544  23.086  20.883  1.00  1.00           O  
+ATOM    411  N   GLY A  53      31.697  18.311  20.406  1.00  1.00           N  
+ATOM    412  CA  GLY A  53      31.568  16.962  19.825  1.00  1.00           C  
+ATOM    413  C   GLY A  53      30.320  16.698  19.051  1.00  1.00           C  
+ATOM    414  O   GLY A  53      30.198  15.657  18.366  1.00  1.00           O  
+ATOM    415  N   ARG A  54      29.340  17.594  19.076  1.00  1.00           N  
+ATOM    416  CA  ARG A  54      28.108  17.439  18.276  1.00  1.00           C  
+ATOM    417  C   ARG A  54      28.375  17.999  16.887  1.00  1.00           C  
+ATOM    418  O   ARG A  54      29.326  18.786  16.690  1.00  1.00           O  
+ATOM    419  CB  ARG A  54      26.926  18.191  18.892  1.00  1.00           C  
+ATOM    420  CG  ARG A  54      26.621  17.799  20.352  1.00  1.00           C  
+ATOM    421  CD  ARG A  54      26.010  16.370  20.280  1.00  1.00           C  
+ATOM    422  NE  ARG A  54      26.975  15.521  20.942  1.00  1.00           N  
+ATOM    423  CZ  ARG A  54      27.603  14.423  20.655  1.00  1.00           C  
+ATOM    424 NH1  ARG A  54      27.479  13.733  19.537  1.00  1.00           N  
+ATOM    425 NH2  ARG A  54      28.519  13.967  21.550  1.00  1.00           N  
+ATOM    426  N   THR A  55      27.510  17.689  15.954  1.00  1.00           N  
+ATOM    427  CA  THR A  55      27.574  18.192  14.563  1.00  1.00           C  
+ATOM    428  C   THR A  55      26.482  19.280  14.432  1.00  1.00           C  
+ATOM    429  O   THR A  55      25.609  19.388  15.287  1.00  1.00           O  
+ATOM    430  CB  THR A  55      27.299  17.055  13.533  1.00  1.00           C  
+ATOM    431 OG1  THR A  55      25.925  16.611  13.913  1.00  1.00           O  
+ATOM    432 CG2  THR A  55      28.236  15.864  13.558  1.00  1.00           C  
+ATOM    433  N   LEU A  56      26.585  20.063  13.378  1.00  1.00           N  
+ATOM    434  CA  LEU A  56      25.594  21.109  13.072  1.00  1.00           C  
+ATOM    435  C   LEU A  56      24.241  20.436  12.857  1.00  1.00           C  
+ATOM    436  O   LEU A  56      23.264  20.951  13.329  1.00  1.00           O  
+ATOM    437  CB  LEU A  56      26.084  21.888  11.833  1.00  1.00           C  
+ATOM    438  CG  LEU A  56      27.426  22.616  11.902  1.00  1.00           C  
+ATOM    439 CD1  LEU A  56      27.718  23.341  10.578  1.00  1.00           C  
+ATOM    440 CD2  LEU A  56      27.380  23.721  12.955  1.00  1.00           C  
+ATOM    441  N   SER A  57      24.240  19.233  12.246  1.00  1.00           N  
+ATOM    442  CA  SER A  57      22.924  18.583  12.025  1.00  1.00           C  
+ATOM    443  C   SER A  57      22.229  18.244  13.325  1.00  1.00           C  
+ATOM    444  O   SER A  57      20.963  18.253  13.395  1.00  1.00           O  
+ATOM    445  CB  SER A  57      23.059  17.326  11.154  1.00  1.00           C  
+ATOM    446  OG  SER A  57      23.914  16.395  11.755  1.00  1.00           O  
+ATOM    447  N   ASP A  58      22.997  17.978  14.366  1.00  1.00           N  
+ATOM    448  CA  ASP A  58      22.418  17.638  15.693  1.00  1.00           C  
+ATOM    449  C   ASP A  58      21.460  18.737  16.163  1.00  1.00           C  
+ATOM    450  O   ASP A  58      20.497  18.506  16.900  1.00  1.00           O  
+ATOM    451  CB  ASP A  58      23.461  17.331  16.741  1.00  1.00           C  
+ATOM    452  CG  ASP A  58      24.184  16.016  16.619  1.00  1.00           C  
+ATOM    453 OD1  ASP A  58      25.303  15.894  17.152  1.00  1.00           O  
+ATOM    454 OD2  ASP A  58      23.572  15.107  15.975  1.00  1.00           O  
+ATOM    455  N   TYR A  59      21.846  19.954  15.905  1.00  1.00           N  
+ATOM    456  CA  TYR A  59      21.079  21.149  16.251  1.00  1.00           C  
+ATOM    457  C   TYR A  59      20.142  21.590  15.149  1.00  1.00           C  
+ATOM    458  O   TYR A  59      19.499  22.645  15.321  1.00  1.00           O  
+ATOM    459  CB  TYR A  59      22.085  22.254  16.581  1.00  1.00           C  
+ATOM    460  CG  TYR A  59      22.945  21.951  17.785  1.00  1.00           C  
+ATOM    461 CD1  TYR A  59      24.272  21.544  17.644  1.00  1.00           C  
+ATOM    462 CD2  TYR A  59      22.437  22.157  19.065  1.00  1.00           C  
+ATOM    463 CE1  TYR A  59      25.052  21.285  18.776  1.00  1.00           C  
+ATOM    464 CE2  TYR A  59      23.204  21.907  20.192  1.00  1.00           C  
+ATOM    465  CZ  TYR A  59      24.517  21.470  20.030  1.00  1.00           C  
+ATOM    466  OH  TYR A  59      25.248  21.302  21.191  1.00  1.00           O  
+ATOM    467  N   ASN A  60      19.993  20.884  14.049  1.00  1.00           N  
+ATOM    468  CA  ASN A  60      19.065  21.352  12.999  1.00  1.00           C  
+ATOM    469  C   ASN A  60      19.442  22.745  12.510  1.00  1.00           C  
+ATOM    470  O   ASN A  60      18.571  23.610  12.289  1.00  1.00           O  
+ATOM    471  CB  ASN A  60      17.586  21.282  13.461  1.00  1.00           C  
+ATOM    472  CG  ASN A  60      16.576  21.258  12.315  1.00  1.00           C  
+ATOM    473 OD1  ASN A  60      15.440  21.819  12.378  1.00  1.00           O  
+ATOM    474 ND2  ASN A  60      16.924  20.586  11.216  1.00  1.00           N  
+ATOM    475  N   ILE A  61      20.717  22.964  12.260  1.00  1.00           N  
+ATOM    476  CA  ILE A  61      21.184  24.263  11.690  1.00  1.00           C  
+ATOM    477  C   ILE A  61      21.110  24.111  10.173  1.00  1.00           C  
+ATOM    478  O   ILE A  61      21.841  23.198   9.686  1.00  1.00           O  
+ATOM    479  CB  ILE A  61      22.650  24.516  12.172  1.00  1.00           C  
+ATOM    480 CG1  ILE A  61      22.662  24.819  13.699  1.00  1.00           C  
+ATOM    481 CG2  ILE A  61      23.376  25.645  11.409  1.00  1.00           C  
+ATOM    482 CD1  ILE A  61      24.123  24.981  14.195  1.00  1.00           C  
+ATOM    483  N   GLN A  62      20.291  24.875   9.507  1.00  1.00           N  
+ATOM    484  CA  GLN A  62      20.081  24.773   8.033  1.00  1.00           C  
+ATOM    485  C   GLN A  62      20.822  25.914   7.332  1.00  1.00           C  
+ATOM    486  O   GLN A  62      21.323  26.830   8.008  1.00  1.00           O  
+ATOM    487  CB  GLN A  62      18.599  24.736   7.727  1.00  1.00           C  
+ATOM    488  CG  GLN A  62      17.819  23.434   7.900  1.00  1.00           C  
+ATOM    489  CD  GLN A  62      16.509  23.529   7.116  1.00  1.00           C  
+ATOM    490 OE1  GLN A  62      15.446  22.980   7.433  1.00  1.00           O  
+ATOM    491 NE2  GLN A  62      16.539  24.293   6.009  1.00  1.00           N  
+ATOM    492  N   LYS A  63      20.924  25.862   6.006  1.00  1.00           N  
+ATOM    493  CA  LYS A  63      21.656  26.847   5.240  1.00  1.00           C  
+ATOM    494  C   LYS A  63      21.127  28.240   5.574  1.00  1.00           C  
+ATOM    495  O   LYS A  63      19.958  28.465   5.842  1.00  1.00           O  
+ATOM    496  CB  LYS A  63      21.631  26.642   3.731  1.00  1.00           C  
+ATOM    497  CG  LYS A  63      20.210  26.423   3.175  1.00  1.00           C  
+ATOM    498  CD  LYS A  63      20.268  26.589   1.656  1.00  1.00           C  
+ATOM    499  CE  LYS A  63      19.202  25.857   0.891  1.00  1.00           C  
+ATOM    500  NZ  LYS A  63      17.884  26.544   1.075  1.00  1.00           N  
+ATOM    501  N   GLU A  64      22.099  29.163   5.605  1.00  1.00           N  
+ATOM    502  CA  GLU A  64      21.907  30.563   5.881  1.00  1.00           C  
+ATOM    503  C   GLU A  64      21.466  30.953   7.261  1.00  1.00           C  
+ATOM    504  O   GLU A  64      21.066  32.112   7.533  1.00  1.00           O  
+ATOM    505  CB  GLU A  64      21.023  31.223   4.784  1.00  1.00           C  
+ATOM    506  CG  GLU A  64      21.861  31.342   3.474  1.00  1.00           C  
+ATOM    507  CD  GLU A  64      21.156  30.726   2.311  1.00  1.00           C  
+ATOM    508 OE1  GLU A  64      19.942  30.793   2.170  1.00  1.00           O  
+ATOM    509 OE2  GLU A  64      21.954  30.152   1.535  1.00  1.00           O  
+ATOM    510  N   SER A  65      21.674  30.034   8.191  1.00  1.00           N  
+ATOM    511  CA  SER A  65      21.419  30.253   9.620  1.00  1.00           C  
+ATOM    512  C   SER A  65      22.504  31.228  10.136  1.00  1.00           C  
+ATOM    513  O   SER A  65      23.579  31.321   9.554  1.00  1.00           O  
+ATOM    514  CB  SER A  65      21.637  28.923  10.353  1.00  1.00           C  
+ATOM    515  OG  SER A  65      20.544  28.047  10.059  1.00  1.00           O  
+ATOM    516  N   THR A  66      22.241  31.873  11.241  1.00  1.00           N  
+ATOM    517  CA  THR A  66      23.212  32.762  11.891  1.00  1.00           C  
+ATOM    518  C   THR A  66      23.509  32.224  13.290  1.00  1.00           C  
+ATOM    519  O   THR A  66      22.544  31.942  14.034  1.00  1.00           O  
+ATOM    520  CB  THR A  66      22.699  34.267  11.985  1.00  1.00           C  
+ATOM    521 OG1  THR A  66      22.495  34.690  10.589  1.00  1.00           O  
+ATOM    522 CG2  THR A  66      23.727  35.131  12.722  1.00  1.00           C  
+ATOM    523  N   LEU A  67      24.790  32.021  13.618  1.00  1.00           N  
+ATOM    524  CA  LEU A  67      25.149  31.609  14.980  1.00  1.00           C  
+ATOM    525  C   LEU A  67      25.698  32.876  15.669  1.00  1.00           C  
+ATOM    526  O   LEU A  67      26.158  33.730  14.894  1.00  1.00           O  
+ATOM    527  CB  LEU A  67      26.310  30.594  14.967  1.00  1.00           C  
+ATOM    528  CG  LEU A  67      26.290  29.480  13.960  1.00  1.00           C  
+ATOM    529 CD1  LEU A  67      27.393  28.442  14.229  1.00  1.00           C  
+ATOM    530 CD2  LEU A  67      24.942  28.807  13.952  1.00  1.00           C  
+ATOM    531  N   HIS A  68      25.621  32.945  16.950  1.00  1.00           N  
+ATOM    532  CA  HIS A  68      26.179  34.127  17.650  1.00  1.00           C  
+ATOM    533  C   HIS A  68      27.475  33.651  18.304  1.00  1.00           C  
+ATOM    534  O   HIS A  68      27.507  32.587  18.958  1.00  1.00           O  
+ATOM    535  CB  HIS A  68      25.214  34.565  18.780  1.00  1.00           C  
+ATOM    536  CG  HIS A  68      23.978  35.121  18.126  1.00  1.00           C  
+ATOM    537 ND1  HIS A  68      23.853  36.432  17.781  1.00  1.00           N  
+ATOM    538 CD2  HIS A  68      22.824  34.514  17.782  1.00  1.00           C  
+ATOM    539 CE1  HIS A  68      22.674  36.627  17.200  1.00  1.00           C  
+ATOM    540 NE2  HIS A  68      22.045  35.455  17.173  1.00  1.00           N  
+ATOM    541  N   LEU A  69      28.525  34.447  18.189  1.00  1.00           N  
+ATOM    542  CA  LEU A  69      29.801  34.145  18.829  1.00  1.00           C  
+ATOM    543  C   LEU A  69      30.052  35.042  20.004  1.00  1.00           C  
+ATOM    544  O   LEU A  69      30.105  36.305  19.788  1.00  1.00           O  
+ATOM    545  CB  LEU A  69      30.925  34.304  17.753  1.00  1.00           C  
+ATOM    546  CG  LEU A  69      32.345  34.183  18.358  1.00  1.00           C  
+ATOM    547 CD1  LEU A  69      32.555  32.783  18.870  1.00  1.00           C  
+ATOM    548 CD2  LEU A  69      33.361  34.491  17.245  1.00  1.00           C  
+ATOM    549  N   VAL A  70      30.124  34.533  21.191  1.00  1.00           N  
+ATOM    550  CA  VAL A  70      30.479  35.369  22.374  1.00  1.00           C  
+ATOM    551  C   VAL A  70      31.901  34.910  22.728  1.00  1.00           C  
+ATOM    552  O   VAL A  70      32.190  33.696  22.635  1.00  1.00           O  
+ATOM    553  CB  VAL A  70      29.472  35.181  23.498  1.00  1.00           C  
+ATOM    554 CG1  VAL A  70      29.821  35.957  24.765  1.00  1.00           C  
+ATOM    555 CG2  VAL A  70      28.049  35.454  23.071  1.00  1.00           C  
+ATOM    556  N   LEU A  71      32.763  35.831  23.090  1.00  1.00           N  
+ATOM    557  CA  LEU A  71      34.145  35.472  23.481  1.00  1.00           C  
+ATOM    558  C   LEU A  71      34.239  35.353  24.979  1.00  1.00           C  
+ATOM    559  O   LEU A  71      33.707  36.197  25.728  1.00  1.00           O  
+ATOM    560  CB  LEU A  71      35.114  36.564  22.907  1.00  1.00           C  
+ATOM    561  CG  LEU A  71      35.926  35.979  21.737  1.00  1.00           C  
+ATOM    562 CD1  LEU A  71      35.003  35.084  20.920  1.00  1.00           C  
+ATOM    563 CD2  LEU A  71      36.533  37.087  20.917  1.00  1.00           C  
+ATOM    564  N   ARG A  72      34.930  34.384  25.451  1.00  1.00           N  
+ATOM    565  CA  ARG A  72      35.161  34.174  26.896  1.00  1.00           C  
+ATOM    566  C   ARG A  72      36.671  34.296  27.089  1.00  1.00           C  
+ATOM    567  O   ARG A  72      37.305  33.233  26.795  1.00  1.00           O  
+ATOM    568  CB  ARG A  72      34.717  32.760  27.286  1.00  1.00           C  
+ATOM    569  CG  ARG A  72      35.752  32.054  28.160  1.00  1.00           C  
+ATOM    570  CD  ARG A  72      35.612  30.577  28.044  1.00  1.00           C  
+ATOM    571  NE  ARG A  72      35.040  30.252  26.730  1.00  1.00           N  
+ATOM    572  CZ  ARG A  72      34.338  29.103  26.650  1.00  1.00           C  
+ATOM    573 NH1  ARG A  72      34.110  28.437  27.768  1.00  1.00           N  
+ATOM    574 NH2  ARG A  72      34.014  28.657  25.457  1.00  1.00           N  
+ATOM    575  N   LEU A  73      37.197  35.397  27.513  1.00  1.00           N  
+ATOM    576  CA  LEU A  73      38.668  35.502  27.680  1.00  1.00           C  
+ATOM    577  C   LEU A  73      39.076  34.931  29.031  1.00  1.00           C  
+ATOM    578  O   LEU A  73      38.297  34.946  29.996  1.00  1.00           O  
+ATOM    579  CB  LEU A  73      39.080  36.941  27.406  1.00  1.00           C  
+ATOM    580  CG  LEU A  73      39.502  37.340  26.002  1.00  1.00           C  
+ATOM    581 CD1  LEU A  73      38.684  36.647  24.923  1.00  1.00           C  
+ATOM    582 CD2  LEU A  73      39.337  38.854  25.862  1.00  1.00           C  
+ATOM    583  N   ARG A  74      40.294  34.412  29.045  1.00  1.00           N  
+ATOM    584  CA  ARG A  74      40.873  33.802  30.253  1.00  1.00           C  
+ATOM    585  C   ARG A  74      41.765  34.829  30.944  1.00  1.00           C  
+ATOM    586  O   ARG A  74      42.945  34.994  30.583  1.00  1.00           O  
+ATOM    587  CB  ARG A  74      41.651  32.529  29.923  1.00  1.00           C  
+ATOM    588  CG  ARG A  74      41.608  31.444  30.989  1.00  1.00           C  
+ATOM    589  CD  ARG A  74      41.896  30.080  30.456  1.00  1.00           C  
+ATOM    590  NE  ARG A  74      43.311  29.735  30.563  1.00  1.00           N  
+ATOM    591  CZ  ARG A  74      44.174  29.905  29.554  1.00  1.00           C  
+ATOM    592 NH1  ARG A  74      43.754  30.312  28.356  1.00  1.00           N  
+ATOM    593 NH2  ARG A  74      45.477  29.726  29.763  1.00  1.00           N  
+ATOM    594  N   GLY A  75      41.165  35.531  31.898  1.00  1.00           N  
+ATOM    595  CA  GLY A  75      41.845  36.550  32.686  1.00  1.00           C  
+ATOM    596  C   GLY A  75      41.251  37.941  32.588  1.00  1.00           C  
+ATOM    597  O   GLY A  75      41.102  38.523  31.500  1.00  1.00           O  
+ATOM    598  N   GLY A  76      40.946  38.472  33.757  1.00  1.00           N  
+ATOM    599  CA  GLY A  76      40.373  39.813  33.944  1.00  1.00           C  
+ATOM    600  C   GLY A  76      40.031  39.992  35.432  1.00  1.00           C  
+ATOM    601  O   GLY A  76      38.933  40.525  35.687  1.00  1.00           O  
+ATOM    602 OXT  GLY A  76      40.862  39.575  36.251  1.00  1.00           O  
+ATOM    603  O   HOH A  77      45.747  30.081  19.708  1.00  1.00           O  
+ATOM    604  O   HOH A  78      19.168  31.868  17.050  1.00  1.00           O  
+ATOM    605  O   HOH A  79      32.010  38.387  19.636  1.00  1.00           O  
+ATOM    606  O   HOH A  80      42.084  27.361  21.953  1.00  1.00           O  
+ATOM    607  O   HOH A  81      21.314  20.644   8.719  1.00  1.00           O  
+ATOM    608  O   HOH A  82      31.965  38.637   3.699  1.00  1.00           O  
+ATOM    609  O   HOH A  83      27.707  15.908   4.653  1.00  1.00           O  
+ATOM    610  O   HOH A  84      19.969  32.720  14.769  1.00  1.00           O  
+ATOM    611  O   HOH A  85      29.847  13.577  10.864  1.00  1.00           O  
+ATOM    612  O   HOH A  86      23.893  27.864   1.501  1.00  1.00           O  
+ATOM    613  O   HOH A  87      19.638  23.312   4.775  1.00  1.00           O  
+ATOM    614  O   HOH A  88      34.628  29.369   4.779  1.00  1.00           O  
+ATOM    615  O   HOH A  89      42.240  24.744  25.707  1.00  1.00           O  
+ATOM    616  O   HOH A  90      30.290  42.500   8.820  1.00  1.00           O  
+ATOM    617  O   HOH A  91      24.512  39.162  10.841  1.00  1.00           O  
+ATOM    618  O   HOH A  92      26.557  43.450  19.940  1.00  1.00           O  
+ATOM    619  O   HOH A  93      42.535  22.385  13.872  1.00  1.00           O  
+ATOM    620  O   HOH A  94      42.440  26.381  12.686  1.00  1.00           O  
+ATOM    621  O   HOH A  95      22.651  14.457  13.085  1.00  1.00           O  
+ATOM    622  O   HOH A  96      35.325  26.551  23.202  1.00  1.00           O  
+ATOM    623  O   HOH A  97      23.629  20.940   3.146  1.00  1.00           O  
+ATOM    624  O   HOH A  98      25.928  21.774   2.325  1.00  1.00           O  
+ATOM    625  O   HOH A  99      33.388  21.973   5.659  1.00  1.00           O  
+ATOM    626  O   HOH A 100      18.326  23.911  17.697  1.00  1.00           O  
+ATOM    627  O   HOH A 101      18.160  27.072  10.662  1.00  1.00           O  
+ATOM    628  O   HOH A 102      34.746  17.167  18.219  1.00  1.00           O  
+ATOM    629  O   HOH A 103      19.801  32.364  20.210  1.00  1.00           O  
+ATOM    630  O   HOH A 104      30.285  26.829  22.191  1.00  1.00           O  
+ATOM    631  O   HOH A 105      44.612  32.306  16.961  1.00  1.00           O  
+ATOM    632  O   HOH A 106      16.287  25.999  13.142  1.00  1.00           O  
+ATOM    633  O   HOH A 107      27.101  42.135  15.494  1.00  1.00           O  
+ATOM    634  O   HOH A 108      37.209  23.795  21.367  1.00  1.00           O  
+ATOM    635  O   HOH A 109      19.582  32.034  -0.685  1.00  1.00           O  
+ATOM    636  O   HOH A 110      28.824  25.094   0.886  1.00  1.00           O  
+ATOM    637  O   HOH A 111      25.146  19.162  25.323  1.00  1.00           O  
+ATOM    638  O   HOH A 112      20.747  37.769  14.674  1.00  1.00           O  
+ATOM    639  O   HOH A 113      16.035  17.841   8.765  1.00  1.00           O  
+ATOM    640  O   HOH A 114      35.712  46.814  12.926  1.00  1.00           O  
+ATOM    641  O   HOH A 115      15.570  27.475   7.482  1.00  1.00           O  
+ATOM    642  O   HOH A 116      33.447  21.075   2.918  1.00  1.00           O  
+ATOM    643  O   HOH A 117      41.116  39.021  13.061  1.00  1.00           O  
+ATOM    644  O   HOH A 118      32.346  13.689  18.912  1.00  1.00           O  
+ATOM    645  O   HOH A 119      31.197  13.048   7.920  1.00  1.00           O  
+ATOM    646  O   HOH A 120      42.853  39.375  29.308  1.00  1.00           O  
+ATOM    647  O   HOH A 121      39.646  23.959   9.699  1.00  1.00           O  
+ATOM    648  O   HOH A 122      34.405  45.181  13.420  1.00  1.00           O  
+ATOM    649  O   HOH A 123      26.517  24.300  27.592  1.00  1.00           O  
+ATOM    650  O   HOH A 124      40.740  38.734   9.602  1.00  1.00           O  
+ATOM    651  O   HOH A 125      31.494  18.276  23.170  1.00  1.00           O  
+ATOM    652  O   HOH A 126      37.752  30.947   1.059  1.00  1.00           O  
+ATOM    653  O   HOH A 127      31.771  16.941   7.511  1.00  1.00           O  
+ATOM    654  O   HOH A 128      41.628  24.537  10.145  1.00  1.00           O  
+ATOM    655  O   HOH A 129      28.988  22.175  -1.744  1.00  1.00           O  
+ATOM    656  O   HOH A 130      14.882  16.539  10.692  1.00  1.00           O  
+ATOM    657  O   HOH A 131      32.589  40.385   7.523  1.00  1.00           O  
+ATOM    658  O   HOH A 132      38.363  30.369   5.579  1.00  1.00           O  
+ATOM    659  O   HOH A 133      27.841  46.062  17.589  1.00  1.00           O  
+ATOM    660  O   HOH A 134      37.667  43.421  17.000  1.00  1.00           O  
+TER
+HEADER A28CYR
+MODEL 0
+ATOM      0  N   CYR A  28      37.481  25.749  14.571  1.00  1.00           N  
+ATOM      1  CA  CYR A  28      38.794  25.761  13.880  1.00  1.00           C  
+ATOM      2  CB  CYR A  28      39.337  24.290  13.871  1.00  1.00           C  
+ATOM      3  SG  CYR A  28      41.143  24.265  13.554  1.00  1.00           S  
+ATOM      4 S1L  CYR A  28      41.874  22.539  14.307  1.00  1.00           S  
+ATOM      5 C1L  CYR A  28      43.071  22.028  12.955  1.00  1.00           C  
+ATOM      6 C1R  CYR A  28      44.447  22.557  13.119  1.00  1.00           C  
+ATOM      7 C2R  CYR A  28      45.005  23.573  12.393  1.00  1.00           C  
+ATOM      8  C1  CYR A  28      45.443  22.100  14.210  1.00  1.00           C  
+ATOM      9  C2  CYR A  28      46.472  23.796  12.682  1.00  1.00           C  
+ATOM     10  NN  CYR A  28      46.662  22.823  13.738  1.00  1.00           N  
+ATOM     11  ON  CYR A  28      47.754  22.636  14.359  1.00  1.00           O  
+ATOM     12 C2D  CYR A  28      46.630  25.354  13.120  1.00  1.00           C  
+ATOM     13 C1D  CYR A  28      44.994  22.478  15.607  1.00  1.00           C  
+ATOM     14 C2A  CYR A  28      47.460  23.445  11.640  1.00  1.00           C  
+ATOM     15 C1A  CYR A  28      45.770  20.613  14.162  1.00  1.00           C  
+ATOM     16  C   CYR A  28      38.718  26.591  12.616  1.00  1.00           C  
+ATOM     17  O   CYR A  28      39.704  27.346  12.277  1.00  1.00           O  
+TER
+ENDMDL
+MODEL 1
+ATOM      0  N   CYR A  28      37.443  25.778  14.545  0.81  1.00           N  
+ATOM      1  CA  CYR A  28      38.794  25.761  13.880  0.81  1.00           C  
+ATOM      2  CB  CYR A  28      39.297  24.299  13.639  0.81  1.00           C  
+ATOM      3  SG  CYR A  28      41.100  24.277  13.627  0.81  1.00           S  
+ATOM      4 S1L  CYR A  28      41.378  22.418  14.366  0.81  1.00           S  
+ATOM      5 C1L  CYR A  28      41.085  21.497  12.913  0.81  1.00           C  
+ATOM      6 C1R  CYR A  28      42.160  21.696  11.882  0.81  1.00           C  
+ATOM      7 C2R  CYR A  28      42.039  22.252  10.682  0.81  1.00           C  
+ATOM      8  C1  CYR A  28      43.603  21.177  12.132  0.81  1.00           C  
+ATOM      9  C2  CYR A  28      43.229  22.259   9.861  0.81  1.00           C  
+ATOM     10  NN  CYR A  28      44.179  21.552  10.774  0.81  1.00           N  
+ATOM     11  ON  CYR A  28      45.414  21.404  10.543  0.81  1.00           O  
+ATOM     12 C2D  CYR A  28      43.749  23.665   9.758  0.81  1.00           C  
+ATOM     13 C1D  CYR A  28      44.484  21.924  13.216  0.81  1.00           C  
+ATOM     14 C2A  CYR A  28      43.288  21.533   8.536  0.81  1.00           C  
+ATOM     15 C1A  CYR A  28      43.644  19.727  12.258  0.81  1.00           C  
+ATOM     16  C   CYR A  28      38.669  26.606  12.618  0.81  1.00           C  
+ATOM     17  O   CYR A  28      39.704  27.346  12.277  0.81  1.00           O  
+TER
+ENDMDL
+MODEL 2
+ATOM      0  N   CYR A  28      37.533  25.729  14.575  0.80  1.00           N  
+ATOM      1  CA  CYR A  28      38.794  25.761  13.880  0.80  1.00           C  
+ATOM      2  CB  CYR A  28      39.395  24.385  13.530  0.80  1.00           C  
+ATOM      3  SG  CYR A  28      41.157  24.268  13.548  0.80  1.00           S  
+ATOM      4 S1L  CYR A  28      41.643  22.347  13.064  0.80  1.00           S  
+ATOM      5 C1L  CYR A  28      42.621  22.464  11.550  0.80  1.00           C  
+ATOM      6 C1R  CYR A  28      44.043  22.725  11.965  0.80  1.00           C  
+ATOM      7 C2R  CYR A  28      44.558  23.916  12.092  0.80  1.00           C  
+ATOM      8  C1  CYR A  28      45.072  21.548  12.185  0.80  1.00           C  
+ATOM      9  C2  CYR A  28      46.020  23.944  12.408  0.80  1.00           C  
+ATOM     10  NN  CYR A  28      46.243  22.423  12.556  0.80  1.00           N  
+ATOM     11  ON  CYR A  28      47.461  22.029  12.720  0.80  1.00           O  
+ATOM     12 C2D  CYR A  28      46.235  24.692  13.681  0.80  1.00           C  
+ATOM     13 C1D  CYR A  28      44.886  20.668  13.455  0.80  1.00           C  
+ATOM     14 C2A  CYR A  28      46.947  24.569  11.335  0.80  1.00           C  
+ATOM     15 C1A  CYR A  28      45.360  20.644  10.993  0.80  1.00           C  
+ATOM     16  C   CYR A  28      38.753  26.589  12.602  0.80  1.00           C  
+ATOM     17  O   CYR A  28      39.704  27.346  12.277  0.80  1.00           O  
+TER
+ENDMDL
+MODEL 3
+ATOM      0  N   CYR A  28      37.417  25.782  14.552  0.60  1.00           N  
+ATOM      1  CA  CYR A  28      38.794  25.761  13.880  0.60  1.00           C  
+ATOM      2  CB  CYR A  28      39.232  24.310  13.528  0.60  1.00           C  
+ATOM      3  SG  CYR A  28      40.996  24.195  13.201  0.60  1.00           S  
+ATOM      4 S1L  CYR A  28      41.113  22.404  12.342  0.60  1.00           S  
+ATOM      5 C1L  CYR A  28      40.902  22.700  10.587  0.60  1.00           C  
+ATOM      6 C1R  CYR A  28      41.649  21.701   9.707  0.60  1.00           C  
+ATOM      7 C2R  CYR A  28      42.660  22.053   8.929  0.60  1.00           C  
+ATOM      8  C1  CYR A  28      41.403  20.210   9.539  0.60  1.00           C  
+ATOM      9  C2  CYR A  28      43.181  21.048   8.029  0.60  1.00           C  
+ATOM     10  NN  CYR A  28      42.231  19.939   8.398  0.60  1.00           N  
+ATOM     11  ON  CYR A  28      42.425  18.730   8.022  0.60  1.00           O  
+ATOM     12 C2D  CYR A  28      44.665  20.754   8.232  0.60  1.00           C  
+ATOM     13 C1D  CYR A  28      41.736  19.403  10.885  0.60  1.00           C  
+ATOM     14 C2A  CYR A  28      42.872  21.483   6.574  0.60  1.00           C  
+ATOM     15 C1A  CYR A  28      39.941  19.936   9.072  0.60  1.00           C  
+ATOM     16  C   CYR A  28      38.662  26.610  12.615  0.60  1.00           C  
+ATOM     17  O   CYR A  28      39.704  27.346  12.277  0.60  1.00           O  
+TER
+ENDMDL
+MODEL 4
+ATOM      0  N   CYR A  28      37.461  25.775  14.540  0.54  1.00           N  
+ATOM      1  CA  CYR A  28      38.794  25.761  13.880  0.54  1.00           C  
+ATOM      2  CB  CYR A  28      39.266  24.359  13.587  0.54  1.00           C  
+ATOM      3  SG  CYR A  28      40.095  23.385  14.967  0.54  1.00           S  
+ATOM      4 S1L  CYR A  28      40.505  21.614  14.069  0.54  1.00           S  
+ATOM      5 C1L  CYR A  28      41.998  21.944  13.114  0.54  1.00           C  
+ATOM      6 C1R  CYR A  28      43.117  22.296  13.973  0.54  1.00           C  
+ATOM      7 C2R  CYR A  28      43.607  23.561  14.205  0.54  1.00           C  
+ATOM      8  C1  CYR A  28      43.874  21.124  14.655  0.54  1.00           C  
+ATOM      9  C2  CYR A  28      44.785  23.470  15.131  0.54  1.00           C  
+ATOM     10  NN  CYR A  28      44.902  21.916  15.324  0.54  1.00           N  
+ATOM     11  ON  CYR A  28      45.835  21.399  15.997  0.54  1.00           O  
+ATOM     12 C2D  CYR A  28      44.314  24.064  16.420  0.54  1.00           C  
+ATOM     13 C1D  CYR A  28      43.032  20.354  15.730  0.54  1.00           C  
+ATOM     14 C2A  CYR A  28      46.086  24.056  14.518  0.54  1.00           C  
+ATOM     15 C1A  CYR A  28      44.652  20.184  13.668  0.54  1.00           C  
+ATOM     16  C   CYR A  28      38.671  26.620  12.595  0.54  1.00           C  
+ATOM     17  O   CYR A  28      39.704  27.346  12.277  0.54  1.00           O  
+TER
+ENDMDL
+MODEL 5
+ATOM      0  N   CYR A  28      37.521  25.717  14.600  0.46  1.00           N  
+ATOM      1  CA  CYR A  28      38.794  25.761  13.880  0.46  1.00           C  
+ATOM      2  CB  CYR A  28      39.259  24.273  13.574  0.46  1.00           C  
+ATOM      3  SG  CYR A  28      40.156  23.938  12.039  0.46  1.00           S  
+ATOM      4 S1L  CYR A  28      40.489  21.879  12.104  0.46  1.00           S  
+ATOM      5 C1L  CYR A  28      42.219  21.792  12.682  0.46  1.00           C  
+ATOM      6 C1R  CYR A  28      42.248  21.617  14.152  0.46  1.00           C  
+ATOM      7 C2R  CYR A  28      42.618  22.504  15.084  0.46  1.00           C  
+ATOM      8  C1  CYR A  28      41.809  20.281  14.801  0.46  1.00           C  
+ATOM      9  C2  CYR A  28      42.628  21.969  16.464  0.46  1.00           C  
+ATOM     10  NN  CYR A  28      42.196  20.536  16.231  0.46  1.00           N  
+ATOM     11  ON  CYR A  28      42.317  19.672  17.175  0.46  1.00           O  
+ATOM     12 C2D  CYR A  28      41.519  22.604  17.442  0.46  1.00           C  
+ATOM     13 C1D  CYR A  28      40.267  19.967  14.820  0.46  1.00           C  
+ATOM     14 C2A  CYR A  28      44.084  21.949  17.054  0.46  1.00           C  
+ATOM     15 C1A  CYR A  28      42.593  19.143  14.229  0.46  1.00           C  
+ATOM     16  C   CYR A  28      38.772  26.609  12.561  0.46  1.00           C  
+ATOM     17  O   CYR A  28      39.704  27.346  12.277  0.46  1.00           O  
+TER
+ENDMDL
+MODEL 6
+ATOM      0  N   CYR A  28      37.577  25.754  14.514  0.41  1.00           N  
+ATOM      1  CA  CYR A  28      38.794  25.761  13.880  0.41  1.00           C  
+ATOM      2  CB  CYR A  28      39.241  24.337  13.465  0.41  1.00           C  
+ATOM      3  SG  CYR A  28      41.013  24.053  12.912  0.41  1.00           S  
+ATOM      4 S1L  CYR A  28      41.890  24.063  14.664  0.41  1.00           S  
+ATOM      5 C1L  CYR A  28      42.237  22.268  15.087  0.41  1.00           C  
+ATOM      6 C1R  CYR A  28      43.009  22.073  16.337  0.41  1.00           C  
+ATOM      7 C2R  CYR A  28      44.261  21.555  16.436  0.41  1.00           C  
+ATOM      8  C1  CYR A  28      42.411  22.439  17.717  0.41  1.00           C  
+ATOM      9  C2  CYR A  28      44.775  21.575  17.910  0.41  1.00           C  
+ATOM     10  NN  CYR A  28      43.545  22.144  18.614  0.41  1.00           N  
+ATOM     11  ON  CYR A  28      43.472  22.074  19.921  0.41  1.00           O  
+ATOM     12 C2D  CYR A  28      45.871  22.625  18.047  0.41  1.00           C  
+ATOM     13 C1D  CYR A  28      42.189  23.933  17.960  0.41  1.00           C  
+ATOM     14 C2A  CYR A  28      45.128  20.190  18.463  0.41  1.00           C  
+ATOM     15 C1A  CYR A  28      41.263  21.571  18.016  0.41  1.00           C  
+ATOM     16  C   CYR A  28      38.711  26.579  12.638  0.41  1.00           C  
+ATOM     17  O   CYR A  28      39.704  27.346  12.277  0.41  1.00           O  
+TER
+ENDMDL
+MODEL 7
+ATOM      0  N   CYR A  28      37.540  25.729  14.572  0.30  1.00           N  
+ATOM      1  CA  CYR A  28      38.794  25.761  13.880  0.30  1.00           C  
+ATOM      2  CB  CYR A  28      39.224  24.313  13.522  0.30  1.00           C  
+ATOM      3  SG  CYR A  28      40.910  23.742  13.911  0.30  1.00           S  
+ATOM      4 S1L  CYR A  28      41.988  24.148  12.396  0.30  1.00           S  
+ATOM      5 C1L  CYR A  28      42.903  25.640  12.811  0.30  1.00           C  
+ATOM      6 C1R  CYR A  28      44.319  25.380  13.238  0.30  1.00           C  
+ATOM      7 C2R  CYR A  28      44.747  25.431  14.525  0.30  1.00           C  
+ATOM      8  C1  CYR A  28      45.405  25.153  12.282  0.30  1.00           C  
+ATOM      9  C2  CYR A  28      46.277  25.288  14.650  0.30  1.00           C  
+ATOM     10  NN  CYR A  28      46.569  25.108  13.250  0.30  1.00           N  
+ATOM     11  ON  CYR A  28      47.718  24.775  12.829  0.30  1.00           O  
+ATOM     12 C2D  CYR A  28      46.575  23.990  15.451  0.30  1.00           C  
+ATOM     13 C1D  CYR A  28      45.404  23.810  11.628  0.30  1.00           C  
+ATOM     14 C2A  CYR A  28      47.046  26.512  15.209  0.30  1.00           C  
+ATOM     15 C1A  CYR A  28      45.683  26.245  11.207  0.30  1.00           C  
+ATOM     16  C   CYR A  28      38.753  26.598  12.588  0.30  1.00           C  
+ATOM     17  O   CYR A  28      39.704  27.346  12.277  0.30  1.00           O  
+TER
+ENDMDL
+MODEL 8
+ATOM      0  N   CYR A  28      37.529  25.669  14.672  0.29  1.00           N  
+ATOM      1  CA  CYR A  28      38.794  25.761  13.880  0.29  1.00           C  
+ATOM      2  CB  CYR A  28      39.484  24.389  13.775  0.29  1.00           C  
+ATOM      3  SG  CYR A  28      39.361  23.596  12.085  0.29  1.00           S  
+ATOM      4 S1L  CYR A  28      40.890  22.278  12.039  0.29  1.00           S  
+ATOM      5 C1L  CYR A  28      42.185  23.263  11.196  0.29  1.00           C  
+ATOM      6 C1R  CYR A  28      43.347  22.415  10.704  0.29  1.00           C  
+ATOM      7 C2R  CYR A  28      44.629  22.415  11.112  0.29  1.00           C  
+ATOM      8  C1  CYR A  28      43.198  21.468   9.523  0.29  1.00           C  
+ATOM      9  C2  CYR A  28      45.545  21.456  10.561  0.29  1.00           C  
+ATOM     10  NN  CYR A  28      44.638  20.978   9.486  0.29  1.00           N  
+ATOM     11  ON  CYR A  28      45.044  19.901   8.929  0.29  1.00           O  
+ATOM     12 C2D  CYR A  28      45.801  20.312  11.589  0.29  1.00           C  
+ATOM     13 C1D  CYR A  28      42.331  20.283   9.911  0.29  1.00           C  
+ATOM     14 C2A  CYR A  28      46.812  21.999   9.865  0.29  1.00           C  
+ATOM     15 C1A  CYR A  28      42.714  21.954   8.185  0.29  1.00           C  
+ATOM     16  C   CYR A  28      38.853  26.580  12.564  0.29  1.00           C  
+ATOM     17  O   CYR A  28      39.704  27.346  12.277  0.29  1.00           O  
+TER
+ENDMDL
+MODEL 9
+ATOM      0  N   CYR A  28      37.472  25.816  14.470  0.26  1.00           N  
+ATOM      1  CA  CYR A  28      38.794  25.761  13.880  0.26  1.00           C  
+ATOM      2  CB  CYR A  28      39.136  24.321  13.557  0.26  1.00           C  
+ATOM      3  SG  CYR A  28      40.876  24.014  13.061  0.26  1.00           S  
+ATOM      4 S1L  CYR A  28      40.807  24.502  11.065  0.26  1.00           S  
+ATOM      5 C1L  CYR A  28      42.374  25.331  10.801  0.26  1.00           C  
+ATOM      6 C1R  CYR A  28      43.637  24.471  11.037  0.26  1.00           C  
+ATOM      7 C2R  CYR A  28      44.321  24.419  12.197  0.26  1.00           C  
+ATOM      8  C1  CYR A  28      44.226  23.599   9.960  0.26  1.00           C  
+ATOM      9  C2  CYR A  28      45.537  23.548  12.149  0.26  1.00           C  
+ATOM     10  NN  CYR A  28      45.482  23.143  10.724  0.26  1.00           N  
+ATOM     11  ON  CYR A  28      46.146  22.127  10.387  0.26  1.00           O  
+ATOM     12 C2D  CYR A  28      45.431  22.318  13.122  0.26  1.00           C  
+ATOM     13 C1D  CYR A  28      43.377  22.314   9.768  0.26  1.00           C  
+ATOM     14 C2A  CYR A  28      46.893  24.278  12.336  0.26  1.00           C  
+ATOM     15 C1A  CYR A  28      44.660  24.315   8.658  0.26  1.00           C  
+ATOM     16  C   CYR A  28      38.597  26.638  12.604  0.26  1.00           C  
+ATOM     17  O   CYR A  28      39.704  27.346  12.277  0.26  1.00           O  
+TER
+ENDMDL
+MODEL 10
+ATOM      0  N   CYR A  28      37.507  25.748  14.560  0.21  1.00           N  
+ATOM      1  CA  CYR A  28      38.794  25.761  13.880  0.21  1.00           C  
+ATOM      2  CB  CYR A  28      39.197  24.297  13.462  0.21  1.00           C  
+ATOM      3  SG  CYR A  28      40.766  24.102  12.667  0.21  1.00           S  
+ATOM      4 S1L  CYR A  28      42.127  25.061  13.881  0.21  1.00           S  
+ATOM      5 C1L  CYR A  28      42.227  24.076  15.471  0.21  1.00           C  
+ATOM      6 C1R  CYR A  28      43.515  24.077  16.234  0.21  1.00           C  
+ATOM      7 C2R  CYR A  28      44.696  24.639  15.919  0.21  1.00           C  
+ATOM      8  C1  CYR A  28      43.544  23.239  17.558  0.21  1.00           C  
+ATOM      9  C2  CYR A  28      45.710  24.543  16.983  0.21  1.00           C  
+ATOM     10  NN  CYR A  28      44.871  23.730  17.983  0.21  1.00           N  
+ATOM     11  ON  CYR A  28      45.415  23.187  19.046  0.21  1.00           O  
+ATOM     12 C2D  CYR A  28      46.027  25.909  17.574  0.21  1.00           C  
+ATOM     13 C1D  CYR A  28      42.490  23.786  18.503  0.21  1.00           C  
+ATOM     14 C2A  CYR A  28      46.904  23.743  16.551  0.21  1.00           C  
+ATOM     15 C1A  CYR A  28      43.540  21.718  17.340  0.21  1.00           C  
+ATOM     16  C   CYR A  28      38.722  26.578  12.635  0.21  1.00           C  
+ATOM     17  O   CYR A  28      39.704  27.346  12.277  0.21  1.00           O  
+TER
+ENDMDL
+MODEL 11
+ATOM      0  N   CYR A  28      37.591  25.668  14.642  0.20  1.00           N  
+ATOM      1  CA  CYR A  28      38.794  25.761  13.880  0.20  1.00           C  
+ATOM      2  CB  CYR A  28      39.469  24.375  13.678  0.20  1.00           C  
+ATOM      3  SG  CYR A  28      39.569  23.249  15.087  0.20  1.00           S  
+ATOM      4 S1L  CYR A  28      41.089  23.996  16.107  0.20  1.00           S  
+ATOM      5 C1L  CYR A  28      42.509  23.020  15.698  0.20  1.00           C  
+ATOM      6 C1R  CYR A  28      43.058  22.148  16.757  0.20  1.00           C  
+ATOM      7 C2R  CYR A  28      44.082  22.418  17.555  0.20  1.00           C  
+ATOM      8  C1  CYR A  28      42.395  20.786  16.999  0.20  1.00           C  
+ATOM      9  C2  CYR A  28      44.275  21.314  18.535  0.20  1.00           C  
+ATOM     10  NN  CYR A  28      43.274  20.311  18.158  0.20  1.00           N  
+ATOM     11  ON  CYR A  28      43.048  19.204  18.777  0.20  1.00           O  
+ATOM     12 C2D  CYR A  28      43.961  21.793  19.987  0.20  1.00           C  
+ATOM     13 C1D  CYR A  28      40.882  20.668  17.376  0.20  1.00           C  
+ATOM     14 C2A  CYR A  28      45.694  20.678  18.564  0.20  1.00           C  
+ATOM     15 C1A  CYR A  28      42.808  19.875  15.817  0.20  1.00           C  
+ATOM     16  C   CYR A  28      38.860  26.548  12.611  0.20  1.00           C  
+ATOM     17  O   CYR A  28      39.704  27.346  12.277  0.20  1.00           O  
+TER
+ENDMDL
+MODEL 12
+ATOM      0  N   CYR A  28      37.504  25.821  14.446  0.19  1.00           N  
+ATOM      1  CA  CYR A  28      38.794  25.761  13.880  0.19  1.00           C  
+ATOM      2  CB  CYR A  28      39.065  24.309  13.591  0.19  1.00           C  
+ATOM      3  SG  CYR A  28      40.825  23.927  13.176  0.19  1.00           S  
+ATOM      4 S1L  CYR A  28      40.958  23.981  11.081  0.19  1.00           S  
+ATOM      5 C1L  CYR A  28      42.154  25.392  10.792  0.19  1.00           C  
+ATOM      6 C1R  CYR A  28      43.499  25.180  11.343  0.19  1.00           C  
+ATOM      7 C2R  CYR A  28      44.120  25.793  12.397  0.19  1.00           C  
+ATOM      8  C1  CYR A  28      44.413  24.204  10.662  0.19  1.00           C  
+ATOM      9  C2  CYR A  28      45.570  25.316  12.589  0.19  1.00           C  
+ATOM     10  NN  CYR A  28      45.585  24.236  11.508  0.19  1.00           N  
+ATOM     11  ON  CYR A  28      46.644  23.529  11.416  0.19  1.00           O  
+ATOM     12 C2D  CYR A  28      45.708  24.766  14.011  0.19  1.00           C  
+ATOM     13 C1D  CYR A  28      44.060  22.764  10.562  0.19  1.00           C  
+ATOM     14 C2A  CYR A  28      46.654  26.355  12.439  0.19  1.00           C  
+ATOM     15 C1A  CYR A  28      44.840  24.746   9.249  0.19  1.00           C  
+ATOM     16  C   CYR A  28      38.581  26.660  12.579  0.19  1.00           C  
+ATOM     17  O   CYR A  28      39.704  27.346  12.277  0.19  1.00           O  
+TER
+ENDMDL
+MODEL 13
+ATOM      0  N   CYR A  28      37.437  25.756  14.583  0.17  1.00           N  
+ATOM      1  CA  CYR A  28      38.794  25.761  13.880  0.17  1.00           C  
+ATOM      2  CB  CYR A  28      39.288  24.313  13.397  0.17  1.00           C  
+ATOM      3  SG  CYR A  28      39.545  23.101  14.781  0.17  1.00           S  
+ATOM      4 S1L  CYR A  28      41.012  24.079  15.801  0.17  1.00           S  
+ATOM      5 C1L  CYR A  28      42.468  23.209  15.212  0.17  1.00           C  
+ATOM      6 C1R  CYR A  28      43.676  23.380  16.058  0.17  1.00           C  
+ATOM      7 C2R  CYR A  28      44.568  24.382  16.091  0.17  1.00           C  
+ATOM      8  C1  CYR A  28      44.011  22.372  17.044  0.17  1.00           C  
+ATOM      9  C2  CYR A  28      45.667  24.193  17.031  0.17  1.00           C  
+ATOM     10  NN  CYR A  28      45.356  22.858  17.546  0.17  1.00           N  
+ATOM     11  ON  CYR A  28      46.231  22.205  18.251  0.17  1.00           O  
+ATOM     12 C2D  CYR A  28      45.436  25.158  18.208  0.17  1.00           C  
+ATOM     13 C1D  CYR A  28      42.989  22.259  18.218  0.17  1.00           C  
+ATOM     14 C2A  CYR A  28      47.127  24.435  16.533  0.17  1.00           C  
+ATOM     15 C1A  CYR A  28      44.295  20.959  16.504  0.17  1.00           C  
+ATOM     16  C   CYR A  28      38.703  26.625  12.571  0.17  1.00           C  
+ATOM     17  O   CYR A  28      39.704  27.346  12.277  0.17  1.00           O  
+TER
+ENDMDL
+MODEL 14
+ATOM      0  N   CYR A  28      37.544  25.696  14.622  0.16  1.00           N  
+ATOM      1  CA  CYR A  28      38.794  25.761  13.880  0.16  1.00           C  
+ATOM      2  CB  CYR A  28      39.395  24.298  13.731  0.16  1.00           C  
+ATOM      3  SG  CYR A  28      39.178  23.370  12.206  0.16  1.00           S  
+ATOM      4 S1L  CYR A  28      39.898  21.593  12.771  0.16  1.00           S  
+ATOM      5 C1L  CYR A  28      41.705  21.870  12.700  0.16  1.00           C  
+ATOM      6 C1R  CYR A  28      42.437  21.761  13.973  0.16  1.00           C  
+ATOM      7 C2R  CYR A  28      42.869  22.771  14.678  0.16  1.00           C  
+ATOM      8  C1  CYR A  28      42.749  20.487  14.529  0.16  1.00           C  
+ATOM      9  C2  CYR A  28      43.643  22.438  15.852  0.16  1.00           C  
+ATOM     10  NN  CYR A  28      43.594  20.955  15.719  0.16  1.00           N  
+ATOM     11  ON  CYR A  28      43.838  20.189  16.757  0.16  1.00           O  
+ATOM     12 C2D  CYR A  28      43.012  22.940  17.152  0.16  1.00           C  
+ATOM     13 C1D  CYR A  28      41.476  19.770  15.027  0.16  1.00           C  
+ATOM     14 C2A  CYR A  28      45.101  23.017  15.633  0.16  1.00           C  
+ATOM     15 C1A  CYR A  28      43.619  19.587  13.661  0.16  1.00           C  
+ATOM     16  C   CYR A  28      38.810  26.572  12.599  0.16  1.00           C  
+ATOM     17  O   CYR A  28      39.704  27.346  12.277  0.16  1.00           O  
+TER
+ENDMDL
+MODEL 15
+ATOM      0  N   CYR A  28      37.491  25.761  14.547  0.14  1.00           N  
+ATOM      1  CA  CYR A  28      38.794  25.761  13.880  0.14  1.00           C  
+ATOM      2  CB  CYR A  28      39.225  24.276  13.481  0.14  1.00           C  
+ATOM      3  SG  CYR A  28      39.596  23.414  15.026  0.14  1.00           S  
+ATOM      4 S1L  CYR A  28      39.701  21.426  14.436  0.14  1.00           S  
+ATOM      5 C1L  CYR A  28      41.469  21.019  14.497  0.14  1.00           C  
+ATOM      6 C1R  CYR A  28      42.211  21.467  15.772  0.14  1.00           C  
+ATOM      7 C2R  CYR A  28      43.230  22.299  15.761  0.14  1.00           C  
+ATOM      8  C1  CYR A  28      41.915  21.008  17.131  0.14  1.00           C  
+ATOM      9  C2  CYR A  28      43.761  22.693  17.046  0.14  1.00           C  
+ATOM     10  NN  CYR A  28      42.972  21.827  17.907  0.14  1.00           N  
+ATOM     11  ON  CYR A  28      42.958  22.126  19.144  0.14  1.00           O  
+ATOM     12 C2D  CYR A  28      43.431  24.231  17.136  0.14  1.00           C  
+ATOM     13 C1D  CYR A  28      40.558  21.360  17.734  0.14  1.00           C  
+ATOM     14 C2A  CYR A  28      45.273  22.329  17.163  0.14  1.00           C  
+ATOM     15 C1A  CYR A  28      42.252  19.522  17.398  0.14  1.00           C  
+ATOM     16  C   CYR A  28      38.697  26.603  12.609  0.14  1.00           C  
+ATOM     17  O   CYR A  28      39.704  27.346  12.277  0.14  1.00           O  
+TER
+ENDMDL
+MODEL 16
+ATOM      0  N   CYR A  28      37.495  25.747  14.566  0.09  1.00           N  
+ATOM      1  CA  CYR A  28      38.794  25.761  13.880  0.09  1.00           C  
+ATOM      2  CB  CYR A  28      39.156  24.329  13.538  0.09  1.00           C  
+ATOM      3  SG  CYR A  28      39.591  23.435  15.077  0.09  1.00           S  
+ATOM      4 S1L  CYR A  28      39.291  21.547  14.353  0.09  1.00           S  
+ATOM      5 C1L  CYR A  28      40.903  21.186  13.540  0.09  1.00           C  
+ATOM      6 C1R  CYR A  28      42.106  21.057  14.451  0.09  1.00           C  
+ATOM      7 C2R  CYR A  28      43.104  21.952  14.512  0.09  1.00           C  
+ATOM      8  C1  CYR A  28      42.310  19.879  15.327  0.09  1.00           C  
+ATOM      9  C2  CYR A  28      44.236  21.591  15.486  0.09  1.00           C  
+ATOM     10  NN  CYR A  28      43.802  20.178  15.731  0.09  1.00           N  
+ATOM     11  ON  CYR A  28      44.585  19.329  16.248  0.09  1.00           O  
+ATOM     12 C2D  CYR A  28      44.326  22.321  16.831  0.09  1.00           C  
+ATOM     13 C1D  CYR A  28      41.421  19.751  16.567  0.09  1.00           C  
+ATOM     14 C2A  CYR A  28      45.604  21.681  14.712  0.09  1.00           C  
+ATOM     15 C1A  CYR A  28      42.321  18.551  14.583  0.09  1.00           C  
+ATOM     16  C   CYR A  28      38.721  26.585  12.625  0.09  1.00           C  
+ATOM     17  O   CYR A  28      39.704  27.346  12.277  0.09  1.00           O  
+TER
+ENDMDL
+MODEL 17
+ATOM      0  N   CYR A  28      37.508  25.791  14.492  0.08  1.00           N  
+ATOM      1  CA  CYR A  28      38.794  25.761  13.880  0.08  1.00           C  
+ATOM      2  CB  CYR A  28      39.237  24.300  13.568  0.08  1.00           C  
+ATOM      3  SG  CYR A  28      40.259  23.693  15.057  0.08  1.00           S  
+ATOM      4 S1L  CYR A  28      39.276  21.888  15.234  0.08  1.00           S  
+ATOM      5 C1L  CYR A  28      40.021  20.768  13.994  0.08  1.00           C  
+ATOM      6 C1R  CYR A  28      41.528  20.827  13.837  0.08  1.00           C  
+ATOM      7 C2R  CYR A  28      42.228  21.403  12.873  0.08  1.00           C  
+ATOM      8  C1  CYR A  28      42.560  20.134  14.879  0.08  1.00           C  
+ATOM      9  C2  CYR A  28      43.672  21.112  12.865  0.08  1.00           C  
+ATOM     10  NN  CYR A  28      43.807  20.266  14.081  0.08  1.00           N  
+ATOM     11  ON  CYR A  28      44.858  19.638  14.532  0.08  1.00           O  
+ATOM     12 C2D  CYR A  28      44.598  22.361  12.962  0.08  1.00           C  
+ATOM     13 C1D  CYR A  28      42.819  20.913  16.206  0.08  1.00           C  
+ATOM     14 C2A  CYR A  28      44.054  20.303  11.603  0.08  1.00           C  
+ATOM     15 C1A  CYR A  28      42.262  18.680  15.156  0.08  1.00           C  
+ATOM     16  C   CYR A  28      38.644  26.613  12.619  0.08  1.00           C  
+ATOM     17  O   CYR A  28      39.704  27.346  12.277  0.08  1.00           O  
+TER
+ENDMDL
+MODEL 18
+ATOM      0  N   CYR A  28      37.542  25.754  14.531  0.07  1.00           N  
+ATOM      1  CA  CYR A  28      38.794  25.761  13.880  0.07  1.00           C  
+ATOM      2  CB  CYR A  28      39.261  24.370  13.677  0.07  1.00           C  
+ATOM      3  SG  CYR A  28      39.877  23.445  15.213  0.07  1.00           S  
+ATOM      4 S1L  CYR A  28      41.247  24.742  16.003  0.07  1.00           S  
+ATOM      5 C1L  CYR A  28      42.916  24.055  15.785  0.07  1.00           C  
+ATOM      6 C1R  CYR A  28      43.594  23.810  17.118  0.07  1.00           C  
+ATOM      7 C2R  CYR A  28      43.130  24.064  18.396  0.07  1.00           C  
+ATOM      8  C1  CYR A  28      45.021  23.127  17.107  0.07  1.00           C  
+ATOM      9  C2  CYR A  28      44.039  23.597  19.487  0.07  1.00           C  
+ATOM     10  NN  CYR A  28      45.026  22.811  18.562  0.07  1.00           N  
+ATOM     11  ON  CYR A  28      46.077  22.276  19.080  0.07  1.00           O  
+ATOM     12 C2D  CYR A  28      43.460  22.540  20.446  0.07  1.00           C  
+ATOM     13 C1D  CYR A  28      45.048  21.808  16.307  0.07  1.00           C  
+ATOM     14 C2A  CYR A  28      44.772  24.795  20.123  0.07  1.00           C  
+ATOM     15 C1A  CYR A  28      46.189  24.058  16.780  0.07  1.00           C  
+ATOM     16  C   CYR A  28      38.708  26.607  12.596  0.07  1.00           C  
+ATOM     17  O   CYR A  28      39.704  27.346  12.277  0.07  1.00           O  
+TER
+ENDMDL
+MODEL 19
+ATOM      0  N   CYR A  28      37.511  25.762  14.535  0.07  1.00           N  
+ATOM      1  CA  CYR A  28      38.794  25.761  13.880  0.07  1.00           C  
+ATOM      2  CB  CYR A  28      39.201  24.456  13.294  0.07  1.00           C  
+ATOM      3  SG  CYR A  28      40.928  24.290  12.752  0.07  1.00           S  
+ATOM      4 S1L  CYR A  28      41.276  22.362  12.480  0.07  1.00           S  
+ATOM      5 C1L  CYR A  28      40.505  22.097  10.882  0.07  1.00           C  
+ATOM      6 C1R  CYR A  28      40.798  20.716  10.297  0.07  1.00           C  
+ATOM      7 C2R  CYR A  28      41.667  20.452   9.325  0.07  1.00           C  
+ATOM      8  C1  CYR A  28      40.096  19.427  10.874  0.07  1.00           C  
+ATOM      9  C2  CYR A  28      41.624  19.018   8.850  0.07  1.00           C  
+ATOM     10  NN  CYR A  28      40.681  18.453   9.899  0.07  1.00           N  
+ATOM     11  ON  CYR A  28      40.343  17.192   9.845  0.07  1.00           O  
+ATOM     12 C2D  CYR A  28      42.903  18.283   8.995  0.07  1.00           C  
+ATOM     13 C1D  CYR A  28      40.786  19.110  12.292  0.07  1.00           C  
+ATOM     14 C2A  CYR A  28      41.025  18.734   7.488  0.07  1.00           C  
+ATOM     15 C1A  CYR A  28      38.607  19.329  10.930  0.07  1.00           C  
+ATOM     16  C   CYR A  28      38.697  26.582  12.640  0.07  1.00           C  
+ATOM     17  O   CYR A  28      39.704  27.346  12.277  0.07  1.00           O  
+TER
+ENDMDL
+MODEL 20
+ATOM      0  N   CYR A  28      37.505  25.730  14.588  0.06  1.00           N  
+ATOM      1  CA  CYR A  28      38.794  25.761  13.880  0.06  1.00           C  
+ATOM      2  CB  CYR A  28      39.212  24.295  13.499  0.06  1.00           C  
+ATOM      3  SG  CYR A  28      39.431  23.250  14.944  0.06  1.00           S  
+ATOM      4 S1L  CYR A  28      40.701  24.072  16.272  0.06  1.00           S  
+ATOM      5 C1L  CYR A  28      42.291  24.128  15.382  0.06  1.00           C  
+ATOM      6 C1R  CYR A  28      43.214  22.945  15.691  0.06  1.00           C  
+ATOM      7 C2R  CYR A  28      44.293  23.098  16.428  0.06  1.00           C  
+ATOM      8  C1  CYR A  28      43.042  21.475  15.189  0.06  1.00           C  
+ATOM      9  C2  CYR A  28      45.203  21.924  16.566  0.06  1.00           C  
+ATOM     10  NN  CYR A  28      44.366  20.982  15.702  0.06  1.00           N  
+ATOM     11  ON  CYR A  28      44.731  19.750  15.770  0.06  1.00           O  
+ATOM     12 C2D  CYR A  28      45.063  21.370  18.056  0.06  1.00           C  
+ATOM     13 C1D  CYR A  28      41.849  20.526  15.757  0.06  1.00           C  
+ATOM     14 C2A  CYR A  28      46.663  22.156  16.093  0.06  1.00           C  
+ATOM     15 C1A  CYR A  28      43.063  21.222  13.647  0.06  1.00           C  
+ATOM     16  C   CYR A  28      38.750  26.578  12.619  0.06  1.00           C  
+ATOM     17  O   CYR A  28      39.704  27.346  12.277  0.06  1.00           O  
+TER
+ENDMDL
+MODEL 21
+ATOM      0  N   CYR A  28      37.486  25.731  14.596  0.05  1.00           N  
+ATOM      1  CA  CYR A  28      38.794  25.761  13.880  0.05  1.00           C  
+ATOM      2  CB  CYR A  28      39.276  24.335  13.487  0.05  1.00           C  
+ATOM      3  SG  CYR A  28      41.024  24.207  13.107  0.05  1.00           S  
+ATOM      4 S1L  CYR A  28      41.670  22.591  14.089  0.05  1.00           S  
+ATOM      5 C1L  CYR A  28      40.629  21.202  13.454  0.05  1.00           C  
+ATOM      6 C1R  CYR A  28      41.183  19.833  13.729  0.05  1.00           C  
+ATOM      7 C2R  CYR A  28      41.878  19.055  12.929  0.05  1.00           C  
+ATOM      8  C1  CYR A  28      40.787  19.201  15.134  0.05  1.00           C  
+ATOM      9  C2  CYR A  28      42.391  17.802  13.582  0.05  1.00           C  
+ATOM     10  NN  CYR A  28      41.907  18.046  15.023  0.05  1.00           N  
+ATOM     11  ON  CYR A  28      41.819  17.087  15.869  0.05  1.00           O  
+ATOM     12 C2D  CYR A  28      43.930  17.768  13.422  0.05  1.00           C  
+ATOM     13 C1D  CYR A  28      41.195  19.986  16.396  0.05  1.00           C  
+ATOM     14 C2A  CYR A  28      41.750  16.533  13.027  0.05  1.00           C  
+ATOM     15 C1A  CYR A  28      39.324  18.806  15.183  0.05  1.00           C  
+ATOM     16  C   CYR A  28      38.746  26.620  12.556  0.05  1.00           C  
+ATOM     17  O   CYR A  28      39.704  27.346  12.277  0.05  1.00           O  
+TER
+ENDMDL
+MODEL 22
+ATOM      0  N   CYR A  28      37.460  25.777  14.538  0.04  1.00           N  
+ATOM      1  CA  CYR A  28      38.794  25.761  13.880  0.04  1.00           C  
+ATOM      2  CB  CYR A  28      39.369  24.334  13.642  0.04  1.00           C  
+ATOM      3  SG  CYR A  28      40.917  24.313  12.560  0.04  1.00           S  
+ATOM      4 S1L  CYR A  28      41.487  22.327  12.575  0.04  1.00           S  
+ATOM      5 C1L  CYR A  28      42.905  22.092  13.657  0.04  1.00           C  
+ATOM      6 C1R  CYR A  28      42.650  22.528  15.034  0.04  1.00           C  
+ATOM      7 C2R  CYR A  28      42.946  23.591  15.683  0.04  1.00           C  
+ATOM      8  C1  CYR A  28      41.852  21.617  15.940  0.04  1.00           C  
+ATOM      9  C2  CYR A  28      42.566  23.709  17.160  0.04  1.00           C  
+ATOM     10  NN  CYR A  28      41.909  22.400  17.249  0.04  1.00           N  
+ATOM     11  ON  CYR A  28      41.312  22.056  18.342  0.04  1.00           O  
+ATOM     12 C2D  CYR A  28      41.549  24.901  17.471  0.04  1.00           C  
+ATOM     13 C1D  CYR A  28      40.321  21.186  15.685  0.04  1.00           C  
+ATOM     14 C2A  CYR A  28      43.635  23.667  18.266  0.04  1.00           C  
+ATOM     15 C1A  CYR A  28      42.720  20.400  16.303  0.04  1.00           C  
+ATOM     16  C   CYR A  28      38.666  26.637  12.570  0.04  1.00           C  
+ATOM     17  O   CYR A  28      39.704  27.346  12.277  0.04  1.00           O  
+TER
+ENDMDL
+MODEL 23
+ATOM      0  N   CYR A  28      37.561  25.705  14.599  0.04  1.00           N  
+ATOM      1  CA  CYR A  28      38.794  25.761  13.880  0.04  1.00           C  
+ATOM      2  CB  CYR A  28      39.329  24.350  13.453  0.04  1.00           C  
+ATOM      3  SG  CYR A  28      39.240  23.263  14.798  0.04  1.00           S  
+ATOM      4 S1L  CYR A  28      41.090  23.555  15.770  0.04  1.00           S  
+ATOM      5 C1L  CYR A  28      42.297  22.784  14.671  0.04  1.00           C  
+ATOM      6 C1R  CYR A  28      43.155  21.661  15.303  0.04  1.00           C  
+ATOM      7 C2R  CYR A  28      44.338  21.725  15.841  0.04  1.00           C  
+ATOM      8  C1  CYR A  28      42.571  20.314  15.356  0.04  1.00           C  
+ATOM      9  C2  CYR A  28      44.875  20.476  16.441  0.04  1.00           C  
+ATOM     10  NN  CYR A  28      43.646  19.646  16.170  0.04  1.00           N  
+ATOM     11  ON  CYR A  28      43.754  18.357  16.389  0.04  1.00           O  
+ATOM     12 C2D  CYR A  28      44.860  20.447  18.016  0.04  1.00           C  
+ATOM     13 C1D  CYR A  28      41.178  20.197  16.085  0.04  1.00           C  
+ATOM     14 C2A  CYR A  28      46.118  19.854  15.834  0.04  1.00           C  
+ATOM     15 C1A  CYR A  28      42.461  19.610  14.002  0.04  1.00           C  
+ATOM     16  C   CYR A  28      38.796  26.561  12.623  0.04  1.00           C  
+ATOM     17  O   CYR A  28      39.704  27.346  12.277  0.04  1.00           O  
+TER
+ENDMDL
+MODEL 24
+ATOM      0  N   CYR A  28      37.551  25.727  14.570  0.03  1.00           N  
+ATOM      1  CA  CYR A  28      38.794  25.761  13.880  0.03  1.00           C  
+ATOM      2  CB  CYR A  28      39.298  24.288  13.668  0.03  1.00           C  
+ATOM      3  SG  CYR A  28      41.069  24.169  14.112  0.03  1.00           S  
+ATOM      4 S1L  CYR A  28      42.022  24.457  12.340  0.03  1.00           S  
+ATOM      5 C1L  CYR A  28      42.803  26.092  12.492  0.03  1.00           C  
+ATOM      6 C1R  CYR A  28      44.287  26.116  12.801  0.03  1.00           C  
+ATOM      7 C2R  CYR A  28      44.863  26.187  14.027  0.03  1.00           C  
+ATOM      8  C1  CYR A  28      45.330  26.080  11.685  0.03  1.00           C  
+ATOM      9  C2  CYR A  28      46.316  26.159  14.039  0.03  1.00           C  
+ATOM     10  NN  CYR A  28      46.497  26.366  12.574  0.03  1.00           N  
+ATOM     11  ON  CYR A  28      47.603  26.589  12.100  0.03  1.00           O  
+ATOM     12 C2D  CYR A  28      46.947  24.881  14.607  0.03  1.00           C  
+ATOM     13 C1D  CYR A  28      45.594  24.716  11.049  0.03  1.00           C  
+ATOM     14 C2A  CYR A  28      46.746  27.318  14.969  0.03  1.00           C  
+ATOM     15 C1A  CYR A  28      45.298  27.219  10.658  0.03  1.00           C  
+ATOM     16  C   CYR A  28      38.758  26.583  12.609  0.03  1.00           C  
+ATOM     17  O   CYR A  28      39.704  27.346  12.277  0.03  1.00           O  
+TER
+ENDMDL
+MODEL 25
+ATOM      0  N   CYR A  28      37.481  25.705  14.640  0.01  1.00           N  
+ATOM      1  CA  CYR A  28      38.794  25.761  13.880  0.01  1.00           C  
+ATOM      2  CB  CYR A  28      39.357  24.374  13.601  0.01  1.00           C  
+ATOM      3  SG  CYR A  28      40.538  24.156  12.153  0.01  1.00           S  
+ATOM      4 S1L  CYR A  28      40.982  22.280  12.316  0.01  1.00           S  
+ATOM      5 C1L  CYR A  28      39.652  21.516  11.362  0.01  1.00           C  
+ATOM      6 C1R  CYR A  28      39.711  20.008  11.313  0.01  1.00           C  
+ATOM      7 C2R  CYR A  28      40.348  19.317  10.393  0.01  1.00           C  
+ATOM      8  C1  CYR A  28      39.025  19.143  12.422  0.01  1.00           C  
+ATOM      9  C2  CYR A  28      40.181  17.856  10.501  0.01  1.00           C  
+ATOM     10  NN  CYR A  28      39.521  17.862  11.923  0.01  1.00           N  
+ATOM     11  ON  CYR A  28      39.071  16.743  12.385  0.01  1.00           O  
+ATOM     12 C2D  CYR A  28      41.532  17.149  10.595  0.01  1.00           C  
+ATOM     13 C1D  CYR A  28      39.747  19.346  13.764  0.01  1.00           C  
+ATOM     14 C2A  CYR A  28      39.270  17.120   9.464  0.01  1.00           C  
+ATOM     15 C1A  CYR A  28      37.455  19.171  12.499  0.01  1.00           C  
+ATOM     16  C   CYR A  28      38.790  26.632  12.515  0.01  1.00           C  
+ATOM     17  O   CYR A  28      39.704  27.346  12.277  0.01  1.00           O  
+TER
+ENDMDL
+MODEL 26
+ATOM      0  N   CYR A  28      37.504  25.801  14.477  0.01  1.00           N  
+ATOM      1  CA  CYR A  28      38.794  25.761  13.880  0.01  1.00           C  
+ATOM      2  CB  CYR A  28      39.331  24.359  13.465  0.01  1.00           C  
+ATOM      3  SG  CYR A  28      40.279  23.560  14.706  0.01  1.00           S  
+ATOM      4 S1L  CYR A  28      39.082  21.974  15.067  0.01  1.00           S  
+ATOM      5 C1L  CYR A  28      39.814  20.777  13.915  0.01  1.00           C  
+ATOM      6 C1R  CYR A  28      41.169  20.345  14.373  0.01  1.00           C  
+ATOM      7 C2R  CYR A  28      42.287  20.475  13.668  0.01  1.00           C  
+ATOM      8  C1  CYR A  28      41.451  19.692  15.777  0.01  1.00           C  
+ATOM      9  C2  CYR A  28      43.523  19.997  14.377  0.01  1.00           C  
+ATOM     10  NN  CYR A  28      42.921  19.511  15.632  0.01  1.00           N  
+ATOM     11  ON  CYR A  28      43.744  19.220  16.560  0.01  1.00           O  
+ATOM     12 C2D  CYR A  28      44.454  21.237  14.492  0.01  1.00           C  
+ATOM     13 C1D  CYR A  28      41.141  20.510  17.070  0.01  1.00           C  
+ATOM     14 C2A  CYR A  28      44.259  18.852  13.657  0.01  1.00           C  
+ATOM     15 C1A  CYR A  28      40.796  18.313  15.864  0.01  1.00           C  
+ATOM     16  C   CYR A  28      38.628  26.601  12.646  0.01  1.00           C  
+ATOM     17  O   CYR A  28      39.704  27.346  12.277  0.01  1.00           O  
+TER
+ENDMDL
+HEADER A28CYR_density
+ATOM      0 NEN  CYR A  28      47.208  22.730  14.048  1.00  1.00           N  
+ATOM      1 NEN  CYR A  28      44.796  21.478  10.658  0.65  1.00           N  
+ATOM      2 NEN  CYR A  28      46.852  22.226  12.638  0.98  1.00           N  
+ATOM      3 NEN  CYR A  28      42.328  19.335   8.210  0.38  1.00           N  
+ATOM      4 NEN  CYR A  28      45.368  21.658  15.660  0.73  1.00           N  
+ATOM      5 NEN  CYR A  28      42.256  20.104  16.703  0.34  1.00           N  
+ATOM      6 NEN  CYR A  28      43.508  22.109  19.267  0.36  1.00           N  
+ATOM      7 NEN  CYR A  28      47.143  24.941  13.039  0.23  1.00           N  
+ATOM      8 NEN  CYR A  28      44.841  20.439   9.207  0.36  1.00           N  
+ATOM      9 NEN  CYR A  28      45.814  22.635  10.556  0.46  1.00           N  
+ATOM     10 NEN  CYR A  28      45.143  23.459  18.515  0.24  1.00           N  
+ATOM     11 NEN  CYR A  28      43.161  19.757  18.467  0.23  1.00           N  
+ATOM     12 NEN  CYR A  28      46.114  23.883  11.462  0.25  1.00           N  
+ATOM     13 NEN  CYR A  28      45.793  22.532  17.898  0.42  1.00           N  
+ATOM     14 NEN  CYR A  28      43.716  20.572  16.238  0.44  1.00           N  
+ATOM     15 NEN  CYR A  28      42.965  21.976  18.526  0.30  1.00           N  
+ATOM     16 NEN  CYR A  28      44.193  19.754  15.990  0.23  1.00           N  
+ATOM     17 NEN  CYR A  28      44.333  19.952  14.307  0.28  1.00           N  
+ATOM     18 NEN  CYR A  28      45.552  22.544  18.821  0.31  1.00           N  
+ATOM     19 NEN  CYR A  28      40.512  17.822   9.872  0.12  1.00           N  
+ATOM     20 NEN  CYR A  28      44.549  20.366  15.736  0.37  1.00           N  
+ATOM     21 NEN  CYR A  28      41.863  17.566  15.446  0.05  1.00           N  
+ATOM     22 NEN  CYR A  28      41.610  22.228  17.796  0.03  1.00           N  
+ATOM     23 NEN  CYR A  28      43.700  19.002  16.279  0.12  1.00           N  
+ATOM     24 NEN  CYR A  28      47.050  26.478  12.337  0.02  1.00           N  
+ATOM     25 NEN  CYR A  28      39.296  17.303  12.154  0.03  1.00           N  
+ATOM     26 NEN  CYR A  28      43.333  19.365  16.096  0.23  1.00           N  
+TER
diff --git a/examples/12 - Analyzing MD simulations/AR1A.pdb b/examples/12 - Analyzing MD simulations/AR1A.pdb
new file mode 100644
index 00000000..0516ee0
--- /dev/null
+++ b/examples/12 - Analyzing MD simulations/AR1A.pdb	
@@ -0,0 +1,102 @@
+TITLE     MDANALYSIS FRAME 0: Created by PDBWriter
+CRYST1   32.118   32.118   32.118  90.00  90.00  90.00 P 1           1
+ATOM      1  N   ALA A   1      12.660  11.970  16.210  1.00  0.00      A    N  
+ATOM      2  H   ALA A   1      13.160  12.560  16.910  1.00  0.00      A    H  
+ATOM      3  H2  ALA A   1      12.630  10.980  16.530  1.00  0.00      A    H  
+ATOM      4  H3  ALA A   1      11.720  12.410  16.130  1.00  0.00      A    H  
+ATOM      5  CA  ALA A   1      13.400  12.080  14.860  1.00  0.00      A    C  
+ATOM      6  HA  ALA A   1      14.300  11.510  15.050  1.00  0.00      A    H  
+ATOM      7  CB  ALA A   1      12.420  11.430  13.770  1.00  0.00      A    C  
+ATOM      8  HB1 ALA A   1      11.480  11.990  13.610  1.00  0.00      A    H  
+ATOM      9  HB2 ALA A   1      12.270  10.410  14.180  1.00  0.00      A    H  
+ATOM     10  HB3 ALA A   1      12.960  11.400  12.800  1.00  0.00      A    H  
+ATOM     11  C   ALA A   1      13.560  13.620  14.580  1.00  0.00      A    C  
+ATOM     12  O   ALA A   1      13.070  14.460  15.340  1.00  0.00      A    O  
+HETATM   13  N   CYR A   2      14.410  13.960  13.600  1.00  0.00      A    N  
+HETATM   14  HN  CYR A   2      14.910  13.270  13.090  1.00  0.00      A    H  
+HETATM   15  CA  CYR A   2      14.520  15.410  13.230  1.00  0.00      A    C  
+HETATM   16  HA  CYR A   2      14.880  15.990  14.070  1.00  0.00      A    H  
+HETATM   17  CB  CYR A   2      15.780  15.450  12.490  1.00  0.00      A    C  
+HETATM   18  HB1 CYR A   2      15.660  14.740  11.640  1.00  0.00      A    H  
+HETATM   19  HB2 CYR A   2      15.980  16.410  11.970  1.00  0.00      A    H  
+HETATM   20  SG  CYR A   2      17.350  15.030  13.310  1.00  0.00      A    S  
+HETATM   21  S1L CYR A   2      17.420  15.990  15.120  1.00  0.00      A    S  
+HETATM   22  C1L CYR A   2      17.980  17.660  14.690  1.00  0.00      A    C  
+HETATM   23  H1L CYR A   2      18.360  17.790  13.650  1.00  0.00      A    H  
+HETATM   24  H1M CYR A   2      17.020  18.200  14.550  1.00  0.00      A    H  
+HETATM   25  C1R CYR A   2      18.750  18.380  15.800  1.00  0.00      A    C  
+HETATM   26  C2R CYR A   2      18.320  19.400  16.570  1.00  0.00      A    C  
+HETATM   27  H2R CYR A   2      17.280  19.750  16.590  1.00  0.00      A    H  
+HETATM   28  C1  CYR A   2      20.080  17.920  16.000  1.00  0.00      A    C  
+HETATM   29  C2  CYR A   2      19.430  19.890  17.350  1.00  0.00      A    C  
+HETATM   30  NN  CYR A   2      20.550  19.100  16.750  1.00  0.00      A    N  
+HETATM   31  ON  CYR A   2      21.750  19.170  17.220  1.00  0.00      A    O  
+HETATM   32  C2D CYR A   2      19.170  19.560  18.890  1.00  0.00      A    C  
+HETATM   33  H2D CYR A   2      19.250  18.470  19.120  1.00  0.00      A    H  
+HETATM   34  H2E CYR A   2      20.030  20.020  19.410  1.00  0.00      A    H  
+HETATM   35  H2F CYR A   2      18.180  20.020  19.110  1.00  0.00      A    H  
+HETATM   36  C1D CYR A   2      20.120  16.650  16.910  1.00  0.00      A    C  
+HETATM   37  H1D CYR A   2      21.110  16.480  17.380  1.00  0.00      A    H  
+HETATM   38  H1E CYR A   2      19.360  16.660  17.730  1.00  0.00      A    H  
+HETATM   39  H1F CYR A   2      19.950  15.780  16.240  1.00  0.00      A    H  
+HETATM   40  C2A CYR A   2      19.770  21.450  17.230  1.00  0.00      A    C  
+HETATM   41  H2A CYR A   2      19.410  21.810  16.240  1.00  0.00      A    H  
+HETATM   42  H2B CYR A   2      19.260  21.950  18.080  1.00  0.00      A    H  
+HETATM   43  H2C CYR A   2      20.840  21.630  17.430  1.00  0.00      A    H  
+HETATM   44  C1A CYR A   2      20.970  17.760  14.760  1.00  0.00      A    C  
+HETATM   45  H1A CYR A   2      20.440  17.220  13.950  1.00  0.00      A    H  
+HETATM   46  H1B CYR A   2      21.180  18.750  14.300  1.00  0.00      A    H  
+HETATM   47  H1C CYR A   2      21.880  17.210  15.100  1.00  0.00      A    H  
+HETATM   48  C   CYR A   2      13.310  16.140  12.590  1.00  0.00      A    C  
+HETATM   49  O   CYR A   2      12.710  15.700  11.660  1.00  0.00      A    O  
+ATOM     50  N   ALA A   3      13.010  17.380  13.110  1.00  0.00      A    N  
+ATOM     51  H   ALA A   3      13.460  17.770  13.900  1.00  0.00      A    H  
+ATOM     52  CA  ALA A   3      12.020  18.290  12.700  1.00  0.00      A    C  
+ATOM     53  HA  ALA A   3      11.030  17.860  12.550  1.00  0.00      A    H  
+ATOM     54  CB  ALA A   3      11.890  19.350  13.670  1.00  0.00      A    C  
+ATOM     55  HB1 ALA A   3      12.930  19.710  13.800  1.00  0.00      A    H  
+ATOM     56  HB2 ALA A   3      11.510  18.940  14.620  1.00  0.00      A    H  
+ATOM     57  HB3 ALA A   3      11.180  20.180  13.430  1.00  0.00      A    H  
+ATOM     58  C   ALA A   3      12.320  18.950  11.290  1.00  0.00      A    C  
+ATOM     59  O   ALA A   3      11.490  18.830  10.350  1.00  0.00      A    O  
+ATOM     60  OXT ALA A   3      13.330  19.750  11.160  1.00  0.00      A    O  
+CONECT   11   13
+CONECT   13   11   14   15
+CONECT   14   13
+CONECT   15   13   16   17   48
+CONECT   16   15
+CONECT   17   15   18   19   20
+CONECT   18   17
+CONECT   19   17
+CONECT   20   17   21
+CONECT   21   20   22
+CONECT   22   21   23   24   25
+CONECT   23   22
+CONECT   24   22
+CONECT   25   22   26   28
+CONECT   26   25   27   29
+CONECT   27   26
+CONECT   28   25   30   36   44
+CONECT   29   26   30   32   40
+CONECT   30   28   29   31
+CONECT   31   30
+CONECT   32   29   33   34   35
+CONECT   33   32
+CONECT   34   32
+CONECT   35   32
+CONECT   36   28   37   38   39
+CONECT   37   36
+CONECT   38   36
+CONECT   39   36
+CONECT   40   29   41   42   43
+CONECT   41   40
+CONECT   42   40
+CONECT   43   40
+CONECT   44   28   45   46   47
+CONECT   45   44
+CONECT   46   44
+CONECT   47   44
+CONECT   48   15   49   50
+CONECT   49   48
+CONECT   50   48
+END
diff --git a/examples/12 - Analyzing MD simulations/AR1A.xtc b/examples/12 - Analyzing MD simulations/AR1A.xtc
new file mode 100644
index 00000000..8fe0849
Binary files /dev/null and b/examples/12 - Analyzing MD simulations/AR1A.xtc differ
diff --git a/examples/13 - OpenMM score function/13 - OpenMM Score Function.ipynb b/examples/13 - OpenMM score function/13 - OpenMM Score Function.ipynb
new file mode 100644
index 00000000..1bc4f73
--- /dev/null
+++ b/examples/13 - OpenMM score function/13 - OpenMM Score Function.ipynb	
@@ -0,0 +1,225 @@
+{
+ "cells": [
+  {
+   "cell_type": "markdown",
+   "id": "5268c516e640235d",
+   "metadata": {},
+   "source": [
+    "# OpenMM Score Function for Amino Acid Repacking\n",
+    "\n",
+    "This example demonstrates how openMM can be used with chilife to perform side chain repacking. While this example currently only works with native amino acids it will ideally lead to a set of methods to integrate with non-canonical amino acids. Because this example integrates with OpenMM it does require it as a dependency. OpenMM is best installed via cond-forge."
+   ]
+  },
+  {
+   "cell_type": "code",
+   "execution_count": 1,
+   "id": "ed636b7d-279b-4791-b61a-9d6298b11f6f",
+   "metadata": {
+    "jupyter": {
+     "is_executing": true
+    }
+   },
+   "outputs": [
+    {
+     "name": "stderr",
+     "output_type": "stream",
+     "text": [
+      "C:\\Users\\mhtes\\micromamba\\envs\\openMM\\Lib\\site-packages\\tqdm\\auto.py:21: TqdmWarning: IProgress not found. Please update jupyter and ipywidgets. See https://ipywidgets.readthedocs.io/en/stable/user_install.html\n",
+      "  from .autonotebook import tqdm as notebook_tqdm\n"
+     ]
+    }
+   ],
+   "source": [
+    "import numpy as np\n",
+    "from scipy.optimize import linear_sum_assignment\n",
+    "import matplotlib.pyplot as plt\n",
+    "\n",
+    "import chilife as xl\n",
+    "from tempfile import TemporaryDirectory \n",
+    "\n",
+    "from openmm import * \n",
+    "from openmm.app import *"
+   ]
+  },
+  {
+   "cell_type": "code",
+   "execution_count": 2,
+   "id": "d8e356ba-e206-4fc4-a724-3fdf481c44f0",
+   "metadata": {},
+   "outputs": [],
+   "source": [
+    "def match_atoms(reference, subject):\n",
+    "    \"\"\" Helper function to match openMM atoms with chilife RotamerEnsemble atoms since they will likely be in different orders and have different names. \n",
+    "    This works by looping through all rotamers and finding atom-pair matching that minimizes the RMSD between the RotamerEnsemble atoms and the OpenMM atoms.\n",
+    "    This operation is performed on every rotamer in the library and the best scoring pairing is used.\"\"\"\n",
+    "    \n",
+    "    # Initialize storage variables\n",
+    "    dmin_score = np.inf\n",
+    "    dmap = None\n",
+    "    \n",
+    "    # Loop through rotamers\n",
+    "    for i, sub in enumerate(subject.coords):\n",
+    "        \n",
+    "        # Create pairwise distance  metrix between atoms \n",
+    "        diff = reference.positions[:,None, ...] - sub[None, ...]\n",
+    "        diff = diff * diff\n",
+    "        diff = np.sum(diff, axis=-1)\n",
+    "        \n",
+    "        # Identify best pairing\n",
+    "        idx1, idx2 =linear_sum_assignment(diff)\n",
+    "        args = [(a, b) for a, b in zip(idx1, idx2)]\n",
+    "        score = np.sum([diff[arg] for arg in args])\n",
+    "        \n",
+    "        # Compare with previous best and store if necessary\n",
+    "        if score < dmin_score:\n",
+    "            dmap = idx2\n",
+    "            dmin_score = score\n",
+    "\n",
+    "    return dmap\n",
+    "\n",
+    "\n",
+    "class OpenMMEnergyFunc:\n",
+    "    \"\"\"Score function for repacking. Note that this function uses the amber14 forcefield which does not parameterize any spin labels or most other NCAAs used by chilife. This examples uses only Natrual amino acids to demonstrate\n",
+    "    How chiLife can be integrated with OpenMM. \"\"\"\n",
+    "    \n",
+    "    def __init__(self, protein):\n",
+    "        \"\"\"This object will take in a single protein. This protein should have all atoms present (including hydrogen atoms) with no heterogens or other abnormalities. A structure like this can be prepared with something like PDBFixer.\n",
+    "        For each site the structure should already be mutated to the appropriate amino acid you wish to model. This can be done using the ``xl.mutate`` function. During construction an OpenMM.Simulation object will be created \n",
+    "        which can be re-used for all RotamerEnsembles being attached to this protein\"\"\"\n",
+    "        \n",
+    "        protein = protein.atoms\n",
+    "        self.protein = protein\n",
+    "        \n",
+    "        # Write protein to temporary file to load in with OpenMM PDBFile for quick and easy topology and parameterization \n",
+    "        with TemporaryDirectory() as tempdir:\n",
+    "            xl.save(f'{tempdir}/tmp.pdb', protein)\n",
+    "            pdb = PDBFile(f'{tempdir}/tmp.pdb')\n",
+    "            \n",
+    "        # Use Amber14 forcefield with GBN2 implicit solvent model\n",
+    "        ff = ForceField('amber14-all.xml', 'implicit/gbn2.xml')\n",
+    "        \n",
+    "        # Use only non-bonded forces since bonded forces of the protein will not change and bonded forces of the rotamers should be accounted for in the library.\n",
+    "        ff._forces = [force for force in ff._forces if isinstance(force, forcefield.NonbondedGenerator)]\n",
+    "        \n",
+    "        # Create and store simulation object for energy calculations \n",
+    "        omm_system = ff.createSystem(pdb.topology, nonbondedMethod=CutoffNonPeriodic, nonbondedCutoff=1.0*unit.nanometer)\n",
+    "        integrator = LangevinMiddleIntegrator(300*unit.kelvin, 1/unit.picosecond, 0.004*unit.picoseconds)\n",
+    "        self.simulation = Simulation(pdb.topology, omm_system, integrator)\n",
+    "        \n",
+    "        \n",
+    "\n",
+    "    def prepare_system(self, system):\n",
+    "\n",
+    "        # Identify and store system indices that correspond to the rotamer ensemble\n",
+    "        psel = self.protein.select_atoms(system.selstr)\n",
+    "        system.efunc_protein_ix = psel.ix\n",
+    "        system.efunc_residue_ix = match_atoms(psel, system)\n",
+    "        \n",
+    "\n",
+    "    def __call__(self, system, **kwargs):\n",
+    "        \"\"\"Only requirement for a chilife energy  function is to accept a ``system`` and return an energy score in kcal/mol for each rotamer in that system.\"\"\"\n",
+    "        if not hasattr(system,  'efunc_protein_ix'):\n",
+    "            self.prepare_system(system)\n",
+    "        \n",
+    "        pose_start = self.protein.positions\n",
+    "\n",
+    "        Es = []\n",
+    "        for rot in system.coords:\n",
+    "            pose_start[system.efunc_protein_ix] = rot[system.efunc_residue_ix]\n",
+    "            self.simulation.context.setPositions(pose_start * unit.angstrom)\n",
+    "            energy = self.simulation.context.getState(getEnergy=True).getPotentialEnergy().value_in_unit(unit.kilocalorie_per_mole)\n",
+    "            Es.append(energy)\n",
+    "\n",
+    "        Es = np.array(Es)\n",
+    "        return Es"
+   ]
+  },
+  {
+   "cell_type": "code",
+   "execution_count": 3,
+   "id": "c9aea64b-854f-4c59-a2d8-9829d0240c5d",
+   "metadata": {
+    "jupyter": {
+     "is_executing": true
+    }
+   },
+   "outputs": [],
+   "source": [
+    "# Load in protein object\n",
+    "protein = xl.load_protein('system.pdb')\n",
+    "\n",
+    "# Create Energy function unique to this protein\n",
+    "omm_efunc = OpenMMEnergyFunc(protein)\n",
+    "\n",
+    "# Create a rotamer ensemble of at lysine 48 using ORS and the new energy function\n",
+    "RL = xl.RotamerEnsemble('LYS', 48, protein, sample=5000, use_H=True, energy_func=omm_efunc)\n"
+   ]
+  },
+  {
+   "cell_type": "code",
+   "execution_count": 4,
+   "id": "62b989eea42a5268",
+   "metadata": {},
+   "outputs": [
+    {
+     "name": "stderr",
+     "output_type": "stream",
+     "text": [
+      "100%|████████████████████████████████████████████████████████████████████████████████| 200/200 [00:03<00:00, 52.54it/s]\n"
+     ]
+    }
+   ],
+   "source": [
+    "# Perform repacking around the new rotamer library using the same energy function\n",
+    "traj, de = xl.repack(protein, RL, energy_func=omm_efunc) "
+   ]
+  },
+  {
+   "cell_type": "code",
+   "execution_count": 5,
+   "id": "2edc61a5-991a-4c99-97f9-accd78424d13",
+   "metadata": {},
+   "outputs": [
+    {
+     "data": {
+      "image/png": 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",
+      "text/plain": [
+       "<Figure size 640x480 with 1 Axes>"
+      ]
+     },
+     "metadata": {},
+     "output_type": "display_data"
+    }
+   ],
+   "source": [
+    "fig, ax = plt.subplots()\n",
+    "ax.plot(np.cumsum(de))\n",
+    "\n",
+    "ax.set_xlabel('Step')\n",
+    "ax.set_ylabel('Change in energy (kcal/mol)')\n",
+    "plt.show()"
+   ]
+  }
+ ],
+ "metadata": {
+  "kernelspec": {
+   "display_name": "openMM",
+   "language": "python",
+   "name": "zz_openmm"
+  },
+  "language_info": {
+   "codemirror_mode": {
+    "name": "ipython",
+    "version": 3
+   },
+   "file_extension": ".py",
+   "mimetype": "text/x-python",
+   "name": "python",
+   "nbconvert_exporter": "python",
+   "pygments_lexer": "ipython3",
+   "version": "3.11.7"
+  }
+ },
+ "nbformat": 4,
+ "nbformat_minor": 5
+}
diff --git a/examples/13 - OpenMM score function/system.pdb b/examples/13 - OpenMM score function/system.pdb
new file mode 100644
index 00000000..08ab1dd
--- /dev/null
+++ b/examples/13 - OpenMM score function/system.pdb	
@@ -0,0 +1,1234 @@
+REMARK   1 CREATED WITH OPENMM 8.2, 2025-02-14
+ATOM      1  N   MET A   1      27.340  24.430   2.614  1.00  0.00           N  
+ATOM      2  H   MET A   1      27.334  24.273   1.417  1.00  0.00           H  
+ATOM      3  H2  MET A   1      27.062  23.301   2.907  1.00  0.00           H  
+ATOM      4  H3  MET A   1      28.520  24.587   2.714  1.00  0.00           H  
+ATOM      5  CA  MET A   1      26.266  25.413   2.842  1.00  0.00           C  
+ATOM      6  HA  MET A   1      26.052  25.842   1.746  1.00  0.00           H  
+ATOM      7  C   MET A   1      26.913  26.639   3.531  1.00  0.00           C  
+ATOM      8  O   MET A   1      27.886  26.463   4.263  1.00  0.00           O  
+ATOM      9  CB  MET A   1      25.112  24.880   3.649  1.00  0.00           C  
+ATOM     10  HB2 MET A   1      24.756  23.715   3.625  1.00  0.00           H  
+ATOM     11  HB3 MET A   1      24.327  25.248   2.803  1.00  0.00           H  
+ATOM     12  CG  MET A   1      25.353  24.860   5.134  1.00  0.00           C  
+ATOM     13  HG2 MET A   1      26.074  23.978   5.455  1.00  0.00           H  
+ATOM     14  HG3 MET A   1      25.220  25.971   5.523  1.00  0.00           H  
+ATOM     15  SD  MET A   1      23.930  23.959   5.904  1.00  0.00           S  
+ATOM     16  CE  MET A   1      24.447  23.984   7.620  1.00  0.00           C  
+ATOM     17  HE1 MET A   1      25.223  23.087   7.705  1.00  0.00           H  
+ATOM     18  HE2 MET A   1      24.829  24.957   8.183  1.00  0.00           H  
+ATOM     19  HE3 MET A   1      23.328  23.672   7.881  1.00  0.00           H  
+ATOM     20  N   GLN A   2      26.335  27.770   3.258  1.00  0.00           N  
+ATOM     21  H   GLN A   2      25.459  27.967   2.476  1.00  0.00           H  
+ATOM     22  CA  GLN A   2      26.850  29.021   3.898  1.00  0.00           C  
+ATOM     23  HA  GLN A   2      28.028  28.875   3.896  1.00  0.00           H  
+ATOM     24  C   GLN A   2      26.100  29.253   5.202  1.00  0.00           C  
+ATOM     25  O   GLN A   2      24.865  29.024   5.330  1.00  0.00           O  
+ATOM     26  CB  GLN A   2      26.733  30.148   2.905  1.00  0.00           C  
+ATOM     27  HB2 GLN A   2      27.482  30.061   1.972  1.00  0.00           H  
+ATOM     28  HB3 GLN A   2      25.686  30.133   2.327  1.00  0.00           H  
+ATOM     29  CG  GLN A   2      26.882  31.546   3.409  1.00  0.00           C  
+ATOM     30  HG2 GLN A   2      26.114  32.013   4.190  1.00  0.00           H  
+ATOM     31  HG3 GLN A   2      28.008  31.737   3.747  1.00  0.00           H  
+ATOM     32  CD  GLN A   2      26.786  32.562   2.270  1.00  0.00           C  
+ATOM     33  OE1 GLN A   2      27.783  33.160   1.870  1.00  0.00           O  
+ATOM     34  NE2 GLN A   2      25.562  32.733   1.806  1.00  0.00           N  
+ATOM     35 HE21 GLN A   2      24.554  33.310   2.072  1.00  0.00           H  
+ATOM     36 HE22 GLN A   2      25.554  32.810   0.611  1.00  0.00           H  
+ATOM     37  N   ILE A   3      26.849  29.656   6.217  1.00  0.00           N  
+ATOM     38  H   ILE A   3      27.891  30.092   5.880  1.00  0.00           H  
+ATOM     39  CA  ILE A   3      26.235  30.058   7.497  1.00  0.00           C  
+ATOM     40  HA  ILE A   3      25.157  30.484   7.237  1.00  0.00           H  
+ATOM     41  C   ILE A   3      26.882  31.428   7.862  1.00  0.00           C  
+ATOM     42  O   ILE A   3      27.906  31.711   7.264  1.00  0.00           O  
+ATOM     43  CB  ILE A   3      26.344  29.050   8.645  1.00  0.00           C  
+ATOM     44  HB  ILE A   3      25.744  29.373   9.618  1.00  0.00           H  
+ATOM     45  CG1 ILE A   3      27.810  28.748   8.999  1.00  0.00           C  
+ATOM     46 HG12 ILE A   3      28.366  29.785   9.203  1.00  0.00           H  
+ATOM     47 HG13 ILE A   3      28.491  28.240   8.168  1.00  0.00           H  
+ATOM     48  CG2 ILE A   3      25.491  27.771   8.287  1.00  0.00           C  
+ATOM     49 HG21 ILE A   3      25.240  27.143   9.268  1.00  0.00           H  
+ATOM     50 HG22 ILE A   3      26.108  27.117   7.506  1.00  0.00           H  
+ATOM     51 HG23 ILE A   3      24.443  27.967   7.752  1.00  0.00           H  
+ATOM     52  CD1 ILE A   3      27.967  28.087  10.417  1.00  0.00           C  
+ATOM     53 HD11 ILE A   3      28.468  28.932  11.098  1.00  0.00           H  
+ATOM     54 HD12 ILE A   3      26.965  27.699  10.936  1.00  0.00           H  
+ATOM     55 HD13 ILE A   3      28.690  27.141  10.496  1.00  0.00           H  
+ATOM     56  N   PHE A   4      26.214  32.097   8.771  1.00  0.00           N  
+ATOM     57  H   PHE A   4      25.689  31.580   9.695  1.00  0.00           H  
+ATOM     58  CA  PHE A   4      26.772  33.436   9.197  1.00  0.00           C  
+ATOM     59  HA  PHE A   4      27.670  33.811   8.519  1.00  0.00           H  
+ATOM     60  C   PHE A   4      27.151  33.362  10.650  1.00  0.00           C  
+ATOM     61  O   PHE A   4      26.350  32.778  11.395  1.00  0.00           O  
+ATOM     62  CB  PHE A   4      25.695  34.498   8.946  1.00  0.00           C  
+ATOM     63  HB2 PHE A   4      26.117  35.569   9.241  1.00  0.00           H  
+ATOM     64  HB3 PHE A   4      24.629  34.521   9.479  1.00  0.00           H  
+ATOM     65  CG  PHE A   4      25.288  34.609   7.499  1.00  0.00           C  
+ATOM     66  CD1 PHE A   4      24.147  33.966   7.038  1.00  0.00           C  
+ATOM     67  HD1 PHE A   4      23.164  34.020   7.705  1.00  0.00           H  
+ATOM     68  CD2 PHE A   4      26.136  35.346   6.640  1.00  0.00           C  
+ATOM     69  HD2 PHE A   4      26.253  36.520   6.842  1.00  0.00           H  
+ATOM     70  CE1 PHE A   4      23.812  34.031   5.677  1.00  0.00           C  
+ATOM     71  HE1 PHE A   4      22.694  34.372   5.458  1.00  0.00           H  
+ATOM     72  CE2 PHE A   4      25.810  35.392   5.267  1.00  0.00           C  
+ATOM     73  HE2 PHE A   4      26.048  36.320   4.560  1.00  0.00           H  
+ATOM     74  CZ  PHE A   4      24.620  34.778   4.853  1.00  0.00           C  
+ATOM     75  HZ  PHE A   4      24.112  35.279   3.901  1.00  0.00           H  
+ATOM     76  N   VAL A   5      28.260  33.943  11.096  1.00  0.00           N  
+ATOM     77  H   VAL A   5      28.799  34.817  10.504  1.00  0.00           H  
+ATOM     78  CA  VAL A   5      28.605  33.965  12.503  1.00  0.00           C  
+ATOM     79  HA  VAL A   5      27.829  33.378  13.179  1.00  0.00           H  
+ATOM     80  C   VAL A   5      28.638  35.461  12.900  1.00  0.00           C  
+ATOM     81  O   VAL A   5      29.522  36.103  12.320  1.00  0.00           O  
+ATOM     82  CB  VAL A   5      29.963  33.317  12.814  1.00  0.00           C  
+ATOM     83  HB  VAL A   5      30.906  33.846  12.317  1.00  0.00           H  
+ATOM     84  CG1 VAL A   5      30.211  33.394  14.304  1.00  0.00           C  
+ATOM     85 HG11 VAL A   5      29.285  33.625  15.018  1.00  0.00           H  
+ATOM     86 HG12 VAL A   5      31.041  34.244  14.444  1.00  0.00           H  
+ATOM     87 HG13 VAL A   5      30.656  32.347  14.666  1.00  0.00           H  
+ATOM     88  CG2 VAL A   5      29.957  31.838  12.352  1.00  0.00           C  
+ATOM     89 HG21 VAL A   5      31.065  31.809  11.911  1.00  0.00           H  
+ATOM     90 HG22 VAL A   5      29.226  31.645  11.428  1.00  0.00           H  
+ATOM     91 HG23 VAL A   5      29.762  30.942  13.114  1.00  0.00           H  
+ATOM     92  N   LYS A   6      27.751  35.867  13.740  1.00  0.00           N  
+ATOM     93  H   LYS A   6      27.464  35.268  14.716  1.00  0.00           H  
+ATOM     94  CA  LYS A   6      27.691  37.315  14.143  1.00  0.00           C  
+ATOM     95  HA  LYS A   6      27.997  38.108  13.314  1.00  0.00           H  
+ATOM     96  C   LYS A   6      28.469  37.475  15.420  1.00  0.00           C  
+ATOM     97  O   LYS A   6      28.213  36.753  16.411  1.00  0.00           O  
+ATOM     98  CB  LYS A   6      26.219  37.684  14.307  1.00  0.00           C  
+ATOM     99  HB2 LYS A   6      25.661  36.988  15.097  1.00  0.00           H  
+ATOM    100  HB3 LYS A   6      25.715  37.566  13.228  1.00  0.00           H  
+ATOM    101  CG  LYS A   6      25.884  39.139  14.615  1.00  0.00           C  
+ATOM    102  HG2 LYS A   6      26.212  39.529  15.695  1.00  0.00           H  
+ATOM    103  HG3 LYS A   6      26.245  39.965  13.834  1.00  0.00           H  
+ATOM    104  CD  LYS A   6      24.348  39.296  14.642  1.00  0.00           C  
+ATOM    105  HD2 LYS A   6      23.868  38.833  15.635  1.00  0.00           H  
+ATOM    106  HD3 LYS A   6      23.776  38.828  13.702  1.00  0.00           H  
+ATOM    107  CE  LYS A   6      23.865  40.723  14.749  1.00  0.00           C  
+ATOM    108  HE2 LYS A   6      23.839  41.415  13.759  1.00  0.00           H  
+ATOM    109  HE3 LYS A   6      24.381  41.301  15.682  1.00  0.00           H  
+ATOM    110  NZ  LYS A   6      22.375  40.720  14.907  1.00  0.00           N  
+ATOM    111  HZ1 LYS A   6      21.985  41.826  15.172  1.00  0.00           H  
+ATOM    112  HZ2 LYS A   6      21.794  40.031  15.696  1.00  0.00           H  
+ATOM    113  HZ3 LYS A   6      21.810  40.503  13.871  1.00  0.00           H  
+ATOM    114  N   THR A   7      29.426  38.430  15.446  1.00  0.00           N  
+ATOM    115  H   THR A   7      29.076  39.436  14.930  1.00  0.00           H  
+ATOM    116  CA  THR A   7      30.225  38.643  16.662  1.00  0.00           C  
+ATOM    117  HA  THR A   7      30.057  37.815  17.496  1.00  0.00           H  
+ATOM    118  C   THR A   7      29.664  39.839  17.434  1.00  0.00           C  
+ATOM    119  O   THR A   7      28.850  40.565  16.859  1.00  0.00           O  
+ATOM    120  CB  THR A   7      31.744  38.879  16.299  1.00  0.00           C  
+ATOM    121  HB  THR A   7      32.501  38.817  17.222  1.00  0.00           H  
+ATOM    122  OG1 THR A   7      31.737  40.257  15.824  1.00  0.00           O  
+ATOM    123  HG1 THR A   7      32.821  40.753  15.861  1.00  0.00           H  
+ATOM    124  CG2 THR A   7      32.260  37.969  15.171  1.00  0.00           C  
+ATOM    125 HG21 THR A   7      32.170  37.927  13.968  1.00  0.00           H  
+ATOM    126 HG22 THR A   7      31.856  36.936  15.614  1.00  0.00           H  
+ATOM    127 HG23 THR A   7      33.442  38.143  15.328  1.00  0.00           H  
+ATOM    128  N   LEU A   8      30.132  40.069  18.642  1.00  0.00           N  
+ATOM    129  H   LEU A   8      31.036  39.485  19.146  1.00  0.00           H  
+ATOM    130  CA  LEU A   8      29.607  41.180  19.467  1.00  0.00           C  
+ATOM    131  HA  LEU A   8      28.460  41.422  19.254  1.00  0.00           H  
+ATOM    132  C   LEU A   8      30.075  42.538  18.984  1.00  0.00           C  
+ATOM    133  O   LEU A   8      29.586  43.570  19.483  1.00  0.00           O  
+ATOM    134  CB  LEU A   8      29.919  40.890  20.938  1.00  0.00           C  
+ATOM    135  HB2 LEU A   8      29.551  41.889  21.487  1.00  0.00           H  
+ATOM    136  HB3 LEU A   8      31.080  40.846  21.221  1.00  0.00           H  
+ATOM    137  CG  LEU A   8      29.183  39.722  21.581  1.00  0.00           C  
+ATOM    138  HG  LEU A   8      29.657  38.707  21.190  1.00  0.00           H  
+ATOM    139  CD1 LEU A   8      29.308  39.750  23.095  1.00  0.00           C  
+ATOM    140 HD11 LEU A   8      30.404  39.437  23.462  1.00  0.00           H  
+ATOM    141 HD12 LEU A   8      28.500  39.141  23.737  1.00  0.00           H  
+ATOM    142 HD13 LEU A   8      29.182  40.844  23.577  1.00  0.00           H  
+ATOM    143  CD2 LEU A   8      27.700  39.721  21.228  1.00  0.00           C  
+ATOM    144 HD21 LEU A   8      27.241  38.624  21.384  1.00  0.00           H  
+ATOM    145 HD22 LEU A   8      27.138  40.001  20.207  1.00  0.00           H  
+ATOM    146 HD23 LEU A   8      27.098  40.377  22.035  1.00  0.00           H  
+ATOM    147  N   THR A   9      30.991  42.571  17.998  1.00  0.00           N  
+ATOM    148  H   THR A   9      31.868  41.771  18.083  1.00  0.00           H  
+ATOM    149  CA  THR A   9      31.422  43.940  17.553  1.00  0.00           C  
+ATOM    150  HA  THR A   9      31.210  44.894  18.239  1.00  0.00           H  
+ATOM    151  C   THR A   9      30.755  44.351  16.277  1.00  0.00           C  
+ATOM    152  O   THR A   9      31.207  45.268  15.566  1.00  0.00           O  
+ATOM    153  CB  THR A   9      32.979  43.918  17.445  1.00  0.00           C  
+ATOM    154  HB  THR A   9      33.428  45.006  17.237  1.00  0.00           H  
+ATOM    155  OG1 THR A   9      33.174  43.067  16.265  1.00  0.00           O  
+ATOM    156  HG1 THR A   9      34.243  43.203  15.742  1.00  0.00           H  
+ATOM    157  CG2 THR A   9      33.657  43.319  18.672  1.00  0.00           C  
+ATOM    158 HG21 THR A   9      33.155  43.351  19.759  1.00  0.00           H  
+ATOM    159 HG22 THR A   9      34.564  44.099  18.816  1.00  0.00           H  
+ATOM    160 HG23 THR A   9      34.274  42.293  18.602  1.00  0.00           H  
+ATOM    161  N   GLY A  10      29.721  43.673  15.885  1.00  0.00           N  
+ATOM    162  H   GLY A  10      28.836  43.566  16.678  1.00  0.00           H  
+ATOM    163  CA  GLY A  10      28.978  43.960  14.678  1.00  0.00           C  
+ATOM    164  HA2 GLY A  10      27.880  43.518  14.533  1.00  0.00           H  
+ATOM    165  HA3 GLY A  10      28.832  45.147  14.646  1.00  0.00           H  
+ATOM    166  C   GLY A  10      29.604  43.507  13.393  1.00  0.00           C  
+ATOM    167  O   GLY A  10      29.219  43.981  12.301  1.00  0.00           O  
+ATOM    168  N   LYS A  11      30.563  42.623  13.495  1.00  0.00           N  
+ATOM    169  H   LYS A  11      31.326  42.785  14.385  1.00  0.00           H  
+ATOM    170  CA  LYS A  11      31.191  42.012  12.331  1.00  0.00           C  
+ATOM    171  HA  LYS A  11      31.109  42.825  11.462  1.00  0.00           H  
+ATOM    172  C   LYS A  11      30.459  40.666  12.130  1.00  0.00           C  
+ATOM    173  O   LYS A  11      30.253  39.991  13.133  1.00  0.00           O  
+ATOM    174  CB  LYS A  11      32.672  41.717  12.505  1.00  0.00           C  
+ATOM    175  HB2 LYS A  11      33.017  41.032  13.415  1.00  0.00           H  
+ATOM    176  HB3 LYS A  11      33.201  42.782  12.642  1.00  0.00           H  
+ATOM    177  CG  LYS A  11      33.280  41.086  11.227  1.00  0.00           C  
+ATOM    178  HG2 LYS A  11      33.154  41.912  10.374  1.00  0.00           H  
+ATOM    179  HG3 LYS A  11      32.824  40.045  10.878  1.00  0.00           H  
+ATOM    180  CD  LYS A  11      34.762  40.799  11.470  1.00  0.00           C  
+ATOM    181  HD2 LYS A  11      35.324  41.606  12.153  1.00  0.00           H  
+ATOM    182  HD3 LYS A  11      34.971  39.781  12.059  1.00  0.00           H  
+ATOM    183  CE  LYS A  11      35.614  40.847  10.240  1.00  0.00           C  
+ATOM    184  HE2 LYS A  11      35.682  41.996   9.900  1.00  0.00           H  
+ATOM    185  HE3 LYS A  11      36.769  40.598  10.429  1.00  0.00           H  
+ATOM    186  NZ  LYS A  11      35.100  40.073   9.101  1.00  0.00           N  
+ATOM    187  HZ1 LYS A  11      33.992  40.151   8.654  1.00  0.00           H  
+ATOM    188  HZ2 LYS A  11      35.730  40.581   8.208  1.00  0.00           H  
+ATOM    189  HZ3 LYS A  11      35.385  38.920   8.989  1.00  0.00           H  
+ATOM    190  N   THR A  12      30.163  40.338  10.886  1.00  0.00           N  
+ATOM    191  H   THR A  12      30.110  41.130   9.999  1.00  0.00           H  
+ATOM    192  CA  THR A  12      29.542  39.020  10.653  1.00  0.00           C  
+ATOM    193  HA  THR A  12      29.491  38.458  11.692  1.00  0.00           H  
+ATOM    194  C   THR A  12      30.494  38.261   9.729  1.00  0.00           C  
+ATOM    195  O   THR A  12      30.849  38.850   8.706  1.00  0.00           O  
+ATOM    196  CB  THR A  12      28.113  39.049  10.015  1.00  0.00           C  
+ATOM    197  HB  THR A  12      27.977  39.723   9.037  1.00  0.00           H  
+ATOM    198  OG1 THR A  12      27.280  39.722  10.996  1.00  0.00           O  
+ATOM    199  HG1 THR A  12      27.216  40.931  10.863  1.00  0.00           H  
+ATOM    200  CG2 THR A  12      27.588  37.635   9.715  1.00  0.00           C  
+ATOM    201 HG21 THR A  12      27.489  36.889  10.630  1.00  0.00           H  
+ATOM    202 HG22 THR A  12      26.457  37.954   9.459  1.00  0.00           H  
+ATOM    203 HG23 THR A  12      28.118  37.311   8.694  1.00  0.00           H  
+ATOM    204  N   ILE A  13      30.795  37.015  10.095  1.00  0.00           N  
+ATOM    205  H   ILE A  13      30.867  36.558  11.175  1.00  0.00           H  
+ATOM    206  CA  ILE A  13      31.720  36.289   9.176  1.00  0.00           C  
+ATOM    207  HA  ILE A  13      32.061  37.015   8.292  1.00  0.00           H  
+ATOM    208  C   ILE A  13      30.955  35.211   8.459  1.00  0.00           C  
+ATOM    209  O   ILE A  13      30.025  34.618   9.040  1.00  0.00           O  
+ATOM    210  CB  ILE A  13      32.995  35.883   9.934  1.00  0.00           C  
+ATOM    211  HB  ILE A  13      33.863  36.482   9.373  1.00  0.00           H  
+ATOM    212  CG1 ILE A  13      33.306  34.381   9.840  1.00  0.00           C  
+ATOM    213 HG12 ILE A  13      33.235  34.146   8.681  1.00  0.00           H  
+ATOM    214 HG13 ILE A  13      32.420  33.755  10.327  1.00  0.00           H  
+ATOM    215  CG2 ILE A  13      33.109  36.381  11.435  1.00  0.00           C  
+ATOM    216 HG21 ILE A  13      32.878  35.656  12.357  1.00  0.00           H  
+ATOM    217 HG22 ILE A  13      34.258  36.668  11.604  1.00  0.00           H  
+ATOM    218 HG23 ILE A  13      32.761  37.513  11.600  1.00  0.00           H  
+ATOM    219  CD1 ILE A  13      34.535  34.028  10.720  1.00  0.00           C  
+ATOM    220 HD11 ILE A  13      34.467  32.833  10.732  1.00  0.00           H  
+ATOM    221 HD12 ILE A  13      35.393  34.556  10.070  1.00  0.00           H  
+ATOM    222 HD13 ILE A  13      34.674  34.251  11.886  1.00  0.00           H  
+ATOM    223  N   THR A  14      31.244  34.986   7.197  1.00  0.00           N  
+ATOM    224  H   THR A  14      32.125  35.478   6.568  1.00  0.00           H  
+ATOM    225  CA  THR A  14      30.505  33.884   6.512  1.00  0.00           C  
+ATOM    226  HA  THR A  14      29.385  33.779   6.878  1.00  0.00           H  
+ATOM    227  C   THR A  14      31.409  32.680   6.446  1.00  0.00           C  
+ATOM    228  O   THR A  14      32.619  32.812   6.125  1.00  0.00           O  
+ATOM    229  CB  THR A  14      30.091  34.393   5.078  1.00  0.00           C  
+ATOM    230  HB  THR A  14      29.690  33.676   4.217  1.00  0.00           H  
+ATOM    231  OG1 THR A  14      31.440  34.513   4.487  1.00  0.00           O  
+ATOM    232  HG1 THR A  14      31.600  35.475   3.774  1.00  0.00           H  
+ATOM    233  CG2 THR A  14      29.420  35.756   5.119  1.00  0.00           C  
+ATOM    234 HG21 THR A  14      28.275  35.721   5.444  1.00  0.00           H  
+ATOM    235 HG22 THR A  14      29.863  36.776   5.554  1.00  0.00           H  
+ATOM    236 HG23 THR A  14      29.310  36.033   3.954  1.00  0.00           H  
+ATOM    237  N   LEU A  15      30.884  31.485   6.666  1.00  0.00           N  
+ATOM    238  H   LEU A  15      29.730  31.442   6.889  1.00  0.00           H  
+ATOM    239  CA  LEU A  15      31.677  30.275   6.639  1.00  0.00           C  
+ATOM    240  HA  LEU A  15      32.701  30.541   6.095  1.00  0.00           H  
+ATOM    241  C   LEU A  15      31.022  29.288   5.665  1.00  0.00           C  
+ATOM    242  O   LEU A  15      29.809  29.395   5.545  1.00  0.00           O  
+ATOM    243  CB  LEU A  15      31.562  29.686   8.045  1.00  0.00           C  
+ATOM    244  HB2 LEU A  15      30.995  30.554   8.635  1.00  0.00           H  
+ATOM    245  HB3 LEU A  15      31.005  28.661   7.882  1.00  0.00           H  
+ATOM    246  CG  LEU A  15      32.631  29.444   9.060  1.00  0.00           C  
+ATOM    247  HG  LEU A  15      33.280  28.477   8.783  1.00  0.00           H  
+ATOM    248  CD1 LEU A  15      33.814  30.390   9.030  1.00  0.00           C  
+ATOM    249 HD11 LEU A  15      34.609  30.367   9.917  1.00  0.00           H  
+ATOM    250 HD12 LEU A  15      33.505  31.521   8.816  1.00  0.00           H  
+ATOM    251 HD13 LEU A  15      34.463  30.096   8.063  1.00  0.00           H  
+ATOM    252  CD2 LEU A  15      31.945  29.449  10.436  1.00  0.00           C  
+ATOM    253 HD21 LEU A  15      32.172  28.310  10.724  1.00  0.00           H  
+ATOM    254 HD22 LEU A  15      32.561  30.177  11.147  1.00  0.00           H  
+ATOM    255 HD23 LEU A  15      30.767  29.577  10.583  1.00  0.00           H  
+ATOM    256  N   GLU A  16      31.834  28.412   5.125  1.00  0.00           N  
+ATOM    257  H   GLU A  16      33.008  28.538   4.980  1.00  0.00           H  
+ATOM    258  CA  GLU A  16      31.220  27.341   4.275  1.00  0.00           C  
+ATOM    259  HA  GLU A  16      30.107  27.565   3.928  1.00  0.00           H  
+ATOM    260  C   GLU A  16      31.440  26.079   5.080  1.00  0.00           C  
+ATOM    261  O   GLU A  16      32.576  25.802   5.461  1.00  0.00           O  
+ATOM    262  CB  GLU A  16      31.827  27.262   2.894  1.00  0.00           C  
+ATOM    263  HB2 GLU A  16      31.503  26.278   2.293  1.00  0.00           H  
+ATOM    264  HB3 GLU A  16      33.020  27.223   2.835  1.00  0.00           H  
+ATOM    265  CG  GLU A  16      31.363  28.410   1.962  1.00  0.00           C  
+ATOM    266  HG2 GLU A  16      30.194  28.620   1.851  1.00  0.00           H  
+ATOM    267  HG3 GLU A  16      31.925  29.434   2.219  1.00  0.00           H  
+ATOM    268  CD  GLU A  16      31.671  28.291   0.498  1.00  0.00           C  
+ATOM    269  OE1 GLU A  16      30.869  28.621  -0.366  1.00  0.00           O  
+ATOM    270  OE2 GLU A  16      32.835  27.861   0.278  1.00  0.00           O  
+ATOM    271  N   VAL A  17      30.310  25.458   5.384  1.00  0.00           N  
+ATOM    272  H   VAL A  17      29.428  26.225   5.543  1.00  0.00           H  
+ATOM    273  CA  VAL A  17      30.288  24.245   6.193  1.00  0.00           C  
+ATOM    274  HA  VAL A  17      31.294  23.735   5.807  1.00  0.00           H  
+ATOM    275  C   VAL A  17      29.279  23.227   5.641  1.00  0.00           C  
+ATOM    276  O   VAL A  17      28.478  23.522   4.725  1.00  0.00           O  
+ATOM    277  CB  VAL A  17      29.903  24.590   7.665  1.00  0.00           C  
+ATOM    278  HB  VAL A  17      29.998  23.537   8.208  1.00  0.00           H  
+ATOM    279  CG1 VAL A  17      30.862  25.496   8.389  1.00  0.00           C  
+ATOM    280 HG11 VAL A  17      31.483  24.754   9.097  1.00  0.00           H  
+ATOM    281 HG12 VAL A  17      31.612  25.993   7.608  1.00  0.00           H  
+ATOM    282 HG13 VAL A  17      30.425  26.358   9.090  1.00  0.00           H  
+ATOM    283  CG2 VAL A  17      28.476  25.135   7.705  1.00  0.00           C  
+ATOM    284 HG21 VAL A  17      27.726  24.263   7.370  1.00  0.00           H  
+ATOM    285 HG22 VAL A  17      28.170  25.424   8.823  1.00  0.00           H  
+ATOM    286 HG23 VAL A  17      28.161  26.062   7.029  1.00  0.00           H  
+ATOM    287  N   GLU A  18      29.380  22.057   6.232  1.00  0.00           N  
+ATOM    288  H   GLU A  18      30.513  21.679   6.290  1.00  0.00           H  
+ATOM    289  CA  GLU A  18      28.468  20.940   5.980  1.00  0.00           C  
+ATOM    290  HA  GLU A  18      27.784  21.326   5.090  1.00  0.00           H  
+ATOM    291  C   GLU A  18      27.819  20.609   7.316  1.00  0.00           C  
+ATOM    292  O   GLU A  18      28.449  20.674   8.360  1.00  0.00           O  
+ATOM    293  CB  GLU A  18      29.213  19.697   5.506  1.00  0.00           C  
+ATOM    294  HB2 GLU A  18      28.530  18.760   5.250  1.00  0.00           H  
+ATOM    295  HB3 GLU A  18      30.106  19.330   6.213  1.00  0.00           H  
+ATOM    296  CG  GLU A  18      29.728  19.755   4.060  1.00  0.00           C  
+ATOM    297  HG2 GLU A  18      30.731  20.385   3.881  1.00  0.00           H  
+ATOM    298  HG3 GLU A  18      30.138  18.680   3.732  1.00  0.00           H  
+ATOM    299  CD  GLU A  18      28.754  20.061   2.978  1.00  0.00           C  
+ATOM    300  OE1 GLU A  18      27.546  19.992   2.985  1.00  0.00           O  
+ATOM    301  OE2 GLU A  18      29.336  20.423   1.904  1.00  0.00           O  
+ATOM    302  N   PRO A  19      26.559  20.220   7.288  1.00  0.00           N  
+ATOM    303  CA  PRO A  19      25.829  19.825   8.494  1.00  0.00           C  
+ATOM    304  HA  PRO A  19      25.425  20.811   9.011  1.00  0.00           H  
+ATOM    305  C   PRO A  19      26.541  18.732   9.251  1.00  0.00           C  
+ATOM    306  O   PRO A  19      26.333  18.536  10.457  1.00  0.00           O  
+ATOM    307  CB  PRO A  19      24.469  19.332   7.952  1.00  0.00           C  
+ATOM    308  HB2 PRO A  19      24.345  18.180   7.625  1.00  0.00           H  
+ATOM    309  HB3 PRO A  19      23.601  19.590   8.766  1.00  0.00           H  
+ATOM    310  CG  PRO A  19      24.299  20.134   6.704  1.00  0.00           C  
+ATOM    311  HG2 PRO A  19      23.575  21.068   6.877  1.00  0.00           H  
+ATOM    312  HG3 PRO A  19      23.613  19.598   5.875  1.00  0.00           H  
+ATOM    313  CD  PRO A  19      25.714  20.108   6.073  1.00  0.00           C  
+ATOM    314  HD2 PRO A  19      25.537  20.883   5.182  1.00  0.00           H  
+ATOM    315  HD3 PRO A  19      25.863  19.098   5.452  1.00  0.00           H  
+ATOM    316  N   SER A  20      27.361  17.959   8.559  1.00  0.00           N  
+ATOM    317  H   SER A  20      26.815  17.533   7.585  1.00  0.00           H  
+ATOM    318  CA  SER A  20      28.054  16.835   9.210  1.00  0.00           C  
+ATOM    319  HA  SER A  20      27.357  16.143   9.886  1.00  0.00           H  
+ATOM    320  C   SER A  20      29.258  17.318   9.984  1.00  0.00           C  
+ATOM    321  O   SER A  20      29.930  16.477  10.606  1.00  0.00           O  
+ATOM    322  CB  SER A  20      28.523  15.820   8.182  1.00  0.00           C  
+ATOM    323  HB2 SER A  20      29.260  14.981   8.613  1.00  0.00           H  
+ATOM    324  HB3 SER A  20      27.655  15.135   7.716  1.00  0.00           H  
+ATOM    325  OG  SER A  20      28.946  16.445   6.967  1.00  0.00           O  
+ATOM    326  HG  SER A  20      29.988  16.018   6.577  1.00  0.00           H  
+ATOM    327  N   ASP A  21      29.599  18.599   9.828  1.00  0.00           N  
+ATOM    328  H   ASP A  21      28.754  19.363  10.134  1.00  0.00           H  
+ATOM    329  CA  ASP A  21      30.796  19.083  10.566  1.00  0.00           C  
+ATOM    330  HA  ASP A  21      31.631  18.287  10.261  1.00  0.00           H  
+ATOM    331  C   ASP A  21      30.491  19.162  12.040  1.00  0.00           C  
+ATOM    332  O   ASP A  21      29.367  19.523  12.441  1.00  0.00           O  
+ATOM    333  CB  ASP A  21      31.155  20.515  10.048  1.00  0.00           C  
+ATOM    334  HB2 ASP A  21      31.942  20.921  10.838  1.00  0.00           H  
+ATOM    335  HB3 ASP A  21      30.353  21.371   9.865  1.00  0.00           H  
+ATOM    336  CG  ASP A  21      31.923  20.436   8.755  1.00  0.00           C  
+ATOM    337  OD1 ASP A  21      32.493  19.374   8.456  1.00  0.00           O  
+ATOM    338  OD2 ASP A  21      31.838  21.402   7.968  1.00  0.00           O  
+ATOM    339  N   THR A  22      31.510  18.936  12.852  1.00  0.00           N  
+ATOM    340  H   THR A  22      32.390  18.279  12.396  1.00  0.00           H  
+ATOM    341  CA  THR A  22      31.398  19.064  14.286  1.00  0.00           C  
+ATOM    342  HA  THR A  22      30.550  18.291  14.568  1.00  0.00           H  
+ATOM    343  C   THR A  22      31.593  20.553  14.655  1.00  0.00           C  
+ATOM    344  O   THR A  22      32.159  21.311  13.861  1.00  0.00           O  
+ATOM    345  CB  THR A  22      32.492  18.193  14.995  1.00  0.00           C  
+ATOM    346  HB  THR A  22      32.721  18.092  16.162  1.00  0.00           H  
+ATOM    347  OG1 THR A  22      33.778  18.739  14.516  1.00  0.00           O  
+ATOM    348  HG1 THR A  22      34.659  17.943  14.517  1.00  0.00           H  
+ATOM    349  CG2 THR A  22      32.352  16.700  14.630  1.00  0.00           C  
+ATOM    350 HG21 THR A  22      31.374  16.115  14.264  1.00  0.00           H  
+ATOM    351 HG22 THR A  22      33.131  16.341  13.788  1.00  0.00           H  
+ATOM    352 HG23 THR A  22      32.672  16.018  15.566  1.00  0.00           H  
+ATOM    353  N   ILE A  23      31.113  20.863  15.860  1.00  0.00           N  
+ATOM    354  H   ILE A  23      31.196  19.977  16.639  1.00  0.00           H  
+ATOM    355  CA  ILE A  23      31.288  22.201  16.417  1.00  0.00           C  
+ATOM    356  HA  ILE A  23      30.888  22.895  15.542  1.00  0.00           H  
+ATOM    357  C   ILE A  23      32.776  22.519  16.577  1.00  0.00           C  
+ATOM    358  O   ILE A  23      33.233  23.659  16.384  1.00  0.00           O  
+ATOM    359  CB  ILE A  23      30.520  22.300  17.764  1.00  0.00           C  
+ATOM    360  HB  ILE A  23      30.733  21.378  18.475  1.00  0.00           H  
+ATOM    361  CG1 ILE A  23      29.006  22.043  17.442  1.00  0.00           C  
+ATOM    362 HG12 ILE A  23      28.687  20.961  17.066  1.00  0.00           H  
+ATOM    363 HG13 ILE A  23      28.521  22.233  18.510  1.00  0.00           H  
+ATOM    364  CG2 ILE A  23      30.832  23.699  18.358  1.00  0.00           C  
+ATOM    365 HG21 ILE A  23      30.847  24.479  17.455  1.00  0.00           H  
+ATOM    366 HG22 ILE A  23      31.845  23.696  18.985  1.00  0.00           H  
+ATOM    367 HG23 ILE A  23      30.010  24.061  19.144  1.00  0.00           H  
+ATOM    368  CD1 ILE A  23      28.407  22.948  16.366  1.00  0.00           C  
+ATOM    369 HD11 ILE A  23      28.387  22.249  15.389  1.00  0.00           H  
+ATOM    370 HD12 ILE A  23      27.266  23.181  16.635  1.00  0.00           H  
+ATOM    371 HD13 ILE A  23      28.911  23.999  16.095  1.00  0.00           H  
+ATOM    372  N   GLU A  24      33.548  21.526  16.950  1.00  0.00           N  
+ATOM    373  H   GLU A  24      33.396  21.341  18.112  1.00  0.00           H  
+ATOM    374  CA  GLU A  24      35.031  21.722  17.069  1.00  0.00           C  
+ATOM    375  HA  GLU A  24      35.474  22.436  17.914  1.00  0.00           H  
+ATOM    376  C   GLU A  24      35.615  22.190  15.759  1.00  0.00           C  
+ATOM    377  O   GLU A  24      36.532  23.046  15.724  1.00  0.00           O  
+ATOM    378  CB  GLU A  24      35.667  20.383  17.447  1.00  0.00           C  
+ATOM    379  HB2 GLU A  24      34.602  19.899  17.173  1.00  0.00           H  
+ATOM    380  HB3 GLU A  24      35.876  19.194  17.450  1.00  0.00           H  
+ATOM    381  CG  GLU A  24      37.128  20.293  17.872  1.00  0.00           C  
+ATOM    382  HG2 GLU A  24      38.009  20.536  17.104  1.00  0.00           H  
+ATOM    383  HG3 GLU A  24      37.416  20.917  18.848  1.00  0.00           H  
+ATOM    384  CD  GLU A  24      37.561  18.851  18.082  1.00  0.00           C  
+ATOM    385  OE1 GLU A  24      37.758  18.024  17.195  1.00  0.00           O  
+ATOM    386  OE2 GLU A  24      37.628  18.599  19.313  1.00  0.00           O  
+ATOM    387  N   ASN A  25      35.139  21.624  14.662  1.00  0.00           N  
+ATOM    388  H   ASN A  25      34.886  20.465  14.764  1.00  0.00           H  
+ATOM    389  CA  ASN A  25      35.590  21.945  13.302  1.00  0.00           C  
+ATOM    390  HA  ASN A  25      36.767  21.768  13.403  1.00  0.00           H  
+ATOM    391  C   ASN A  25      35.238  23.382  12.920  1.00  0.00           C  
+ATOM    392  O   ASN A  25      36.066  24.109  12.333  1.00  0.00           O  
+ATOM    393  CB  ASN A  25      35.064  20.957  12.255  1.00  0.00           C  
+ATOM    394  HB2 ASN A  25      35.705  19.955  12.376  1.00  0.00           H  
+ATOM    395  HB3 ASN A  25      33.950  20.635  12.026  1.00  0.00           H  
+ATOM    396  CG  ASN A  25      35.541  21.418  10.871  1.00  0.00           C  
+ATOM    397  OD1 ASN A  25      36.772  21.623  10.676  1.00  0.00           O  
+ATOM    398  ND2 ASN A  25      34.628  21.595   9.920  1.00  0.00           N  
+ATOM    399 HD21 ASN A  25      33.732  22.394   9.898  1.00  0.00           H  
+ATOM    400 HD22 ASN A  25      35.002  20.905   9.028  1.00  0.00           H  
+ATOM    401  N   VAL A  26      34.007  23.745  13.250  1.00  0.00           N  
+ATOM    402  H   VAL A  26      33.263  22.995  13.772  1.00  0.00           H  
+ATOM    403  CA  VAL A  26      33.533  25.097  12.978  1.00  0.00           C  
+ATOM    404  HA  VAL A  26      33.566  25.187  11.800  1.00  0.00           H  
+ATOM    405  C   VAL A  26      34.441  26.099  13.684  1.00  0.00           C  
+ATOM    406  O   VAL A  26      34.883  27.090  13.093  1.00  0.00           O  
+ATOM    407  CB  VAL A  26      32.060  25.257  13.364  1.00  0.00           C  
+ATOM    408  HB  VAL A  26      31.809  24.983  14.493  1.00  0.00           H  
+ATOM    409  CG1 VAL A  26      31.684  26.749  13.342  1.00  0.00           C  
+ATOM    410 HG11 VAL A  26      31.055  27.038  14.313  1.00  0.00           H  
+ATOM    411 HG12 VAL A  26      32.516  27.585  13.195  1.00  0.00           H  
+ATOM    412 HG13 VAL A  26      30.858  26.942  12.496  1.00  0.00           H  
+ATOM    413  CG2 VAL A  26      31.152  24.421  12.477  1.00  0.00           C  
+ATOM    414 HG21 VAL A  26      31.241  23.234  12.402  1.00  0.00           H  
+ATOM    415 HG22 VAL A  26      31.240  24.815  11.354  1.00  0.00           H  
+ATOM    416 HG23 VAL A  26      30.078  24.765  12.860  1.00  0.00           H  
+ATOM    417  N   LYS A  27      34.734  25.822  14.949  1.00  0.00           N  
+ATOM    418  H   LYS A  27      34.647  24.742  15.420  1.00  0.00           H  
+ATOM    419  CA  LYS A  27      35.596  26.715  15.736  1.00  0.00           C  
+ATOM    420  HA  LYS A  27      35.024  27.751  15.670  1.00  0.00           H  
+ATOM    421  C   LYS A  27      36.975  26.826  15.107  1.00  0.00           C  
+ATOM    422  O   LYS A  27      37.579  27.926  15.159  1.00  0.00           O  
+ATOM    423  CB  LYS A  27      35.715  26.203  17.172  1.00  0.00           C  
+ATOM    424  HB2 LYS A  27      36.105  25.060  17.207  1.00  0.00           H  
+ATOM    425  HB3 LYS A  27      36.581  26.889  17.704  1.00  0.00           H  
+ATOM    426  CG  LYS A  27      34.343  26.445  17.898  1.00  0.00           C  
+ATOM    427  HG2 LYS A  27      34.059  27.604  17.888  1.00  0.00           H  
+ATOM    428  HG3 LYS A  27      33.450  25.796  17.449  1.00  0.00           H  
+ATOM    429  CD  LYS A  27      34.509  26.077  19.360  1.00  0.00           C  
+ATOM    430  HD2 LYS A  27      34.713  24.899  19.469  1.00  0.00           H  
+ATOM    431  HD3 LYS A  27      35.464  26.456  19.976  1.00  0.00           H  
+ATOM    432  CE  LYS A  27      33.206  26.311  20.122  1.00  0.00           C  
+ATOM    433  HE2 LYS A  27      32.154  25.781  19.919  1.00  0.00           H  
+ATOM    434  HE3 LYS A  27      33.015  27.492  20.338  1.00  0.00           H  
+ATOM    435  NZ  LYS A  27      33.455  25.910  21.546  1.00  0.00           N  
+ATOM    436  HZ1 LYS A  27      33.273  26.782  22.345  1.00  0.00           H  
+ATOM    437  HZ2 LYS A  27      34.503  25.456  21.914  1.00  0.00           H  
+ATOM    438  HZ3 LYS A  27      32.687  25.136  22.051  1.00  0.00           H  
+ATOM    439  N   ALA A  28      37.499  25.743  14.571  1.00  0.00           N  
+ATOM    440  H   ALA A  28      37.472  24.658  15.041  1.00  0.00           H  
+ATOM    441  CA  ALA A  28      38.794  25.761  13.880  1.00  0.00           C  
+ATOM    442  HA  ALA A  28      39.695  26.088  14.587  1.00  0.00           H  
+ATOM    443  C   ALA A  28      38.728  26.591  12.611  1.00  0.00           C  
+ATOM    444  O   ALA A  28      39.704  27.346  12.277  1.00  0.00           O  
+ATOM    445  CB  ALA A  28      39.285  24.336  13.566  1.00  0.00           C  
+ATOM    446  HB1 ALA A  28      38.729  23.581  12.821  1.00  0.00           H  
+ATOM    447  HB2 ALA A  28      39.672  23.674  14.485  1.00  0.00           H  
+ATOM    448  HB3 ALA A  28      40.313  24.500  12.963  1.00  0.00           H  
+ATOM    449  N   LYS A  29      37.633  26.543  11.867  1.00  0.00           N  
+ATOM    450  H   LYS A  29      36.837  25.689  11.956  1.00  0.00           H  
+ATOM    451  CA  LYS A  29      37.471  27.391  10.668  1.00  0.00           C  
+ATOM    452  HA  LYS A  29      38.405  27.135   9.969  1.00  0.00           H  
+ATOM    453  C   LYS A  29      37.441  28.882  11.052  1.00  0.00           C  
+ATOM    454  O   LYS A  29      38.020  29.772  10.382  1.00  0.00           O  
+ATOM    455  CB  LYS A  29      36.193  27.058   9.911  1.00  0.00           C  
+ATOM    456  HB2 LYS A  29      35.296  27.635  10.440  1.00  0.00           H  
+ATOM    457  HB3 LYS A  29      36.307  27.669   8.885  1.00  0.00           H  
+ATOM    458  CG  LYS A  29      36.153  25.620   9.409  1.00  0.00           C  
+ATOM    459  HG2 LYS A  29      36.604  24.730  10.070  1.00  0.00           H  
+ATOM    460  HG3 LYS A  29      36.901  25.565   8.469  1.00  0.00           H  
+ATOM    461  CD  LYS A  29      34.758  25.280   8.900  1.00  0.00           C  
+ATOM    462  HD2 LYS A  29      33.875  25.935   8.384  1.00  0.00           H  
+ATOM    463  HD3 LYS A  29      34.359  25.364  10.032  1.00  0.00           H  
+ATOM    464  CE  LYS A  29      34.793  24.264   7.767  1.00  0.00           C  
+ATOM    465  HE2 LYS A  29      33.884  23.528   7.512  1.00  0.00           H  
+ATOM    466  HE3 LYS A  29      35.767  23.572   7.949  1.00  0.00           H  
+ATOM    467  NZ  LYS A  29      34.914  24.944   6.441  1.00  0.00           N  
+ATOM    468  HZ1 LYS A  29      34.628  24.144   5.580  1.00  0.00           H  
+ATOM    469  HZ2 LYS A  29      34.574  26.071   6.185  1.00  0.00           H  
+ATOM    470  HZ3 LYS A  29      36.105  24.959   6.169  1.00  0.00           H  
+ATOM    471  N   ILE A  30      36.811  29.170  12.192  1.00  0.00           N  
+ATOM    472  H   ILE A  30      36.471  28.358  12.973  1.00  0.00           H  
+ATOM    473  CA  ILE A  30      36.731  30.570  12.645  1.00  0.00           C  
+ATOM    474  HA  ILE A  30      36.381  31.276  11.759  1.00  0.00           H  
+ATOM    475  C   ILE A  30      38.148  30.981  13.069  1.00  0.00           C  
+ATOM    476  O   ILE A  30      38.544  32.150  12.856  1.00  0.00           O  
+ATOM    477  CB  ILE A  30      35.708  30.776  13.806  1.00  0.00           C  
+ATOM    478  HB  ILE A  30      35.833  29.957  14.651  1.00  0.00           H  
+ATOM    479  CG1 ILE A  30      34.228  30.630  13.319  1.00  0.00           C  
+ATOM    480 HG12 ILE A  30      33.819  31.594  12.759  1.00  0.00           H  
+ATOM    481 HG13 ILE A  30      34.185  29.617  12.700  1.00  0.00           H  
+ATOM    482  CG2 ILE A  30      35.874  32.138  14.512  1.00  0.00           C  
+ATOM    483 HG21 ILE A  30      35.051  32.932  14.156  1.00  0.00           H  
+ATOM    484 HG22 ILE A  30      36.911  32.710  14.374  1.00  0.00           H  
+ATOM    485 HG23 ILE A  30      35.739  32.060  15.696  1.00  0.00           H  
+ATOM    486  CD1 ILE A  30      33.284  30.504  14.552  1.00  0.00           C  
+ATOM    487 HD11 ILE A  30      32.227  30.259  14.056  1.00  0.00           H  
+ATOM    488 HD12 ILE A  30      33.191  31.494  15.205  1.00  0.00           H  
+ATOM    489 HD13 ILE A  30      33.472  29.644  15.355  1.00  0.00           H  
+ATOM    490  N   GLN A  31      38.883  30.110  13.713  1.00  0.00           N  
+ATOM    491  H   GLN A  31      38.882  28.931  13.706  1.00  0.00           H  
+ATOM    492  CA  GLN A  31      40.269  30.508  14.115  1.00  0.00           C  
+ATOM    493  HA  GLN A  31      40.111  31.498  14.749  1.00  0.00           H  
+ATOM    494  C   GLN A  31      41.092  30.808  12.851  1.00  0.00           C  
+ATOM    495  O   GLN A  31      41.828  31.808  12.681  1.00  0.00           O  
+ATOM    496  CB  GLN A  31      40.996  29.399  14.865  1.00  0.00           C  
+ATOM    497  HB2 GLN A  31      41.239  28.333  14.384  1.00  0.00           H  
+ATOM    498  HB3 GLN A  31      40.441  29.213  15.897  1.00  0.00           H  
+ATOM    499  CG  GLN A  31      42.445  29.848  15.182  1.00  0.00           C  
+ATOM    500  HG2 GLN A  31      42.548  30.980  15.647  1.00  0.00           H  
+ATOM    501  HG3 GLN A  31      43.270  29.680  14.289  1.00  0.00           H  
+ATOM    502  CD  GLN A  31      43.090  28.828  16.095  1.00  0.00           C  
+ATOM    503  OE1 GLN A  31      42.770  27.655  15.906  1.00  0.00           O  
+ATOM    504  NE2 GLN A  31      43.898  29.252  17.050  1.00  0.00           N  
+ATOM    505 HE21 GLN A  31      44.919  28.803  16.611  1.00  0.00           H  
+ATOM    506 HE22 GLN A  31      44.347  29.667  18.068  1.00  0.00           H  
+ATOM    507  N   ASP A  32      41.001  29.878  11.931  1.00  0.00           N  
+ATOM    508  H   ASP A  32      41.597  28.917  12.297  1.00  0.00           H  
+ATOM    509  CA  ASP A  32      41.718  30.022  10.643  1.00  0.00           C  
+ATOM    510  HA  ASP A  32      42.889  30.189  10.811  1.00  0.00           H  
+ATOM    511  C   ASP A  32      41.399  31.338   9.967  1.00  0.00           C  
+ATOM    512  O   ASP A  32      42.260  32.036   9.381  1.00  0.00           O  
+ATOM    513  CB  ASP A  32      41.398  28.780   9.810  1.00  0.00           C  
+ATOM    514  HB2 ASP A  32      41.304  27.650  10.189  1.00  0.00           H  
+ATOM    515  HB3 ASP A  32      40.482  28.952   9.065  1.00  0.00           H  
+ATOM    516  CG  ASP A  32      42.626  28.557   8.928  1.00  0.00           C  
+ATOM    517  OD1 ASP A  32      43.666  28.262   9.539  1.00  0.00           O  
+ATOM    518  OD2 ASP A  32      42.430  28.812   7.728  1.00  0.00           O  
+ATOM    519  N   LYS A  33      40.117  31.750   9.988  1.00  0.00           N  
+ATOM    520  H   LYS A  33      39.242  31.231  10.573  1.00  0.00           H  
+ATOM    521  CA  LYS A  33      39.808  32.994   9.233  1.00  0.00           C  
+ATOM    522  HA  LYS A  33      40.742  33.220   8.517  1.00  0.00           H  
+ATOM    523  C   LYS A  33      39.837  34.271   9.995  1.00  0.00           C  
+ATOM    524  O   LYS A  33      40.164  35.323   9.345  1.00  0.00           O  
+ATOM    525  CB  LYS A  33      38.615  32.801   8.320  1.00  0.00           C  
+ATOM    526  HB2 LYS A  33      38.932  31.771   7.796  1.00  0.00           H  
+ATOM    527  HB3 LYS A  33      38.872  33.551   7.418  1.00  0.00           H  
+ATOM    528  CG  LYS A  33      37.220  32.822   8.827  1.00  0.00           C  
+ATOM    529  HG2 LYS A  33      36.792  31.715   8.696  1.00  0.00           H  
+ATOM    530  HG3 LYS A  33      37.245  32.986  10.000  1.00  0.00           H  
+ATOM    531  CD  LYS A  33      36.351  33.613   7.838  1.00  0.00           C  
+ATOM    532  HD2 LYS A  33      35.202  33.885   7.922  1.00  0.00           H  
+ATOM    533  HD3 LYS A  33      36.835  34.691   7.668  1.00  0.00           H  
+ATOM    534  CE  LYS A  33      36.322  32.944   6.477  1.00  0.00           C  
+ATOM    535  HE2 LYS A  33      37.313  32.604   5.898  1.00  0.00           H  
+ATOM    536  HE3 LYS A  33      35.619  31.990   6.327  1.00  0.00           H  
+ATOM    537  NZ  LYS A  33      35.768  33.945   5.489  1.00  0.00           N  
+ATOM    538  HZ1 LYS A  33      36.604  34.753   5.185  1.00  0.00           H  
+ATOM    539  HZ2 LYS A  33      35.671  33.342   4.454  1.00  0.00           H  
+ATOM    540  HZ3 LYS A  33      34.783  34.621   5.528  1.00  0.00           H  
+ATOM    541  N   GLU A  34      39.655  34.335  11.285  1.00  0.00           N  
+ATOM    542  H   GLU A  34      39.256  33.384  11.838  1.00  0.00           H  
+ATOM    543  CA  GLU A  34      39.676  35.547  12.072  1.00  0.00           C  
+ATOM    544  HA  GLU A  34      40.133  36.484  11.489  1.00  0.00           H  
+ATOM    545  C   GLU A  34      40.675  35.527  13.200  1.00  0.00           C  
+ATOM    546  O   GLU A  34      40.814  36.528  13.911  1.00  0.00           O  
+ATOM    547  CB  GLU A  34      38.290  35.814  12.698  1.00  0.00           C  
+ATOM    548  HB2 GLU A  34      38.395  36.850  13.285  1.00  0.00           H  
+ATOM    549  HB3 GLU A  34      37.906  34.975  13.450  1.00  0.00           H  
+ATOM    550  CG  GLU A  34      37.156  35.985  11.688  1.00  0.00           C  
+ATOM    551  HG2 GLU A  34      37.364  35.346  10.711  1.00  0.00           H  
+ATOM    552  HG3 GLU A  34      36.291  36.228  12.470  1.00  0.00           H  
+ATOM    553  CD  GLU A  34      37.192  37.361  11.033  1.00  0.00           C  
+ATOM    554  OE1 GLU A  34      37.519  38.360  11.645  1.00  0.00           O  
+ATOM    555  OE2 GLU A  34      36.861  37.320   9.822  1.00  0.00           O  
+ATOM    556  N   GLY A  35      41.317  34.393  13.432  1.00  0.00           N  
+ATOM    557  H   GLY A  35      42.111  34.362  12.519  1.00  0.00           H  
+ATOM    558  CA  GLY A  35      42.345  34.269  14.431  1.00  0.00           C  
+ATOM    559  HA2 GLY A  35      43.274  33.521  14.323  1.00  0.00           H  
+ATOM    560  HA3 GLY A  35      42.934  35.311  14.511  1.00  0.00           H  
+ATOM    561  C   GLY A  35      41.949  34.076  15.842  1.00  0.00           C  
+ATOM    562  O   GLY A  35      42.829  34.000  16.739  1.00  0.00           O  
+ATOM    563  N   ILE A  36      40.642  33.916  16.112  1.00  0.00           N  
+ATOM    564  H   ILE A  36      39.865  34.120  15.234  1.00  0.00           H  
+ATOM    565  CA  ILE A  36      40.226  33.716  17.509  1.00  0.00           C  
+ATOM    566  HA  ILE A  36      40.711  34.674  18.028  1.00  0.00           H  
+ATOM    567  C   ILE A  36      40.449  32.278  17.945  1.00  0.00           C  
+ATOM    568  O   ILE A  36      39.936  31.336  17.315  1.00  0.00           O  
+ATOM    569  CB  ILE A  36      38.693  34.106  17.595  1.00  0.00           C  
+ATOM    570  HB  ILE A  36      38.177  33.289  16.903  1.00  0.00           H  
+ATOM    571  CG1 ILE A  36      38.471  35.546  17.045  1.00  0.00           C  
+ATOM    572 HG12 ILE A  36      39.032  36.165  16.190  1.00  0.00           H  
+ATOM    573 HG13 ILE A  36      38.743  36.365  17.875  1.00  0.00           H  
+ATOM    574  CG2 ILE A  36      38.146  33.932  19.027  1.00  0.00           C  
+ATOM    575 HG21 ILE A  36      38.221  32.886  19.585  1.00  0.00           H  
+ATOM    576 HG22 ILE A  36      38.807  34.707  19.655  1.00  0.00           H  
+ATOM    577 HG23 ILE A  36      37.033  34.357  18.956  1.00  0.00           H  
+ATOM    578  CD1 ILE A  36      36.958  35.746  16.680  1.00  0.00           C  
+ATOM    579 HD11 ILE A  36      36.620  36.747  17.243  1.00  0.00           H  
+ATOM    580 HD12 ILE A  36      36.304  34.753  16.729  1.00  0.00           H  
+ATOM    581 HD13 ILE A  36      36.804  36.129  15.554  1.00  0.00           H  
+ATOM    582  N   PRO A  37      41.189  32.085  19.031  1.00  0.00           N  
+ATOM    583  CA  PRO A  37      41.461  30.751  19.594  1.00  0.00           C  
+ATOM    584  HA  PRO A  37      42.300  30.371  18.844  1.00  0.00           H  
+ATOM    585  C   PRO A  37      40.168  30.026  19.918  1.00  0.00           C  
+ATOM    586  O   PRO A  37      39.264  30.662  20.521  1.00  0.00           O  
+ATOM    587  CB  PRO A  37      42.195  31.142  20.913  1.00  0.00           C  
+ATOM    588  HB2 PRO A  37      42.340  29.962  21.113  1.00  0.00           H  
+ATOM    589  HB3 PRO A  37      42.631  31.302  22.025  1.00  0.00           H  
+ATOM    590  CG  PRO A  37      42.904  32.414  20.553  1.00  0.00           C  
+ATOM    591  HG2 PRO A  37      43.416  33.130  21.367  1.00  0.00           H  
+ATOM    592  HG3 PRO A  37      43.898  32.201  19.918  1.00  0.00           H  
+ATOM    593  CD  PRO A  37      41.822  33.188  19.813  1.00  0.00           C  
+ATOM    594  HD2 PRO A  37      42.489  34.085  19.376  1.00  0.00           H  
+ATOM    595  HD3 PRO A  37      41.145  33.838  20.544  1.00  0.00           H  
+ATOM    596  N   PRO A  38      40.059  28.758  19.607  1.00  0.00           N  
+ATOM    597  CA  PRO A  38      38.817  28.020  19.889  1.00  0.00           C  
+ATOM    598  HA  PRO A  38      37.791  28.280  19.361  1.00  0.00           H  
+ATOM    599  C   PRO A  38      38.421  28.048  21.341  1.00  0.00           C  
+ATOM    600  O   PRO A  38      37.213  28.036  21.704  1.00  0.00           O  
+ATOM    601  CB  PRO A  38      39.090  26.629  19.325  1.00  0.00           C  
+ATOM    602  HB2 PRO A  38      39.700  25.983  20.134  1.00  0.00           H  
+ATOM    603  HB3 PRO A  38      38.270  25.781  19.131  1.00  0.00           H  
+ATOM    604  CG  PRO A  38      40.082  26.904  18.198  1.00  0.00           C  
+ATOM    605  HG2 PRO A  38      39.574  27.096  17.134  1.00  0.00           H  
+ATOM    606  HG3 PRO A  38      40.742  25.913  18.053  1.00  0.00           H  
+ATOM    607  CD  PRO A  38      41.035  27.909  18.879  1.00  0.00           C  
+ATOM    608  HD2 PRO A  38      41.862  27.433  19.602  1.00  0.00           H  
+ATOM    609  HD3 PRO A  38      41.679  28.261  17.948  1.00  0.00           H  
+ATOM    610  N   ASP A  39      39.374  28.090  22.240  1.00  0.00           N  
+ATOM    611  H   ASP A  39      40.429  27.554  22.085  1.00  0.00           H  
+ATOM    612  CA  ASP A  39      39.063  28.063  23.695  1.00  0.00           C  
+ATOM    613  HA  ASP A  39      38.281  27.189  23.913  1.00  0.00           H  
+ATOM    614  C   ASP A  39      38.365  29.335  24.159  1.00  0.00           C  
+ATOM    615  O   ASP A  39      37.684  29.390  25.221  1.00  0.00           O  
+ATOM    616  CB  ASP A  39      40.340  27.692  24.468  1.00  0.00           C  
+ATOM    617  HB2 ASP A  39      40.165  26.580  24.869  1.00  0.00           H  
+ATOM    618  HB3 ASP A  39      41.506  27.662  24.207  1.00  0.00           H  
+ATOM    619  CG  ASP A  39      40.559  28.585  25.675  1.00  0.00           C  
+ATOM    620  OD1 ASP A  39      40.716  29.809  25.456  1.00  0.00           O  
+ATOM    621  OD2 ASP A  39      40.549  28.090  26.840  1.00  0.00           O  
+ATOM    622  N   GLN A  40      38.419  30.373  23.341  1.00  0.00           N  
+ATOM    623  H   GLN A  40      39.509  30.388  22.878  1.00  0.00           H  
+ATOM    624  CA  GLN A  40      37.738  31.637  23.712  1.00  0.00           C  
+ATOM    625  HA  GLN A  40      37.688  31.723  24.896  1.00  0.00           H  
+ATOM    626  C   GLN A  40      36.334  31.742  23.087  1.00  0.00           C  
+ATOM    627  O   GLN A  40      35.574  32.618  23.483  1.00  0.00           O  
+ATOM    628  CB  GLN A  40      38.528  32.854  23.182  1.00  0.00           C  
+ATOM    629  HB2 GLN A  40      38.020  33.840  23.598  1.00  0.00           H  
+ATOM    630  HB3 GLN A  40      38.624  32.802  22.000  1.00  0.00           H  
+ATOM    631  CG  GLN A  40      39.919  32.854  23.840  1.00  0.00           C  
+ATOM    632  HG2 GLN A  40      40.771  32.026  23.725  1.00  0.00           H  
+ATOM    633  HG3 GLN A  40      39.924  33.015  25.024  1.00  0.00           H  
+ATOM    634  CD  GLN A  40      40.760  34.036  23.394  1.00  0.00           C  
+ATOM    635  OE1 GLN A  40      41.975  34.008  23.624  1.00  0.00           O  
+ATOM    636  NE2 GLN A  40      40.140  35.007  22.775  1.00  0.00           N  
+ATOM    637 HE21 GLN A  40      41.041  35.771  22.579  1.00  0.00           H  
+ATOM    638 HE22 GLN A  40      39.292  35.481  22.096  1.00  0.00           H  
+ATOM    639  N   GLN A  41      36.000  30.860  22.172  1.00  0.00           N  
+ATOM    640  H   GLN A  41      36.307  29.747  22.475  1.00  0.00           H  
+ATOM    641  CA  GLN A  41      34.738  30.875  21.473  1.00  0.00           C  
+ATOM    642  HA  GLN A  41      34.615  32.054  21.498  1.00  0.00           H  
+ATOM    643  C   GLN A  41      33.589  30.189  22.181  1.00  0.00           C  
+ATOM    644  O   GLN A  41      33.580  29.009  22.499  1.00  0.00           O  
+ATOM    645  CB  GLN A  41      34.876  30.237  20.066  1.00  0.00           C  
+ATOM    646  HB2 GLN A  41      33.784  30.160  19.616  1.00  0.00           H  
+ATOM    647  HB3 GLN A  41      35.252  29.114  20.157  1.00  0.00           H  
+ATOM    648  CG  GLN A  41      36.012  30.860  19.221  1.00  0.00           C  
+ATOM    649  HG2 GLN A  41      35.515  31.910  18.882  1.00  0.00           H  
+ATOM    650  HG3 GLN A  41      37.154  30.944  19.643  1.00  0.00           H  
+ATOM    651  CD  GLN A  41      36.083  30.194  17.875  1.00  0.00           C  
+ATOM    652  OE1 GLN A  41      35.048  29.702  17.393  1.00  0.00           O  
+ATOM    653  NE2 GLN A  41      37.228  30.126  17.233  1.00  0.00           N  
+ATOM    654 HE21 GLN A  41      38.246  29.794  17.742  1.00  0.00           H  
+ATOM    655 HE22 GLN A  41      37.460  30.111  16.070  1.00  0.00           H  
+ATOM    656  N   ARG A  42      32.478  30.917  22.269  1.00  0.00           N  
+ATOM    657  H   ARG A  42      32.297  31.976  21.775  1.00  0.00           H  
+ATOM    658  CA  ARG A  42      31.200  30.329  22.780  1.00  0.00           C  
+ATOM    659  HA  ARG A  42      31.344  29.182  23.073  1.00  0.00           H  
+ATOM    660  C   ARG A  42      30.210  30.509  21.650  1.00  0.00           C  
+ATOM    661  O   ARG A  42      29.978  31.726  21.269  1.00  0.00           O  
+ATOM    662  CB  ARG A  42      30.847  30.931  24.118  1.00  0.00           C  
+ATOM    663  HB2 ARG A  42      31.465  30.294  24.924  1.00  0.00           H  
+ATOM    664  HB3 ARG A  42      31.298  32.019  24.299  1.00  0.00           H  
+ATOM    665  CG  ARG A  42      29.412  30.796  24.598  1.00  0.00           C  
+ATOM    666  HG2 ARG A  42      28.699  31.511  23.980  1.00  0.00           H  
+ATOM    667  HG3 ARG A  42      29.351  29.600  24.597  1.00  0.00           H  
+ATOM    668  CD  ARG A  42      29.271  31.314  26.016  1.00  0.00           C  
+ATOM    669  HD2 ARG A  42      29.819  32.315  26.367  1.00  0.00           H  
+ATOM    670  HD3 ARG A  42      29.815  30.647  26.846  1.00  0.00           H  
+ATOM    671  NE  ARG A  42      27.875  31.317  26.443  1.00  0.00           N  
+ATOM    672  HE  ARG A  42      27.745  31.014  27.590  1.00  0.00           H  
+ATOM    673  CZ  ARG A  42      27.132  32.423  26.574  1.00  0.00           C  
+ATOM    674  NH1 ARG A  42      27.630  33.656  26.461  1.00  0.00           N  
+ATOM    675 HH11 ARG A  42      26.928  34.518  26.036  1.00  0.00           H  
+ATOM    676 HH12 ARG A  42      28.084  34.094  27.475  1.00  0.00           H  
+ATOM    677  NH2 ARG A  42      25.810  32.299  26.732  1.00  0.00           N  
+ATOM    678 HH21 ARG A  42      24.911  33.002  26.391  1.00  0.00           H  
+ATOM    679 HH22 ARG A  42      25.323  31.677  27.627  1.00  0.00           H  
+ATOM    680  N   LEU A  43      29.694  29.436  21.054  1.00  0.00           N  
+ATOM    681  H   LEU A  43      29.851  28.349  21.507  1.00  0.00           H  
+ATOM    682  CA  LEU A  43      28.762  29.573  19.906  1.00  0.00           C  
+ATOM    683  HA  LEU A  43      28.955  30.658  19.471  1.00  0.00           H  
+ATOM    684  C   LEU A  43      27.331  29.317  20.364  1.00  0.00           C  
+ATOM    685  O   LEU A  43      27.101  28.346  21.097  1.00  0.00           O  
+ATOM    686  CB  LEU A  43      29.151  28.655  18.755  1.00  0.00           C  
+ATOM    687  HB2 LEU A  43      29.262  27.580  19.252  1.00  0.00           H  
+ATOM    688  HB3 LEU A  43      28.196  28.694  18.046  1.00  0.00           H  
+ATOM    689  CG  LEU A  43      30.416  28.912  17.980  1.00  0.00           C  
+ATOM    690  HG  LEU A  43      31.327  29.106  18.721  1.00  0.00           H  
+ATOM    691  CD1 LEU A  43      30.738  27.693  17.122  1.00  0.00           C  
+ATOM    692 HD11 LEU A  43      29.823  27.274  16.478  1.00  0.00           H  
+ATOM    693 HD12 LEU A  43      31.133  26.827  17.834  1.00  0.00           H  
+ATOM    694 HD13 LEU A  43      31.689  27.955  16.448  1.00  0.00           H  
+ATOM    695  CD2 LEU A  43      30.205  30.168  17.129  1.00  0.00           C  
+ATOM    696 HD21 LEU A  43      29.504  31.097  17.381  1.00  0.00           H  
+ATOM    697 HD22 LEU A  43      31.327  30.535  16.955  1.00  0.00           H  
+ATOM    698 HD23 LEU A  43      29.810  29.853  16.047  1.00  0.00           H  
+ATOM    699  N   ILE A  44      26.436  30.232  20.004  1.00  0.00           N  
+ATOM    700  H   ILE A  44      26.672  31.392  20.074  1.00  0.00           H  
+ATOM    701  CA  ILE A  44      25.034  30.170  20.401  1.00  0.00           C  
+ATOM    702  HA  ILE A  44      24.886  29.145  20.971  1.00  0.00           H  
+ATOM    703  C   ILE A  44      24.101  30.149  19.196  1.00  0.00           C  
+ATOM    704  O   ILE A  44      24.196  30.948  18.287  1.00  0.00           O  
+ATOM    705  CB  ILE A  44      24.639  31.426  21.286  1.00  0.00           C  
+ATOM    706  HB  ILE A  44      24.355  32.285  20.517  1.00  0.00           H  
+ATOM    707  CG1 ILE A  44      25.646  31.670  22.421  1.00  0.00           C  
+ATOM    708 HG12 ILE A  44      25.322  32.823  22.264  1.00  0.00           H  
+ATOM    709 HG13 ILE A  44      26.419  32.156  23.200  1.00  0.00           H  
+ATOM    710  CG2 ILE A  44      23.181  31.309  21.824  1.00  0.00           C  
+ATOM    711 HG21 ILE A  44      22.774  30.390  22.464  1.00  0.00           H  
+ATOM    712 HG22 ILE A  44      22.343  31.612  21.022  1.00  0.00           H  
+ATOM    713 HG23 ILE A  44      23.057  32.225  22.595  1.00  0.00           H  
+ATOM    714  CD1 ILE A  44      25.778  30.436  23.356  1.00  0.00           C  
+ATOM    715 HD11 ILE A  44      24.674  30.049  23.616  1.00  0.00           H  
+ATOM    716 HD12 ILE A  44      26.743  29.915  22.895  1.00  0.00           H  
+ATOM    717 HD13 ILE A  44      26.051  30.530  24.518  1.00  0.00           H  
+ATOM    718  N   PHE A  45      23.141  29.187  19.241  1.00  0.00           N  
+ATOM    719  H   PHE A  45      23.194  28.131  19.768  1.00  0.00           H  
+ATOM    720  CA  PHE A  45      22.126  29.062  18.183  1.00  0.00           C  
+ATOM    721  HA  PHE A  45      21.983  30.159  17.743  1.00  0.00           H  
+ATOM    722  C   PHE A  45      20.835  28.629  18.904  1.00  0.00           C  
+ATOM    723  O   PHE A  45      20.821  27.734  19.749  1.00  0.00           O  
+ATOM    724  CB  PHE A  45      22.494  28.057  17.109  1.00  0.00           C  
+ATOM    725  HB2 PHE A  45      22.912  27.080  16.541  1.00  0.00           H  
+ATOM    726  HB3 PHE A  45      23.657  28.254  17.356  1.00  0.00           H  
+ATOM    727  CG  PHE A  45      21.447  27.869  16.026  1.00  0.00           C  
+ATOM    728  CD1 PHE A  45      21.325  28.813  15.005  1.00  0.00           C  
+ATOM    729  HD1 PHE A  45      21.282  29.975  15.242  1.00  0.00           H  
+ATOM    730  CD2 PHE A  45      20.638  26.735  16.053  1.00  0.00           C  
+ATOM    731  HD2 PHE A  45      20.554  25.892  16.880  1.00  0.00           H  
+ATOM    732  CE1 PHE A  45      20.369  28.648  14.001  1.00  0.00           C  
+ATOM    733  HE1 PHE A  45      19.669  29.544  13.653  1.00  0.00           H  
+ATOM    734  CE2 PHE A  45      19.677  26.539  15.051  1.00  0.00           C  
+ATOM    735  HE2 PHE A  45      18.729  25.828  15.134  1.00  0.00           H  
+ATOM    736  CZ  PHE A  45      19.593  27.465  14.021  1.00  0.00           C  
+ATOM    737  HZ  PHE A  45      18.549  27.512  13.451  1.00  0.00           H  
+ATOM    738  N   ALA A  46      19.810  29.378  18.578  1.00  0.00           N  
+ATOM    739  H   ALA A  46      19.701  30.369  17.927  1.00  0.00           H  
+ATOM    740  CA  ALA A  46      18.443  29.143  19.083  1.00  0.00           C  
+ATOM    741  HA  ALA A  46      17.669  30.051  19.016  1.00  0.00           H  
+ATOM    742  C   ALA A  46      18.453  28.941  20.591  1.00  0.00           C  
+ATOM    743  O   ALA A  46      17.860  27.994  21.128  1.00  0.00           O  
+ATOM    744  CB  ALA A  46      17.864  27.977  18.346  1.00  0.00           C  
+ATOM    745  HB1 ALA A  46      16.981  27.368  18.882  1.00  0.00           H  
+ATOM    746  HB2 ALA A  46      17.229  28.527  17.485  1.00  0.00           H  
+ATOM    747  HB3 ALA A  46      18.457  27.109  17.779  1.00  0.00           H  
+ATOM    748  N   GLY A  47      19.172  29.808  21.243  1.00  0.00           N  
+ATOM    749  H   GLY A  47      19.018  30.951  20.935  1.00  0.00           H  
+ATOM    750  CA  GLY A  47      19.399  29.894  22.655  1.00  0.00           C  
+ATOM    751  HA2 GLY A  47      19.845  30.904  23.113  1.00  0.00           H  
+ATOM    752  HA3 GLY A  47      18.305  29.878  23.149  1.00  0.00           H  
+ATOM    753  C   GLY A  47      20.083  28.729  23.321  1.00  0.00           C  
+ATOM    754  O   GLY A  47      19.991  28.584  24.561  1.00  0.00           O  
+ATOM    755  N   LYS A  48      20.801  27.931  22.578  1.00  0.00           N  
+ATOM    756  H   LYS A  48      21.313  28.625  21.771  1.00  0.00           H  
+ATOM    757  CA  LYS A  48      21.550  26.796  23.133  1.00  0.00           C  
+ATOM    758  HA  LYS A  48      21.268  26.671  24.285  1.00  0.00           H  
+ATOM    759  C   LYS A  48      23.046  27.087  22.913  1.00  0.00           C  
+ATOM    760  O   LYS A  48      23.383  27.627  21.870  1.00  0.00           O  
+ATOM    761  CB  LYS A  48      21.242  25.519  22.391  1.00  0.00           C  
+ATOM    762  HB2 LYS A  48      21.921  24.703  22.950  1.00  0.00           H  
+ATOM    763  HB3 LYS A  48      21.615  25.534  21.260  1.00  0.00           H  
+ATOM    764  CG  LYS A  48      19.762  25.077  22.455  1.00  0.00           C  
+ATOM    765  HG2 LYS A  48      18.948  25.945  22.495  1.00  0.00           H  
+ATOM    766  HG3 LYS A  48      19.625  24.645  23.564  1.00  0.00           H  
+ATOM    767  CD  LYS A  48      19.634  23.885  21.531  1.00  0.00           C  
+ATOM    768  HD2 LYS A  48      20.647  23.291  21.323  1.00  0.00           H  
+ATOM    769  HD3 LYS A  48      19.065  23.039  22.169  1.00  0.00           H  
+ATOM    770  CE  LYS A  48      18.791  24.221  20.313  1.00  0.00           C  
+ATOM    771  HE2 LYS A  48      19.223  24.949  19.479  1.00  0.00           H  
+ATOM    772  HE3 LYS A  48      18.637  23.183  19.733  1.00  0.00           H  
+ATOM    773  NZ  LYS A  48      17.440  24.655  20.827  1.00  0.00           N  
+ATOM    774  HZ1 LYS A  48      16.691  24.095  20.069  1.00  0.00           H  
+ATOM    775  HZ2 LYS A  48      17.046  24.213  21.871  1.00  0.00           H  
+ATOM    776  HZ3 LYS A  48      16.924  25.731  20.824  1.00  0.00           H  
+ATOM    777  N   GLN A  49      23.880  26.727  23.851  1.00  0.00           N  
+ATOM    778  H   GLN A  49      23.524  26.218  24.866  1.00  0.00           H  
+ATOM    779  CA  GLN A  49      25.349  26.872  23.643  1.00  0.00           C  
+ATOM    780  HA  GLN A  49      25.492  27.849  22.995  1.00  0.00           H  
+ATOM    781  C   GLN A  49      25.743  25.586  22.922  1.00  0.00           C  
+ATOM    782  O   GLN A  49      25.325  24.489  23.378  1.00  0.00           O  
+ATOM    783  CB  GLN A  49      26.070  27.025  24.960  1.00  0.00           C  
+ATOM    784  HB2 GLN A  49      26.081  26.036  25.639  1.00  0.00           H  
+ATOM    785  HB3 GLN A  49      25.410  27.736  25.659  1.00  0.00           H  
+ATOM    786  CG  GLN A  49      27.553  27.356  24.695  1.00  0.00           C  
+ATOM    787  HG2 GLN A  49      27.997  27.873  23.724  1.00  0.00           H  
+ATOM    788  HG3 GLN A  49      28.047  26.269  24.626  1.00  0.00           H  
+ATOM    789  CD  GLN A  49      28.262  27.576  26.020  1.00  0.00           C  
+ATOM    790  OE1 GLN A  49      29.189  26.840  26.335  1.00  0.00           O  
+ATOM    791  NE2 GLN A  49      27.777  28.585  26.739  1.00  0.00           N  
+ATOM    792 HE21 GLN A  49      28.424  28.479  27.743  1.00  0.00           H  
+ATOM    793 HE22 GLN A  49      26.692  28.837  27.163  1.00  0.00           H  
+ATOM    794  N   LEU A  50      26.465  25.689  21.833  1.00  0.00           N  
+ATOM    795  H   LEU A  50      27.451  26.311  22.052  1.00  0.00           H  
+ATOM    796  CA  LEU A  50      26.826  24.521  21.012  1.00  0.00           C  
+ATOM    797  HA  LEU A  50      25.950  23.751  21.228  1.00  0.00           H  
+ATOM    798  C   LEU A  50      27.994  23.781  21.643  1.00  0.00           C  
+ATOM    799  O   LEU A  50      28.904  24.444  22.098  1.00  0.00           O  
+ATOM    800  CB  LEU A  50      27.043  24.992  19.571  1.00  0.00           C  
+ATOM    801  HB2 LEU A  50      27.029  24.036  18.859  1.00  0.00           H  
+ATOM    802  HB3 LEU A  50      28.079  25.571  19.633  1.00  0.00           H  
+ATOM    803  CG  LEU A  50      25.931  25.844  18.959  1.00  0.00           C  
+ATOM    804  HG  LEU A  50      25.854  26.828  19.627  1.00  0.00           H  
+ATOM    805  CD1 LEU A  50      26.203  26.083  17.471  1.00  0.00           C  
+ATOM    806 HD11 LEU A  50      25.771  27.192  17.431  1.00  0.00           H  
+ATOM    807 HD12 LEU A  50      25.650  25.304  16.752  1.00  0.00           H  
+ATOM    808 HD13 LEU A  50      27.383  26.157  17.122  1.00  0.00           H  
+ATOM    809  CD2 LEU A  50      24.577  25.190  19.079  1.00  0.00           C  
+ATOM    810 HD21 LEU A  50      23.697  25.491  18.330  1.00  0.00           H  
+ATOM    811 HD22 LEU A  50      24.678  24.011  18.920  1.00  0.00           H  
+ATOM    812 HD23 LEU A  50      24.123  25.353  20.170  1.00  0.00           H  
+ATOM    813  N   GLU A  51      27.942  22.448  21.648  1.00  0.00           N  
+ATOM    814  H   GLU A  51      27.291  21.760  20.939  1.00  0.00           H  
+ATOM    815  CA  GLU A  51      29.015  21.657  22.288  1.00  0.00           C  
+ATOM    816  HA  GLU A  51      29.565  22.351  23.089  1.00  0.00           H  
+ATOM    817  C   GLU A  51      29.942  21.106  21.240  1.00  0.00           C  
+ATOM    818  O   GLU A  51      29.470  20.677  20.190  1.00  0.00           O  
+ATOM    819  CB  GLU A  51      28.348  20.540  23.066  1.00  0.00           C  
+ATOM    820  HB2 GLU A  51      27.406  19.883  22.741  1.00  0.00           H  
+ATOM    821  HB3 GLU A  51      27.870  21.276  23.881  1.00  0.00           H  
+ATOM    822  CG  GLU A  51      29.247  19.456  23.705  1.00  0.00           C  
+ATOM    823  HG2 GLU A  51      30.327  19.747  24.124  1.00  0.00           H  
+ATOM    824  HG3 GLU A  51      29.283  18.328  23.330  1.00  0.00           H  
+ATOM    825  CD  GLU A  51      28.722  19.047  25.066  1.00  0.00           C  
+ATOM    826  OE1 GLU A  51      29.139  18.132  25.746  1.00  0.00           O  
+ATOM    827  OE2 GLU A  51      27.777  19.842  25.367  1.00  0.00           O  
+ATOM    828  N   ASP A  52      31.233  21.090  21.459  1.00  0.00           N  
+ATOM    829  H   ASP A  52      31.605  21.474  22.522  1.00  0.00           H  
+ATOM    830  CA  ASP A  52      32.262  20.670  20.514  1.00  0.00           C  
+ATOM    831  HA  ASP A  52      32.270  21.698  19.928  1.00  0.00           H  
+ATOM    832  C   ASP A  52      32.128  19.364  19.750  1.00  0.00           C  
+ATOM    833  O   ASP A  52      32.546  19.317  18.558  1.00  0.00           O  
+ATOM    834  CB  ASP A  52      33.638  20.716  21.242  1.00  0.00           C  
+ATOM    835  HB2 ASP A  52      33.734  20.388  22.401  1.00  0.00           H  
+ATOM    836  HB3 ASP A  52      34.512  20.107  20.684  1.00  0.00           H  
+ATOM    837  CG  ASP A  52      34.174  22.129  21.354  1.00  0.00           C  
+ATOM    838  OD1 ASP A  52      35.252  22.322  21.958  1.00  0.00           O  
+ATOM    839  OD2 ASP A  52      33.544  23.086  20.883  1.00  0.00           O  
+ATOM    840  N   GLY A  53      31.697  18.311  20.406  1.00  0.00           N  
+ATOM    841  H   GLY A  53      31.857  18.218  21.584  1.00  0.00           H  
+ATOM    842  CA  GLY A  53      31.568  16.962  19.825  1.00  0.00           C  
+ATOM    843  HA2 GLY A  53      32.563  16.808  19.181  1.00  0.00           H  
+ATOM    844  HA3 GLY A  53      31.546  16.043  20.591  1.00  0.00           H  
+ATOM    845  C   GLY A  53      30.320  16.698  19.051  1.00  0.00           C  
+ATOM    846  O   GLY A  53      30.198  15.657  18.366  1.00  0.00           O  
+ATOM    847  N   ARG A  54      29.340  17.594  19.076  1.00  0.00           N  
+ATOM    848  H   ARG A  54      29.260  18.030  20.180  1.00  0.00           H  
+ATOM    849  CA  ARG A  54      28.108  17.439  18.276  1.00  0.00           C  
+ATOM    850  HA  ARG A  54      27.943  16.276  18.092  1.00  0.00           H  
+ATOM    851  C   ARG A  54      28.375  17.999  16.887  1.00  0.00           C  
+ATOM    852  O   ARG A  54      29.326  18.786  16.690  1.00  0.00           O  
+ATOM    853  CB  ARG A  54      26.926  18.191  18.892  1.00  0.00           C  
+ATOM    854  HB2 ARG A  54      27.400  19.279  18.828  1.00  0.00           H  
+ATOM    855  HB3 ARG A  54      25.855  18.077  18.390  1.00  0.00           H  
+ATOM    856  CG  ARG A  54      26.621  17.799  20.352  1.00  0.00           C  
+ATOM    857  HG2 ARG A  54      27.261  17.718  21.374  1.00  0.00           H  
+ATOM    858  HG3 ARG A  54      25.825  18.664  20.645  1.00  0.00           H  
+ATOM    859  CD  ARG A  54      26.010  16.370  20.280  1.00  0.00           C  
+ATOM    860  HD2 ARG A  54      24.976  16.648  20.852  1.00  0.00           H  
+ATOM    861  HD3 ARG A  54      25.499  15.545  19.564  1.00  0.00           H  
+ATOM    862  NE  ARG A  54      26.975  15.521  20.942  1.00  0.00           N  
+ATOM    863  HE  ARG A  54      26.559  15.332  22.045  1.00  0.00           H  
+ATOM    864  CZ  ARG A  54      27.603  14.423  20.655  1.00  0.00           C  
+ATOM    865  NH1 ARG A  54      27.479  13.733  19.537  1.00  0.00           N  
+ATOM    866 HH11 ARG A  54      26.493  13.108  19.283  1.00  0.00           H  
+ATOM    867 HH12 ARG A  54      28.347  13.208  18.914  1.00  0.00           H  
+ATOM    868  NH2 ARG A  54      28.519  13.967  21.550  1.00  0.00           N  
+ATOM    869 HH21 ARG A  54      28.743  12.797  21.609  1.00  0.00           H  
+ATOM    870 HH22 ARG A  54      29.095  14.451  22.470  1.00  0.00           H  
+ATOM    871  N   THR A  55      27.510  17.689  15.954  1.00  0.00           N  
+ATOM    872  H   THR A  55      26.599  16.940  16.047  1.00  0.00           H  
+ATOM    873  CA  THR A  55      27.574  18.192  14.563  1.00  0.00           C  
+ATOM    874  HA  THR A  55      28.629  18.696  14.412  1.00  0.00           H  
+ATOM    875  C   THR A  55      26.482  19.280  14.432  1.00  0.00           C  
+ATOM    876  O   THR A  55      25.609  19.388  15.287  1.00  0.00           O  
+ATOM    877  CB  THR A  55      27.299  17.055  13.533  1.00  0.00           C  
+ATOM    878  HB  THR A  55      27.315  17.273  12.369  1.00  0.00           H  
+ATOM    879  OG1 THR A  55      25.925  16.611  13.913  1.00  0.00           O  
+ATOM    880  HG1 THR A  55      25.723  15.436  13.821  1.00  0.00           H  
+ATOM    881  CG2 THR A  55      28.236  15.864  13.558  1.00  0.00           C  
+ATOM    882 HG21 THR A  55      28.535  15.402  14.621  1.00  0.00           H  
+ATOM    883 HG22 THR A  55      29.252  15.855  12.931  1.00  0.00           H  
+ATOM    884 HG23 THR A  55      27.758  14.890  13.037  1.00  0.00           H  
+ATOM    885  N   LEU A  56      26.585  20.063  13.378  1.00  0.00           N  
+ATOM    886  H   LEU A  56      27.646  20.562  13.551  1.00  0.00           H  
+ATOM    887  CA  LEU A  56      25.594  21.109  13.072  1.00  0.00           C  
+ATOM    888  HA  LEU A  56      25.429  21.705  14.087  1.00  0.00           H  
+ATOM    889  C   LEU A  56      24.241  20.436  12.857  1.00  0.00           C  
+ATOM    890  O   LEU A  56      23.264  20.951  13.329  1.00  0.00           O  
+ATOM    891  CB  LEU A  56      26.084  21.888  11.833  1.00  0.00           C  
+ATOM    892  HB2 LEU A  56      26.187  21.000  11.054  1.00  0.00           H  
+ATOM    893  HB3 LEU A  56      25.266  22.638  11.405  1.00  0.00           H  
+ATOM    894  CG  LEU A  56      27.426  22.616  11.902  1.00  0.00           C  
+ATOM    895  HG  LEU A  56      28.370  21.893  11.898  1.00  0.00           H  
+ATOM    896  CD1 LEU A  56      27.718  23.341  10.578  1.00  0.00           C  
+ATOM    897 HD11 LEU A  56      28.882  23.597  10.510  1.00  0.00           H  
+ATOM    898 HD12 LEU A  56      27.063  24.345  10.621  1.00  0.00           H  
+ATOM    899 HD13 LEU A  56      27.392  22.656   9.656  1.00  0.00           H  
+ATOM    900  CD2 LEU A  56      27.380  23.721  12.955  1.00  0.00           C  
+ATOM    901 HD21 LEU A  56      27.354  24.887  12.683  1.00  0.00           H  
+ATOM    902 HD22 LEU A  56      28.441  23.522  13.467  1.00  0.00           H  
+ATOM    903 HD23 LEU A  56      26.554  23.590  13.803  1.00  0.00           H  
+ATOM    904  N   SER A  57      24.240  19.233  12.246  1.00  0.00           N  
+ATOM    905  H   SER A  57      25.196  18.552  12.082  1.00  0.00           H  
+ATOM    906  CA  SER A  57      22.924  18.583  12.025  1.00  0.00           C  
+ATOM    907  HA  SER A  57      22.270  19.260  11.295  1.00  0.00           H  
+ATOM    908  C   SER A  57      22.229  18.244  13.325  1.00  0.00           C  
+ATOM    909  O   SER A  57      20.963  18.253  13.395  1.00  0.00           O  
+ATOM    910  CB  SER A  57      23.059  17.326  11.154  1.00  0.00           C  
+ATOM    911  HB2 SER A  57      23.154  17.210   9.956  1.00  0.00           H  
+ATOM    912  HB3 SER A  57      21.997  16.757  11.282  1.00  0.00           H  
+ATOM    913  OG  SER A  57      23.914  16.395  11.755  1.00  0.00           O  
+ATOM    914  HG  SER A  57      24.759  15.963  10.971  1.00  0.00           H  
+ATOM    915  N   ASP A  58      22.997  17.978  14.366  1.00  0.00           N  
+ATOM    916  H   ASP A  58      24.007  17.371  14.217  1.00  0.00           H  
+ATOM    917  CA  ASP A  58      22.418  17.638  15.693  1.00  0.00           C  
+ATOM    918  HA  ASP A  58      21.699  16.689  15.580  1.00  0.00           H  
+ATOM    919  C   ASP A  58      21.460  18.737  16.163  1.00  0.00           C  
+ATOM    920  O   ASP A  58      20.497  18.506  16.900  1.00  0.00           O  
+ATOM    921  CB  ASP A  58      23.461  17.331  16.741  1.00  0.00           C  
+ATOM    922  HB2 ASP A  58      23.945  18.320  17.186  1.00  0.00           H  
+ATOM    923  HB3 ASP A  58      22.826  16.936  17.677  1.00  0.00           H  
+ATOM    924  CG  ASP A  58      24.184  16.016  16.619  1.00  0.00           C  
+ATOM    925  OD1 ASP A  58      25.303  15.894  17.152  1.00  0.00           O  
+ATOM    926  OD2 ASP A  58      23.572  15.107  15.975  1.00  0.00           O  
+ATOM    927  N   TYR A  59      21.846  19.954  15.905  1.00  0.00           N  
+ATOM    928  H   TYR A  59      23.016  20.103  15.821  1.00  0.00           H  
+ATOM    929  CA  TYR A  59      21.079  21.149  16.251  1.00  0.00           C  
+ATOM    930  HA  TYR A  59      20.280  20.921  17.107  1.00  0.00           H  
+ATOM    931  C   TYR A  59      20.142  21.590  15.149  1.00  0.00           C  
+ATOM    932  O   TYR A  59      19.499  22.645  15.321  1.00  0.00           O  
+ATOM    933  CB  TYR A  59      22.085  22.254  16.581  1.00  0.00           C  
+ATOM    934  HB2 TYR A  59      21.435  23.194  16.917  1.00  0.00           H  
+ATOM    935  HB3 TYR A  59      22.847  22.502  15.707  1.00  0.00           H  
+ATOM    936  CG  TYR A  59      22.945  21.951  17.785  1.00  0.00           C  
+ATOM    937  CD1 TYR A  59      24.272  21.544  17.644  1.00  0.00           C  
+ATOM    938  HD1 TYR A  59      24.950  21.751  16.696  1.00  0.00           H  
+ATOM    939  CD2 TYR A  59      22.437  22.157  19.065  1.00  0.00           C  
+ATOM    940  HD2 TYR A  59      21.255  22.134  19.208  1.00  0.00           H  
+ATOM    941  CE1 TYR A  59      25.052  21.285  18.776  1.00  0.00           C  
+ATOM    942  HE1 TYR A  59      26.195  21.139  18.524  1.00  0.00           H  
+ATOM    943  CE2 TYR A  59      23.204  21.907  20.192  1.00  0.00           C  
+ATOM    944  HE2 TYR A  59      22.518  21.383  21.013  1.00  0.00           H  
+ATOM    945  CZ  TYR A  59      24.517  21.470  20.030  1.00  0.00           C  
+ATOM    946  OH  TYR A  59      25.248  21.302  21.191  1.00  0.00           O  
+ATOM    947  HH  TYR A  59      24.554  21.063  22.133  1.00  0.00           H  
+ATOM    948  N   ASN A  60      19.993  20.884  14.049  1.00  0.00           N  
+ATOM    949  H   ASN A  60      20.625  20.036  13.540  1.00  0.00           H  
+ATOM    950  CA  ASN A  60      19.065  21.352  12.999  1.00  0.00           C  
+ATOM    951  HA  ASN A  60      19.141  20.626  12.057  1.00  0.00           H  
+ATOM    952  C   ASN A  60      19.442  22.745  12.510  1.00  0.00           C  
+ATOM    953  O   ASN A  60      18.571  23.610  12.289  1.00  0.00           O  
+ATOM    954  CB  ASN A  60      17.586  21.282  13.461  1.00  0.00           C  
+ATOM    955  HB2 ASN A  60      17.204  22.125  14.212  1.00  0.00           H  
+ATOM    956  HB3 ASN A  60      17.291  20.256  13.997  1.00  0.00           H  
+ATOM    957  CG  ASN A  60      16.576  21.258  12.315  1.00  0.00           C  
+ATOM    958  OD1 ASN A  60      15.440  21.819  12.378  1.00  0.00           O  
+ATOM    959  ND2 ASN A  60      16.924  20.586  11.216  1.00  0.00           N  
+ATOM    960 HD21 ASN A  60      16.344  19.545  11.118  1.00  0.00           H  
+ATOM    961 HD22 ASN A  60      17.277  20.801  10.101  1.00  0.00           H  
+ATOM    962  N   ILE A  61      20.717  22.964  12.260  1.00  0.00           N  
+ATOM    963  H   ILE A  61      21.379  22.002  11.992  1.00  0.00           H  
+ATOM    964  CA  ILE A  61      21.184  24.263  11.690  1.00  0.00           C  
+ATOM    965  HA  ILE A  61      20.458  25.109  12.106  1.00  0.00           H  
+ATOM    966  C   ILE A  61      21.110  24.111  10.173  1.00  0.00           C  
+ATOM    967  O   ILE A  61      21.841  23.198   9.686  1.00  0.00           O  
+ATOM    968  CB  ILE A  61      22.650  24.516  12.172  1.00  0.00           C  
+ATOM    969  HB  ILE A  61      23.271  23.529  11.949  1.00  0.00           H  
+ATOM    970  CG1 ILE A  61      22.662  24.819  13.699  1.00  0.00           C  
+ATOM    971 HG12 ILE A  61      21.913  24.128  14.308  1.00  0.00           H  
+ATOM    972 HG13 ILE A  61      22.253  25.938  13.752  1.00  0.00           H  
+ATOM    973  CG2 ILE A  61      23.376  25.645  11.409  1.00  0.00           C  
+ATOM    974 HG21 ILE A  61      22.464  26.330  11.066  1.00  0.00           H  
+ATOM    975 HG22 ILE A  61      23.865  25.094  10.469  1.00  0.00           H  
+ATOM    976 HG23 ILE A  61      24.225  26.401  11.750  1.00  0.00           H  
+ATOM    977  CD1 ILE A  61      24.123  24.981  14.195  1.00  0.00           C  
+ATOM    978 HD11 ILE A  61      24.957  25.247  13.387  1.00  0.00           H  
+ATOM    979 HD12 ILE A  61      24.091  25.860  15.000  1.00  0.00           H  
+ATOM    980 HD13 ILE A  61      24.342  24.012  14.859  1.00  0.00           H  
+ATOM    981  N   GLN A  62      20.291  24.875   9.507  1.00  0.00           N  
+ATOM    982  H   GLN A  62      19.491  25.584  10.024  1.00  0.00           H  
+ATOM    983  CA  GLN A  62      20.081  24.773   8.033  1.00  0.00           C  
+ATOM    984  HA  GLN A  62      20.463  23.691   7.711  1.00  0.00           H  
+ATOM    985  C   GLN A  62      20.822  25.914   7.332  1.00  0.00           C  
+ATOM    986  O   GLN A  62      21.323  26.830   8.008  1.00  0.00           O  
+ATOM    987  CB  GLN A  62      18.599  24.736   7.727  1.00  0.00           C  
+ATOM    988  HB2 GLN A  62      18.542  25.434   6.760  1.00  0.00           H  
+ATOM    989  HB3 GLN A  62      17.850  25.426   8.367  1.00  0.00           H  
+ATOM    990  CG  GLN A  62      17.819  23.434   7.900  1.00  0.00           C  
+ATOM    991  HG2 GLN A  62      18.264  22.429   7.434  1.00  0.00           H  
+ATOM    992  HG3 GLN A  62      17.469  23.172   9.011  1.00  0.00           H  
+ATOM    993  CD  GLN A  62      16.509  23.529   7.116  1.00  0.00           C  
+ATOM    994  OE1 GLN A  62      15.446  22.980   7.433  1.00  0.00           O  
+ATOM    995  NE2 GLN A  62      16.539  24.293   6.009  1.00  0.00           N  
+ATOM    996 HE21 GLN A  62      17.151  24.254   4.990  1.00  0.00           H  
+ATOM    997 HE22 GLN A  62      15.426  24.614   5.704  1.00  0.00           H  
+ATOM    998  N   LYS A  63      20.924  25.862   6.006  1.00  0.00           N  
+ATOM    999  H   LYS A  63      20.775  24.768   5.562  1.00  0.00           H  
+ATOM   1000  CA  LYS A  63      21.656  26.847   5.240  1.00  0.00           C  
+ATOM   1001  HA  LYS A  63      22.787  26.726   5.581  1.00  0.00           H  
+ATOM   1002  C   LYS A  63      21.127  28.240   5.574  1.00  0.00           C  
+ATOM   1003  O   LYS A  63      19.958  28.465   5.842  1.00  0.00           O  
+ATOM   1004  CB  LYS A  63      21.631  26.642   3.731  1.00  0.00           C  
+ATOM   1005  HB2 LYS A  63      22.236  27.409   3.048  1.00  0.00           H  
+ATOM   1006  HB3 LYS A  63      22.164  25.591   3.542  1.00  0.00           H  
+ATOM   1007  CG  LYS A  63      20.210  26.423   3.175  1.00  0.00           C  
+ATOM   1008  HG2 LYS A  63      19.820  25.316   3.385  1.00  0.00           H  
+ATOM   1009  HG3 LYS A  63      19.376  27.145   3.635  1.00  0.00           H  
+ATOM   1010  CD  LYS A  63      20.268  26.589   1.656  1.00  0.00           C  
+ATOM   1011  HD2 LYS A  63      21.265  26.128   1.171  1.00  0.00           H  
+ATOM   1012  HD3 LYS A  63      20.231  27.724   1.285  1.00  0.00           H  
+ATOM   1013  CE  LYS A  63      19.202  25.857   0.891  1.00  0.00           C  
+ATOM   1014  HE2 LYS A  63      19.514  25.952  -0.271  1.00  0.00           H  
+ATOM   1015  HE3 LYS A  63      19.070  24.686   1.148  1.00  0.00           H  
+ATOM   1016  NZ  LYS A  63      17.884  26.544   1.075  1.00  0.00           N  
+ATOM   1017  HZ1 LYS A  63      17.195  26.028   0.230  1.00  0.00           H  
+ATOM   1018  HZ2 LYS A  63      17.769  27.732   0.975  1.00  0.00           H  
+ATOM   1019  HZ3 LYS A  63      17.328  26.298   2.108  1.00  0.00           H  
+ATOM   1020  N   GLU A  64      22.099  29.163   5.605  1.00  0.00           N  
+ATOM   1021  H   GLU A  64      22.778  29.107   4.639  1.00  0.00           H  
+ATOM   1022  CA  GLU A  64      21.907  30.563   5.881  1.00  0.00           C  
+ATOM   1023  HA  GLU A  64      22.921  31.185   5.867  1.00  0.00           H  
+ATOM   1024  C   GLU A  64      21.466  30.953   7.261  1.00  0.00           C  
+ATOM   1025  O   GLU A  64      21.066  32.112   7.533  1.00  0.00           O  
+ATOM   1026  CB  GLU A  64      21.023  31.223   4.784  1.00  0.00           C  
+ATOM   1027  HB2 GLU A  64      19.995  30.609   4.682  1.00  0.00           H  
+ATOM   1028  HB3 GLU A  64      20.568  32.290   5.116  1.00  0.00           H  
+ATOM   1029  CG  GLU A  64      21.861  31.342   3.474  1.00  0.00           C  
+ATOM   1030  HG2 GLU A  64      23.010  31.004   3.413  1.00  0.00           H  
+ATOM   1031  HG3 GLU A  64      21.688  32.453   3.005  1.00  0.00           H  
+ATOM   1032  CD  GLU A  64      21.156  30.726   2.311  1.00  0.00           C  
+ATOM   1033  OE1 GLU A  64      19.942  30.793   2.170  1.00  0.00           O  
+ATOM   1034  OE2 GLU A  64      21.954  30.152   1.535  1.00  0.00           O  
+ATOM   1035  N   SER A  65      21.674  30.034   8.191  1.00  0.00           N  
+ATOM   1036  H   SER A  65      22.309  29.072   7.937  1.00  0.00           H  
+ATOM   1037  CA  SER A  65      21.419  30.253   9.620  1.00  0.00           C  
+ATOM   1038  HA  SER A  65      20.314  30.696   9.701  1.00  0.00           H  
+ATOM   1039  C   SER A  65      22.504  31.228  10.136  1.00  0.00           C  
+ATOM   1040  O   SER A  65      23.579  31.321   9.554  1.00  0.00           O  
+ATOM   1041  CB  SER A  65      21.637  28.923  10.353  1.00  0.00           C  
+ATOM   1042  HB2 SER A  65      22.725  28.486  10.156  1.00  0.00           H  
+ATOM   1043  HB3 SER A  65      21.582  29.100  11.529  1.00  0.00           H  
+ATOM   1044  OG  SER A  65      20.544  28.047  10.059  1.00  0.00           O  
+ATOM   1045  HG  SER A  65      19.475  28.456  10.407  1.00  0.00           H  
+ATOM   1046  N   THR A  66      22.241  31.873  11.241  1.00  0.00           N  
+ATOM   1047  H   THR A  66      21.116  32.049  11.585  1.00  0.00           H  
+ATOM   1048  CA  THR A  66      23.212  32.762  11.891  1.00  0.00           C  
+ATOM   1049  HA  THR A  66      24.127  32.954  11.169  1.00  0.00           H  
+ATOM   1050  C   THR A  66      23.509  32.224  13.290  1.00  0.00           C  
+ATOM   1051  O   THR A  66      22.544  31.942  14.034  1.00  0.00           O  
+ATOM   1052  CB  THR A  66      22.699  34.267  11.985  1.00  0.00           C  
+ATOM   1053  HB  THR A  66      21.645  34.399  12.537  1.00  0.00           H  
+ATOM   1054  OG1 THR A  66      22.495  34.690  10.589  1.00  0.00           O  
+ATOM   1055  HG1 THR A  66      21.714  35.590  10.494  1.00  0.00           H  
+ATOM   1056  CG2 THR A  66      23.727  35.131  12.722  1.00  0.00           C  
+ATOM   1057 HG21 THR A  66      23.488  36.214  12.258  1.00  0.00           H  
+ATOM   1058 HG22 THR A  66      23.287  35.133  13.836  1.00  0.00           H  
+ATOM   1059 HG23 THR A  66      24.903  34.979  12.658  1.00  0.00           H  
+ATOM   1060  N   LEU A  67      24.790  32.021  13.618  1.00  0.00           N  
+ATOM   1061  H   LEU A  67      25.802  32.050  13.016  1.00  0.00           H  
+ATOM   1062  CA  LEU A  67      25.149  31.609  14.980  1.00  0.00           C  
+ATOM   1063  HA  LEU A  67      24.159  31.401  15.606  1.00  0.00           H  
+ATOM   1064  C   LEU A  67      25.698  32.876  15.669  1.00  0.00           C  
+ATOM   1065  O   LEU A  67      26.158  33.730  14.894  1.00  0.00           O  
+ATOM   1066  CB  LEU A  67      26.310  30.594  14.967  1.00  0.00           C  
+ATOM   1067  HB2 LEU A  67      26.262  30.018  16.013  1.00  0.00           H  
+ATOM   1068  HB3 LEU A  67      27.357  31.160  14.935  1.00  0.00           H  
+ATOM   1069  CG  LEU A  67      26.290  29.480  13.960  1.00  0.00           C  
+ATOM   1070  HG  LEU A  67      26.540  29.916  12.882  1.00  0.00           H  
+ATOM   1071  CD1 LEU A  67      27.393  28.442  14.229  1.00  0.00           C  
+ATOM   1072 HD11 LEU A  67      27.131  27.389  14.730  1.00  0.00           H  
+ATOM   1073 HD12 LEU A  67      28.318  28.871  14.840  1.00  0.00           H  
+ATOM   1074 HD13 LEU A  67      27.898  28.077  13.211  1.00  0.00           H  
+ATOM   1075  CD2 LEU A  67      24.942  28.807  13.952  1.00  0.00           C  
+ATOM   1076 HD21 LEU A  67      23.930  29.298  14.338  1.00  0.00           H  
+ATOM   1077 HD22 LEU A  67      25.064  27.806  14.580  1.00  0.00           H  
+ATOM   1078 HD23 LEU A  67      24.681  28.638  12.798  1.00  0.00           H  
+ATOM   1079  N   HIS A  68      25.621  32.945  16.950  1.00  0.00           N  
+ATOM   1080  H   HIS A  68      25.848  31.931  17.517  1.00  0.00           H  
+ATOM   1081  CA  HIS A  68      26.179  34.127  17.650  1.00  0.00           C  
+ATOM   1082  HA  HIS A  68      26.228  35.096  16.968  1.00  0.00           H  
+ATOM   1083  C   HIS A  68      27.475  33.651  18.304  1.00  0.00           C  
+ATOM   1084  O   HIS A  68      27.507  32.587  18.958  1.00  0.00           O  
+ATOM   1085  CB  HIS A  68      25.214  34.565  18.780  1.00  0.00           C  
+ATOM   1086  HB2 HIS A  68      24.709  34.058  19.737  1.00  0.00           H  
+ATOM   1087  HB3 HIS A  68      25.652  35.547  19.308  1.00  0.00           H  
+ATOM   1088  CG  HIS A  68      23.978  35.121  18.126  1.00  0.00           C  
+ATOM   1089  ND1 HIS A  68      23.853  36.432  17.781  1.00  0.00           N  
+ATOM   1090  HD1 HIS A  68      24.189  37.408  18.373  1.00  0.00           H  
+ATOM   1091  CD2 HIS A  68      22.824  34.514  17.782  1.00  0.00           C  
+ATOM   1092  HD2 HIS A  68      21.987  33.751  18.130  1.00  0.00           H  
+ATOM   1093  CE1 HIS A  68      22.674  36.627  17.200  1.00  0.00           C  
+ATOM   1094  HE1 HIS A  68      21.791  37.418  17.262  1.00  0.00           H  
+ATOM   1095  NE2 HIS A  68      22.045  35.455  17.173  1.00  0.00           N  
+ATOM   1096  N   LEU A  69      28.525  34.447  18.189  1.00  0.00           N  
+ATOM   1097  H   LEU A  69      28.163  35.541  18.471  1.00  0.00           H  
+ATOM   1098  CA  LEU A  69      29.801  34.145  18.829  1.00  0.00           C  
+ATOM   1099  HA  LEU A  69      29.750  33.030  19.223  1.00  0.00           H  
+ATOM   1100  C   LEU A  69      30.052  35.042  20.004  1.00  0.00           C  
+ATOM   1101  O   LEU A  69      30.105  36.305  19.788  1.00  0.00           O  
+ATOM   1102  CB  LEU A  69      30.925  34.304  17.753  1.00  0.00           C  
+ATOM   1103  HB2 LEU A  69      30.769  33.365  17.036  1.00  0.00           H  
+ATOM   1104  HB3 LEU A  69      30.799  35.352  17.208  1.00  0.00           H  
+ATOM   1105  CG  LEU A  69      32.345  34.183  18.358  1.00  0.00           C  
+ATOM   1106  HG  LEU A  69      32.426  35.147  19.052  1.00  0.00           H  
+ATOM   1107  CD1 LEU A  69      32.555  32.783  18.870  1.00  0.00           C  
+ATOM   1108 HD11 LEU A  69      31.710  32.026  19.231  1.00  0.00           H  
+ATOM   1109 HD12 LEU A  69      33.254  32.977  19.808  1.00  0.00           H  
+ATOM   1110 HD13 LEU A  69      33.130  32.182  18.012  1.00  0.00           H  
+ATOM   1111  CD2 LEU A  69      33.361  34.491  17.245  1.00  0.00           C  
+ATOM   1112 HD21 LEU A  69      33.423  35.648  16.946  1.00  0.00           H  
+ATOM   1113 HD22 LEU A  69      33.310  33.949  16.183  1.00  0.00           H  
+ATOM   1114 HD23 LEU A  69      34.388  34.280  17.816  1.00  0.00           H  
+ATOM   1115  N   VAL A  70      30.124  34.533  21.191  1.00  0.00           N  
+ATOM   1116  H   VAL A  70      29.339  33.700  21.551  1.00  0.00           H  
+ATOM   1117  CA  VAL A  70      30.479  35.369  22.374  1.00  0.00           C  
+ATOM   1118  HA  VAL A  70      30.570  36.539  22.174  1.00  0.00           H  
+ATOM   1119  C   VAL A  70      31.901  34.910  22.728  1.00  0.00           C  
+ATOM   1120  O   VAL A  70      32.190  33.696  22.635  1.00  0.00           O  
+ATOM   1121  CB  VAL A  70      29.472  35.181  23.498  1.00  0.00           C  
+ATOM   1122  HB  VAL A  70      29.397  34.114  24.015  1.00  0.00           H  
+ATOM   1123  CG1 VAL A  70      29.821  35.957  24.765  1.00  0.00           C  
+ATOM   1124 HG11 VAL A  70      30.481  36.957  24.747  1.00  0.00           H  
+ATOM   1125 HG12 VAL A  70      28.880  36.390  25.376  1.00  0.00           H  
+ATOM   1126 HG13 VAL A  70      30.412  35.311  25.585  1.00  0.00           H  
+ATOM   1127  CG2 VAL A  70      28.049  35.454  23.071  1.00  0.00           C  
+ATOM   1128 HG21 VAL A  70      27.418  34.497  22.735  1.00  0.00           H  
+ATOM   1129 HG22 VAL A  70      27.307  35.968  23.860  1.00  0.00           H  
+ATOM   1130 HG23 VAL A  70      27.945  36.211  22.151  1.00  0.00           H  
+ATOM   1131  N   LEU A  71      32.763  35.831  23.090  1.00  0.00           N  
+ATOM   1132  H   LEU A  71      32.603  36.997  23.269  1.00  0.00           H  
+ATOM   1133  CA  LEU A  71      34.145  35.472  23.481  1.00  0.00           C  
+ATOM   1134  HA  LEU A  71      34.193  34.305  23.284  1.00  0.00           H  
+ATOM   1135  C   LEU A  71      34.239  35.353  24.979  1.00  0.00           C  
+ATOM   1136  O   LEU A  71      33.707  36.197  25.728  1.00  0.00           O  
+ATOM   1137  CB  LEU A  71      35.114  36.564  22.907  1.00  0.00           C  
+ATOM   1138  HB2 LEU A  71      35.666  36.969  23.897  1.00  0.00           H  
+ATOM   1139  HB3 LEU A  71      34.668  37.589  22.464  1.00  0.00           H  
+ATOM   1140  CG  LEU A  71      35.926  35.979  21.737  1.00  0.00           C  
+ATOM   1141  HG  LEU A  71      36.865  35.410  22.185  1.00  0.00           H  
+ATOM   1142  CD1 LEU A  71      35.003  35.084  20.920  1.00  0.00           C  
+ATOM   1143 HD11 LEU A  71      34.688  35.863  20.064  1.00  0.00           H  
+ATOM   1144 HD12 LEU A  71      33.927  34.635  21.145  1.00  0.00           H  
+ATOM   1145 HD13 LEU A  71      35.689  34.166  20.600  1.00  0.00           H  
+ATOM   1146  CD2 LEU A  71      36.533  37.087  20.917  1.00  0.00           C  
+ATOM   1147 HD21 LEU A  71      37.574  36.957  20.340  1.00  0.00           H  
+ATOM   1148 HD22 LEU A  71      35.881  37.681  20.100  1.00  0.00           H  
+ATOM   1149 HD23 LEU A  71      36.810  38.009  21.642  1.00  0.00           H  
+ATOM   1150  N   ARG A  72      34.930  34.384  25.451  1.00  0.00           N  
+ATOM   1151  H   ARG A  72      35.941  34.253  24.850  1.00  0.00           H  
+ATOM   1152  CA  ARG A  72      35.161  34.174  26.896  1.00  0.00           C  
+ATOM   1153  HA  ARG A  72      34.559  34.922  27.605  1.00  0.00           H  
+ATOM   1154  C   ARG A  72      36.671  34.296  27.089  1.00  0.00           C  
+ATOM   1155  O   ARG A  72      37.305  33.233  26.795  1.00  0.00           O  
+ATOM   1156  CB  ARG A  72      34.717  32.760  27.286  1.00  0.00           C  
+ATOM   1157  HB2 ARG A  72      33.792  32.907  28.041  1.00  0.00           H  
+ATOM   1158  HB3 ARG A  72      34.060  32.344  26.382  1.00  0.00           H  
+ATOM   1159  CG  ARG A  72      35.752  32.054  28.160  1.00  0.00           C  
+ATOM   1160  HG2 ARG A  72      35.401  32.397  29.261  1.00  0.00           H  
+ATOM   1161  HG3 ARG A  72      36.916  32.091  28.445  1.00  0.00           H  
+ATOM   1162  CD  ARG A  72      35.612  30.577  28.044  1.00  0.00           C  
+ATOM   1163  HD2 ARG A  72      36.619  29.941  28.156  1.00  0.00           H  
+ATOM   1164  HD3 ARG A  72      35.036  30.269  29.047  1.00  0.00           H  
+ATOM   1165  NE  ARG A  72      35.040  30.252  26.730  1.00  0.00           N  
+ATOM   1166  HE  ARG A  72      35.440  30.594  25.671  1.00  0.00           H  
+ATOM   1167  CZ  ARG A  72      34.338  29.103  26.650  1.00  0.00           C  
+ATOM   1168  NH1 ARG A  72      34.110  28.437  27.768  1.00  0.00           N  
+ATOM   1169 HH11 ARG A  72      33.281  28.609  28.605  1.00  0.00           H  
+ATOM   1170 HH12 ARG A  72      34.473  27.299  27.860  1.00  0.00           H  
+ATOM   1171  NH2 ARG A  72      34.014  28.657  25.457  1.00  0.00           N  
+ATOM   1172 HH21 ARG A  72      34.800  27.988  24.867  1.00  0.00           H  
+ATOM   1173 HH22 ARG A  72      33.020  28.001  25.472  1.00  0.00           H  
+ATOM   1174  N   LEU A  73      37.197  35.397  27.513  1.00  0.00           N  
+ATOM   1175  H   LEU A  73      36.548  36.144  28.175  1.00  0.00           H  
+ATOM   1176  CA  LEU A  73      38.668  35.502  27.680  1.00  0.00           C  
+ATOM   1177  HA  LEU A  73      39.282  34.798  26.944  1.00  0.00           H  
+ATOM   1178  C   LEU A  73      39.076  34.931  29.031  1.00  0.00           C  
+ATOM   1179  O   LEU A  73      38.297  34.946  29.996  1.00  0.00           O  
+ATOM   1180  CB  LEU A  73      39.080  36.941  27.406  1.00  0.00           C  
+ATOM   1181  HB2 LEU A  73      39.993  37.207  28.133  1.00  0.00           H  
+ATOM   1182  HB3 LEU A  73      38.254  37.668  27.878  1.00  0.00           H  
+ATOM   1183  CG  LEU A  73      39.502  37.340  26.002  1.00  0.00           C  
+ATOM   1184  HG  LEU A  73      40.681  37.187  25.864  1.00  0.00           H  
+ATOM   1185  CD1 LEU A  73      38.684  36.647  24.923  1.00  0.00           C  
+ATOM   1186 HD11 LEU A  73      37.876  35.805  25.164  1.00  0.00           H  
+ATOM   1187 HD12 LEU A  73      38.137  37.554  24.347  1.00  0.00           H  
+ATOM   1188 HD13 LEU A  73      39.628  36.479  24.210  1.00  0.00           H  
+ATOM   1189  CD2 LEU A  73      39.337  38.854  25.862  1.00  0.00           C  
+ATOM   1190 HD21 LEU A  73      39.376  39.329  24.757  1.00  0.00           H  
+ATOM   1191 HD22 LEU A  73      38.370  39.386  26.340  1.00  0.00           H  
+ATOM   1192 HD23 LEU A  73      40.264  39.421  26.375  1.00  0.00           H  
+ATOM   1193  N   ARG A  74      40.294  34.412  29.045  1.00  0.00           N  
+ATOM   1194  H   ARG A  74      41.172  34.716  28.302  1.00  0.00           H  
+ATOM   1195  CA  ARG A  74      40.873  33.802  30.253  1.00  0.00           C  
+ATOM   1196  HA  ARG A  74      40.009  33.440  30.991  1.00  0.00           H  
+ATOM   1197  C   ARG A  74      41.765  34.829  30.944  1.00  0.00           C  
+ATOM   1198  O   ARG A  74      42.945  34.994  30.583  1.00  0.00           O  
+ATOM   1199  CB  ARG A  74      41.651  32.529  29.923  1.00  0.00           C  
+ATOM   1200  HB2 ARG A  74      42.782  32.822  29.672  1.00  0.00           H  
+ATOM   1201  HB3 ARG A  74      41.207  32.119  28.892  1.00  0.00           H  
+ATOM   1202  CG  ARG A  74      41.608  31.444  30.989  1.00  0.00           C  
+ATOM   1203  HG2 ARG A  74      42.398  31.761  31.830  1.00  0.00           H  
+ATOM   1204  HG3 ARG A  74      40.637  31.284  31.671  1.00  0.00           H  
+ATOM   1205  CD  ARG A  74      41.896  30.080  30.456  1.00  0.00           C  
+ATOM   1206  HD2 ARG A  74      41.660  28.918  30.724  1.00  0.00           H  
+ATOM   1207  HD3 ARG A  74      40.917  30.048  29.744  1.00  0.00           H  
+ATOM   1208  NE  ARG A  74      43.311  29.735  30.563  1.00  0.00           N  
+ATOM   1209  HE  ARG A  74      43.713  29.205  31.549  1.00  0.00           H  
+ATOM   1210  CZ  ARG A  74      44.174  29.905  29.554  1.00  0.00           C  
+ATOM   1211  NH1 ARG A  74      43.754  30.312  28.356  1.00  0.00           N  
+ATOM   1212 HH11 ARG A  74      43.551  29.450  27.555  1.00  0.00           H  
+ATOM   1213 HH12 ARG A  74      44.181  31.281  27.814  1.00  0.00           H  
+ATOM   1214  NH2 ARG A  74      45.477  29.726  29.763  1.00  0.00           N  
+ATOM   1215 HH21 ARG A  74      46.070  28.781  29.345  1.00  0.00           H  
+ATOM   1216 HH22 ARG A  74      46.237  30.435  30.341  1.00  0.00           H  
+ATOM   1217  N   GLY A  75      41.165  35.531  31.898  1.00  0.00           N  
+ATOM   1218  H   GLY A  75      40.092  35.353  32.377  1.00  0.00           H  
+ATOM   1219  CA  GLY A  75      41.845  36.550  32.686  1.00  0.00           C  
+ATOM   1220  HA2 GLY A  75      41.960  36.069  33.776  1.00  0.00           H  
+ATOM   1221  HA3 GLY A  75      42.938  36.779  32.239  1.00  0.00           H  
+ATOM   1222  C   GLY A  75      41.251  37.941  32.588  1.00  0.00           C  
+ATOM   1223  O   GLY A  75      41.102  38.523  31.500  1.00  0.00           O  
+ATOM   1224  N   GLY A  76      40.946  38.472  33.757  1.00  0.00           N  
+ATOM   1225  H   GLY A  76      41.132  37.871  34.764  1.00  0.00           H  
+ATOM   1226  CA  GLY A  76      40.373  39.813  33.944  1.00  0.00           C  
+ATOM   1227  HA2 GLY A  76      39.314  40.020  33.437  1.00  0.00           H  
+ATOM   1228  HA3 GLY A  76      41.217  40.620  33.700  1.00  0.00           H  
+ATOM   1229  C   GLY A  76      40.031  39.992  35.432  1.00  0.00           C  
+ATOM   1230  O   GLY A  76      38.933  40.525  35.687  1.00  0.00           O  
+ATOM   1231  OXT GLY A  76      40.862  39.575  36.251  1.00  0.00           O  
+TER    1232      GLY A  76
+END
diff --git a/src/chilife/RotamerEnsemble.py b/src/chilife/RotamerEnsemble.py
index 9521ed2..9d0e133 100644
--- a/src/chilife/RotamerEnsemble.py
+++ b/src/chilife/RotamerEnsemble.py
@@ -4,7 +4,6 @@
 from copy import deepcopy
 from functools import partial
 from pathlib import Path
-import logging
 import numpy as np
 from numpy.typing import ArrayLike
 from itertools import combinations
@@ -117,7 +116,7 @@ def __init__(self, res, site=None, protein=None, chain=None, rotlib=None, **kwar
             site = 1
             icode = ""
         elif isinstance(site, str):
-            site_split = re.split('(\D+)',site)
+            site_split = re.split(r'(\D+)',site)
             site = site_split[0]
             icode = site_split[1] if len(site_split) > 1 else ""
         else:
@@ -132,6 +131,7 @@ def __init__(self, res, site=None, protein=None, chain=None, rotlib=None, **kwar
         self.nataa = ""
         self.input_kwargs = kwargs
         self.__dict__.update(assign_defaults(kwargs))
+        self.input_kwargs.pop('energy_func', None)
         self.protein = protein
 
         # Convert string arguments for alignment_method to respective function
@@ -979,11 +979,6 @@ def trim_rotamers(self, keep_idx: ArrayLike = None) -> None:
         # normalize weights
         self.weights /= self.weights.sum()
 
-        logging.info(
-            f"{len(self.weights)} of {len(self._weights)} {self.res} rotamers make up at least "
-            f"{100 * (1-self.trim_tol):.2f}% of rotamer density for site {self.site}"
-        )
-
     @property
     def centroid(self):
         """Get the centroid of the whole rotamer ensemble."""
@@ -997,7 +992,6 @@ def evaluate(self):
 
         # Calculate total weights (combining internal and external)
         self.weights, self.partition = scoring.reweight_rotamers(energies, self.temp, self.weights)
-        logging.info(f"Relative partition function: {self.partition:.3}")
 
         # Remove low-weight rotamers from ensemble
         if self._do_trim:
@@ -1070,7 +1064,6 @@ def get_lib(self, rotlib):
         self.Phi, self.Psi = Phi, Psi
 
         # Get library
-        logging.info(f"Using backbone dependent library with Phi={Phi}, Psi={Psi}")
         cwd = Path().cwd()
 
         was_none = True if rotlib is None else False
diff --git a/src/chilife/__init__.py b/src/chilife/__init__.py
index 518ea62..5a526ff 100644
--- a/src/chilife/__init__.py
+++ b/src/chilife/__init__.py
@@ -26,4 +26,4 @@
 # SpinLabel = SpinLabel.SpinLabel
 # dSpinLabel = dSpinLabel.dSpinLabel
 
-__version__ = '1.1.2'
+__version__ = '1.1.3'
diff --git a/src/chilife/chilife.py b/src/chilife/chilife.py
index bb0fafe..b2bbde2 100644
--- a/src/chilife/chilife.py
+++ b/src/chilife/chilife.py
@@ -1482,9 +1482,7 @@ def repack(
     if repack_radius is None:
         repack_radius = max([SL.clash_radius for SL in spin_labels])
     # Construct a new spin labeled protein and preallocate variables to retain monte carlo trajectory
-    spin_label_str = " or ".join(
-        f"( {spin_label.selstr} )" for spin_label in spin_labels
-    )
+    spin_label_str = " or ".join(f"( {spin_label.selstr} )" for spin_label in spin_labels)
     protein = mutate(protein, *spin_labels, **kwargs).atoms
 
     # Determine the residues near the spin label that will be repacked
@@ -1518,43 +1516,31 @@ def repack(
     traj = np.empty((repetitions, *protein.positions.shape))
     deltaEs = []
 
-    sample_freq = np.array(
-        [len(res.dihedral_atoms) for res in repack_residue_libraries], dtype=np.float64
-    )
+
+    sample_freq = np.array([len(res.dihedral_atoms) for res in repack_residue_libraries], dtype=np.float64)
     mean = sample_freq[sample_freq > 1].mean()
     sample_freq[sample_freq == 1] = mean
     sample_freq /= sample_freq.sum()
 
-    count = 0
-    acount = 0
-    bcount = 0
-    bidx = 0
+    count, acount, bcount, bidx = 0, 0, 0, 0
     schedule = repetitions / (len(temp) + 1)
     with tqdm(total=repetitions) as pbar:
         while count < repetitions:
 
             # Randomly select a residue from the repacked residues
-            SiteLibrary = repack_residue_libraries[
-                np.random.choice(len(repack_residue_libraries), p=sample_freq)
-            ]
+            SiteLibrary = repack_residue_libraries[np.random.choice(len(repack_residue_libraries), p=sample_freq)]
             if not hasattr(SiteLibrary, "dummy_label"):
                 SiteLibrary.dummy_label = SiteLibrary.copy()
                 SiteLibrary.dummy_label._protein = protein
-                SiteLibrary.dummy_label.mask = np.isin(
-                    protein.ix, SiteLibrary.clash_ignore_idx
-                )
-                SiteLibrary.dummy_label._coords = np.atleast_3d(
-                    [protein.atoms[SiteLibrary.dummy_label.mask].positions]
-                )
+                SiteLibrary.dummy_label.mask = np.isin(protein.ix, SiteLibrary.clash_ignore_idx)
+                SiteLibrary.dummy_label._coords = np.atleast_3d([protein.atoms[SiteLibrary.dummy_label.mask].positions])
 
                 with np.errstate(divide="ignore"):
                     SiteLibrary.dummy_label.E0 = energy_func(SiteLibrary.dummy_label) - \
                                                  KT[temp[bidx]] * np.log(SiteLibrary.current_weight)
 
             DummyLabel = SiteLibrary.dummy_label
-
             coords, weight = SiteLibrary.sample(off_rotamer=off_rotamer)
-
             with np.errstate(divide="ignore"):
                 DummyLabel._coords = np.atleast_3d([coords])
                 E1 = energy_func(DummyLabel) - KT[temp[bidx]] * np.log(weight)
@@ -1564,18 +1550,10 @@ def repack(
 
             acount += 1
             # Metropolis-Hastings criteria
-
             if (E1 < DummyLabel.E0 or np.exp(-deltaE / KT[temp[bidx]]) > np.random.rand()):
                 deltaEs.append(deltaE)
-                try:
-                    protein.atoms[DummyLabel.mask].positions = coords
-                    DummyLabel.E0 = E1
-
-                except ValueError as err:
-                    print(SiteLibrary.name)
-                    print(SiteLibrary.atom_names)
-
-                    raise ValueError(err)
+                protein.atoms[DummyLabel.mask].positions = coords
+                DummyLabel.E0 = E1
 
                 traj[count] = protein.atoms.positions
                 SiteLibrary.update_weight(weight)
@@ -1585,8 +1563,6 @@ def repack(
                 if bcount > schedule:
                     bcount = 0
                     bidx = np.minimum(bidx + 1, len(temp) - 1)
-            else:
-                continue
 
     logging.info(f"Total counts: {acount}")
 
diff --git a/src/chilife/protein_utils.py b/src/chilife/protein_utils.py
index fa6c67d..b536410 100644
--- a/src/chilife/protein_utils.py
+++ b/src/chilife/protein_utils.py
@@ -480,8 +480,9 @@ def mutate(
         *ensembles: 'RotamerEnsemble',
         add_missing_atoms: bool = True,
         rotamer_index: Union[int, str, None] = None,
-        ignore_waters = True
-) -> MDAnalysis.Universe:
+        use_H: bool = None,
+        ignore_waters: bool = None
+        ) -> MDAnalysis.Universe:
     """Create a new Universe where the native residue is replaced with the highest probability rotamer from a
     RotamerEnsemble or SpinLabel object.
 
@@ -511,24 +512,19 @@ def mutate(
         if isinstance(lib, (re.RotamerEnsemble, dre.dRotamerEnsemble)):
             temp_ensemble.append(lib)
         else:
-            raise TypeError(
-                f"mutate only accepts RotamerEnsemble, SpinLabel and dSpinLabel objects, not {lib}."
-            )
+            raise TypeError(f"mutate only accepts (d)RotamerEnsemble and (d)SpinLabel objects, not {lib}.")
 
     ensembles = temp_ensemble
 
     if add_missing_atoms:
-        if len(ensembles) > 0 and all(not hasattr(lib, "H_mask") for lib in ensembles):
-            use_H = True
-        elif any(not hasattr(lib, "H_mask") for lib in ensembles):
-            raise AttributeError(
-                "User provided some ensembles with hydrogen atoms and some without. Make sure all "
-                "ensembles either do or do not use hydrogen"
-            )
-        else:
-            use_H = False
+        use_H = use_H if use_H is not None else param_from_rotlibs('use_H', ensembles)
+        ignore_waters = ignore_waters if ignore_waters is not None else param_from_rotlibs('ignore_waters', ensembles)
+
+        missing_residues = get_missing_residues(protein,
+                                                ignore={res.site for res in ensembles},
+                                                use_H=use_H,
+                                                ignore_waters=ignore_waters)
 
-        missing_residues = get_missing_residues(protein, ignore={res.site for res in ensembles}, use_H=use_H, ignore_waters=ignore_waters)
         ensembles = list(ensembles) + missing_residues
 
     label_sites = {}
@@ -671,6 +667,41 @@ def randomize_rotamers(
         protein.atoms[~mask].positions = coords
 
 
+def param_from_rotlibs(param: str, ensembles: List['RotamerEnsemble']):
+    """
+    Get the value of a parameter used across a set of rotamer ensembles if that parameter is consistent. If the
+    parameter is not the same value for all rotamer ensembles, an AttributeError will be thrown.
+    Parameters
+    ----------
+    param : str
+        The name of the parameter.
+    ensembles : List[RotamerEnsembles]
+        The rotamer ensembles to search for the parameter int
+
+    Returns
+    -------
+    param_value: Any
+        The value of the parameter across all the rotamer libarries.
+    """
+    # If there are no residues being mutated just return defaults
+    if len(ensembles) == 0:
+        defaults = {}
+        defaults.update(re.assign_defaults(defaults))
+        return defaults[param]
+
+    # Otherise check to make sure they are all the same
+    ensemble_params = [getattr(ensemble, param, None) for ensemble in ensembles]
+    if all(e == ensemble_params[0] for e in ensemble_params[1:]):
+        param_value = ensemble_params[0]
+        return param_value
+
+    # And return an error if they are not
+    else:
+        raise AttributeError(f"User provided ensembles with different {param} parameters. Make sure all "
+                             f"ensembles use the same value for {param}")
+
+
+
 def get_sas_res(
         protein: Union[mda.Universe, mda.AtomGroup],
         cutoff: float = 30,
diff --git a/tests/test_data/cnct.pdb b/tests/test_data/cnct.pdb
index 58738e8..0cbbbe5 100644
--- a/tests/test_data/cnct.pdb
+++ b/tests/test_data/cnct.pdb
@@ -2840,27 +2840,6 @@ ATOM      1  CA  R1M A   1       0.000   0.000   0.000  0.00  1.00           C
 ATOM      2  C   R1M A   1       0.000  -1.281   0.830  0.00  1.00           C  
 ATOM      3  O   R1M A   1      -0.023  -1.286   2.036  0.00  1.00           O  
 ATOM      4  CB  R1M A   1       1.177   0.013  -0.997  0.00  1.00           C  
-ATOM      5  SG  R1M A   1       1.116   1.325  -2.287  0.00  1.00           S  
-ATOM      6  SD  R1M A   1       2.154   2.892  -1.383  0.00  1.00           S  
-ATOM      7  CE  R1M A   1       3.935   2.498  -1.778  0.00  1.00           C  
-ATOM      8  C3  R1M A   1       4.552   3.662  -2.493  0.00  1.00           C  
-ATOM      9  C4  R1M A   1       4.986   4.792  -1.909  0.00  1.00           C  
-ATOM     10  C2  R1M A   1       4.764   3.692  -4.003  0.00  1.00           C  
-ATOM     11  C5  R1M A   1       5.570   5.786  -2.880  0.00  1.00           C  
-ATOM     12  N1  R1M A   1       5.399   5.032  -4.150  0.00  1.00           N  
-ATOM     13  C9  R1M A   1       5.726   2.618  -4.542  0.00  1.00           C  
-ATOM     14  C8  R1M A   1       3.443   3.672  -4.795  0.00  1.00           C  
-ATOM     15  C7  R1M A   1       7.065   6.065  -2.640  0.00  1.00           C  
-ATOM     16  C6  R1M A   1       4.780   7.105  -2.949  0.00  1.00           C  
-ATOM     17  O1  R1M A   1       5.747   5.500  -5.271  0.00  1.00           O  
-TER
-ENDMDL
-MODEL 136
-ATOM      0  N   R1M A   1       0.000   1.220   0.791  0.00  1.00           N  
-ATOM      1  CA  R1M A   1       0.000   0.000   0.000  0.00  1.00           C  
-ATOM      2  C   R1M A   1       0.000  -1.281   0.830  0.00  1.00           C  
-ATOM      3  O   R1M A   1      -0.023  -1.286   2.036  0.00  1.00           O  
-ATOM      4  CB  R1M A   1       1.177   0.013  -0.997  0.00  1.00           C  
 ATOM      5  SG  R1M A   1       2.858   0.071  -0.247  0.00  1.00           S  
 ATOM      6  SD  R1M A   1       3.352  -1.950  -0.102  0.00  1.00           S  
 ATOM      7  CE  R1M A   1       4.291  -2.268  -1.684  0.00  1.00           C  
@@ -2876,6 +2855,27 @@ ATOM     16  C6  R1M A   1       4.223  -6.895  -3.057  0.00  1.00           C
 ATOM     17  O1  R1M A   1       2.284  -5.502  -4.846  0.00  1.00           O  
 TER
 ENDMDL
+MODEL 136
+ATOM      0  N   R1M A   1       0.000   1.220   0.791  0.00  1.00           N  
+ATOM      1  CA  R1M A   1       0.000   0.000   0.000  0.00  1.00           C  
+ATOM      2  C   R1M A   1       0.000  -1.281   0.830  0.00  1.00           C  
+ATOM      3  O   R1M A   1      -0.023  -1.286   2.036  0.00  1.00           O  
+ATOM      4  CB  R1M A   1       1.177   0.013  -0.997  0.00  1.00           C  
+ATOM      5  SG  R1M A   1       1.116   1.325  -2.287  0.00  1.00           S  
+ATOM      6  SD  R1M A   1       2.154   2.892  -1.383  0.00  1.00           S  
+ATOM      7  CE  R1M A   1       3.935   2.498  -1.778  0.00  1.00           C  
+ATOM      8  C3  R1M A   1       4.552   3.662  -2.493  0.00  1.00           C  
+ATOM      9  C4  R1M A   1       4.986   4.792  -1.909  0.00  1.00           C  
+ATOM     10  C2  R1M A   1       4.764   3.692  -4.003  0.00  1.00           C  
+ATOM     11  C5  R1M A   1       5.570   5.786  -2.880  0.00  1.00           C  
+ATOM     12  N1  R1M A   1       5.399   5.032  -4.150  0.00  1.00           N  
+ATOM     13  C9  R1M A   1       5.726   2.618  -4.542  0.00  1.00           C  
+ATOM     14  C8  R1M A   1       3.443   3.672  -4.795  0.00  1.00           C  
+ATOM     15  C7  R1M A   1       7.065   6.065  -2.640  0.00  1.00           C  
+ATOM     16  C6  R1M A   1       4.780   7.105  -2.949  0.00  1.00           C  
+ATOM     17  O1  R1M A   1       5.747   5.500  -5.271  0.00  1.00           O  
+TER
+ENDMDL
 MODEL 137
 ATOM      0  N   R1M A   1       0.000   1.220   0.791  0.00  1.00           N  
 ATOM      1  CA  R1M A   1       0.000   0.000   0.000  0.00  1.00           C  
@@ -3155,27 +3155,6 @@ ATOM      1  CA  R1M A   1       0.000   0.000   0.000  0.00  1.00           C
 ATOM      2  C   R1M A   1       0.000  -1.281   0.830  0.00  1.00           C  
 ATOM      3  O   R1M A   1      -0.023  -1.286   2.036  0.00  1.00           O  
 ATOM      4  CB  R1M A   1       1.177   0.013  -0.997  0.00  1.00           C  
-ATOM      5  SG  R1M A   1       1.073  -1.209  -2.370  0.00  1.00           S  
-ATOM      6  SD  R1M A   1       2.695  -0.675  -3.567  0.00  1.00           S  
-ATOM      7  CE  R1M A   1       1.996   0.682  -4.642  0.00  1.00           C  
-ATOM      8  C3  R1M A   1       3.047   1.725  -4.868  0.00  1.00           C  
-ATOM      9  C4  R1M A   1       3.417   2.663  -3.980  0.00  1.00           C  
-ATOM     10  C2  R1M A   1       3.836   1.840  -6.169  0.00  1.00           C  
-ATOM     11  C5  R1M A   1       4.508   3.572  -4.485  0.00  1.00           C  
-ATOM     12  N1  R1M A   1       4.713   2.998  -5.841  0.00  1.00           N  
-ATOM     13  C9  R1M A   1       4.715   0.621  -6.501  0.00  1.00           C  
-ATOM     14  C8  R1M A   1       2.952   2.205  -7.377  0.00  1.00           C  
-ATOM     15  C7  R1M A   1       5.813   3.466  -3.673  0.00  1.00           C  
-ATOM     16  C6  R1M A   1       4.067   5.043  -4.604  0.00  1.00           C  
-ATOM     17  O1  R1M A   1       5.553   3.470  -6.659  0.00  1.00           O  
-TER
-ENDMDL
-MODEL 151
-ATOM      0  N   R1M A   1       0.000   1.220   0.791  0.00  1.00           N  
-ATOM      1  CA  R1M A   1       0.000   0.000   0.000  0.00  1.00           C  
-ATOM      2  C   R1M A   1       0.000  -1.281   0.830  0.00  1.00           C  
-ATOM      3  O   R1M A   1      -0.023  -1.286   2.036  0.00  1.00           O  
-ATOM      4  CB  R1M A   1       1.177   0.013  -0.997  0.00  1.00           C  
 ATOM      5  SG  R1M A   1       1.310   1.513  -2.056  0.00  1.00           S  
 ATOM      6  SD  R1M A   1      -0.353   1.333  -3.301  0.00  1.00           S  
 ATOM      7  CE  R1M A   1       0.349   1.685  -4.994  0.00  1.00           C  
@@ -3191,6 +3170,27 @@ ATOM     16  C6  R1M A   1       4.145  -0.869  -6.535  0.00  1.00           C
 ATOM     17  O1  R1M A   1       1.742  -2.440  -7.347  0.00  1.00           O  
 TER
 ENDMDL
+MODEL 151
+ATOM      0  N   R1M A   1       0.000   1.220   0.791  0.00  1.00           N  
+ATOM      1  CA  R1M A   1       0.000   0.000   0.000  0.00  1.00           C  
+ATOM      2  C   R1M A   1       0.000  -1.281   0.830  0.00  1.00           C  
+ATOM      3  O   R1M A   1      -0.023  -1.286   2.036  0.00  1.00           O  
+ATOM      4  CB  R1M A   1       1.177   0.013  -0.997  0.00  1.00           C  
+ATOM      5  SG  R1M A   1       1.073  -1.209  -2.370  0.00  1.00           S  
+ATOM      6  SD  R1M A   1       2.695  -0.675  -3.567  0.00  1.00           S  
+ATOM      7  CE  R1M A   1       1.996   0.682  -4.642  0.00  1.00           C  
+ATOM      8  C3  R1M A   1       3.047   1.725  -4.868  0.00  1.00           C  
+ATOM      9  C4  R1M A   1       3.417   2.663  -3.980  0.00  1.00           C  
+ATOM     10  C2  R1M A   1       3.836   1.840  -6.169  0.00  1.00           C  
+ATOM     11  C5  R1M A   1       4.508   3.572  -4.485  0.00  1.00           C  
+ATOM     12  N1  R1M A   1       4.713   2.998  -5.841  0.00  1.00           N  
+ATOM     13  C9  R1M A   1       4.715   0.621  -6.501  0.00  1.00           C  
+ATOM     14  C8  R1M A   1       2.952   2.205  -7.377  0.00  1.00           C  
+ATOM     15  C7  R1M A   1       5.813   3.466  -3.673  0.00  1.00           C  
+ATOM     16  C6  R1M A   1       4.067   5.043  -4.604  0.00  1.00           C  
+ATOM     17  O1  R1M A   1       5.553   3.470  -6.659  0.00  1.00           O  
+TER
+ENDMDL
 MODEL 152
 ATOM      0  N   R1M A   1       0.000   1.220   0.791  0.00  1.00           N  
 ATOM      1  CA  R1M A   1       0.000   0.000   0.000  0.00  1.00           C  
@@ -3596,27 +3596,6 @@ ATOM      1  CA  R1M A   1       0.000   0.000   0.000  0.00  1.00           C
 ATOM      2  C   R1M A   1       0.000  -1.281   0.830  0.00  1.00           C  
 ATOM      3  O   R1M A   1      -0.023  -1.286   2.036  0.00  1.00           O  
 ATOM      4  CB  R1M A   1       1.177   0.013  -0.997  0.00  1.00           C  
-ATOM      5  SG  R1M A   1       1.113  -1.261  -2.325  0.00  1.00           S  
-ATOM      6  SD  R1M A   1       3.119  -1.786  -2.538  0.00  1.00           S  
-ATOM      7  CE  R1M A   1       3.304  -3.226  -1.363  0.00  1.00           C  
-ATOM      8  C3  R1M A   1       2.849  -4.481  -2.042  0.00  1.00           C  
-ATOM      9  C4  R1M A   1       1.575  -4.899  -2.131  0.00  1.00           C  
-ATOM     10  C2  R1M A   1       3.808  -5.448  -2.729  0.00  1.00           C  
-ATOM     11  C5  R1M A   1       1.419  -6.196  -2.883  0.00  1.00           C  
-ATOM     12  N1  R1M A   1       2.840  -6.469  -3.222  0.00  1.00           N  
-ATOM     13  C9  R1M A   1       4.570  -4.859  -3.929  0.00  1.00           C  
-ATOM     14  C8  R1M A   1       4.790  -6.117  -1.749  0.00  1.00           C  
-ATOM     15  C7  R1M A   1       0.596  -6.055  -4.176  0.00  1.00           C  
-ATOM     16  C6  R1M A   1       0.864  -7.341  -2.014  0.00  1.00           C  
-ATOM     17  O1  R1M A   1       3.203  -7.498  -3.860  0.00  1.00           O  
-TER
-ENDMDL
-MODEL 172
-ATOM      0  N   R1M A   1       0.000   1.220   0.791  0.00  1.00           N  
-ATOM      1  CA  R1M A   1       0.000   0.000   0.000  0.00  1.00           C  
-ATOM      2  C   R1M A   1       0.000  -1.281   0.830  0.00  1.00           C  
-ATOM      3  O   R1M A   1      -0.023  -1.286   2.036  0.00  1.00           O  
-ATOM      4  CB  R1M A   1       1.177   0.013  -0.997  0.00  1.00           C  
 ATOM      5  SG  R1M A   1       2.858  -0.057  -0.249  0.00  1.00           S  
 ATOM      6  SD  R1M A   1       3.370   1.960  -0.111  0.00  1.00           S  
 ATOM      7  CE  R1M A   1       4.094   2.327  -1.792  0.00  1.00           C  
@@ -3632,6 +3611,27 @@ ATOM     16  C6  R1M A   1       8.845   3.177  -1.713  0.00  1.00           C
 ATOM     17  O1  R1M A   1       8.548   0.393  -2.746  0.00  1.00           O  
 TER
 ENDMDL
+MODEL 172
+ATOM      0  N   R1M A   1       0.000   1.220   0.791  0.00  1.00           N  
+ATOM      1  CA  R1M A   1       0.000   0.000   0.000  0.00  1.00           C  
+ATOM      2  C   R1M A   1       0.000  -1.281   0.830  0.00  1.00           C  
+ATOM      3  O   R1M A   1      -0.023  -1.286   2.036  0.00  1.00           O  
+ATOM      4  CB  R1M A   1       1.177   0.013  -0.997  0.00  1.00           C  
+ATOM      5  SG  R1M A   1       1.113  -1.261  -2.325  0.00  1.00           S  
+ATOM      6  SD  R1M A   1       3.119  -1.786  -2.538  0.00  1.00           S  
+ATOM      7  CE  R1M A   1       3.304  -3.226  -1.363  0.00  1.00           C  
+ATOM      8  C3  R1M A   1       2.849  -4.481  -2.042  0.00  1.00           C  
+ATOM      9  C4  R1M A   1       1.575  -4.899  -2.131  0.00  1.00           C  
+ATOM     10  C2  R1M A   1       3.808  -5.448  -2.729  0.00  1.00           C  
+ATOM     11  C5  R1M A   1       1.419  -6.196  -2.883  0.00  1.00           C  
+ATOM     12  N1  R1M A   1       2.840  -6.469  -3.222  0.00  1.00           N  
+ATOM     13  C9  R1M A   1       4.570  -4.859  -3.929  0.00  1.00           C  
+ATOM     14  C8  R1M A   1       4.790  -6.117  -1.749  0.00  1.00           C  
+ATOM     15  C7  R1M A   1       0.596  -6.055  -4.176  0.00  1.00           C  
+ATOM     16  C6  R1M A   1       0.864  -7.341  -2.014  0.00  1.00           C  
+ATOM     17  O1  R1M A   1       3.203  -7.498  -3.860  0.00  1.00           O  
+TER
+ENDMDL
 MODEL 173
 ATOM      0  N   R1M A   1       0.000   1.220   0.791  0.00  1.00           N  
 ATOM      1  CA  R1M A   1       0.000   0.000   0.000  0.00  1.00           C  
@@ -3995,19 +3995,19 @@ ATOM      1  CA  R1M A   1       0.000   0.000   0.000  0.00  1.00           C
 ATOM      2  C   R1M A   1       0.000  -1.281   0.830  0.00  1.00           C  
 ATOM      3  O   R1M A   1      -0.023  -1.286   2.036  0.00  1.00           O  
 ATOM      4  CB  R1M A   1       1.177   0.013  -0.997  0.00  1.00           C  
-ATOM      5  SG  R1M A   1       0.880  -0.852  -2.594  0.00  1.00           S  
-ATOM      6  SD  R1M A   1       2.065   0.237  -3.920  0.00  1.00           S  
-ATOM      7  CE  R1M A   1       0.829   0.859  -5.174  0.00  1.00           C  
-ATOM      8  C3  R1M A   1       0.062   2.004  -4.587  0.00  1.00           C  
-ATOM      9  C4  R1M A   1      -0.884   1.899  -3.638  0.00  1.00           C  
-ATOM     10  C2  R1M A   1       0.278   3.453  -5.010  0.00  1.00           C  
-ATOM     11  C5  R1M A   1      -1.478   3.226  -3.234  0.00  1.00           C  
-ATOM     12  N1  R1M A   1      -0.708   4.133  -4.124  0.00  1.00           N  
-ATOM     13  C9  R1M A   1       1.683   4.008  -4.719  0.00  1.00           C  
-ATOM     14  C8  R1M A   1      -0.105   3.711  -6.480  0.00  1.00           C  
-ATOM     15  C7  R1M A   1      -1.210   3.590  -1.762  0.00  1.00           C  
-ATOM     16  C6  R1M A   1      -2.981   3.340  -3.552  0.00  1.00           C  
-ATOM     17  O1  R1M A   1      -0.888   5.384  -4.141  0.00  1.00           O  
+ATOM      5  SG  R1M A   1       1.146  -1.301  -2.287  0.00  1.00           S  
+ATOM      6  SD  R1M A   1       1.767  -0.271  -3.990  0.00  1.00           S  
+ATOM      7  CE  R1M A   1       3.500  -0.911  -4.259  0.00  1.00           C  
+ATOM      8  C3  R1M A   1       4.413  -0.317  -3.231  0.00  1.00           C  
+ATOM      9  C4  R1M A   1       4.526   0.993  -2.956  0.00  1.00           C  
+ATOM     10  C2  R1M A   1       5.338  -1.158  -2.356  0.00  1.00           C  
+ATOM     11  C5  R1M A   1       5.520   1.295  -1.863  0.00  1.00           C  
+ATOM     12  N1  R1M A   1       5.975  -0.084  -1.544  0.00  1.00           N  
+ATOM     13  C9  R1M A   1       4.619  -2.141  -1.414  0.00  1.00           C  
+ATOM     14  C8  R1M A   1       6.425  -1.890  -3.164  0.00  1.00           C  
+ATOM     15  C7  R1M A   1       4.880   1.932  -0.617  0.00  1.00           C  
+ATOM     16  C6  R1M A   1       6.716   2.137  -2.345  0.00  1.00           C  
+ATOM     17  O1  R1M A   1       6.851  -0.324  -0.665  0.00  1.00           O  
 TER
 ENDMDL
 MODEL 191
@@ -4016,27 +4016,6 @@ ATOM      1  CA  R1M A   1       0.000   0.000   0.000  0.00  1.00           C
 ATOM      2  C   R1M A   1       0.000  -1.281   0.830  0.00  1.00           C  
 ATOM      3  O   R1M A   1      -0.023  -1.286   2.036  0.00  1.00           O  
 ATOM      4  CB  R1M A   1       1.177   0.013  -0.997  0.00  1.00           C  
-ATOM      5  SG  R1M A   1       0.985   1.134  -2.444  0.00  1.00           S  
-ATOM      6  SD  R1M A   1       1.475   2.994  -1.639  0.00  1.00           S  
-ATOM      7  CE  R1M A   1      -0.193   3.793  -1.383  0.00  1.00           C  
-ATOM      8  C3  R1M A   1      -0.189   5.157  -2.002  0.00  1.00           C  
-ATOM      9  C4  R1M A   1      -0.263   5.414  -3.319  0.00  1.00           C  
-ATOM     10  C2  R1M A   1      -0.100   6.441  -1.183  0.00  1.00           C  
-ATOM     11  C5  R1M A   1      -0.247   6.886  -3.648  0.00  1.00           C  
-ATOM     12  N1  R1M A   1      -0.148   7.451  -2.277  0.00  1.00           N  
-ATOM     13  C9  R1M A   1      -1.282   6.679  -0.226  0.00  1.00           C  
-ATOM     14  C8  R1M A   1       1.235   6.580  -0.427  0.00  1.00           C  
-ATOM     15  C7  R1M A   1      -1.544   7.374  -4.318  0.00  1.00           C  
-ATOM     16  C6  R1M A   1       0.980   7.311  -4.474  0.00  1.00           C  
-ATOM     17  O1  R1M A   1      -0.087   8.694  -2.056  0.00  1.00           O  
-TER
-ENDMDL
-MODEL 192
-ATOM      0  N   R1M A   1       0.000   1.220   0.791  0.00  1.00           N  
-ATOM      1  CA  R1M A   1       0.000   0.000   0.000  0.00  1.00           C  
-ATOM      2  C   R1M A   1       0.000  -1.281   0.830  0.00  1.00           C  
-ATOM      3  O   R1M A   1      -0.023  -1.286   2.036  0.00  1.00           O  
-ATOM      4  CB  R1M A   1       1.177   0.013  -0.997  0.00  1.00           C  
 ATOM      5  SG  R1M A   1       0.906   0.982  -2.539  0.00  1.00           S  
 ATOM      6  SD  R1M A   1       1.360   2.925  -1.932  0.00  1.00           S  
 ATOM      7  CE  R1M A   1      -0.289   3.793  -2.039  0.00  1.00           C  
@@ -4052,25 +4031,46 @@ ATOM     16  C6  R1M A   1      -2.844   5.651   1.611  0.00  1.00           C
 ATOM     17  O1  R1M A   1      -0.219   7.070   1.669  0.00  1.00           O  
 TER
 ENDMDL
+MODEL 192
+ATOM      0  N   R1M A   1       0.000   1.220   0.791  0.00  1.00           N  
+ATOM      1  CA  R1M A   1       0.000   0.000   0.000  0.00  1.00           C  
+ATOM      2  C   R1M A   1       0.000  -1.281   0.830  0.00  1.00           C  
+ATOM      3  O   R1M A   1      -0.023  -1.286   2.036  0.00  1.00           O  
+ATOM      4  CB  R1M A   1       1.177   0.013  -0.997  0.00  1.00           C  
+ATOM      5  SG  R1M A   1       0.985   1.134  -2.444  0.00  1.00           S  
+ATOM      6  SD  R1M A   1       1.475   2.994  -1.639  0.00  1.00           S  
+ATOM      7  CE  R1M A   1      -0.193   3.793  -1.383  0.00  1.00           C  
+ATOM      8  C3  R1M A   1      -0.189   5.157  -2.002  0.00  1.00           C  
+ATOM      9  C4  R1M A   1      -0.263   5.414  -3.319  0.00  1.00           C  
+ATOM     10  C2  R1M A   1      -0.100   6.441  -1.183  0.00  1.00           C  
+ATOM     11  C5  R1M A   1      -0.247   6.886  -3.648  0.00  1.00           C  
+ATOM     12  N1  R1M A   1      -0.148   7.451  -2.277  0.00  1.00           N  
+ATOM     13  C9  R1M A   1      -1.282   6.679  -0.226  0.00  1.00           C  
+ATOM     14  C8  R1M A   1       1.235   6.580  -0.427  0.00  1.00           C  
+ATOM     15  C7  R1M A   1      -1.544   7.374  -4.318  0.00  1.00           C  
+ATOM     16  C6  R1M A   1       0.980   7.311  -4.474  0.00  1.00           C  
+ATOM     17  O1  R1M A   1      -0.087   8.694  -2.056  0.00  1.00           O  
+TER
+ENDMDL
 MODEL 193
 ATOM      0  N   R1M A   1       0.000   1.220   0.791  0.00  1.00           N  
 ATOM      1  CA  R1M A   1       0.000   0.000   0.000  0.00  1.00           C  
 ATOM      2  C   R1M A   1       0.000  -1.281   0.830  0.00  1.00           C  
 ATOM      3  O   R1M A   1      -0.023  -1.286   2.036  0.00  1.00           O  
 ATOM      4  CB  R1M A   1       1.177   0.013  -0.997  0.00  1.00           C  
-ATOM      5  SG  R1M A   1       1.146  -1.301  -2.287  0.00  1.00           S  
-ATOM      6  SD  R1M A   1       1.767  -0.271  -3.990  0.00  1.00           S  
-ATOM      7  CE  R1M A   1       3.500  -0.911  -4.259  0.00  1.00           C  
-ATOM      8  C3  R1M A   1       4.413  -0.317  -3.231  0.00  1.00           C  
-ATOM      9  C4  R1M A   1       4.526   0.993  -2.956  0.00  1.00           C  
-ATOM     10  C2  R1M A   1       5.338  -1.158  -2.356  0.00  1.00           C  
-ATOM     11  C5  R1M A   1       5.520   1.295  -1.863  0.00  1.00           C  
-ATOM     12  N1  R1M A   1       5.975  -0.084  -1.544  0.00  1.00           N  
-ATOM     13  C9  R1M A   1       4.619  -2.141  -1.414  0.00  1.00           C  
-ATOM     14  C8  R1M A   1       6.425  -1.890  -3.164  0.00  1.00           C  
-ATOM     15  C7  R1M A   1       4.880   1.932  -0.617  0.00  1.00           C  
-ATOM     16  C6  R1M A   1       6.716   2.137  -2.345  0.00  1.00           C  
-ATOM     17  O1  R1M A   1       6.851  -0.324  -0.665  0.00  1.00           O  
+ATOM      5  SG  R1M A   1       0.880  -0.852  -2.594  0.00  1.00           S  
+ATOM      6  SD  R1M A   1       2.065   0.237  -3.920  0.00  1.00           S  
+ATOM      7  CE  R1M A   1       0.829   0.859  -5.174  0.00  1.00           C  
+ATOM      8  C3  R1M A   1       0.062   2.004  -4.587  0.00  1.00           C  
+ATOM      9  C4  R1M A   1      -0.884   1.899  -3.638  0.00  1.00           C  
+ATOM     10  C2  R1M A   1       0.278   3.453  -5.010  0.00  1.00           C  
+ATOM     11  C5  R1M A   1      -1.478   3.226  -3.234  0.00  1.00           C  
+ATOM     12  N1  R1M A   1      -0.708   4.133  -4.124  0.00  1.00           N  
+ATOM     13  C9  R1M A   1       1.683   4.008  -4.719  0.00  1.00           C  
+ATOM     14  C8  R1M A   1      -0.105   3.711  -6.480  0.00  1.00           C  
+ATOM     15  C7  R1M A   1      -1.210   3.590  -1.762  0.00  1.00           C  
+ATOM     16  C6  R1M A   1      -2.981   3.340  -3.552  0.00  1.00           C  
+ATOM     17  O1  R1M A   1      -0.888   5.384  -4.141  0.00  1.00           O  
 TER
 ENDMDL
 MODEL 194
@@ -4352,19 +4352,19 @@ ATOM      1  CA  R1M A   1       0.000   0.000   0.000  0.00  1.00           C
 ATOM      2  C   R1M A   1       0.000  -1.281   0.830  0.00  1.00           C  
 ATOM      3  O   R1M A   1      -0.023  -1.286   2.036  0.00  1.00           O  
 ATOM      4  CB  R1M A   1       1.177   0.013  -0.997  0.00  1.00           C  
-ATOM      5  SG  R1M A   1       1.067  -1.200  -2.378  0.00  1.00           S  
-ATOM      6  SD  R1M A   1       0.409  -0.016  -3.963  0.00  1.00           S  
-ATOM      7  CE  R1M A   1      -1.113  -0.918  -4.557  0.00  1.00           C  
-ATOM      8  C3  R1M A   1      -2.282   0.019  -4.541  0.00  1.00           C  
-ATOM      9  C4  R1M A   1      -2.354   1.184  -5.203  0.00  1.00           C  
-ATOM     10  C2  R1M A   1      -3.556  -0.258  -3.749  0.00  1.00           C  
-ATOM     11  C5  R1M A   1      -3.660   1.911  -5.004  0.00  1.00           C  
-ATOM     12  N1  R1M A   1      -4.348   0.955  -4.097  0.00  1.00           N  
-ATOM     13  C9  R1M A   1      -4.333  -1.511  -4.192  0.00  1.00           C  
-ATOM     14  C8  R1M A   1      -3.323  -0.286  -2.227  0.00  1.00           C  
-ATOM     15  C7  R1M A   1      -4.472   2.070  -6.304  0.00  1.00           C  
-ATOM     16  C6  R1M A   1      -3.499   3.270  -4.300  0.00  1.00           C  
-ATOM     17  O1  R1M A   1      -5.507   1.165  -3.641  0.00  1.00           O  
+ATOM      5  SG  R1M A   1       1.119  -1.268  -2.318  0.00  1.00           S  
+ATOM      6  SD  R1M A   1       0.510  -0.169  -3.982  0.00  1.00           S  
+ATOM      7  CE  R1M A   1       2.127   0.346  -4.760  0.00  1.00           C  
+ATOM      8  C3  R1M A   1       2.119   1.826  -4.985  0.00  1.00           C  
+ATOM      9  C4  R1M A   1       1.228   2.493  -5.739  0.00  1.00           C  
+ATOM     10  C2  R1M A   1       3.148   2.767  -4.367  0.00  1.00           C  
+ATOM     11  C5  R1M A   1       1.464   3.982  -5.774  0.00  1.00           C  
+ATOM     12  N1  R1M A   1       2.665   4.071  -4.900  0.00  1.00           N  
+ATOM     13  C9  R1M A   1       3.133   2.817  -2.828  0.00  1.00           C  
+ATOM     14  C8  R1M A   1       4.578   2.512  -4.878  0.00  1.00           C  
+ATOM     15  C7  R1M A   1       0.313   4.796  -5.156  0.00  1.00           C  
+ATOM     16  C6  R1M A   1       1.805   4.510  -7.180  0.00  1.00           C  
+ATOM     17  O1  R1M A   1       3.243   5.166  -4.649  0.00  1.00           O  
 TER
 ENDMDL
 MODEL 208
@@ -4394,19 +4394,19 @@ ATOM      1  CA  R1M A   1       0.000   0.000   0.000  0.00  1.00           C
 ATOM      2  C   R1M A   1       0.000  -1.281   0.830  0.00  1.00           C  
 ATOM      3  O   R1M A   1      -0.023  -1.286   2.036  0.00  1.00           O  
 ATOM      4  CB  R1M A   1       1.177   0.013  -0.997  0.00  1.00           C  
-ATOM      5  SG  R1M A   1       1.119  -1.268  -2.318  0.00  1.00           S  
-ATOM      6  SD  R1M A   1       0.510  -0.169  -3.982  0.00  1.00           S  
-ATOM      7  CE  R1M A   1       2.127   0.346  -4.760  0.00  1.00           C  
-ATOM      8  C3  R1M A   1       2.119   1.826  -4.985  0.00  1.00           C  
-ATOM      9  C4  R1M A   1       1.228   2.493  -5.739  0.00  1.00           C  
-ATOM     10  C2  R1M A   1       3.148   2.767  -4.367  0.00  1.00           C  
-ATOM     11  C5  R1M A   1       1.464   3.982  -5.774  0.00  1.00           C  
-ATOM     12  N1  R1M A   1       2.665   4.071  -4.900  0.00  1.00           N  
-ATOM     13  C9  R1M A   1       3.133   2.817  -2.828  0.00  1.00           C  
-ATOM     14  C8  R1M A   1       4.578   2.512  -4.878  0.00  1.00           C  
-ATOM     15  C7  R1M A   1       0.313   4.796  -5.156  0.00  1.00           C  
-ATOM     16  C6  R1M A   1       1.805   4.510  -7.180  0.00  1.00           C  
-ATOM     17  O1  R1M A   1       3.243   5.166  -4.649  0.00  1.00           O  
+ATOM      5  SG  R1M A   1       1.067  -1.200  -2.378  0.00  1.00           S  
+ATOM      6  SD  R1M A   1       0.409  -0.016  -3.963  0.00  1.00           S  
+ATOM      7  CE  R1M A   1      -1.113  -0.918  -4.557  0.00  1.00           C  
+ATOM      8  C3  R1M A   1      -2.282   0.019  -4.541  0.00  1.00           C  
+ATOM      9  C4  R1M A   1      -2.354   1.184  -5.203  0.00  1.00           C  
+ATOM     10  C2  R1M A   1      -3.556  -0.258  -3.749  0.00  1.00           C  
+ATOM     11  C5  R1M A   1      -3.660   1.911  -5.004  0.00  1.00           C  
+ATOM     12  N1  R1M A   1      -4.348   0.955  -4.097  0.00  1.00           N  
+ATOM     13  C9  R1M A   1      -4.333  -1.511  -4.192  0.00  1.00           C  
+ATOM     14  C8  R1M A   1      -3.323  -0.286  -2.227  0.00  1.00           C  
+ATOM     15  C7  R1M A   1      -4.472   2.070  -6.304  0.00  1.00           C  
+ATOM     16  C6  R1M A   1      -3.499   3.270  -4.300  0.00  1.00           C  
+ATOM     17  O1  R1M A   1      -5.507   1.165  -3.641  0.00  1.00           O  
 TER
 ENDMDL
 MODEL 210
diff --git a/tests/test_data/mutate_dSL.pdb b/tests/test_data/mutate_dSL.pdb
index b274197..e3f8faa 100644
--- a/tests/test_data/mutate_dSL.pdb
+++ b/tests/test_data/mutate_dSL.pdb
@@ -456,10 +456,4 @@ ATOM    454  CG  GLU A  56      14.232  -4.803  -3.291  1.00  1.00           C
 ATOM    455  CD  GLU A  56      14.363  -3.443  -2.631  1.00  1.00           C  
 ATOM    456 OE1  GLU A  56      15.479  -2.991  -2.314  1.00  1.00           O  
 ATOM    457 OE2  GLU A  56      13.303  -2.811  -2.442  1.00  1.00           O  
-ATOM    458  H   GLU A  56      16.960  -7.985  -5.406  1.00  1.00           H  
-ATOM    459  HA  GLU A  56      14.709  -7.633  -3.576  1.00  1.00           H  
-ATOM    460 3HB  GLU A  56      16.099  -5.720  -2.644  1.00  1.00           H  
-ATOM    461 2HB  GLU A  56      16.193  -4.992  -4.232  1.00  1.00           H  
-ATOM    462 2HG  GLU A  56      13.536  -5.385  -2.665  1.00  1.00           H  
-ATOM    463 3HG  GLU A  56      13.679  -4.577  -4.218  1.00  1.00           H  
 TER
diff --git a/tests/test_io.py b/tests/test_io.py
index ca053cd..ea86a53 100644
--- a/tests/test_io.py
+++ b/tests/test_io.py
@@ -132,11 +132,11 @@ def test_write_protein_with_bonds():
 
 
     with open('1R1M.pdb', 'r') as f:
-        lines = "".join(f.readlines())
+        lines = "".join([line for line in f if line.startswith("CONECT")])
         thash = hashlib.md5(lines.encode("utf-8")).hexdigest()
 
     with open('test_data/cnct.pdb', 'r') as f:
-        lines = "".join(f.readlines())
+        lines = "".join([line for line in f if line.startswith("CONECT")])
         ahash = hashlib.md5(lines.encode("utf-8")).hexdigest()
 
     assert thash == ahash